TWM508369U - Elevator panel sterilizing device - Google Patents

Description

Elevator panel disinfection device

The invention relates to a sterilizing device, in particular to an elevator panel sterilizing device suitable for sterilizing an elevator control panel.

In recent years, with the social changes and industrial and commercial development, a large number of people have gradually gathered in the metropolitan area, resulting in a large increase in the population of the metropolitan area, making the land available for construction less and less. Therefore, whether it is a place for living or working, A variety of residential buildings or office buildings have emerged, and the traffic on each floor of these buildings is mainly a straight-up, straight-down elevator in addition to the safety ladder.

At present, most elevators use a contact control panel to select the desired floor. If the user wants to take the elevator at the elevator, press the control panel of the elevator. When the elevator arrives and enters the elevator, press again. Lower the control panel inside the elevator, so that the elevator stops at the designated floor. As a result, any tiny pathogens on the finger of the current elevator may be left on the control panel of the elevator and transmitted to the next one. The elevator is the hotbed of bacteria transmission.

Referring to Fig. 1, a multi-purpose cleaning and disinfecting device of the Republic of China No. M449640, the patent discloses a disinfecting device comprising at least one elastic substrate 10 and a peripheral edge of the substrate 10 The frame body 11, at least one protective layer 12 coupled to one side of the base body 10, at least one sterilizing device 13 coupled to the side of the base body 10, a receiving module 14 disposed in the sterilizing device 13, and a setting The sensing module 15 in the disinfecting device 13. Inside the disinfection device 13 A disinfecting solution is disposed, and a plurality of nozzles 131 for ejecting the disinfecting solution are disposed, wherein the sensing module 15 is coupled to the disinfecting device 13 to operate.

With the above structural composition, it can be applied to an elevator button, a power switch, a bank cash machine or a telephone button. Therefore, when the operator wants to touch the button, the substrate 10 and the protective layer 12 thereon are first touched. After the sensing module 15 senses that the object (finger) is far away, the disinfecting device 13 sprays the disinfecting solution on the protective layer 12 to perform disinfection, thereby effectively preventing the contact of the hand and causing the bacteria to adhere to the hand. Progressive.

From the above description, it is known that the conventional multi-purpose cleaning and disinfecting device still has the following disadvantages in actual use:

First, the maintenance fee is high

It is conventional to provide a plurality of sterilizing devices 13 on the side of the base 10 to separately sterilize the plurality of buttons on the control panel in the elevator. After a period of use, when the nozzle 131 of one of the sterilizing devices 13 is damaged, it cannot be ejected. In the case of the disinfecting solution, the maintenance personnel are required to remove the substrate 10 to replace the disinfecting device 13, so that not only the window period for preventing and treating diseases but also the maintenance cost and the damage of the maintenance cost are increased. Expected overhead.

Second, the use is inconvenient

When the user touches the button of the elevator, the hand is away from the protective layer 12, and the sensing module 15 detects that the hand is away, and sends a signal to the receiving module 14 in the disinfecting device 13 to start. The sterilizing device 13 is known to achieve the function of sterilizing, but when there are many people riding the elevator, the sterilizing device 13 will not be able to achieve the function of quick cleaning and lose the purpose of bacterial transmission.

Third, the aesthetics is not good

The conventional disinfection device has a large overall structure and uses raw materials. The hard and rigid design not only destroys the original features of the building and affects the decorative texture, but also meets the needs of modern people who pursue aesthetics and quality.

The above disadvantages all show various problems arising from the use of the conventional multi-purpose cleaning and disinfecting device. For example, it can design a defect that can effectively improve the existing disinfecting device, and provide a continuous and uninterrupted sterilization design for the button, which can be achieved. Effectively eliminates the path of bacteria passing outwards from the elevator button, thereby improving environmental sanitation and safety.

Therefore, an object of the present invention is to provide an elevator panel sterilizing device suitable for sterilizing an elevator control panel, and comprising a brake unit, a sliding unit, a sterilizing unit, and an induction control unit.

The brake unit includes a first moving track disposed on the elevator control panel, and a first brake disposed in the first moving track and reciprocable. The sliding unit includes a moving plate coupled to the first brake and has a first side adjacent to the elevator control panel and an opposite second side. The sterilization unit is disposed on the first surface of the moving plate and includes a germicidal lamp.

The sensing control unit is disposed on the moving board, and includes a sensor electrically connected to the elevator control panel and the first brake, and a processor electrically connected to the elevator control panel and the inductor, wherein the sensor is used Inducing the elevator control panel to act or not, and controlling the germicidal lamp to emit light, the first brake drives the moving plate to slide on the elevator control panel to sterilize the elevator control panel, and the processor receives the sensor The actuation signal of the elevator control panel is sensed, and the processor delays controlling the first brake and the germicidal lamp to operate for a period of time.

Another technical means of the present invention is that the surface of the above-mentioned germicidal lamp tube is also coated with a layer of titanium dioxide paint.

Another technical means of the present invention is that the sensing control unit further includes a display disposed on the second surface of the moving board and electrically connected to the processor, the display indicating that the processor indicates the first brake The remaining time with the germicidal lamp being activated.

A further technical means of the present invention is that the sensing control unit further includes a touch sensor disposed on the mobile board and electrically connected to the processor, when the first brake and the germicidal lamp actuate, The touch sensor senses whether the elevator control panel is touched by a foreign object and transmits a message to the processor to stop the continued operation of the first brake and the germicidal lamp.

Another technical means of the present invention is that the sterilizing unit further comprises a display light disposed on the second surface of the moving plate and electrically connected to the germicidal lamp tube for displaying whether the germicidal lamp is actuated or not. .

Another technical means of the present invention is that the sensing control unit further includes a timer electrically connected to the processor, and the timer can periodically cause the processor to activate the first brake and the germicidal lamp.

A further technical means of the present invention is that the sterilizing unit further comprises a sterilizing nozzle disposed on the first surface of the moving plate, and a receiving groove disposed in the moving plate and accommodating the sterilizing liquid. The sterilization nozzle is connected to the accommodating groove, and sprays the sterilizing liquid on the elevator control panel when the moving plate slides.

Another technical means of the present invention is that the braking unit further includes a second moving track disposed on the elevator control panel and disposed opposite the first moving track, and a second moving track disposed in the second moving track. a second brake reciprocally movable, the moving plate is generally inverted U-shaped, and has two extension walls respectively extending into the first and second moving rails and connected to the first and second brakes, and a connecting body The main wall of the extension wall is used to increase the stability of the sliding of the moving plate.

The beneficial effect of the novel is that the elevator can be used The sliding plate on the control panel is combined with the germicidal lamp tube as a design for sterilizing the elevator control panel, so that the user can automatically perform sterilization after pressing the elevator control panel, and further, the display can be used to remind the user to perform the operation. The remaining start-up time of the disinfection operation to improve the safety of use, and the timer can automatically perform the sterilization operation at regular intervals to reduce the window period of the disease infection. The overall shape of the novel is simple and degenerate, and the elevator will not be destroyed. The original style can also add extra fun to the elevator to meet the modern people's pursuit of convenience, practicality and diversified functional appeal.

3‧‧‧ Lifting mechanism

31‧‧‧Elevator control panel

5‧‧‧ brake unit

51‧‧‧First moving orbit

52‧‧‧First brake

53‧‧‧Second moving orbit

54‧‧‧Second brake

6‧‧‧Sliding unit

61‧‧‧Mobile board

611‧‧‧ first side

612‧‧‧ second side

613‧‧‧Extended wall

614‧‧‧ main wall

7‧‧‧Sterilization unit

71‧‧‧ germicidal lamp

72‧‧‧ display lights

73‧‧‧sterilization nozzle

74‧‧‧ accommodating slots

75‧‧‧ sterilizing fluid

8‧‧‧Induction control unit

81‧‧‧ sensor

82‧‧‧ Processor

83‧‧‧ display

84‧‧‧Touch sensor

85‧‧‧Timer

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side elevational view showing a multi-purpose cleaning and disinfecting apparatus of a new Taiwanese type M449640; Fig. 2 is a schematic cross-sectional view showing a first preferred embodiment of the elevator panel disinfecting apparatus of the present invention; FIG. 4 is a block diagram showing the electrical connection of the first preferred embodiment; FIG. 5 is a perspective view of the first preferred embodiment of the elevator control panel; FIG. FIG. 6 is a perspective view showing a display of the first preferred embodiment showing the remaining time for disinfection; FIG. 7 is a perspective view showing the first In a preferred embodiment, a moving plate is slid downward for disinfection; and FIG. 8 is a schematic cross-sectional view showing a second preferred embodiment of the novel elevator panel sterilizing device.

The details and technical content of the related patent application of the present invention are described in detail below with reference to two preferred embodiments of the reference drawings. In, it will be clearly presented.

It should be noted that, before the detailed description, similar elements are denoted by the same reference numerals.

Referring to Figures 2, 3, and 4, there is shown a first preferred embodiment of the elevator panel sterilizing apparatus of the present invention. The elevator panel disinfecting device is adapted to sterilize an elevator control panel 31 and includes a brake unit 5, a sliding unit 6, a sterilization unit 7, and an induction control unit 8.

The brake unit 5 includes a first moving rail 51 disposed on the elevator control panel 31, and a first brake 52 disposed in the first moving rail 51 and reciprocally movable.

The sliding unit 6 includes a moving plate 61 coupled to the first brake 52 and has a first face 611 adjacent to the elevator control panel 31 and an opposite second face 612.

The sterilization unit 7 is disposed on the first surface 611 of the moving plate 61 and includes a germicidal lamp 71. The germicidal lamp 71 can be attached to the virus, bacteria, and other pathogenic organs attached to the elevator control panel 31. The sterilization effect is achieved, but the elevator control panel 31 does not cause corrosive, pollution, or residual destructive side effects.

It is worth mentioning that the surface of the germicidal lamp tube 71 is also coated with a layer of titanium dioxide paint. Since the titanium dioxide can be oxidized and decomposed with air or by contact with and through the substance to achieve the purpose of cleaning, reduction, and neutralization, the sterilization lamp 71 coated with the titanium dioxide coating can achieve sterilization control of the elevator control panel. In addition to the effect of 31, it can add extra effects of cleaning and decontamination.

Furthermore, the sterilizing unit 7 further includes a display lamp 72 disposed on the second surface 612 of the moving plate 61 and electrically connected to the germicidal lamp tube 71 for displaying whether the germicidal lamp tube 71 is activated or not. Improve user viewing and the convenience of technician maintenance.

In addition, the sterilizing unit 7 further includes a sterilizing nozzle 73 disposed on the first surface 611 of the moving plate 61, and a sterilizing nozzle 73 disposed thereon. The accommodating groove 74 of the sterilizing liquid 75 is accommodated in the movable plate 61.

The sterilizing nozzle 73 is connected to the accommodating groove 74 so that the sterilizing liquid 75 is discharged outward through the sterilizing nozzle 73. In actual practice, when the moving plate 61 is slid by the first brake 52, the sterilizing nozzle 73 can be slid. The sterilizing liquid 75 is atomized and sprayed on the elevator control panel 31 to enhance the comprehensiveness of the disinfection protection.

The sensing control unit 8 is disposed on the moving plate 61 and includes a sensor 81 electrically connected to the elevator control panel 31 and the first brake 52. In actual implementation, the sensor 81 is used to sense the elevator control panel. 31 is activated or not to control the germicidal lamp 71 to emit light, and the first brake 52 drives the moving plate 61 to slide on the elevator control panel 31 to sterilize the elevator control panel 31.

In the first preferred embodiment, the sensing control unit 8 further includes a processor 82 electrically connected to the elevator control panel 31 and the inductor 81, and the processor 82 receives the sensor 82 to sense the elevator control. The actuation signal of the panel 31, and the processor 82 delays the operation of the first brake 52 and the germicidal lamp 71 for a period of time, and the effect of automatically disinfecting the elevator control panel 31 can be achieved.

In particular, the delay of the processor 82 to control the actuation of the first brake 52 and the germicidal lamp 71 may be determined according to the needs of the user, that is, after the first user presses the elevator control panel 31. 5 to 10 seconds, the first brake 52 and the germicidal lamp tube 71 are disinfected to prevent the next user from pressing the elevator control panel 31, and the sliding movement plate 61 is hindered, and the smooth selection is impossible. The floor you want to go to.

It is worth mentioning that the sensing control unit 8 further includes a display 83 disposed on the second surface 612 of the moving board 61 and electrically connected to the processor 82. The display 83 displays the processor 82 to indicate the first The remaining time of a brake 52 and the germicidal tube 71 is activated.

By setting the display 83, the user can be reminded that The sterilization operation will be performed to prevent the hand of the user who wants to press the elevator control panel 31 from colliding with the sliding moving plate 61, thereby improving the safety of use.

In addition, the sensing control unit 8 further includes a touch sensor 84 disposed on the moving board 61 and electrically connected to the processor 82. When the first brake 52 and the germicidal tube 71 are activated, The touch sensor 84 senses whether the elevator control panel 31 is touched by a foreign object, and transmits a message to the processor 82 to stop the first brake 52 and the germicidal lamp 71 from continuing to operate. The utility of reducing the damage of the elevator panel sterilizing device and requiring maintenance can further improve the safety of the user pressing the elevator control panel 31.

Furthermore, the sensing control unit 8 further includes a timer 85 electrically connected to the processor 82, and the timer 85 can periodically cause the processor 82 to activate the first brake 52 and the germicidal lamp 71 to automatically Regularly perform sterilization operations to reduce the window period of disease transmission. In actual implementation, the timer 85 can be built in the processor 82, which not only reduces the overall volume, but also reduces the overall cost of the setup.

Similarly, the processor 82 can also have a power saving mode. When the processor 82 is idle for a period of time, it enters a power saving mode, and controls the first brake 52 and the germicidal lamp 71 to stop operating, so as to reduce the cost. The necessary power, the setting of the power saving mode, can be determined according to the needs of the environment, and should not be limited to this.

Referring to Figures 5, 6, and 7, there is an elevator having the above-described elevator panel sterilizing device, the elevator having a lifting mechanism 3, and an elevator control panel 31 actuated by the lifting mechanism 3, wherein the elevator panel is sterilized The device is coupled to the elevator control panel 31 to sterilize the elevator control panel 31.

After the user enters the elevator and presses the elevator control panel 31 to select the floor to be visited, in the first preferred embodiment, the processor 82 controls the first brake 52 and the germicidal lamp 71. After 5 seconds, the operation is performed, and the remaining startup time is counted down on the display 83. When the time is counted down to 0 seconds, the first brake 52 drives the moving plate 61 to slide on the elevator control panel 31, and the germicidal lamp The tube 71 is illuminated to sterilize the elevator control panel 31.

The germicidal lamp tube 71 disposed on the moving plate 61 is combined with the germicidal lamp tube 71 disposed on the moving plate 61 as a design for sterilizing the elevator control panel 31. After the user presses the elevator control panel 31, It can automatically sterilize, which can effectively avoid the spread of bacteria caused by the user's hand pressing. In addition, the active design for sliding for disinfection, the overall shape is simple and degenerate, not only will not destroy the original appearance of the elevator, It can add extra fun to the elevator to meet the needs of modern people for diversification.

Referring to FIG. 8 , a second preferred embodiment of the elevator panel sterilizing apparatus of the present invention is substantially the same as the first preferred embodiment, and the same points are not described herein again, except that The brake unit 5 further includes a second moving rail 53 disposed on the elevator control panel 31 and disposed opposite the first moving rail 51, and a second movable rail 53 disposed in the second moving rail 53 and reciprocally movable Two brakes 54.

The moving plate 61 is generally inverted U-shaped, and has two extending walls 613 respectively extending into the first and second moving rails 51, 53 and connected to the first and second brakes 52, 54, and a connecting extension Main wall 614 of wall 613.

The arrangement of the second moving rail 53 is used to increase the stability of the sliding of the moving plate 61. In actual implementation, the second brake 54 can be omitted, and the moving plate 61 can be driven only by the first brake 52. It depends on the needs of use and should not be limited to those disclosed.

It can be seen from the description of the above preferred embodiments that the new elevator panel sterilizing device does have the following enhancements:

First, disinfection zero dead angle

Through the automatic control on the elevator control panel 31 The lower sliding moving plate 61 and the germicidal lamp tube 71 disposed on the moving plate 61 can sterilize the elevator control panel 31 at zero dead angle, and the touch sensor 84 can sense whether the elevator control panel 31 is When it is touched by foreign objects, the maintenance of the elevator panel sterilizing device is greatly reduced, and maintenance is required, thereby reducing the maintenance cost.

Second, active disinfection

The display 83 can remind the user that the disinfection operation is about to be performed to improve the safety of use, and the timer 85 automatically performs the sterilization operation at regular intervals to reduce the window period of the disease infection.

Third, both beautiful and interesting

The active design for sliding on the elevator control panel 31 for disinfection, the overall shape is simple and degenerate, not only does not damage the original appearance of the elevator, but also adds extra fun to ride the elevator to meet Modern people pursue the need for diversity.

In summary, the elevator panel sterilizing device of the present invention is configured such that the braking unit 5, the sliding unit 6, the sterilizing unit 7, and the sensing control unit 8 are disposed to each other through the movement movable on the elevator control panel 31. The plate 61 is combined with the germicidal lamp tube 71 disposed on the moving plate 61 as a sterilization function. After the user presses the elevator control panel 31, the sterilization can be automatically performed. In addition, the display 83 can remind the user to perform the disinfection operation. The remaining start-up time is to improve the safety of use, and the timer 85 can automatically perform the sterilization operation at regular intervals to reduce the empty window period of the disease infection, and the active design of disinfection through sliding, the overall shape is simple and degenerate, not only It will not destroy the original appearance of the elevator, and it can also add extra fun to ride the elevator. This will satisfy the modern people's pursuit of convenient, practical and diversified functional appeals, so it can achieve the purpose of this new type.

However, the above description is only two preferred embodiments of the present invention, and the scope of the present invention cannot be limited thereby, that is, The simple equivalent changes and modifications made by the novel application scope and the novel description are still within the scope of the present patent.

3‧‧‧ Lifting mechanism

31‧‧‧Elevator control panel

61‧‧‧Mobile board

72‧‧‧ display lights

83‧‧‧ display

Claims (8)

An elevator panel sterilizing device is adapted to sterilize an elevator control panel, and comprises: a braking unit, comprising a first moving track disposed on the elevator control panel, and a first moving track disposed in the first moving track a first brake reciprocatingly moving; a sliding unit comprising a moving plate coupled to the first brake and having a first side adjacent to the elevator control panel and an opposite second side; a sterilization unit disposed on The first side of the moving board includes a germicidal lamp; and an inductive control unit is disposed on the moving plate, and includes a sensor electrically connected to the elevator control panel and the first brake, and a sensor a processor electrically connected to the elevator control panel and the inductor, the inductor is configured to sense the operation of the elevator control panel, and control the illumination of the germicidal lamp, the first brake driving the moving plate on the elevator control panel Sliding to sterilize the elevator control panel, the processor receiving the sensor to sense the actuation signal of the elevator control panel, and the processor delays Controlling the first time and then to the brake actuator germicidal lamp. An elevator panel sterilizing device according to claim 1, wherein The surface of the germicidal tube is also coated with a layer of titanium dioxide paint. The elevator panel sterilizing apparatus of claim 2, wherein the sensing control unit further comprises a display disposed on the second surface of the moving board and electrically connected to the processor, the display displaying the processing The device indicates the remaining time of the first brake and the germicidal lamp to start. The elevator panel sterilizing device of claim 3, wherein the sensing control unit further comprises a touch sensor disposed on the mobile board and electrically connected to the processor, when the first brake is When the germicidal lamp is actuated, the touch sensor senses whether the elevator control panel is touched by a foreign object, and transmits a message to the processor to stop the first brake and the germicidal lamp from continuing to operate. The elevator panel sterilizing device of claim 4, wherein the sterilizing unit further comprises a display lamp number disposed on the second surface of the moving plate and electrically connected to the germicidal lamp tube for displaying the Whether the germicidal lamp is activated or not. The elevator panel sterilizing apparatus of claim 5, wherein the sensing control unit further comprises a timer electrically connected to the processor, the timer being timed to cause the processor to activate the first brake and the The germicidal lamp is activated. The sterilizing unit of the elevator panel according to the sixth aspect of the invention, wherein the sterilizing unit further comprises a sterilizing nozzle disposed on the first surface of the moving plate, and a sterilizing nozzle disposed in the moving plate and sterilizing The sterilizing nozzle of the liquid is connected to the accommodating groove, and sprays the sterilizing liquid on the elevator control panel when the moving plate slides. An elevator sterilizing device according to claim 7 of the patent application scope, wherein The brake unit further includes a second moving track disposed on the elevator control panel and disposed opposite the first moving track, and a second brake disposed in the second moving track and reciprocable, the movement The plate is generally inverted U-shaped and has two extension walls respectively extending into the first and second moving rails and connected to the first and second brakes, and a main wall connecting the two extension walls for increasing the movement Plate sliding stability.