Intelligent shoe cabinet

A shoe cabinet and intelligent technology, applied in wardrobes, cabinets, household appliances, etc., can solve the problems of shoe discoloration, aging, shortening the life of shoes, etc., to avoid cross-contamination and increase the effect of beauty

Active Publication Date: 2017-04-19
DONGGUAN SOUTH CHINA DESIGN INNOVATION INST
8 Cites 18 Cited by

AI-Extracted Technical Summary

Problems solved by technology

The existing methods of sterilization and deodorization mainly include high temperature method, ultraviolet method, chemical method, etc. T...
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Method used

Compared with the existing intelligent shoe cabinet, the present invention can selectively clean, sterilize and deodorize the shoes through the selection button 5 on one side of the shoe-shine room 2, avoiding regular cleaning, sterilizing and deodorizing the shoes damage caused. In addition, the present invention stores the cleaned, sterilized and deodorized shoes separately from the uncleaned, sterilized and deodorized shoes, avoiding cross-contamination among them, so that the cleaned, sterilized and deodorized shoes can be placed for a longer period of time. The shoe-changing plate 4 arranged in front o...
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Abstract

The invention discloses an intelligent shoe cabinet. The intelligent shoe cabinet comprises a shoe cabinet body, a shoe polishing device, a sterilizing device and a deodorizing device, wherein the shoe cabinet body comprises a left shoe storeroom and a right shoe storeroom, one of the shoe storerooms is a common storeroom, the other one is a clean storeroom, the common storeroom and the clean storeroom are separated into a plurality of layers by horizontal partition boards, a layered storage automatic lifting ladder is arranged between the common storeroom and the clean storeroom, the layered storage automatic lifting ladder comprises a tray and a mechanical arm arranged on the tray, one side, facing the layered storage automatic lifting ladder, of each of the common storeroom and the clean storeroom is vertically provided with two sliding rails, for one of the two sliding rails, a cross bar is arranged every two layers from the bottom layer of the common storeroom or the clean storeroom, for the other sliding rail, a cross bar is arranged every two layers from the first layer of the common storeroom or the clean storeroom, electric doors capable of moving vertically along the sliding rails are placed on the cross bars, and the height of each electric door is the height of each layer of the common storeroom or each layer of the clean storeroom. For the intelligent shoe cabinet, the shoes can be selectively cleaned, sterilized and deodorized according to the demands of customers, the cleaned, sterilized and deodorized shoes and the not cleaned, sterilized and deodorized shoes are independent from each other, and no cross contamination exists.

Application Domain

Technology Topic

Image

  • Intelligent shoe cabinet
  • Intelligent shoe cabinet
  • Intelligent shoe cabinet

Examples

  • Experimental program(1)

Example Embodiment

[0020] In order to enable those skilled in the art to understand the present invention more clearly, the present invention will now be described in detail with reference to specific embodiments and drawings.
[0021] Such as figure 1 As shown, the smart shoe cabinet of the present invention includes a shoe cabinet body 1 and a shoe polishing device 21, a sterilization device 31, and a deodorizing device 32 located in the shoe cabinet body 1. Among them, the shoe cabinet body 1 is mainly divided into left and right shoe storages, one of which is a normal storage 11 and the other is a clean storage 12. The common storage 11 and the clean storage 12 are divided into multiple layers by horizontal partitions, and the bottom of each common storage 11 or each clean storage 12 is provided with a conveyor belt (111, 121). Between the ordinary storage 11 and the clean storage 12, there is a layered storage automatic elevator 13, and the conveyor belt (111, 121) is used to move the shoes from the end close to the layered storage automatic elevator 13 to the one far away from the layered storage automatic elevator 13 another side. Preferably, the stepping distance of the conveyor belt (111, 121) each time after placing shoes is half the length of the conveyor belt (111, 121). An infrared sensor (112, 122) is arranged at each floor of the ordinary storehouse 11 or each floor of the clean storehouse 12 next to the electric door to sense whether the shoes are full.
[0022] The tiered storage automatic elevator 13 includes a tray 131 and a manipulator 132 arranged on the tray 131. Two slide rails (113, 114, 123, 124) are arranged vertically on the side of the normal storage 11 and the clean storage 12 facing the layered storage automatic elevator 13, and one of the slide rails (113, 123) starts from the normal storage 11 or the clean storage 12 on the ground floor for every two floors Set a rail (115, 125), and another slide rail (114, 124) from the first floor of the normal warehouse 11 or the clean warehouse 12, set a rail (116, 126) every two floors. Electric doors (117, 127) that can move up and down along the slide rails are placed on the crosspieces (115, 116, 125, 126). The height of the electric doors (117, 127) is the height of the ordinary storage 11 or the clean storage 12 of each floor. When putting shoes, the electric door (117,127) moves to the upper rail (115,116,125,126), and after putting the shoes, the electric door (117,127) drops to the lower rail (115,116,125,126). The present invention uses such electric doors (117, 127) to close each layer of ordinary storage 11 and each layer of clean storage 12.
[0023] The bottom layer of the ordinary storage 11 or the clean storage 12 is sequentially provided with a shoe polishing room 2 and a sterilization and deodorization room 3, and the sterilization and deodorization room 3 is adjacent to the automatic elevator 13 for layered storage. A sterilization device 31 and a deodorization device 32 are installed in the sterilization and deodorization chamber 3. A shoe shining device 21 is installed in the shoe shining room 2, and a tray 22 and a manipulator 221 installed on the tray 22 are also arranged in the shoe shining room 2. A shoe changing board 4 is installed in front of the shoe cabinet body 1, and a shoe positioner 41 and a shoe moving track 42 are installed under the shoe changing board 4, such as figure 2 Shown. The shoe locator 41 senses the presence of shoes and activates the track 42 to move the shoes to the front of the shoe shine room 2, and then activates the manipulator 221 in the shoe shine room 2 to move the shoes into the shoe shine room 2. There is a selection button 5 on the side of the shoe shining room 2. If the selection button 5 is pressed, the shoe shining device 21 will wipe the shoes, and then the manipulator 221 of the shoe shining room 2 will send it into the sterilization and deodorization room 3 for sterilization and deodorization. After the deodorization is completed, the manipulator 132 of the tiered storage escalator 13 grabs the shoes into the pallet 131 of the tiered storage escalator 13, and then transports them to the shoe layer by the tiered storage escalator 13, and finally sorts them. The manipulator 132 of the automatic elevator 13 puts the shoes into the clean room 12; if the selection button 5 is not activated, the manipulator 221 of the shoe shine room 2 directly sends the shoes into the sterilization and deodorization room 3, and then the shoes are automatically lifted by the layer storage The manipulator 132 of the ladder 13 grabs it into the pallet 131 of the tiered storage escalator 13, and then the tiered storage escalator 13 transports the shoes to the shoe layer, and finally the tiered storage robot 132 of the escalator 13 removes the shoes Put it in the normal library 11.
[0024] In the present invention, the front door of the shoe cabinet is a one-way perspective mirror, and the side facing the human body is a mirror surface, and LED lights 7 are installed inside the shoe cabinet. An LED light 7 turn-on button 71 is arranged on the outside or top of the shoe cabinet body 1. When the LED light 7 is turned on, the shoes in the shoe cabinet body 1 can be directly seen from the outside of the shoe cabinet body 1. Specifically, each floor of clean storage 12 and each floor of ordinary storage 11 is a separate cabinet (118, 128) with side openings. The openings are all facing the automatic elevator 13 for layered storage. The front panel of the cabinet (118, 128) is automatically sliding left and right. Doors (1181, 1281), automatic left and right sliding doors (1181, 1281) are made of one-way perspective mirrors, the side facing the human body is a mirror surface, and the LED light 7 is inserted into each cabinet (118, 128), such as image 3 Shown. Further, an automatic elevator 8 with a tray 131 is provided between the shoe cabinet body 1 and the shoe changing board 4, such as Figure 4 Shown. The cabinet (118, 128) is provided with mobile start buttons (1182, 1282), press the mobile start button (1182, 1282), the automatic elevator 8 moves the tray 131 to the floor where the cabinet (118, 128) is located, and then the cabinet ( 118,128) Move outward to the pallet 81 of the automatic elevator 8. As the pallet 81 of the automatic elevator 8 slides to the ground, open the automatic left and right sliding doors (1181, 1281) to the left or right, and press the mobile start button again (1182,1282), the cabinet (118,128) closes the automatic left and right sliding doors (1181,1281) to the right or left, and then rises to the floor where the cabinet (118,128) is located with the tray 81 of the automatic elevator 8 and returns to Inside the shoe cabinet body 1.
[0025] In order to increase the aesthetics of the shoe cabinet, a fish tank or flower pot 9 is arranged on the top of the shoe cabinet body 1, which is just flush with the highest point of the slide rails (114, 124) in the middle of the shoe cabinet, so that the slide rails (114, 124) in the middle of the shoe cabinet body 1 ) Will not look obtrusive, and the shoe cabinet is more beautiful.
[0026] The working principle of the present invention is: when going home, people stand on the shoe changing board 4, press the LED light 7 on the outside or top of the shoe cabinet body 1, turn on the button 71, light up all the LED lights 7, and observe the slippers they need. On that floor, press the mobile start button (1182, 1282) on the cabinet (118, 128) where the slippers are located, and the automatic elevator 8 will move the tray 81 to the floor where the cabinet (118, 128) is located, and then the cabinet (118, 128) ) Move outward to the pallet 81 of the automatic elevator 8. As the pallet 81 of the automatic elevator 8 slides to the ground, open the automatic left and right sliding doors (1181, 1281) to the left or right, and people stretch their feet directly into the slippers , And then press the mobile start button (1182, 1282) again, the cabinet (118, 128) closes the automatic left and right sliding doors (1181, 1281) to the right or left, and then the tray 81 of the automatic elevator 8 rises to the cabinet ( 118,128) and return to the inside of the shoe cabinet body 1. When walking down the shoe changing board 4, the original shoes are left on the shoe changing board 4. The shoe locator 41 under the shoe changing board 4 senses the presence of the shoes, and immediately activates the shoe moving track 42 to transfer the shoes to the shoe shine In front of the chamber 2, then the manipulator 132 grabs into the shoe shine chamber 2. After that, people can press the selection button 5 on the side of the shoe shine room 2, and the shoe shine device 21 will wipe the shoes, and then the robot 132 of the shoe shine room 2 will be sent to the sterilization and deodorization room 3 for sterilization and deodorization. The sterilization and deodorization are completed. , And then picked up by the robot 132 of the layered storage automatic elevator 13 into the tray 131 of the layered storage automatic elevator 13, and then transported by the layered storage automatic elevator 13 to the shoe layer, the clean room 12 is stored in the layer The electric door 127 moves upward to open the clean room 12, and finally the manipulator 132 that stores the automatic elevator 13 in layers puts the shoes into the clean room 12 and is placed in the layer near the end of the automatic elevator 13 where the clean room 12 is placed. The conveyor belt 121 at the bottom of the layer moves the shoes from one end close to the automatic tiered storage elevator 13 to the other end far away from the automatic tiered storage elevator 13. Preferably, the stepping distance of the conveyor belt 121 each time after placing shoes is half of the length of the conveyor belt 121, so as to ensure that all shoes are gathered to the end away from the automatic elevator 13 for layered storage. An infrared sensor 122 is installed at each floor of the clean room 12 next to the electric door 127 to sense whether shoes are full. If the shoes are full, the electric door 127 on this floor will not be opened next time, and the clean room on the upper level will be opened. 12 electric doors 127. When the shoes are stored, the manipulator 132 returns, the layered storage automatic elevator 13 descends, and the electric door 127 returns to the original position at the same time, closing the storage layer of the clean storage 12. If people do not press the selection button 5 on the side of the shoe shine room 2, the manipulator 132 in the shoe shine device 21 will transfer the shoes directly from the shoe changing board 4 to the sterilization and deodorization room 3, and then the automatic elevator 13 will be stored in layers. The manipulator 132 directly grabs the shoes into the tray 131 of the tiered storage escalator 13 and then is transported to the shoe layer by the tiered storage escalator 13. The ordinary warehouse 11 is moved upward by the electric door 117 of the storage layer and opened In the ordinary warehouse 11, the manipulator 132 that stores the automatic elevator 13 in layers finally puts the shoes into the ordinary warehouse 11 and is placed in the layer near the end of the automatic elevator 13 in layer storage. The ordinary warehouse 11 is put into the conveyor belt 111 at the bottom of the layer. The shoes move from one end close to the tiered storage automatic elevator 13 to the other end far away from the tiered storage automatic elevator 13. Preferably, the stepping distance of the conveyor belt 111 each time after placing shoes is half the length of the conveyor belt 111, so as to ensure that all shoes are gathered to the end away from the automatic elevator 13 for layered storage. An infrared sensor 112 is installed on each floor of the ordinary storage 11 next to the electric door 117 to sense whether shoes are full. If the shoes are full, the electric door 117 on this floor will not be opened next time, and the ordinary storage on the upper layer will be opened. 11 of the electric door 117. When the shoes are stored, the manipulator 132 is retracted, and the layered storage automatic elevator 13 descends, and at the same time, the electric door 117 returns to the original position, closing the electric door 117 of the storage layer of the ordinary warehouse 11. The process of changing shoes when you go out is similar to when you go home, except that when you go out, you take out your shoes and put in slippers.
[0027] Compared with the existing smart shoe cabinet, the present invention can selectively clean, sterilize and deodorize shoes through the selection button 5 on the side of the shoe shine room 2 to avoid damage to shoes caused by regular cleaning, sterilization and deodorization . In addition, the present invention stores clean, sterilized, deodorized and uncleaned, sterilized, and deodorized separately to avoid cross-contamination between them, so that the cleaned, sterilized, and deodorized shoes can be stored for a longer time. The shoe changing board 4 arranged in front of the shoe cabinet realizes the automatic storage function of shoes, and the automatic elevator 8 with tray 131 arranged between the shoe cabinet and the shoe changing board 4 realizes the automatic shoe taking function.
[0028] Based on the disclosure and teaching of the foregoing specification, those skilled in the art to which the present invention belongs can also make appropriate changes and modifications to the foregoing embodiments. Therefore, the present invention is not limited to the specific embodiments disclosed and described above, and some modifications and changes to the present invention should also fall within the protection scope of the claims of the present invention. In addition, although some specific terms are used in this specification, these terms are only for convenience of description and do not constitute any limitation to the present invention.
the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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