Wedding Dress Intelligent Management System

Abstract

The present invention provides a smart wedding dress management system for managing a cargo carrier carrying wedding dresses, and has the following features, including: a warehousing system; a warehousing control device; a management server communicatively connected to the warehousing control device for managing the rental of wedding dresses; and at least one user terminal communicatively connected to the management server, at least for inputting reservation information of a reservation user, the reservation information at least including a wedding dress identification code of a preselected wedding dress and a reservation pick-up date. Among them, the management server at least includes: a reservation information acquisition unit for acquiring reservation information from the user terminal; a rental information storage unit storing rental information of all wedding dresses, the rental information at least including a wedding dress identification code, an in-stock status, a reservation pick-up date, and a reservation return date; and a preselected wedding dress in-stock judgment unit for judging whether the preselected wedding dress is in stock before the reservation pick-up date according to the reservation information and the rental information.

Description

Technical Field

[0001] The present invention belongs to the technical field of goods storage, and particularly relates to a smart wedding dress management system. Background Art

[0002] When a couple gets married and holds a wedding ceremony, the bride will wear a wedding dress to attend. Wedding dresses are relatively expensive and are used on special occasions, usually only worn once or several times. In this case, most people will choose to rent wedding dresses rather than buy them directly. With the development of technology and the expansion of the consumer market, the types, styles, and demand quantities of wedding dresses are all increasing rapidly, which brings great difficulties to the storage and management of wedding dresses for wedding dress rental companies.

[0003] In the prior art, manual methods are usually used for the rental management of wedding dresses: on the one hand, before lending out the wedding dress, the staff needs to find, take out the wedding dress from the warehouse in advance and place it in a temporary storage location convenient for providing to customers, and then enter the temporary storage information through the corresponding operation terminal and update the inventory information of the warehouse. On the other hand, when the wedding dress is lent out or returned, the staff enters the lending and return information of the wedding dress through the corresponding operation terminal, and then manually stores the wedding dress in the designated location in the warehouse. Such a rental management method has the following problems: firstly, each time of lending out and returning requires manual verification and information entry, which is time-consuming and laborious; secondly, after a customer takes a fancy to a certain style of wedding dress, they still need to ask the staff about specific attribute information such as color and size, and the staff then retrieves through the operation terminal. When a certain attribute is not suitable, the above process needs to be repeated, which is not only time-consuming and laborious but also gives the customer a poor experience.

[0004] In addition, once there are many customers who need to rent wedding dresses, not only should there be no conflicts in the appointment time arrangements among different customers, but also the situation that some reserved users may have a rental extension or fail to return the wedding dress in time must be considered. In this case, the subsequent reservation issues corresponding to the wedding dress must be arranged in time to avoid damaging the interests of other customers. However, the existing wedding dress management systems simply cannot meet such requirements and require a lot of manpower and material resources for management. Summary of the Invention

[0005] The present invention is made to solve the above problems, and aims to provide a smart wedding dress management system.

[0006] The present invention provides a wedding dress intelligent management system for managing a cargo carrier carrying a wedding dress, and has the following characteristics, including: a warehousing system for storing the cargo carrier, including a warehousing storage belt and a reservation storage belt, the warehousing storage belt having a plurality of storage holes for hanging the cargo carrier; a warehousing control device for controlling the operation of the warehousing system; a management server communicatively connected to the warehousing control device for managing the rental of the wedding dress; and at least one user terminal communicatively connected to the management server, held by a reservation user, and at least used for inputting the reservation information of the reservation user, the reservation information at least including the wedding dress identification code of the preselected wedding dress and the reservation pick-up date. Among them, the management server at least includes: a wedding dress information storage unit storing the carrier identification code of all cargo carriers and the wedding dress identification code of the corresponding wedding dress; a storage position information storage unit storing the storage position code of all storage holes and the corresponding carrier identification code; a reservation information acquisition unit for acquiring reservation information from the user terminal; a rental information storage unit storing the rental information of all wedding dresses, the rental information at least including the wedding dress identification code, the in-stock situation, the reservation pick-up date, and the reservation return date; a preselected wedding dress in-stock judgment unit for judging whether the preselected wedding dress is in stock before the reservation pick-up date according to the reservation information and the rental information; and a reservation transfer control unit, when the judgment result of the preselected wedding dress in-stock judgment unit is yes, obtaining the wedding dress identification code of all wedding dresses to be transferred and the corresponding carrier identification code according to the pick-up date and the predetermined reservation transfer rule, and controlling the warehousing control device to transfer the cargo carrier from the warehousing storage belt to the reservation storage belt.

[0007] In the wedding dress intelligent management system provided by the present invention, it may also have the following characteristics: among them, the preselected wedding dress includes at least two wedding dresses, namely the first-choice wedding dress and the alternative wedding dress. The preselected wedding dress in-stock judgment unit includes a first-choice wedding dress in-stock judgment unit and an alternative wedding dress in-stock judgment unit. The first-choice wedding dress in-stock judgment unit judges whether the first-choice wedding dress is in stock within a predetermined number of days before the reservation pick-up date according to the wedding dress identification code, the reservation pick-up date, and the rental information of the first-choice wedding dress. When the judgment result of the first-choice wedding dress in-stock judgment unit is no, the alternative wedding dress in-stock judgment unit judges whether the alternative wedding dress is in stock within a predetermined number of days before the reservation pick-up date according to the wedding dress identification code, the reservation pick-up date, and the rental information of the alternative wedding dress. When the judgment result of the first-choice wedding dress in-stock judgment unit is yes or when the judgment result of the alternative wedding dress in-stock judgment unit is yes, the reservation transfer control unit controls to obtain the wedding dress identification code of all wedding dresses to be transferred and the corresponding carrier identification code according to the pick-up date and the predetermined reservation transfer rule, and controls the warehousing control device to transfer the cargo carrier from the warehousing storage belt to the reservation storage belt.

[0008] The wedding dress intelligent management system provided by the present invention may also have the following features: wherein the wedding dress information storage unit also stores the attribute information of all wedding dresses, the management server also includes a wedding dress information acquisition unit and a recommended wedding dress information generation unit, the wedding dress information acquisition unit is used to acquire the corresponding attribute information according to the wedding dress identification code, when the judgment result of the alternative wedding dress in stock judgment unit is no, the recommended wedding dress information generation unit generates recommended wedding dress information according to at least the wedding dress identification codes of the preferred wedding dress and the alternative wedding dress and the corresponding attribute information, and the recommended wedding dress information includes at least one wedding dress identification code of the recommended wedding dress.

[0009] The wedding dress intelligent management system provided by the present invention may also have the following features: wherein the scheduled number of days is 1-2 days, and the attribute information at least includes the type of wedding dress, the classification of different parts of the wedding dress, the color and the size.

[0010] The wedding dress intelligent management system provided by the present invention may also have the following features: wherein the wedding dress information storage unit also stores the names, pictures and rental prices of all wedding dresses, the reservation information also includes the reserved return date of the pre-selected wedding dress, and the management server also includes: a billing unit, which performs billing based on at least the rental price, the reserved pick-up date and the reserved return date to generate a total rental fee; an interactive screen generating unit, which is at least used to generate a wedding dress selection screen containing a wedding dress identification code, wedding dress name, picture, rental price and attribute information, and to generate a billing screen containing a wedding dress identification code, rental price, rental period and total rental fee; and a terminal display control unit, which controls the user terminal to display the wedding dress selection screen and the billing screen after receiving a corresponding signal.

[0011] The wedding dress intelligent management system provided by the present invention may also have the following features: the management server also includes an authority information storage unit, which stores the user identification code of each user and the wedding dress identification codes of all wedding dresses that the user can rent; the interactive screen generation unit generates a wedding dress selection screen for the corresponding user based on the wedding dress identification code stored in the authority information storage unit.

[0012] The wedding dress intelligent management system provided by the present invention may also have the following features: wherein the warehousing system includes: a storage device for storing cargo carriers; a warehousing device for warehousing cargo carriers into the storage device; and a warehouse-out device for warehouse-out cargo carriers in the storage device, wherein the storage device has a storage belt for warehousing and a storage belt for reservation, or the storage device has a storage belt for warehousing and the warehouse-out device has a storage belt for reservation.

[0013] In the wedding dress intelligent management system provided by the present invention, it can also have the following characteristics: wherein, the warehouse control equipment also includes an entry control unit for controlling the process of cargo carrier entering the warehouse and an exit control unit for controlling the process of cargo carrier leaving the warehouse. The entry control unit is used to control the process of cargo carrier entering the warehouse. The predetermined entry position corresponding to the entry equipment is provided with a vehicle identification code reader and a wedding dress identification code reader, which are respectively used to read the vehicle identification code of the cargo carrier to be entered into the warehouse and the corresponding wedding dress identification code of the wedding dress. The wedding dress information storage unit stores the read vehicle identification code and wedding dress identification code accordingly, and then the entry control unit controls the entry equipment to transfer the cargo carrier to the storage device.

[0014] In the wedding dress intelligent management system provided by the present invention, it can also have the following characteristics: wherein, the storage device has a storage belt for warehousing, a storage belt for reservation and a carrier transfer device, the carrier transfer device is used to transfer the cargo carrier from the storage belt for warehousing to the storage belt for reservation, and the warehousing control device at least includes: a warehousing positioning unit, which uses the corresponding storage location hole of the storage belt as the storage location hole according to the wedding dress identification code and the carrier identification code of the pre-selected wedding dress, and moves the storage location hole to a predetermined storage retrieval position; a reservation positioning unit, which finds the qualified vacant location hole of the reservation storage belt as the reserved location hole according to the predetermined reservation storage rule, and moves the reserved location hole to the reserved hanging position; and a transfer control unit, which controls the carrier transfer device to take out the cargo carrier from the storage location hole, and hangs the cargo carrier into the reserved location hole.

[0015] The wedding dress intelligent management system provided by the present invention may also have such features, including: a warehousing device for warehousing cargo carriers into a storage device, wherein the storage control device also includes a warehousing control unit for controlling the warehousing process of the cargo carriers, and the predetermined warehousing position corresponding to the warehousing device is provided with a carrier identification code reader and a wedding dress identification code reader, which are respectively used to read the carrier identification code of the cargo carrier to be stored and the corresponding wedding dress identification code of the wedding dress, and the wedding dress information storage unit stores the read carrier identification code and wedding dress identification code correspondingly, and then the warehousing control unit controls the warehousing device to transfer the cargo carrier to the storage device.

[0016] The wedding dress intelligent management system provided by the present invention may also have such features, further comprising: an operation terminal, which is communicatively connected to the warehouse control device, and is used to input the wedding dress identification code of the wedding dress being shipped out of the warehouse, wherein the management server also comprises a rental information updating unit, which is used to update the rental information stored in the rental information storage unit, including: updating the corresponding rental information according to the reservation information obtained by the reservation information obtaining unit; updating the corresponding rental information according to the wedding dress identification code read when entering the warehouse; updating the corresponding rental information according to the wedding dress identification code input when shipping out of the warehouse.

[0017] Function and Effect of the Invention

[0018] According to the wedding dress intelligent management system provided by the present invention, since the system includes a warehousing system, warehousing control equipment, a management server, and a user terminal, and the management server is communicatively connected to the warehousing control equipment and the user terminal respectively, and the rental information storage unit of the management server stores the wedding dress identification codes of each wedding dress, as well as the corresponding reservation pick-up date and reservation return date, users can make reservations for wedding dresses that are in a reservable state at the target reservation time through the user terminal, and these reservation information set by the users are also saved in the rental information storage unit; further, the preselected wedding dress in-warehouse judgment unit of the management server judges whether the preselected wedding dress of the user is in the warehouse before its reservation pick-up date according to the reservation information and the rental information, so that the situation that the previous user fails to return the preselected wedding dress in time can be discovered in time before the user comes to pick up the wedding dress, and thus processed in time to avoid the situation that the user has no wedding dress to pick up at the reservation pick-up date.

[0019] In addition, when the judgment result of the preselected wedding dress in-warehouse judgment unit is yes, the reservation transfer control unit transfers all the wedding dresses to be transferred from the warehousing storage belt to the reservation storage belt through the warehousing control equipment according to the pick-up date and the predetermined reservation transfer rule, so that the transfer and temporary storage of wedding dresses can be realized batch by batch and automatically, and it is convenient to control the implementation time of the transfer process. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 is a structural block diagram of the wedding dress intelligent management system in an embodiment of the present invention;

[0021] Figure 2 is a structural diagram of the wedding dress intelligent management system in an embodiment of the present invention;

[0022] Figure 3 is a schematic structural diagram of a hanger hanging on a storage belt in an embodiment of the present invention;

[0023] Figure 4 is a structural diagram of the warehousing equipment in an embodiment of the present invention;

[0024] Figure 5 is a structural diagram of the reservation belt-type storage device in an embodiment of the present invention;

[0025] Figure 6 is a structural diagram of the reservation belt-type storage device from different angles in an embodiment of the present invention;

[0026] Figure 7 is a front projection view of the reservation belt-type storage device in an embodiment of the present invention;

[0027] Figure 8It is the structure diagram of the storage belt in the embodiment of the present invention;

[0028] Figure 9 It is the structure diagram of the storage belt at different angles in the embodiment of the present invention;

[0029] Figure 10 It is the structure diagram of the first belt-type storage device for warehousing in the embodiment of the present invention;

[0030] Figure 11 It is the front projection diagram of the first belt-type storage device for warehousing in the embodiment of the present invention;

[0031] Figure 12 It is the structure diagram of the transfer mechanism in the embodiment of the present invention;

[0032] Figure 13 It is the structure diagram of the dispensing mechanism in the embodiment of the present invention;

[0033] Figure 14 It is the structure diagram of the outbound equipment in the embodiment of the present invention;

[0034] Figure 15 It is the structure diagram of the out-of-warehouse device in the embodiment of the present invention;

[0035] Figure 16 It is the partial structure diagram of the out-of-warehouse device in the embodiment of the present invention;

[0036] Figure 17 It is the structure block diagram of the warehousing control equipment in the embodiment of the present invention;

[0037] Figure 18 It is the structure block diagram of the management server in the embodiment of the present invention;

[0038] Figure 19 It is the schematic diagram of the wedding dress selection screen in the embodiment of the present invention Figure 1 ;

[0039] Figure 20 It is the schematic diagram of the wedding dress selection screen in the embodiment of the present invention Figure 2 .

[0040] Figure 21 It is the schematic diagram of the reservation date confirmation screen in the embodiment of the present invention;

[0041] Figure 22 It is the schematic diagram of the billing screen in the embodiment of the present invention;

[0042] Figure 23 It is the schematic diagram of the reservation completion screen in the embodiment of the present invention;

[0043] Figure 24 It is the schematic diagram of the wedding dress management screen in the embodiment of the present invention;

[0044] Figure 25 It is the working flowchart of the wedding dress intelligent management system when the user rents a wedding dress in the embodiment of the present invention;

[0045] Figure 26 It is the working flowchart of pre - confirming the pre - selected wedding dress in the embodiment of the present invention;

[0046] Figure 27 It is the working flowchart of positioning the storage bin hole in the embodiment of the present invention;

[0047] Figure 28 It is the working flowchart of positioning the reserved bin hole in the embodiment of the present invention;

[0048] Figure 29 It is the working flowchart of transferring the wedding dress according to the reservation information in the embodiment of the present invention;

[0049] Figure 30 It is the working flowchart of the wedding dress leaving the warehouse in the embodiment of the present invention;

[0050] Figure 31 It is the structural schematic diagram of the out - of - warehouse inclined rail in Variant Example 1 of the present invention;

[0051] Figure 32 It is the structural block diagram of the management server in Variant Example 1 of the present invention;

[0052] Figure 33 It is the working flowchart of transferring the wedding dress according to the reservation information in Variant Example 1 of the present invention;

[0053] Figure 34 It is the working flowchart of the wedding dress leaving the warehouse in Variant Example 1 of the present invention;

[0054] Figure 35 It is the structural block diagram of the wedding dress intelligent management system in Variant Example 2 of the present invention.

[0055] Reference numerals:

[0056] Wedding dress intelligent management system 10; storage device 20; online device 21; shelf storage track 211; storage elevator 212; lifting track 213; sliding ramp 214; blocking device 22; storage device 23; hanging mechanism 231; receiving unit 2311; moving unit 2312; rotating unit 2313; opening mechanism 232; storage device 30; storage belt 31; storage hole 311; storage code 312; driving hole 313; reservation belt storage device 32; Steel belt storage rail 321 for reservation; mounting rail 3211; storage belt 31a for reservation; driving mechanism 322 for reservation; driving motor 3221; driving gear 3222; resistance reduction wheel 3223; limiting wheel 3224; first storage belt storage device 33; first storage belt 31b for storage; first storage driving mechanism 332; second storage belt storage device 34; carrier transfer device 35; transfer mechanism 351; transfer and pick-up unit 3511; transfer rotation unit 3512; transfer translation unit 3513; allocation mechanism 352; allocation and pick-up unit 3521; allocation vertical movement unit 3522; outbound equipment 40; outbound device 41; guide transfer mechanism 411; curved rail member 4111; guide member 4112; introduction end 4112a; lead-out end 4112b; Guide motor 4113; lever mechanism 412; lever 4121; turntable 4122; turntable motor 4123; offline device 42; lifting mechanism 421; lifting track 4211; outbound elevator 4212; outbound inclined rail 422; storage control equipment 50; operation terminal 51; storage side control unit 501; storage control unit 504; first storage positioning unit 505; storage location code acquisition unit 5051; storage reference acquisition unit 5052; storage interval acquisition unit 5053; storage movement acquisition unit 5054; storage location determination unit 5055; storage drive unit 5056; second storage positioning unit 506; reservation positioning unit 507; reservation location code acquisition unit 5071; reservation reference acquisition unit 5072; reservation interval acquisition unit 5073; The scheduled movement acquisition unit 5074; the scheduled warehouse position determination unit 5075; the reservation driving unit 5076; the transfer control unit 508; the outbound control unit 509; the warehouse side communication unit 510; the management server 60; the management terminal 61; the server side control unit 601; the authority information storage unit 602; the rental information storage unit 603; the user identification code acquisition unit 604; the wedding dress identification code acquisition unit 605; the wedding dress information acquisition unit 606; the reservation period acquisition unit 607; the rental information acquisition unit 6071; the reservation period calculation unit 6072; the reservation information acquisition unit 608; the rental information update unit 609; the interactive screen generation unit 610; the terminal display control unit 611; the reservation transfer control unit 612; the server communication unit 613; the wedding dress information storage unit 614; the warehouse position information storage unit 615;Pre-selection wedding dress in-stock judgment unit 616; Preferred wedding dress in-stock judgment unit 6161; Alternative wedding dress in-stock judgment unit 6162; Recommended wedding dress information generation unit 617; Billing unit 618; Reservation fee calculation unit 6181; Actual fee calculation unit 6182; User terminal 70; Hanger 100; Hook part 101; Hanging opening 101a; Shoulder support part 102; Transition part 103; Hanger identification code 1031; Outbound inclined rail 422'; Main track 4221; Temporary storage track 4222; Diverting component 4223; Management server 60'; Wedding dress intelligent management system 10'. Detailed implementation manners

[0057] In order to make the technical means, creative features, achieved purposes and functions implemented by the present invention easy to understand, the wedding dress intelligent management system of the present invention will be specifically described below in conjunction with embodiments and the accompanying drawings.

[0058] <Embodiment>

[0059] This embodiment provides a wedding dress intelligent management system for leasing management of various types of wedding dresses. Among them, the attributes of wedding dresses of the same type are consistent, and there are multiple pieces of each type of wedding dress, which is convenient for multiple users to rent at the same time.

[0060] Figure 1 It is a structural block diagram of the wedding dress intelligent management system in the embodiment of the present invention.

[0061] Figure 2 It is a structural diagram of the wedding dress intelligent management system in the embodiment of the present invention.

[0062] As Figure 1 and Figure 2 shown, the wedding dress intelligent management system 10 of this embodiment includes a belt-type warehousing system that uses a belt-type storage track to convey and store a goods carrier (hanger) carrying goods (clothes), a warehousing control device 50, an operation terminal 51, a management server 60, a management terminal 61, and multiple user terminals 70. Among them, the belt-type warehousing system includes an inbound device 20, a storage device 30, and an outbound device 40.

[0063] The warehousing device 20 is used to warehousing the hangers carrying clothes into the storage device 30. The storage device 30 stores (or classifies and stores) the hangers through a storage belt. The outwarehousing device 40 is used to outwarehouse the hangers in the storage device 30. The warehousing device 20, the storage device 30, and the outwarehousing device 40 are all installed at a predetermined position through a metal frame, where the warehousing device 20 and the outwarehousing device 40 are both arranged on the storage device 30. The warehousing control device 50 controls the operations of the warehousing device 20, the storage device 30, and the outwarehousing device 40. The operation terminal 51 is communicatively connected to the warehousing control device 50 and is used for an operator to input relevant information of the wedding dress during warehousing and outwarehousing. The management server 60 is communicatively connected to the warehousing control device 50 and multiple user terminals 70 respectively. The management terminal 61 is held by a manager and is communicatively connected to the management server 60.

[0064] Figure 3 It is a schematic structural diagram of the hanger hanging on the storage belt in an embodiment of the present invention.

[0065] As Figure 3 shown, the storage belt 31 is composed of a steel belt, and a number of bin holes 311 are provided thereon. The hanger 100 includes a hook part 101 at the top, a shoulder support part 102 at the bottom for hanging clothes, and a transition part 103 between the hook part 101 and the shoulder support part 102. The hook part 101 has a hanging opening 101a, and a hanger identification code 1031 is provided on the transition part 103. When the hanger 100 is hung into the bin hole 311, the inner top end of the hook part 101 just contacts the bottom end of the bin hole 311.

[0066] Generally, the distance d1 between the centerlines of two adjacent bin holes 311 is set to be slightly larger than the width formed by the front and back sides of the clothes when hanging on the hanger, so that each bin hole 311 can hang clothes. In this embodiment, d1 = 26.52 mm. Additionally, in this embodiment, the designed load-bearing capacity of each bin hole 311 is about 2.5 kg (the weight of the hanger + clothes). A number of bin codes 312 are also provided on the storage belt 31 for uniquely identifying the corresponding bin hole 311 in the current system. The bin codes 312 correspond one-to-one with the bin holes 311 and are set on the steel belt above the bin holes 311. The bin code 312 in this embodiment is a two-dimensional code.

[0067] Figure 4 It is a structural diagram of the warehousing device in an embodiment of the present invention.

[0068] As Figure 4 shown, the warehousing device 20 includes a loading device 21, a blocking and releasing device 22, and a warehousing device 23.

[0069] The online device 21 puts the hangers 100 online, and it has an upper storage track 211 for hanging the hangers 100, a warehousing elevator 212 for lifting the hangers 100, a lifting track 213 extending obliquely downward, and a sliding inclined track 214 extending obliquely downward. After the hanger 100 is hung on the upper storage track 211, it slides to the warehousing elevator 212 by gravity, is lifted by the warehousing elevator 212 and enters the sliding inclined track 214, and slides down along the sliding inclined track 214 by gravity. A blocking and releasing device 22 is arranged at a position near the end of the sliding inclined track 214.

[0070] The blocking and releasing device 22 releases the hangers 100 one by one. After the hanger 100 is released, it reaches the warehousing device 23 and is hooked by the warehousing device 23.

[0071] The warehousing device 23 hangs the hanger 100 into the corresponding predetermined storage hole. The warehousing device 23 has a hanging mechanism 231 for receiving the hanger 100 and hanging the hanger 100 on the storage belt 31, and a separating mechanism 232 for separating the clothes located on the storage belt 31.

[0072] The hanging mechanism 231 includes a receiving unit 2311, a moving unit 2312, and a rotating unit 2313. The receiving unit 2311 is a rotatable baffle, on which an RFID reader is arranged, so it can receive the released hanger 100 and make it stationary, which is convenient for the rotating unit 2313 to hook the hanger 100. At the same time, the receiving unit 2311 can read the vehicle identification code of the hanger 100. The rotating unit 2313 includes a robotic arm that can rotate horizontally and a movable hook installed at the end of the robotic arm. Therefore, the rotating unit 2313 can hook the hanger 100 and drive the hanger 100 to rotate so that the hanging opening 101a faces the storage hole 311. The moving unit 2312 can drive the rotating unit 2313 to move horizontally, so that the rotating unit 2313 moves to the blocking and releasing device 22 to pick up the hanger 100, and can also move the rotating unit 2313 to the storage belt 31 to hang the hanger 100.

[0073] The separating mechanism 232 has two movable separating plates, which are used to separate the clothes on both sides of the storage hole 311 to both sides, so that the hanging mechanism 231 can smoothly hang the hanger 100.

[0074] After the warehousing equipment 20 warehouses the hanger 100 into the storage equipment 30, the storage equipment 30 stores the hanger 100. As Figure 2 shown, the storage equipment 30 includes three belt-type storage devices, namely a reservation belt-type storage device 32, a first warehousing belt-type storage device 33, and a second warehousing belt-type storage device 34.

[0075] Figure 5 This is the structural diagram of the reservation belt storage device in the embodiment of the present invention.

[0076] Figure 6 This is the structural diagram of the reservation belt storage device from different angles in the embodiment of the present invention.

[0077] Figure 7 This is the front projection diagram of the reservation belt storage device in the embodiment of the present invention.

[0078] As Figures 5 - 7 shown, the reservation belt storage device 32 includes a reservation steel belt storage track 321 and a reservation drive mechanism 322.

[0079] The reservation steel belt storage track 321 is a closed-loop track, including a mounting rail 3211 and a storage belt 31. The mounting rail 3211 is fixedly installed at a predetermined position through a metal bracket, and the storage belt 31 is movably installed on the mounting rail 3211. In this embodiment, the storage belt 31 of the pre-storage belt storage device 32 is denoted as the reservation storage belt 31a. The reservation storage belt 31a is a planar annular track. At the same time, the reservation storage belt 31a is set at a position convenient for taking clothes, 1.5 m - 1.6 m from the ground, and there is no obstruction around. Therefore, in addition to taking out the hanger 100 on the reservation storage belt 31a through the outbound equipment 40 provided on the pre-storage belt storage device 32, the staff or customers can also walk to the position of the reservation storage belt 31a and directly take the hanger 100 off the reservation storage belt 31a by hand.

[0080] The reservation drive mechanism 322 is used to drive the reservation storage belt 31a to move.

[0081] Figure 8 This is the structural diagram of the storage belt in the embodiment of the present invention.

[0082] Figure 9 This is the structural diagram of the storage belt from different angles in the embodiment of the present invention.

[0083] As Figures 5 - 9As shown in the figure, the driving mechanism 322 for reservation includes a driving motor 3221, a driving gear 3222, a plurality of drag reduction wheels 3223, and a plurality of limiting wheels 3224. A plurality of driving holes 313 are formed in the reservation storage belt 31a. Among them, the plurality of driving holes 313 located at the driving gear 3222 are respectively engaged with the plurality of teeth of the driving gear 3222. The plurality of drag reduction wheels 3223 and the plurality of limiting wheels 3224 are installed on the reservation storage belt 31a at intervals, and their wheels are movably fitted in the installation rail 3211. The driving motor 3221 drives the driving gear 3222 to rotate, and drives the reservation storage belt 31a to move along the extension direction of the installation rail 3211 through the meshing transmission method. The specific method is the prior art and will not be described in detail here.

[0084] Figure 10 It is a structural diagram of the first belt-type storage device for warehousing in the embodiment of the present invention.

[0085] Figure 11 It is a front projection diagram of the first belt-type storage device for warehousing in the embodiment of the present invention.

[0086] As Figure 10 and Figure 11 shown, the first belt-type storage device 33 for warehousing is used to store the hangers 100 carrying clothes, and includes a first storage belt 31b for warehousing and a first driving mechanism 332 for driving the movement of the first storage belt 31b for warehousing. Its structure is the same as that of the pre-storage belt-type storage device 32, so it will not be described in detail here.

[0087] As Figure 2 and Figure 10 shown, the first storage belt 31b for warehousing is also a planar annular track. The pre-storage belt-type storage device 32 and the first belt-type storage device 33 for warehousing are stacked. The pre-storage belt-type storage device 32 is arranged below, and the first belt-type storage device 33 for warehousing is arranged above.

[0088] As Figure 2 shown, the second belt-type storage device 34 for warehousing is a spiral belt-type storage device, which can be used to store clothes that are not used for a long time, or for mixed storage of various clothes, etc. Although the storage belt 31 of the second belt-type storage device 34 for warehousing is wound into a spiral shape, it is still a single closed track. Therefore, the structure of the second belt-type storage device 33 for warehousing is essentially the same as that of the pre-storage belt-type storage device 32, and will not be described in detail here.

[0089] The vehicle transfer device 35 is used to transfer the hanger 100 between different belt-type storage devices, and includes a transfer mechanism 351 for transferring the hanger 100 in the horizontal direction and a deployment mechanism 352 for transferring the hanger 100 in the vertical direction.

[0090] Figure 12 This is the structural diagram of the transfer mechanism in the embodiment of the present invention.

[0091] As Figure 2 and Figure 12 shown, the transfer mechanism 351 is arranged between the pre-storage belt storage device 32 and the second storage belt storage device 34, and includes a transfer picking unit 3511, a transfer rotating unit 3512 and a transfer translation unit 3513.

[0092] The transfer picking unit 3511 has a movable gripper and a servo for driving the gripper to pick and place. The movable gripper matches the hook part 101 of the clothes hanger 100. Therefore, the movable gripper can grab the clothes hanger 100 and take the clothes hanger 100 out of the storage hole 311, and can release the clothes hanger 100 at the position corresponding to the storage hole 311, so that the clothes hanger 100 is hooked into the storage hole 311.

[0093] The transfer rotating unit 3512 is used to drive the transfer picking unit 3511 to rotate in the horizontal direction, so that the hanging opening 101a of the clothes hanger 100 faces the other storage belt 31, which is convenient for hanging. The transfer rotating unit 3512 is fixedly installed at the end of the transfer rotating unit 3512, and its specific structure is the same as that of the rotating unit 2313, so it will not be repeated here.

[0094] The transfer translation unit 3513 is used to drive the transfer picking unit 3511 to move in the horizontal direction, and includes a horizontal driving motor, a horizontal driving gear installed at the output end of the horizontal driving motor, a driving rack, a guide rail extending in the horizontal direction, etc. Its specific structure is the prior art and will not be described in detail. One end of the transfer translation unit 3513 is arranged near the pre-storage belt storage device 32, and the other end is arranged near the second storage belt storage device 34.

[0095] Figure 13 This is the structural diagram of the dispensing mechanism in the embodiment of the present invention.

[0096] As Figure 2 and Figure 13 shown, the dispensing mechanism 352 is arranged near the stacked pre-storage belt storage device 32 and the first storage belt storage device 33, and includes a dispensing picking unit 3521 and a dispensing vertical movement unit 3522.

[0097] The dispensing picking unit 3521 has a movable gripper, which is arranged to face the pre-storage belt storage device 32 and the first storage belt storage device 33. The structure and function of the dispensing picking unit 3521 are the same as those of the transfer picking unit 3511, so it will not be repeated here.

[0098] The dispensing vertical translation unit 3522 is used to drive the dispensing picking unit 3521 to move in the vertical direction, including a vertical driving motor, a vertical synchronous pulley installed at the output end of the vertical driving motor, a synchronous belt extending in the vertical direction, a guide rail extending in the vertical direction, etc. Its specific structure is the prior art and will not be described in detail.

[0099] Although the transfer mechanism 351 and the dispensing mechanism 352 transfer the hanger 100 in different directions, their principles are the same, that is, to take out the hanger 100 from the storage hole 311 of one storage belt 31, translate the hanger 100 to another storage belt 31, and then hang the hanger 100 into the storage hole 311 of another storage belt 31. Therefore, the following will only take the reservation belt-type storage device 32, the first warehouse belt-type storage device 33 and the dispensing mechanism 352 as examples for illustration.

[0100] The dispensing mechanism 352 is arranged beside the stacked reservation belt-type storage device 32 and the first warehouse belt-type storage device 33. The position corresponding to the dispensing mechanism 352 on the reservation storage belt 31a is the predetermined reservation hanging position, that is, Figure 7 the position shown as B1 in Figure 11 The position corresponding to the dispensing mechanism 352 on the first warehouse storage belt 31b is the predetermined warehouse taking-out position, that is,

[0101] the position shown as B4 in

[0102] That is, the reservation hanging position and the warehouse taking-out position are in the same vertical direction. Under the control of the warehouse control device 50, the first warehouse belt-type storage device 33 rotates the storage hole 311 with the hanger 100 to be taken out to the warehouse taking-out position, and then makes the first warehouse storage belt 31b stationary. At the same time, the reservation belt-type storage device 32 rotates an empty storage hole 311 to the reservation hanging position, and then makes the reservation storage belt 31a stationary. Then, the dispensing mechanism 352 takes out the hanger 100 from the storage hole 311 at the warehouse taking-out position, translates the hanger 100 in the vertical direction to the reservation storage belt 31a, and hangs the hanger 100 into the storage hole 311 at the reservation hanging position.

[0103] Figure 14 It is the structural diagram of the outbound device in the embodiment of the present invention.

[0104] As Figure 14 shown, the outbound device 40 includes a warehouse exit device 41 and a offline device 42. The warehouse exit device 41 is used to move the hanger 100 on the storage belt 31 out of the storage hole 311, and the offline device 42 is used to take the hanger 100 from the warehouse exit device 41 offline or store it.

[0105] The offline device 42 has a lifting mechanism 421 and an outbound inclined rail 422. Among them, the lifting mechanism 421 includes a lifting track 4211 connecting the out-warehouse device 41 and the outbound inclined rail 422, and an outbound elevator 4212 for transporting the hanger 100 along the lifting track 4211 to the outbound inclined rail 422. A baffle (not shown in the figure) for blocking the hanger 100 is provided at the end of the outbound inclined rail 422, so that the taken hanger 100 can be temporarily stored here for the staff or user to pick up.

[0106] Figure 15 It is a structural diagram of the out-warehouse device in the embodiment of the present invention.

[0107] Figure 16 It is a partial structural diagram of the out-warehouse device in the embodiment of the present invention.

[0108] As Figure 15 and Figure 16 shown, the out-warehouse device 41 includes a guiding and transferring mechanism 411 and a lever mechanism 412. The guiding and transferring mechanism 411 is used to guide and transfer the hanger 100 on the storage belt 31 to the lifting track 4211 of the offline device 42, and the lever mechanism 412 is used to push the hanger 100 guided out by the guiding and transferring mechanism 411.

[0109] Among them, the guiding and transferring mechanism 411 has a curved rail member 4111, a guiding member 4112 and a guiding motor 4113. The guiding member 4112 is used to transfer the hanger 100 located on the storage belt 31 to the curved rail member 4111, and the guiding motor 4113 is used to drive the guiding member 4112 to rotate.

[0110] As Figure 16 shown, the middle part of the guiding member 4112 has a channel for the storage belt 31 to pass through. The guiding member 4112 also has an introducing end 4112a and an extracting end 4112b. The introducing end 4112a is used to introduce the hanger 100 from the storage belt 31 onto the guiding member 4112, and the extracting end 4112b is used to extract the hanger 100 from the guiding member 4112 onto the curved rail member 4111.

[0111] In the initial state, the guiding member 4112 is in a horizontal position relative to the storage belt 31, that is, the length direction of the guiding member 4112 is substantially parallel to the extending direction of the storage belt 31; when the hanger 100 is to be taken out, under the drive of the guiding motor 4113, the guiding member 4112 rotates upward to a position matching the curved rail member 4111, that is Figure 16At the position shown in the figure, at this time, the hanger 100 is lifted obliquely upward, leaving the storage hole 311, and then enters the curved rail member 4111 along the guiding member 4112, and then is pushed and moved by the lever mechanism 412.

[0112] The lever mechanism 412 includes a plurality of levers 4121, a turntable 4122 and a turntable motor 4123. The plurality of levers 4121 are evenly installed on the side of the turntable 4122. Driven by the turntable motor 4123, the turntable 4122 rotates, driving the levers 4121 to move along an arc, so as to push the hanger 100 on the curved rail member 4111 to move along the extension direction of the curved rail member 4111 to the offline device 42, and then the offline device 42 moves the hanger 100 to a predetermined picking position.

[0113] The warehousing control device 50 controls the operations of the above-mentioned warehousing device 20, storage device 30 and outbound device 40.

[0114] Figure 17 It is a structural block diagram of the warehousing control device according to an embodiment of the present invention.

[0115] As Figure 17 shown, the warehousing control device 50 includes a warehousing side control unit 501, an inbound control unit 504, a first warehousing positioning unit 505, a second warehousing positioning unit 506, a reservation positioning unit 507, a transfer control unit 508, an outbound control unit 509 and a warehousing side communication unit 510. The warehousing side control unit 501 controls the operations of the inbound control unit 504, the first warehousing positioning unit 505, the second warehousing positioning unit 506, the reservation positioning unit 507, the transfer control unit 508, the outbound control unit 509 and the warehousing side communication unit 510.

[0116] Figure 18 It is a structural block diagram of the management server in an embodiment of the present invention.

[0117] As Figure 1 and Figure 18 shown, the management server 60 is communicatively connected to the warehousing control device 50, and is used to obtain the storage information of the wedding dresses from the warehousing control device 50, and manage the wedding dress rental according to the storage information and the input of the user through the user terminal 70. The management server 60 at least includes a wedding dress information storage unit 614 and a storage location information storage unit 615.

[0118] The wedding dress information storage unit 614 stores the wedding dress identification codes of all the wedding dresses stored in the storage device 30, the vehicle identification codes of the cargo carriers corresponding one by one to the wedding dress identification codes, the wedding dress names, the rental unit prices, and the attribute information of the wedding dresses. Among them, the attribute information of the wedding dresses includes information such as wedding dress types, different part classifications of the wedding dresses, colors, sizes, etc. The wedding dress types include Chinese-style wedding dresses and Western-style wedding dresses. The different part classifications of the wedding dresses include long-sleeved types, short-sleeved types, strapless types, strapless with shoulder types, floor-length trailing types, short trailing types, non-trailing types, etc. The colors include white, pink, bright red, dark red, black, etc. The sizes include S size, M size, L size, XL size, etc. The rental unit price is charged by the day.

[0119] The way the wedding dress information storage unit 614 stores this information is, for example, the wedding dress information table in Table 1.

[0120] Table 1 Wedding Dress Information Table

[0121]

[0122] In addition, the wedding dress information storage unit 614 also correspondingly stores wedding dress pictures corresponding one by one to the wedding dress identification codes.

[0123] The storage location information storage unit 615 stores a storage location information table.

[0124] Table 2 Storage Location Information Table

[0125]

[0126] As shown in Table 2, the storage location information table stores the storage location serial numbers, storage location codes 312 of each storage location 311 on each storage belt 31, and the vehicle identification code of the hanger 100 hung in the storage location hole 311. Among them, the storage location serial number indicates the position of the storage location hole 311 on the storage belt 31, and the storage location serial numbers are sorted in sequence along the extension direction of the storage belt 31. In addition, the storage location hole 311 can be hung with a hanger 100 or can be vacant, as shown by the storage location code CW1002 in Table 2.

[0127] The warehousing control unit 504 controls the process of goods warehousing, so as to hang the hanger 100 into the corresponding storage location hole 311. Among them, when a wedding dress is warehoused, the staff first inputs the information of the wedding dress through the operation terminal 51. Subsequently, the staff holds a scanner to read the hanger identification code 1031 on the hanger 100 to obtain the vehicle identification code, and reads the wedding dress label of the wedding dress hung on the hanger 100 through a barcode scanner to obtain the wedding dress identification code. Then, the warehousing control department 50 sends this information to the management server 60, and the wedding dress information storage unit 614 stores the vehicle identification code and the wedding dress identification code correspondingly into the wedding dress information table, so as to bind the hanger 100 with the wedding dress.

[0128] Further, the warehousing control unit 504 assigns the storage position hole 311 in the storage device for warehousing to the hanger 100 according to the attribute information in the wedding dress information table and the predetermined wedding dress warehousing rule, denoted as the storage position hole 311b for warehousing, and controls the warehousing device 20 to warehouse the hanger 100 into the reserved belt storage device 32, and further controls the vehicle transfer device 35 to take out the hanger 100 from the reserved belt storage device 32 and hang it into the storage position hole 311b in the storage device for warehousing.

[0129] In this embodiment, for the convenience of description, it is assumed that the hanger 100 has been assigned and hung into the storage position hole 311b on the first storage belt 31b for warehousing, that is Figure 11 the position hole 311 shown in B5 in the figure, and the position code 312 corresponding to the storage position hole 311b is denoted as the storage position code 312b.

[0130] The first storage positioning unit 505 is used to position the storage position hole 311b on the first storage belt 31b for warehousing, including a storage position code acquisition unit 5051, a storage reference acquisition unit 5052, a storage interval acquisition unit 5053, a storage movement acquisition unit 5054, a storage position determination unit 5055, and a storage drive unit 5056.

[0131] The storage position code acquisition unit 5051 queries the corresponding storage position code 312b from the position information table according to the input vehicle identification code, and the hanger 100 corresponding to the vehicle identification code is hung in the storage position hole 311b corresponding to the storage position code 312b.

[0132] The storage reference acquisition unit 5052 acquires the position code 312 at the predetermined storage reference position when the system is started, that is, uses the corresponding position hole 311 as a reference benchmark. In this embodiment, the storage reference position is set at Figure 11 the position shown in B6 in the figure. For the convenience of narration, the position hole at this position is hereinafter denoted as the storage reference position hole 311d, and the corresponding position code is denoted as the storage reference position code 312d.

[0133] The storage reference acquisition unit 5052 includes a camera, which is set at Figure 11 the position shown in B6 in the figure, and can take a picture of the position code 312 at this position, so as to obtain an image containing the position code 312. The storage reference acquisition unit 5062 reads Figure 11 the position code 312 at the position B6 in the figure as the storage reference position code 312d when the wedding dress intelligent management system 10 is started, that is, before the first storage belt 31b for warehousing starts to move.

[0134] The storage interval acquisition unit 5053 obtains the number of storage interval bin positions between the storage extraction position and the storage bin hole 311b according to the storage reference bin code 312d and the storage bin code 312b, that is, how many bin holes 311 are there between the two. Specifically, the corresponding bin serial number is obtained by querying the bin information table according to the storage reference bin code 312d, denoted as the storage reference serial number, and the corresponding bin serial number is obtained by querying the bin information table according to the storage bin code 312b, denoted as the storage serial number. At the same time, the number of bin intervals between the storage reference position and the storage extraction position is also stored in the bin information storage unit 615. Therefore, the above-mentioned target bin interval can be obtained through the following formula:

[0135] The number of storage interval bin positions = storage serial number - storage reference serial number + number of bin intervals;

[0136] In the formula, the number of storage interval bin positions can be a positive number or a negative number. When it is a positive number, the first storage storage belt 31b moves in the predetermined conveying direction, and when it is a negative number, the first storage storage belt 31b moves in the reverse direction.

[0137] In this embodiment, it is assumed that the above-mentioned number of bin intervals is 60. At the same time, taking the serial number 0 in Table 2 as the storage reference bin hole 311d, that is, the storage reference serial number is 0, and taking the serial number 20 as the storage bin hole 311b, that is, the storage serial number is 20. Therefore, the number of storage interval bin positions = 20 - 0 + 60 = 80. That is, in order to make the storage bin hole 311b reach the predetermined storage extraction position, the first storage storage belt 31b needs to move 80 bin hole 311 distances in the predetermined conveying direction.

[0138] The storage movement acquisition unit 5064 is used to sense and count the bin holes 311 passing through the predetermined storage detection position, so as to obtain the number of storage movement bin positions of the storage bin hole 311b, that is, how many bin hole 311 distances the storage bin hole 311b has moved. The storage movement acquisition unit 5064 is an infrared induction counter, which is set at the predetermined storage detection position beside the first storage storage belt 31, that is Figure 11 the position shown as B6 in it. Once a bin hole 311 passes through this position, the infrared induction counter senses the bin hole 311 and performs a count. When the system starts and the first storage storage belt 311b starts to move, the storage movement acquisition unit 5064 starts to count; and after the first storage storage belt 311b moves the predetermined number of bin intervals and the storage reference bin hole 311d reaches the storage reference position again, that is, after the first storage storage belt 311b rotates one full week, the storage movement acquisition unit 5064 resets the count.

[0139] The warehousing position determination unit 5055 determines whether the warehousing position hole 311b has reached the predetermined warehousing extraction position based on the number of warehousing interval storage positions obtained by the warehousing interval acquisition unit 5053 and the number of warehousing moving storage positions obtained by the warehousing movement acquisition unit 5054, that is, determines whether the number of warehousing interval storage positions = the target moving storage positions.

[0140] The warehousing driving unit 5056 controls the first warehousing driving mechanism 332 according to the determination result of the target position determination unit 5055. The first warehousing driving mechanism 332 drives the first warehousing storage belt 31b to move or stop, specifically including:

[0141] When the warehousing position determination unit 5055 determines no, it controls the first warehousing driving mechanism 332 to continue running, driving the first warehousing storage belt 31b to move at a predetermined conveying speed. In this embodiment, the predetermined conveying speed is 18 - 28 m / min;

[0142] When the target position determination unit 5065 determines yes, it controls the first warehousing driving mechanism 332 to stop working, and the first warehousing storage belt 31b is stationary. At this time, the dispensing mechanism 352 can take out the hanger 100 from the warehousing position hole 311b.

[0143] The second warehousing positioning unit 506 is used to position the position holes 311 on the second warehousing storage belt. Its structure and function are the same as those of the first warehousing positioning control unit 505, so it will not be repeated here.

[0144] The reservation positioning unit 507 is used to position the predetermined position holes 311a on the reservation storage belt 31a. The reservation positioning unit 507 includes a predetermined position code acquisition unit 5071, a reservation reference acquisition unit 5072, a predetermined interval acquisition unit 5073, a predetermined movement acquisition unit 5074, a predetermined position determination unit 5075, and a reservation driving unit 5076.

[0145] The predetermined position code acquisition unit 5071 selects one of the multiple vacant position holes 311 on the reservation storage belt 31a as the predetermined position hole 311a according to the predetermined reservation storage rule, and acquires the corresponding position code 312, denoted as the predetermined position code 312a. This predetermined position hole 311a is used to hang the hanger 100. For the convenience of description, in this embodiment, it is assumed that this predetermined position hole 311a is located at Figure 7 the position shown in B2.

[0146] In this embodiment, according to the thickness of the clothing, the reservation storage rule is set such that on the reservation storage belt 31a, one hanger 100 is stored in every other storage bin hole 311. That is, the predetermined bin code acquisition unit 5071 first finds all the vacant storage bin holes 311, and then determines one by one whether the two storage bin holes 311 on both sides of the storage bin hole 311 are also vacant. When the determination is yes, the storage bin hole 311 is used as the predetermined storage bin hole 311a, and when the determination is no, the next vacant storage bin hole 311 is determined.

[0147] The reservation reference acquisition unit 5072 acquires the bin code 312 of the storage bin hole 311 at the predetermined reservation reference position when the system is started as the reservation reference bin code 312c. The reservation reference acquisition unit 5082 includes a camera provided at the reservation reference position, that is Figure 7 the position shown in B3 in the figure. The function of the reference acquisition unit 5072 is the same as that of the storage reference acquisition unit 5052, and will not be repeated here.

[0148] The predetermined interval acquisition unit 5073 acquires the number of predetermined interval storage bins between the reservation hanging position and the predetermined storage bin hole 311a according to the reservation reference bin code 312c and the predetermined bin code 312a. Its function is the same as that of the storage interval acquisition unit 5053, and will not be repeated here.

[0149] The predetermined movement acquisition unit 5074 senses and counts the storage bin holes 311 passing through the predetermined reservation detection position, so as to acquire the number of predetermined movement storage bins of the predetermined storage bin hole 311a. Its structure and function are the same as those of the storage movement acquisition unit 5064, and will not be repeated here.

[0150] The predetermined bin determination unit 5075 determines whether the predetermined storage bin hole 311a has reached the predetermined reservation hanging position according to the number of predetermined interval storage bins acquired by the predetermined interval acquisition unit 5073 and the number of predetermined movement storage bins acquired by the predetermined movement acquisition unit 5074, that is, determines whether the number of predetermined interval storage bins = the number of predetermined movement storage bins.

[0151] The reservation driving unit 5076 controls the reservation driving mechanism 322 according to the determination result of the predetermined bin determination unit 5075. The reservation driving mechanism 322 drives the reservation storage belt 31a to move or stop. Its function and specific setting are the same as those of the storage driving unit 5056, and will not be repeated here.

[0152] The transfer control unit 508 controls the operation of the vehicle transfer device 35. Specifically, the transfer control unit 508 controls the vehicle transfer device 35 to take out the hanger 100 from the storage bin hole 311b; then, controls the vehicle transfer device 35 to move the hanger 100 to the predetermined reservation hanging position and hang the hanger 100 into the predetermined storage bin hole 311a.

[0153] The outbound control unit 509 controls the operation of the outbound equipment 40 to take out the hanger 100 from the storage equipment 30. After a wedding dress is taken out, the staff inputs the information of the wedding dress through the operation terminal 51, and then the warehousing control unit 50 sends this information to the management server 60.

[0154] The warehousing side communication unit 510 is used to communicate with the management server 60.

[0155] As Figure 18 shown, the management server 60 further includes a server side control unit 601, a permission information storage unit 602, a rental information storage unit 603, a user identification code acquisition unit 604, a wedding dress identification code acquisition unit 605, a wedding dress information acquisition unit 606, a reservation period acquisition unit 607, a reservation information acquisition unit 608, a rental information update unit 609, an interactive screen generation unit 610, a terminal display control unit 611, a reservation transfer and storage control unit 612, a server communication unit 613, a preselected wedding dress in-stock judgment unit 616, a recommended wedding dress information generation unit 617, and a billing unit 618.

[0156] Among them, the server side control unit 601 is used to control the operation of the wedding dress information storage unit 614, the warehouse position information storage unit 615, the permission information storage unit 602, the rental information storage unit 603, the user identification code acquisition unit 604, the wedding dress identification code acquisition unit 605, the wedding dress information acquisition unit 606, the reservation period acquisition unit 607, the reservation information acquisition unit 608, the rental information update unit 609, the interactive screen generation unit 610, the terminal display control unit 611, the reservation transfer and storage control unit 612, the server communication unit 613, the preselected wedding dress in-stock judgment unit 616, the recommended wedding dress information generation unit 617, and the billing unit 618.

[0157] The permission information storage unit 602 stores a user permission information table.

[0158] Table 3 User Permission Information Table

[0159]

[0160] As shown in Table 3, the user permission information table stores the user identification code (i.e., the user account) of each user, the user name, and the wedding dress identification codes of all wedding dresses that the user can rent.

[0161] The rental information storage unit 603 stores a wedding dress rental information table.

[0162] Table 4 Wedding Dress Rental Information Table

[0163]

[0164] As shown in Table 4, the wedding dress rental information table stores the rental information of all wedding dresses within the scheduled time, including the wedding dress identification code of each wedding dress, the inventory status of the wedding dress, the user identification code, and the scheduled pick-up date and scheduled return date of the wedding dress corresponding to the user. The scheduled time can be set as needed, for example, set to 1 month. For example, if the current time is October 1, 2021 (2021.10.01), the wedding dress rental information table stores the inventory status of wedding dresses on October 1, 2021 and the reservation information of users between October 1, 2021 and October 30, 2021.

[0165] AC in the above table represent the preferred wedding dress, alternative wedding dress, and recommended wedding dress respectively. YH0004A in the table represents the preferred wedding dress of the user with user identification code YH0004, and YH0004B in the table represents the alternative wedding dress of the user with user identification code YH0004. The reservation information of YH0002C in the table indicates that the user with user identification code YH0002 has selected the recommended wedding dress as the pre-selected wedding dress on October 1, 2021.

[0166] The user terminal 70 is connected to the management server 60 and is held by the reservation user for inputting the user identification code and reservation information of the reservation user. The reservation information includes the wedding dress identification code of the pre-selected wedding dress, the scheduled pick-up date and the scheduled return date. The pre-selected wedding dress includes two wedding dresses, namely the first choice wedding dress and the alternative wedding dress.

[0167] The user information acquisition unit 604 is used to acquire the user identification code of the reservation user from the user terminal 70 , that is, the user account entered by the reservation user when logging in in advance through the user terminal 70 .

[0168] The wedding dress identification code acquisition unit 605 searches the user authority information table according to the user identification code acquired by the user information acquisition unit 604 to acquire the wedding dress identification codes of all wedding dresses that the user can rent.

[0169] The wedding dress information acquisition unit 606 searches the wedding dress information table according to the wedding dress identification code acquired by the wedding dress identification code acquisition unit 605 to acquire the attribute information of the corresponding wedding dress.

[0170] The reservation period acquisition unit 607 is used to acquire the reservation period during which the user can rent the wedding dress, that is, the date range that can be reserved, and includes a rental information acquisition unit 6071 and a reservation period calculation unit 6072.

[0171] The rental information acquisition unit 6071 acquires the reserved pick-up date and reserved return date of the corresponding wedding dress from the wedding dress rental information table according to the wedding dress identification code.

[0172] The reservation period calculation unit 6072 calculates the reservation period during which the reservation user can rent the wedding dress according to the obtained reservation withdrawal dates and reservation return dates, the current date and the predetermined reservation rules. For example, the current date is October 1, and the reservation rental dates for a wedding dress in October obtained from the wedding dress rental information table are 2021.10.02 to 2021.10.05 and 2021.10.22 to 2021.10.25. The reservation rule is that wedding dresses can be reserved within one month of the current date and the prior reservation return date and the subsequent reservation withdrawal date of two reservation users with adjacent reservation dates are at least one day apart. The calculated reservation period is 2021.10.07 to 2021.10.20, and 2021.10.27 to 2021.10.30.

[0173] The reservation information acquisition unit 608 is used to acquire the reservation information set by the reservation user through the user terminal 70, including the wedding dress identification codes of the first choice wedding dress and the alternative wedding dress selected by the reservation user, the reservation pick-up date and the reservation return date.

[0174] The rental information updating unit 609 is used to update the wedding dress rental information table, including:

[0175] After the reservation user makes reservations for the preferred wedding dress and the alternative wedding dress, the corresponding record is found according to the wedding dress identification code obtained by the reservation information acquisition unit 608, and the user identification code, reservation pick-up date and reservation return date of the reservation user are added to the wedding dress rental information table.

[0176] After the user takes out the pre-selected wedding dress, according to the wedding dress identification code of the wedding dress input through the operation terminal 51, the inventory status of the wedding dress in the wedding dress rental information table is set to "N".

[0177] When the user returns the wedding dress and the wedding dress is put back into storage, the wedding dress's inventory status in the wedding dress rental information table is set to "Y" based on the wedding dress identification code read when it was put into storage, and the corresponding reservation date and reservation return date (reservation record) in the wedding dress rental information table are cleared.

[0178] The billing unit 618 includes a reservation fee calculation unit 6181 and an actual fee calculation unit 6182 .

[0179] The reservation fee calculation unit 6181 calculates the total fee generated by the reservation of the preferred wedding dress and the alternative wedding dress based on the wedding dress identification codes of the preferred wedding dress and the alternative wedding dress obtained by the reservation information acquisition unit 608, the reservation pick-up date, the reservation return date, and the rental unit price of the corresponding wedding dress obtained from the wedding dress information table by the wedding dress information acquisition unit 606.

[0180] The actual cost calculation unit 6182 calculates the actual cost of renting the wedding dress according to the calculation result of the reservation cost calculation unit 6181, the reserved return date, and the actual return date. If the actual return date is earlier than or equal to the reserved return date, the actual cost is equal to the total cost generated by the reservation; if the actual return date is later than the reserved return date, the overdue time is charged an overdue fee according to the predetermined overdue payment rule, and the predetermined overdue payment rule is to charge 2 times the rental unit price of the wedding dress, and if it is less than 1 day, it is charged as 1 day, that is, the actual cost = the total cost generated by the reservation + 2 * rental unit price * the number of days corresponding to the overdue time.

[0181] The interaction screen generation unit 610 is used to generate a variety of interaction screens for the user terminal 70 and the management terminal 80, including a wedding dress selection screen, a wedding dress reservation screen, a reservation date confirmation screen, a billing screen, a reservation completion screen, a wedding dress management screen, etc.

[0182] Figure 19 It is a schematic diagram of the wedding dress selection screen in the embodiment of the present invention Figure 1 ; Figure 20 It is a schematic diagram of the wedding dress selection screen in the embodiment of the present invention Figure 2 。

[0183] Such as Figure 19 and Figure 20 As shown, the wedding dress selection screen includes the wedding dress name, wedding dress identification code, wedding dress quantity, and corresponding pictures of each wedding dress for the user to browse and make a preliminary selection. The wedding dress attribute screen also includes the attribute information of the selected preferred wedding dress and alternative wedding dress for the user to further view and confirm. The wedding dress attribute screen also includes a "make a reservation" button for the user to make a reservation for the current wedding dress.

[0184] Figure 21 It is a schematic diagram of the reservation date confirmation screen in the embodiment of the present invention.

[0185] Such as Figure 21 As shown, the reservation date confirmation screen includes a selectable reservation period, a reservation pick-up date, a reservation return date, and a "confirm reservation" button for the user to set the pick-up date and return date of the wedding dress and make a final confirmation. Among them, the selectable reservation period is the reservation period during which both the preferred wedding dress and the alternative wedding dress can be rented. For example, the available reservation period for the preferred wedding dress is from October 4th to October 21st, from October 27th to October 30th, and the available reservation period for the alternative wedding dress is from October 7th to October 20th, from October 27th to October 30th. Then, the selectable reservation period is from October 7th to October 20th, from October 27th to October 30th.

[0186] Figure 22 It is a schematic diagram of the billing screen in the embodiment of the present invention.

[0187] The billing screen includes a reservation billing screen and an actual billing screen. Among them, as Figure 22 shown, the reservation billing screen contains the wedding dress identification codes, wedding dress names, rental unit prices, rental periods, and total reservation fees of the selected first-choice wedding dress and alternative wedding dresses for the user to further view and confirm. The reservation billing screen also includes a "Make a Reservation" button for the user to make a reservation for the current wedding dress. The actual billing screen contains the wedding dress identification code, wedding dress name, rental unit price, rental period, and actual total fee of the actually taken-out wedding dress for the user to further view and pay.

[0188] Figure 23 is a schematic diagram of the reservation completion screen in an embodiment of the present invention.

[0189] As Figure 23 shown, the reservation completion screen contains a prompt message of "Reservation Successful", indicating that the selected wedding dress has been successfully reserved. The reservation completion screen also includes reservation information such as the wedding dress identification code, wedding dress name, wedding dress type, take-out dates of different parts of the wedding dress, return dates, etc. for the user to further check so as to be able to detect in time when there is a reservation error.

[0190] Figure 24 is a schematic diagram of the wedding dress management screen in an embodiment of the present invention.

[0191] As Figure 24 shown, the wedding dress management screen contains the wedding dress identification codes, in-stock status, take-out dates, and return dates of each wedding dress for the administrator to view.

[0192] The interaction screen generation unit 610 also generates a standby screen, a reservation query screen for the user to query reservation information, a waiting prompt screen, etc. These interaction screens are all conventional settings and will not be elaborated.

[0193] The terminal display control unit 611 is used to switch the interaction screens displayed on the user terminal 70, specifically including:

[0194] When no signal is received, control the user terminal 70 to display the standby screen; when the user clicks on the standby screen and a corresponding signal is generated, control the user terminal 70 to display the wedding dress selection screen; when the user clicks on a wedding dress in the wedding dress selection screen and a corresponding signal is generated, control the user terminal 70 to display the relevant information of the selected preferred wedding dress and alternative wedding dresses; when the user clicks on the "Make a Reservation" button in the wedding dress selection screen and a corresponding signal is generated, control the user terminal 70 to display the wedding dress reservation screen; when the user sets the pick-up date and return date through the reservation date confirmation screen and clicks "Confirm Reservation"; when the user confirms the total cost required for the preferred wedding dress and alternative wedding dresses through the billing screen and clicks "Confirm Reservation", and a corresponding signal is generated, control the user terminal 70 to display the reservation completion screen.

[0195] The terminal display control unit 611 also controls the management terminal 80 to switch and display the above-mentioned wedding dress management screen after receiving the corresponding signal.

[0196] The preselected wedding dress in-stock judgment unit 616 is used to judge whether the preselected wedding dress is in stock before the reservation pick-up date according to the reservation information and rental information, that is, whether it is stored in the storage device 30. The preselected wedding dress in-stock judgment unit 616 includes a preferred wedding dress in-stock judgment unit 6161 and an alternative wedding dress in-stock judgment unit 6162.

[0197] The preferred wedding dress in-stock judgment unit judges whether the preferred wedding dress is in stock within the predetermined number of days before the reservation pick-up date according to the wedding dress identification code of the preferred wedding dress obtained by the reservation information acquisition unit 608, the reservation pick-up date, and the wedding dress rental information table stored in the rental information storage unit 603.

[0198] When the judgment result of the preferred wedding dress in-stock judgment unit is yes, the rental information update unit 609 deletes the reservation information of the alternative wedding dress of the reservation user in the wedding dress rental information table.

[0199] When the judgment result of the preferred wedding dress in-stock judgment unit is no, the alternative wedding dress in-stock judgment unit 6162 judges whether the alternative wedding dress is in stock within the predetermined number of days before the reservation pick-up date according to the wedding dress identification code of the alternative wedding dress obtained by the reservation information acquisition unit 608, the reservation pick-up date, and the wedding dress rental information table stored in the rental information storage unit 603.

[0200] Among them, the predetermined number of days is 1-2 days, preferably 1 day, that is, the above-mentioned in-stock judgment is made on the day before the reservation pick-up date.

[0201] When the judgment result of the alternative wedding dress in-stock judgment unit is yes, the rental information update unit 609 deletes the reservation information of the preferred wedding dress of the reservation user in the wedding dress rental information table.

[0202] When the judgment result of the alternative wedding dress in-stock judgment unit is negative, the recommended wedding dress information generation unit 617 generates recommended wedding dress information based on the wedding dress identification codes of the first-choice wedding dress and the alternative wedding dress obtained by the reservation information acquisition unit 608 and the corresponding attribute information obtained by the wedding dress information acquisition unit. The recommended wedding dress information includes the wedding dress identification codes of 2-3 recommended wedding dresses, and these recommended wedding dresses are all wedding dresses that are in stock at the current time and will be in stock during the reservation period of the reservation user.

[0203] The interaction screen generation unit 610 is further configured to generate a recommended wedding dress screen including the wedding dress identification code and picture of the recommended wedding dress according to the wedding dress identification code of the recommended wedding dress and the wedding dress information table. The user displays the recommended screen through the user terminal 70 and selects 1 recommended wedding dress therefrom.

[0204] The rental information update unit 609 is further configured to, after the user selects a recommended wedding dress, modify the reservation information of the reservation user according to the wedding dress identification code of the recommended wedding dress obtained by the reservation information acquisition unit 608, so as to update the wedding dress rental information table. The specific modification method is to delete the records of the original reservation information in the table (i.e., the reservation information of the first-choice wedding dress and the preselected wedding dress), and append the reservation record corresponding to the selected recommended wedding dress to the new reservation information of the reservation user (including the user identification code, the reservation pick-up date, and the reservation return date).

[0205] The reservation transfer control unit 612 transfers the corresponding wedding dress from the storage belt storage device to the reservation belt storage device 32 according to the reservation information obtained by the reservation information acquisition unit 609 and the predetermined reservation transfer rule, so as to facilitate the user to pick it up. Specifically, the reservation transfer control unit 612 traverses the wedding dress rental information table, finds all the wedding dresses whose time interval between the reservation pick-up date and the current date is one day, and obtains the wedding dress identification codes of these wedding dresses; then, queries the wedding dress information table according to the wedding dress identification code to obtain the vehicle identification code of the corresponding hanger 100; subsequently, for each of these hangers 100, the reservation transfer control unit 612 controls the first storage positioning unit 505 to move the storage bin hole 311b with the hanger 100 hung thereon to the storage pick-up position, and controls the reservation positioning unit 507 to move the predetermined bin hole 311a to the reservation hanging position; furthermore, controls the transfer control unit 508 to take out the hanger 100 from the storage bin hole 311b, transfer and hang it into the predetermined bin hole 311a.

[0206] The server-side communication unit 613 is used to communicate with the storage control device 50.

[0207] The user terminal 70 is held by users such as fashion designers, and multiple user terminals 70 are respectively communicatively connected to the management server 60. In this embodiment, the user terminal 70 is the user's smart phone.

[0208] The management terminal 61 is held by the management staff and is communicatively connected to the management server 60. In this embodiment, the management terminal 61 is a computer. The management terminal 61 can display the above-mentioned wedding dress management screen, and the management staff manages the wedding dresses based on the information on the wedding dress management screen. For example, when the management staff sees that a rented wedding dress has not been returned overdue, they can contact the corresponding user through the user terminal 70 to remind them to return it.

[0209] Figure 25 It is the working flowchart of the wedding dress intelligent management system when a user rents a wedding dress in an embodiment of the present invention.

[0210] As Figure 25 shown, in this embodiment, when a user selects and rents a wedding dress through the user terminal 70, the working process of the wedding dress intelligent management system 10 specifically includes the following steps:

[0211] Step S1-1, the user clicks on the standby screen displayed on the user terminal 70 to start the wedding dress reservation, and then proceeds to step S1-2;

[0212] Step S1-2, the management server 60 receives the user startup signal, and the user information acquisition unit 604 acquires the user's account information, that is, the user identification code, from the user terminal 70, and then proceeds to step S1-3;

[0213] Step S1-3, the wedding dress identification code acquisition unit 605 acquires the wedding dress identification codes of all the wedding dresses that the user can rent according to the account information, and then proceeds to step S1-4;

[0214] Step S1-4, the wedding dress information acquisition unit 606 acquires the wedding dress name and the corresponding picture of the wedding dress from the wedding dress information storage unit 614 according to the wedding dress identification code, and then proceeds to step S1-5;

[0215] Step S1-5, the interaction screen generation unit 610 generates a wedding dress selection screen according to the wedding dress identification code, the wedding dress name, and the picture, and then proceeds to step S1-6;

[0216] Step S1-6, the terminal display control unit 611 controls the user terminal 70 to display the wedding dress selection screen, and then proceeds to step S1-7;

[0217] Step S1-7, the user preliminarily selects the preferred wedding dress and the alternative wedding dress to be rented through the wedding dress selection screen, and then proceeds to step S1-8;

[0218] Step S1-8, the wedding dress information acquisition unit 606 acquires the attribute information of the wedding dress according to the wedding dress identification codes of the two selected wedding dresses, and then proceeds to step S1-9;

[0219] Step S1-9, the interactive screen generation unit 610 generates a wedding dress selection screen containing the attribute information, and then proceeds to step S1-10;

[0220] Step S1-10, the terminal display control unit 611 controls the user terminal 70 to display the wedding dress selection screen containing the attribute information, and then proceeds to step S1-11;

[0221] Step S1-11, the user views the detailed attributes of the wedding dress through the wedding dress selection screen and clicks "Confirm Reservation", and then proceeds to step S1-12;

[0222] Step S1-12, the reservation period acquisition unit 607 acquires the selectable reservation periods for the wedding dress based on the wedding dress identification code of the selected wedding dress, and then proceeds to step S1-13;

[0223] Step S1-13, the interactive screen generation unit 610 generates a reservation date confirmation screen based on the reservation period, and then proceeds to step S1-14;

[0224] Step S1-14, the terminal display control unit 611 controls the user terminal 70 to display the reservation date confirmation screen, and then proceeds to step S1-15;

[0225] Step S1-15, the user selects the pick-up date and return date of the two wedding dresses through the reservation date confirmation screen and clicks "Confirm Reservation", and then proceeds to step S1-16;

[0226] Step S1-16, the reservation fee calculation unit 6181 calculates the total fees generated for the reservation of each of the two wedding dresses based on the pick-up date, return date, and rental unit price, and then proceeds to step S1-17;

[0227] Step S1-17, the interactive screen generation unit 610 generates a billing screen based on the total fees generated for the reservation, and then proceeds to step S1-18;

[0228] Step S1-18, the terminal display control unit 611 controls the user terminal 70 to display the billing screen, and then proceeds to step S1-19;

[0229] Step S1-19, the user confirms the total reservation fees through the billing screen and clicks "Confirm Reservation", and then proceeds to step S1-20;

[0230] Step S1-20, the reservation information acquisition unit 608 acquires the reservation information selected by the user (the wedding dress identification codes, pick-up date, and return date of the two wedding dresses), and then proceeds to step S1-21;

[0231] Step S1-21: The rental information update unit 609 updates the wedding dress rental information table according to the information obtained by the reservation information acquisition unit 610, and then proceeds to step S1-22;

[0232] Step S1-22: The interactive screen generation unit 610 generates a reservation completion screen according to the reservation information, and then proceeds to step S1-23;

[0233] Step S1-23: The terminal display control unit 611 controls the user terminal 70 to display the reservation completion screen, and then enters the end state.

[0234] After the user completes the reservation, the corresponding reservation information is recorded in the wedding dress rental information table. Subsequently, one day before the reservation pick-up date set by the user, it is confirmed whether the preselected wedding dress for this user is in stock. The following will specifically describe the workflow for the one-day advance confirmation of the preselected wedding dress.

[0235] Figure 26 It is the workflow diagram for the advance confirmation of the preselected wedding dress in the embodiment of the present invention.

[0236] Step SA-1: The reservation information acquisition unit 608 queries the wedding dress rental information table to obtain the user identification codes of x reservation users whose reservation pick-up date is the day after the current date and the corresponding two wedding dress identification codes, and then proceeds to step SA-2;

[0237] Step SA-2: Set y = 1, that is, specify the first user identification code, and then proceed to step SA-3;

[0238] Step SA-3: The preferred wedding dress in-stock judgment unit queries from the wedding dress rental information table whether the preferred wedding dress is in stock on the current date according to the user identification code of this user and the wedding dress identification code of the corresponding preferred wedding dress. If the judgment result is yes, then proceed to step SA-4. If the judgment result is no, then proceed to step SA-5;

[0239] Step SA-4: The rental information update unit 609 deletes the reservation information of the alternative wedding dress of this reservation user in the wedding dress rental information table, and then proceeds to step SA-11;

[0240] Step SA-5: The alternative wedding dress in-stock judgment unit 6162 queries from the wedding dress rental information table whether the alternative wedding dress is in stock on the current date according to the user identification code of this reservation user and the wedding dress identification code of the corresponding alternative wedding dress. If the judgment result is yes, then proceed to step SA-6. If the judgment result is no, then proceed to step SA-7;

[0241] Step SA-6: The rental information update unit 609 deletes the reservation information of the preferred wedding dress of this reservation user in the wedding dress rental information table, and then proceeds to step SA-11;

[0242] Step SA-7: The recommended wedding dress information generation unit 617 generates recommended wedding dress information based on the wedding dress identification codes of the preferred wedding dress and alternative wedding dresses obtained by the appointment information acquisition unit 608 and the corresponding attribute information obtained by the wedding dress information acquisition unit, and then proceeds to Step SA-8;

[0243] Among them, the recommended wedding dress information includes the wedding dress identification codes of 2-3 recommended wedding dresses, and these recommended wedding dresses are all in the in-stock state on the current date and are in stock during the appointment period of the appointment user.

[0244] Step SA-8: The interaction screen generation unit 610 generates a recommended wedding dress screen containing the wedding dress identification codes and pictures of the recommended wedding dresses based on the wedding dress identification codes of the recommended wedding dresses and the wedding dress information table, and then proceeds to Step SA-9;

[0245] Step SA-9: The user terminal 70 displays the recommended screen, and the user selects 1 recommended wedding dress from it, and then proceeds to Step SA-10;

[0246] Step SA-10: The rental information update unit 609 modifies the appointment information of the appointment user according to the wedding dress identification code of the recommended wedding dress selected by the user obtained by the appointment information acquisition unit 608, so as to update the wedding dress rental information table, and then proceeds to Step SA-11;

[0247] Among them, the specific modification method is to delete the records of the original appointment information in the table (that is, the appointment information of the preferred wedding dress and the preselected wedding dress), and append the appointment record corresponding to the selected recommended wedding dress to the new appointment information of the appointment user (including the user identification code, the appointment pick-up date, and the appointment return date).

[0248] Step SA-11: Determine whether y is equal to x, that is, whether it is already the last user identification code. When the judgment is no, proceed to Step SA-12. When the judgment is yes, enter the end state;

[0249] Step SA-12: Set y = y + 1, that is, specify the next user identification code, and then return to Step SA-3.

[0250] Generally, users need to return the wedding dress during the working hours of the staff. The working hours are, for example, from 8:00 to 20:00. Then, the pre-confirmation work of the preselected wedding dress for the next appointment user is carried out during the working hours one day in advance. The wedding dress transfer step means that the corresponding wedding dress is automatically transferred to the appointment belt storage device 32 that is convenient for the next appointment user to pick up, and it can be carried out between 22:00 every day and 7:00 of the next day (appointment pick-up date). In this embodiment, the wedding dress transfer process is selected to be carried out between 6:00 and 7:00 on the appointment pick-up date of the wedding dress. The following will specifically describe the work process of the wedding dress transfer:

[0251] Figure 27 This is the flowchart of the work for positioning the storage bin holes in the embodiments of the present invention.

[0252] As Figure 27 shown, in this embodiment, the work process for positioning the storage bin hole 311b with the selected wedding dress hung thereon specifically includes the following steps:

[0253] Step S2-1, the storage bin code acquisition unit 5051 acquires the storage bin code 312b of the storage bin hole 311b, and then proceeds to step S2-2;

[0254] Step S2-2, the storage interval acquisition unit 5053 acquires the number of storage interval bin positions between the storage bin hole 311b and the storage reference bin hole 311d, and then proceeds to step S2-3;

[0255] Step S2-3, the storage movement acquisition unit 5054 acquires the storage movement bin position number of the storage bin hole 311b, and then proceeds to step S2-4;

[0256] Step S2-4, the storage bin determination unit 5055 determines whether the storage movement bin position number is equal to the storage interval bin position number, that is, whether the storage bin hole 311b has reached the predetermined storage retrieval position. When the determination result is no, it proceeds to step S2-4a; when the determination result is yes, it proceeds to step S2-5;

[0257] Step S2-4a, wait for a predetermined time, and then return to step S2-4;

[0258] Step S2-5, the storage drive unit 5056 controls the first storage drive mechanism 332 to stop working, and the first storage belt 31b stops moving, and then enters the end state.

[0259] Before the above steps, when the wedding dress intelligent management system 10 is started, the storage reference acquisition unit 5052 has already acquired the storage reference bin code 312d. After the system is started, the first storage belt 31b moves at a predetermined conveying speed.

[0260] Figure 28 This is the flowchart of the work for positioning the predetermined bin hole in the embodiments of the present invention.

[0261] As Figure 28 shown, in this embodiment, the work process for positioning the predetermined bin hole 311a specifically includes the following steps:

[0262] Step S3-1, the predetermined bin code acquisition unit 5071 queries the bin information table to acquire the bin codes 312 of all n vacant bin holes 311, and then proceeds to step S3-1a;

[0263] Step S3-1a: Set k = 1, that is, specify the first vacant bin hole 311, and then proceed to Step S3-2;

[0264] Step S3-2: The reserved bin code acquisition unit 5071 queries the bin information table and determines whether the bin holes 311 on both sides of the k-th vacant bin hole 311 are also vacant. When the determination result is no, proceed to Step S3-2a; when the determination result is yes, proceed to Step S3-3;

[0265] Step S3-2a: Determine whether k is equal to n, that is, whether it is already the last vacant bin hole 311. When the determination result is no, proceed to Step S3-2b; when the determination result is yes, proceed to the end state;

[0266] Step S3-2b: Set k = k + 1, that is, specify the next vacant bin hole 311, and then return to Step S3-2;

[0267] Step S3-3: The reserved bin code acquisition unit 5071 designates this bin hole 311 as the reserved bin hole 311a, and acquires the corresponding bin code 312 as the reserved bin code 312a, and then proceeds to Step S3-4;

[0268] Step S3-4: The reserved interval acquisition unit 5073 acquires the number of reserved interval bins between the reserved bin hole 311a and the reserved reference bin hole 311c, and then proceeds to Step S3-5;

[0269] Step S3-5: The reserved movement acquisition unit 5074 acquires the number of reserved movement bins of the reserved bin hole 311a, and then proceeds to Step S3-6;

[0270] Step S3-6: The reserved bin determination unit 5075 determines whether the number of reserved movement bins is equal to the number of reserved interval bins, that is, whether the reserved bin hole 311a has reached the reserved appointment hanging position. When the determination result is no, proceed to Step S3-6a; when the determination result is yes, proceed to Step S3-7;

[0271] Step S3-6a: Wait for the predetermined time, and then return to Step S3-6;

[0272] Step S3-7: The appointment driving unit 5076 controls the appointment driving mechanism 322 to stop working, and the appointment storage tape 31a stops moving, and then proceeds to the end state.

[0273] Similarly, before the above steps, when the wedding dress intelligent management system 10 is started, the appointment reference acquisition unit 5072 has already acquired the appointment reference bin code 312c. After the system is started, the appointment storage tape 31a moves at a predetermined conveying speed.

[0274] Meanwhile, in the above-mentioned steps S2-4a and S3-6a, the predetermined time is set as the time for the storage tape 31 to move past two storage bin holes 311 at a predetermined conveying speed. That is, both the storage bin determination unit 5055 and the predetermined bin determination unit 5075 make a judgment for each storage bin hole 311.

[0275] In addition, in the above-mentioned step S3-2a, if all the vacant storage bin holes 311 on the reservation storage tape 31a have been traversed and no vacant storage bin hole 311 that meets the conditions is found, it directly enters the end state. At this time, a corresponding warning message can be displayed to the staff through the operation terminal. After the staff observes the warning message, they can manually adjust the hangers 100 hanging on the reservation storage tape 31a.

[0276] Figure 29 It is the workflow diagram for transferring wedding dresses according to reservation information in the embodiment of the present invention.

[0277] As Figure 29 shown, based on the above-mentioned wedding dress intelligent management system 10 and the above-mentioned workflow for positioning the storage bin holes 311b and the predetermined bin holes 311a, in this embodiment, the workflow for transferring wedding dresses according to reservation information includes the following steps:

[0278] Step S4-1, the reservation information acquisition unit 608 queries the wedding dress rental information table, obtains the vehicle identification codes of m hangers 100 with the reservation retrieval date being the current date, and then enters step S4-1a;

[0279] Step S4-1a, set k = 1, that is, specify the first reserved hanger 100, and then enter step S4-2;

[0280] Step S4-2, the reservation transfer control unit 612 controls the first storage positioning unit 505 to move the storage bin hole 311b with the kth hanger 100 to the predetermined storage retrieval position, and then enters step S4-3;

[0281] Step S4-3, the reservation transfer control unit 612 controls the reservation positioning unit 507 to move the vacant predetermined bin hole 311a that meets the conditions to the predetermined reservation hanging position, and then enters step S4-4;

[0282] Step S4-4, the reservation transfer control unit 612 controls the transfer control unit 508 to take out the kth hanger 100 from the storage bin hole 311b and hang it into the predetermined bin hole 311a, and then enters step S4-5;

[0283] Step S4-5: Determine whether k is equal to m, that is, whether all the reserved hangers 100 in this batch have been transferred. When the determination result is no, go to step 4-5a; when the determination result is yes, enter the end state.

[0284] Step S4-5a: Set k = k + 1, that is, specify the next reserved hanger 100.

[0285] In the above steps, for the convenience and clarity of narration, step S4-3 is executed after step S4-2. In fact, steps S4-2 and S4-3 can be executed simultaneously to save the transfer time.

[0286] Figure 30 It is the workflow diagram for the outbound of wedding dresses in the embodiment of the present invention.

[0287] As Figure 30 shown, when the user comes to pick up the reserved wedding dress, the workflow for the staff to take out the wedding dress preselected by the user specifically includes the following steps:

[0288] Step S5-1: The staff queries and confirms with the user the wedding dress to be taken out, obtains the wedding dress identification code, and then enters step S5-2;

[0289] Step S5-2: The staff inputs the wedding dress identification code through the operation terminal 51 and sets the take-out, and then enters step S5-3;

[0290] Step S5-3: The outbound control unit 509 controls the reservation positioning unit 507 to move the predetermined bin hole 311a with the wedding dress hung therein to the predetermined take-out position, and then enters step S5-4;

[0291] Step S5-4: The outbound control unit 509 controls the out-of-warehouse device 41 to move the hanger 100 with the wedding dress hung thereon out of the predetermined bin hole 311a and transfer it to the offline device 42, and then enters step S5-5;

[0292] Step S5-5: The outbound control unit 509 controls the offline device 42 to convey the hanger 100 to the predetermined pick-up position, and then enters step S5-6;

[0293] Step S5-6: The rental information update unit 609 sets the in-warehouse status of the wedding dress in the wedding dress rental information table to "N" according to the wedding dress identification code input by the operation terminal 51, and then enters step S5-7;

[0294] Step S5-7: The actual cost calculation unit 6182 calculates the total actual cost generated by the taken-out wedding dress according to the take-out date, return date, and rental unit price, and then enters step S5-8;

[0295] Step S5-8, the interactive screen generation unit 610 generates a billing screen based on the total cost actually incurred, and then proceeds to step S5-9;

[0296] Step S5-9, the terminal display control unit 611 controls the user terminal 70 to display the billing screen, and then proceeds to step S5-10;

[0297] Step S1-10, the user confirms the total cost actually incurred through the billing screen and pays the cost, and then enters the end state.

[0298] Through the above steps, the user can pick up the preselected wedding dress at the predetermined pick-up location. Then, at the reserved return time, the user returns the wedding dress to the staff, and the staff re-stores the wedding dress into the storage device 30 through the above-mentioned warehousing method. At the same time, the rental information update unit 609 updates the corresponding records in the wedding dress rental information table in the above-mentioned manner, which will not be elaborated here.

[0299] Functions and effects of the embodiment

[0300] According to the wedding dress intelligent management system 10 provided by this embodiment, since the system includes a warehousing system, a warehousing control device 5050, a management server 60, and a user terminal 70, the management server 70 is communicatively connected to the warehousing control device 5050 and the user terminal 70 respectively. The wedding dress identification codes of each wedding dress, as well as the corresponding reserved pick-up dates and reserved return dates, are stored in the rental information storage unit 603 of the management server 60. Therefore, the user can make a reservation for a wedding dress whose target reservation time is in a reservable state through the user terminal 70, and these reservation information set by the user are also stored in the rental information storage unit 603; further, the preselected wedding dress in-warehouse judgment unit 616 of the management server 60 judges whether the user's preselected wedding dress is in the warehouse before its reserved pick-up date according to the reservation information and the rental information, so that the situation that the previous user fails to return the preselected wedding dress in time can be discovered in time before the user comes to pick up the wedding dress, and thus processed in time to avoid the situation that the user has no wedding dress to pick up at the reserved pick-up date.

[0301] In addition, when the judgment result of the preselected wedding dress in-warehouse judgment unit 616 is yes, the reservation transfer control unit 612 transfers all the wedding dresses to be transferred from the warehousing storage belt 31b to the reservation storage belt 31a through the transfer control unit 508 according to the pick-up date and the predetermined reservation transfer rule. Therefore, the transfer and temporary storage of wedding dresses can be realized batchwise and automatically, and it is convenient to control the implementation time of this transfer process.

[0302] In addition, since the preselected wedding dresses in this embodiment include the first-choice wedding dress and the alternative wedding dress, the in-stock judgment unit 616 of the preselected wedding dresses includes the in-stock judgment unit 6161 of the first-choice wedding dress and the in-stock judgment unit 6162 of the alternative wedding dress. The in-stock judgment unit 6161 of the first-choice wedding dress can judge whether the first-choice wedding dress is in stock within the predetermined number of days before the reserved pick-up date according to the wedding dress identification code, the reserved pick-up date, and the rental information of the first-choice wedding dress. When the judgment result of the in-stock judgment unit 6161 of the first-choice wedding dress is negative, the in-stock judgment unit 6162 of the alternative wedding dress judges whether the alternative wedding dress is in stock within the predetermined number of days before the reserved pick-up date according to the wedding dress identification code, the reserved pick-up date, and the rental information of the alternative wedding dress. When the judgment result of the in-stock judgment unit 6161 of the first-choice wedding dress is positive or when the judgment result of the in-stock judgment unit 6162 of the alternative wedding dress is positive, the reservation transfer control unit 612 controls to obtain the wedding dress identification codes of all the wedding dresses to be transferred and the corresponding vehicle identification codes according to the pick-up date and the predetermined reservation transfer rule, and controls the transfer control unit 508 to transfer the goods vehicle from the storage storage belt 31b to the reservation storage belt 31a. Therefore, it is possible to confirm whether the first-choice wedding dress is in stock within the predetermined number of days before the reserved pick-up date. When the first-choice wedding dress is not in stock, it means that the wedding dress has not been returned on time. In this case, the alternative wedding dress can be provided to the reserved user to avoid affecting the use of the reserved user due to the previous user's failure to return the wedding dress in time.

[0303] In addition, since the wedding dress information storage unit 614 also stores the attribute information of all the wedding dresses, the management server 60 further includes a wedding dress information acquisition unit 606 and a recommended wedding dress information generation unit 617. The wedding dress information acquisition unit 606 is used to acquire the corresponding attribute information according to the wedding dress identification code. When the judgment result of the in-stock judgment unit 6162 of the alternative wedding dress is negative, this indicates that neither the first-choice wedding dress nor the alternative wedding dress has been returned on time within the predetermined number of days before the reserved pick-up date. At this time, the recommended wedding dress information generation unit 617 generates recommended wedding dress information at least according to the wedding dress identification codes of the first-choice wedding dress and the alternative wedding dress and the corresponding attribute information. The recommended wedding dress information includes at least one wedding dress identification code of the recommended wedding dress, and the recommended wedding dress can be provided to the reserved user to avoid the situation that the reserved user has no wedding dress available because the two reserved wedding dresses have not been returned in time.

[0304] Furthermore, the predetermined number of days is 1-2 days, which can not only ensure that even if it is found that the reserved wedding dress has not been returned in time, so as to process it in time, but also avoid the problem that when the predetermined number of days is too long, the wedding dress stays in the warehouse for too long, ensuring that the wedding dress can be rented efficiently.

[0305] Further, since the attribute information at least includes the wedding dress type, the classification of different parts of the wedding dress, the color, and the size, the recommended wedding dress information generated by the recommended wedding dress information generation unit 617 can more accurately match the preferences of the reserved user.

[0306] Further, since the wedding dress information storage unit 614 also stores the wedding dress name, picture, and rental unit price of all wedding dresses, and the reservation information further includes the reserved return date of the preselected wedding dress, the interactive screen generation unit 610 is at least used to generate a wedding dress selection screen including the wedding dress identification code, wedding dress name, picture, rental unit price, and attribute information. The terminal display control unit 611 controls the user terminal to display the wedding dress selection screen. Furthermore, the user can view the pictures of the wedding dresses and the corresponding attribute information through the user terminal and select their favorite wedding dress as the reserved wedding dress.

[0307] Further, since the management server also includes a billing unit that calculates the total rental cost at least based on the rental unit price, reserved pick-up date, and reserved return date; the interactive screen generation unit 610 also generates a billing screen including the wedding dress identification code, rental unit price, rental period, and total rental cost. The terminal display control unit 611 controls the user terminal to display the billing screen. Therefore, the reserved user can directly know the total cost generated by the reservation of the reserved wedding dress through the user terminal.

[0308] Furthermore, since the management server 60 also has a permission information storage unit 602 that stores the user identification code of each user and the wedding dress identification codes of all wedding dresses that the user can rent, the wedding dress identification code acquisition unit 605 acquires the wedding dress identification codes corresponding to the user from the permission information storage unit 602. The interactive screen generation unit 610 generates the above-mentioned wedding dress selection screen based on the acquired wedding dress identification codes. Therefore, it is also possible to generate a corresponding wedding dress selection screen for the user according to the permission information of each user. The wedding dress selection screen only includes the information of all wedding dresses that the user can rent, avoiding the user from selecting wedding dresses that they have no right to rent, and thus further improving the efficiency of management and operation.

[0309] Further, since the warehousing control device 50 at least includes: a warehousing positioning unit that uses the corresponding position hole of the warehousing storage tape as the warehousing position hole according to the wedding dress identification code and the vehicle identification code of the preselected wedding dress and moves the warehousing position hole to the predetermined warehousing pick-up position; a reservation positioning unit that finds the eligible vacant position hole of the reservation storage tape as the predetermined position hole according to the predetermined reservation storage rule and moves the predetermined position hole to the reservation hanging position; and a transfer control unit 508 that controls the vehicle transfer device 35 to take out the goods vehicle from the warehousing position hole and hang the goods vehicle into the predetermined position hole, so that the wedding dress to be transferred can be more accurately transferred from the warehousing storage tape 31b to the reservation storage tape 31a.

[0310] In addition, since the system further includes a warehousing device 20, the warehousing control device 50 further includes a warehousing control unit 504. A vehicle identification code reader and a wedding dress identification code reader are provided at the predetermined warehousing position corresponding to the warehousing device 20, which can respectively read the vehicle identification code of the goods vehicle to be warehoused and the wedding dress identification code of the corresponding wedding dress. The wedding dress information storage unit 614 stores the read vehicle identification code and wedding dress identification code in a corresponding manner, so that the binding of the wedding dress and the hanger 100 can be easily realized. Furthermore, the warehousing control unit 504 controls the warehousing device to transfer the goods vehicle to the storage device 30.

[0311] In addition, since the system further includes at least one outbound device 40 and at least one operation terminal 51, the operation terminal 51 can input the wedding dress identification code of the outbound wedding dress. The warehousing control device 50 further includes an outbound control unit 509 for controlling the process of outbound of the goods vehicle, so that the control of outbound and the input of outbound information can be automatically realized.

[0312] Furthermore, since the management server 60 further includes a rental information update unit 609 for updating the rental information stored in the rental information storage unit 603, including: updating the corresponding rental information according to the reservation information obtained by the reservation information acquisition unit; updating the corresponding rental information according to the wedding dress identification code read during warehousing, so that the return situation of the wedding dress can be updated in a timely manner; updating the corresponding rental information according to the wedding dress identification code input during outbound, so that the rented situation of the wedding dress can be updated in a timely manner.

[0313] <Variant Example 1>

[0314] Variant Example 1 provides a wedding dress intelligent management system, which is different from the wedding dress intelligent management system 100 in the embodiment in that:

[0315] In the embodiment, the storage device 30 includes three belt storage devices, namely a reservation belt storage device 32, a first warehousing belt storage device 33, and a second warehousing belt storage device 34. Among them, the reservation belt storage device 32 is used to temporarily store the hanger 100 with the reservation pick-up date being the current date according to the user's reservation information. That is to say, the storage belt of the reservation belt storage device 32 is used as the reservation storage belt. When the user comes to pick up the clothes, the outbound device 40 takes out the corresponding clothes from the reservation belt storage device 32.

[0316] In Variant Example 1, we still retain the mechanical structure of the reservation belt storage device 32 in the embodiment. However, the function it performs is basically the same as that of the first warehouse belt storage device 33 and the second warehouse belt storage device 34, that is, it only serves for storage and no longer temporarily stores the hangers 100 with the reservation pick-up date being the current date according to the user's reservation information. And the outbound ramp 422 of the outbound device 40 in the embodiment is used as the reservation storage belt, and this outbound ramp 422 temporarily stores the hangers 100 with the reservation pick-up date being the current date according to the user's reservation information.

[0317] Furthermore, in order for the outbound ramp 422 to be able to temporarily store more hangers 100 or for the purpose of classified temporary storage, the structure of the outbound ramp 422' in Variant Example 1 is as Figure 31 shown. The outbound ramp 422' is used as the reservation storage belt.

[0318] Figure 31 It is a schematic structural diagram of the outbound ramp in Variant Example 1 of the present invention.

[0319] The outbound ramp 422' includes a main track 4221 and a plurality of temporary storage tracks 4222. The main track 4221 is provided with a plurality of notches, and a diversion component 4223 is provided at each notch. The diversion component 4223 is a telescopic guide rail driven by a driving member, and it can control whether the hanger 100 enters the corresponding temporary storage track 4222. The structure of the outbound ramp 422' is prior art and will not be elaborated here.

[0320] Figure 32 It is a block diagram of the management server in Variant Example 1 of the present invention.

[0321] As Figure 32 shown, in Variant Example 1, the difference between the management server 60' and the management server 60 in the embodiment lies only in the different functions of the reservation transfer control unit. In Variant Example 1, the reservation transfer control unit 612' obtains the reservation information acquired by the reservation information acquisition unit 609, and transfers the corresponding wedding dress from the storage device 30 to the outbound ramp 422' of the outbound device 40 according to this reservation information, so as to facilitate the user to pick it up.

[0322] Specifically, the reservation transfer control unit 612' traverses the wedding dress rental information table, finds all the wedding dresses with a one-day interval between the reservation pick-up date and the current date, and obtains the wedding dress identification codes of these wedding dresses; then, queries the wedding dress information table according to the wedding dress identification codes to obtain the vehicle identification codes of the corresponding hangers 100; subsequently, for each of these hangers 100, the reservation transfer control unit 612' controls the movement of the corresponding warehouse position hole 311, and finally transfers the hanger 100 to the reserved storage belt 31a, and then controls the outbound control unit 509 to perform outbound of the hanger 100, so as to transfer the hanger 100 to the outbound ramp 422'.

[0323] In this modification 1, the process of the user selecting and renting a wedding dress through the user terminal 70, and subsequently, the process of confirming whether the preselected wedding dress of the user is in stock one day before the reservation pick-up date set by the user are the same as those in the embodiment, and will not be elaborated here.

[0324] In modification 1, the workflow of transferring the wedding dress according to the reservation information is different from that in the embodiment.

[0325] Figure 33 It is the workflow diagram of transferring the wedding dress according to the reservation information in modification 1 of the present invention.

[0326] As Figure 33 shown, the workflow of transferring the wedding dress according to the reservation information in modification 1 includes the following steps:

[0327] Step S6-1, the reservation information acquisition unit 608 queries the wedding dress rental information table, obtains the vehicle identification codes of m hangers 100 with the reservation pick-up date being the current date, and then proceeds to step S6-2;

[0328] Step S6-2, set k = 1, that is, specify the first reserved hanger 100, and then proceed to step S6-3;

[0329] Step S6-3, the reservation transfer control unit 612' controls the warehousing control device 50 to control the storage device 30 to move the position hole 311 with the kth hanger 100 to the position corresponding to the out-of-warehouse device 41 on the reserved storage belt 31a, and then proceeds to step S6-4;

[0330] Step S6-4, the reservation transfer control unit 612' controls the outbound control unit 509 to control the out-of-warehouse device 41 to transfer the hanger 100 to the outbound ramp 422', and then proceeds to step S6-5;

[0331] Step S6-5, determine whether k is equal to m, that is, whether all the hangers 100 in this batch of reservations have been transferred. When the judgment is no, proceed to step 6-6, and when the judgment is yes, enter the end state;

[0332] Step S6-6: Set k = k + 1, that is, specify the next reserved hanger 100.

[0333] In Variant 1, when the user comes to pick up the reserved wedding dress, the workflow for the staff to take out the wedding dress preselected by the user from storage is different from that of the embodiment.

[0334] Figure 34 It is the workflow diagram for taking out the wedding dress in Variant 1 of the present invention.

[0335] As Figure 34 shown, in Variant 1, when the user comes to pick up the reserved wedding dress, the workflow for the staff to take out the wedding dress preselected by the user from storage specifically includes the following steps:

[0336] Step S7-1: The staff queries and confirms with the user the wedding dress to be taken out, obtains the wedding dress identification code, and then proceeds to Step S7-2;

[0337] Step S7-2: The staff inputs the wedding dress identification code through the operation terminal 51 and sets the take-out, and removes the hanger 100 from the temporary track 4222 of the out-of-storage inclined track 422’, and then proceeds to Step S7-3;

[0338] Step S7-3: The rental information update unit 609 sets the in-stock status of the wedding dress in the wedding dress rental information table to "N" according to the wedding dress identification code of the wedding dress input by the operation terminal 51, and then proceeds to Step S7-4;

[0339] Step S7-4: The actual cost calculation unit 6182 calculates the total actual cost generated by the taken-out wedding dress according to the take-out date, return date, and rental unit price, and then proceeds to Step S7-5;

[0340] Step S7-5: The interaction screen generation unit 610 generates a billing screen according to the total actual cost generated, and then proceeds to Step S7-6;

[0341] Step S7-6: The terminal display control unit 611 controls the user terminal 70 to display the billing screen, and then proceeds to Step S7-7;

[0342] Step S7-7: The user confirms the total actual cost generated through the billing screen and pays the cost, and then proceeds to the end state.

[0343] Through the above steps, the user can obtain the preselected wedding dress. Then, at the reserved return time, the user returns the wedding dress to the staff, and the staff re-stores the wedding dress into the storage device 30 through the above-mentioned storage method. At the same time, the rental information update unit 609 updates the corresponding record in the wedding dress rental information table in the above-mentioned manner, which will not be elaborated here.

[0344] <Variant Example 2>

[0345] Figure 35 It is the structural block diagram of the wedding dress intelligent management system in Variant Example 2 of the present invention.

[0346] As Figure 35 shown, Variant Example 2 provides a wedding dress intelligent management system, and the difference between this wedding dress intelligent management system and the wedding dress intelligent management system 10' in the embodiment is that:

[0347] The number of the warehousing control devices 50 in Variant Example 2 is multiple, and each warehousing control device 50 corresponds to a set of belt-type warehousing systems (warehousing device 20, storage device 30, and outwarehousing device 40). Each warehousing control device 50 is communicatively connected to the management server 60. Correspondingly, the management server also stores the control device identification codes of each warehousing control device 50 and the storage belt identification codes of the corresponding storage belts 31, so as to be able to control each set of devices separately according to the device identification codes and the storage belt identification codes.

[0348] In this variant example, other structures and working principles are the same as those in the embodiment, so they will not be repeated here.

[0349] The above embodiments are only used to illustrate the specific implementation manners of the present invention, and the present invention is not limited to the description scope of the above embodiments.

Claims

1. A smart wedding dress management system for managing a cargo carrier carrying wedding dresses, characterized in that, Comprising: A warehousing system for storing the goods carriers, including a warehousing storage belt and a reservation storage belt. The warehousing storage belt has a plurality of storage holes for hanging the goods carriers; A warehousing control device for controlling the operation of the warehousing system; A management server communicatively connected to the warehousing control device for managing the rental of the wedding dresses; And At least one user terminal communicatively connected to the management server, held by a reservation user, at least for inputting the reservation information of the reservation user, where the reservation information at least includes the wedding dress identification code of the preselected wedding dress and the reservation pick-up date, Wherein, the management server at least includes: A wedding dress information storage unit storing the carrier identification codes of all the goods carriers and the corresponding wedding dress identification codes of the wedding dresses; A storage position information storage unit storing the storage position codes of all the storage holes and the corresponding carrier identification codes; A reservation information acquisition unit for acquiring the reservation information from the user terminal; A rental information storage unit storing the rental information of all the wedding dresses, where the rental information at least includes the wedding dress identification code, the in-stock situation, the reservation pick-up date, and the reservation return date; A preselected wedding dress in-stock judgment unit for judging whether the preselected wedding dress is in stock before the reservation pick-up date according to the reservation information and the rental information; and A reservation transfer control unit, when the judgment result of the preselected wedding dress in-stock judgment unit is yes, acquiring the wedding dress identification codes of all the wedding dresses to be transferred and the corresponding carrier identification codes according to the pick-up date and a predetermined reservation transfer rule, and controlling the warehousing control device to transfer the goods carrier from the warehousing storage belt to the reservation storage belt, The preselected wedding dress includes at least two wedding dresses, namely a preferred wedding dress and an alternative wedding dress, The preselected wedding dress in-stock judgment unit includes a preferred wedding dress in-stock judgment unit and an alternative wedding dress in-stock judgment unit, The preferred wedding dress in-stock judgment unit judges whether the preferred wedding dress is in stock within a predetermined number of days before the reservation pick-up date according to the wedding dress identification code of the preferred wedding dress, the reservation pick-up date, and the rental information, When the judgment result of the preferred wedding dress in-stock judgment unit is no, the alternative wedding dress in-stock judgment unit judges whether the alternative wedding dress is in stock within the predetermined number of days before the reservation pick-up date according to the wedding dress identification code of the alternative wedding dress, the reservation pick-up date, and the rental information, When the judgment result of the preferred wedding dress in-stock judgment unit is yes or when the judgment result of the alternative wedding dress in-stock judgment unit is yes, the reservation transfer control unit controls to acquire the wedding dress identification codes of all the wedding dresses to be transferred and the corresponding carrier identification codes according to the pick-up date and the predetermined reservation transfer rule, and controls the warehousing control device to transfer the goods carrier from the warehousing storage belt to the reservation storage belt.

2. The intelligent wedding dress management system according to claim 1, wherein: Among them, The wedding dress information storage unit further stores the attribute information of all the wedding dresses, The management server further includes a wedding dress information acquisition unit and a recommended wedding dress information generation unit. The wedding dress information acquisition unit is used to acquire the corresponding attribute information according to the wedding dress identification code. When the judgment result of the alternative wedding dress in-stock judgment unit is negative, the recommended wedding dress information generation unit generates recommended wedding dress information at least based on the wedding dress identification codes of the preferred wedding dress and the alternative wedding dress and the corresponding attribute information, and the recommended wedding dress information includes at least one wedding dress identification code of the recommended wedding dress.

3. The wedding dress intelligent management system according to claim 2, wherein: Among them, The predetermined number of days is 1-2 days. The attribute information at least includes wedding dress type, different part classifications of the wedding dress, color, and size.

4. The intelligent wedding dress management system according to claim 2, wherein: Among them, the wedding dress information storage unit also stores the wedding dress names, pictures, and rental unit prices of all the wedding dresses. The reservation information further includes the reservation return date of the preselected wedding dress. The management server further includes: A billing unit that generates a total rental fee at least based on the rental unit price, the reservation pick-up date, and the reservation return date. An interactive screen generation unit that is at least used to generate a wedding dress selection screen including the wedding dress identification code, the wedding dress name, the picture, the rental unit price, and the attribute information, and generate a billing screen including the wedding dress identification code, the rental unit price, the rental period, and the total rental fee; and A terminal display control unit that controls the user terminal to display the wedding dress selection screen and the billing screen after receiving the corresponding signal.

5. The wedding dress intelligent management system according to claim 4, wherein: Among them, The management server further includes a permission information storage unit that stores the user identification codes of each user and the wedding dress identification codes of all the wedding dresses that the user can rent. The interactive screen generation unit generates the wedding dress selection screen for the corresponding user according to the wedding dress identification codes stored in the permission information storage unit.

6. The wedding dress intelligent management system according to claim 2, wherein: Among them, the warehousing system includes: A storage device for storing the goods carriers. A warehousing device for warehousing the goods carriers into the storage device; and A warehousing-out device for warehousing out the goods carriers in the storage device. Among them, the storage device has the storage belt for warehousing and the storage belt for reservation, or The storage device has the storage belt for warehousing, and the warehousing-out device has the storage belt for reservation.

7. The wedding dress intelligent management system according to claim 6, wherein: Among them, The warehousing control device further includes a warehousing control unit for controlling the process of warehousing the goods carriers and a warehousing-out control unit for controlling the process of warehousing out the goods carriers. The warehousing control unit is used to control the process of warehousing the goods carriers. A carrier identification code reader and a wedding dress identification code reader are provided at a predetermined warehousing position corresponding to the warehousing device, and are respectively used to read the carrier identification code of the goods carrier to be warehoused and the wedding dress identification code of the corresponding wedding dress. The wedding dress information storage unit stores the read carrier identification code and the wedding dress identification code in correspondence, and then the warehousing control unit controls the warehousing device to transfer the cargo carrier to the storage device.

8. The wedding dress intelligent management system according to claim 6, Features: The storage device comprises the storage belt for warehousing, the storage belt for reservation and a carrier transfer device, wherein the carrier transfer device is used to transfer the cargo carrier from the storage belt for warehousing to the storage belt for reservation. The storage control equipment at least includes: A storage positioning unit, which uses the corresponding storage hole of the storage belt as a storage storage hole according to the wedding dress identification code of the pre-selected wedding dress and the carrier identification code, and moves the storage storage hole to a predetermined storage retrieval position; A reservation positioning unit, which finds the empty storage hole of the reservation storage belt that meets the conditions as the reserved storage hole according to the predetermined reservation storage rule, and moves the reserved storage hole to the reservation hanging position; and The transfer control unit controls the carrier transfer device to take out the cargo carrier from the storage location hole and hang the cargo carrier into the predetermined location hole.

9. The intelligent wedding dress management system according to claim 8, wherein, Also includes: The operation terminal is connected to the warehouse control device for inputting the wedding dress identification code of the wedding dress to be shipped out of the warehouse. The management server further includes a rental information updating unit, which is used to update the rental information stored in the rental information storage unit, including: updating the corresponding rental information according to the reservation information acquired by the reservation information acquisition unit; Update the corresponding rental information according to the wedding dress identification code read during storage; The corresponding rental information is updated according to the wedding dress identification code input when leaving the warehouse.

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