Vibration Gloves - What are they used for and who invented them?

Vibration Gloves - What are they used for and who invented them?
Vibration gloves are made to reduce vibrations from power tools, which can damage the hands and cause long-term damage. Some types contain an air bladder made of urethane, which creates a protective barrier between the power tool and the wearer's palm, absorbing the vibrations before they reach the wearer's hands. Other types use resilient gel or foam.

The amount of vibration transmitted through gloves depends on the wearer's physical characteristics. Gripping forces and different techniques also affect the amount of vibration transmitted through gloves. Vibration gloves are typically used with various tools, including power tools. For example, the rotation rate of a rotary tool, the number of impacts per second, and the type of tool being used can all influence the amount of vibration transmitted through a pair of gloves. Some vibration gloves are designed to reduce the transmission of higher frequencies.

Using vibration gloves is not a substitute for proper safety measures. Wearing gloves that absorb vibration can be dangerous. In many cases, these gloves may cause serious injury by putting the wearer at risk of damage to their fingers. Some vibration gloves may even increase the risk of the hand-arm syndrome, a disorder that affects the blood vessels, joints, and nerves in the hands and arms.

What are vibration gloves made of?

Whether you're an electrician, a mechanic, a plumber, a construction worker, or someone who handles heavy machinery, vibration gloves can help protect your hands. A good pair will reduce shock and vibration from pneumatic tools while providing excellent agility and comfort. Many models feature padded fingers and palms to prevent blisters.

Vibration gloves are made with extra layers of vibration-dampening materials, which help absorb and filter harmful vibrations. Many anti-vibration gloves are made from Sorbothane, which can absorb a narrow range of frequencies. While these gloves aren't as protective as leather gloves, they're still highly functional.

Vibration gloves come in many different materials. Some are made from rubber or plastic. The elasticity of the material allows it to absorb low-frequency vibrations. However, the materials used to make them increase the risk of finger injury. In addition to damaging fingertip tissue, the vibrations can damage blood vessels, nerves, and muscles. They can even lead to the hand-arm syndrome, which affects the arm and hand region. The frequencies at which these symptoms occur range from five to 2000 Hz.

The effectiveness of vibration gloves depends on the material they are made of and their effective mass. There are many different materials available, and the effectiveness of each is dependent on these factors.

Who invented vibration gloves?

Vibration gloves have long been used to protect the hands against harmful vibrations. The technology behind these protective gloves dates back many years and is patented under U.S. Pat. No. 7,865,969. This patent describes a glove with resilient projections around the finger joint areas and planar areas at the knuckles. The projections are arranged in parallel arcuate rows to avoid bunching and increase flexibility.

Vibrating gloves were first invented by Artem Brazhnikov, a student at Samara Polytechnic Institute. Initially, the device was intended to aid blind people in playing computer games. However, the inventors soon changed the gloves to make them a more effective aid. They removed the finger-position sensors and replaced them with tactile feedback modules. They also modified the joystick glove to serve as an audio signal spectrum analyzer.

These gloves protect workers from the harmful vibrations from pneumatic tools and automatic machinery. They also protect the hands of those who use jackhammers, rivet guns, and spanners. The thickness of anti-vibration gloves also helps reduce vibration transmission. In this way, they can be used in many different ways.

Vibrating tools can cause hand-arm vibration syndrome (HAVS), a rare and dangerous disease that can eventually lead to amputation of the fingers and arms. Vibrations in these tools can also reduce the strength and dexterity of the muscles, resulting in chronic pain and decreased manual dexterity. The long-term consequences can be devastating, and workers exposed to HAVS have a four to five-fold increased risk of developing neurological and vascular conditions. This is why it is so essential to use anti-vibration gloves.