RU196790U1 - Antibacterial computer mouse - Google Patents

Abstract

The utility model relates to a computer mouse. The technical result is the achievement of an antibacterial effect when using a computer mouse. A computer mouse with an antibacterial coating contains a case, plastic buttons, a scroll system with a wheel, a laser sensor, an input for charging a power source, and the working sides of the mouse case, buttons, and scroll wheel contain copper material with antibacterial properties, while the antibacterial layer is made in the form of a web woven from copper threads, and place it on the outer surface of the front and rear parts of the mouse body, the front of the buttons and the working part of the surface of the scroll wheel when pressing polyester fabric - Tritan. 1 ill.

Description

Technical field

A computer mouse is a coordinate device for controlling the cursor and issuing various commands to the computer.

State of the art

Known for the compact design of the "mouse" (Patent RU 95118292 IPC G06F 3/033 (1995.01) published: 02.20.1998) (coordinate input devices) for detecting position displacement by an optocouple, moreover, it contains a housing, a small optical reflective means in the form of a ball with many concave reflectors on a surface on which a retroreflective material and a transparent material with a certain thickness are applied with a double layer, and an optocoupler installed in the housing with spacing of elements both vertically and horizontally relative to concave applicators for emitting light and receiving reflected light.

A disadvantage of the known device is the lack of antibacterial properties.

Known laser wireless computer mouse (Patent RU 2541840 IPC G06F 3/033 (2013.01), G06F 1/26 (2006.01) Published: 02.20.2015 Bull. No. 5), comprising a housing, buttons, a scroll system, a laser sensor, a charging input a power source and a stand, characterized in that the stand is used as a charger made of a toroidal shape of elastic material and having a cross section of 3-5 mm and a USB cable for transmitting electric current, while the lower part of the stand is coated with a low material coefficient of friction, and lower I am part of the mouse body and the upper part of the stand are of opposite application of permanent magnets.

A disadvantage of the known device is the lack of antibacterial properties.

The proposed technical solution allows to eliminate these disadvantages.

Utility Model Disclosure

The technical result is the achievement of an antibacterial effect when using a computer mouse.

The present technical result is achieved on a computer mouse device with an antibacterial coating, comprising a housing, plastic buttons, a scroll system with a wheel, a laser sensor, an input for charging a power source, and the working sides of the mouse housing, buttons and scroll wheels contain copper material with antibacterial properties, this antibacterial layer is made in the form of a fabric woven from copper threads, and place it on the outer surface of the front and back of the mouse body, the front of the buttons and p The other part of the surface of the scroll wheel when pressing transparent polyester is Tritan.

Distinctive features are

the working sides of the mouse casing, buttons and scroll wheels contain copper material with antibacterial properties with hygienic characteristics;

the antibacterial layer is made in the form of a web woven from copper threads and placed on the outer surface of the front and back parts of the mouse body, the front of the buttons and the working part of the surface of the scroll wheel when pressing transparent polyester - Tritan, which allows to increase hygienic characteristics through the use of hypoallergenic transparent material that does not contain harmful chemical compounds, does not interact with other objects even with increasing temperature [3].

Comparison of the proposed solution with an analogue and prototype did not allow us to identify in them the features that distinguish the claimed solution, which allows us to conclude that the criterion of "novelty".

Brief Description of the Drawings

The claimed utility model of a computer mouse with an antibacterial coating is schematically represented in the Figure, comprising a housing 1, buttons 2 and 5, a scroll wheel 3, a side portion of a housing 4 and a housing of a scroll system 6 combined with a housing 1.

Utility Model Implementation

Pressing the working sides of the mouse housing 1, buttons 2 and 5, the scroll wheel 3 to implement an antibacterial effect is as follows.

First, a web woven of copper threads touching the surface of the mold (not shown in the figure) is laid along the entire perimeter of the inner working part of the mold, then hot pressing is carried out at a pressure of 70 - 120 kg / cm ² and a temperature of 170 - 200 ° С transparent polyester - Tritan, which, as a hypoallergenic material, performs protective functions.

The operator, touching his hand to the working side of the housing 1, buttons 2 and 5, the scroll wheel 3, the side of the housing 4, controls the mouse cursor when issuing various commands to the computer, reaches antibacterial protection when using this device.

In this case, both the working side of the computer mouse and its back side can be coated with an antibacterial coating.

Tritan and copper can protect the surface of a computer mouse from microbial flora with constant use.

Sources of information

1. Patent RU 95118292 IPC G06F 3/033 (1995.01) published: 02.20.1998;

2. Patent RU 2541840 IPC G06F 3/033 (2013.01), G06F 1/26 (2006.01) Published: 02/20/2015 Bull. No. 5;

3. https://www.greiner-gpi.com/en/kompanija/gruppa-kavo/tritan-legkii-nebjushchiisja-i-kristalno-prozrachnyi-material.

Claims (1)

A computer mouse with an antibacterial coating, comprising a housing, plastic buttons, a scroll system with a wheel, a laser sensor, an input for charging a power source, characterized in that the working sides of the mouse housing, buttons and scroll wheel contain copper material with antibacterial properties, while the antibacterial layer performed in the form of a web woven from copper threads, and place it on the outer surface of the front and rear parts of the mouse body, the front of the buttons and the working part of the surface of the scroll wheel, etc. pressing transparent polyester - Tritan.

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