Antibacterial touch panel and manufacture method thereof

Abstract

The invention discloses an antibacterial touch panel and a manufacture method thereof. The antibacterial touch panel comprises an anti-mist and antibacterial layer and a touch panel base plate, wherein the anti-mist and antibacterial layer is coated on the surface of the touch panel base plate, ultraviolet light or any visible light is reacted with the anti-mist and antibacterial layer in a photocatalysis mode, the antibacterial touch panel of the anti-mist and antibacterial layer with anti-mist and antibacterial characteristics is formed on the l touch panel through the mode.

Description

technical field [0001] The present invention relates to an antibacterial touch panel and a manufacturing method thereof, especially to an antibacterial touch panel that reacts on the surface of the touch panel by means of a photocatalyst to form an antifog and antibacterial touch panel and its manufacture method. Background technique [0002] Traditional touch panel users can convert the panel area touched by fingers or stylus into electrical signals for signal input, which is convenient and friendly to the user's operation. Due to the convenience and practicability of touch panels, touch panels on the market are widely used in various types of sizes or fields, such as portable electronic products, including personal digital assistants (personal digital assistants, PDAs), Palm-Sized PC, mobile phone, handwriting input device, Information Appliance, such as Automated Teller Machine (ATM), Point-Of-Sale (POS) Or on an industrial computer used as a terminal. [0003] At pres...

AI Technical Summary

Problems solved by technology

However, as far as inorganic nano-metal materials are concerned, they are biochemically active and may be completely released. Therefore, repeated processing and coating are required, and the released antibacterial substances will also adhere to the contact objects, which may be toxic to the human body or the environment. , and cause environmental pollution; as far as organic hexammonium salt materials are concerned, this type is only used as a catalyst that destroys the charge balance of cells, so although the concentration of antibacterial agents can be maintained, due to insufficient chemical covalent bonding with the surface of the substrate , during use, the antibacterial agent will fall off or be lost on the touch panel and attenuate

[0004] In addition, the inorganic nano-metal materials or organic hexammonium salt materials used in the anti-fog and anti-bacterial layers of the existing touch panels cannot have hydrophilic and anti-fog functions, and cannot improve production feasibility and reduce production costs.

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