#rotary joint

[mechanical-seal-india]

"🇮🇳 Looking for top rotary unions manufacturers in India? Discover the best options and what makes them stand out in our latest blog! 🔝⚙️🏭"

[midseo]

Prover Tanks, Prover Tank Manufacturer, Supplier, Exporter, India

Prover Tanks, Manufacturer, Supplier, Exporter, Pune, Maharashtra, India, Saudi Arabia.

Prover Tanks, Loading Arm, Loading Arms, Unloading Arm, Unloading Arms, Loading Arms System, Loading Arms Systems, Unloading Arms System, Unloading Arms Systems, Swivel Joint, Swivel Joints, Floating Suction Assemblies, Floating Suction Assembly, Prover Tank, Prover Tanks, Storage Tank, Storage Tanks, Storage Tank, Storage Tanks, Rotary Joint, Rotary Joints, Mechanical Seal Support System, Mechanical Seal Support Systems, Thermosyphon, Thermosyphons, Heat Exchanger, Heat Exchangers, Test Aider, Test Aiders, Fluid Handling System, Fluid Handling Systems, Manufacturer, Supplier, Exporter, Pune, Maharashtra, India, Saudi Arabia.

[prestonmonterey]

finally finished another fuckin object head bjd

he is a human man unlike his sister beep

catgirl beep for reference (ignore that im holding her,,, i cant put her down cuz her tail gets in the way) (next to each other beep is a lil shorter cuz she has a smaller torso and shorter legs)

ANYWAY

please help me give my son a name

face pic cuz he looks kinda like a goofy lil dog from the front lol

so uhh ye plz help with name and also reblogs are appreciateddd tyy :3

[delightfullyatomiccollector-blog]

Rotary and RF Rotary Joints Market Growth : A Critical Component for Industry 4.0 and IoT Integration

The Rotary and RF Rotary Joints market growth has been undergoing significant transformations, driven by the rise of renewable energy and smart manufacturing trends. These two factors are reshaping the demand for rotary and RF rotary joints, which are crucial components in a wide range of applications, including industrial automation, telecommunications, energy systems, and aerospace.

[buzzessays]

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[spookyweaselbones]

Waldo 1.0 basically came together in a single shot. Design, laser cut, assemble, flap mouth. It only allowed me to move my thumb and wrist, and it wasn’t very good at letting me isolate motion, but functioned basically immediately.

Getting the Waldo to this stage, on the other hand, where I can articulate more than just the thumb, and minimize unwanted secondary motion (aka move my fingers without the whole head jerking around) required a complete rebuild of the gimbal frame just to start. I then had to learn 3D printing and surface modeling in CAD, and do maybe 40 prints producing about a hundred parts. I had to radically re-evaluate the entire approach to the hand control design, including the basic premise that a Waldo hand control should be shaped like the interior of a puppet head.

The Henson approach is undoubtedly superior but much much more difficult to pull off. It basically involves placing all the rotary sensors at the exact axis of rotation for all the digits of the hand. Pulling this off has benefits in terms of one-to-one control, but I discovered that it requires incredibly precise placement or else tons of secondary motion is created.

Frustrated, I thought about trackball mice and game controllers and musical instruments. All of these things let you isolate motion by enabling the hand to move the way it wants to. The sensor doesn’t have to care where your joints are and how they move, you just have to be able to reach them.

I re-designed the hand controls to be shaped more like an ergonomic mouse instead of like a puppet mouth, and although it has created a new learning curve for controlling the character, it’s immediately obvious that this approach is worth pursuing and may very well be the winning form.

Edit: the character model is a wip by an artist named Cramble who is a genius

[kyreniacommentator]

RCKC Celebrated International Womens Day

[midseo]

Floating Suction Assemblies Manufacturer, Supplier, India

Floating Suction Assemblies, Manufacturer, Supplier, Exporter, Pune, Maharashtra, India, Saudi Arabia.

Floating Suction Assemblies, Loading Arm, Loading Arms, Unloading Arm, Unloading Arms, Loading Arms System, Loading Arms Systems, Unloading Arms System, Unloading Arms Systems, Swivel Joint, Swivel Joints, Floating Suction Assemblies, Floating Suction Assembly, Prover Tank, Prover Tanks, Storage Tank, Storage Tanks, Storage Tank, Storage Tanks, Rotary Joint, Rotary Joints, Mechanical Seal Support System, Mechanical Seal Support Systems, Thermosyphon, Thermosyphons, Heat Exchanger, Heat Exchangers, Test Aider, Test Aiders, Fluid Handling System, Fluid Handling Systems, Manufacturer, Supplier, Exporter, Pune, Maharashtra, India, Saudi Arabia.

[aboveaveragexx]

Unlocking Seamless Flow The High Performance Rotary Joint for Water Networks

Efficient water flow is essential to ensure smooth operations and maximize productivity. One key component that contributes to achieving seamless flow is the rotary joint. This article explores the importance of high-performance rotary joints in water networks and highlights Airmax Pneumatic, a leading company in this field.

In the context of water networks, a rotary joint facilitates the transfer of water from a stationary supply line to a rotating mechanism, enabling uninterrupted flow and efficient operations.

The significance of a high-performance rotary joint for water networks cannot be overstated. It serves as a vital connection point, ensuring a continuous supply of water without any disruptions or leaks. By providing a reliable seal between the stationary and rotating parts, a well-designed rotary joint prevents water loss, minimizes downtime, and enhances overall system efficiency.

Airmax Pneumatic is a renowned company that specializes in manufacturing high-performance rotary joints for water networks. With years of experience and a commitment to innovation, Airmax Pneumatic has become a trusted name in the industry. Their rotary joints are designed to meet the specific needs of water network applications, offering a range of benefits that contribute to seamless flow.

One key feature of Airmax Pneumatic's rotary joints is their exceptional sealing capabilities. These rotary joints are engineered to provide a tight and reliable seal, preventing any water leakage during operation. This ensures that water flows smoothly and efficiently through the system, eliminating wastage and maintaining optimal performance.

Durability is another hallmark of Airmax Pneumatic rotary joints. Constructed with high-quality materials and precision engineering, these rotary joints are built to withstand the demands of continuous operation in water networks.

Airmax Pneumatic understands the importance of customization in meeting the unique requirements of different water network setups. Their rotary joints can be tailored to accommodate various pipe sizes, pressure ratings, and rotational speeds. This versatility allows for seamless integration into existing systems or the design of new installations, ensuring optimal performance and compatibility.

In addition to their technical expertise, Airmax Pneumatic also provides excellent customer support. Their team of knowledgeable professionals assists customers in selecting the right rotary joint for their specific application. They offer guidance on installation, maintenance, and troubleshooting, ensuring that customers achieve the best possible results and experience minimal downtime.

Airmax Pneumatic commitment to quality and customer satisfaction has earned them a reputation as a trusted provider of high-performance rotary joints for water networks.

To conclude, a high-performance rotary joint is a critical component for unlocking seamless flow in water networks. Airmax Pneumatic stands out as a leading company in this field, offering rotary joints that provide exceptional sealing, durability, and customization options. By choosing Airmax Pneumatic rotary joints, industries can optimize their water network operations, reduce downtime, and achieve maximum productivity. Trust Airmax Pneumatic to deliver the reliability and performance needed for efficient water flow in your network.

[fjordfolk]

Utilization: By his anatomical peculiarities this dog is predestinated to puffin-hunting on the steep rocks around the fjords and along the shore.

The standard:

Neck: Clean-cut, of medium length, quite strong with a relatively well furnished collar.

Compendium comment:

The head is carried relatively low. The two last vertebrae (atlas/apsis) are shaped so that the dog can bend backwards so that the head touches the back. To do so is vital when turning in the narrow burrows. NB! This should NEVER be demonstrated the ring!

The standard:

Ears: Triangular ears of medium size, broad at the base, carried erect and very mobile. The cartilage of the ear lobe has the faculty of being able to retract itself so that the ear folds itself and flops in a specific manner, either backwards or in right angle upwards, so as to close the auditory passage.

Compendium addition:

The ears of the Lundehund have a unique muscle that enables them to fold and close the ears when entering the burrows, thus protecting them against dirt and moisture. The turning and folding of the ears probably also is help in locating the birds.

The standard:

Forelimbs: Moderately angulated. Forearm: Straight.

Forefeet: Oval shaped, turning slightly outwards, with at least six toes of which five must rest on the ground. Eight pads on each foot. The two inner toes, formed respectively by 3 and 2 phalanges and endowed with a ligamentary and muscular system, make the foot look solid.

Compendium addition:

Very flexible and elastic shoulder muscles. The Lundehund has joints that allow the forelimbs to extend at nearly 90 degrees from the body, but this must NEVER be demonstrated in the ring! The forefeet turn slightly outwards to give room for the extra toes.

The Norwegian Lundehund is a polydactyl. Instead of the normal 4 digits, the Lundehund normally has 6 digits, all fully formed, jointed and muscled, with tendons going up the inside of the leg, partly responsible for its wide front gait. Some specimen may have more, others less than 6 digits per foot, but less than 6 on front feet should lead to downgrading. The extra toes help the dog climbing up and down crevices in screes and cliffs.

The standard:

Hindfeet : Oval shaped, turned slightly outwards, with at least six toes - four of which must rest on the ground. Seven pads on each foot, the one in the middle, the most important one by its size, being attached to the inner pads corresponding to the two inner toes. When the dog is standing up on a flat surface, the weight of the body must be evenly distributed on the pads.

Compendium comment:

More than 6 digits is not a fault. 5 digits are acceptable on the hind feet. The extra toes on the hind feet are normally less developed than those on the forelegs and variations from the ideal, both regarding number and placement, should not be penalized.

The standard:

Gait/Movement: Light and elastic. An external rotary action of the forelegs and somewhat close action behind is characteristic of the breed.

Compendium comment:

In judging the movements of the Lundehund, one must consider that this dog is built to climb efficiently up and down steep cliffs and screes. The extra pads on both fore- and hind paws must then touch the surface to aid the dog in climbing. The extra toes help getting a grip, both in ascent and descent. The wide front with extra flexibility enables climbing safely up and down crevices, as the forelegs can grip at a 90 degrees angle to the body. On flat surfaces, the Lundehund will show typical rotating front movements, due to tendons and muscles from the extra digits on the inside of the legs. Hind movements are narrow.

[delightfullyatomiccollector-blog]

The Rising Demand for Rotary and RF Rotary Joints Market in Aerospace, Defense, and Robotics

The Rotary and RF Rotary Joints Market size is witnessing a surge in demand, driven by the growing need for high-performance, reliable, and efficient connectivity in various industries. Rotary joints, including radio frequency (RF) rotary joints, are crucial components in many applications where rotating equipment must maintain continuous electrical or data connections without compromising performance. From aerospace and telecommunications to industrial automation and military systems, these technologies play a vital role in enabling seamless operation and high-speed data transfer.

The global rotary and RF rotary joints industry is expected to reach USD 1.9 billion in 2029 from USD 1.5 billion in 2024, at a CAGR of 5.4%