Rotating Clothes Rental Wardrobe

Abstract

The present invention discloses a rotary clothing rental wardrobe, comprising an upper layer, a lower layer, an upper shoe layer, and a lower shoe layer connected in sequence from top to bottom, wherein the main axes of the upper layer, the lower layer, the upper shoe layer, and the lower shoe layer are located on a vertical straight line and are mutually connected and fixed, and each layer is horizontally separated by a partition, a top shell is provided on the top of the upper layer, a bottom plate is provided on the bottom of the lower shoe layer, and the radius of the top shell and the bottom plate are equal, and the side walls of the upper layer and the lower layer are also provided with clothing doors, and the side walls of the upper shoe layer and the lower shoe layer are also provided with shoe doors. The present invention solves the problems of excessively long rental time and large rental labor in the prior art.

Description

Technical Field

[0001] The invention belongs to the technical field of wardrobes, and in particular relates to a rotary clothing rental wardrobe. Background Art

[0002] Today, the demand for dress rental among college students has become increasingly prominent and is gradually expanding, but the current dress rental market for college students still exists in the form of scattered and backward individual businesses around schools. If college students want to rent a dress, they need to go to nearby dress rental companies to rent it, which is extremely inconvenient. There are many problems such as long time consumption, long distance, heavy labor, high price, and low quality of clothes. Summary of the invention

[0003] The purpose of the present invention is to provide a rotary clothing rental wardrobe, which solves the problems of long rental time and high rental labor in the prior art.

[0004] The technical solution adopted by the present invention is a rotary clothing rental wardrobe, comprising an upper clothing layer, a lower clothing layer, an upper shoe layer, and a lower shoe layer which are sequentially connected from top to bottom, the main axes of the upper clothing layer, the lower clothing layer, the upper shoe layer, and the lower shoe layer are all located on a vertical straight line and are mutually connected and fixed, and each layer is horizontally separated by a partition, a top shell is provided on the top of the upper clothing layer, a bottom plate is provided on the bottom of the lower shoe layer, the radii of the top shell and the bottom plate are equal, the side walls of the upper clothing layer and the lower clothing layer are also provided with clothing doors, and the side walls of the upper shoe layer and the lower shoe layer are also provided with shoe doors.

[0005] The present invention is also characterized in that:

[0006] The specific structure of the upper layer is as follows: it includes a main shaft A, fixed discs are arranged at both upper and lower ends of the main shaft A, a main shaft fixing plate is arranged between the top of the upper fixed disc and the main shaft A, a wheel disc C is sleeved on the periphery of the upper fixed disc, and the wheel disc C is fixed to the upper part of the main shaft A through the fixed disc, and a wheel disc C is sleeved on the periphery of the lower fixed disc, and the wheel disc C is fixed to the lower part of the main shaft A through the fixed disc, and the wheel disc C and the wheel disc C are evenly provided with a number of holes along the circumferential side wall, and a rod B38 is horizontally inserted in each hole, and a coil is arranged with the wheel disc C as the center of the circle and a distance of the rod B close to the wheel disc C as the radius, and the coil is arranged through the rod B, and the rod B can slide in a circle along the coil, and the rod B is connected to the telescopic rod through a spring, and the head of the telescopic rod is connected to the spring, and a push column is inserted at the tail end of the telescopic rod, and the push column is connected to the lead screw structure. The push column can be pushed by the lead screw structure to push the telescopic rod out, so as to achieve the purpose of pushing the clothes out. A locking ring A is also provided between the rod B and the telescopic rod. A connecting rod is connected to each of the two ends of the locking ring A. The ends of the two adjacent connecting rods away from the rod B are connected together and connected to the bull's eye wheel structure and placed in the bull's eye wheel track, so that they can slide along the bull's eye wheel track. The bull's eye wheel structure is also connected to a vertically arranged vertical rod A through a connecting block. Several vertical rods A are surrounded by a cylindrical shape to form the outer contour of the upper clothing layer. A clothing door is provided outside the outer contour. A cloth stopper B is also provided between each vertical rod A and the corresponding rod B. The cloth stopper B extends horizontally to the connection position of the coil and the corresponding rod B; a partition is also provided between every two adjacent rods B located below, and a connecting plate is also provided at one end of each telescopic rod close to the connecting rod, and a clothing support is hung on the connecting plate;

[0007] It also includes a stepper motor D fixed on the top shell, the stepper motor D is connected to the wheel disc C through a fixed disc, and the stepper motor D is also connected to a lead screw structure, and the stepper motor D drives the telescopic rod to extend and retract through the lead screw structure.

[0008] The structure of the bull's eye wheel is as follows: one end of the two connecting rods located in the bull's eye wheel track is connected by a three-party connecting block, and the three-party connecting block is fixedly connected to the bull's eye wheel. The bull's eye wheel can slide in the bull's eye wheel track, and the three-party connecting block is also connected to the connecting block.

[0009] The specific structure of the screw structure is: it includes a DC motor E installed on the top shell, a synchronous pulley C is provided at the output shaft end of the DC motor E, the synchronous pulley C is connected to the synchronous pulley D directly below through the synchronous belt C, the synchronous pulley D is fixed on the rod B, the output shaft end of the synchronous pulley D is horizontally connected to one end of the screw, both ends of the screw are fixed by a screw seat, the screw seat is fixed on the top shell, a push plate is also provided on the screw, a fixed rod is also horizontally provided between the two screw seats, the fixed rod is arranged through the push plate, a screw locking ring is also provided between the screw seat and the push plate close to the synchronous pulley D, the screw locking ring fixes the screw to prevent movement, the push plate translates back and forth as the screw rotates, and the fixed rod prevents the push plate from rotating.

[0010] The specific structure of the lower clothing layer is: it includes a main shaft B connected to a wheel disc C, a bearing is also arranged between the wheel disc C and the main shaft B, a motor seat is also arranged between the lower part of the wheel disc C and the main shaft B, a stepper motor C is arranged on the motor seat, the shaft end of the stepper motor C is also connected to the main shaft of the upper clothing layer, the upper part of the main shaft B is sleeved on the bottom of the motor seat, the lower part of the main shaft B is sleeved in the fixed seat, the fixed seat is fixed at the center of the clothing layer fixed disk, the bottom of the clothing layer fixed disk is connected to the main shaft of the upper shoe layer, and the specific structure of the lower clothing layer is the same as that of the upper clothing layer.

[0011] The specific structure of the upper shoe layer is as follows: it includes one end of the shoe layer main shaft vertically connected to the main shaft of the lower clothing layer, and a top seat is also arranged at the contact position between the shoe layer main shaft and the lower clothing layer, the top seat is used to fix the shoe layer main shaft, and the top seat is connected with a plurality of aluminum tubes in a radiating shape, and the plurality of aluminum tubes play the role of supporting the clothing layer and enhancing the stability as a whole, the other end of the shoe layer main shaft is fixed on the bottom fixing seat, and a main shaft synchronous pulley B is also sleeved at a position of the shoe layer main shaft close to the bottom fixing seat, the main shaft synchronous pulley B is connected to the synchronous pulley A through the synchronous belt B, and the synchronous pulley A is connected to the stepper motor B, the upper end of the main shaft synchronous pulley B is connected to the wheel disk B through a key, and the stepper motor B transmits power to the wheel disk B, and the wheel disk B is evenly provided with a plurality of holes along the circumferential side wall, and one end of a rod A is inserted into each hole, and a shoe placing plate for placing shoes is fixed to the other end of the rod A.

[0012] A fan block A and a fan block B are also vertically arranged on the upper partition at the corresponding position of the shoe door of the upper shoe layer. The fan block A and the fan block B are parallel to each other, and the fan block A and the fan block B are perpendicular to the shoe door. The upper parts of the fan block A and the fan block B are connected to the partition, and the lower edges of the fan block A and the fan block B are in contact with the shoe placement plate but not connected. The fan block A and the fan block B have the same structure and both include fan blades A, B and C connected to the stepper motor. The ends of the fan blades A, B and C connected to the stepper motor are all located in the three key slots of the key-like shaft, and baffles are also arranged between adjacent key slots. It is also connected to the output shaft of the stepper motor. When the fan blades A, B and C are rotated in sequence along the key slot of the key-like shaft for a certain angle, the fan blades A, B and C can be assembled into a rectangular surface. The two rectangular surfaces combined with the upper partition and the shoe placement board 3 below can form a rectangular frame. Every time the shoes are taken out or put down, the fan blades A, B and C will be opened in sequence through the drive of the stepper motor, so that the shoe door can only face one pair of shoes, and due to the shielding effect of the fan block A and the fan block B, the person who takes out or puts down the shoes will not touch the shoes on other shoe placement boards 3.

[0013] The specific structure of the lower shoe layer is as follows: it includes one end of the shoe layer main shaft vertically connected to the main shaft of the lower clothing layer, the other end of the shoe layer main shaft is fixed on the bottom fixed seat, and a main shaft synchronous pulley B is sleeved at a position of the shoe layer main shaft close to the bottom fixed seat, and a main shaft synchronous pulley A is sleeved on the upper end of the main shaft synchronous pulley B, and a large bearing is arranged between the main shaft synchronous pulley B and the main shaft synchronous pulley A to reduce friction, and the lower end of the main shaft synchronous pulley A is connected to the synchronous pulley B through the synchronous belt A, and the synchronous pulley B is connected to the stepper motor A, and the synchronous pulley B is connected to the stepper motor A. The pulley B is fixed to the stepper motor A through a synchronous pulley fixing seat, the upper end of the main shaft synchronous pulley A is connected to the center position of the wheel disc A, the wheel disc A is fixed on the main shaft of the shoe layer, and the wheel disc A is evenly opened with a number of holes along the circumferential side wall, and one end of a rod A is inserted into each hole, and a plate-shaped hanging support is horizontally fixed to the other end of the rod A, and a shoe placing board is arranged under the hanging support, and the hanging support and the shoe placing board are connected and fixed by a vertical rod A, and three of the side surfaces formed between the hanging support and the shoe placing board are also hung with a blocking cloth A, and the other side surface is used for placing and taking out shoes;

[0014] The bottom plate is arranged with the bottom fixing seat as the center.

[0015] The two clothing doors have the same structure and both include two identical clothing door shells. A row of small bearings are arranged at the bottom of the clothing door shells to facilitate users to open the doors. An automatic lock B is also arranged on the clothing door shells. Users can take out or put down clothes by opening or locking the automatic lock B.

[0016] The two shoe doors have the same structure and both include two identical shoe door shells. A row of small bearings are provided at the bottom of the shoe door shells to facilitate users to open the door. An automatic lock A is also provided on the shoe door shells. Users can take out or put down shoes by opening or locking the automatic lock A.

[0017] The beneficial effect of the present invention is that a rotating clothing rental wardrobe breaks through the disadvantages of traditional dress rental such as long time consumption, long distance and high cost, and provides a more convenient, faster, more affordable, more unified and more hygienic new form of renting dresses for college students, thereby replacing the old individual operation and changing the way college students rent clothes. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a structural schematic diagram of the rotary intelligent dress rental wardrobe of the present invention;

[0019] Figure 2 It is a structural schematic diagram of the shoe storage part of the present invention;

[0020] Figure 3 It is a schematic structural diagram of the storage part of the upper garment layer of the present invention;

[0021] Figure 4 It is a structural schematic diagram of the lead screw and the bull's eye wheel of the present invention;

[0022] Figure 5 It is a structural schematic diagram of the staff window of the present invention;

[0023] Figure 6 It is a schematic diagram of the structure of the fan block A of the present invention;

[0024] Figure 7 It is a structural schematic diagram of the front side of the present invention;

[0025] Figure 8 It is a schematic structural diagram of the storage part of the lower garment layer of the present invention;

[0026] Fig. 9 It is a structural schematic diagram of the user window of the present invention;

[0027] Fig.10 It is a structural schematic diagram of the bull's eye wheel of the present invention;

[0028] Fig.11 It is a schematic structural diagram of the bottom of the lower garment layer of the present invention;

[0029] Fig.12 It is a structural schematic diagram of the rod B portion of the present invention;

[0030] Fig.13 A schematic diagram of the structure of the folded fan guard A of the present invention;

[0031] Fig.14 A schematic diagram of the structure of the split section A of the present invention.

[0032] In the figure, 1. fan block A, 2. fan block B, 3. shoe plate, 4. cloth block A, 5. vertical rod A, 6. bottom plate, 7. main shaft synchronous pulley A, 8. stepper motor B, 9. large bearing, 10. bottom fixed seat, 11. main shaft synchronous pulley B, 12. synchronous belt B, 13. stepper motor A, 14. synchronous pulley fixed seat, 15. synchronous belt A, 16. synchronous pulley A, 17. wheel A, 18. wheel B, 19. shoe layer main shaft, 20. automatic lock A, 21 .Top shell, 22. Automatic lock B, 23. Aluminum tube, 24. Partition, 25. Rod A, 26. Coil, 27. Wheel C, 28. Cloth blocking B, 29. Vertical rod A, 30. Clothes support, 31. Bull's eye wheel track, 32. Bull's eye wheel structure, 33. Connecting rod, 34. Connecting plate, 35. Spring, 36. Telescopic rod, 37. Locking ring, 38. Rod B, 39. Screw structure, 40. Stepper motor D, 41. Fixed disc, 42. DC motor E, 4 3. Synchronous pulley C, 44. Synchronous belt C, 45. Screw seat, 46. Locking ring, 47. Three-way connecting block, 48. Bull's eye wheel, 49. Connecting block, 50. Fixed rod, 51. Screw, 52. Push column, 53. Push plate, 54. Screw locking ring, 55. Rear door, 56. Stepper motor E, 57. Baffle, 58. Fan A, 59. Fan B, 60. Fan C, 61. Top fixing ring, 62. Clothes door shell, 63. Shell, 64. Key shaft, 65. Shoe door shell, 66. Top seat, 67. Hanging support, 68. Spindle fixing plate, 69. Spindle A, 70. Fixing ring, 71. Wheel C, 72. Bearing, 73. Stepper motor C, 74. Motor seat, 75. Spindle B, 76. Clothing layer fixing plate, 77. Fixing seat, 78. Clothing door, 79. Small bearing, 80. Shoe door, 81. Upper clothing layer, 82. Lower clothing layer, 83. Upper shoe layer, 84. Lower shoe layer, 85. Synchronous pulley D, 86. Synchronous pulley B. DETAILED DESCRIPTION

[0033] The present invention is described in detail below with reference to the accompanying drawings and specific embodiments.

[0034] The rotary clothing rental wardrobe of the present invention is as follows: Figures 1 to 8 As shown, it includes an upper layer 81, a lower layer 82, an upper shoe layer 83, and a lower shoe layer 84 connected in sequence from top to bottom, the main axes of the upper layer 81, the lower layer 82, the upper shoe layer 83, and the lower shoe layer 84 are all located on a vertical straight line and are connected and fixed to each other, and each layer is horizontally separated by a partition 24, a top shell 21 is provided on the top of the upper layer 81, and a bottom plate 6 is provided on the bottom of the lower shoe layer 84, and the radii of the top shell 21 and the bottom plate 6 are equal, and the side walls of the upper layer 81 and the lower layer 82 are also provided with clothing doors 78, and the side walls of the upper shoe layer 83 and the lower shoe layer 84 are also provided with shoe doors 80.

[0035] like Figures 9 to 12As shown, the specific structure of the upper layer 81 is as follows: it includes a main shaft A69, and fixed discs 41 are arranged at both ends of the main shaft A69. A main shaft fixing plate 68 is also arranged between the top of the upper fixed disc 41 and the main shaft A69. A wheel C27 is also sleeved on the outer periphery of the upper fixed disc 41, and the wheel C27 is fixed to the upper part of the main shaft A69 through the fixed disc 41. A wheel C71 is also sleeved on the outer periphery of the lower fixed disc 41, and the wheel C71 is fixed to the lower part of the main shaft A69 through the fixed disc 41. The wheel disc C27 and the wheel disc C71 are both evenly provided with a plurality of holes along the circumferential side wall, and a rod B38 is correspondingly inserted horizontally in each hole. A coil 26 is also provided with the wheel disc C27 as the center and the rod B38 being close to the wheel disc C27 for a distance as the radius. The coil 26 is provided through the rod B38, and the rod B38 can slide in a circle along the coil 26. The rod B38 is connected to the telescopic rod 36 through the spring 35, and the head of the telescopic rod 36 is connected to the spring 35. A push column 52 is inserted at the tail end of the telescopic rod 36, and the push column 52 is connected to the lead screw. The push column 52 can be pushed by the lead screw structure 39 to push the telescopic rod 36 out, so as to push the clothes out. A locking ring A37 is also provided between the rod B38 and the telescopic rod 36. The two ends of the locking ring A37 are respectively connected to a connecting rod 33. The ends of the two adjacent connecting rods 33 away from the rod B38 are connected together and connected to the bull's eye wheel structure 32 and placed in the bull's eye wheel track 31. They can slide along the bull's eye wheel track 31. The bull's eye wheel structure 32 is also connected to a vertical connecting rod 33 through a connecting block 49. A plurality of vertical rods A29 are provided, and a plurality of vertical rods A29 are formed into a cylindrical shape to form the outer contour of the upper garment layer 81, and a clothing door 78 is provided outside the outer contour. A cloth stopper B28 is provided between each vertical rod A29 and the corresponding rod B38, and the cloth stopper B28 extends horizontally to the connection position between the coil 26 and the corresponding rod B38; a partition plate 24 is provided between each two adjacent corresponding rods B38 located below, and a connecting plate 34 is provided at one end of each telescopic rod 36 close to the connecting rod 33, and a clothing support 30 is hung on the connecting plate 34;

[0036] It also includes a stepper motor D40 fixed on the top shell 21, the stepper motor D40 is connected to the wheel plate C27 through a fixed disc 41, and the stepper motor D40 is also connected to a screw structure 39, and the stepper motor D40 drives the telescopic rod 36 to extend and retract through the screw structure 39.

[0037] The bull's eye wheel structure 32 is specifically as follows: one end of the two connecting rods 33 located in the bull's eye wheel track 31 is connected by a three-party connecting block 47, and the three-party connecting block 47 is connected and fixed to the bull's eye wheel 48. The bull's eye wheel 48 can slide in the bull's eye wheel track 31, and the three-party connecting block 47 is also connected to the connecting block 49.

[0038] The specific structure of the screw structure 39 is as follows: it includes a DC motor E42 installed on the top shell 21, and a synchronous pulley C43 is provided at the output shaft end of the DC motor E42. The synchronous pulley C43 is connected to the synchronous pulley D85 directly below through a synchronous belt C44, and the synchronous pulley D85 is fixed on the rod B38. The output shaft end of the synchronous pulley D85 is horizontally connected to one end of the screw 51. Both ends of the screw 51 are fixed by a screw seat 45. The screw seat 45 is fixed on the top shell 21. A push plate 53 is also provided on the screw 51. A fixed rod 50 is also horizontally provided between the two screw seats 45. The fixed rod 50 is arranged through the push plate 53. A screw locking ring 54 is also provided between the screw seat 45 close to the synchronous pulley D85 and the push plate 53. The screw locking ring 54 fixes the screw 51 to prevent movement. The push plate 53 translates back and forth as the screw 51 rotates, and the fixed rod 50 prevents the push plate 53 from rotating.

[0039] The specific structure of the lower clothing layer 82 is as follows: it includes a main shaft B75 connected to the wheel disc C71, a bearing 72 is also arranged between the wheel disc C71 and the main shaft B75, a motor seat 74 is also arranged between the lower part of the wheel disc C71 and the main shaft B75, a stepper motor C73 is arranged on the motor seat 74, and the shaft end of the stepper motor C73 is also connected to the main shaft of the upper clothing layer 81, the upper part of the main shaft B75 is sleeved on the bottom of the motor seat 74, and the lower part of the main shaft B75 is sleeved in the fixed seat 77, and the fixed seat 77 is fixed at the center of the clothing layer fixing disk 76, and the bottom of the clothing layer fixing disk 76 is connected to the main shaft of the upper shoe layer 83. The specific structure of the lower clothing layer 82 is the same as that of the upper clothing layer 81.

[0040] The specific structure of the upper shoe layer 83 is as follows: it includes one end of the shoe layer main shaft 19 vertically connected to the main shaft of the lower clothing layer 82, and a top seat 66 is also provided at the contact position between the shoe layer main shaft 19 and the lower clothing layer 82, and the top seat 66 is used to fix the shoe layer main shaft 19. The top seat 66 is connected to a plurality of aluminum tubes 23 in an radiating shape, and the plurality of aluminum tubes 23 play the role of supporting the clothing layer and enhancing the stability as a whole. The other end of the shoe layer main shaft 19 is fixed on the bottom fixing seat 10, and the shoe layer main shaft 19 is close to the bottom fixing seat 10. A main shaft synchronous pulley B11 is also sleeved at the position, and the main shaft synchronous pulley B11 is connected to the synchronous pulley A16 through a synchronous belt B12, and the synchronous pulley A16 is connected to the stepper motor B8. The upper end of the main shaft synchronous pulley B11 is connected to the wheel disk B18 through a key, and the stepper motor B8 transmits power to the wheel disk B18. The wheel disk B18 has a plurality of holes evenly opened along the circumferential side wall, and one end of a rod A25 is inserted into each hole, and a shoe placing plate 3 is fixed to the other end of the rod A25 for placing shoes.

[0041] like Figure 6 , Fig.13 , Fig.14As shown, a fan block A1 and a fan block B2 are vertically arranged on the upper partition 24 at the corresponding position of the shoe door 80 of the upper shoe layer 83. The fan block A1 and the fan block B2 are parallel to each other, and the fan block A1 and the fan block B2 are perpendicular to the shoe door 80. The upper parts of the fan block A1 and the fan block B2 are connected to the partition 24, and the lower edges of the fan block A1 and the fan block B2 are in contact with the shoe placement plate 3 but not connected. The fan block A1 and the fan block B2 have the same structure and both include a fan piece A58, a fan piece B59, and a fan piece C60 connected to the stepper motor 56. The ends of the fan pieces A58, the fan pieces B59, and the fan pieces C60 connected to the stepper motor 56 are all located in the three key slots of the key-like shaft 64, and a block is also arranged between adjacent key slots. Slice 57 and the key-like shaft 64 are connected to the output shaft of the stepper motor 56. When fan blade A58, fan blade B59 and fan blade C60 are rotated in sequence along the key slot of the key-like shaft 64 for a certain angle, fan blade A58, fan blade B59 and fan blade C60 can be assembled into a rectangular surface. The two rectangular surfaces combined with the upper partition plate 24 and the shoe placement board 3 below can form a rectangular frame. Each time the shoes are taken out or put down, fan blade A58, fan blade B59 and fan blade C60 will be opened in sequence through the drive of the stepper motor 56, so that the shoe door 80 can only face one pair of shoes, and due to the shielding effect of fan block A1 and fan block B2, the person who takes out or puts down the shoes will not touch the shoes on other shoe placement boards 3.

[0042] The specific structure of the lower shoe layer 84 is as follows: it includes one end of the shoe layer main shaft 19 vertically connected to the main shaft of the lower clothing layer 82, and the other end of the shoe layer main shaft 19 is fixed on the bottom fixing seat 10. The shoe layer main shaft 19 is also sleeved with a main shaft synchronous pulley B11 at a position close to the bottom fixing seat 10. The upper end of the main shaft synchronous pulley B11 is sleeved with a main shaft synchronous pulley A7. A large bearing 9 is arranged between the main shaft synchronous pulley B11 and the main shaft synchronous pulley A7 to reduce friction. The lower end of the main shaft synchronous pulley A7 is connected to the synchronous pulley B86 through a synchronous belt A15, and the synchronous pulley B86 is connected to the stepping motor A13. The pulley B86 is fixed to the stepper motor A13 via a synchronous pulley fixing seat 14, the upper end of the main shaft synchronous pulley A7 is connected to the center position of the wheel disc A17, the wheel disc A17 is fixed on the shoe layer main shaft 19, and the wheel disc A17 is evenly opened with a plurality of holes along the circumferential side wall, one end of a rod A25 is inserted into each hole, and a plate-shaped suspension support 67 is horizontally fixed to the other end of the rod A25, a shoe placing plate 3 is arranged below the suspension support 67, the suspension support 67 and the shoe placing plate 3 are connected and fixed by a vertical rod A5, and three of the side surfaces formed between the suspension support 67 and the shoe placing plate 3 are also hung with a blocking cloth A4, and the other side surface is used for placing and taking out shoes;

[0043] The bottom plate 6 is arranged with the bottom fixing seat 10 as the center.

[0044] The two clothing doors 78 have the same structure and both include two identical clothing door shells 62. A row of small bearings 79 are provided at the bottom of the clothing door shell 62 to facilitate users to open the door. An automatic lock B22 is also provided on the clothing door shell 62. Users can take or put clothes by opening or locking the automatic lock B22.

[0045] The two shoe doors 80 have the same structure and both include two identical shoe door shells 65. A row of small bearings 79 are provided at the bottom of the shoe door shell 65 to facilitate users to open the door. An automatic lock A20 is also provided on the shoe door shell 65. Users can take out or put down shoes by opening or locking the automatic lock A20.

[0046] In the present invention, all motors are connected to the controller of the control center.

[0047] In the rotary clothing rental wardrobe of the present invention, when the user needs it, the controller controls the stepper motor to rotate, and the rod B38 corresponding to the clothes that meet the requirements is turned to the clothing door 78. If the size of the rented clothes is 165 and 170, the clothes taken are in the lower clothing layer 82; if the size of the rented clothes is 175 and 180, the clothes taken are in the upper clothing layer 81. Then the lead screw structure 39 pushes out the telescopic rod 36, and the clothes support 30 connected to the connecting plate 34 is also pushed to the clothing door 78. The user manually opens the clothing door 78, and after taking away the dress, the spring 35 shrinks back, retracts the telescopic rod 36, and the user manually closes the clothing door 78. Next, the controller turns the shoe plate 3 corresponding to the shoes that meet the requirements to the shoe door 80 according to the user's personal information. If the shoes are men's leather shoes, the shoes taken are in the upper shoe layer 83, and if the shoes are women's high heels, the shoes taken are in the lower shoe layer 84. The stepper motor B8 controls the rod A25 to rotate, driving the shoe placing plate 3 connected to the rod A25 to rotate, and the shoes located on the upper shoe layer 83 are transported to the shoe door 80. The fan block A1 and the fan block B2 of the shoe door 80 will be unfolded like a fan. The user manually opens the shoe door 80, and after taking out the shoes, the shoe door 80 is manually closed. The stepper motor B13 controls the rod A25 to rotate, driving the shoe placing plate 3 supported by the suspension support 67 to rotate, and the shoes located on the lower shoe layer 84 are transported to the shoe door 80. The user manually opens the shoe door 80, and after taking out the shoes, the shoe door 80 is manually closed. Before the shoe door 80 is opened, the fan block A1 and the fan block B2 will automatically unfold like a fan. When the shoe door 80 is closed, the fan block A1 and the fan block B2 will automatically close together to block the shoes on the other shoe boards 3 on both sides. The angles of each fan blade A58, fan blade B59, and fan blade C60 are all equal and are thin plates greater than 30 degrees (so that they can form a rectangle when fully unfolded). The keyway angles of each fan blade A58, fan blade B59, and fan blade C60 connected to the key-like shaft 64 are different in size, among which the keyway of the fan blade 60 is just inlaid with the size of the key-like shaft, and the keyway angle of the fan blade 58 is the largest. When the stepper motor 56 rotates, the fan blades A58, fan blade B59, and fan blade C60 can rotate to different angles (the fan blade 58 does not rotate). The blocking piece 57 prevents each fan blade A58, fan blade B59, and fan blade C60 from continuing to unfold after unfolding to a given angle. The purpose of this structure is to prevent a malicious user from opening the shoe door 80 of the upper shoe layer 83 and "stealing" the shoes on both sides in addition to taking the shoes that belong to him at the door. The same principle as the lower shoe layer 84 blocking cloth A4 also plays a "blocking" role. When the user wants to take out the shoes, the corresponding shoes are turned to the shoe door, and the fan blocks A1 and B2 on both sides are unfolded. Then the automatic lock 20A is unlocked, and the shoe door 80 is opened. The user completes taking out the shoes.

[0048] When the user returns the dress, the controller controls the stepper motor to rotate and turn the rod 38 corresponding to the borrowed dress to the clothing door 78. Then the lead screw structure 39 pushes out the telescopic rod 36, and the clothing support 30 connected to the connecting plate 34 is also pushed to the clothing door 78. The user manually opens the clothing door 78. After returning the dress, the spring 35 shrinks back and retracts the telescopic rod 36. The user manually closes the clothing door 78. Next, the controller controls the stepper motor to turn the shoe placement board 3 corresponding to the shoes rented by the user to the shoe door 80. After the shoe placement board 3 located in the upper shoe layer 83 is transported to the shoe door 80, the fan block A1 and the fan block B2 of the shoe door 80 will unfold like a fan. The user manually opens the shoe door 80 and manually closes the shoe door 80 after returning the shoes. After the shoe placement board 3 located in the lower shoe layer 84 is transported to the shoe door 80, the user manually opens the shoe door 80 and manually closes the shoe door 80 after returning the shoes.

Claims

1. Rotating clothing rental wardrobe, characterized by: The invention comprises an upper garment layer (81), a lower garment layer (82), an upper shoe layer (83), and a lower shoe layer (84) which are connected in sequence from top to bottom. The main axes of the upper garment layer (81), the lower garment layer (82), the upper shoe layer (83), and the lower shoe layer (84) are all located on a vertical straight line and are connected and fixed to each other. The layers are separated by partitions (24) arranged horizontally. A top shell (21) is arranged at the top of the upper garment layer (81), and a bottom plate (6) is arranged at the bottom of the lower shoe layer (84). The top shell (21) and the bottom plate (6) have the same radius. Clothes doors (78) are also arranged on the side walls of the upper garment layer (81) and the lower garment layer (82), and shoe doors (80) are also arranged on the side walls of the upper shoe layer (83) and the lower shoe layer (84). The specific structure of the upper layer (81) is as follows: it includes a main shaft A (69), and the main shaft A (69) is provided with a fixed disc (41) at both the upper and lower ends. A main shaft fixing plate (68) is also provided between the top of the upper fixed disc (41) and the main shaft A (69). A wheel disc C (27) is also sleeved on the outer periphery of the upper fixed disc (41), and the wheel disc C (27) is fixed to the upper part of the main shaft A (69) through the fixed disc (41). A wheel disc D (71) is also sleeved on the outer periphery of the lower fixed disc (41), and the wheel disc D (71) is fixed to the lower part of the main shaft A (69) through the fixed disc (41). The disk C (27) and the wheel disk D (71) are both provided with a plurality of holes uniformly opened along the circumferential side walls, and a rod B (38) is correspondingly inserted horizontally in each hole. A coil (26) is further provided with the wheel disk C (27) as the center of the circle and a distance of the rod B (38) close to the wheel disk C (27) as the radius. The coil (26) is provided through the rod B (38). The rod B (38) can slide in a circle along the coil (26). The rod B (38) is connected to the telescopic rod (36) through a spring (35). The head of the telescopic rod (36) is connected to the spring (35). A push post (52) is inserted into the tail end of the telescopic rod (36). The push post (52) is connected to the wire The push rod (52) is connected to the rod structure (39), and the push rod (52) can be pushed by the lead screw structure (39) to push the telescopic rod (36) out, so as to achieve the purpose of pushing the clothes out. A locking ring A (37) is also provided between the rod B (38) and the telescopic rod (36), and the two ends of the locking ring A (37) are respectively connected to a connecting rod (33), and the ends of two adjacent connecting rods (33) away from the rod B (38) are connected together and connected to the bull's eye wheel structure (32) and then placed in the bull's eye wheel track (31), and can slide along the bull's eye wheel track (31). The bull's eye wheel structure (32) is also connected to a vertical guide rail (31) through a connecting block (49). A plurality of vertical rods B (29) are arranged vertically, and the vertical rods B (29) are arranged in a cylindrical shape to form the outer contour of the upper garment layer (81). A clothing door (78) is arranged outside the outer contour. A cloth stopper B (28) is arranged between each vertical rod B (29) and the corresponding rod B (38). The cloth stopper B (28) extends horizontally to the connection position between the coil (26) and the corresponding rod B (38). A partition plate (24) is arranged between each two adjacent rods B (38) at the bottom. A connecting plate (34) is arranged at one end of each telescopic rod (36) close to the connecting rod (33), and a clothing support (30) is hung on the connecting plate (34). The stepper motor D (40) is also included, which is fixed on the top housing (21). The stepper motor D (40) is connected to the wheel disc C (27) via the fixed disc (41). The stepper motor D (40) is also connected to a lead screw structure (39). The stepper motor D (40) drives the telescopic rod (36) to extend and retract via the lead screw structure (39).

2. The rotary clothing rental wardrobe according to claim 1, characterized in that: The bull's eye wheel structure (32) is specifically as follows: one end of the two connecting rods (33) located in the bull's eye wheel track (31) is connected via a three-way connecting block (47), the three-way connecting block (47) is connected and fixed to the bull's eye wheel (48), the bull's eye wheel (48) can slide in the bull's eye wheel track (31), and the three-way connecting block (47) is also connected to the connecting block (49) at the same time.

3. The rotary clothing rental wardrobe according to claim 2, characterized in that: The screw structure (39) has a specific structure as follows: it includes a DC motor E (42) mounted on the top housing (21); a synchronous pulley C (43) is provided at the output shaft end of the DC motor E (42); the synchronous pulley C (43) is connected to a synchronous pulley D (85) directly below via a synchronous belt C (44); the synchronous pulley D (85) is fixed to the rod B (38); the output shaft end of the synchronous pulley D (85) is horizontally connected to one end of the screw (51); both ends of the screw (51) are fixed via a screw seat (45); the screw seat (45) ) is fixed on the top housing (21), a push plate (53) is also provided on the lead screw (51), a fixing rod (50) is also horizontally provided between the two lead screw seats (45), the fixing rod (50) passes through the push plate (53), and a lead screw locking ring (54) is also provided between the lead screw seat (45) and the push plate (53) near the synchronous pulley D (85), the lead screw locking ring (54) fixes the lead screw (51) to prevent movement, the push plate (53) translates forward and backward as the lead screw (51) rotates, and the fixing rod (50) prevents the push plate (53) from rotating.

4. The rotary clothing rental wardrobe according to claim 1, characterized in that: The specific structure of the lower garment layer (82) is as follows: it comprises a main shaft B (75) connected to the wheel disc D (71); a bearing (72) is further arranged between the wheel disc D (71) and the main shaft B (75); a motor seat (74) is further arranged between the lower part of the wheel disc D (71) and the main shaft B (75); a stepping motor C (73) is arranged on the motor seat (74); the shaft end of the stepping motor C (73) is further connected to the main shaft of the upper garment layer (81); the upper part of the main shaft B (75) is sleeved on the bottom of the motor seat (74); the lower part of the main shaft B (75) is sleeved in the fixing seat (77); the fixing seat (77) is fixed at the center of the garment layer fixing plate (76); the bottom of the garment layer fixing plate (76) is connected to the main shaft of the upper shoe layer (83); the specific structure of the lower garment layer (82) is the same as that of the upper garment layer (81).

5. The rotary clothing rental wardrobe according to claim 1, characterized in that: The specific structure of the upper shoe layer (83) is as follows: it includes one end of a shoe layer main axis (19) vertically connected to the main axis of the lower clothing layer (82); a top seat (66) is further provided at the contact position between the shoe layer main axis (19) and the lower clothing layer (82); the top seat (66) is used to fix the shoe layer main axis (19); the top seat (66) is connected to a plurality of aluminum tubes (23) in a radial shape; the plurality of aluminum tubes (23) play the role of supporting the clothing layer and enhancing overall stability; the other end of the shoe layer main axis (19) is fixed to the bottom fixing seat (10); the shoe layer main axis (19) is close to the bottom fixing seat (10); A main shaft synchronous pulley B (11) is sleeved at the position of the main shaft synchronous pulley B (11), the main shaft synchronous pulley B (11) is connected to the synchronous pulley A (16) through a synchronous belt B (12), the synchronous pulley A (16) is connected to the stepper motor B (8), the upper end of the main shaft synchronous pulley B (11) is connected to the wheel disc B (18) through a key, the stepper motor B (8) transmits power to the wheel disc B (18), the wheel disc B (18) is evenly opened with a plurality of holes along the circumferential side wall, each hole is inserted with one end of a rod A (25), and the other end of the rod A (25) is fixed with a shoe placing plate (3) for placing shoes.

6. The rotary clothing rental wardrobe according to claim 5, characterized in that: A fan block A (1) and a fan block B (2) are also vertically arranged on the partition (24) at the upper part of the upper shoe layer (83). The fan block A (1) and the fan block B (2) are parallel to each other and perpendicular to the shoe door (80). The upper parts of the fan block A (1) and the fan block B (2) are connected to the partition (24). The lower edges of the fan block A (1) and the fan block B (2) are in contact with the shoe placement plate (3) but not connected. The fan block A (1) and the fan block B (2) have the same structure and both include a fan piece A (58), a fan piece B (59), and a fan piece C (60) connected to the stepping motor (56). The ends of the fan pieces A (58), the fan pieces B (59), and the fan pieces C (60) connected to the stepping motor (56) are all located in three key slots of the key-like shaft (64). There are also gaps between adjacent key slots. The baffle (57) and the key-like shaft (64) are connected to the output shaft of the stepper motor (56). When the fan blade A (58), the fan blade B (59), and the fan blade C (60) are rotated in sequence along the key slot of the key-like shaft (64) by a certain angle, the fan blade A (58), the fan blade B (59), and the fan blade C (60) can be assembled into a rectangular surface. The two rectangular surfaces can form a rectangular frame in combination with the upper partition plate (24) and the shoe placing plate (3) below. Each time when taking out or putting down shoes, the fan blade A (58), the fan blade B (59), and the fan blade C (60) will be sequentially opened by the stepper motor (56). In this way, the shoe door (80) can only face one pair of shoes. Due to the shielding effect of the fan baffle A (1) and the fan baffle B (2), the person taking out or putting down shoes will not touch the shoes on other shoe placing plates (3).

7. The rotary clothing rental wardrobe according to claim 1, characterized in that: The specific structure of the lower shoe layer (84) is as follows: it includes one end of the shoe layer main shaft (19) vertically connected to the main shaft of the lower clothing layer (82), the other end of the shoe layer main shaft (19) is fixed on the bottom fixing seat (10), the shoe layer main shaft (19) is also sleeved with a main shaft synchronous pulley B (11) at a position close to the bottom fixing seat (10), the upper end of the main shaft synchronous pulley B (11) is sleeved with a main shaft synchronous pulley A (7), a large bearing (9) is arranged between the main shaft synchronous pulley B (11) and the main shaft synchronous pulley A (7) to reduce friction, the lower end of the main shaft synchronous pulley A (7) is connected to the synchronous pulley B (86) through a synchronous belt A (15), and the synchronous pulley B (86) is connected to the stepping motor A (13), synchronously The pulley B (86) is fixed to the stepper motor A (13) via a synchronous pulley fixing seat (14); the upper end of the main shaft synchronous pulley A (7) is connected to the center position of the wheel disc A (17); the wheel disc A (17) is fixed to the shoe layer main shaft (19); the wheel disc A (17) is evenly provided with a plurality of holes along the circumferential side wall; one end of a rod A (25) is inserted into each hole; a plate-shaped suspension support (67) is horizontally fixed to the other end of the rod A (25); a shoe placing plate (3) is arranged below the suspension support (67); the suspension support (67) and the shoe placing plate (3) are connected and fixed via a vertical rod A (5); three of the side surfaces formed between the suspension support (67) and the shoe placing plate (3) are also provided with a blocking cloth A (4); the other side surface is used for placing and removing shoes; The bottom plate (6) is arranged with the bottom fixing seat (10) as the center.

8. The rotary clothing rental wardrobe according to claim 1, characterized in that: The two clothing doors (78) have the same structure and both include two identical clothing door shells (62). A row of small bearings (79) are provided at the bottom of the clothing door shell (62) to facilitate users to open the door. An automatic lock B (22) is also provided on the clothing door shell (62). Users can take out or put down clothes by opening or locking the automatic lock B (22).

9. The rotary clothing rental wardrobe according to claim 1, characterized in that: The two shoe doors (80) have the same structure and both include two identical shoe door shells (65). A row of small bearings (79) are provided at the bottom of the shoe door shell (65) to facilitate users to open the door. An automatic lock A (20) is also provided on the shoe door shell (65). Users can take out or put away shoes by opening or locking the automatic lock A (20).

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