TWI833138B - Button device with sterilization function - Google Patents

Abstract

A button device with sterilization function, which includes: a machine control component including a panel, a main board and a complex There are several buttons in each button group hole, and the other end of each button is electrically connected to the motherboard, and each button and the edge of the hole form a sterilization space; the sterilization component includes a main control and a plurality of sterilization optical parts, and the main control is an electrical device. It operates synchronously on the motherboard. Each button is pressed and starts synchronously to sterilize and disinfect the end face of each button and the sterilization space. Furthermore, the inner hole wall of each group of holes is further recessed in the sterilization space, and Each sterilization optical device is installed in each hole and irradiates light into the sterilization space. In addition, the main control has a built-in timing unit. The timing unit can set the sequence time. Each sterilization optical device is all activated and illuminated within the sequence time. Sterilize.

Description

Button device with sterilization function

The present invention is a button device with a sterilization function, specifically a technology applied in the field of mechanical control. Its main technology is to provide buttons that can be disinfected and sterilized regularly to maintain the cleanliness of the buttons and prevent bacterial infection, thereby protecting the touch Users of the button can see that the present invention is an invention with excellent practicability.

There are many mechanical mechanisms on the market today that require the use of buttons for control, among which the buttons used in elevators are the largest. Elevator buttons must be pressed by hundreds of people every day. However, in this severe epidemic situation, From generation to generation, regardless of the bacteria in the air today, or the bacteria that every person who presses the elevator button has, or it passes through other unknown places, the bacteria will spread in more diverse ways, so it is said that Diligent cleaning is the best way to curb school germs.

Looking back, the most common way to clean elevators on the market today is to spray alcohol (cleaning fluid) on the elevator panel with an alcohol bottle, and then apply it evenly with a cleaning tool. The shortcoming of this method is that it must be cleaned through Manual disinfection and sterilization is too labor-intensive, and each elevator runs up and down every day. The buttons on the motor panel have been touched by many people. It is impossible to require cleaning staff to press them every time. Clean the elevator button immediately, so bacteria can still attach to other people's fingers at will and spread.

Therefore, some relevant manufacturers have introduced a device that does not require manual cleaning and disinfection. Please refer to the Republic of China Patent No. M617893 "Elevator Button Sterilization Device", which is installed on the button of an elevator. On the key panel, it includes: a driving mechanism; a sterilization device, which is an ultraviolet sterilization unit, and the sterilization device is connected to the driving mechanism and relative to the key panel; a control module is electrically connected to the driving mechanism and the sterilization device , the control module is used to control the driving mechanism to drive the sterilization device to generate displacement and emit ultraviolet light for sterilization. It can be seen from the figure that the conventional technology uses a mechanical method to perform related sterilization and disinfection operations. Although this method solves the deficiencies caused by labor, it also causes other problems, that is, the installation is too complicated, the elevator panel is occupied, and as long as the machine fails, Sometimes, it is easy to block the position of buttons and other issues, so relevant industry players still have to think about how to improve to solve the above problems.

In view of the above-mentioned description of the prior art, there are related problems in the disinfection method of buttons. The inventor invested a lot of time to study the relevant knowledge, compared the advantages and disadvantages of each, and conducted research and development of related products, and After many experiments and tests, a "button device with sterilization function" was finally launched to improve the above shortcomings and meet the needs of the public.

The main purpose of the present invention is to provide a button that can immediately sterilize the outer surface of the button after being pressed to ensure that the button is kept in a clean state at all times, which improves the deficiencies caused by the conventional manual cleaning and disinfection methods, as well as the List the problems caused by the mechanical approach in conventional technology. In order to achieve the above objectives and effects, the present invention provides a button device with a sterilization function, which includes: a machine control component, which includes a panel, a main board and a plurality of buttons. The panel is provided with the same number of holes as each button. , and one end of each button extends into each group of holes, and the other end of each button is electrically connected to the motherboard, and one end of each button extends into each group of holes and forms a sterilization space with the edge of the hole; a sterilization component , which includes a main control and a plurality of sterilization optical components. The main control is electrically installed on the motherboard and operates synchronously. Each sterilization optical component is electrically connected to the main control, and each sterilization optical component is connected to each After the button is pressed, it starts synchronously and sterilizes and disinfects the end face of each button and the sterilization space, and the inner hole wall of each group of holes is located in the sterilization space. A hole is further recessed in the space, and each sterilization light component is installed in each hole and irradiates light into the sterilization space; wherein, after each button is pressed and the operation of the motherboard is started, the main board The controls will operate synchronously, and the operation of the main control will activate the sterilization light component corresponding to the pressed button to perform illumination operation. The sterilization light component will sterilize the end face of the button and the sterilization space.

According to the above description of the present invention, the advantage is that after the operator presses the button, the operation of the mechanical control component can be carried out when the operator's finger is removed from the assembly hole, and the operation of the mechanical control component is carried out. During operation, the main control will start the operation synchronously. The operation of the main control will control the sterilization light part at the corresponding position to illuminate the light according to the button that is pressed. The sterilization light part will move toward the sterilization space and the surface of the button. Light sterilization keeps the button clean at all times, so that no bacteria will adhere to it the next time the operator presses it, cutting off the path of bacterial transmission. With the above explanation, the button can be kept in a sterile state, allowing the operator to operate The user can press with confidence to prevent the spread of residual dust and bacteria. It can be seen that the present invention can be said to be a very practical and progressive creation, which is worthy of promotion by the industry and made public to the public.

10: Machine control components

101:Panel

102: Motherboard

103:Button

104: Group holes

105: Sterilization space

106:Volume

107: Audio warning

20: Sterilization components

201: Main control

202: Sterilization optical parts

203:Counting unit

204: Timing unit

205: Timing time

206: Reminder unit

207: Pause unit

208: Signal sending unit

30:Remote

The first figure is a three-dimensional schematic diagram of the panel and buttons of the present invention.

The second figure is a block diagram of the present invention.

The third picture is a partially enlarged schematic diagram of the first picture.

The fourth picture is a schematic cross-sectional view of the IV-IV line segment in the third picture.

The fifth picture is a schematic diagram of the sterilization light component sterilizing the surface of the button and the sterilization space after the button in the fourth picture is pressed.

In order to clearly illustrate that this invention can achieve the above purposes and effects, the characteristics and effects of the embodiments of this invention are described in detail with illustrations. Please refer to Figures 1 to 5. The present invention is a button device with sterilization function. It is mainly used in any related objects with buttons. In addition, the illustration of the present invention is mainly drawn with an elevator. Therefore, the present invention includes: A machine control component 10 includes a panel 101, a motherboard 102 and a plurality of buttons 103. The panel 101 is provided with the same number of holes 104 as the buttons 103, and one end of each button 103 extends into each hole 104. Inside, the other end of each button 103 is electrically connected to the motherboard 102. When each button 103 is pressed, the operation of the motherboard 102 can be started, and one end of each button 103 extends into each group of holes 104 and is connected to each group of holes. The edge of the hole 104 forms a sterilization space 105; a sterilization component 20 includes a main control 201 and a plurality of sterilization optical components 202. The main control 201 is electrically installed on the main board 102 and operates synchronously, and each sterilization optical component 202 is electrically connected to the main control 201, and each sterilizing optical component 202 is started synchronously after each button 103 is pressed, and sterilizes and disinfects the end face of each button 103 and the sterilizing space 105. The sterilizing optical component 202 of the present invention can The lamp that emits ultraviolet light has a hole 106 recessed in the inner hole wall of each group of holes 104 and located in the sterilization space 105, and each sterilization light component 202 is located in each hole 106 and faces the sterilization space. The space 105 is irradiated with light; among them, after each button 103 is pressed and the operation of the motherboard 102 is started, the main control 201 will operate simultaneously, and the operation of the main control 201 will start the sterilization corresponding to the pressed button 103 The light component 202 performs illumination operation, and the sterilization light component 202 sterilizes the end surface of the button 103 and the sterilization space 105 .

According to the above description, in the present invention, after the button 103 is pressed, the main board 102 will start according to the pressing of the button 103. Taking the elevator as an example, after the button 103 on the fourth floor is pressed, the main board 102 will respond to the button 103. Start, and the operation of the main board 102 will cause the main control 201 in the sterilization component 20 to operate synchronously. The operation of the main control 201 will be based on the main board 102. The main board 102 starts the elevator to the fourth floor. Then The main control 201 starts the sterilization light component 202 corresponding to the fourth floor to perform lighting operation. The pressed button 103 can be kept in a sterile state to ensure that the next time the operator presses the button 103, bacteria will not adhere to it, thereby spreading the bacteria again.

Based on the above description, other technical features of this case will be further described in detail. First, please refer to the second figure. In order to be able to reliably carry out light sterilization and disinfection without causing the sterilization optical component 202 to be damaged due to unnecessary exposure to time. Therefore, the main control 201 of the present invention further builds a counting unit 203. The counting unit 203 can control the start-up time of each sterilizing optical component 202 when the main control 201 controls each sterilizing optical component 202 to start operating, and the activation time of each sterilizing optical component 202. The irradiation operation time of the sterilization light part 202. The so-called control start time refers to when the operator presses the button 103 and leaves the button 103 for a few seconds (as shown by the arrow in the fifth figure). At this time, the sterilization light part 202 will be activated according to the counting unit 203. The operation is started only under the time specification, rather than irradiating the operator's fingers, and the irradiation operation time of each sterilization light part 202 is controlled, which means that each sterilization light part 202 starts to sterilize the outer surface of the sterilization space 105 and the button 103. , according to the time setting of the counting unit 203, the operation of each sterilizing optical component 202 will be turned off after a period of time. Through the setting of the counting unit 203, each sterilizing optical component 202 can be operated only when it needs to be operated. This protects the service life of each sterilization optical component 202 .

In addition, taking the elevator as an example, not every button 103 will be pressed. However, in order to ensure that bacteria will not remain on the panel 101 and adhere to the operator's fingers, a timing unit 204 is further built into the main control 201. The timing unit 204 can set a timing time 205. During the timing time 205, each sterilization light component 202 is fully activated and performs light sterilization on each button 103 and each sterilization space 105. Simply put, through the timing unit Under the setting of the sequence time 205 of 204, each sterilization light part 202 can control the operation of all the sterilization light parts 202 with the main control 201 for every hour, and control all the sterilization spaces 105 and all the sterilization light parts 202. The outer surface of button 103 is sterilized and disinfected, thereby timing Bacteria on the panel 101 are reliably and completely eliminated, ensuring that the outer surfaces of the panel 101 and each button 103 are kept in a sterile state, so that the next operator will not press the button 103 without bacteria attached to it.

Continuing the above description, in order to prevent the operator from touching the button 103 and affecting the comprehensive disinfection when the full button 103 is being fully disinfected and sterilized, the main control 201 further has a built-in reminder unit 206, and the machine control component 10. An audio warning component 107 is also provided electrically connected to the motherboard 102. Therefore, before the aforementioned sterilization optical components 202 all start to operate simultaneously, the reminder unit 206 will first activate the timing unit 204 before the timing time 205 of the timing unit 204 is activated. After the operation of the audio warning component 107 and the reminder unit 206 at the end of the sequence time 205, the audio warning component 107 emits a sound to remind the operator that each button 103 is ready to enter comprehensive disinfection and sterilization. Do not press the button first. Each button 103 performs a pressing action, and after the sequence time 205 is over, the reminder unit 206 will activate the audio warning component 107 again to remind the operator that comprehensive sterilization and disinfection have been completed and can be used with confidence. Please refer to Part 2 As shown in the figure.

It is also worth mentioning that in order to ensure that each sterilization optical component 202 can operate reliably, in order not to affect the operation of the machine control component 10 when any of the sterilization optical components 202 is abnormal, the main The control 201 further has a built-in pause unit 207. The pause unit 207 stops the operation of the main control 201 when an abnormality occurs in each sterilization optical part 202. This method can remind the staff or operators present at any time to quickly call. Repair, replacement, maintenance and other operations are shown in the second figure; in addition to solving the problem by suspending the operation of the pause unit 207, you can also directly contact the relevant industry to quickly dispatch maintenance personnel to the scene for repair, so the main control 201 A signal sending unit 208 is further built-in. The signal sending unit 208 is connected to a remote end 30 for signal wireless transmission, and the remote end 30 can be an intelligent electronic device or a monitoring system. When the remote end 30 is an intelligent device, The smart device can be a smart phone, PDA, tablet or laptop. That is to say, when an abnormality occurs in each sterilization optical component 202, the signal sending unit 208 located in the main control 201 will send an error message to the relevant industry or company. Repairers, related businesses or repairers can immediately Know where the sterilization optical part 202 is damaged, and quickly replace and repair it to prevent the abnormal sterilization optical part 202 from affecting the operation of other normal sterilization optical parts 202, as shown in the second figure.

10: Machine control components

101:Panel

102: Motherboard

103:Button

104: Group holes

107: Audio warning

20: Sterilization components

201: Main control

202: Sterilization optical parts

203:Counting unit

204: Timing unit

205: Timing time

206: Reminder unit

207: Pause unit

208: Signal sending unit

30:Remote

Claims (5)

A button device with sterilization function, which includes: a machine control component, which includes a panel, a main board and a plurality of buttons. The panel is provided with the same number of holes as each button, and each button has one end extending into each In the group of holes, the other end of each button is electrically connected to the motherboard, and one end of each button extends into each group of holes to form a sterilization space with the edge of the hole; a sterilization component, which includes a main control and a plurality of sterilization lights. components, the main control is electrically installed on the motherboard and operates synchronously, and each sterilization optical component is embedded in the inner wall of the hole group and is electrically connected to the main control, and each sterilization optical component is activated after each button is pressed. Start simultaneously and sterilize and disinfect the end faces of each button and the sterilization space. A hole is further recessed in the inner hole wall of each group of holes and located in the sterilization space, and each sterilization optical component is located in each hole. and irradiates light into the sterilization space. In addition, the main control further has a built-in timing unit. The timing unit can set a timing time. All sterilization light components are fully activated and activate each button within the timing time. and each sterilization space for light sterilization; among them, after each button is pressed and the operation of the motherboard is started, the main control will operate simultaneously, and the operation of the main control will activate the sterilization light corresponding to the pressed button. When the light is operated, the sterilization light component will sterilize the end face of the button and the sterilization space. The button device with sterilization function as described in claim 1, wherein the main control further has a built-in reminder unit, and the machine control component is further provided with an audio warning component electrically connected to the motherboard, and the reminder unit is activated at the timing The operation of the audio alarm will be started before the unit's sequence time is started, and after the reminder unit ends the sequence time, the audio alarm will sound a reminder. As for the button device with sterilization function described in claim 1, the main control further has a built-in pause unit, and the pause unit stops the operation of the main control when an abnormality occurs in each sterilization optical component. The button device with sterilization function as described in claim 1, wherein the main control is further built-in a signal sending unit, the signal sending unit is connected to a remote signal wireless transmission, and the remote system can be an intelligent electronic device or monitoring system. As for the button device with sterilization function described in claim 4, when the remote end is a smart device, the smart device can be any one of a smart phone, PDA, tablet or laptop.

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