#Metal Recycling Cincinnati

[quickmetals]

Innovations in Metal Processing: A Glimpse into Tomorrow’s Techniques

The metal processing industry is on the cusp of a transformation driven by technological advancements. These innovations are not just refining existing practices but are paving the way for a future where efficiency, sustainability, and precision define manufacturing processes. Below, we explore the key innovations set to redefine metal processing.

The Advent of AI and Machine Learning

Artificial Intelligence (AI) and Machine Learning (ML) are revolutionizing metal processing by:

Predicting Outcomes: Analyzing vast datasets to predict machinery maintenance needs and optimize production processes.

Automating Decision-Making: Enabling real-time adjustments in manufacturing operations, thereby increasing efficiency and product quality.

Enhancing Equipment Performance: Predictive maintenance schedules minimize downtime, while ML algorithms adapt cutting speeds to ensure optimal performance.

Sustainable Manufacturing Practices

Sustainability is becoming integral to metal processing, with innovations aimed at:

Recycling: Utilizing electric arc furnaces (EAF) to recycle scrap metal, reducing reliance on virgin materials and lowering carbon emissions.

Reducing Waste: Advancements in chemical milling and waterjet cutting minimize hazardous waste and water usage.

Developing Sustainable Materials: Innovating eco-friendlier materials and coatings to ensure high-quality manufacturing that is better for the environment.

The Development of New Alloys

The creation of new alloys is key to advancing metal processing, featuring:

Stronger Materials: Computational models and high-throughput experimentation are leading to alloys that are stronger, lighter, and more corrosion-resistant.

Tailored Properties: High-entropy alloys (HEAs) offer a combination of strength, ductility, and resistance to wear and corrosion, outperforming traditional alloys.

Industry-specific Applications: Alloys designed for specific industries, enhancing safety, efficiency, and sustainability in aerospace, automotive, and construction.

The Role of 3D Printing in Metal Fabrication

3D printing is reshaping metal fabrication by:

Enabling Complex Designs: Allowing for the creation of structures that are impossible with traditional methods.

Promoting On-demand Production: Reducing inventory costs and waste with the flexibility of additive manufacturing.

Extending Product Lifecycle: Offering new possibilities for part repair and refurbishment, contributing to sustainability.

Advanced Robotics and Automation

Robotics and automation are reaching new sophistication levels in metal processing through:

Adaptable Robots: Capable of performing complex tasks with high precision alongside human workers.

Collaborative Robots (Cobots): Enhancing safety and efficiency without replacing the workforce.

Integrated Technologies: Combining advanced sensing technologies and IoT connectivity for real-time monitoring and control.

Conclusion

The path forward for metal processing is illuminated by these technological innovations, promising a future of enhanced efficiency, product quality, and environmental stewardship. For companies like Quick Metals, embracing these advancements is essential for staying competitive and contributing to a sustainable manufacturing future. As we embark on this exciting journey, the potential for transformation in metal processing is boundless, offering a glimpse into a future where innovation leads the way.

Original content: https://quickmetals.com/innovations-in-metal-processing-a-glimpse-into-tomorrows-techniques/

[notyouraveragejunkremoval]

Junk Removal Cincinnati

Whether you're in need of junk removal for your home or business, the cost to hire a professional can vary widely. Some companies charge per cubic foot of junk, while others charge by the weight of the junk and the materials involved. You may also find that a small job can cost as much as a large one, depending on the type of junk and how much you're willing to pay for it.

Whether you're cleaning out a storage facility or a rental property, junk removal Cincinnati can make your life easier. They'll dispose of items you can't or don't want to dispose of yourself, such as furniture and electronics. They'll also recycle your scrap metal.

Typically, commercial enterprises generate more junk than residential users. This means that they're more likely to need junk removal services than homes or apartments. This can make a big difference when you compare pricing. Standard job costs between $220 and $500, and larger jobs can cost well over a thousand dollars.

[clevelandlong]

Super shred shred company

Founded in 1975, and its has grown to be one of the leaders in the industry, we are well supported by overseas manufacturers and suppliers. Wood Shredding Machine Malaysia, Wood Shredding Machine Tractmotor Parts (M) Sdn Bhd is a dynamic company that geared for today’s challenges to supply machinery, equipment and spares parts for agriculture, light construction and manufacturing sectors. We are an excellent alternative to the large national shredding vendors by providing a cost effective solution for ONSITE document shredding while ensuring security and peace of. We provide IT Asset Disposal (ITAD), Precious Metal Recovery (PMR), Solar Panel Recycling (SPR) and Product & Equipment Destruction (PED) services to our customers in Singapore, Malaysia and other parts of Asia.ĭocument Destruction is the largest independently owned provider of ONSITE document shredding in the greater Cincinnati, Dayton area. METech is an established recycling company with decades of experience in the Reuse, Recycling and Recovery of precious resources from electronic waste. Metech Recycling Asia Your Trusted Sustainability Partner METech Recycling. Powerstep was able to grow, thanks to their local and international knowledge and overall comprehensive experience in the many varied markets of "Complex international scrap metal recycling". Powerstep Limited Recycling - Scrap Recycling Company Powerstep is one of the World's major recycling groups, active in nonferrous metal scraps, ferrous scraps, e waste and shredder residues mainly in Europe Asia and South America. We supply a wide range of paper products such as Fancy Paper, Metallic Paper, Kraft Board, Embossing & Laser Cut, etc.īest Mobile Paper Shredding Service Company In Malaysia MyShred Mobile is aiming to become an environmental-friendly company, while maintaining the strictest. Our main office is located in Jalan Sungai Besi, Kuala Lumpur (KL), Malaysia. Paper Supplier Kuala Lumpur (KL), Malaysia, Coated Paper Design Line Sdn Bhd is a paper supplier company. No 1 & 3, Jalan Mega 1/5 Taman Perindustrian Nusa Cemerlang 79200 Nusajaya, Johor, Malaysia. Fish Ball, Fish Cake, Meatball, Surimi Products Ha Li Fa Pte Ltd. Address : Suite 20-01 & 20-02 B, Level 20, The Pinnacle, Persiaran Lagoon, Bandar Sunway, 47500 Subang Jaya, Selangor Darul Ehsan, Malaysia. We have 15 years of experience in providing enterprise Document Mangement Solutions, Document Imaging Services, and Document Solution Consultation. Docu Arch Sdn Bhd | Document Management Solution Company.

[towingcincinnati3-blog]

Features of Using Car Wreckers

24 hour towing Cincinnati Losing old automobile parts and also accessories is actually a difficult activity that relies on impressive technology and expertise. Automobile wreckers have the heavy-duty equipment and know-how to be able to dismantle the wide collection of vehicles who have simply no future practical goal. Several of the vehicles throughout these meters are previous, no longer working or operational, seriously damage, or looked at as for you to be a total write-off by simply insurance companies.

auto towing Cincinnati

The particular process of breaking lower an automobile and using or perhaps recycling the actual parts is usually much more favorable as compared to using a landfill web site. Not only does this gives an economical advantage, but in addition has the particular ability to offer ecological positive aspects.

Here are many benefits that relate with making use of the services of typically the car wreckers:

Will save you funds

Car wreckers typically include a long list associated with authentic vehicle parts with commodity that can end up being purchased at a incredibly appealing price. Buying second-hand areas from a yard provides the probability of save fifty percent to most of often the store-bought prices. Just before killer the body of the actual car the particular reusable pieces are taken out with typically the intention of offering about in the future. Thus, for that car restorers, gear-heads, or maybe others planning automobile upkeep, repairs, or a improve, a first end to origin the necessary auto parts or components can include the auto wreckers.

Green

Car wreckers offer the far more biodegradable solution to help eliminate an old or overlooked car. Cars left with completely unkept land or landfill internet sites will at several point start to drip harmful chemicals or toxins into the ground as well as the ambiance. This may result in long-term injury to the local soil or even h2o sources and help to make it difficult for a similar surface to be used intended for additional purposes in often the future.

Nearly 76% regarding all parts in the automotive can be used again in another motor vehicle which usually is appreciated for it is capacity to give long-term gains for the planet. Many involving the salvaged supplies coming from the wrecked vehicle are usually reused in the car market. For instance, plastic sourced from your old motor vehicle can be reproced along with used in the manufacturing of flooring mats, gasoline pedals, in addition to tires.

Make a income

For these planning to have their particular aged vehicles removed by means of the car or truck wreckers the idea is possible to acquire funds reward in returning for some of the actual steel parts inside the particular car. Following dismantling any vehicle, the metres, count on a high-powered magnets which has the potential to easily acquire every single last piece of discarded metal which is sold again additional companies that possess a practical dependence on the item.

In addition to accumulating typically the metallic parts, often the car wreckers can furthermore drain the vehicle's essential fluids like oil, coolant, as well as gas, which is deeply in love with to other parties or perhaps used again in the totally functional vehicle.

Acquire out of date parts

With the velocity in which automobile technological innovation is definitely progressing, it can easily be difficult to reference certain tools, parts, and also accessories which are thought to get obsolete. So, to get those trying to find parts to help fit the more mature auto model long away from development, it can help in order to get talking to a regional car wrecker business to be able to see if they have got the types of products and solutions needed. Most of these kinds of services can easily dismantle just about all makes and models connected with vehicle, so are considerably more likely to have a very better inventory of older investment compared to the vehicle go shopping.

[eumax-upvc]

3 Reasons to Choose a UPVC Door Profile

When choosing a new door for your home or business, you may be wondering whether you should use a uPVC door profile. If you're not sure, read on to learn about its benefits and different types. Find out more about its manufacturers, price, and benefits. After reading this article, you will be well on your way to purchasing your next new door. Listed below are some of the main advantages of uPVC doors.

Benefits

If you're looking for a door that's attractive and durable, you should check out the uPVC door profile. These doors are available in a range of styles and colours, and offer contemporary glazing options. Plus, they are customized to suit your requirements. Secured by design features make them even more secure than conventional doors. Here are three reasons why. Let's explore each one in detail. We'll also explore its benefits.

One of the biggest benefits of uPVC is its low maintenance. Unlike wooden doors, they do not require painting or any major maintenance. UPVC is weatherproof and does not dent easily. Cleaning and restoring uPVC doors is a breeze. Unlike other types of doors, uPVC will not rot or rust, and they'll last much longer than other types of doors. Another advantage to uPVC is its environmental friendliness. While traditional wood, metal, or other materials are known for being harmful to the environment, UPVC is 100% recyclable. This makes UPVC doors and windows a much more environmentally friendly choice.

Types

There are different kinds of uPVC door profiles. If you're looking for a high quality door profile for a new construction project, there are a few important factors to consider. The following are some benefits of each type. You will save money when choosing a high quality uPVC door profile. In addition to being low maintenance, high-quality products will also be energy-efficient. This makes uPVC the best choice for any project.

Different types of plastic steel profiles are available in different thicknesses. Class A profiles should have a visible surface of 2.8mm, while class B profiles have no special requirements. A normal profile is generally 2.0mm thick. The wall thickness varies based on engineering requirements and the structure of the section. Regardless of the profile type, there are certain characteristics to consider. Listed below are some benefits of each type.

Price

If you are in the market for new doors and windows, you may be wondering if UPVC is the right choice for your property. While UPVC windows are quite popular across the world, comparing the prices of these products is not a straightforward task. First, you need to know the material, which includes the profile. If the material is a solid plastic, the price will be much lower than the material used for the frame.

Secondly, you must consider the style and design. If you are looking for a contemporary style, uPVC doors are an excellent option. Furthermore, they are low-maintenance and will not warp, rot, or discolour over time. The price of a uPVC door profile depends on several factors. There are many different styles and designs available, each one of which will have a different price.

Manufacturers

UPVC profile is a premium material made of a unique chemical formula that is imported from North America. The extrusion process involves high-quality molds and German Battenfeld-Cincinnati extrusion equipment. The material is engineered to withstand tough climatic conditions, making UPVC windows and doors ideal for tropical climates. The profile features a multi-chamber design with tight seals to protect the inside of the house.

The uPVC door profile is produced by leading brands such as EUMAX India. This company specializes in the manufacturing of premium uPVC profiles. They have been in business since years and hold a 20% market share worldwide. To find out more, please visit the manufacturer's website. It's easy to find a profile manufacturer by searching online.

Enhanced security

When it comes to enhanced security, the uPVC door profile provides a superior solution. Unlike other products, which use inferior locking mechanisms, the uPVC door profile is made of thick, durable PVC. It is designed to withstand the pressure and extreme heat from the environment, and its patented curtain noose system offers real sealing in most environments. This type of lock also has an additional benefit - it is easy to lock and unlock with a single push.

UPVC is an ideal material for doors and windows because it is highly resilient and requires low maintenance. Moreover, you can choose from a variety of colour choices. Apart from being low maintenance, the uPVC structure offers excellent thermal comfort. Moreover, its security is unbeatable. Unlike other materials, uPVC windows are highly resistant to break-ins and vandalism. In addition to their excellent thermal comfort and energy efficiency, uPVC is also incredibly secure, offering greater security than other materials.

Colour options

Whether you're selling your home or just want to make it more appealing, there are many colours available for uPVC door profiles. The EUMAX Door Colour Collection provides you with a number of colour options, including those that blend in with the rest of your home's design. EUMAX door profiles include vertical sliders and window boards, as well as external cladding.

Colour options for uPVC doors and windows are available in a variety of hues, including black, white and woodgrain foils. You can even buy dual-colour uPVC front doors, so that the colour of your door and your interior frame can be coordinated. The design options are virtually endless; you can choose between stain and paint finishes, or a combination of both. Choosing a colour for your uPVC door profile is the first step to making it unique and attractive to you.

[2whatcom-blog]

Can Robots Assist Choose Up after the Recycling Disaster

No person desires to spend hours choosing by a gradual stream of rubbish; that is why many recycling operations depend on automated techniques to separate plastic containers, glass bottles, aluminum cans and blended paper. However these techniques have an imperfect observe file, so human employees should stand by to nab what the machines fail to catch. Waste Administration, a trash-hauling company titan with 100 recycling services in North America, employs about 3,000 human sorters--but it has problem discovering employees prepared to indicate up on daily basis, and lots of stop inside hours. That is one motive the corporate has begun testing new varieties of robots that would ultimately be a part of people within the sorting traces. "It's a very hard role to staff, which is why robotics makes sense for that position," says Brent Bell, vice chairman of finance for WM Recycle America, a Waste Administration subsidiary. America generates large volumes of waste. Every American on common tosses about 2,555 kilos of trash per yr, an estimated 75 p.c of it recyclable. Machines can course of the mess a lot quicker than people; an optical sorter developed by Quebec-based producer Machinex separates recyclables at as much as 3,000 objects per minute. Such a expertise depends on magnets to tug out some metals, eddy currents to catch others which can be nonmagnetic, and near-infrared mild to assist optical sorters detect completely different grades of plastic. However their accuracy is compromised by the excessive charge of contamination inherent to U.S. recycling techniques. In contrast to most industrialized international locations, the U.S. has overwhelmingly embraced a handy single-stream recycling method that lets folks toss plastics, glass, metals and paper into one assortment bin. This comfort results in excessive recycling charges and comparatively environment friendly assortment. However it additionally worsens contamination: U.S. trade estimates recommend 20 to 25 p.c of submitted objects are unrecyclable trash. The issue stems partly from shopper confusion about what objects qualify, together with "wish recycling": taking an opportunity that chucking one thing in a delegated bin will give it a brand new life. Many objects additionally turn into unusable throughout assortment, transit, or in-truck compacting that smashes the whole lot collectively, staining paper with fluids and grinding damaged glass into different objects. Thus, human employees should step in. In any other case, misidentified objects can harm costly tools or briefly shut down recycling operations. For instance, mild plastic and paper items are processed in big spinning machines. Ignored metallic or glass containers that sneak in can flip into high-speed projectiles, says Susan Collins, govt director for the nonprofit Container Recycling Institute based mostly in Culver Metropolis, Calif. As an alternative of struggling to seek out people to continually oversee the method, some firms are testing AI-driven robots outfitted with grippers or suction cups to select recyclable objects. They use cameras and different sensors, coupled with machine-learning software program, to acknowledge visible patterns related to particular objects. With a view to exchange folks, nonetheless, such bots will ultimately should outperform us--human quality-control employees pick about 30 to 40 objects per minute. "If this can pick two times or three times as many objects as human workers, then we could start looking at the economics and seeing if we can justify a purchase," Bell says. Final yr Finnish firm ZenRobotics debuted its Quick Picker robotic, which may seize roughly 66 objects per minute. Now some recycling firms are speaking about AI-driven "dark factories" or "lights-off sites" with out human employees, says Janica Johansson, advertising and marketing director for ZenRobotics. Different firms nonetheless envision robots working alongside people. "They're not going to replace people--we will absolutely keep quality control people in our facilities--but they will allow us to process more tons per hour and provide cleaner recyclable products," says Steve Sargent, director of recycling for Rumpke Waste & Recycling. Like Waste Administration, Rumpke hopes to combine recycling robots into its current operations, which embrace regional providers in Ohio, Indiana, Kentucky and West Virginia. The corporate is very eager on attempting out a Machinex-developed robotic referred to as SamurAI at a recycling facility in Cincinnati. SamurAI can pick about 70 objects per minute, so it really works extra slowly than Machinex's customary sorting tools. However its still-superhuman velocity means it may actually assist in the standard management division. Newer applied sciences may ratchet up robotic effectivity much more. The Massachusetts Institute of Know-how's Pc Science and Synthetic Intelligence Laboratory (CSAIL) not too long ago unveiled an experimental RoCycle system that makes use of gentle Teflon "fingers," which have fingertip sensors to detect object dimension and stiffness. This robotic is far slower than people; when it tried figuring out objects on a simulated conveyor belt it solely achieved 63 p.c accuracy by contact alone (paper-covered tins posed a particular problem). Nonetheless, that accuracy may enhance by combining tactile knowledge with visible knowledge from cameras, says Daniela Rus, a professor engineering and pc science and director of CSAIL at MIT. "AI solutions allow us to preserve this convenience and widespread adoption while ensuring that we aren't just shifting the labor of sorting to more vulnerable populations," says Lillian Chin, a PhD candidate in electrical engineering and pc science at MIT and lead writer on the RoCycle paper. Nonetheless, skeptics level out that robots in recycling services can't repair among the elementary flaws of the U.S. single-stream system, together with the contamination concern that begins at curbside assortment. "The robots will not be able to unbreak glass if the glass is arriving at sorting facilities already broken," Collins says. MIT researchers recommend robots may sometime presort recyclables earlier than curbside pickup--but it's unclear who would pay to put in such robots, even when the expertise matures. Regardless of these limitations, the flip towards robots has gained new momentum after China rocked the worldwide recycling trade by halting its imports of the world's contaminated blended paper and plastic waste in early 2018. Now not capable of outsource the uninteresting, soiled and harmful process of trash-sorting, many American cities and cities have resorted to dumping recyclables straight into landfills or incinerators. Each the U.S. and general worldwide recycling common for plastic is a measly 9 p.c; one other 12 p.c of world plastic waste finally ends up incinerated, and 79 p.c both goes into landfills or clutters up the pure atmosphere. Robots that may show superhuman sorting speeds with out too many errors might show ok to affix the recycling traces. However past new applied sciences, firms equivalent to Waste Administration and Rumpke nonetheless emphasize the necessity to educate clients about what they'll recycle and the way they need to do it. Which means specializing in the essential recyclable classes and educating folks to keep away from including objects like backyard hoses, Christmas lights and plastic baggage into the combination. It's a long-term battle to alter humanity's wasteful lifestyles--and everybody acknowledges that AI and robots can't remedy the recycling disaster with out people doing their half. Read the full article

[darylelockhart]

From the mundane to the divine, some of the best-designed products of all time

by Catherine Anderson, Carla Viviana Coleman, Craig M. Vogel, Kalle Lyytinen, and Lorraine Justice

A well-designed product equally elevates form and function. It is pleasing to look at, easy to use and solves a common problem.

We reached out to five design professors and posed the following question: What’s the best-designed product of all time, and why?

Their responses vary from cheap, everyday products to newer, more expensive ones. But all share a story of trial, error and ingenuity.

Cutting the glare

Catherine Anderson, The George Washington University

In the early 1920s, as Danish designer Poul Henningsen observed Copenhagen at night, he lamented the quality of light in people’s homes. He noticed that the incandescent bulbs – sometimes bare, sometimes surrounded by a single shade – created “arrows of light” and a harsh glare.

Henningsen set out to create a new design that would mitigate this “dismal” effect; it would be “…constructed with the most difficult and noble task in mind: lighting in the home.”

“The aim is to beautify the home and who lived there,” he wrote, “to make the evening restful and relaxing.”

His approach was scientific. He rigorously examined how using multiple shades could cast a warm glow of light within a room.

In 1924, the “PH lamp” was born.

Poul Henningsen’s PH lamp. Holger.Ellgaard/Wikimedia Commons, CC BY-SA

It’s delightful to look at. But most importantly, it emits a light that’s forgiving to the eye – an effect that’s created by the multiple shades, which evenly distribute the light. This creates a soft halo that attenuates the contrast between the light source and the surrounding darkness.

Henningsen’s sleek, spare lamp was awarded a gold medal at the 1925 International Exhibition of Modern Decorative and Industrial Arts. Over the years, it inspired many offshoots, such as the Artichoke Lamp, and became a product worthy of kings: In 1938, a train compartment for Danish King Christian X included one of Henningsen’s lamps.

All underscore the strength of the original design, which can still be bought today.

Holding it together

Lorraine Justice, Rochester Institute of Technology

For years I took the simple paper clip for granted. As a kid I’d twist them apart to hang Christmas ornaments. In my teens I’d use them to shoot rubber bands at my friends. And in the 1990s I’d straighten them to pop a software floppy disk from a defective hard drive.

It wasn’t until I became a design student that I realized the paper clip – which is officially patented as a “gem paper clip” – was a near-perfect design: elegant, functional and made of steel, a sustainable and recyclable material.

11 billion sold in America – per year. 'Paperclip' via www.shutterstock.com

But the paper clip had a long path to the flawless form we know today.

The paper clip started out as a pin that pierced the papers to hold them together. The sharp pins would prick the workers using them and were difficult to use. Thus began the gradual improvements: The straight pin morphed into something called a T-pin, a device with a horizontal wire on the end that allowed the pin to be pushed more easily through the papers without needlessly pricking fingers. However, this design still left holes in the papers.

In the late 1890s inventors in the United States and Europe began to work on new versions of the paper clip. In 1898, Pennsylvania inventor Matthew Schooley believed he had improved upon the pin design by creating two loops in the wire. But there was still a problem: A piece of wire extended from the loops and would catch and rip the paper. Many other inventors introduced various clasps, clips and metal-stamped designs, all in an effort to create a reusable paper binder that would be cheap, safe and secure.

Finally, in 1899, an inventor from Connecticut named William Middlebrook designed the gem paper clip, along with a machine to manufacture it, to create the paper clip that we know today.

The iconic double loop design had just enough spring to hold several sheets of paper together – without snapping and without piercing fingers or paper. Today, Americans buy 11 billion paper clips every year, though they aren’t all used for binding pieces of paper – I doubt Middlebrook could have imagined that his invention would double as an ornament hanger and rubber band launcher.

Terminal waits

Craig M. Vogel, University of Cincinnati

In 1958, architect Eero Saarinen, who had been tasked with designing the main terminal for Washington Dulles International Airport, approached furniture designers Charles and Ray Eames – already famous for their Eames Lounge Chair – with a request: He wanted a public seating system for the terminal that was affordable, sturdy, stylish and versatile.

In 1962, the husband and wife team unveiled their tandem sling seating system. Even though it was designed to complement Saarinen’s terminal, it was so practical that it quickly became one of the most common seating solutions for airports around the United States – and, eventually, the world.

Because public seating gets so much use, it needs to be sturdy and easy to maintain. Cost is always an issue, so designers are often hamstrung if they want to make something that’s aesthetically pleasing.

An iconic example of the principles of midcentury modernist design, Eames’ seating system was an elegant and simple solution to all of these problems. It ships in parts, is easy to put together and maintain, and is tamper-proof.

The chairs are sturdy but lack a cumbersome support structure, which makes it easy to clean the floor under the seats. The configuration is flexible: Rows can be as small as two seats and as long as eight.

Furthermore, there are only three main materials used in the design: aluminum, vinyl and neoprene (a synthetic rubber). Even though the materials are cheap, they look expensive and upscale. The sling seat cushion slides into a slot and never tears. Meanwhile, the width of the seat accommodates a wide range of body types.

And if travelers miss their flight and need to spend the night in the terminal, the seat and seat back are angled in a way – like the Eames Lounge Chair – that allows its occupant to get some shut-eye.

Dial ‘D’ for design

Kalle Lyytinen, Case Western Reserve University

American industrial designer Henry Dreyfuss’ AT&T Model 500 phone is one of the most iconic and recognizable products of the 20th century. The phone – together with its design process – was a harbinger of many design principles used today.

Rotary phones – which feature a round dial with finger holes – first emerged in the early 20th century. But many of these were bolted to the walls or required two separate devices for speaking and listening.

In addition, early telephone users would call into operators, who would use a switchboard to connect callers. When this process became automated, designers needed to figure out a way to offer an intuitive interface, since callers would be dialing more complicated number sequences (essentially doing the “switching” on their own).

Though earlier models came close to addressing these needs, the 500 model elevated the design, adding several functions that forever changed the way phones would be used.

AT&T’s first rotary phone in 1927 (dubbed “the French Phone”) had an integrated handset for both the loudspeaker and the microphone, but it was cumbersome to use. Meanwhile, Dreyfuss’ earlier model from 1936, the 302, was made out of metal and also had an awkwardly shaped handset.

Then, in 1949, his Model 500 came along.

Do your grandparents still have a Model 500? ProhibitOnions/Wikimedia Commons

Employing new plastic technology, the phone’s handset was smooth, rounded and proportional, an improvement on unwieldy earlier versions. It was the first to use letters below the numbers in the rotary – a boon for businesses, since phone numbers could now be advertised (and remembered) as mnemonic phrases (think American Express’ “1-800-THE-CARD”).

The 500 phone was also the first to undergo a design process that used ergonomic (comfort) and cognitive experts. AT&T and Dreyfuss hired John Karlin, the first industrial psychologist in the world, to conduct experiments to evaluate aspects of the design. Through extensive consumer testing, the designers were able to tweak all minutiae of the product – even minor details like placing white dots beneath the holes in the finger wheel and the length of the cord.

Including its later incarnations, the phone would go on to sell nearly 162 million units – around one per American household – and become a presence in living rooms, kitchens and offices for decades to come.

Changing the way we work and play

Carla Viviana Coleman, University of Maryland, Baltimore County

In recent years, virtual reality glasses have hit the market. They don’t come cheap: Most cost US$3,000 to $5,000.

But one of these models – the Microsoft HoloLens – has sold thousands of units since its first shipment in 2016.

The HoloLens allows users to interact with a 3D digital world and simultaneously see what’s around them in the real world. In order to operate the interface, users can make hand gestures, talk or simply gaze.

The product was designed with ergonomics in mind: Users can adjust the head size, the head band and glasses. The weight – distributed throughout the crown area – prevents pressure on the nose and ears. Users can even wear their own glasses or wear their hair up in a pony tail. This is a key difference from most VR headsets – like the HTC Vive – which are heavy, cumbersome products.

The future is holo. Ramadhanakbr/Wikimedia Commons, CC BY-SA

While one could easily imagine a new generation of video games being designed for the HoloLens, a number of employers have realized the glasses can improve workplace productivity and ease the burdens of certain jobs.

For example, the company ThyssenKrupp, which manufactures elevators and escalators, has begun giving HoloLenses to its elevator technicians, with the idea that the glasses will allow them to access data much more efficiently. The employees can multitask, choosing either to lift up the spherical visor or to keep it in front of their eyes as needed – all while working in a cramped elevator shaft.

Meanwhile, medical schools are using the HoloLens to train doctors without using cadavers, while Volvo is using it to design new car models.

If the price goes down, the market for this product – currently in the thousands – could easily multiply into millions.

Catherine Anderson is an Assistant Professor of Interior Architecture and Design at George Washington University; Carla Viviana Coleman is Assistant Professor of Design at the University of Maryland, Baltimore County; Craig M. Vogel is Director of the Center for Design Research and Innovation at the University of Cincinnati; Kalle Lyytinen is the Iris S. Wolstein Professor of Management Design at Case Western Reserve University, and Lorraine Justice is the Dean of the College of Imaging Arts and Sciences at Rochester Institute of Technology.

This article was originally published on The Conversation. 

[wkuoblog]

Laborer - RIVER METALS RECYCLING - Owensboro, KY 42303

Laborer – RIVER METALS RECYCLING – Owensboro, KY 42303

Laborer RIVER METALS RECYCLING 7 reviews – Owensboro, KY 42303 The David J. Joseph Company (DJJ), founded in 1885, is a world leader in scrap metal recycling and trading. With over 70 locations, The Joseph Company is headquartered in Cincinnati, Ohio and is a wholly-owned subsidiary of Nucor Corporation (NUE), a Fortune 200 Company. DJJ has a well-earned reputation for safety, integrity and…

[my-house-of-fashion]

From the mundane to the divine, some of the best-designed products of all time

https://images.theconversation.com/files/159814/original/image-20170307-14941-ufygy6.jpg?ixlib=rb-1.1.0&rect=66%2C9%2C2993%2C2104&q=45&auto=format&w=496&fit=clip

Poul Henningsen's Artichoke Lamp, viewed from below at London's Park Plaza Hotel. Doc Searls/Wikimedia Commons, CC BY-SA

A well-designed product equally elevates form and function. It is pleasing to look at, easy to use and solves a common problem.

We reached out to five design professors and posed the following question: What’s the best-designed product of all time, and why?

Their responses vary from cheap, everyday products to newer, more expensive ones. But all share a story of trial, error and ingenuity.

Cutting the glare

Catherine Anderson, The George Washington University

In the early 1920s, as Danish designer Poul Henningsen observed Copenhagen at night, he lamented the quality of light in people’s homes. He noticed that the incandescent bulbs – sometimes bare, sometimes surrounded by a single shade – created “arrows of light” and a harsh glare.

Henningsen set out to create a new design that would mitigate this “dismal” effect; it would be “…constructed with the most difficult and noble task in mind: lighting in the home.”

“The aim is to beautify the home and who lived there,” he wrote, “to make the evening restful and relaxing.”

His approach was scientific. He rigorously examined how using multiple shades could cast a warm glow of light within a room.

In 1924, the “PH lamp” was born.

Poul Henningsen’s PH lamp. Holger.Ellgaard/Wikimedia Commons, CC BY-SA

It’s delightful to look at. But most importantly, it emits a light that’s forgiving to the eye – an effect that’s created by the multiple shades, which evenly distribute the light. This creates a soft halo that attenuates the contrast between the light source and the surrounding darkness.

Henningsen’s sleek, spare lamp was awarded a gold medal at the 1925 International Exhibition of Modern Decorative and Industrial Arts. Over the years, it inspired many offshoots, such as the Artichoke Lamp, and became a product worthy of kings: In 1938, a train compartment for Danish King Christian X included one of Henningsen’s lamps.

All underscore the strength of the original design, which can still be bought today.

Holding it together

Lorraine Justice, Rochester Institute of Technology

For years I took the simple paper clip for granted. As a kid I’d twist them apart to hang Christmas ornaments. In my teens I’d use them to shoot rubber bands at my friends. And in the 1990s I’d straighten them to pop a software floppy disk from a defective hard drive.

It wasn’t until I became a design student that I realized the paper clip – which is officially patented as a “gem paper clip” – was a near-perfect design: elegant, functional and made of steel, a sustainable and recyclable material.

11 billion sold in America – per year. ‘Paperclip’ via www.shutterstock.com

But the paper clip had a long path to the flawless form we know today.

The paper clip started out as a pin that pierced the papers to hold them together. The sharp pins would prick the workers using them and were difficult to use. Thus began the gradual improvements: The straight pin morphed into something called a T-pin, a device with a horizontal wire on the end that allowed the pin to be pushed more easily through the papers without needlessly pricking fingers. However, this design still left holes in the papers.

In the late 1890s inventors in the United States and Europe began to work on new versions of the paper clip. In 1898, Pennsylvania inventor Matthew Schooley believed he had improved upon the pin design by creating two loops in the wire. But there was still a problem: A piece of wire extended from the loops and would catch and rip the paper. Many other inventors introduced various clasps, clips and metal-stamped designs, all in an effort to create a reusable paper binder that would be cheap, safe and secure.

Finally, in 1899, an inventor from Connecticut named William Middlebrook designed the gem paper clip, along with a machine to manufacture it, to create the paper clip that we know today.

The iconic double loop design had just enough spring to hold several sheets of paper together – without snapping and without piercing fingers or paper. Today, Americans buy 11 billion paper clips every year, though they aren’t all used for binding pieces of paper – I doubt Middlebrook could have imagined that his invention would double as an ornament hanger and rubber band launcher.

Terminal waits

Craig M. Vogel, University of Cincinnati

In 1958, architect Eero Saarinen, who had been tasked with designing the main terminal for Washington Dulles International Airport, approached furniture designers Charles and Ray Eames – already famous for their Eames Lounge Chair – with a request: He wanted a public seating system for the terminal that was affordable, sturdy, stylish and versatile.

In 1962, the husband and wife team unveiled their tandem sling seating system. Even though it was designed to complement Saarinen’s terminal, it was so practical that it quickly became one of the most common seating solutions for airports around the United States – and, eventually, the world.

Because public seating gets so much use, it needs to be sturdy and easy to maintain. Cost is always an issue, so designers are often hamstrung if they want to make something that’s aesthetically pleasing.

An iconic example of the principles of midcentury modernist design, Eames’ seating system was an elegant and simple solution to all of these problems. It ships in parts, is easy to put together and maintain, and is tamper-proof.

The chairs are sturdy but lack a cumbersome support structure, which makes it easy to clean the floor under the seats. The configuration is flexible: Rows can be as small as two seats and as long as eight.

Furthermore, there are only three main materials used in the design: aluminum, vinyl and neoprene (a synthetic rubber). Even though the materials are cheap, they look expensive and upscale. The sling seat cushion slides into a slot and never tears. Meanwhile, the width of the seat accommodates a wide range of body types.

And if travelers miss their flight and need to spend the night in the terminal, the seat and seat back are angled in a way – like the Eames Lounge Chair – that allows its occupant to get some shut-eye.

Dial ‘D’ for design

Kalle Lyytinen, Case Western Reserve University

American industrial designer Henry Dreyfuss’ AT&T Model 500 phone is one of the most iconic and recognizable products of the 20th century. The phone – together with its design process – was a harbinger of many design principles used today.

Rotary phones – which feature a round dial with finger holes – first emerged in the early 20th century. But many of these were bolted to the walls or required two separate devices for speaking and listening.

In addition, early telephone users would call into operators, who would use a switchboard to connect callers. When this process became automated, designers needed to figure out a way to offer an intuitive interface, since callers would be dialing more complicated number sequences (essentially doing the “switching” on their own).

Though earlier models came close to addressing these needs, the 500 model elevated the design, adding several functions that forever changed the way phones would be used.

AT&T’s first rotary phone in 1927 (dubbed “the French Phone”) had an integrated handset for both the loudspeaker and the microphone, but it was cumbersome to use. Meanwhile, Dreyfuss’ earlier model from 1936, the 302, was made out of metal and also had an awkwardly shaped handset.

Then, in 1949, his Model 500 came along.

Do your grandparents still have a Model 500? ProhibitOnions/Wikimedia Commons

Employing new plastic technology, the phone’s handset was smooth, rounded and proportional, an improvement on unwieldy earlier versions. It was the first to use letters below the numbers in the rotary – a boon for businesses, since phone numbers could now be advertised (and remembered) as mnemonic phrases (think American Express’ “1-800-THE-CARD”).

The 500 phone was also the first to undergo a design process that used ergonomic (comfort) and cognitive experts. AT&T and Dreyfuss hired John Karlin, the first industrial psychologist in the world, to conduct experiments to evaluate aspects of the design. Through extensive consumer testing, the designers were able to tweak all minutiae of the product – even minor details like placing white dots beneath the holes in the finger wheel and the length of the cord.

Including its later incarnations, the phone would go on to sell nearly 162 million units – around one per American household – and become a presence in living rooms, kitchens and offices for decades to come.

Changing the way we work and play

Carla Viviana Coleman, University of Maryland, Baltimore County

In recent years, virtual reality glasses have hit the market. They don’t come cheap: Most cost US$3,000 to $5,000.

But one of these models – the Microsoft HoloLens – has sold thousands of units since its first shipment in 2016.

The HoloLens allows users to interact with a 3D digital world and simultaneously see what’s around them in the real world. In order to operate the interface, users can make hand gestures, talk or simply gaze.

The product was designed with ergonomics in mind: Users can adjust the head size, the head band and glasses. The weight – distributed throughout the crown area – prevents pressure on the nose and ears. Users can even wear their own glasses or wear their hair up in a pony tail. This is a key difference from most VR headsets – like the HTC Vive – which are heavy, cumbersome products.

The future is holo. Ramadhanakbr/Wikimedia Commons, CC BY-SA

While one could easily imagine a new generation of video games being designed for the HoloLens, a number of employers have realized the glasses can improve workplace productivity and ease the burdens of certain jobs.

For example, the company ThyssenKrupp, which manufactures elevators and escalators, has begun giving HoloLenses to its elevator technicians, with the idea that the glasses will allow them to access data much more efficiently. The employees can multitask, choosing either to lift up the spherical visor or to keep it in front of their eyes as needed – all while working in a cramped elevator shaft.

Meanwhile, medical schools are using the HoloLens to train doctors without using cadavers, while Volvo is using it to design new car models.

If the price goes down, the market for this product – currently in the thousands – could easily multiply into millions.

The authors do not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.

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from http://www.houseoffashion.co.za/from-the-mundane-to-the-divine-some-of-the-best-designed-products-of-all-time/

[tkm-us]

TKM United States Inc

The name TKM stands for a globally operating group of companies which manufactures machine knives and machine elements for the paper, wood, metal, plastics, rubber and recycling industry. In 1863, the company was found as trading firm. The production of machine knives began in 1908. The registered office of the group, which cultivates worldwide business relations, is located in Remscheid. The group operates production sites in Germany, Austria, Finland and China. The US division is located in the Greater Cincinnati area and specializes in doctor blades for the packaging industry and circular and straight knives for the tissue, paper converting and printing industries.

Source: LinkedIn Public Company Page

[biofunmy]

Missed Burning Man? Burning Man, or at Least Its Art, Is Coming to You

Ever since 1986, when a small gathering of artists and friends first gathered at San Francisco’s Baker Beach to celebrate the Summer Solstice by igniting an eight-foot male effigy, the art of the Burning Man festival was not meant to be seen by the outside world.

Now held in Nevada’s Black Rock Desert, the event has swelled to some 80,000 people who brave dust storms and furnace-like heat each year to construct, dance and play in a pop up-city of fantastical art installations. This year’s festival featured 408 creations, ranging from a surreal Irish fishing village to a cluttered maze inside a three-story rendering of a human head.

“It was one of the only places you could build these immersive interactive pieces that a few years ago were pooh-poohed by the rest of the art world,” said Michael Christian, a sculptor who has attended 20 festivals. “We never imagined our creations would be seen beyond the playa.”

And off the playa, Burning Man has over the last decade become a major influencer of popular culture, design, music and even business. The most tangible vanguard of that influence are the monumental art pieces, which, instead of disappearing into the playa, have begun to show up in plazas, parks, museums and galleries across the United States and beyond.

Given the rising number of people and art organizations exposed to Burning Man either directly or through the media (all those Instagrammers!), and the rising quality and scope of the artists and art attending the festival, it was inevitable that there would be a buildup of curiosity and funding to give these creations a second life.

“People are now starting to build with the intention of creating pieces that will later be placed out in the world,” said Joe Meschede, civic arts coordinator at Burning Man, who helps artists get their work into public spaces once the festival is over.

Here are a few Burning Man installations to see that won’t require a hard-to-get ticket or camping skills.

Reno, Nev.

“Portal”

If Burning Man is fueling a contemporary art renaissance, then Reno is its Florence. About a 120-mile drive from the Black Rock Desert, Reno has been the staging point for Burning Man’s biggest projects, many of which are exhibited there after the festival. The local airport, Fourth Street and the Riverwalk have been destinations, but the biggest concentration of Burner art is at the Reno Playa Art Park, which hosts a dozen pieces on rotation amid glittering casino signs. Four pieces from this year’s festival are being installed, including David Oliver’s “Portal,” an imposing, multicolored, tiled round gate suspended between two basalt pillars which one steps through, according to Mr. Oliver, “with powerful frequencies.”

This 20-foot tall Afro pick, topped by a hidden platform for a view over the desert, was designed by Hank Willis Thomas, an artist whose work has been shown at the Museum of Modern Art and the Guggenheim.

“Burning Man is a great place to build something big that no one asked you to build,” said Mr. Thomas, who presented the sculpture at last year’s festival. “I was thinking of Claes Oldenburg by blowing up an item that was helpful to me when I was a kid with an Afro, and turning it into something monumental.”

Until July, the comb was sticking out of the pavement in front of the Africa Center in Harlem. Now a replica will be on display until January at the Portland Museum, and will later be exhibited at the Crystal Bridges Museum of American Art in Bentonville, Ark., and the Cincinnati Art Museum.

Las Vegas

“Monumental Mammoth”

The scrap-metal “Mammoth,” resembling something Mad Max would have built had he been a zoologist, started out as a Girl Scout project by the 16-year-old Tahoe Mack.

Angered by illegal garbage dumping at the Tule Springs Fossil Beds National Monument, near her home in Las Vegas, Miss Mack came up with a plan to recycle the garbage into a sculpture of a creature once indigenous to the area. Last year she recruited Luis Valera-Rico and Dana Albany, two metal sculptors and veteran Burning Man attendees, to weld together the 16-foot sculpture. (“Who can say no to a 16-year-old Girl Scout with big visions?” said Ms. Albany.)

A steel skeleton covered by discarded car parts, rusting aluminum siding, spinning clock parts and doors that open into secret compartments, the “Mammoth” has been dusted off from its appearance at Burning Man to be permanently installed early next year at Tule Springs.

Arlington, Tex.

“DREAM”

Laura Kimpton has built 17 word sculptures for Burning Man over the past two decades, and many have become some of the festival’s most Instagrammed pieces. Her words, written in what she calls “Playa Font” and stamped out in construction steel and aluminum by her husband, Jeff Schomberg, deal with dyslexia (which she has), aspirations and death symbolized by the bird patterns punched out of the steel that Ms. Kimpton associates with her late father.

This year’s piece, “LOVE,” is, according to Ms. Kimpton, in “final discussions” to be installed at the World Trade Center in New York. In the meantime, her 12-foot sculpture “DREAM” can be visited outside of Levitt Pavilion in Arlington, Tex. “I was inspired to make ‘DREAM’ because, in dream life as in Burning Man, there is no social status beyond what you can create,” said Ms. Kimpton. “But I think the sculpture also fits well into Arlington’s dream of radical transformation.”

Healdsburg, Calif.

“Lord Snort”

Bryan Tedrick welded together this 10-ton, 20-foot sculpture, which swivels on a single axis and has a rotating head, as a tribute to the boars that roam the vineyards of his native Sonoma, Calif.

“It was designed so people could climb all over it,” Mr. Tedrick said. “At Burning Man a few of them were naked and some got pinched pretty badly until they welded the head so it couldn’t move.”

The head rotates once again, but climb at your own risk: “Lord Snort” is now on display at Soda Rock Winery in California’s Anderson Valley.

Toronto

“I.T.”

“‘I.T.’ was born out of love of early childhood sci-fi experiences,” said Michael Christian, about his 40-foot tall alien space insect which Burners (festival attendees) could crawl up, with a ladder into the glowing Cyclops head.

“I constructed it for the playa because I knew it would look amazing in a big flat area,” he said. “When we decided to move it elsewhere I was careful it didn’t just become plop art randomly dropped into a lobby or something.”

The art has found a suitably menacing place — ladder removed — bestriding the central plaza of the Distillery District in Toronto.

Philadelphia

“Bebot”

This 33-foot, cheery, chubby robot sculpture, built out of tubular steel, now waves good-naturedly above Piazza Pod Park in Philadelphia. Though “Bebot” has a prominent copper heart, its devil’s tail, discretely curled out the back, indicates things are not as innocent as they appear.

According to its creator, the London-based artist Andrea Greenlees, Bebot “questions what sort of deliberately engineered high-tech cuteness are we welcoming into our private spaces.”

Wappinger, N.Y.

“Altered State”

From the distance, this installation looks like the iconic dome of the United States Capitol, but as viewers move closer they can see that it is riddled by lacy silhouettes from Pacific Northwest Native American mythology. The two-story steel structure, created by Kate Raudenbush, a longstanding Burner artist, is surmounted by a totemic eagle.

“The eagle for Native Americans Indians wasn’t the raptor bird of our Founding Fathers, but the one that flew closest to God,” said Ms. Raudenbush. Her piece is now installed on the lawn of the Chapel of Sacred Mirrors, an indoor and outdoor public exhibition center.

“Most of us who build at Burning Man do it as a form of self exploration, not to please the art establishment — even though well-established artists are now competing for space out there,” she said. “Sacred Mirrors, like Burning Man, uses art for personal reflection, so it has found a perfect new home.”

52 PLACES AND MUCH, MUCH MORE Follow our 52 Places traveler, Sebastian Modak, on Instagram as he travels the world, and discover more Travel coverage by following us on Twitter and Facebook. And sign up for our Travel Dispatch newsletter: Each week you’ll receive tips on traveling smarter, stories on hot destinations and access to photos from all over the world.

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[marketresearchandsurvey]

Cone Top Cans Market: Applications and Global Markets Analysis

Cone tops cans were initially introduced at the beginning of the nineteenth century, for packaging of beer but its scope of application has now expanded into various end-use commodity packaging purposes such as for paints, chemicals, solvents, automotive fluids, and other similar products. Cone top cans are generally made up of aluminum, steel or tin. The biggest advantage of cone top cans is they are fully recyclable with the loss of its quality especially aluminum cone top cans. Cone top cans need to be used with screw cans to protect the product inside the cans. The Chemical liquids like solvents, paints are stored in the cone top cans market protecting it from light.

Cone top cans are preferred for long-term storage. These Cone top cans help preserve the flavor and quality of contents which is packed. Cone tops cans which are made of metal use tinplate steel, which efficiently prevents rusting, and protects the content inside. Screw cap closure for cone tops cans is an appropriate packaging solution to ensure safe and secure transportation of goods.

Global Cone Top Cans Market: Dynamics

The advantage that cone top cans provide over other cans is the smoothly controlled pour of liquid inside the cans. Cone top cans are much lighter in weight than bottles which is driving the cone top cans market. Increasing consumer preference for lightweight packaging boosts the demand for cone top can market. As cone top cans can be recycled, the consumption of the recycled product is further expected to boost the demand of cone top cans in coming years, thereby driving the demand for cone tops cans market.

Cone top cans can also be fitted with child resistance caps for safe and secure handling of chemicals especially while transporting. The global cone top cans market is estimated to have an expansion during the forecast period, as the manufacturers more prefer the protective packaging solutions. Overall global cone top cans market is expected to have moderate growth during the forecast period.

Identify the factors that will drive your business growth through our detailed insights. Ask for a Sample Now @ https://www.transparencymarketresearch.com/sample/sample.php?flag=B&rep_id=54417

Global Cone Top Cans Market: Segmentation

Globally, the global cone top cans market is segmented on the basis of material type, capacity, product type and end use which is further segmented as:

On the basis of material type, the global cone top cans market is segmented as:

Plastic

Aluminium

Steel

Tin 

On the basis of capacity, the global cone top cans market is segmented as:

<125 ml

125-250 ml

250 -500 ml

500 ml-1 ltr.

>1 ltr 

On the basis of product type, the global cone top cans market is segmented as:

Low Profile

J Spout

High Profile

Crowntainer

On the basis of end use, the global cone top cans market is segmented as:

Food & Beverages

Automotive Industry

Chemical Industry 

Global Cone Top Cans Market: Regional Outlook

Rapid economic growth in Asia Pacific region especially in emerging economics such as China and India is anticipated to create opportunities for cone top cans market. Increasing demand from automotive industry is rapidly increasing in countries like India which is further boosting the cone top cans market. Europe and North America cone top cans market is expected to witness slow growth rate as compared to other region due to well established market in these regions. Latin America and MEA is anticipated to represent lucrative growth opportunities for the cone top cans manufacturers.

Global Cone Top Cans Market: Market Players

Some of the manufactures of Cone Top Cans market are as follows:

BWAY Corporation

Patrico Ltd.

Cincinnati Container Company

CL Smith

IGH Holdings, Inc.

Fox Valley Containers, Inc.

GM Containers Inc.

Ball Corporation

Midway Container, Inc.

The Cary Company

[appletable80-blog]

Adam Richman’s Tips for Hosting an Epic Football-Viewing Feast

TV personality, cook, and author Adam Richman has wolfed down a 7-pound burrito, violently spicy suicide wings, and a towering 12-patty cheeseburger on the hit Travel Channel show “Man v Food,” which he hosted from 2008 to 2012.

But Richman has posed as more than a glutton for our entertainment before that time and since then. And our football parties can benefit.The Brooklyn-born graduate of Emory University and the Yale School of Drama possesses the skills, talent, and charm that enabled to do other projects since then — such as NBC’s food competition show “Food Fighters” in 2014. Richman has authored America the Edible by Rodale Publishing in 2011, and Straight-Up Tasty by Clarkson Potter in 2015.

From this last book of Richman’s, we pulled two recipes that will make your tastebuds cheer as you watch the game with your friends and family this football season. But you need more in your game plan than those two decadent dishes. Passionate about food and entertaining in his personal life as well as professional career, it’s no surprise Richman is expert enough to give us a bunch of winning pointers to up our party-hosting game.

Remember, it’s not just about the food (or the game! Yes, we said it). When people come your home to watch a football game, it’s a gathering at the end of the day, he says. “You can’t lose sight that while it may not be a hearth — it’s a flickering box with a bunch of guys smashing each other on the grid iron — you still have to be the hostess with the mostess,” Richman says.

1. Know your crowd.

Angie’s List/iStock

Plan according to the vibe you expect. You could have a crowd of calm, civilized, married couples or a bunch of jersey-clad bros, pacing, betting and talking smack.

For the calm crowd, you can have a potluck-buffet-style table so guests can go in the kitchen to fill their plates. But you still should have something for snacking in front of the TV. You can do a little more food that requires a fork and knife, or save that for half time. “You can ask more from your viewing experience than most people do,” Richman says, who once brought his grandma’s sweet and sour meatballs to a football-focused potluck. Pasta salad is another good idea.

For the rowdy crowd, focus more on finger food and communal dishes. Use disposable plates, utensils, and plastic table cloths. Set out an additional trash can within arm’s reach of the coffee table and couch. “People are more protective of their seat when they watch the Super Bowl,” so they’ll be more reluctant to leave their viewing spot, Richman says. “I’ve seen a friend demonstrate a tackle while holding wings with a dollop of blue cheese dip.” With that in mind, have easy-to-eat dishes for the guys who stand and pace the whole time, as well food for the guys who sit and relax and socialize during the game.

2. Make everything obvious and easy to eat.

Getty

Put everything out, including your disposable utensils nestled in Solo cups. You can get a big sandwich loaf and pre-cut the slices, marking them with toothpicks. But remember to make a big sign that says “Remove toothpicks.” It’s not as obvious as you think when all your attention is zeroed in on the action onscreen. “I’ve had to tell guys that,” Richman says, laughing.

Remember, people are multi-tasking. Most people are watching the screen and gesticulating wildly while eating and drinking. “There’s something to be said for acknowledging that ahead of time,” Richman says, and creating for your guests “the ability to absentmindedly pop something in your mouth while watching television and have a flavor bomb.” If you make a pizza at home, slice the crust so people can just grab it and eat. Do that with everything.

3. Put more thought into the drink situation.

Getty

“There’s this classic idea of beer and wings, and that’s great,” he says. But do more. “I’ll mix in with the alcoholic beverages some nonalcoholic beverages so the guy who doesn’t want to drink doesn’t have to go somewhere else and feel ostracized.”

Richman recommends a cool bourbon drink in a pitcher, a peach sangria, or spiked Arnold Palmer (lemonade-tea mix). “For people who want an alcoholic option that’s not beer, they appreciate it,” he says. “Again, know your crowd. If you know guys are into craft beers, you’ll drink it from bottles, or maybe they want a case of Coronas.”

Tie in the drinks with who’s playing on the field. “It’s a chance to customize the experience to that particular game,” Richman says. If it’s Cincinnati versus ‘Nola, consider offering Fat Head beer v. Abita beer or pitcher of Hurricanes.

4. Prevent a mess with good strategy.

Getty/Burlingham

You need to seriously consider the logistics of the event. Be a true entertainer: Let people know where the bathroom is, what towels to use, and where the trash is. Make everything self-explanatory. If it’s snowy or wet out, have a clear, designated place for people to take their shoes off so they’re not stepping on wet stuff the whole time.

Create a specific spot to go for beverages that’s not the fridge. Use a metal tub or cooler filled with ice and beer. If you’re doing the tub or cooler in the living room, spread out a vinyl, disposable tablecloth, or lawn-leaf bag underneath to protect the floor. “When people reach in this ice thing to get a drink, they’re bound to drip, and ice shifts and melts,” Richman says. “It’s a great way to avoid spillage ahead of time and prevent people from slipping or ruining your floors.”

Use a completely separate container, lined with a bag, for ice. A red Solo cup can be the ice scoop, and “literally take a black Sharpie and write on it ‘ice scoop’ because you don’t want people digging with their hands where ever they’ve been been, scratching and all,” Richman says. Or use a kids’s sand-sculpting shovel.

You probably want to recycle the bottles and cans. Richman lines one trash can with blue liner for recycling bottles and cans. “I always make it clear this is where the bottles go,” he says. It’s important to make this bin easy to reach from the TV viewing area, because you don’t want everyone to leave empty glass bottles on the edge of the coffee table where it could break with all the commotion, kids, and pets.

Provide antibacterial soap or hand sanitizer. “I’m not above getting a Purell and putting it on the edge of the table next to the Solo cups full of silverware,” Richman says. If people are going to reach in to get chips from the communal bowl, they’re more likely to wash their hands beforehand if it’s right there.

As for the bathroom, make sure you have backup toilet tissue and provide air freshener to keep your guests from being embarrassed or compromised.

5. Elevate the classics.

Tangy horseradish roast beef sliders on Hawaiian sweet rolls. Image: Getty/Msaandy033

A big sandwich doesn’t have to be a cold-cut submarine like you get at corporate affairs. Your massive sandwich be a salmon steak BLT.  Make wings, but flavor them with lemon pepper and Champagne. “You can play with elevated flavor profiles on the most mundane dishes,” he says.  Place four cheeses in your grilled cheese, make your own tortilla chips for nachos, and top your pizza with Fontina cheese, speck, arugula, and truffle oil.

If you’re doing a buffet, create pasta dishes studded with big flavor, such as sausage and shrimp. The bulk of the dish is pasta, so you can feed a crowd with less expense.

Set up a charcuterie plate, with good local bread, cheeses, and olives. “People can find the combinations they like. It’s a customizable experience,” Richman says. “You can put it out in the first quarter, and it’ll still be good hours later; the meat might sweat a bit but it won’t go bad by the fourth quarter.”

People love dips and intense, crunchy foods when they’re anxious. That’s partly why fried food works so well as sports bar fare. Cut chicken breast into tenders, bread them, fry them, and serve with honey mustard and ranch dressing.

People love spring rolls and egg rolls, but you can be even more creative, combining those with everyone’s love of Southern barbecue: Crunchy, pulled pork egg rolls with dipping sauce.

“In the winter and at these games, you want something hearty and stick-to-your-ribs,” he says. Richman made both the recipes below for his friends, and they’re included in his Straight-Up Tasty cookbook.

Creamy Tomato Soup with Grilled Cheese Sandwich Dumplings

Chowhound

White Wonder Bread, waxy slices of American cheese, and comfort food classics don’t conjure images of sophistication, and they’re not supposed to anyway. But this technique that puts a twist on this simple American comfort meal is impressive — and still easy to do. Get our Creamy Tomato Soup with Grilled Cheese Sandwich Dumplings recipe.

Baked Gouda with Sun-Dried Tomato Pesto

Chowhound

Serve an “ooey-gooey melted cheese and a nice crust” with a technique that’s not hard at all, Richman says. But it produces a wow-worthy result that will have guests digging in with appreciation. The creamy Gouda with the fresh herbs and acidic bite of the sun-dried tomatoes creates a winning appetizer that can work for an elegant dinner party as well as a rowdy football-viewing afternoon. Get our Baked Gouda with Sun-Dried Tomato Pesto recipe.

Related Video: How to Make Mini Football Potatoes

— Head Photo: The Adam Richman.

Source: https://www.chowhound.com/food-news/180127/adam-richmans-tips-for-hosting-an-epic-football-viewing-feast/

[tolstrup46teague-blog]

The Numerous Benefits of Selecting a Metal Roofing for a Structure

If the time comes to select a replacement, individuals may wonder if they should choose cincinnati metal roofing instead of the many other selections available. Purchasers will find there are advantages associated with metal roofs that should be taken into account at this time. Following are only a few of those benefits. Metal roofs usually lasts four decades or more. Once a individual chooses this type of roof, they probably won't be required to buy another roof again. This kind of roof is able to withstand winds up to 140 mph without difficulty. The metal roof will not or crack and several types are less likely to be damaged by an impact. The metal roof is actually fire-resistant and doesn't catch fire when struck by lightning too. What most don't realize is the metal roof will help to reduce cooling cost because it reflects the sun's rays. Surprisingly, property owners find their energy bills decrease by up to 25%. This is be of great help during the summer days when temperatures start to climb. Actually, metal roof repair that is saved can help to offset the price of the brand new roof. Keep this in mind when picking which type of roof material is right for your property. Furthermore, a metal roof is better for the environment since it is often made with recycled materials. Today, metal roofs include anywhere from twenty-five percent reclaimed material to ninety-five percent second-hand components. The roof is likewise completely recyclable at the end of its lifespan. This also helps the planet, because roof shingles when removed, wind up in the county landfill or a different place where the roofing material can do harm. Now, up to roofing companies cincinnati of roof shingles end up in the renovation related waste stream, taking up valuable space. When it's time to choose a cincinnati roofing company, a person needs to do research to be sure the right contractor is chosen for the project. Do not speed through this process because doing so may be a mistake.

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EPA Awards $75,000 Grant to Montclair State University for Innovative Stormwater Management Project | U.S. EPA News Releases

News Releases from Region 02

05/25/2018

(New York, N.Y.) The U.S. Environmental Protection Agency (EPA) has awarded Montclair State University in Montclair, N.J., with a $75,000 People, Prosperity and the Planet (P3) grant. The grant will fund a project to remove contaminants from urban stormwater at the source, which will shorten water treatment time and make the process of providing clean and safe water more efficient.

“These students are applying what they have learned in the classroom to create innovative solutions to environmental challenges,” said EPA Administrator Scott Pruitt. “These awards support the next generation of scientists and engineers in their commitment to environmental protection, while helping states, tribes, and local communities find solutions to their environmental issues.”  

“These P3 students are tackling some of our most pressing and complex environmental issues,” said Regional Administrator Pete Lopez. “The innovative research funded today will help us better protect human health and the environment.”

“Montclair State University has long been a leader in New Jersey in the field of environmental science, management and sustainability research,” said Vice Provost for Research and Dean of The Graduate School Scott Herness. “This grant will enable our students and faculty to further the work being done to improve the water quality of urban environments, using recycled municipal solid wastes as new adsorbents for removing heavy metal contaminants — such as lead and nutrient phosphorous — from stormwater at its source. We are grateful to the Environmental Protection Agency for recognizing the value of our students’ work and the impact it will have on providing clean water in cities across the United States.”

Nationally, EPA awarded more than $557,000 in funding for eight student teams through the P3 Grants Program during Phase II. These teams, made up of college students from across the country, are developing sustainable technologies to solve current environmental and public health challenges.

Other P3 Phase II winners include:

Clarkson University – Potsdam, NY Kennesaw State University – Kennesaw, GA University of Cincinnati – Cincinnati, OH Texas Woman’s University – Denton, TX California State University, Chico – Chico, CA Butte College – Oroville, CA University of California, Riverside – Riverside, CA

Background

The P3 program is a two-phase research grants program that challenges students to research, develop, and design innovative projects addressing environmental and public health challenges. Phase I serves as a “proof of concept,” where teams are awarded a $15,000 grant to develop their idea and showcase their research in the spring at EPA’s National Sustainable Design Expo. These teams are then eligible to compete for a Phase II grant of up to $75,000 to implement their design in a real-world setting.

Past P3 winners have gone on to start businesses based on ideas and products developed through their P3 project. For example, a 2007 P3 winning team from University of California Berkeley went on to create SimpleWater, a water treatment company that specializes in household water treatment systems. Another successful 2007 P3 team from the University of Virginia created the Learning Barge, as a part of the Elizabeth River Project.  The Learning Barge is the world’s first floating wetland classroom and America’s Greenest Vessel. It’s a “steward ship,” teaching children that live nearby about environmental stewardship and how to make the river swimmable and fishable by 2020.

To learn more about the projects of the 2018 P3 Phase II winners, visit: https://ift.tt/2s5f7Np

For more information on the P3 Program, visit: http://www.epa.gov/P3

EPA P3 Phase II winners from Montclair State University

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