Garment self-service renting device
By adopting a double-layer structural design and electrical lock combined with IoT technology in the self-service clothing rental device, the locking and detection problems caused by uneven thickness and softness of clothing are solved, and the safety and anti-theft of clothing and convenient detection of rental status are achieved, providing technical support for the clothing rental industry.
Patent Information
- Application Number
- CN202510474723.3
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-04-16
- Publication Date
- 2025-05-13
AI Technical Summary
The self-service clothing rental device is restricted by the development of self-service clothing due to uneven thickness and soft appearance, poor clamping and locking, the suspension of the clothes hanger is not easy to accurately push and lock, and the soft clothing is not convenient to detect the rental status, which limits the development of self-service clothing rental.
The design adopts a double-layer structure, where the upper layer is a hollow structure and the lower layer is a groove-shaped structure. The lower layer space is divided into multiple clothes hanging spaces through support and partitions. Each space roof is equipped with rectangular through holes and clothing positioning parts. Combined with an electronic lock, an IoT control module and a mobile terminal, it realizes accurate locking and rental status detection of clothing.
It effectively solves the locking and detection problems caused by uneven thickness and softness of clothing, realizes the safety and anti-theft of clothing and convenient detection of rental status, and provides technical support for the clothing rental industry.
Smart Images
Figure CN119992720A_ABST
Abstract
Description
Technical Field
[0001] The invention belongs to a self-service rental device, in particular to a self-service clothing rental device. Background Art
[0002] At present, self-service rental devices are mainly focused on the self-service rental of hard-shell products that are easy to detect, such as power banks, scenic spot tour guides, etc., providing convenience for users through APP, mini-programs, and Internet of Things technology. However, the development of self-service rental of clothing is restricted due to many problems such as uneven thickness, soft appearance, difficult clamping and locking for anti-theft, and soft clothing that is inconvenient to detect the rental status. People are looking forward to solving the above-mentioned problems that affect the development of self-service rental of clothing. Summary of the invention
[0003] In order to solve the above-mentioned problems of the self-service clothing rental, such as uneven thickness, soft appearance, difficult to clamp and lock the anti-theft clothing, difficult to accurately push and lock the hanger, and soft clothing that is inconvenient to detect the rental status, the present invention adopts the following solution;
[0004] Provided is a self-service clothing rental device, comprising a double-layer structure, wherein the upper layer space has a closed cross section and is a hollow structure formed by translationally extending along a horizontal straight line, and the lower layer space has a right-angle U-shaped cross section with an opening facing downward and is a groove-shaped structure formed by translationally extending along a horizontal straight line; a supporting member is a rectangular tube, perpendicular to the double-layer structure, with its upper end supporting the top plate of one layer of the space, and its front and rear outer walls are attached to and connected with the inner walls of the groove-shaped side plates; The lower space and the area enclosed by the support are divided into several equal hanging spaces by at least one partition; a rectangular through hole is provided in the middle of the top plate of each hanging space, and several clothing positioning parts are symmetrically installed on both sides; the adjustment plate covers the rectangular through hole from bottom to top, and is installed in the middle of the top plate and connected to the top plate; the lock entrance of the electric lock passes through the rectangular hole of the adjustment plate and the rectangular through hole of the top plate of the hanging space in sequence downward, and is installed on the vertical plate of the adjustment plate; the clothes hanger is provided with a support bar, a limit hole, and a clothing positioning hole, and is suspended on the middle adjustment plate at the top of the hanging space by a hanging rod passing through its two limit holes; the control system includes an electric lock, an Internet of Things control module, a server, and a mobile terminal, the electric lock is electrically connected to the Internet of Things control module, and data exchange is realized between the Internet of Things control module, the server, and the mobile terminal through a communication protocol.
[0005] The above-mentioned double-layer structure is formed by dividing the trough-shaped shell with a partition (see Example 1 and Example 2) or by installing an outer cover on the top of the trough-shaped member to form a double-layer structure (see Example 3). Its function is to provide a stable installation foundation and protective shell for the internal components, which is conducive to the installation of other components and constitutes the overall framework of the device.
[0006] The lower space and the area enclosed by the support are further divided into a number of equal hanging spaces by at least one partition. A rectangular through hole is provided in the middle of the top plate of each hanging space, and a number of clothing positioning components are symmetrically installed on the midlines of both sides thereof, which is conducive to the classification management, rental and anti-theft of individual outer clothing. The clothing positioning components are used to cooperate with the hanger to lock soft-shaped clothing.
[0007] The adjustment plate is rectangular with round holes in the four corners and a rectangular hole in the middle. A lock notch is opened in the middle of its long side, and hanger mounting holes are provided on both sides. A lock channel is left in the middle of two vertical plates with electric lock mounting holes on one long side, and a hanger mounting hole is opened on each side of the short side of the rectangular hole.
[0008] The adjustment plate is further adjusted to cover the rectangular through hole from bottom to top, and is installed in the middle of the top plate and connected to the top plate; the electric lock buckle entrance passes through the rectangular hole of the adjustment plate and the rectangular through hole of the top plate of the hanging space in sequence downward, and is installed on the vertical plate of the adjustment plate; it is used to install the electric lock, and the distance from the partition is adjusted by adding a gasket, and the depth of the clothing positioning piece embedded in the clothing positioning hole of the hanger is adjusted, which is conducive to locking clothing of different thicknesses.
[0009] The clothes hanger is an isosceles trapezoidal structure, with a support bar perpendicular to the bisector of the upper base and the lower base, a limiting groove in the middle of the support bar, the ring-shaped portion of the support bar protruding from the upper base is a locking portion, two limiting holes are symmetrically provided on both sides of the upper base support bar, and clothing positioning holes are symmetrically provided between the limiting holes and the hypotenuse.
[0010] The clothes hanger is further suspended in the center of the top of the clothes hanging space through the two limiting holes of the hanger rod, and can be lifted and lowered vertically along the hanger rod; when the lock part on the hanger support plate and the electric lock are in a locked state, the clothing positioning component is embedded in the clothing positioning hole of the hanger. The hanger is used to cooperate with the electric lock and the clothing positioning component to lock the clothing to prevent theft.
[0011] The hanger can be two extended screws or a right-angle U-shaped screw. The hanger is a right-angle U-shaped bolt with its bottom crossbar embedded in the hanger limit slot. The bolts on both sides pass through the hanger upper limit hole and are fixed on the adjustment plate hanger mounting hole. It is used to hang the hanger in the middle of the top of the hanging space and cooperate with the hanger upper limit hole to limit the hanger's linear movement up and down along the hanger, so that the hanger lock part can be accurately pushed into the electric lock and the clothing positioning component can accurately lock the clothing positioning hole.
[0012] The clothing positioning piece can be composed of a silicone sleeve positioning piece and a T-shaped silicone hole plug. The elastic silicone can be matched with the clothing positioning hole to lock clothing of different thicknesses.
[0013] It can also be composed of a metal needle positioning piece and a tightening piece. The metal needle cooperates with the positioning hole of the clothing to pierce the clothing of different thicknesses and lock the clothing of different thicknesses.
[0014] The control system includes an electric lock, an Internet of Things control module, a server, and a mobile terminal. The electric lock is electrically connected to the Internet of Things control module. The Internet of Things control module, the server, and the mobile terminal exchange data through a communication protocol.
[0015] The mobile terminal camera is further used as an image collector for on-site clothing return detection. The principle is to use the existing image recognition API and database of the cloud server. The administrator uses the mobile terminal camera to collect images of each electric lock on the scene and hang clothes on the hanger as a comparison basis and store them in the database. During the return detection, the customer uploads the on-site image of the clothes hanging on the hanger in the locked state of the electric lock to the server through the mobile terminal camera. The image recognition API extracts the image features and compares them with the image features of the clothes hanging on the hanger before the rental stored in the database. The similarity reaches the set threshold to determine the return of the rental clothing. It can detect soft clothing without contact, solving the problem that it is inconvenient to detect the rental status of soft clothing. Beneficial Effects
[0016] The beneficial effect of the self-service clothing rental device adopting the above solution is to solve the problems of uneven thickness of clothing, soft appearance, difficulty in clamping and locking for anti-theft, and soft clothing that is inconvenient to detect the rental status, which brings convenience to users and can help the development of the clothing rental industry. BRIEF DESCRIPTION OF THE DRAWINGS
[0017] Figure 1 It is a front structural schematic diagram of the self-service clothing rental device.
[0018] Figure 2 This is a schematic diagram of the structure of a self-service clothing rental device from a top view.
[0019] Figure 3 It is a side view structural diagram of a self-service clothing rental device.
[0020] Figure 4 It is a schematic diagram of the front view of the shell structure.
[0021] Figure 5 It is a schematic diagram of the side structure of the shell.
[0022] Figure 6 This is a schematic diagram of the front structure of a self-service clothing rental device with lighting.
[0023] Figure 7 This is a schematic diagram of the structure of a self-service clothing rental device with lighting, viewed from above.
[0024] Figure 8 It is a schematic diagram of the side structure of a self-service clothing rental device with lighting.
[0025] Fig. 9 It is a schematic diagram of the front view structure of the shell with lighting.
[0026] Fig.10 It is a schematic diagram of the side view structure of the shell with lighting.
[0027] Fig.11 It is a schematic diagram of the top view of the shell structure with lighting.
[0028] Fig.12 It is a schematic diagram of the partition structure from a top view.
[0029] Fig.13 This is a schematic diagram of the front view structure of the partition.
[0030] Fig.14 It is a schematic diagram of the side structure of the partition.
[0031] Fig.15 It is a front structural schematic diagram of a self-service clothing rental device with a lighting cover.
[0032] Fig.16 This is a schematic diagram of the structure of a self-service clothing rental device with lighting on the outer cover, viewed from above.
[0033] Fig.17 The present invention is a schematic diagram of the side structure of a self-service clothing rental device with lighting on the outer cover.
[0034] Fig.18 It is a schematic diagram of the side structure of the outer cover.
[0035] Fig.19 It is a schematic diagram of the outer cover structure from a top view.
[0036] Fig. 20 It is a schematic diagram of the front view structure of the grooved part.
[0037] Fig.21 It is a schematic diagram of the top view of the structure of the groove-shaped part.
[0038] Fig. 22 It is a schematic diagram of the side structure of the grooved member.
[0039] Fig.23 It is a schematic diagram of the front view structure of the support member.
[0040] Fig.24 It is a schematic diagram of the structure of the adjustment plate from a top view.
[0041] Fig.25 It is a schematic diagram of the front structure of the adjustment plate.
[0042] Fig.26 This is a schematic diagram of the top view of the structure of the clothes hanger processing strip.
[0043] Fig. 27 It is a schematic diagram of the front view structure of the clothes hanger.
[0044] Fig.28It is a schematic diagram of the structure of a clothes hanger viewed from above.
[0045] Fig.29 It is a schematic diagram of the side structure of the clothes hanger.
[0046] Fig.30 It is a schematic diagram of the front view structure of the right-angle U-shaped hanger.
[0047] Fig.31 This is a schematic diagram of the connection between the silicone sleeve positioning piece and the lower space top plate.
[0048] Fig.32 This is a schematic diagram of the connection between the metal needle positioning piece and the lower space top plate.
[0049] Fig.33 This is a schematic diagram of the control system connection of the self-service clothing rental device.
[0050] Notes on Figure Numbers.
[0051] 1- is the shell, 110- is the support member connection hole, 120- is the partition installation hole, 130- is the partition board installation hole, 140- is the light transmission hole, and 101- is the bottom edge of the side panel.
[0052] 2 is a partition, 200 is a clothing positioning piece mounting hole, 210 is a shell mounting hole, 220 is an adjustment plate mounting hole, 230 is an inspection port, and 201 is a partition side plate.
[0053] 3- is a supporting member, 310- is a connecting hole.
[0054] 4-hanging rod, 401- is a U-shaped bottom cross bar.
[0055] 5- is an adjustment plate, 520- is a top plate mounting hole, 510- is a suspension rod mounting hole, 501- is a lock notch, 530- is a rectangular hole, 540- is an electric lock mounting hole, 503- is a lock channel, and 502- is a vertical plate.
[0056] 6- is a clothing positioning piece, 601- is a silicone sleeve positioning piece, 602- is a T-shaped silicone hole plug, 603- is a metal needle positioning piece, and 604- is a clamping piece.
[0057] 7- is the electric control lock.
[0058] 8- is a clothes hanger, 801- is an upper bottom edge, 802- is a lower bottom edge, 803- is a support bar, 804- is a bevel edge, 805- is a lap joint, 8031- is a limiting groove, 8032- is a locking portion, 804- is a bevel edge, 800- is a clothing positioning hole, and 810- is a limiting hole.
[0059] 9 is a partition.
[0060] 10 is a lamp assembly.
[0061] 11 is an outer cover, and 1110 is a slot-shaped component mounting hole.
[0062] 12 is a groove-shaped part, 1210 is an outer cover mounting hole, 1200 is a groove-shaped part clothing positioning part mounting hole, 1220 is a groove-shaped part adjustment plate mounting hole, 1230 is a groove-shaped part inspection port, 1201 is a groove-shaped part bottom edge, 1250 is a groove-shaped part support part mounting hole, and 1240 is a groove-shaped part partition mounting hole.
[0063] 13 is an end cap. DETAILED DESCRIPTION
[0064] In order to solve the problems of uneven thickness, soft appearance, difficult clamping and locking of anti-theft clothes in self-service clothing rental, difficult to accurately push and lock the hanger, and inconvenient detection of rental status due to soft clothing, the following is a detailed description of the implementation of the invention scheme in conjunction with the drawings of the specification; Embodiment 1
[0065] Selection and preparation of accessories; SARY feedback micro titanium wire electric lock cabinet door lock is selected, with dimensions of 50mm high, 40mm wide, 10mm thick, and the electric lock buckle entrance and exit width of 10mm.
[0066] The Internet of Things control module uses a Bluetooth Internet of Things control module.
[0067] The partition (2) is made of stainless steel plate with a thickness of about 0.7 mm and processed by laser cutting and bending technology to present a right-angled U-shaped shallow groove structure, with an outer width of 50 mm, a side plate (201) with a depth of 20 mm and a length of 1380 mm, and a front and rear side plate (201) with a depth of 10 mm. On the horizontal line, a 5.2-diameter round hole is opened every 230 mm as a shell mounting hole (210), and a rectangle with a width of 25 mm and a length of 65 mm is opened every 230 mm as the center of the long midline of the top plate of the partition (2) as an inspection port (230) of the electric control lock. Four 6-mm round holes are opened on the outer sides of the four corners of the inspection port (230) as adjustment plate mounting holes (220), and two 6-mm round holes are opened symmetrically on both sides of the extended midline of the inspection port (230) at 205 mm and 190 mm from the midpoint as clothing positioning part mounting holes (200). The partition is used to separate the shell to form an upper and lower double-layer space, and as the top plate of the lower space, provides a stable installation foundation for internal components.
[0068] The housing (1) is made of a stainless steel plate with a thickness of about 0.7 mm and processed by laser cutting and bending technology to present a right-angled U-shaped deep groove structure with the notch facing downward, with an inner width of 50 mm, a side plate depth of 120 mm, and a length of 1480 mm. A 10 mm diameter round hole is opened at each intersection 10 mm away from the bottom edge (101) of the side plate on a vertical line 25 mm away from the end surface at both ends of the front and rear side plates, and a 10 mm diameter round hole is opened at each intersection 10 mm away from the top plate, as a support mounting hole (110). On a horizontal line 10 mm-20 mm high on the bottom edge (101) of the side plate enclosed by the front and rear side plates and the support member (3), two partition mounting holes (120) with a diameter of 3.2 mm and a spacing of 20 mm are opened at every 460 mm on a vertical line; on a horizontal line 60 mm high on the bottom edge (101) enclosed by the front and rear side plates and the support member (3), a 5.2 diameter round hole is opened at every 230 mm as a partition mounting hole (130). The shell is used to protect the outer shell, and other components are installed to form the overall frame of the device.
[0069] The support member (3) is made of a 50mm x 50mm stainless steel square tube. Two circular holes corresponding to the support member mounting holes (101) on the housing are opened at the front and rear of the support member by laser cutting technology at 25mm above the vertical center line and 120mm from the upper end, serving as connection holes (301). The support member is used to connect the housing, and its dimensions are used as a reference for designing the housing.
[0070] The partition is connected to the partition mounting holes (4) of the shell body by fixing two nut columns with a length of 50 mm and a diameter of 3 mm at both ends to divide the lower space into a plurality of independent U-shaped hanging spaces for outer clothing for anti-theft, convenient classification management and rental.
[0071] The silicone sleeve positioning assembly (6) is composed of a silicone sleeve positioning piece (601) and a T-shaped silicone hole plug (602), wherein the inner diameter of the silicone sleeve (601) is 6 mm, and the outer diameter of the protruding column of the T-shaped silicone hole plug (602) is 6 mm. The elastic silicone material can be used to lock clothing of different thicknesses.
[0072] The clothes hanger (8) is made of a stainless steel plate with a thickness of 2mm-3mm, and is cut into a clothes hanger strip by laser cutting. The length is 1000mm-1300mm and the width is 15mm. There is a lap joint (805) with a width of 9.9 and a protrusion of 1-1.5mm in the middle of both ends. A 4mm diameter limiting hole (810) is symmetrically opened on the center line at 30mm from both ends. Two 10mm diameter clothing positioning holes (800) are opened on the center line at 205mm and 190mm from both ends. The clothes hanger is cut by laser cutting. One end of the 15mm width strip is provided with an open annular locking part (8032) with an opening width of 10mm. A 4mm width and a 95mm length limiting groove (8031) is opened in the middle. The total length of the support strip is 115mm-130mm. The hanging strip is bent by bending technology. The outer frame bar of the clothes hanger is processed into a trapezoidal shape. At the bisector of the upper bottom (801) of the clothes hanger, the lap joints (805) at both ends are embedded in the annular opening and connected to the top of the limiting groove (8031) for welding. The lower end of the support bar is welded at the bisector of the lower bottom, presenting an isosceles trapezoidal structure with a width of 430 mm. A support bar is provided on the bisector perpendicular to the upper bottom edge (801) and the lower bottom edge (802). A 4 mm wide limiting groove (8031) is provided in the middle of the support bar. The support bar protrudes from the upper bottom edge and has an annular locking portion (8032). A 4 mm diameter limiting hole (810) is symmetrically opened at 30 mm on the midline of both sides of the bisector of the upper bottom edge (801). Two 10 mm diameter clothing positioning holes (800) are symmetrically opened at 205 mm and 190 mm on the midline of both sides of the bisector of the upper bottom edge. The limiting hole (810) of the clothes hanger (8) is used to cooperate with the suspension rod (4) to guide the clothes hanger (8) to move linearly along the suspension rod (4) so as to facilitate the lock portion (8032) of the clothes hanger to be accurately pushed into the electric lock (7), and the clothing positioning hole (800) cooperates with the clothing positioning component (6) to lock the clothing.
[0073] The suspension rod (4) uses an extended bolt with a diameter of 3 mm and a length of 90 mm. It is used to adjust the plate to connect the clothes hanger and guide the clothes hanger to move linearly up and down along the suspension rod, so that the lock part of the clothes hanger can be accurately pushed into the electric lock and the clothing positioning piece can accurately lock the clothing positioning hole.
[0074] The adjusting plate (5) is made of a stainless steel plate with a thickness of 1mm-2mm and is processed into a rectangle with a length of 75mm and a width of 30mm by laser cutting and bending technology. The four inner corners are provided with mounting holes (520) for the top plate, and a rectangular hole (530) with a width of 12mm and a length of 52mm is provided in the middle. A suspension rod mounting hole (510) with a diameter of 4mm is provided at 30mm on both sides of the midpoint on the line. A 10mm lock notch (501) is provided in the middle of the long side of the rectangular hole (530). A 10mm lock channel (503) is left in the middle of two vertical plates (502) with electric lock mounting holes (540) provided vertically on the long side of one side of the rectangular hole (530). The adjusting plate is used to install the electric lock and the suspension rod. The distance from the partition can be adjusted by adding a gasket, and the depth of the clothing positioning component embedded in the hanger positioning hole can be adjusted to lock clothing of different thicknesses. The lock channel and the lock notch are for facilitating the push of the lock part on the hanger into the lock tongue.
[0075] A method for assembling a self-service clothing rental device; step 1, passing an electric lock (7) through a rectangular hole (530) of an adjustment plate (5) and installing it on an electric lock mounting hole (540) of a vertical plate (502) of the adjustment plate (5); step 2, passing two lengthened bolts serving as a suspension rod (4) through respective limit holes (810) on a clothes hanger (8) and fixing them to the suspension rod mounting hole (510) of the adjustment plate (5) with nuts; step 3, installing a rivet nut on the adjustment plate mounting hole (220) of a partition plate (2); step 4, passing a T-shaped hole plug (602) through a clothing positioning piece mounting hole (200), and then gluing a silicone sleeve (601) to the T-shaped hole plug (602). After the garment positioning parts are assembled, in step 5, the top plate mounting hole (520) of the adjustment plate (5) completed in steps 1 and 2 is fixedly connected to the adjustment plate mounting hole (220) by installing rivet nuts; in step 6, the electric control lock (7) is electrically connected to the IoT Bluetooth module and the power supply; in step 7, the upper shell mounting hole (210) of the partition (2) completed in the above steps is riveted to the upper partition mounting hole (130) of the shell (1); in step 8, the partition (9) is connected to the partition mounting hole (120); in step 9, the upper connecting hole (310) of the support member (3) is connected to the upper support member mounting hole (110) of the shell (1), and the lower end is connected to the base. The assembly is completed.
[0076] This embodiment solves the problem that the clothing is uneven in thickness and soft in appearance and difficult to clamp and lock for anti-theft protection. Embodiment 2
[0077] Selection and preparation of accessories; SARY micro titanium wire cabinet door lock with feedback has dimensions of 50mm high, 40mm wide, 10mm thick, and the electric lock buckle entrance and exit width is 10mm.
[0078] The Internet of Things control module uses a Bluetooth Internet of Things control module.
[0079] The partition (2) is made of stainless steel plate with a thickness of about 0.7 mm and processed by laser cutting and bending technology to present a right-angled U-shaped shallow groove structure, with an outer width of 50 mm, a side plate (201) with a depth of 20 mm and a length of 1380 mm, and a front and rear side plate (201) with a depth of 10 mm. On the horizontal line, a 5.2-diameter round hole is opened every 230 mm as a shell mounting hole (210), and a rectangle with a width of 25 mm and a length of 65 mm is opened every 230 mm as the center of the long midline of the top plate of the partition (2) as an inspection port (230) of the electric control lock. Four 6-mm round holes are opened on the outer sides of the four corners of the inspection port (230) as adjustment plate mounting holes (220), and two 6-mm round holes are opened symmetrically on both sides of the extended midline of the inspection port (230) at 205 mm and 190 mm from the midpoint as clothing positioning part mounting holes (200). The partition is used to separate the shell to form an upper and lower double-layer space, and as the top plate of the lower space, provides a stable installation foundation for internal components.
[0080] The housing with lighting components is made of stainless steel plate with a thickness of about 0.7mm and processed by laser cutting and bending technology to present an asymmetric stepped U-shaped groove with the notch facing downwards, with a top width of 80mm and a distance of 50mm from the top. The width of one side is reduced by 30mm inwards, and the vertical side panel extending inward is 70mm deep. The side panel on the other side is 120mm deep. The housing length is 1480mm. A light assembly light hole (140) is provided on the inward plane, with a distance of 25mm between the two ends and the end face. A circle with a diameter of 10mm is opened at each intersection of the bottom edge (101) 10mm Hole, a 10mm diameter round hole (1) is opened at each intersection 65mm away from the bottom edge (101) as a support mounting hole (110), and two partition mounting holes (120) with a diameter of 3.2mm and a spacing of 20mm are opened on the horizontal line 10mm-20mm high of the bottom edge (101) enclosed by the front and rear side panels and the support, and on the vertical line every 460mm; on the horizontal line 60mm high of the bottom edge (101) enclosed by the support, a 5.2 diameter round hole is opened every 230mm as a partition mounting hole (130). It is used to protect the housing and other components and form the overall frame of the device.
[0081] The support member (3) is made of a 50mm x 50mm stainless steel square tube. Two circular holes corresponding to the support member mounting holes (110) on the shell are opened at the front and rear of the support member by laser cutting technology at 25mm above the vertical center line and 120mm from the upper end, serving as shell connection holes (301). The support member is used to connect the shell, and its dimensions are used as a reference for designing the shell.
[0082] The partition is made of a 50 mm wide and 50 mm high plate. Both ends are bent and laser cut to have mounting holes fixed to the mounting holes (4) of the shell partition to divide the lower space into multiple independent U-shaped hanging spaces for outer clothing to prevent theft and facilitate classification management and rental.
[0083] The metal needle positioning piece (603) and the tightening piece (604) are combined, and a micro three-claw chuck and the metal needle positioning piece are selected to pierce clothes of different thicknesses with the sharpness of the needle. The clothes are used to lock the clothes in the clothing positioning hole on the hanger.
[0084] The clothes hanger (8) is made of a stainless steel plate with a thickness of 2mm-3mm, and is cut into a clothes hanger outer frame strip by laser cutting. The length is 1000mm-1300mm and the width is 15mm. There is a lap joint (805) with a width of 9.9 and a protrusion of 1-1.5mm in the middle of both ends. A 4mm diameter limiting hole (810) is symmetrically opened on the center line at 30mm from both ends. Two 10mm diameter clothing positioning holes (800) are opened on the center line at 205mm and 190mm from both ends. The clothes hanger is cut by laser cutting. One end of the 15mm width strip is provided with an open annular locking part (8032) with an opening width of 10mm. A 4mm width and a 95mm length limiting groove (8031) is opened in the middle. The total length of the support strip (803) is 115mm-130mm. The hanging strip is bent by bending technology. The outer frame bar of the clothes hanger is processed into a trapezoidal shape. At the bisector of the upper bottom (801) of the clothes hanger, the lap joints (805) at both ends are embedded in the annular opening and connected to the top of the limiting groove (8031) for welding. The lower end of the support bar is welded at the bisector of the lower bottom, presenting an isosceles trapezoidal structure with a width of 430 mm. A support bar is provided on the bisector perpendicular to the upper bottom edge (801) and the lower bottom edge (802). A 4 mm wide limiting groove (8031) is provided in the middle of the support bar. The support bar (803) protrudes from the upper bottom edge and has an annular locking portion (8032). A limiting hole (810) with a diameter of 4 mm is symmetrically opened at 30 mm on the midline of both sides of the bisector of the upper bottom edge (801). Two clothing positioning holes (800) with a diameter of 10 mm are symmetrically opened at 205 mm and 190 mm on the midline of both sides of the bisector of the upper bottom edge. The limiting hole (810) of the clothes hanger (8) is used to cooperate with the suspension rod (4) to guide the clothes hanger (8) to move linearly along the suspension rod (4) so as to facilitate the lock portion (8032) of the clothes hanger to be accurately pushed into the electric lock (7), and the clothing positioning hole (800) cooperates with the clothing positioning component (6) to lock the clothing.
[0085] The suspension rod (4) adopts a right-angle U-shaped bolt with a diameter of 3 mm and a bolt length of 90 mm, and the right-angle U-shaped bolt is a bottom cross bar (401) with a length of 60 mm. It is used to adjust the plate to connect the clothes hanger and guide the clothes hanger to move linearly up and down along the suspension rod, so that the lock part of the clothes hanger can be accurately pushed into the electric lock and the clothing positioning piece can accurately lock the clothing positioning hole.
[0086] The adjustment plate (5) is made of a stainless steel plate with a thickness of 1 mm to 2 mm and is processed by laser cutting and bending technology to present a rectangular shape with a length of 75 mm and a width of 30 mm. The top plate mounting holes (520) corresponding to the mounting holes (202) of the adjustment plate on the partition (2) are opened at the four inner corners, and a rectangular hole (530) with a width of 12 mm and a length of 52 mm is opened in the middle. A suspension rod mounting hole (510) with a diameter of 4 mm is opened at 30 mm on both sides of the midpoint of the line. A 10 mm lock notch (501) is opened in the middle of the long side of the rectangular hole (530). A 10 mm lock channel (503) is left in the middle of two vertical plates (502) with electric lock mounting holes (540) opened perpendicular to the long side of one side of the rectangular hole (530). The adjustment plate is used to install the electric lock and the hanging rod. The distance from the partition can be adjusted by adding gaskets, and the depth of the clothing positioning component embedded in the positioning hole of the hanger can be adjusted to lock clothing made of fabrics of different thicknesses. The lock channel and the lock notch are for the convenience of pushing the lock part on the hanger into the lock tongue.
[0087] The light assembly uses a 1200mm light strip to extend the lighting to the evening.
[0088] The invention discloses an assembly method of a self-service clothing rental device with a light assembly; step 1, passing an electric lock (7) through a rectangular hole (530) on an adjustment plate (5) and installing it on an electric lock installation hole (540) on a vertical plate (502) of the adjustment plate (5); step 2, placing a right-angled U-shaped bottom cross bar (401) as a suspension rod (4) in a limiting groove (8031) of a support plate (803), and bolts on both sides pass through limiting holes (810) on a clothes hanger (8) and are fixed to the suspension rod installation hole (510) of the adjustment plate (5) with nuts; step 3, installing a rivet nut on the adjustment plate installation hole (220) of a partition plate (2); step 4, fixing a micro three-jaw chuck (604) to a clothing positioning piece installation hole (200), and then inserting a metal positioning pin (603) into the locking nut of the micro three-jaw chuck (604); The cap completes the assembly of the components, step 5, installs the rivet nuts on the top plate mounting hole (520) of the adjustment plate (5) completed in steps 1 and 2 and the adjustment plate mounting hole (220) to fix them; step 6, electrically connects the electric control lock (7) with the Internet of Things Bluetooth module and the power supply; step 7, adheres the lamp assembly to the inner plane of the shell so that the light can pass through the light transmission hole (140) of the lamp assembly, and electrically connects the power supply; step 8, rivets the upper shell mounting hole (210) of the partition (2) completed in the above steps with the upper partition mounting hole (130) of the shell (1); step 9, connects the partition (9) with the partition mounting hole (120); step 10, connects the upper connection hole (310) of the support member (3) with the upper support member mounting hole (110) of the shell (1), and connects the lower end with the base to complete the assembly.
[0089] This embodiment solves the problem of uneven thickness of clothing and soft appearance that makes it difficult to clamp and lock to prevent theft, and optimizes the function of use in night scenes. Embodiment 3
[0090] Selection and preparation of accessories; SARY feedback micro titanium wire electric lock cabinet door lock, the overall dimensions are 50mm high, 40mm wide, 10mm thick, and the electric lock buckle entrance and exit width is 10mm.
[0091] The Internet of Things control module uses a Bluetooth Internet of Things control module.
[0092] The groove member (12) is made of a stainless steel plate with a thickness of about 0.7 mm and is processed by laser cutting and bending technology to present a right-angle U-shaped groove structure with a lower opening. The inner width of the top plate is 50 mm, the depth of the front and rear side plates is 70 mm, and the length is 1480 mm. The distance between the ends of the front and rear side plates and the end surface is 25 mm. A 10 mm diameter round hole is opened at each intersection 10 mm from the bottom edge (1201), and a 10 mm diameter round hole is opened at each intersection 10 mm from the top plate as a support member mounting hole (1250). On the horizontal line of the height 10 mm-20 mm of the bottom edge (1201) enclosed by the front and rear side plates and the support member, two 3.2 mm diameter holes are opened at a spacing of 20 mm at every 460 mm on the vertical line. The partition installation hole (1240) is 25 mm long. A rectangle with a width of 25 mm and a length of 65 mm is opened at every 230 mm on the center of the top plate enclosed by the two end supports as the inspection port (1230) of the electric control lock. Four 6 mm round holes are opened on the outside of the four corners of the inspection port (1230) as the adjustment plate installation holes (1220). Two 6 mm round holes are opened symmetrically on both sides of the extended center line of the inspection port (1230) at 205 mm and 190 mm from the midpoint as clothing positioning part installation holes (1200). The top plate enclosed by the two end supports (3) has outer cover installation holes (1210) opened every 460 mm on the parallel lines 5 mm from the side length on both sides. The grooved member serves as the lower space and its top plate provides a stable installation foundation for the internal components.
[0093] The outer cover (11) with lighting components is made of stainless steel plate with a thickness of about 0.7 mm and processed by laser cutting and bending technology, presenting a D-shaped structure with the arc facing upward and the opening facing downward, with a length of 1480 mm, a height of 50 mm, and a straight plane width of 80 mm. A through rectangular opening with a width of 40 mm is opened at 30 mm from the arc edge on one side and 10 mm from the arc edge on the other side. On the parallel lines of the two side planes 5 mm away from the rectangular edge, there are slot-shaped component installation holes (1110) corresponding to the slot-shaped component top plate outer cover installation, and a light assembly light transmission hole (140) is provided on the side plane 30 mm away from the arc edge. The outer cover serves as a protection for the slot-shaped component installation accessories and cooperates with the slot-shaped component top plate to form an upper space.
[0094] The support member (3) is made of a 50mm x 50mm stainless steel square tube, and two connection holes (301) are opened at the front and rear of the support member 25mm above the vertical center line and 120mm from the upper end by laser cutting technology. The support member is used to connect the shell, and its outer dimensions are used as a reference for designing the shell.
[0095] The partition uses a 50mm wide and 50mm high plate. Both ends are bent and laser cut, and are fixed with mounting holes and connected with the mounting holes (1240) of the grooved part to divide the lower space into multiple independent U-shaped hanging spaces for outer clothing to prevent theft, facilitate classification management and rental.
[0096] The metal needle positioning piece (603) and the clamping piece (604) are selected from a combination of a micro three-claw chuck and the metal needle positioning piece, and the sharpness of the needle is used to pierce clothes of different thicknesses, and is used to cooperate with the clothing positioning hole on the hanger to lock the clothes.
[0097] The clothes hanger (8) is made of a stainless steel plate with a thickness of 2mm-3mm, and is cut into a clothes hanger outer frame strip by laser cutting. The length is 1000mm-1300mm and the width is 15mm. There is a lap joint (805) with a width of 9.9 and a protrusion of 1-1.5mm in the middle of both ends. A 4mm diameter limiting hole (810) is symmetrically opened on the center line at 30mm from both ends. Two 10mm diameter clothing positioning holes (800) are opened on the center line at 205mm and 190mm from both ends. The clothes hanger is cut by laser cutting. One end of the 15mm width strip is provided with an open annular locking part (8032) with an opening width of 10mm. A 4mm width and a 95mm length limiting groove (8031) is opened in the middle. The total length of the support strip (803) is 115mm-130mm. The hanging strip is bent by bending technology. The outer frame bar of the clothes hanger is processed into a trapezoidal shape. At the bisector of the upper bottom (801) of the clothes hanger, the lap joints (805) at both ends are embedded in the annular opening and connected to the top of the limiting groove (8031) for welding. The lower end of the support bar is welded at the bisector of the lower bottom, presenting an isosceles trapezoidal structure with a width of 430 mm. A support bar is provided on the bisector perpendicular to the upper bottom edge (801) and the lower bottom edge (802). A 4 mm wide limiting groove (8031) is provided in the middle of the support bar. The support bar (803) protrudes from the upper bottom edge and has an annular locking portion (8032). A limiting hole (810) with a diameter of 4 mm is symmetrically opened at 30 mm on the midline of both sides of the bisector of the upper bottom edge (801). Two clothing positioning holes (800) with a diameter of 10 mm are symmetrically opened at 205 mm and 190 mm on the midline of both sides of the bisector of the upper bottom edge. The limiting hole (810) of the clothes hanger (8) is used to cooperate with the suspension rod (4) to guide the clothes hanger (8) to move linearly along the suspension rod (4) so as to facilitate the lock portion (8032) of the clothes hanger to be accurately pushed into the electric lock (7), and the clothing positioning hole (800) cooperates with the clothing positioning component (6) to lock the clothing.
[0098] The suspension rod (4) adopts a right-angle U-shaped bolt with a diameter of 3 mm and a bolt length of 90 mm, and the right-angle U-shaped bolt is a bottom cross bar (401) with a length of 60 mm. It is used to adjust the plate to connect the clothes hanger and guide the clothes hanger to move linearly up and down along the suspension rod, so that the lock part of the clothes hanger can be accurately pushed into the electric lock and the clothing positioning piece can accurately lock the clothing positioning hole.
[0099] The adjustment plate (5) is made of a stainless steel plate with a thickness of 1 mm to 2 mm and is processed by laser cutting and bending technology to present a rectangular shape with a length of 75 mm and a width of 30 mm. The top plate mounting holes (520) corresponding to the mounting holes (202) of the adjustment plate on the partition (2) are opened at the four inner corners, and a rectangular hole (530) with a width of 12 mm and a length of 52 mm is opened in the middle. A suspension rod mounting hole (510) with a diameter of 4 mm is opened at 30 mm on both sides of the midpoint of the line. A 10 mm lock notch (501) is opened in the middle of the long side of the rectangular hole (530). A 10 mm lock channel (503) is left in the middle of two vertical plates (502) with electric lock mounting holes (540) opened perpendicular to the long side of one side of the rectangular hole (530). The adjustment plate is used to install the electric lock and the hanging rod. The distance from the partition can be adjusted by adding gaskets, and the depth of the clothing positioning component embedded in the positioning hole of the hanger can be adjusted to lock clothing made of fabrics of different thicknesses. The lock channel and the lock notch are for the convenience of pushing the lock part on the hanger into the lock tongue.
[0100] The light assembly uses a 1200mm light strip to extend the lighting to the evening.
[0101] The end cap is a custom-made plastic part used to seal the side opening of the outer cover.
[0102] The invention discloses an assembly method of a self-service clothing rental device with an outer cover and a light assembly; step 1, installing an electric lock (7) through a rectangular hole (530) on an adjustment plate (5) and onto an electric lock mounting hole (540) on a vertical plate (502) of the adjustment plate (5); step 2, placing a right-angled U-shaped bottom cross bar (401) as a suspension rod (4) in a limiting groove (8031) of a support plate (803), and fixing bolts on both sides of the bottom cross bar (401) to the suspension rod mounting hole (510) of the adjustment plate (5) with nuts through limiting holes (810) on a clothes hanger (8); step 3, installing a rivet nut on the adjustment plate mounting hole (1220) on a top plate of a grooved member; step 4, fixing a micro three-jaw chuck (604) to the clothing positioning member mounting hole (1200) of the grooved member, and then inserting a metal positioning pin (603) into the micro three-jaw chuck (604). The locking nut is tightened to complete the assembly of the components. Step 5, the adjustment plate (5) assembly completed in steps 1 and 2 is fixedly connected to the grooved adjustment plate mounting hole (1220) by installing the rivet nut; Step 6, the electric control lock (7) is electrically connected to the IoT Bluetooth module and the power supply; Step 7, the lamp assembly is adhered to the 30mm side plane of the arc edge of the outer cover so that the light can pass through the light transmission hole (140) of the lamp assembly, and the power supply is electrically connected; Step 8, the grooved mounting hole (1110) on the outer cover is riveted to the outer cover mounting hole (1210) on the grooved part; Step 9, the partition (9) is connected to the grooved partition mounting hole (1240); Step 10, the support member (3) is connected to the support member mounting hole (1250) on the grooved part, and the lower end is connected to the base; Step 11, the end caps are installed on both ends to complete the assembly.
[0103] This embodiment solves the problem of uneven thickness of clothing and soft appearance that makes it difficult to clamp and lock to prevent theft, and optimizes the function of use in night scenes. Embodiment 4
[0104] Accessories selection; The electric lock adopts SARY feedback micro titanium wire electric lock cabinet door lock.
[0105] The server uses Tencent Cloud Server.
[0106] The Internet of Things control module adopts a Bluetooth Internet of Things control module.
[0107] The mobile terminal uses a mobile terminal with a camera and Bluetooth.
[0108] The control system system of the self-service clothing rental device; the electric lock is electrically connected to the Bluetooth Internet of Things control module, and an APP or mini program is developed through existing software integration technology, so that data exchange can be achieved between the Bluetooth Internet of Things control module, the server, and the mobile terminal through the communication protocol. The administrator adds the physical address information of each Bluetooth Internet of Things controller to the server through the APP or mini program background. The administrator hangs the clothing and locks it with the electric lock of the self-service clothing rental device. Then, through the mobile terminal APP or mini program camera, the administrator collects and uploads the image of the clothing hanging on the hanger on site locked to the self-service clothing rental device, which is stored in the database as a comparison basis, and a corresponding QR code is generated.
[0109] The customer uses the mobile terminal APP or Xiaocheng to scan the code to obtain the rental clothing information and the physical address information of the Bluetooth Internet of Things controller on the self-service clothing rental device and send a rental request instruction to the server to complete the payment. The mobile terminal receives the payment completion information and sends an unlocking instruction to the Bluetooth Internet of Things control module. The electric lock executes the release of the clothes hanger to complete the clothing rental.
[0110] When returning the clothes, the customer pushes the hung clothes to the electric lock in the self-service clothing rental device and locks them. The electric lock will feedback the locking status. The customer uses the mobile terminal APP or the mini program camera to collect and upload images of the clothes hung on the hangers and locked to the self-service clothing rental device. The image recognition API extracts image features and compares them with the image features of the clothes hung on the hangers before rental that are pre-stored in the database. If the similarity reaches the set threshold, it is determined that the rented clothes have been returned.
[0111] In this embodiment, the Bluetooth Internet of Things control module and the electric lock are available on the market, the server and mobile terminal data are connected, and the image recognition API call can be implemented through the existing software development APP or small program integration technology, which solves the problem that the clothing is soft and it is inconvenient to detect the rental status.
Claims
1. A self-service clothing rental device, characterized in that: It includes a double-layer structure, wherein the upper space has a closed cross section and is a hollow structure formed by translationally extending along a horizontal straight line, and the lower space has a right-angle U-shaped cross section with an opening facing downward and is a groove-shaped structure formed by translationally extending along a horizontal straight line; a support member is perpendicular to the double-layer structure, the upper end of which supports the top plate of one layer of the space, and the front and rear outer walls of which are attached to and connected to the inner walls of the groove-shaped side plates; The lower space and the area enclosed by the support are divided into several equal hanging spaces by at least one partition; a rectangular through hole is provided in the middle of the top plate of each hanging space, and several clothing positioning parts are symmetrically installed on both sides; the adjustment plate covers the rectangular through hole from bottom to top, and is installed in the middle of the top plate and connected to the top plate; the lock entrance of the electric lock passes through the rectangular hole of the adjustment plate and the rectangular through hole of the top plate of the hanging space in sequence downward, and is installed on the vertical plate of the adjustment plate; the clothes hanger is provided with a support bar, a limit hole, and a clothing positioning hole, and is suspended in the middle of the top of the hanging space by a hanging rod passing through its two limit holes; the control system includes an electric lock, an Internet of Things control module, a server, and a mobile terminal, the electric lock is electrically connected to the Internet of Things control module, and data exchange is realized between the Internet of Things control module, the server, and the mobile terminal through a communication protocol.
2. The self-service clothing rental device according to claim 1, characterized in that: The double-layer structure is formed by dividing the shell body by a partition.
3. The self-service clothing rental device according to claim 1, characterized in that: The double-layer structure is formed by installing an outer cover on the top of the channel-shaped member.
4. The self-service clothing rental device according to claim 2, characterized in that: The lamp assembly and the Internet of Things control module are installed in the upper space.
5. The self-service clothing rental device according to claim 1, characterized in that: The adjusting plate is rectangular, with a rectangular hole with a locking notch in the middle, hanger mounting holes on both sides, and two vertical plates with round holes on one long side, a locking channel in the middle, and round holes on the periphery.
6. The self-service clothing rental device according to claim 1, characterized in that: The clothes hanger is an isosceles trapezoidal structure, with a support bar provided on the bisector perpendicular to the upper bottom edge and the lower bottom edge, a limiting groove provided in the middle of the support bar, the ring-shaped portion of the support bar protruding from the upper bottom edge is a locking portion, a limiting hole is symmetrically provided on both sides of the upper bottom edge support bar, and a plurality of clothing positioning holes are symmetrically provided between the limiting holes on both sides and the hypotenuse.
7. The self-service clothing rental device according to claim 1, characterized in that: The suspension rod is a right-angle U-shaped bolt, the bottom cross bar of which is embedded in the limiting groove of the clothes hanger, and the bolts on both sides pass through the upper limit holes of the clothes hanger and are fixed on the installation holes of the suspension rod of the adjustment plate.
8. The self-service clothing rental device according to claim 1, characterized in that: The clothing positioning piece is a silicone sleeve, which is connected to a T-shaped hole plug passing through the installation hole of the clothing positioning piece.
9. The self-service clothing rental device according to claim 1, characterized in that: The clothing positioning piece is a metal needle, which is connected to a clamping piece fixed on a mounting hole of the clothing positioning piece.
10. The self-service clothing rental device according to claim 1, characterized in that: In the control system, the clothing return site image collector is a mobile terminal camera.