KR20240000535U - Shoe cleaning apparatus for elevator - Google Patents

Abstract

The present invention relates to a shoe shine device for a multi-purpose elevator. More specifically, it is possible to clean the shoes of elevator users by installing a shoe brush inside the footrest to clean shoes using the footrest inside the elevator, and to clean the shoes of elevator users using solar energy to clean the shoes. This relates to a shoe shine device for a multi-purpose elevator that can be recharged and has been improved to allow for cell phone charging.
The present invention includes a body portion (102) consisting of a front body (10) and a rear body (12) equipped with a solar power generation device (103) on the upper surface and left and right shoe polishing parts (110, 112) on the inner side; a sterilizing/disinfecting device 104 installed on the inner side of the body 102 to sterilize and disinfect shoes introduced into the body 102; a battery charging device 106 for charging and using the power obtained by the solar power generation device 103; A mobile wireless charging device 108 is connected to the rear of the body 102 and connected to the battery charging device 106 to charge a mobile phone, including a mobile wireless charging device 108 that uses solar power to charge a mobile device. It is characterized by being able to charge, clean shoes, sterilize and charge mobile devices.
As such, the shoe shine device for a multi-purpose elevator of the present invention has the effect of greatly improving the convenience of users using the elevator, has the effect of quickly polishing shoes during busy commuting times, and can charge mobile phones using solar energy. There is a possible effect.
In addition, the present design can prevent the environment inside the elevator from contamination by sucking in foreign substances, dust, viruses, etc. on shoes or sneakers and discharging them to the outside, and has the effect of preventing viral infection by sterilizing and disinfecting shoes such as shoes and sneakers. there is.

Description

Shoe shine device for multi-purpose elevator {SHOE CLEANING APPARATUS FOR ELEVATOR}

The present invention relates to a shoe shine device for a multi-purpose elevator. More specifically, it is possible to clean the shoes of elevator users by installing a shoe brush inside the footrest to clean shoes using the footrest inside the elevator, and to clean the shoes of elevator users using solar energy to clean the shoes. This relates to a shoe shine device for a multi-purpose elevator that can be recharged and has been improved to allow for cell phone charging.

In general, elevators installed in high-rise buildings or apartments are equipped with elevator footrests below the control panel so that children, the elderly, and the disabled can easily operate the elevator control buttons.

However, elevator footrests had the disadvantage of not being able to function more than stepping stones because they were simply installed using wooden boards or plastic or steel structures were used as stepping stones.

In order to improve these shortcomings, the present applicant has improved the elevator so that it can be used for various purposes by providing functions such as charging a mobile phone and cleaning shoes using the steps or footrests installed in the elevator.

Korea Registered Utility Model No. 20-0252683 Korea Registered Utility Model No. 20-0432031

The present invention was developed to solve the above problems, and its purpose is to provide a multi-purpose elevator shoe shine device equipped with a cell phone charging function that can charge the battery and cell phone using solar energy inside the elevator. do.

The purpose of the present invention is to provide a multi-purpose elevator shoe polishing device that allows elevator users to easily and quickly polish their shoes by installing a shoe polishing device inside the footboard installed in the elevator.

The purpose of the present invention is to provide a multi-purpose elevator shoe polishing device that can install a shoe polishing device inside an elevator to sterilize and disinfect shoes, and at the same time remove dust and foreign substances to the outside through dust suction and discharge functions. Do it as

The present invention includes a body portion (102) consisting of a front body (10) and a rear body (12) equipped with a solar power generation device (103) on the upper surface and left and right shoe polishing parts (110, 112) on the inner side; a sterilizing/disinfecting device 104 installed on the inner side of the body 102 to sterilize and disinfect shoes introduced into the body 102; a battery charging device 106 for charging and using the power obtained by the solar power generation device 103; A mobile wireless charging device 108 is connected to the rear of the body 102 and connected to the battery charging device 106 to charge a mobile phone, including a mobile wireless charging device 108 that uses solar power to charge a mobile device. It is characterized by being able to charge, clean shoes, sterilize and charge mobile devices.

The shoe polishing units 110 and 112 are,

a left shoe polishing unit 110 installed on the inner left side of the body 102 to clean shoes; a right shoe polishing unit 112 installed on the inner right side of the body 102 to clean shoes; A driving motor unit 114 is installed between the left shoe shine unit 110 and the right shoe shine unit 112 to operate the left shoe shine unit 110 and the right shoe shine unit 112 to polish shoes. desirable.

The shoe shine unit 110,

a gear rotation shaft 26 installed perpendicular to the inner ceiling surface of the front body 10 of the body 102; a horizontal bevel gear (28) installed at the bottom of the gear rotation shaft (26) and rotating horizontally; a shoe brush body (32) installed vertically at the lower end of the horizontal bevel gear (28) and including a shoe brush (34) that rotates and cleans one side of the shoe; a vertical bevel gear (36) installed to engage perpendicularly with the horizontal bevel gear (28) and rotate at a right angle; a horizontal rotation shaft 38 that is connected to and rotates on the right side of the vertical bevel gear 36; a shoe brush body (40) installed in the middle of the horizontal rotation axis (38) and rotating back and forth and including a shoe brush (42) to clean the front part of the shoe; a vertical bevel gear (44) connected to and rotating on the other side of the horizontal rotation shaft (38); A horizontal bevel gear (50) installed at the lower end of the vertical bevel gear (44) to engage and rotate with the vertical bevel gear (44); a gear rotation shaft 48 that is vertically connected to the upper end of the horizontal bevel gear 50 and whose upper end is installed on the inner ceiling surface of the body 102; It is preferable that the shoe brush body 54 includes a shoe brush 56 that is vertically connected to the lower end of the horizontal bevel gear 50 and rotates to clean the other side of the shoe.

In the present invention, when a shoe enters the left and right shoe shine units (110, 112), various sensors detect and recognize the image of the shoe, receive data according to the state of the shoe, convert the received data into information, and send it to the coding classifier (82). After transmitting and classifying the transmitted data information according to the quantity and quality of the data information in the coding classifier 82, the machine learning 84 analyzes and judges the difficulty level of low, medium, and high to set the shoe shine operation. It is desirable to have it so that this can be achieved.

As such, the shoe shine device for a multi-purpose elevator of the present invention has the effect of greatly improving the convenience of users using the elevator, has the effect of quickly polishing shoes during busy commuting times, and can charge mobile phones using solar energy. There is a possible effect.

In addition, the present design can prevent the environment inside the elevator from contamination by sucking in foreign substances, dust, viruses, etc. on shoes or sneakers and discharging them to the outside, and has the effect of preventing viral infection by sterilizing and disinfecting shoes such as shoes and sneakers. there is.

Figure 1 is a perspective view showing the structure of a shoe shine device for a multipurpose elevator according to the present invention.
Figure 2 is a partial enlarged view showing the structure of the shoe shine device for a multipurpose elevator of the present invention.
Figure 3 is a partial front cross-sectional view showing the structure of the shoe shine device for a multipurpose elevator of the present invention.
Figure 4 is a diagram showing the structure of another embodiment of the shoe shine device for a multi-purpose elevator of the present invention.

The following objectives, other objectives, features and advantages of the present invention will be easily understood through the following preferred embodiments related to the attached drawings. However, the present invention is not limited to the embodiments described herein and may be embodied in other forms.

Rather, the embodiments introduced herein are provided to ensure that the disclosed content is thorough and complete and that the spirit of the present invention can be sufficiently conveyed to those skilled in the art.

Embodiments described and illustrated herein also include complementary embodiments thereof.

As used herein, singular forms also include plural forms, unless specifically stated otherwise in the context. As used in the specification, elements referred to as 'comprise' and/or 'comprising' do not exclude the presence or addition of one or more other elements.

Hereinafter, specific embodiments of the shoe shine device for a gutter multipurpose elevator according to the present invention will be described.

Figure 1 is a perspective view showing the structure of a shoe shine device for a multi-purpose elevator according to the present invention, Figure 2 is a partial enlarged view showing the structure of a shoe shine device for a multi-purpose elevator according to the present invention, and Figure 3 is a shoe shine device for a multi-purpose elevator according to the present invention. This is a partial cross-sectional view showing the structure of.

And, Figure 4 is a diagram showing the structure of another embodiment of the shoe shine device for a multi-purpose elevator according to the present invention.

When explaining the shoe shine device for a multipurpose elevator of the present invention with reference to FIGS. 1 to 4, first, as shown in FIGS. 1 and 2, the shoe shine device 100 for a multipurpose elevator of the present invention is an elevator 200. and a shoe shine device 100 installed inside the elevator 200.

When explained with reference to Figure 1, the shoe shine device 100 is installed to be located below the operation panel installed on the inside of the elevator 200.

The shoe shine device 100 includes a body portion 102, a solar power generation device 103, a sterilization device 104 and 105, a battery charging device 106, and a mobile phone charging device 108.

And, inside the shoe shine device 100, there is a left shoe polishing unit 110 installed to allow the left shoe to be placed in the body 102 and polished, a right shoe polishing unit 112 installed to allow the right shoe to be placed into and polished, and the It includes a foreign matter discharge device 116 for discharging dust or foreign substances removed after polishing shoes in the left shoe polishing unit 110 and the right shoe polishing unit 112 to the lower part of the elevator.

The upper surface of the body 102 of the shoe shine device 100 is equipped with a plurality of light-concentrating cell modules 74 that can generate electricity by continuously collecting and concentrating sunlight or strong or weak light. A solar power generation device 103 equipped with is installed.

And the inner part of the body part 102 of the shoe polishing device 100 is cleaned of dust or foreign substances through the left and right shoe polishing parts 110 and 112, and then sterilized to remove bacteria from the shoes and have an antibacterial effect. A disinfection device 104 is installed.

In addition, a retractable external nozzle 67 for an elevator is installed on the front outer portion of the body portion 102, and a sterilization and disinfection device 105 is provided to sterilize and disinfect the inside of the elevator.

A battery B is inserted and installed at the inner rear end of the body 102, and a battery charging device 106 that can charge and use electricity generated from the solar power generation device 103 is inserted and installed.

Subsequently, the upper rear portion of the body portion 102 of the shoe shine device 100 is connected to a battery charging device 106 that is connected to the solar power generation device 103 to charge the battery for use in mobile devices such as cell phones, tablets, and laptops. A mobile wireless charging device 108 is provided so that it can be charged wirelessly.

The solar power generation device 103 is connected to a power generation device for generating electricity by concentrating sunlight or light, and a charging circuit is connected to the power generation device to charge the battery of the battery charging device 106.

Meanwhile, a door 11 is installed on one side of the rear end of the body 102 of the shoe shine device 100, preferably on the open right side, and the door 11 is installed on the inside of the body 102. It is desirable to form the battery (B) so that it can be easily inserted and removed and replaced.

The body portion 102 includes a front body 10 that is shaped like a square box and has an entrance 14 at the front, and a rear portion that is polygonal and has an upper end inclined toward the rear extending from the front body 10. It consists of a body (12).

A left shoe polishing unit 110 and a right shoe polishing unit 112 are installed on the inner side of the front body 10, and a battery storage portion 9 is formed on the inner portion of the rear body 12. The battery storage portion 9 ) is installed in connection with the battery (B) and includes the solar power generation device 103, sterilization and disinfection devices 104 and 105, battery charging device 106, mobile phone charging device 106, left and right shoe polishing units 110 and 112, and foreign substances. A control device unit 118 is provided that is electrically and electronically connected to the discharge device 114 and includes a circuit board to electrically and electronically connect and control each device.

As shown in Figure 2, a plurality of light-concentrating cell modules 74 are installed in a grid shape on the upper surface of the front body 10 of the body portion 102, and the rear body 12 has a predetermined angle (A). ) A condensing cell module 74 inclined in the form is installed.

The predetermined angle A is preferably formed in the range of 30 to 80 degrees counterclockwise with respect to the horizontal plane. This is because when installed at an angle higher than 30 degrees, the durability and efficiency of the device are reduced due to insufficient installation space for internal devices, and when installed at an angle higher than 80 degrees, light collection efficiency is significantly reduced.

In addition, retractable external nozzles 67 are installed on both front sides of the body 102, and the external nozzles 67 are directed to the outside of the body 102 when sterilizing and disinfecting using the sterilizing and disinfecting device 105. It protrudes and sprays a disinfectant solution to remove contaminated air and viruses inside the elevator. When sterilization and disinfection are not necessary, the external nozzle 67 is installed to enter the inside of the body 102. .

At this time, after using the battery charging device 106 that charges power by generating electricity from the solar power generation device 103, the efficiency of the battery charging device 106 decreases or is discharged. In this case, an AC external power supply unit 202 is connected and installed so that external power can be charged and used.

As described above, the battery B is charged using the external power supply unit 202, the shoe shine units 100 and 112 are supplied with operating power, or the operating power is supplied to the mobile wireless charging device 108 for a mobile phone, tablet, laptop, etc. can be supplied.

The shoe shine device 100 installed as described above is additionally installed with a separate image sensor, and a machine learning 84 equipped with a coding classifier 82 is installed in connection with the drive motor 58, and the drive motor 58 is a machine It can be installed so that the shoe shine operation is performed separately by the running 84.

That is, after various additionally installed sensors detect and recognize the image of the shoe, when a shoe enters the left and right shoe polishing units 110 and 112, the type of shoe is distinguished, such as whether the shoe is a shoe, a sneaker, or a sneaker. By classifying the material of the shoe and checking the distribution according to the material of the shoe, we receive data by organizing what percentage is leather, what percentage is fabric, the presence or absence of metal materials, and the percentage included. Afterwards, when the shoes come in, they are distributed as sneakers or shoes. It receives and receives data by recognizing whether there is dust or foreign matter on the back, whether it is only dust, whether there is foreign matter or whether it contains dust, foreign matter and other types of viruses, and if there is foreign matter, the location, etc. The data is converted into information and transmitted to the coding classifier 82, and the transmitted data information is classified according to the quantity and quality of the data information in the coding classifier 82, and the machine learning 84 analyzes and judges it to be low, medium, or high. The action of polishing shoes is performed by setting the level of difficulty.

Continuing to describe the shoe shine device of the present invention in more detail with reference to Figure 3, as shown in Figure 3, first, a front body 10 of the body portion 102 is formed, and the front body A first diaphragm 16 and a second diaphragm 18 are fixed vertically in the center of the inner part of (10), and a first diaphragm 18 is provided between the left inner surface of the front body 10 and the first diaphragm 16. A payment 20 is formed, and a second receiving portion 22 is formed between the right inner surface of the front body 10 and the second plate 18, and the first plate 16 and the second plate 16 are formed. A third storage portion 24 is formed between (18).

The above-described left shoe polishing unit 110 is installed in the first receiving part 20, the above-mentioned right shoe polishing part 112 is installed in the second receiving part 22, and the third receiving part 24 A drive motor unit 114 is installed to operate the left and right shoe shine units 110 and 112.

Additionally, a sterilizing/disinfecting device 104 is installed at the upper inner portion of the body 102 to sterilize and disinfect shoes polished by the shoe polishing units 110 and 112.

The sterilization/disinfection device 104 is provided with a plurality of internal nozzles 66 that face each other symmetrically at the left and right sides or the front and rear portions of the upper inner surface of the front body 10.

A left shoe shine unit 110 is installed in the first storage unit 20, and the left shoe shine unit 110 has a gear rotation shaft 48 fixed vertically to the upper ceiling surface of the front body 10. A horizontal bevel gear 50 is installed to be rotatable at the lower end of the gear rotation shaft 48, and a brush rotation shaft 52 is installed vertically connected to the lower end of the horizontal bevel gear 50, and the brush rotation shaft 52 At the lower end of the disc-shaped shoe brush body 54 is installed so that it can rotate and clean the side surfaces of the shoes.

A plurality of shoe brushes (56) are fixedly installed on the outer peripheral surface of the shoe brush body (54).

On the left side of the horizontal bevel gear 50 installed as described above, a vertical bevel gear 44 is installed horizontally so as to engage perpendicularly with the horizontal bevel gear 50 and rotate vertically about the horizontal axis. A horizontal rotating shaft 38 is fixedly installed on the left side, and a cylindrical shoe brush body 40 is installed on the horizontal rotating shaft 38.

A plurality of shoe brushes 42 are fixedly installed on the shoe brush body 40, and the shoe brushes 42 are installed to clean the outer front surface of the shoe.

Subsequently, a vertical bevel gear 36 is fixedly installed at the left end of the horizontal rotation shaft 38, and a drive shaft is provided at the lower part of the vertical bevel gear 36 to rotate in the horizontal direction by receiving the rotational force of the vertical bevel gear 36. (46) is installed horizontally and connected to the driving motor unit 114.

At this time, a gear rotation shaft 26 is fixedly installed vertically on the ceiling surface of the front body 10, and is installed at the lower end of the gear rotation shaft 26 so that it can rotate in the horizontal direction and engages with the vertical bevel gear 36. A horizontal bevel gear 28 rotating in the horizontal direction is installed, and a brush rotation axis 30 is connected to the lower end of the horizontal bevel gear 28 in the vertical direction, and a disc-shaped shoe brush body is installed at the lower end of the sole rotation axis 30. (32) is installed.

It is preferable that a plurality of shoe brushes 34 are fixedly installed on the outer peripheral surface of the shoe brush body 32 to clean the outer surface of the shoe.

The diameter of the bristles of the shoe brushes 34 and 56 is preferably in the range of 0.1 - 1.2 mm.

The left shoe shine unit 110 installed as described above has a right shoe shine unit 112 installed symmetrically on the opposite side with the drive motor 58 in between.

The right shoe shine unit 112,

A gear rotation shaft 27 is fixedly installed vertically on the upper ceiling surface of the front body 10, and a horizontal bevel gear 29 is rotatably installed at the lower end of the gear rotation shaft 27, and the horizontal bevel gear 29 ), a brush rotation axis 31 is connected and installed vertically at the lower end, and a disc-shaped shoe brush body 33 is installed at the lower end of the brush rotation axis 31 so that it can rotate and clean the side of the shoe.

A plurality of shoe brushes (35) are fixedly installed on the outer peripheral surface of the shoe brush body (33).

On the right side of the horizontal bevel gear 29 installed as described above, a vertical bevel gear 37 is installed horizontally so as to engage vertically with the horizontal bevel gear 29 and rotate vertically about the horizontal axis, and the vertical bevel gear 37 ) A horizontal rotating shaft 39 is fixedly installed on the right side, and a cylindrical shoe brush body 41 is installed on the horizontal rotating shaft 39.

A plurality of shoe brushes 43 are fixedly installed on the shoe brush body 41, and the shoe brushes 43 are installed to clean the outer front surface of the shoe.

Subsequently, a vertical bevel gear 45 is fixedly installed at the right end of the horizontal rotation shaft 39, and a drive shaft is provided at the lower part of the vertical bevel gear 45 to rotate in the horizontal direction by receiving the rotational force of the vertical bevel gear 45. (46) is installed horizontally and connected to the driving motor unit 114.

At this time, a gear rotation shaft 47 is fixedly installed vertically on the ceiling surface of the front body 10, and is installed at the lower end of the gear rotation shaft 47 so that it can rotate in the horizontal direction and engages with the vertical bevel gear 45. A horizontal bevel gear 49 rotating in the horizontal direction is installed, and a brush rotation axis 51 is connected to the lower end of the horizontal bevel gear 49 in the vertical direction, and a disc-shaped shoe brush body is installed at the lower end of the sole rotation axis 51. (53) is installed.

It is preferable that a plurality of shoe brushes 55 are fixedly installed on the outer peripheral surface of the shoe brush body 53 to clean the outer surface of the shoe.

The diameter of the bristles of the shoe brushes 35 and 55 is preferably in the range of 0.1 - 1.2 mm.

A driving motor unit 114 for transmitting power to rotate the left shoe polishing unit 110 and the right shoe polishing unit 112 installed as described above to polish shoes is installed in the third storage unit 24, The drive motor unit 114 includes a motor box 60 installed in the middle of the third storage unit 24 and a drive motor 58 inserted into the inner part of the motor box 60. A motor bracket 62 is connected and installed vertically upward to the drive motor 58. The upper end of the motor bracket 62 is fixed to the ceiling surface of the front body 10, and the middle portion of the motor bracket 62 is fixed to the ceiling surface of the front body 10. It is preferable that it is fixed to the upper surface of the motor box 60 so that it does not shake or twist due to vibration of the drive motor 58.

Meanwhile, a plurality of detection sensors 64 are fixedly installed on the lower inner surface of the front body 10 of the body 102, and the detection sensors 64 are connected to the left shoe polishing unit 110 and the right shoe polishing unit 112. The shoes or shoes coming into the device are checked and detected, the sensed signal is converted into data, and transmitted to the control device unit 118. The control device unit 118 detects the transmitted signal and operates the shoe shine units 110 and 112. After executing the operation of polishing or shaking off the shoes and the shoes are cleaned by the shoe polishing units 110 and 112, the shoes are sterilized and disinfected by spraying a sterilizing disinfectant solution through the internal nozzle 66 of the sterilizing and disinfecting device 104. .

Figure 4 is a diagram of another embodiment of the present invention. The shoe shine device 101 of the present invention is provided with a tilt adjustment device 120 on the inner lower part of the body portion 102 for adjusting the inclination of the shoe.

The tilt adjusting device 120 includes a tilt adjusting body portion 76, a tilt adjusting storage portion 78, and tilt adjusting means 80.

The tilt adjustment body portion 76 has a rectangular box shape in cross-section, and a tilt adjustment storage portion 78 is formed on its inner portion, and a tilt adjustment means 80 is provided at the rear of the tilt adjustment storage portion 78. It is formed.

The tilt adjusting body portion 76 is installed with a hinge portion 75 formed at the front end of the upper surface so that the rear end moves up and down around the hinge portion 75.

The tilt adjusting means 80 installed on the inner side of the tilt adjusting body portion 76 may use a hydraulic cylinder or a pneumatic cylinder.

When the incline adjustment means 80 moves up and down to lift the upper surface of the incline control body 76, the shoe located on the upper surface rises and the incline is adjusted.

Meanwhile, the inclination angle of the shoe adjusted by the inclination adjustment means 80 is preferably in the range of 15 degrees to 60 degrees. This is because if it is below 15 degrees, the contact area with the shoe brush is not large, and if it is above 60 degrees, the contact with the shoe brush is excessive and the shoes are damaged.

The technical tasks to be achieved in the present design are not limited to the technical tasks mentioned above, and other technical tasks not mentioned can be variously implemented by those skilled in the art from the description below. And technical changes within this scope will be said to be within the scope of the present invention.

l10: Front body 11: Door
12: rear body 14: entrance
16: first plate 18: second plate
20: first storage unit 22: second storage unit
24: third storage unit 26: gear rotation shaft
27: gear rotation axis 28,29: horizontal bevel gear
30,31: Brush rotation axis 32,33: Shoe brush body
34,35: shoe brush 36,37: vertical bevel gear
38,39: Horizontal rotation axis 40,41: Shoe brush body
42,43: shoe brush 44,45: vertical bevel gear
46: drive shaft 47,48: gear rotation shaft
49,50: Horizontal bevel gear 51,52: Sol rotation axis
53,54: shoe brush body 55,56: shoe brush
58: drive motor 60: motor box
62: Motor bracket 63,64: Detection sensor
66,67: Nozzle 68: Dust adsorption mat part
70: blowing unit 72: exhaust fan
74: concentrating cell module 75: hinge portion
76: Incline adjustment body 78: Incline adjustment storage section
80: Incline adjustment means 82: Coding classifier
84: Machine Learning
100,101: Shoe shine device 102: Body portion
103: Solar power generation device 104: Sterilization and disinfection device
105: Sterilization and disinfection device 106: Battery charging device
108: Mobile wireless charging device 110: Left shoe polishing unit
112: Right shoe polishing unit 114: Drive motor unit
116: Foreign matter discharge device 118: Control device unit
120: Incline adjustment device 200: Elevator
202: AC external power unit A: Concentrating cell module inclination angle
B: battery

Claims (4)

A body portion (102) consisting of a front body (10) and a rear body (12) equipped with a solar power generation device (103) on the upper surface and left and right shoe polishing parts (110, 112) on the inner side;
a sterilizing/disinfecting device 104 installed on the inner side of the body 102 to sterilize and disinfect shoes introduced into the body 102;
a battery charging device 106 for charging and using the power obtained by the solar power generation device 103;
Charge mobile devices using solar power, including a mobile wireless charging device 108 that is connected to the rear of the body 102 and connected to the battery charging device 106 to charge a mobile phone. A multipurpose elevator shoe shine device that can clean, sterilize, and charge mobile devices.
According to clause 1,
The shoe polishing units 110 and 112 are,
a left shoe polishing unit 110 installed on the inner left side of the body 102 to clean shoes;
a right shoe polishing unit 112 installed on the inner right side of the body 102 to clean shoes;
A driving motor unit 114 is installed between the left shoe shine unit 110 and the right shoe shine unit 112 to operate the left shoe shine unit 110 and the right shoe shine unit 112 to polish shoes. A shoe shine device for a multi-purpose elevator.
According to clause 1,
The shoe shine unit 110,
a gear rotation shaft 26 installed perpendicular to the inner ceiling surface of the front body 10 of the body 102;
A horizontal bevel gear (28) installed at the bottom of the gear rotation shaft (26) and rotating horizontally;
a shoe brush body (32) installed vertically at the lower end of the horizontal bevel gear (28) and including a shoe brush (34) that rotates and cleans one side of the shoe;
a vertical bevel gear (36) installed to engage perpendicularly with the horizontal bevel gear (28) and rotate at a right angle;
a horizontal rotation shaft 38 that is connected to and rotates on the right side of the vertical bevel gear 36;
a shoe brush body (40) installed in the middle of the horizontal rotation axis (38) and rotating back and forth and including a shoe brush (42) to clean the front part of the shoe;
a vertical bevel gear (44) connected to and rotating on the other side of the horizontal rotation shaft (38);
A horizontal bevel gear (50) installed at the lower end of the vertical bevel gear (44) to engage and rotate with the vertical bevel gear (44);
a gear rotation shaft 48 that is vertically connected to the upper end of the horizontal bevel gear 50 and whose upper end is installed on the inner ceiling surface of the body portion 102;
A shoe shine device for a multi-purpose elevator, characterized in that it consists of a shoe brush body (54) with a shoe brush (56) that is vertically connected to the lower end of the horizontal bevel gear (50) and rotates to clean the other side of the shoe.
According to clause 1,
When a shoe enters the left and right shoe polishing units 110 and 112, various sensors detect and recognize the image of the shoe, receive data according to the state of the shoe, convert the received data into information, and transmit it to the coding classifier 82, After the transmitted data information is classified according to the quantity and quality of the data information in the coding classifier 82, the machine learning 84 analyzes and judges the level of difficulty to set low, medium, and high so that the shoe shine operation is performed. A shoe shine device for a multi-purpose elevator, characterized in that it is provided.