This section provides an overview for touchscreen gloves as well as their applications and principles. Also, please take a look at the list of 9 touchscreen glove manufacturers and their company rankings.
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A touchscreen glove is gloves that allow you to operate the touchscreen while wearing gloves.
There are two main types of touch panels for smartphones and other devices: pressure-sensitive type and capacitive type. If normal gloves or military gloves that do not support touch panels are worn, the capacitive touch panel cannot be operated because no electric current can pass through it.
As a solution to this problem, conductive thread is used in touchscreen glove. This device makes it possible to operate a capacitive type touch panel while wearing gloves.
Unlike ordinary gloves, touchscreen gloves allow operation of capacitive touchscreens without removing the gloves. Therefore, they are used in factories where gloves must be worn during work processes, such as work in cold places like refrigerated rooms. Some touchscreen gloves can be used in clean rooms, and these products can also be used in the assembly process of electronic components.
Touchscreen gloves can be used not only to operate equipment terminals in the workplace, but also to operate common devices such as smartphones and tablets. These gloves are commercially available as smartphone-compatible gloves and are becoming increasingly popular outside of factories.
Touchscreen gloves are made of a special conductive fiber material. This conductivity makes it possible to operate a capacitive touch panel.
Touch panels are classified into pressure-sensitive (resistive), capacitive, optical, and ultrasonic, depending on the method used to detect the touch position. The pressure-sensitive type is the most widely used, but the capacitive type is mainstream in smartphones and tablets.
A pressure-sensitive touch panel has a structure of two layers of conductive ITO film. When the panel is touched, the pressure of the finger causes the ITO films to make contact with each other. Electricity flows at this point, thus detecting the touched position. Since the pressure-sensitive touch panel uses touch pressure for detection, it can be operated without any problem, even if gloves are worn.
ITO layer is also used in capacitive touch panels, but this method detects the change in capacitance caused by the approach of a finger, rather than pressure. Therefore, if an object with poor conductivity, such as an ordinary glove or pen, is touched, no capacitance change occurs and the touched position cannot be detected.
*Including some distributors, etc.
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