Glove touch screen is a specially designed touch screen that enables touch operation while wearing gloves.
Advantages:
Convenient for wearing gloves: Glove touch touch screens recognise the touch of a gloved finger. This is very convenient for users who need to wear gloves in the workplace or special environments.
Improve work efficiency: Glove touch touch panels can be operated while keeping gloves on, avoiding the time wasted by frequently taking off and putting on gloves, and improving work efficiency and productivity.
Enhanced safety: Certain work environments require high levels of hand protection, and wearing gloves can provide additional protection. Glove touch panels make operating in these environments safer and more reliable.
Applications:
Industrial automation: Glove touch panels are widely used in industrial automation, such as manufacturing, logistics and warehousing. Workers can wear gloves for equipment operation, parameter setting and data input, improving work efficiency and operational convenience.
Medical industry: In medical environments, glove touch touch panels allow medical staff to operate while wearing gloves, such as electronic medical records, equipment control and patient monitoring. This reduces the risk of cross-infection and improves medical productivity.
Special environments: Glove touch panels are also suitable for some special environments, such as cold storage, laboratories, clean rooms and so on. In these environments, gloves can be worn to protect the hands and operated through the glove touch touch screen to avoid direct contact with the equipment or interface.
Principle:
The human body is a conductor, fingers touch the screen, the transfer of electrons from the human body to the touch screen can operate the device. Because ordinary gloves insulated, the transfer of electrons is blocked, so wear can not operate the touch device. The conductive cloth on the fingertips of the touch screen gloves plays a bridge role between the capacitive screen and the fingers, circumventing the defects of wool, cotton and leather gloves that cannot conduct electricity.
Technical requirements:
High precision and sensitivity: Glove touch touch screen needs to have high precision and sensitivity to accurately recognise the touch of fingers wearing gloves and achieve precise operation.
Anti-interference ability: In some industrial environments, there may be electromagnetic interference or high temperature and other issues, glove touch touch screen needs to have good anti-interference ability to ensure stable touch performance.
WIWOTOUCH's capacitive touch screen can achieve touch detection function through the glove up to 5 mm thick, through the thin glove (<1 mm) to achieve the full multi-touch function, as well as through the thick glove (>2 mm) to achieve the two-point plus gesture support.
