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modular-hospital-equipment · 1 year ago

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Modular Operation Theatre – Modular OT – Altos Engineers

Modular Operation Theatre – Modular OT – Altos Engineers

A modular operation theatre, also known as a modular operating room or modular OR (modular ot), is a specialized medical facility designed for surgical procedures. It is constructed using modular components that can be assembled, disassembled, and reconfigured to meet specific requirements and medical needs.

Here are some key features and benefits of a modular operation theatre:

Flexibility and Scalability: Modular operation theatres are designed to be flexible and scalable, allowing for easy customization and expansion. The modular components can be rearranged or added to according to the specific needs of the surgical procedures or the hospital's requirements.

Quick Installation: Compared to traditional construction methods, modular operation theatres can be installed relatively quickly. The pre-fabricated components are manufactured off-site and then transported to the location for assembly. This reduces construction time and minimizes disruption to the hospital environment.

Enhanced Infection Control: Infection control is of utmost importance in surgical environments. Modular operation theatresare designed with features that help maintain a sterile environment, such as specialized airflow systems, laminar flow ventilation, and integrated HEPA filters. These features help reduce the risk of airborne contaminants and surgical site infections.

Integration of Technology: Modular operation theatres are equipped with state-of-the-art technology and infrastructure. They can accommodate advanced surgical equipment, imaging systems, anesthesia delivery systems, and other necessary devices. The integration of technology enhances surgical precision, efficiency, and patient safety.

Cost-Effectiveness: While the initial investment in a modular operation theatre may be higher than a traditional operating room, it offers long-term cost benefits. The modular operation theatre design allows for easier maintenance, upgrades, and reconfiguration, reducing downtime and associated costs. Additionally, the construction process is often more streamlined, minimizing construction-related expenses.

Portability: In some cases, modular operation theatres can be relocated or repurposed if needed. This can be advantageous for temporary healthcare facilities, disaster response scenarios, or situations where flexibility in facility planning is crucial.

Modular operation theatres are designed to meet the specific needs of surgical procedures while providing a sterile and technologically advanced environment. They offer flexibility, scalability, and enhanced infection control compared to traditional operating rooms, making them a desirable option for modern healthcare facilities.

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govindhtech · 9 months ago

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Intel Unveils Edge Platform for AI Scaling

Intel introduced its modular, open Edge Platform, which lets organizations design, deploy, operate, protect, and manage edge and AI applications at scale with cloud-like ease. These features will expedite enterprise time-to-scale adoption, helping TCO.

Data is created at the edge, thus computing there is rising quickly. AI is also used in many edge computing implementations. At the edge, organizations must automate to gain price competitiveness, labor shortage relief, innovation, efficiency, speed to market, and innovative service delivery.

However, operating at the edge is difficult for several reasons:

Hard to design high-ROI edge AI solutions for a variety of use cases in a given business.

The variety of edge hardware, software, and power needs.

Lack of safe and cost-effective ways to transfer and use AI-required big data volumes at the edge with low latency.

Managing dispersed edge devices and applications at scale becomes more complicated.

Use cases To meet strict real-world needs, advanced networking and AI analytics at the edge with low latency, locality, and cost are needed for defect detection and preventive maintenance in manufacturing plants, seamless check out and management of inventory in the retail sector, and handling traffic and emergency safety in smart cities/transportation. Combining on-premises analytics with cloud-based aggregation and AI processing to manage global deployment sites is typical. Managing hybrid AI situations requires a software platform.

Custom solutions to problems are possible, but they frequently need closed systems and specialized technology. Integrating old systems and adding new use cases is expensive and time-consuming.

How Intel Edge Platform Helps Businesses

Ready-made industry solutions will be available on the open, modular platform. Enterprises may buy a full solution or create their own in current settings using Intel’s edge expertise and ecosystem to support the most popular edge use cases. Enterprise developers may create edge-native AI apps on new or existing infrastructure and manage edge solutions for particular use cases.

The platform integrates infrastructure management and AI application development with open-standard software stacks.

Edge-Native Infrastructure information

The platform’s edge architecture includes OpenVINO AI inference runtime for edge AI and secure, policy-based IT and OT management automation. Over the past five years, Intel’s OpenVINO has helped developers optimize applications for low latency, low power, and deployment on edge hardware, allowing standard hardware to run AI applications efficiently without costly upgrades or refactoring.

IT and DevOps can provision, onboard, and manage edge nodes such edge servers, industrial controllers, HMI devices, and others from a single dashboard. For day 0/1/2 operations, this is done safely and remotely without contact.

Operations throughout the network may be optimized and TCO improved via closed-loop automation, which uses rules and observability to trigger business logic from edge operational warnings.

The finest resource allocation and zero-trust security features co-developed for Intel architecture are enabled by deep, heterogeneous hardware knowledge.

Edge AI +apps capabilities

Enterprise developers may use advanced AI technologies on the platform, including:

Well-tuned application orchestration for remotely deploying latency-sensitive workloads on the optimum device for performance.

Powerful low-code to high-code AI model/app development with edge-to-cloud hybrid AI.

Horizontal edge services like data annotation that use Intel Geti to build AI models and vertical industry-specific edge services that use video, time series, and digital twins to track and manage environments to improve results in common industrial use cases.

How Intel Contributes to Proven Partner Ecosystem

Amazon Web Services, Capgemini, Lenovo, L&T Technology Services, Red Hat, SAP, Vericast, Verizon Business, and Wipro will support Intel’s Edge Platform.

Intel Edge Platform users

Lenovo

Intel’s new Edge Platform integrated with Lenovo Open Cloud Automation, Lenovo XClarity suite of solutions, and Lenovo ThinkEdge servers allows enterprises to develop, deploy, run, and manage edge applications at magnitude through cloud-like brevity, said Charles Ferland, vice president(VP) and chief executive officer of ThinkEdge along with Interaction Assistance Suppliers. The integrated solution combines Intel and Lenovo’s vast industry knowledge and unequaled ecosystems with edge-native security, near zero-touch provisioning, and administration for a seamless experience. Its built-in OpenVINO runtime lets enterprises adopt edge and hybrid AI solutions spanning finance, healthcare, smart cities, and retail.

L&T Technologies

LTTS is excited to join with Intel on their Edge Platform, which will democratize edge-AI solutions. This platform is innovative and efficient, running smoothly on standard hardware and includes built-in edge-native AI runtime powered by OpenVINO for inference, said L&T Technology Services COO and board member Abhishek Sinha. Their corporate clients can trust Intel’s Edge Platform to catapult them into a future of unprecedented performance and possibilities with deep-root hardware optimization.

SAP

According to SAP SE Strategic Alliances head Drew Leblanc, “Through collaborating with Intel in the brand-new Edge Platform, they’re willing to combine the revolutionary features of SAP Business Technologies Platforms (SAP BTP) and SAP business software alongside Intel to make edge-AI determining more accessible for customers.” This endeavor shows the continued commitment to offer value for consumers, and they look forward to collaborating with Intel on edge use cases.

Vericast

Physical shopping is about to change as digital media and physical encounters merge. Hans Fischmann, Vericast’s vice president of Digital Product Management, said Intel’s Edge Platform is crucial to bringing this exciting trend to market. They are transforming digital advertising by seamlessly combining edge AI with immersive consumer experiences on common hardware. They can execute a zero-trust security profile in highly public contexts using a scalable, modular platform for small stores to major retail chains.”

Wipro

“The partnership between Intel and Wipro focuses on making edge and AI solutions more accessible for customers,” said Wipro general manager and worldwide head for IoT, 5G, and Smart Cities Ashish Khare. Intel’s Edge Platform solves edge complexity on standard hardware and lets Wipro create the most compelling use cases to generate business success.

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onlineandyou · 5 years ago

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Apollo Spectra launches its first multi-specialty hospital in Gurugram

Apollo Health and Lifestyle Limited (AHLL), a subsidiary of the Apollo Hospitals Group, expands the presence of its multi-specialty "day and short stay surgery" format, namely The Apollo Spectra Hospitals to Gurugram today. This hospital will continue the theme for the Apollo Spectra Hospitals, which is to be synonymous with 'simplified quality healthcare'. The emergence of Apollo Spectra Hospitals will add a whole new dimension to multi-specialty day care and short stay surgery along with enhanced focus on patient experience and clinical excellence. This 36-bed hospital will be providing state-of-the-art technology-powered healthcare and surgical facilities, with a panel of internationally acclaimed doctors and surgeons.

Apollo Spectra brings together world-class medical services and the world's best healthcare management practices under one roof. The hospital houses dedicated beds to critical care services, 3 ultra-modern modular and high quality OTs, state-of-the-art rehabilitation unit, in-house pharmacy, and in-house laboratory &diagnostic services to name a few of the facilities that are made available to patients. With this launch, the people of Gurugram and neighboring areas will now have access to comprehensive, affordable and personalized quality healthcare. Commenting on the launch, Mr. Chandra Sekhar, Chief Executive Officer, Apollo Health and Lifestyle Ltd. said, "Apollo Spectra's evolution is guided by a 'patient-centric' approach. Apollo Spectra is strengthened by the introduction of quality systems built on Apollo's deep expertise in the healthcare domain. We believe this format has strong potential to address the ever growing need for quality & customized health care especially for a wide range of surgery which does not require long stay. On the occasion of the launch, Dr. Ajay Sharma, CMD, Eye-Q Hospital and Sheetla Hospital remarked, "Apollo Spectra endeavors to be the trusted destination of choice for getting high quality surgical care at affordable prices. With this launch and our association with Apollo Spectra, we would be creating newer ways to deliver high quality healthcare with a facility built-to-suit for addressing complex medical needs, through enhanced service delivery models, which will benefit the entire health eco-system including its physicians & patients." Given the need for greater customization and attention to detail, Apollo Spectra's health management and preventive care plans are tailored around every patient's unique requirements. Today Apollo Spectra has established centers of excellence in Orthopaedics, Obesity, Urology, MIS and ENT. Besides these specialties, it also offers specialized and comprehensive treatment in Gynaecology, Vascular Surgery, Paediatric Surgery, Gastroenterology (Surgical and Medical), Endocrinology, Plastic & Cosmetic Surgery, Cardiology, Dermatology, Dental, Ophthalmology and Maxillofacial Surgery. From consultations and surgeries at convenient neighborhood locations to providing world class facilities, highly experienced doctors & latest technology, Apollo Spectra is setting the pace for quality healthcare services in the country. Read the full article

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azuldemontana · 5 years ago

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One Time Pads - The best form of cryptography?

Described by Claude E. Shannon as “perfect secrecy”, one time pads are clearly a great form of cryptography. Dr. Shannon actually proved when done right, a one time pad is uncrackable. As security engineers we are meant to seriously doubt any and all foolish claims, and be skeptical of all security, so whats the catch and how do one time pads work?

How OTPs work

One time pads use a key that is at least as long as the message itself and totally random, then, each letter of the plain text is combined with a letter of a key using modular arithmetic, similar to what we use in RSA. They’re called pads because during the second world war when one time pads were being used, they were quite literally a pad of paper. We call them One Time pads because it is absolutely vital that each key is never used again. This means every message has its own key. Can you see a problem with that?

Proof of Security

Claude E. Shannon proved that One Time Pads were secure as long as they have the following properties:

The key must be truly random

The key must be as long as the message

The key must only be used once

The reason they are totally secure depends upon the fact that a truly random key has NO information leak. Think back ot how we always solve our cipher texts, we look for common letters, frequency analysis, try common two and three letter words, all of which depends on some of the infomation from the plain text “leaking” through. When something is truly random however, there is no information leak.

This is also why the key/pad must be as long as the message itself, if it were shorter, we would have an information leak since the length of the key may shown repletion in the encrypted message. So the key has to be as long as the message so that no pattern can be established.

They also cannot be used more than once. This is because if they were used multiple times, we can use passed OTPs as a reference to solve any following OTPs. In this activity we’re going to do just that, using a clever method of retrieving the key when it has been used more than once.

Many-Time pad Attack / Crib Drag

The above OTPs so all been encrypted with the same key, so really we should call them Many Time Pads. These are not secure, so lets crack them. To crack these, I’m going to use a method called Grib Dragging, which you can read about here.

Also, because I’m sick of actually using my head, heres the alphabet with the corresponding numbers. You’ll thank me later.

Step one: Guess a word - Although it’s a guess, we can make an educated guess, have a look at the first three letters of message 1, 4 and 5. The combination ‘Lpa’ appears 3 times, can you think of a common English three letter word that often is the start of a sentence? Yeah, ‘lpa. is probably ‘the’. Now the English alphabet has 26 words so we are going to be dealing with mod26.

The -> Lpa

T(20) -> L(12) To find the key, we have to solve the equation

20 + (key)mod26 = 12 or you can just count from T to L and find that the key is 18.

For h(8) -> p(16)

8 + (key)mod26 = 16 key = 8

For e(5)->a(1)

5 + (key)mod26 = 1 key = 22

Meaning so far we have key = 18, 8, 22 and we now have to use the same equation except in reverse, or just count backwards from. For example, in message 2, W(23) - 18 gives the letter E. Repeating this for the first three letters of our messages and we get:

The

Eve

Can

The

We now have to guess again, now that you know how to do it, try do the rest yourself. if not, read on. My next guess was ‘Every’ for message two, if we do the same modular arthritic as above, we get some nice looking messages.

These

Every

Canyo

Themo

Thepr

At this point, we can spot that we have probably started a new word in messages 3, 4 and 5. Checking with the message at the top, these also correspond to the capital letters, so lets rewrite these messages with that included.

These

Every

Can yo

The mo

The pr

We can also see that message 2 has quite a long word at the start, which I think is likely ‘everyone’ so lets try it.

The Secre

Everyone

Can You Pl

The Most I

The Price

So as you can see, the totally uncrackable one time pad becomes a pretty straight forward task to crack once we are dealing with Many Time Pads. Continuing in this manor and we end up with:

The Secret To Winning Eurovision Is Excellent Hair

Everyone Deserves A Hippopotamus When They’re Sad

Can You Please Help Oliver Find The Flux Capacitor

The Most Important Person In The World Is Me Myself

The Price Of Bitcoin Is Too Damn High Given The Data

This was pretty laborious though. A quick google search shows that others have created cool C and python programs to do this for us. I’m gonna put that on the to do list myself!

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moarobotics-blog · 8 years ago

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Creating Custom Hardware Pt.1

So if anyone has been paying attention to my twitter and other social media accounts you may have seen the neat little recurrent spiking neural network I created

youtube

This is a network of 16,384k neurons arranged in a 128x128 grid. Each neuron has connections between itself and it's 8 immediate neighbors, as well as an “axon” which receives signals from a selection of neurons within a specific radius around the axons 2D position.

Each of these connections is weighted, and during run-time if the neuron detects that the target neurons of any of these connections is also firing then the weighting factor will increase, otherwise it slowly decays each update.

Signals are modeled as a rising and falling output that follows the SIN function from 0 to (PI/2*3) which isn't psychically accurate and can be swapped out with outer activation functions easily but I haven't done that yet. The rate at which the neuron sweeps through this 0-(PI/2*3) range is also modified, with the sweep rate increasing when the neuron fires and decreasing otherwise.

Each neurons output is then mapped to a single pixel in the image above, leading to a very impressive visualization! All in all, this is less than 175 lines of code counting white-space and comments in the file. It's worthy of a post of it's own, and I'll be writing one after this series.

I've created a lot of different neural networks but none of them were as realistic and certainly none of them showed the interesting activity seen with this model. One thing I really like is the different wave like frequencies seen in the average activation level of the network. So I started to wonder, what would happen to this network if I could feed it some real world information?

Assumptions

This is not a beginners guide by any means, but that doesn't mean a beginner couldn't follow along. Our main assumption is that you've at least programmed a microcontroller such as an Arduino, PIC, etc. If you haven't we highly recommend it before starting this article, Arduinos are very cheap and readily available, with tons of project ideas and a great community behind it.

It's also assumed you know how to read schematics, and are familiar enough with them to at least draw them at a novice level.

Designing Hardware 101 – The Specifications

The first step to designing good hardware is to come up with an idea of exactly what your project needs to be successful. These specifications guide the design process and component selection, and help us to avoid a lot of wasted time pursuing dead ends (keep reading for an example within this project).

This project needs to:

Run a artificial neural network (ANN) with 128x160 neurons, 20,480 neurons total

Display the output of this network on a LCD screen at a minimum of 30 frames per second

Receive inputs such as audio and orientation from the environment

Be capable of running for a limited duration detached from its power source

These simple specifications will help keep our project on track.

Component Selection

Now that we have a set of specifications lets proceed to choose the kind of hardware we want to build our project from. Since so many things are dependent on it, choosing a processor is a good first step, and will help avoid any revisions to include a different chip because of something we didn't think about. We'll be ordering all our components through Digikey because they are awesome, trustworthy and have great customer support. I've used them for years and can't recommend them enough.

I've only programmed Microchip PIC16/PIC18 microprocessors. And while I'd love to use them, they can't run as fast as I'd like (capped at 64MHz) and even if I got a PIC32 and ran it at 100MHz. I'm still limited by the fact that the instruction clock is internally divided by four...that means our instructions are only running at 25MHz. There are lots of alternatives out there that are much faster, for example AVRs instruction clock is the same as the input. ARM Cortex processors are 1.25x the clock which means for every 4 clock cycles you get 5 instructions! Lets go with that! But...out of the 3,000 different ones on Digikey which one would be the best fit? Well, let's specify exactly what we want:

100MHz or faster

Enough I/O pins to handle a TFT display and any peripherals we might require.

TFT display buses are USUALLY 16-bits wide with 3 to 4 control lines. This comes out to 20 pins at least. I like to double that, so anything with 40+ I/O pins will work.

Analog to Digital Converter, we plan on feeding audio into the network so we'll need a way to convert that to a digital value for input into the network.

These specifications reduce our choices from 3,000 to ~124 or so. From that point it's mostly the price point that drives my selection. The one I chose is the NXP MK02FN128VLH10, a Cortex M4 processor. It has 46 I/O lines, and ADC, and can run at 100MHz! Perfect!

The next thing we need to think about is memory, the processor alone doesn't have enough memory to handle running an ANN. This is easy to calculate by looking at the data structure of an individual neuron:

unsigned int ID unsigned char x unsigned char y unsigned char status unsigned int weights * N unsigned int targets * N unsigned int signal_t unsigned int signal_start unsigned int input unsigned int output unsigned int threshold

N is the maximum number of neurons an individual neuron can be connected to. For N=50, each neuron takes up 217 bytes of memory, for 20,480 neurons (128x160) that's 4,444,160 bytes or 4.24 MB. Looks like we're going to need some memory, because most microcontrollers do not come with that much onboard ram. Our specifications for memory are:

64Mb of memory

MB = Megabytes, Mb = Megabits. Divide Megabits by 8 to get Megabytes, and divide to convert the other direction. For a 4.24MB dataset we need 33.92Mb of space to store it. Memory is cheap, so we'll go with 64Mb

8-bit wide parallel interface. Having 2 16-bit bus devices would eat up 32/40 I/O lines, and we'd like to preserve some for other uses. 8-bit should work fine.

WARNING! DEAD END AHEAD! DRAM, it has a high write cycle reliability, when I first designed this project I chose flash memory which lets you write and erase only about 100,000 times before things start failing. That means if our project ran at 60FPS our memory would wear out in less than 3 hours. If I had thought about the write cycles beforehand I could have avoided wasting the time on the flash memory altogether.

These restrictions made it easy to narrow our selections down to less than 200 or so on Digikey. The cheapest price point was the Cypress Semiconductor S27KL0641DABHI020 at $3. It's a BGA component however, and so you'll need a hot-air rework station to place it if you're using it.

The rest of the components is simply selecting input sensors, the battery, and the display. For the display I already was aware of the DT018ATFT 1.8” 128x160 display and had decided I would use that. It has a 16-bit wide bus, full color display and a backlight. Everything we could want. For inputs I'm using a MEMS Microphone (INMP510ACEZ-R7), an Accelerometer/Gyroscope combo (LSM6DS3TR), a Magnetometer (MAG3110FCR), and a NTC Thermistor. For the battery we're using the popular 102535 800MAh Lipo battery along with the MCP73831T02ACL/OT single cell lipo charger. The last thing we need is a 3.3v Linear voltage regulator, really any will do for this application but I recommend one with a current capacity of 400mA (or more) like the MIC5504-3.3YM5-TR

With this we have a Bill-of-Materials for our design, the major components are:

MK02FN128VLH10

S27KL0641DABHI020

DT018ATFT

INMP510ACEZ-R7

LSM6DS3TR

MAG3110FCR

MCP73831T02ACL/OT

MIC5504-3.3YM5-TR

The rest of the components are minor ones such as flat panel connectors, a Micro-B USB, and resistors and capacitors and not listed here. If you’re interested in the complete component listing you can get the Bill-of-Materials by clicking the following link:

BrainBox Bill-Of-Materials

MCUExpresso Configuration Tools

Before we get into creating a schematic and circuit board, we should take some time to check out the pin configuration tool created by NXP for our MK02FN128VLH processor. This processor has a lot of pins that can function as standard GPIO, but only some of these are available for things such as the crystal oscillator, I2C, and analog functions. These can be found on page 48 of the datasheet for our processor:

NXP makes it very easy to set these pins up with their Pin Configuration Tool

This tool will even generate the code to setup all the pins properly! How cool is that?

And I've made it even easier to follow along with this guide by making the configuration use for this project available for you to download here

BrainBox MCUXpresso Config

Use this when creating your schematic symbols in your preferred software to help save some time.

Schematics and Board Drafting

Once all of the packages and symbols are defined in our electronics drafting software, we can begin the process of laying out a schematic for everything. I like to use a modular process where everything is isolated and connected by their pin function, for example:

Here you can see that the pins in the bottom half our routed to the pins on the object in the top half. I can move these objects and all of their associated pins and passive components independantly of the object they connect to, which allows me to organize the schematic like this.

This makes it really easy to double check everything before sending the board out for production. Does U5 have the right caps? Are all the pins connected like they are supposed to be? All verifiable visually.

When setting up each device I always have the datasheet for that device up for me to look at the application example within the datasheet, take U2, the magnetometer,

and compare it to our schematic:

you can see that I basically just copied the application example from the schematic. And honestly that's what 99% of hardware designers do! There might be the occasional deviation, in mine I omit the .1uF capacitor because I have several near this IC that will provide that function just fine. Simply repeat this process for our 8 major components, and in the end you'll have a schematic that looks similar to this:

Routing the board is easy if you have software that allows backward annotations, this ensures that the software checks constantly for the board and schematic to remain true to one another. At this point you can route and place components wherever you want as long as you connect everything, and this is left as an exercise for the reader because if you can create the schematic this part is easy. Lets take a look at how my final design looks, and discuss some points that will make your routing easier:

Looking at my routings it's easy to see that the first thing I did was place the display so it is centered on the PCB board. I then placed major components like the processor U4, the JTAG header at the bottom, and the memory IC above it. I then routed all the data signals between the processor, display, and DRAM memory, because we want to keep these traces very short to reduce noise. I don't do this with the I2C bus however, why? Well this bus operates at a MUCH slower speed, 400kHz-1MHz compared to the parallel bus, 10MHz+, this means I don't need to worry about keeping these lines as short.

After that is done, I group components with their ICs and route them in their own little space. This is in the same deal as when we did this with the schematics, it keeps everything modular and easy to identify, and makes troubleshooting a lot easier if I need to examine a part of the board that might misbehave. Those are moved into suitable positions on the board, and then their data signals are routed.

The very final thing I do is route the power and ground lines. This is because we really don't have to worry about HOW these get routed, and you can daisy chain the routing between chips to make it easier. Additionally, most ICs have multiple data lines but only 2 lines for power and ground. After all is said in done, you should have a nice and compact circuit board, that is ready to be sent off to a production facility to be fabricated and later assembled by you!

This is the point we are at so far and the end of part 1 of this article. Check back in a couple weeks when I should have received my circuit boards and can begin the last two parts of this series. Thank you for reading!

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fertilitycentres · 4 years ago

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Best IVF Clinic in Delhi, IVF Cost Delhi - Vinsfertility Pvt Ltd

Milann Fertility Center

Milann Fertility Center is Vinsfertility Best IVF Clinic in Delhi. The center was established in the year 2016. It is one of India’s leading fertility centres with branches spread throughout the nation. The clinic is dedicated to giving its patients personalized treatment with full compassion and care. The hospital provides the best treatment services related to Infertility Management, High-Risk Obstetrics, Gynae Endoscopy, Third Party Reproduction, Prenatal Diagnostic Services, Specialty Clinics. Good comprehensive care at an affordable price is provided to the patients under one roof. The hospital was established in 1989 to offer couples access to advanced medical diagnosis and treatment options in the field of Assisted Reproduction (IVF treatment and IUI treatment).

Since its establishment the hospital has been redefining high-tech fertility care in India. The hospital provides various services including Infertility evaluation, High-risk Obstetrics care, Gynecology Endoscopy, Surrogacy, and Prenatal Diagnostic services. The centre has one of the highest success rates in infertility treatments in India. It has upgraded its facilities with Andrology Laboratory, State-of-the-art modular Embryology Laboratory, Neonatal Intensive Care Unit (NICU), and IVF Operation Theatre (OT) in the year 2014. Frost and Sullivan has awarded the center as the Emerging IVF player of the year 2015. Dr. Meghana Nyapathi and Dr. Vyshnavi A Rao are the gynecologists and obstetricians practicing at this centre. They have an experience of more than a decade in their respective medical expertise.

Dr. Vaishali Sharma

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Vinsfertility IVF Cost in Delhi, Test Tube Baby Cost Delhi

IVF treatment cost in Delhi NCR ranges from Rs. 1,50,000 to Rs. 3,00,000. Dr. Richa Katiyar of SCI Surrogacy Centre and Dr. Neeru Thakral of Vinsfertility rank high in the list of best IVF doctors in Delhi NCR. The IVF specialists in Delhi NCR offer quality treatment solutions to couples trying for babies.

#ivf #iui #ICSI

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modular-hospital-equipment · 2 years ago

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Modular Operation Theatre Manufacturers in India | Modular OT in Hospital | Altos Engineers

With the evolving technology, the medical industry is moving away from regular operation theaters for modular operation theaters in India. This is not without reason. Modular operation theaters have a concise design, integrated functionality, a level of cleanliness that traditional operation theaters cannot match. This is why more hospitals and nursing homes are investing in them over time. Altos Engineers Pvt Ltd, is a leading Modular Operation Theater supplier in India.

What is a modular operation theatre?

It is a compact and highly sterilized setup with special air filters to control the airflow system. Certain types of air conditioning and air handling units are used for maximum protection from contaminants to increase the physical safety of patients. The walls and ceiling are made of pre-engineered panels and the floors are chemical resistant and antistatic, making the operation theater easy to set up and clean.

Why are hospitals choosing them?

The primary reason why modular operation theater manufacturers are making a name for themselves in India is the enhanced patient safety feature in modular operation theatres. Along with this, these operation theaters are easy to set up and the setup ensures that all the necessary surgical instruments are within an arm's reach. Each component of the Modular Operation Theater is made from premium quality materials that make them extremely durable.

Advantages of Modular Operation Theater :

As the name suggests, "modular" includes everything from the floor to the walls, ceiling, furniture, and operating table in one package.

Optimum level of cleanliness and sterility of the modular operation theater is ensured. The paint used in OT does not allow bacteria to penetrate and remains disinfected for at least 15 years without any problem.

The seamless and sleek design of the OT makes it difficult for the general public to locate where the OT begins and ends.

The perforated grills of the OT protect the highly efficient special filters.

Angiographic features like fluoroscopy and robotic X-ray arm installed in the modular OT help first-time surgeons to take instant images that help them during operations for real-time evaluation.

Multiple procedures can take place at the same time in a modular operation theatre. Therefore multiple patients can receive multiple procedures without having to be transferred multiple times to different locations.

#modular ot in hospital #modular ot manufacturer #modular operating room #modular operation theatre manufacturers #modular operation theatre manufacturers in india #modular operation theater solutions #best modular operation theatre manufacturing company #modular operating theaters #modular ot #benefits of modular operation theatre #modular operation theater services #best modular ot manufacturer company #best Modular Operation Theatre manufacturing company #best modular operation theatre manufacturers in india #modular ot equipment list #modular ot price list

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appliancesreviews · 5 years ago

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Samsung TVs 2020 Review

As known, these days companies present their new products at CES 2020. As usual, the attention of experts is primarily attracted by the leaders of the consumer electronics segment, which shape development trends. Of course, Samsung is one of them. The company fully met expectations by presenting three new TVs, including the second generation of Samsung 8K model, innovative MicroLED panels and the experimental ‘The Sero’ TV with a rotary screen for viewing video content in vertical format, for example, from Instagram.

Samsung MicroLED TVs

As known, Micro LED is an innovative technology of self-emitting display, and can be positioned as an analogue of OLED technology. Today, Samsung dominates in this direction. At ISE 2018 the company first introduced the modular large-format The Wall Professional Micro LED display in 146- or 219-inch versions with brightness up to 2000 nits. Then, at CES 2019, Samsung introduced a more compact 75-inch 4K MicroLED TV. In the summer of 2019, the company announced a new The Wall Luxury MicroLED TV with a diagonal of 292 inches (almost 7.5 meters), support for 8K resolution and with a brightness of up to 2000 nits. This year, the company announced 88- and 150-inch bezel-less MicroLED TVs with custom settings. According to the company, their brightness reaches an unprecedented 5,000 nits. For comparison, the brightness of modern OLED TVs does not exceed 1000 nits. Thus, today the list of diagonals Samsung MicroLED The Wall series includes 75, 88, 93, 110, 146, 150, 219 and 292 inches. Of course, the modular design provides excellent prospects for this technology. Over time, it will allow the user to create TV with a screen of any shape and size, including non-traditional formats. In addition, Samsung MicroLED TV optimizes video content for any screen, increasing its resolution at a constant pixel density. Moreover, MicroLED screens support any aspect ratio without compromising image quality. At CES 2019, the company demonstrated MicroLED modules and their assembly using brackets that are attached to the screen with sufficiently powerful magnets. The diagonal of one module does not exceed 13 inches.

The Sero TV

The company also did not ignore the growing popularity of the use of smartphones for shooting and viewing video content. According to research, 70% of millennials don't turn their phone horizontally to watch videos. As a result, the company's management decided to develop a vertical OLED TV targeted at the millennials and Generation Z. In 2019, Samsung announced the unconventional Sero Vertical TV. At CES 2020, the company introduced the 43-inch 4K Sero model. Thanks to a special stand, the display rotates from landscape mode to portrait mode for comfortable playback of video content from Instagram, Snapchat, etc. In addition, it can be synced with the phone via NFC to mirror the phone's display.

Samsung Q950TS 8K

Of course, Samsung Q950TS aroused the greatest interest among experts. In fact, the company created the second generation of its 8K TV. As known, last year the company introduced the Q900R 8K series with a diagonal of 65, 75 , 82, 85 and 98 inches. The 75-inch model of this series competed with LG 8K Nanocell 75SM9970. These models belong to approximately the same class, and their cost reached $ 6,000 and $ 5,000, respectively. In addition, LG introduced the LG 8K OLED88Z9, but its cost is approaching $ 30,000. Traditionally, OLED screens have many pros, but their price increases dramatically with increasing screen sizes. Today 75-inch Q950TS with 8K (7680 × 4320) resolution is one of the brightest among modern TVs. Its peak brightness reaches 4000 nits. The Q950TS uses a FALD (full array local dimming). As known, today it most effectively provides deep black gradations and brighter highlights with minimal blooming or haloing. Tentatively, the number of zones does not exceed 500. In addition, the company increased performance with Adaptive Peak Brightness. TV analyses a map of current image, defining bright or dark areas. Based on the analysis, it increases current for brighter areas and decreases - for darker parts. Other improvements require more detailed analysis. Samsung engineers demonstrated German pedantry, harmoniously improving almost all components, including design, processor, video processing algorithms, sound, modes and functions, etc. As a result, Q950TS embodied a huge number of innovative solutions. Moreover, this model demonstrated the company's successes in fundamental directions, including 8K AI upscaling based on Deep Learning with neural network and AI ScaleNet technology.

Conclusion

PROS - bezel-less Infinity Design; - high-quality 8K AI upscaling with AI Quantum Processor 8K; - impressive picture quality; - superior sonic performance with eight drivers (4.2.2-channel driver array); - incredibly low input lag up to 10 ms in Auto Game Samsung mode; - HDR support, including HDR10, HLG and HDR10+; - Deep Learning with neural network; - Ultra Viewing Angle; - Adaptive Picture, Adaptive Peak Brightness and Adaptive Tone Mapping; - Object Tracking Sound Plus (OTS+), Active Voice Amplifier and Q-Symphony; - AV1 (AOMedia Video1) codec for 8K YouTube. CONS - today OTS+ is inferior to Atmos; - no Dolby Vision or Atmos support. In general, the company has confirmed its status as one of the innovative leaders by introducing promising high-tech MicroLED TVs, experimental Sero TV and the magnificent Q950TS with a huge number of innovative solutions. Of course, the Q950TS will have to compete with LG NanoCell 8K TVs, which, like last year, includes the Signature OLED 8K and NanoCell 8K. Given the approximate price, the Q950TS and LG NanoCell 8K are likely to be in the same price segment. But regardless of the results of their rivalry, the real quality of the 8K AI upscaling based on Deep Learning with neural network and AI ScaleNet will be very interesting to users and experts. This video offers an overview of the Samsung Sero Vertical TV at CES 2020. Read the full article

#8KAIUpscaling #ActiveVoiceAmplifier #AdaptivePeakBrightness #AdaptivePicture #AdaptiveToneMapping #AIQuantumProcessor8K #AIScaleNet #AutoGameSamsungmode #AV1codec #DeepLearning #ObjectTrackingSoundPlus #OTS+#QSymphony #SamsungMicroLEDTVs #SamsungQ950TS8K #SamsungTVs2020 #SeroTV #SeroVerticalTV

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niteshknsoleuniverse · 5 years ago

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Best Multispeciality Hospital in Raipur

Horizon Hospital Raipur (The Best Multispeciality Hospital in Raipur) (Most Affordable Multi Speciality Hospital)

We are a 52-bed multi-specialty hospital driven by one desire ‘to offer the best health care services at most affordable prices’. We are passionate to remain on the top in providing the best healthcare by our finest Doctors, top-of-the-line technology and world-class infrastructure in central India. Horizon Hospital is in the caring mission to deliver quality, in time, precision and most of all at a price that is affordable because at Horizon we believe your health deserves the best.

How do we do that?

We bring in the best, highly trained and most experienced doctors in each department and all their supporting staff. That way we ensure that you get the best care.

We avoid frills and frivolous cosmetic expenditures and stay focused only on the core issue of patient care that saves a lot of overhead expenses which ensures that you get the best care at the best possible prices.

Mission — To offer the best quality healthcare at the most affordable prices.

Vision — Creating a thriving ecosystem of best quality patient care, high level of employee satisfaction cooperative community contribution with sustainability.

Center Of Excellence

Joint Replacements

Total Knee and Total Hip Replacement surgeries demand surgeons who have been specially trained to do them, finest of operation theatres and best of clinical and services staff. At Horizon Hospital we have a team of doctors trained at the best institutions in India and abroad, modular OTs with laminar airflow and HEPA filters with separate units for each OT, the best clinical and paramedical staff to make your replacement surgery a seamless success story.

Complex Trauma Reconstruction

At Horizon Hospital we have an orthopedic team that provides patient-centric individualized, intensive care. Complex trauma requires multidisciplinary care and at Horizon Hospital our emergency and trauma management team provides the best-integrated care to optimize the outcomes even for the most critical cases

Arthroscopy

At Horizon Hospital, we have one of the best infrastructure and team for attending to sports injuries. We boast of having one the finest camera (Karl-Storz) and arthroscopy system along with the team of surgeons who deliver the best results.

Full Mouth Rehabilitation

There is probably nothing as challenging as a full mouth rehabilitation in dentistry and at Horizon Hospital we have taken up this challenge with utmost sincerity and skill. Apart from all the routine procedures such as scaling, RCTs, dental implants, and orthodontic braces, we take special pride in solving the most difficult problem of Full Mouth Rehabilitation for our completely and partially edentulous patients.

Critical Care

This department is the backbone of every multispecialty hospital and at Horizon Hospital we have gone to great lengths to make it the very best. Our team of most qualified and experienced critical care physicians, the best ventilator systems, the best critical care nursing and support staff, and the latest and cutting edge system practices have let us stay sharp in all the areas so you get the best critical care whenever needed.

Diagnostics

Diagnostics form the basis of every patient’s evaluation, diagnosis of the disease that is crucial for the effective and best treatment. At Horizon Hospital we understand that keenly and have hence installed the very best of equipment from fully-automated Biochemical Analyzers to Hormone Assay machines. Our team of pathologists and well-trained technicians ensure the delivery of the most accurate results every time.

Facilities

‘Promoting healthcare facilities to provide you a healthy life.’

A true multispecialty hospital is not just built on the foundation of the finest medical care but also the superstructure of ancillary services from HR to IT, Canteen to electronic queue management systems and efficient housekeeping at Horizon Hospital you will find seamless coordination between all these departments and facilities.

Ambulance

A well-equipped & prompt ambulance service with all the necessary amenities including Life Support system.

Emergency

The Emergency Department (ED) at Horizon Hospital is well equipped and well-staffed with emergency care physicians and support staff to stabilize and support all those who need emergency medical attention.

TPA

Third-Party Administrator (TPA) is an organization holding a license to process health insurance. It helps you settle health insurance claims in an easy way. At Horizon Hospital you will find all major TPA empanelments soon.

Canteen

Food plays a vital role in a patient’s recovery, keeping that in mind we have provided canteen catering services that offer cost-effective, good quality and nutritious food which is much needed for the patient and the family. There’s separate seating space for the relatives and the visitors.

Diagnostics

We provide services for all types of diagnostic equipment and techniques. We offer laboratories, screening tests, cardiology, and quality medical services, so patients can get the right treatment at the right time.

Medical & Surgical ICU

The collaborative team of the Medical-Surgical Intensive Care Unit (MSICU) is a multidisciplinary critical care unit that provides care to patients who need intensive treatment with 24-hour care depending on the surgery.

Out-Patient Services

Horizon Hospital also has a separate department for outpatients (OPD) (patients who don’t get admitted and are just here for medical care consultations, diagnosis, radiology, etc).

In-Patient Admission

At Horizon Hospital we have fully equipped air-conditioned general wards with central oxygen, suction and air facility at each bed. We also have spacious and well furnished deluxe, private and semi-private rooms to serve you.

Ayushman Bharat Yojna

We proudly partner with the Ayushman Bharat Yojna to extend quality health care to economically weaker sections of the society. The payments for treatment in these cases are done on the package rate (to be defined by the Govt. in advance) basis. Only the Economically Backward Classes are eligible to apply for it.

Know More — The Best Multispeciality Hospital in Raipur

#multi specialty hospital #raipu

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yeskraim · 5 years ago

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Samsung TV 2020: every new QLED and LED Samsung TV coming this year

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(Image credit: Samsung)

At a CES 2020 expo full of the major players in the TV market, Samsung managed to keep our attention just for being willing to show off a lot of tech, whether brand new concepts or iterations on existing ones.

We had the near-invisible bezel and fascinating speaker system of the Samsung Q950TS 8K QLED, the swinging form factor of the TikTok-ready Samsung Sero, and even new models for the updated The Frame TV – which now comes in so many sizes that it’s hard to keep track.

There certainly wasn’t a shortage of Samsung this year, then, which is why we’ve brought together every new Samsung TV for 2020 that’s been announced so far. As the world’s biggest seller of televisions, there was always going to be a lot of ground to cover, and this is where it starts.

We’ve only really got firm details on these higher-end TVs, though we’ll be updating this Samsung TV 2020 guide as we learn about more models, and get official confirmation of release dates, pricing, and the like. Scroll on down for what to expect in terms of software and specs, with 2020 and 2019 televisions listed below that.

Best TVs of CES 2020: which screens really caught our eye?

New Samsung TVs for 2020

(Image credit: Future)

Samsung Q950TS 8K AI QLED (available in 65, 75, 85 inches): There’s only one of the three 2020 QLEDs revealed so far, and it’s a real beauty. The Q950TS has a near-invisible bezel for an expansive 99% screen design, and top-of-the-range AI processing, as well as an innovative OTS+ surround sound speaker system built into the frame of the television. HDR10+ is a given too. If you want an 8K TV this year, and cash is no issue, this is likely the set you want.

Find out why we’re excited in this hands-on Samsung Q950TS 8K QLED review.

(Image credit: TechRadar)

Samsung Sero TV (available in 47 inches): The Sero TV has a neat gimmick, being able to rotate 90 degrees to show mobile videos and photos in portrait mode. As an added bonus, anyone with the Samsung Note 10 can do so simply by connecting their handset and rotating it in their hand. Now that’s synergy!

It’s clearly aimed at Tik-Tok and Instagram users, though its niche target audience and approximate $1,600 / £1,230 / AU$2,300 price tag – we know for sure it’s coming to UK and UK, with Australia being uncertain – will likely keep it out of the hands of most.

Check out our hands on Samsung Sero TV review for more on the new set.

(Image credit: TechRadar)

Samsung The Frame TV (now available in 48, 75 inches): The Frame TV already exists, as a great-looking lifestyle model for those wanting to give their television a real touch of class – even if it’s at the expense of other areas. The Frame line got upgraded with a QLED panel in 2019, and 2020 will see it get a new ultra-small 32-inch size and larger-than-ever 75-inch size too.

Check out our take in this hands on Samsung The Frame review.

Samsung TV 2020 technology: the ins and outs

(Image credit: Samsung)

Eyeing up a Samsung TV in 2020? As the largest TV manufacturer in the world, with near enough a third of the global market under its belt, you’re not the only one.

Samsung makes a wide range of smart TVs with its excellent Tizen OS platform, from affordable small TVs and HD goggle boxes to premium 4K QLEDs with dazzling brightness and crystal-sharp displays.

It’s the 8K QLED ranges that are now getting the most attention, though, with Samsung working every year to improve its upscaling from lower-resolution sources, while angling its 1,500-2,000 nits (i.e. very bright) displays as a superior technology to the OLED panels used by much of the competition.

Samsung has been a leading voice in the push for 8K panel technologies, and is continuing that tradition with three new 8K models for 2020, of which only the Q950TS has been officially named – while also bringing 8K HDR10+ exclusively to these televisions.

HDR10+ is Samsung’s open-source answer to Dolby Vision, the dynamic 4K HDR format for visually enhanced televisions shows and films. It’s not quite as widespread as the Dolby version, but it is supported by Amazon Prime Video, in case that’s your primary TV streaming service.

Samsung’s Tizen operating system in use. (Image credit: Samsung)

Last year’s most notable improvement was Samsung’s new ‘Ultra Viewing Angle’ technology, reworking the backlight to ensure improved contrast and color accuracy even at tighter angles – a necessity given the ever-growing screen sizes. We’ve seen it in action, and the screens’ ability to look as sharp and colorful from the side is pretty astounding – even if you’ll likely be watching head-on most of the time.

In 2020, there are other visual improvements we’ve seen on show already, including crisper upscaling that brings out more detail and sharper edges to images not originally intended for 8K.

But there’s also a lot of changes on the audio side, with a new Object Tracking Sound technology (abbreviated as ‘OTS’) for its 4K QLEDs this year, with an even better OTS+ version for the new 8K QLEDs.

Samsung’s new QLEDs nail built-in audio – and other TV brands should take note

As we heard with the Q950TS flagship, OTS+ makes use of an array of audio drivers located around the panel casing – which are housed in the bottom, sides, and top of the television. With this OTS+ array, the set is able to shoot out audio from multiple places, giving a real sense of place to sound as it travels across the screen, rains down from above, or runs off into the distance. It’s really, really good.

Samsung continues to show off its MicroLED panels, too, which feature millions of microscopic blue, red, and green LEDS for an incredible level of color and light control. With a modular design that enables Samsung to create various sizes and aspect ratios – as with The Wall display, which was shown off at CES 2020 in a whopping 292-inch configuration – it shows the start of a flexible future for home cinema, even if it’s going to cost you a lot more than a standard consumer QLED.

Ambient Mode and Samsung’s signature Invisible Cable will help these TVs seamlessly blend into their surroundings (Image Credit: Samsung)

What else do you need to know? Samsung uses its own in-house Bixby smart assistant to varying degrees – Bixby isn’t really anyone’s favorite – but also deploys support for Google Assistant and Alexa for mid-range and premium models, as well as Samsung SmartThings for connecting to other smart home devices. You can check out the best smart TV apps for Samsung too.

Many high-end Samsung sets also feature the OneConnect box, which outsources all of your HDMI, power inputs and the like into a piece of hardware separate from the TV, preventing a mess of cables hanging down from your new display.

Samsung also makes use of an Ambient Mode for its high-end sets, which helps the television to blend in with your decor by mimicking the color and pattern of the wall behind it – as well as stylishly display information on the news, weather, and the like.

2019 also introduced AirPlay 2 support, and an exclusive iTunes movies app for Samsung TVs, which, given the usual Samsung vs Apple rivalry, was odd (if refreshing) to see.

Samsung Designer Series 2019 models

Samsung The Wall (2019). Image Credit: Samsung

Samsung’s Designer Series:

The Wall (now available in 75, 88, 93, 110, 150, 292 inches): Almost too big to be true? The Wall may not fit on most living room walls, but it’s a testament to Samsung’s desire to impress – featuring millions of microscopic LED for a huge level of color contrast and brightness control over each pixel. Made of a modular series of panels, the size is technically variable, though Samsung is still selling it in general size configurations as a starting point.

The first 143-inch model released in late 2018, while a whopping 219-inch version came the year after. The modular design allows for customization, though, and Samsung seems to be leading with different configurations for 2020. Whichever size you’re looking at, you can be sure to expect an absolutely insane price tag. Check out our first look at The Wall by Samsung here.

Samsung The Frame (2018). Image Credit: Samsung

The Frame (available in 43, 49, 55, 65 inches)

US model numbers (and price): UN43LS003AFXZA ($1,299), UN55LS003AFXZA ($1,999), UN65LS003AFXZA ($2,799) UK model numbers: UE43LS003AUXXU, UE55LS003AUXXU, UE65LS003AUXXU

Samsung’s classiest TV gets an upgrade with a QLED panel – which feels necessary, given that the picture quality was the only thing letting this gorgeously made hunk of metal down. Blending form and function, this style-focused television may be the most attractive television Samsung has put out. Check out what we thought in our hands on The Frame (2019) review.

Samsung Serif TV (Image Credit: Samsung) (Image credit: Samsung)

Serif TV (available in 43, 49, 55 inches)

US model numbers (and price): QN55LS01RAFXZA ($1,599)

UK model numbers (and price): QE43LS01RAUXXU (£1,099), QE49LS01RAUXXU (£1,299), QE55LS01RAUXXU (£1,498)

Samsung’s stylish Serif TV also gets a QLED panel upgrade and Ambient Mode this year, hoping to marry looks and picture quality. Mounted on four pointy legs, the set looks straight out of a fashion catalogue – and you can see what we thought of it in our hands on Samsung Serif TV (2019) review.

Samsung QLED 2019 Models

Samsung Q900R QLED TV (Image Credit: Samsung)

Samsung Q900R / Q950R QLED TV (available in 55, 65, 75, 82, and 85-inches)

US model numbers (and price): QN55Q900RBFXZA ($2,999), QN65Q900RBFXZA ($4,999), QN75Q900RBFXZA ($6,999), QN82Q900RBFXZA ($9,999), QN85Q900RAFXZA ($14,999) UK model numbers: QE55Q950RBTXXU (£2,999), QE65Q950RBTXXU (£3,699), QE75Q950RBTXXU (£5,399), QE82Q950RBTXXU (£8,699)

Unbelievably, Samsung’s monstrously large 8K TV is still considered a QLED TV. It’s the top of the list for numerous reasons – size and resolution being the most obvious two – but also its ability to use artificial intelligence upscale SD content to 8K HDR. While it’s an absolute beauty to behold, the 65, 75, and 85-inch (or 82-inch in the UK) sizes will put you back a pretty penny, starting at £4,999 / $4,999 (around AU$7,082) for the smallest model. There’s also now a 55-inch model for more mid-sized homes – check our review link below for more info.

Don’t miss our glowing review of the Samsung Q900R 8K QLED TV

Samsung Q90 QLED TV (Image Credit: Samsung)

Samsung Q90 QLED TV (available in 55-, 65-, 75-, and 82-inches)

US model numbers (and price): QN65Q90RAFXZA ($3,499), QN75Q90RAFXZA ($4,999), QN82Q90RAFXZA ($6,499) UK model numbers: QE55Q90RATXXU (£2,099), QE65Q90RATXXU (£2,799), QE75Q90RATXXU (£3,599)

Samsung’s 2019 flagship 4K QLED is the Samsung Q90 QLED TV. Like last year you can expect Ambient Mode and better black levels thanks to its Direct Full Array panel alongside the screen’s insanely iridescent peak brightness. New this year is the addition of ‘Ultra Viewing Angle’ technology, which restructures the TV’s panels so the backlight passes through the panel with lights evenly onto the screen.

In the UK you get the choice of a smaller 55-inch model, while the US swaps this out with a larger 82-inch.

Intrigued? See our Samsung Q90 QLED TV review

Samsung Q80 QLED TV (Image Credit: Samsung)

Samsung Q85 / Q80 QLED TV (available in 55-, 65-, 75- and 82-inches)

US model numbers (and price): QN55Q80RAFXZA ($1,999), QN65Q80RAFXZA ($2,799), QN75Q80RAFXZA ($3,799) UK model numbers: QE55Q85RATXXU, QE65Q85RATXXU, QE75Q85RATXXU , QE55Q80RATXXU, QE65Q80RATXXU

Moving down the line a bit is Samsung’s Q80 QLED TV. Like the Q90, you’ll see a Direct Full Array panel with a feature set that includes Ambient Mode and the Bixby. The Q80 uses far fewer backlight dimming zones than its Q9FN sibling but still looks great and has a more affordable price point. In the UK, the alternative Q85 QLED model bundles in the external OneConnect box and tidy transparent cable too, as well as coming in a larger 75-inch size.

Learn more in our Samsung Q85R QLED TV review

Samsung Q70 QLED TV (Image Credit: Samsung)

Samsung Q70 QLED TV (available in 49-, 55-, 65-, 75- and 82-inches)

US model numbers (and price): QN49Q70RAFXZA ($1,249), QN55Q70RAFXZA ($1,499), QN65Q70RAFXZA ($2,199), QN75Q70RAFXZA ($3,299), QN82Q70RAFXZA ($4,499) UK model numbers: QE49Q70RATXXU (£999), QE55Q70RATXXU (£1,199), QE65Q70RATXXU (£1,699), QE75Q70RATXXU (£2,699), QE82Q70RATXXU (£3,499)

The Samsung Q7FN was the golden ticket to 2018’s QLED line-up. Offering one of the best price-to-performance ratios in the entire line-up, it was the Q7F that roped droves of AV enthusiasts into buying a QLED TV. That said, it could be our TV of the year in 2019 as Samsung has listened to our feedback and swapped the edge-lit display for full array LED-LCD that will definitely improve contrast.

Learn more in our Samsung Q70 QLED TV review

Samsung Q60 QLED TV (Image Credit: Samsung)

Samsung Q60 QLED TV (available in 43-, 49-, 55-, 65-, 75- and 82-inches)

US model numbers (and price): QN43Q60RAFXZA ($799), QN49Q60RAFXZA ($999), QN55Q60RAFXZA ($1,199), QN65Q60RAFXZA ($1,799), QN75Q60RAFXZA ($2,999), QN82Q60RAFXZA ($3,799) UK model numbers: QE43Q60RATXXU (£699), QE49Q60RATXXU (£759), QE55Q60RATXXU (£869), QE65Q60RATXXU (£1,169), QE75Q60RATXXU, QE82Q60RATXXU (£2,999)

Last up in the QLED line-up is the entry-level Samsung Q60 QLED TV. The Q6-Series began its life as a special edition that Samsung added around the holidays in 2016, and now it appears the TV has claimed a permanent spot in the line-up. The Q60 is a bit less bright overall than the rest of its Quantum Dot-equipped brethren and still uses the old edge-lit design but if you’re looking for some of the same spectacular colors at a spectacular price, the Q60 will be the best place to get it.

Here’s what we thought in our Samsung Q60 QLED TV

Samsung 2019 Premium UHD Models

Samsung RU8000 (available in 49-, 55-, 65-, 75- and 82-inches)

US model numbers: UN49RU8000FXZA ($799), UN55RU8000FXZA ($999), UN65RU8000FXZA ($1,399), UN75RU8000FXZA ($2,199), UN82RU8000FXZA ($3,199) UK model numbers: UE49RU8000UXXU (£799), UE55RU8000UXXU (£849), UE65RU8000UXXU (£999)

The first highest series in Samsung’s 4K UHD lineup is the RU8000, a sequel to last year’s NU8000. We expect that the RU8000 will use an edge-lit LED LCD panel and a quad-core processor, but that’s yet to be confirmed. Expect both HDR10 and HDR10+ support in addition to Bixby and Samsung’s Smart TV platform.

Find out more in our Samsung NU8000 review

Samsung RU7300 (Image Credit: Samsung)

Samsung RU7300 (available in 49-, 55- and 65-inches)

US model numbers: UN55RU7300FXZA ($699), UN65RU7300FXZA ($999) UK model numbers: UE55RU7300KXXU (£499), UE55RU7300KXXU (£599), UE65RU7300KXXU (£799)

Underneath the RU8000 is the curved Samsung RU7300. It’s not available in as many sizes as its older sibling, but it should fulfill the niche of a curved screen for folks who want to upgrade to a 4K HDR TV. You’ll likely find the same edge-lit LED LCD panel and processor as the RU8000, but that��s still to be determined.

Here’s our full review of the mid-range Samsung NU7300

Samsung RU7100 (available in 43-, 49-, 55-, 58-, 65- and 75-inches)

US model numbers: UN43RU7100FXZA ($429), UN50RU7100FXZA ($499), UN55RU7100FXZA ($599), UN58RU7100FXZA ($649), UN65RU7100FXZA ($899), UN75RU7100FXZA ($1,599) UK model numbers: UE43RU7100KXXU (£379), UE50RU7100KXXU (£449), UE55RU7100KXXU (£549), UE58RU7100KXXU, UE65RU7100KXXU (£799), UE75RU7100KXXU (£1,299)

The last entry in the RU Series is Samsung’s RU7100. We don’t have a ton of information on Samsung’s lowest-end screen in 2019, but we do know that you’ll have your choice of screen sizes – the RU7100 will come in a 43-, 49-, 55-, 58-, 65- and 75-inch variation.

Check out all of TechRadar’s CES 2020 coverage. We’re live in Las Vegas to bring you all the breaking tech news and launches, plus hands-on reviews of everything from 8K TVs and foldable displays to new phones, laptops and smart home gadgets.

The post Samsung TV 2020: every new QLED and LED Samsung TV coming this year appeared first on Gadgets To Make Life Easier.

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anupsingh11-blog · 6 years ago

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What Is IVF – In Vitro Fertilization | IVF Centres in Delhi | ElaWoman

The IVF centres in Delhi are fantastically maintained to offer enough space for couples in conjunction with handy parking services and friendly approach. The warm, easy and welcoming atmosphere of these centres with skilled doctors make the most favorite destination for infertile couples.

IVF – In Vitro Fertilization

IVF might be the nice-known shape of ART in Delhi. Also known as test tube infant, it includes series of sperm from guys and eggs from girl, which can be then placed collectively in a petri dish in a laboratory. The embryologists and IVF professionals in Delhi are especially certified and experienced to carry out these processes with intense care and precision. State-of-the-artwork equipment and era are used within the method to make sure excessive fulfillment price in every strive. These conventional IVF treatment are achieved by means of most IVF clinics in Delhi.

What happens during the IVF process?

During IVF, eggs are eliminated from the ovaries of a woman and fertilised in a laboratory with sperm furnished via her accomplice or a donor.

Here are the typical ranges in an IVF cycle:

The female’s herbal menstrual cycle is switched off with each day injections or a nasal spray.

The woman has injections of fertility hormones to stimulate her ovaries so she produces numerous eggs, as opposed to simply one.

When the eggs mature, they may be gathered the use of a pleasant needle, guided by ultrasound, underneath mild sedation.

The eggs are fertilised in the laboratory with sperm supplied via the woman’s partner or a donor.

Fertilised eggs (embryos) are grown in an incubator for some days.

One or two healthy embryos are transferred into the woman’s uterus the usage of a skinny tube inserted into the vagina and cervix.

If an embryo successfully implants, the girl becomes pregnant. She will need to attend weeks for a being pregnant test.

Any last healthful embryos may be frozen and saved for later use if wished.

Women who've IVF often have more than one cycle.

There are many versions to the IVF method. For instance, sperm or eggs may be accrued from a donor. In a few instances, a surrogate can also bring the pregnancy.

Chances of success with IVF

On average, each time a woman has a cycle of IVF, she has approximately a 1 in five threat of becoming pregnant. That danger is higher for ladies more youthful than 35 years old, and lower for older ladies, reducing with age.

In Australia, fewer than half of the ladies dealt with with IVF have a infant. Some ladies need up to 5 cycles of treatment to achieve success, even as others in no way fall pregnant. Younger ladies are more likely to have a toddler thru IVF than older girls.

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phil-d · 6 years ago

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Week of Rimini Protokoll

This week I hand the extraordinary chance to visit three performances by my favorite theater group Rimini Protokoll. Getting so much input was like yoga for the brain - you feel stretched, enriched and full of energy.

Tuesday: Uncanny Valley at Kammerspiele, Kammer 3.

The uncanny valley is a theory from robotics science and describes how the feeling of unease or fear takes a sudden peak when something becomes close to a human shape, but then declines again when the shape is very human-like. Rimini Protokoll consequently played on this relation and the only performer on stage was a robot with a video screen. It could move almost naturally, you coudl hear the servo-motors of his arms, it is able to do gestures and mimics. It could walk or get up though. Its head was open in the back and you could see the wiring. The robot started the narration and explained bit by bit how it was created to help the writer of the play Thomas Melle, Melle has a bipolar disorder and being able to send a robot to do the repetitive work of lectures and book reading is adding to his personal comfort. On screen the creation of the robot was shown bit by bit. Also the biography of Alan Turing who was named ‘the first robot’ for his discrete way of thinking. Turing had developed the Turing test to define who is human and who is machine. Quoting this famous example of computer science, by a robot, is a good example of Rimini Protokoll used the technique of shifting the meaning. What was said is simple and one focused example, but the setting on the stage is giving it a broader frame of reference. This continued: the robot explained how theater is a machine, fist by showing an actual ‘theater machine’, a light machine, but obviously that triggered the thought of how the arrangement of actors on stage following a program, no feedback possible by the audience etc. is very much machine-like. The robot also presented how his function is to take over a machine-like flow from Thomas Melle. “The questions and answers on book readings are always the same. Often your answers are no longer true and you understand the difference between the condified self and the individual.” Important notes in the play were projected discussion with Enno Park, who wears a cochlea implant, per say already is a cyborg and loves technology as it opened new possibilities - but the most favorite function for him was to unplug the connector and be completely deaf for the purpose of calm or concentration. The other important notion was the tale of how Alan Turing, after being force-treated with hormones and suffering a body transformation, starts writing a scientific essay on the subject of biology where he outlines how coincidence is responsible for most of the structures in nature. Those two for me were hinting at the counterweight of all the technogical prowress: while it might be easy to start a evolution of prosthesis and defer more and more problems to the machine, and even answer the problems created through mechanical situations (e.g. repetitive situations for authors on stage) through new machines (e.g. sending a robot), to refocus attention to the human element, feelings, conditions and needs (e.g. the bipolar disorder) and face them with consequence. In the discussion with a friend after the performance we felt that the best example for this development is the human space program - we try to reach ever further, dream from other planets etc. but only to evade the reality that we have only one planet and run out of resources.

Friday: Society under construction, Kammerspiele, Kammer 2.

This performance was part 2 of the tetralogy ‘The state‘ where Rimini Protokoll looks at four stages of post-democratic society. In this case it is the frequently discussed hyper-constructions in the public sector, e.g. the Berlin Airport, the Elb-Philhamonie. The audience was divided in 8 groups with around 20 participants to start at 8 different starting points in the parcours. At each station there was a topic narrated by a real expert from this field, who provided insights but also used the bustle at the construction site as props. This way the presentations nicely fit together and always provided a reinterpretation of the activity of the other groups. Those were the stations:

Transparency international - here we learned from a lawyer in the field that almost every construction project has big time corruption activities - from hiding dangerous garbage, to speculating with the construction land or signing the reception of material that was not delivered. All at the cost of the public.

Urban development - a professor of urbanistics put us in the role of a political delegation from a developing country who want to learn about how to face the problem of growing cities. He explains the example of Singapur, a city who has reached enourmous wealth and high quality of life, but on the other side is a model that reproduces their own problems - gaining land from the sea requires a tremendous amount of resources that drive sand prices high, the use of air conditioning systems increases the average temperature by around 7 degrees which encourages more people to buy AC’s. So the export recommended instead of looking up to western cities that constructed using fossile resources to look into close by resources, modular way of building and the use of sustainable materials.

Building technology - this was probably the most explosive expert as he was the guy made responsible for the delay of the completion of the Berlin AIrport. He explained to us how the desmoking facility he had constructed and blamed for was never tested and he was mainly small sacrifice in a bigger game of contracts and money.

Legal - using and demonstrating the metaphor of martial arts, a lawyer explained how the different parties on the construction site all blame each other, use blocks and counterattacks when something is delayed. The bad thing is a cascading delay through all tracks at the cost of the public hand.

Illegal employment - a romanian brick layer told his tale of dependency and exploitation in illegal employments in construction sites, while we were building a small tower using wooden bars.

Pest control - the owner of a pest control company invited us to a philosophical excourse into the construction philosophy of ants - starting small, growing as needed, using materials at hand, working stream-lined and well-informed and constrasted it with the irritations and confusions at a human construction site.

Nomadic workers - a chinese dancer told us about the origin of the nomadic workers on construction sites, with little rights 12 hour days, no insurance, being instructed by computers. While she explained she compared the activity ot dancing and instructured the crowd to get moving.

Investment - a real estate specialist explained how the zero interest policy of the central banks compared with inflation is putting a lot of pressure on instituational and private investors. Real estate projects in this context are offered as ‘concrete gold’ and promise gains up to 10 %. It became evident how this situation of risk, urgency and uncertain future is a game where you can only lose.

In the end everyone came together and the experts put out a few assumptions - e.g. “let’s assume real estate projects would be as per need, and not as per gain” or “let’s assume politicians would be held accountable past their time of duty”. Then the chinese dance invited everyone to dance together and there was free beer.

I left this performance with less of a feeling of emotional strike but more with intellectual perfection. The presentation was very deep, the orchestration of all the groups fit perfect together. At the least the society that came together in the theater was not lost in chaos.

Saturday: Dreaming collectives, Tapping Sheep at Marstall

This was part 3 of ‘The State’ and this time dealt with the digitisation of government and democracy. Every participant started sitting on a cube in front of a smart phone. Two facilitators of Greek origin guided us through. The setting was that everyone was part of a time leap experiment into a future where humanity has handed over control to an artificial intelligence called IRIS (nice pun on Siri), which drives developments based on digital traces, profiles and preferences. Throughout the evening we were asked to give our vote through the smart phone screen on certain issues. The facilitators would then comment and sometimes fill in a anekdote or little excoursion. The experiment put up the question of how much influence we actually have in our society and if voting is really the means to change something in our lifes for the better. The facilitators exemplified how votes were completely ignored in the case of the Greek debt crisis. The conscious challenge to provide constant flow of votes was interesting though, like a mental work-out. It was also discussed whether votes should be secret or not. We had to switch places with the person in front of us and answer a few question in their stead. The game of tapping herds was addressed with a game of who voted always with the majority, thus became the top sheep. Data matching and analytics was a topic too, as we were asked to first find the person in the room who we think has answered mostly the opposite and then were directed to the person who has answered mostly the same. Those were surprising encounters as you do not often start a discussion with someone who has opposing views - and more then you start liking the open and constructive exchange. My machine-calculated match then proved to be less like-minded to me - at least I developed a feeling of doubt and discomfort in the conversation. In the end IRIS had calculated and divided us into clusters who needed to take a decision together. The smart phones were always our companies and blinked in the color of the answer we had chosen and also made a beeping sound which all together created a sinphony of sound and lighting.

This performance left more question open then it answered. The technological opportunity of AI, of the data masses available and the growing request for more direct democracy made this a valid experiment - yet it become very obvious that the crowd (and society) first need to discuss the conditions and realms of technological influence. Also the question was there who is actually the sheep and who is the shepherd.

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