KR20150098342A - Self-powered escalator handle cleaner - Google Patents

Abstract

The present invention relates to an apparatus to remove various foreign substances adhering to an escalator handle when many people use an escalator. By using moving kinetic energy when an escalator is operated, electricity is generated by self-generation. The generated electric energy is stored for generated electricity to turn on a UV-LED lamp, operate a disinfection device pump, operate an air blower which is a drying device, provide a voice assistant which is a safety system, and remove various bacteria accumulated on an escalator handle.

Description

Self-powered escalator handle vacuum cleaner {omitted}

The present invention is a device for removing and disinfecting each foreign substance on the escalator handle and applying the hygiene and cleanliness to the place by installing it in a closed place such as a department store shopping center station in a public place.

Conventionally, when the escalator handle is cleaned or disinfected, the person operates the escalator and wipes for a long time or cleaned with other instruments. However, it is not easy to do real-time cleaning at many times using escalator. In the humid or hot season, the escalator handles the sweat of various people and various bacteria. Since it is a public facility that many people use, it is necessary to maintain cleanliness and to clean the escalator while operating the escalator handle, there is a problem of mass personnel accident, so it was developed as a safer equipment if the escalator handle is clean and antibacterial. Equipment.

Korean Patent 1020070086664 Korea Utility Model 2020100006928 Korean Patent 1020090123155

The present invention relates to a method and apparatus for controlling an escalator handle by rotating a generator to generate electric power and accumulating generated electricity. When the rotation of the escalator handle is fast or slow, Since there is a problem in close proximity and there is concern about overload in the operation of the escalator, the power of the driving power source of the escalator and the problem of breakage and swelling of the handle when using the device for a long time should be solved.

It is an object of the present invention to provide an escalator handle which is operated by a strong force at the handle part when the escalator is operated and a means for efficiently removing bacteria and viruses produced by the escalator handle due to many foreign substances and foreign substances. For the repetition of the movement and linear motion, the equipment is installed at the bending point, which is the starting point of the rotation movement of the escalator, and the equipment and the equipment that can generate power at the rotation point generated at the rotation point of the escalator handle are attached The generated electricity that is generated by the electricity is generated by DC 24V or more of electric power. The electricity is stored in a battery with DC 24V. The generated electricity drives a small pump that supplies a disinfectant solution such as a blower and an ultraviolet LED.

The present invention relates to a self-generating type cleaning device for removing various bacteria caused by foreign substances and foreign substances on the escalator handle, and is an electric power generating type electric power generating device which generates electricity by using movement energy generated from the escalator handle, The escalator used in public places uses a large number of people. On the other hand, as a person who has to hold the escalator handle for safety, he or she is displeased with the foreign object and does not hold the handle. This can lead to mass casualties or escalator grips, which can put a strain on the germs on the handle. The development equipment is safe when it comes to its own power generation, which keeps the machine running and escalator handles clean and escalator users safely gripping their handles.

1 is a three-dimensional view showing the principle of generating electricity on a surface of an escalator handle.
FIG. 2 is a three-dimensional view showing a scene in which a cleaning filter is sequentially fixed and sandwiched, and a disinfectant solution is injected into a lower portion of the primary filter.
3 is a three-dimensional view showing the fixing position of the filter and the fixing position of the blower when the device is attached to the escalator handle.
Fig. 4 is a three-dimensional diagram showing a form in which a disinfectant is injected onto the escalator handle surface and a principle in which ultraviolet light is sterilized.
FIG. 5 is a perspective view showing parts of the development equipment. FIG.
Fig. 6 is a diagram showing the completion of assembly of the development equipment and attachment to the escalator.
BRIEF DESCRIPTION OF THE DRAWINGS FIG.
1: Mounting surface 2: Handle 3: Frame 4: Fixing bracket
5: Monitor 6: Generator 7: Storage battery 8: Heat sink
9: blower 10: disinfection bottle 20: primary filter
21: second filter 22: third filter 23: fourth filter
24: outer cover 25: LED lamp 26: locking device 27: inner cover
30: Fourth nozzle 31: Hinge 32: Lock fixing part 35: Outlet
40: Check valve 42: Secondary drain pipe 43: Small pump 50: PCB board
52: UV LED lamp 60: Fixing bracket right 61: 62: Fixing bolt
64: Monitor fixing groove 65: Ventilation hole 66: Generator fixing position
67: outer cover 68: bolt 70: escalator stair
78: primary drain pipe 79: cleaning drain pipe 80: small gear 81: outer ring gear
82: time belt 83: flywheel 84: bracket 85: spring 86:
88: Generator frame 90: Center axis

1 is a three-dimensional view showing the principle of generating electricity on a surface of an escalator handle. FIG. 2 is a three-dimensional view showing a scene in which a cleaning filter is sequentially fixed and sandwiched, and a disinfectant is injected into a lower portion of the primary filter. 3 is a three-dimensional view showing the fixing position of the filter and the fixing position of the blower when the device is attached to the escalator handle. Fig. 4 is a three-dimensional diagram showing a form in which a disinfectant is injected onto the escalator handle surface and a principle in which ultraviolet light is sterilized. FIG. 5 is a perspective view showing parts of the development equipment. FIG. Fig. 6 is a diagram showing the completion of assembly of the development equipment and attachment to the escalator.

Referring to FIG. 1, the outer ring gear 81 is fixed to the flywheel 83 and the center shaft 90 is inserted into the bracket 84 to rotate The timing belt 82 is connected to the small gear 80 and the outer ring gear 81 and the completed upper portion is connected to the side The spring 85 is fitted into the upper portion of the frame 88.

The PCB 50 is installed in the frame 88 and the accumulator 7 is connected to the right side of the frame 88. When the handle 2 and the flywheel 83 come into contact with each other when the escalator is operated, The electric power is stored in the battery 7.

When the thickness of the escalator handle 2 is not uniform, the constant power can not be produced when the rotation of the flywheel 83 is not constant. Therefore, the friction between the flywheel 83 and the handle 2 Maximize area.

2 and 3, the purpose of FIG. 2 is to form a four-sided nozzle 30 on the primary filter 20, with the fixing pin 34 having a pointed shape protruding in accordance with the fixing of the filter, When the disinfectant solution is injected into the lower part of the first filter 20, the liquid is sprayed uniformly through the discharge ports 35, 36, 37, and is absorbed into the body of the first filter 20, (3), the third filter (22) absorbs moisture components and becomes a water-absorbing material of a pure surface component, and the fourth filter The filter 23 has a strong absorbing face to absorb the last moisture, and the blower of FIG. 2 blows wind on the handle face by hot air to dry it.

4 is a schematic view of a disinfection apparatus for disinfecting an escalator handle surface according to an embodiment of the present invention. The disinfection liquid container 10 is provided with a check valve 40 through which air can flow into the tub, 43 and the secondary drain pipe 42 is connected to the outlet so that the disinfectant liquid is sprayed onto the quadrangular sill 30 fixed to the inside of the primary filter 20 and the small pump 43 is connected to the electric control system .

4, a UV-LED lamp 52 is mounted inside the heat sink 8 in such a manner that the escalator handle surface 2 can be disinfected with an ultraviolet lamp, and ultraviolet light is applied to the surface of the handle 2 LED lamps 52 are arranged and fixed in parallel with each other in the up, down, left, and right directions toward the pull-tab 2 so as to sterilize the UV-

Claims (18)

When the escalator is in operation, the generated electricity is continuously supplied to the internal system, some of the ultraviolet disinfection, the blower system and the heating system, and some of the electricity is supplied to the condenser Principles of storing and using spare power for guidance and small pump operation and equipment safety systems. When the handle part is moved by using the outer flat part of the escalator handle rotation part, the flywheel is called as a rotary motion and is proportionally applied to the size of the flywheel and the size of the generator axis to increase the generator rotation speed The mechanical principle that rotates electricity to produce stable. A method of attaching an integral accelerator as a method for increasing the speed of the primary rotary shaft and the generator shaft to increase the rotary power of the generator. Power is generated and electricity is generated by power generated by self-generated power without separate power source. The principle of disinfection by irradiating ultraviolet light on the escalator handle by various array light sources of the UV LED in parallel with the series Referring to FIG. 2, a plurality of holes are disposed in the primary filter to allow the disinfecting liquid to penetrate into the filter to spray the disinfectant in various directions, thereby allowing the liquid to permeate the filter evenly. Principle of applying high heat to No. 2 filter to prevent and wipe germs The principle of absorbing disinfection liquid by using antimicrobial material with strong adsorption property on filters 3 and 4 and changing the color after using for a certain time and informing the replacement time. By applying high heat to the fixing pins of the No. 3 filter and the No. 4 filter, the absorbed moisture is dried to dry the inside of the filter, and the moisture absorbed from the outside is continuously evaporated to increase the service life of the consumables. Lt; / RTI > Referring to FIG. 3, the ventilator is installed by inserting the ventilator in the end of the equipment so that the blower can be installed at the end of the equipment, and the fan generated by the power generated by the generator is operated at all times. The principle of drying. The monitor installed on the front of the equipment informs the user and the manager of the time of replacing consumables and the amount of disinfectant remaining. A method of constructing the software inside the PCB board so that the voice can be transmitted for safety when the escalator is operated.
(Hold the handle for safety).
(Do not walk on the escalator.). It is programmed so that the escalator operation time can be memorized inside the PCB board, so that the software can be constructed inside the PCB board so that the voice can be transmitted when the escalator is abruptly stopped.
Ex) Please stop walking because you have stopped working. In the PCB board, there is a system that transmits the safety operation of the equipment to the radio frequency terminal which can transmit by applying the wireless transmission method, so that the manager can transmit data to the smart phone and other communication equipment wirelessly to the manager, Status, and other channels can be used in the situation room, announcements and promotions. The system is used to mount and use the equipment in a similar way to an escalator to remove various germs on the handle. Referring to FIG. 1, the upper portion of the lower portion of the generator body is held to secure the flywheel between the lower and upper clearances so that the flywheel contacts the upper surface of the flywheel. How to do it. The charged electric power is used as a guide light to guide emergency emergency and fire or emergency power outage. The high brightness LED is attached to the bottom of the screen monitor to illuminate the entrance of the stairway to serve as a guide light. The consumable filter is made of recyclable material and can be recycled after washing. It can be easily attached and detached by opening the top cover, and grooving inside the filter so that it can be replaced quickly.

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