Product matching method and product identifier matching method

Abstract

A product matching method and a product identifier matching method. In a series of similar products sold by a merchant, products of different specifications and models respectively correspond to and are suitable for different human body shape characteristics. Provided is a method for confirming a product corresponding relationship between product display, sample trial and product sale of products of different specifications and models in a series of similar products. A customer selects product specifications and models that need to be trialed, confirms the shape of a corresponding trialed sample on the basis of the confirmation method for trial, matches the product specifications and models suitable for a body shape, and further confirms the shape of a corresponding product for sale to complete product transaction. Computer software comprises a product identifier matching program, a computer stores human body parameter data corresponding to the product identifier, a computer-registered customer identity identifier is bound with the human body parameter data, the computer inputs the customer identity identifier and a product category identifier thereof, and the suitable product and the corresponding product identifier can be matched.

Description

Product selection method and product identification selection method Technical Field

[0001] The present invention relates to the technical field of clothing commodity selection and purchase, as well as the application of computer and other application technologies in clothing commodity selection and purchase activities. The above-mentioned clothing commodities include clothes, hats, shoes and socks and other wearable decorative items for the human body. Background Art

[0002] Existing clothing retail technologies offer a wide variety of product types and styles, with varying specifications and models catering to diverse body types and aesthetic preferences. In clothing retail locations, merchandise is typically hung or displayed on shelves, allowing customers to try on and select items that best suit their body types.

[0003] In existing clothing retail spaces, merchandise is arranged and stored in a disorganized manner, with a chaotic disarray between product display, sample testing, and sales. When customers find a desired style on display, they require the assistance of a shopping guide, who relies solely on unconscious memory to find the corresponding product and satisfy their needs for product testing and purchase.

[0004] Existing apparel retail technology lacks a method for identifying and locating corresponding products across the three formats. These shortcomings have led to the following problems: first, low space utilization; second, inefficient merchant management; third, the inability to enable independent, self-service shopping; and fourth, the limited application and expansion of advanced technologies and management methods, such as computers.

[0005] Summary of the Invention

[0006] The purpose of the present invention is to provide a method for selecting and matching family-related commodities. Based on the three forms of commodity display, sample display and trial, and commodity sales of commodities of different specifications and models in the same family of commodities, a method for confirming the corresponding relationship between commodities in different forms is provided. According to this confirmation method, the corresponding relationship between commodities in different commodity forms can be confirmed, which is convenient for customers to independently and self-servicely select commodities. At the same time, with the application of computer technology and access control technology, customers are guided to extract and place commodities according to rules, which is beneficial for merchants to improve operating efficiency and reduce operating costs. The purpose of the present invention is also to provide a method for selecting commodity identification, which is convenient for customers to select commodities that meet their own human body characteristics and corresponding commodity identification from a series of commodities of different specifications and models in the same family of commodities.

[0007] An independent technical solution A for achieving the above-mentioned invention and creation purpose is a commodity selection method, wherein the merchant's business premises are provided with an unlimited number of storage units for storing commodities, and the storage units are provided with different storage unit identifications according to different regional locations. The commodities sold by the merchant are family commodities, and family commodities are provided with different commodity identifications according to different styles or specifications. Commodities of different specifications and models in the same family commodity series correspond to different human body morphological characteristics, and the merchant is provided with a commodity display platform to display family commodities. Customers select a target commodity family that meets their aesthetic concepts through the display platform, and then select commodities corresponding to the target commodity family series. Carry out exhibition and trial activities, select target sales commodities that meet the morphological characteristics of the human body, and set a confirmation method for the corresponding relationship between commodities in different forms based on the three forms of commodity display, sample exhibition and trial, and commodity sales of commodities with different specifications and models in the same commodity family series; customers select the commodity specifications and models that need to be exhibited and tried from the target commodity family series, and the corresponding exhibition and trial sample form conditions are confirmed according to the confirmation method, and the corresponding exhibition and trial samples are extracted based on this for customers to carry out exhibition and trial activities; customers select commodity specifications and models that are suitable for their body shape from the exhibition and trial samples, and the corresponding sales commodity form conditions are confirmed according to the confirmation method, which are used for customer payment activities and extraction of corresponding sales commodities.

[0008] An independent technical solution B for achieving the purpose of the above-mentioned invention is a method for selecting and matching product identification. The merchant is provided with a product display platform and a computer management service system. The products are provided with different product identifications. The products operated by the merchant are category products. Products of different specifications and models in the same category series correspond to different human body shapes. Customers select a target category of products that meets their purchasing intentions through the product display platform, and select products and corresponding product identifications that meet their own human body shape characteristics from the target category series of products. The merchant's computer management service software contains a product identification selection program. The computer management service system stores human body parameter data corresponding to the product identification. The product identification contains information about the category of products to which it belongs. The customer identity identification registered and authenticated by the computer management service software is bound to the customer's specific human body parameter data. The target customer identity identification and the target category category identification that meets the purchasing intention are entered into the computer management service software. The computer management service software can select the product identification corresponding to the product that meets the target customer's human body shape characteristics from the target category series of products.

[0009] The improved technical solution C of the above-mentioned independent technical solution A is that the merchant's business premises are provided with open and closed areas, and an unlimited number of transit storage units are provided. The transit storage units are provided with different transit storage unit identifications according to the different regional locations; the storage units are located in the closed area, and the merchant staff extracts the target exhibition samples in the closed area and stores the target exhibition samples in the empty transit storage units. The customers extract the target exhibition samples from the transit storage units in the open area.

[0010] An improved technical solution D of the above-mentioned technical solutions A or C is that the commodity storage unit or the transit storage unit is provided with an access control system managed and controlled by the merchant's computer management service system. The merchant sets or configures identity identifiers that can be distinguished from each other for the customer, and the computer management control software registers and authenticates the customer's identity identifier; the customer uses the identity identifier to send an access control authorization request to the computer management control software to extract the target exhibition sample, and the computer management control software confirms the storage unit identifier or the transit storage unit identifier corresponding to the target exhibition sample to the customer, and authorizes the access control of the customer's identity identifier. The customer extracts the target exhibition sample from the corresponding storage unit access control or the corresponding transit storage unit access control with the identity identifier.

[0011] Technical solution E is an improved version of the aforementioned technical solution D. The merchant's computer management service system consists of a network system consisting of a server, a mobile client, and a mobile work end. The server-side management and control software binds the customer's identity identifier and the mobile client software account he holds. The customer sends a request to extract the target exhibition sample through the mobile client software. The server-side management and control software sends a work instruction to the mobile work-end service software. The merchant's staff extracts the target exhibition sample in the closed area according to the work instruction and stores it in the transfer storage unit access control. The management and control software sends access control authorization information containing the corresponding transfer storage unit identifier to the mobile client software. The customer extracts the target exhibition sample from the transfer storage unit access control based on the identity identifier.

[0012] An improved technical solution F of the aforementioned technical solution E is that an open area is provided with an unlimited number of storage units for storing target exhibition samples. The storage units are provided with different storage unit identifications according to different regional locations. The storage units are provided with an access control system and a commodity dynamic detection instrument managed and controlled by the merchant's computer management service system; the customer sends a target exhibition sample storage request through the mobile client software, and the computer management and control software sends access control authorization information containing the corresponding storage unit identification to the mobile client. The customer opens the storage unit access control with the identity identification and deposits the target exhibition sample, and the commodity dynamic detection instrument uploads the detected target exhibition sample commodity identification to the computer management and control software.

[0013] Technical solution G, an improvement on the aforementioned technical solution F, is characterized in that an access control system managed and controlled by the merchant's computer management service system is installed at the exit of the merchant's business premises. The customer sends an exit request to the computer management control software through the mobile client software. The computer management control software retrieves data from the database, compares and verifies the data consistency between the target exhibition and test samples extracted by the target customer and the target exhibition and test samples stored by the storage unit. After the verification is passed, the customer's identity identification is authorized for access control, and the customer leaves the premises through the exit access control with the identity identification.

[0014] The improved technical solution H of the above-mentioned independent technical solution B is that the merchant computer management service system consists of a network system consisting of a server and a client. The computer management service software package contains a product retrieval service program. The customer logs in to the client software account bound to the customer identity identifier, links to the merchant computer service webpage to search and view product display information, selects the target product, and selects the suitable product and the corresponding product identifier.

[0015] The improved technical solution K of the above-mentioned technical solution E is that the computer management service software package contains a product retrieval service program and a product identification selection program. The customer uses a mobile client to log in to the merchant's computer service webpage to search and view product display information and select the target product. The computer management service software selects the product that meets the customer's body shape characteristics and the corresponding product identification.

[0016] The improved technical solution L of the above-mentioned technical solution E is that the computer management service software package contains a product retrieval service program and a product identification selection program. The customer uses the account bound to the customer's identity identification to log in to the merchant's computer service webpage online, retrieve and view product display information and select the target product. The computer management service software selects products that meet the customer's body shape characteristics and the corresponding product identification. The computer management service software synchronizes the selected product identification with the mobile client, and the mobile client performs related operations based on the product identification.

[0017] Description of the invention and technical solution

[0018] In the technical solution of the present invention, taking clothing as an example, similar products can be divided into different styles based on differences in material, appearance, structure, color matching, etc. The same product style can be further divided into different specifications and models. Product styles can meet people's different aesthetic concepts, and product specifications and models can be adapted to different human body morphological characteristics.

[0019] In the technical solution of the present invention, the commodities used for exhibition and trial activities can be called exhibition and trial commodities, or exhibition and trial samples. There are three forms of commodity display, sample exhibition and trial, and commodity sales involving various specifications and models of commodity series based on the family commodity series: First, an independent existence mode, in which the commodities displayed on the display platform cannot be used for exhibition and trial or sales activities, and commodity samples used for exhibition and trial cannot be used for sales; in the above-mentioned independent existence mode, the display platform can display commodities in the form of pictures, electronic multimedia, the Internet, etc., or in the form of physical commodities. Second, a completely mixed existence mode, in which the commodities displayed on the display platform are used for exhibition and trial and sales at the same time, and no separate exhibition and trial samples or sales commodities are set up. In this mode, the display platform displays physical commodities. Third, there is a partial confusion, which can be divided into the following three situations: the first is the confusion of display and trial functions. The commodity display platform adopts the method of displaying physical commodities. The displayed commodities are also used for trial, but cannot be used for sale. The merchant sets up separate sales merchandise; the second is the confusion of display and sale. The commodity display platform adopts the method of displaying physical commodities. The displayed physical commodities are also used for sale, but cannot be used for trial. The merchant sets up separate trial samples; the third is the confusion of trial and sale. The commodities displayed on the display platform cannot be used for trial or sale. The merchant sets up separate commodities for trial and sale. In this case, the commodities can be displayed by pictures, electronic multimedia, the Internet, etc., or the physical commodities can be used to display the commodities.

[0020] In the technical solution of the present invention, the method for confirming the correspondence between commodities of different forms in a family commodity series is described as follows. Based on the independent existence of forms, the merchant sets matching rules and provides the three independent existence contents and related matching rules to customers. The family commodity content displayed on the commodity display platform includes commodities of different specifications and models in the family series and their corresponding commodity identifications. Each specification and model commodity is provided with a corresponding method for confirming the location of the trial sample and the storage unit of the sold commodity. The customer selects the commodity specification and model that needs to be trialed within the range of the target commodity family series, confirms the corresponding trial sample identification or its storage area location status and obtains the corresponding sold commodity identification, extracts trial samples from the storage unit for trial, selects the commodity specification and model that is suitable for the body shape from the trial samples, and confirms that the suitable commodity specification and model corresponds to the sold commodity identification or its storage area location status. Based on the situation where all forms are mixed up, merchants set up matching rules and provide customers with the content of the three forms being mixed up and the matching rules. The family of products displayed on the product display platform includes products of different specifications and models in the family series and their corresponding product labels. The products for display, trial and sale are stored in the same display unit area, and products of different specifications and models are stored in different display area grids. After customers select the specifications and models of products that need to be tried out, they extract the corresponding products for trial. After the trial activities, the products that are adapted to the body shape can become the target products for sale. Based on the situation where some forms are mixed up, merchants set up purchasing rules and provide customers with the content of the three forms being mixed up and the relevant matching rules. The family of products displayed on the product display platform includes products of different specifications and models in the family series and their corresponding product labels. Each specification and model of product is provided with a method for confirming the location of the corresponding product storage unit. Among them, the first type is a situation where the display and trial functions are confused. The goods used for display and trial are stored in the same display unit area, and the goods of different specifications and models are stored in different display area grids respectively; the customer selects the specifications and models of the goods that need to be displayed and tried, extracts the corresponding goods from the display area for display and trial, and obtains the corresponding sales product identification, selects the goods that are suitable for the body shape, confirms the sales product identification or the storage area location status corresponding to the specifications and models of the suitable goods, and extracts the sales goods from the corresponding storage unit.Among them, the second type of confusion between display and sale is that the goods for display and sale are stored in the same display unit area, and the goods of different specifications and models are stored in different display area grids. The display area is provided with a display area unit identification, and a corresponding relationship between the identification of the sale goods and the display area unit is set; the customer selects the specifications and models of the goods to be displayed and tried, confirms the corresponding display sample identification or its storage area location status, and obtains the corresponding sales product identification, extracts the display sample from the corresponding storage unit for display and trial, selects the goods that are suitable for the body shape from the display sample, confirms the corresponding sales product identification of the specifications and models of the suitable goods, and then confirms the corresponding display area unit identification, and extracts the corresponding sales product from the display area. Among them, the third type of confusion between display and sale is that the goods for display and sale are stored in the same storage unit; the customer selects the specifications and models of the goods to be displayed and tried, confirms the corresponding product identification or its storage area location status, and extracts the goods from the corresponding storage unit for display and trial. The goods that are suitable for the body shape through the display and trial activities are the target sales goods.

[0021] In the technical solution of the present invention, the method for confirming the location of the storage unit of the corresponding trial samples and sold goods described in the case of independent morphological existence, or the method for confirming the location of the storage unit of the corresponding goods described in the case of partial confusion of morphological existence, is provided with the following two technical solutions: First, the merchant management platform is provided with a computer database or comparison table of the corresponding identification relationship between trial samples, sold goods and storage units. According to the identification of trial samples and sold goods, the identification of the storage unit of trial samples and sold goods corresponding to the specification and model of goods can be confirmed. Second, in the family series of goods information displayed on the product display platform, the identification of the storage unit where the trial samples and sold goods corresponding to each specification and model of goods are located is marked. As a further technical improvement, based on the same specification of goods in the same family of goods, the trial sample storage unit is marked with the identification of the corresponding sold goods storage unit, and the sold goods storage unit is marked with the corresponding trial sample storage unit.

[0022] In the technical solution of the present invention, there are two methods for setting the product identification of the exhibition samples and sales products corresponding to the family product series: First, set it as the same product identification with the same identification structure, and the merchant management platform separately sets up a confirmation method for the corresponding relationship between the exhibition samples, sales products and their storage unit identifications, thereby confirming the storage unit identification corresponding to the exhibition samples and sales products of each specification and model of the family product series. Second, set it as a product identification with different identification structures. The product identification consists of three parts: the morphological feature code, the product family code, and the specification and model code. The merchant management platform sets up a confirmation method for the corresponding relationship between a single type of product and its storage unit identification, thereby confirming the storage unit identification corresponding to the exhibition samples and sales products of the same specification and model.

[0023] In the technical solution of the present invention, there are the following ways to set the regional locations between the product display, sample display and product sales involved in the family product series: First, a separate setting method, in which the display platform, display samples, and sales products are set in different regional locations. Second, a mixed setting method, in which the display platform, display samples, and sales products are set in the same regional location or adjacent regional locations. Third, a partially mixed setting method, in which two forms are set in the same regional location or adjacent regional locations, and the other form is set in a separate regional location, for example: in the first case, the display platform and display samples are mixed and the sales products are set separately; in the second case, the display platform and sales products are mixed and the display samples are set separately; in the third case, the display platform is set separately and the display samples and sales products are mixed. In the above-mentioned regional location setting methods, in the product information displayed on the product display platform, for products of the same style, one of the specifications and models can be selected for display in the form of physical objects or pictures. If the products in the same family product series contain different colors, the physical objects or pictures of each color can be selected for display. In the technical solution of the present invention, the merchant's computer database is provided with a database of correspondence between commodity categories and display area unit identifiers, and the public areas of the merchant's business premises are provided with location guide signs for the display areas of major commodity categories; the storage units for exhibition samples and sales commodities are provided with display area unit identifiers corresponding to the commodity categories to which they belong.

[0024] In the independent technical solution of the present invention, after selecting the specifications of the goods that need to be exhibited and tested, the storage location and form of the exhibition samples and the goods for sale are confirmed, and the corresponding exhibition samples and goods for sale are extracted. There are four ways: manual confirmation and extraction method, computer confirmation and extraction method, client confirmation and extraction method, and client confirmation and extraction method. The above four methods are explained below respectively.

[0025] There are four main technical implementation schemes for manual confirmation and retrieval. First, customers retrieve trial samples and sale goods from the corresponding storage units based on the correspondence chart between the product family series and the trial samples and sale goods storage unit logos indicated on the display platform. Second, customers confirm the corresponding storage unit logos based on the corresponding trial samples and sale goods logos obtained from the display platform, as well as the logo correspondence chart between trial samples, sale goods and their storage units set up in the business premises, and retrieve trial samples and sale goods from the corresponding storage units. Third, customers submit the corresponding trial sample logo to the merchant's front desk, or submit a payment voucher containing the corresponding sale goods logo, and the front desk staff retrieves trial samples and sale goods from the corresponding storage units with reference to the logo correspondence chart.

[0026] In addition to the three technical solutions mentioned above, there are also special cases for manual confirmation and retrieval. There is a definite correspondence between the trial samples, the goods for sale and the storage units. The merchant staff consciously memorizes the goods. After the customer confirms the product identification with the merchant, the merchant staff extracts the goods from the corresponding storage unit based on their brain memory. There are the following differences between the special technical solutions and the existing technology. First, in the special technology, the storage unit is provided with an identification, and there is a clear correspondence between the goods and the storage unit. The existing technology does not have the above characteristics. Second, in the special technology, after the merchant staff obtains the trial sample identification, they can accurately extract the goods from the corresponding storage unit. The existing technology needs to search for goods in different storage units based on the vague location memory of the staff, and assist in the verification of the product identification to extract the goods.

[0027] There are two technical solutions for computer confirmation and retrieval: First, the merchant logs in to the query page of the computer management service software and confirms the corresponding storage unit ID based on the display and trial product ID submitted by the customer. The merchant or customer then retrieves the corresponding display and trial sample from the corresponding storage unit. Second, the merchant logs in to the query page of the computer management service software and confirms the corresponding storage unit ID based on the payment voucher containing the sales product ID submitted by the customer. The merchant or customer then retrieves the target sales product from the corresponding storage unit.

[0028] There are two technical solutions for client confirmation and retrieval methods. First, a client is set up at the merchant's business premises. The customer logs in to the client service program page and enters the exhibition sample ID. The client confirms and prints out the corresponding storage unit ID, and the customer retrieves the exhibition sample from the corresponding storage unit. Second, a client is set up at the merchant's business premises. The client service program includes an electronic payment gateway and its electronic order detection program. The customer logs in to the client service program page and enters the sales product ID to complete the payment operation. After the customer completes the electronic payment for the sales product, the client completes the electronic order verification, and the printer prints out the corresponding storage unit ID. The customer retrieves the target sales product from the corresponding storage unit.

[0029] There are two technical solutions for client confirmation and retrieval methods: First, the merchant's computer management service system includes two parts, the server and the client. The customer logs in to the client account operation page, enters the exhibition sample identification and sends a confirmation request, or completes the payment of the target product through the payment gateway. The management service software retrieves data based on the exhibition sample identification confirmed by the customer to confirm the corresponding storage unit identification, or retrieves data based on the electronic order payment receipt of the sales product sent by the payment platform to confirm the corresponding storage unit identification. The management service software sends the storage unit identification confirmed in the above two situations to the customer's client account, and the customer retrieves the corresponding exhibition sample and target product from the storage unit located in the open area. Second, the merchant's computer management service system consists of three parts: a server, a client, and a workstation. Customers log in to the client account operation page, confirm the identification of the sample display and the target product for sale, and pay for the product. The merchant's computer management service software confirms the identification of the storage unit corresponding to the sample display and the product for sale, and simultaneously selects the identification of the corresponding transit storage unit within the vacant area. These identifications are then sent to the merchant's workstation service software. The staff then extract the sample display and the product for sale from the storage unit located in the closed area, deposit them into the corresponding transit storage unit, and confirm this with the server-side management service software through the workstation service software. After receiving the confirmation information, the server-side management service software sends the transit storage unit identification to the corresponding client software account, and the customer extracts the corresponding sample display and product for sale from the transit storage unit located in the open area.

[0030] In the computer access control technology of the present invention, after the customer's identity registration and authentication are initially activated, the access control authorization and corresponding product retrieval are mainly implemented in the following three ways: 1. Merchant management machine implementation; 2. Client machine implementation; 3. Client machine implementation. The management machine and client machine implementations are applicable to situations where the customer directly retrieves the corresponding product from the storage unit; the client machine implementation is applicable to situations where the customer directly retrieves the corresponding product from the storage unit, and also to situations where the customer retrieves the corresponding product from a transfer storage unit.

[0031] The management machine implementation method is that the merchant's computer management service system is equipped with a management machine and its access control management software. The management machine is equipped with peripheral devices such as an identity reader, a product identification reader, a product order reader, and a printer. The access control management software is equipped with a management service program. The identity reader, product identification reader, and product order reader can be combined into a comprehensive reader. There are two technical solutions for the management machine based on the display of trial samples and the sale of goods. First, the customer submits the identity carrier and the corresponding trial sample identification obtained from the display platform to the merchant's front desk. The merchant's front desk uses the management machine reader to enter the customer's identity and the corresponding trial sample identification into the management service program. The management service program transmits the data to the computer access control management software through the program interface. The access control management software confirms the storage unit identification corresponding to the trial sample and authorizes the customer's identity. The printer prints out the corresponding storage unit identification. The customer uses the identity carrier to retrieve the target product from the corresponding storage unit access control. Secondly, the customer submits the identity identification carrier and the electronic payment order to the merchant's front desk. The merchant's front desk uses the management bureau reader to enter the customer's identity identification and the electronic payment order number into the management service program respectively. The management service program verifies the electronic order and transmits the data to the computer access control management software. The management control software confirms the corresponding storage unit identification of the sold goods, and at the same time makes an access authorization for the customer's identity identification. The printer prints out the corresponding storage unit identification of the sold goods, and the customer uses the identity identification carrier to retrieve the sold goods from the corresponding storage unit access control.

[0032] Regarding the client implementation method, the merchant's computer management service system is equipped with a client, which is equipped with peripheral devices such as an identity reader, product identification reader, product order reader, printer, and service software. The computer host server is equipped with access control management software and payment gateway software. There are two technical solutions for the client, based on displaying trial samples and selling goods. In the first, the customer logs in to the client's access control authorization service page, enters the customer's identity and the corresponding trial sample identification into the client service software, and issues an access control authorization request. The computer access control management software retrieves the data, confirms the corresponding storage unit identification, issues access control authorization for the customer's identity, and the printer prints the storage unit identification. The customer then uses the identity carrier to retrieve the trial sample from the corresponding storage unit access control. Secondly, the customer logs in to the payment page of the client service software, enters the customer identity and the sales product identification to complete the payment. After the computer access control management software verifies the customer's payment electronic order, it retrieves data to confirm the corresponding storage unit identification and authorizes access control for the customer identity. The printer prints the storage unit identification, and the customer uses the identity carrier to retrieve the corresponding sales product from the storage unit access control. In the above technical solution, both online and offline methods can be used. In the online method, after the computer access control management software receives the customer's electronic order payment receipt from the online banking system, it retrieves data to authorize access control for the customer identity. In the offline method, the customer logs in to the client again to enter the customer identity. The computer access control management software retrieves the customer's electronic order payment receipt data and, after verification, authorizes access control for the customer identity. The identity reader, product identification reader, and product order reader set in the above client can be set as the same optical scanning device. The customer identity and product identification are both set as QR codes, and the product order contains QR codes. The above-mentioned client implementation method or the aforementioned management machine implementation method are both applicable to the situation of setting up a transit storage unit grouping. After the merchant receives the customer and his request to extract exhibition samples and sell goods through the client or the management bureau, it instructs the staff to extract the exhibition samples and sell goods from the closed area and store them in the transit storage unit. The customer extracts the exhibition samples and sell goods from the transit storage unit located in the open area.

[0033] The first technical solution for implementing the client side is that the merchant's computer management service system includes two parts: a server side and a mobile client side. The server side is provided with access control management software and payment gateway software, and the customer holds a mobile client that is bound to the identity identifier. Based on the trial sample, the customer logs in to the mobile client software account page, enters the corresponding trial sample identifier obtained from the display platform into the mobile client software, and sends an access authorization request at the same time; the server-side access control management control software retrieves data to confirm the corresponding storage unit identifier, performs access control authorization on the customer's identity identifier, and sends the storage unit identifier to the client software. The customer uses the identity identifier carrier to extract the trial sample from the corresponding storage unit. Based on the target product to be sold, the customer logs in to the client software account payment page to enter the sales product identifier. The client software links to the server-side payment gateway software and generates an electronic order, and the customer completes the payment operation. The server-side management and control software receives the electronic order receipt, confirms the corresponding storage unit ID and makes access authorization based on the customer identity ID and sales product ID corresponding to the electronic order, and sends the corresponding storage unit ID to the client software. The customer uses the identity ID carrier to extract the target sales product from the corresponding storage unit access control.

[0034] The second technical solution for client-side implementation is that the merchant's computer management service system includes three parts: a server, a mobile client, and a mobile work terminal. The server is equipped with access control management and control software and payment gateway software. Customers hold mobile clients bound to their identity identifiers, while merchant staff hold mobile work terminals equipped with identity identifier carriers. For sample displays, customers log in to their mobile client software account, enter the sample identifier, and send an authorization request. The server-side management and control software then identifies the customer's identity identifier and the corresponding storage unit identifier. For product sales, customers log in to their mobile client software account to pay for the product. The server-side management and control software then identifies the customer's identity identifier and the storage unit identifier based on the electronic order payment receipt. The merchant's business premises are equipped with transit storage units. The server-side management and control software selects transit storage unit identifiers corresponding to the sample displays and the product being sold from a range of available transit storage units. The server-side management and control software then sends the confirmed and selected corresponding storage unit identifiers to the mobile work terminal service software, which then performs access control authorization for the staff member's identity identifier. Staff members use their identity carriers to retrieve samples and merchandise from the corresponding storage unit access control system. They then deposit these samples and merchandise into the corresponding transit storage unit access control system. A deposit confirmation message is sent via a mobile workstation. The server-side management and control software then authorizes access control to the corresponding customer's identity carrier and simultaneously sends the corresponding transit storage unit identifier to the mobile client software. The customer then retrieves samples and merchandise from the corresponding transit storage unit access control system using their identity carrier. In this client confirmation implementation, the customer's mobile client can be configured by the merchant, or the customer can download the merchant-provided client software using their own mobile communication device.

[0035] The storage units, transit storage units, and storage units described in the technical solution of the present invention can be respectively set as unit groups with different numbers and independent of each other. The unit groups are respectively composed of different numbers of storage units or storage units. There is a certain spatial position interval between the unit groups, which is convenient for the passage of people and the distinction and identification between the groups. The units or unit groups can be set as shelves in an open structure, or as a closed structure, for example, as containers with unit doors, and the goods are stored in the containers, or stored or hung on the shelves. Based on the storage units, transit storage units, and storage units, independent unit groups with different purposes can be set according to the different uses of the goods, such as exhibition and trial, sale, storage and return. Based on the storage units, one or more goods of the same style and specifications can be stored; based on the transit storage units or storage units, one or more goods selected by the same customer can be stored. Based on a single storage unit, it can be divided into several grid areas to store goods of the same style but different specifications. In the technical solution of the present invention, based on the storage unit, it can be set as a cabinet structure of unit grouping, or it can be set as a mobile cart structure, or it can be set as a portable basket structure.

[0036] The product identification, storage unit identification, transit storage unit identification, storage unit identification, etc. described in the technical solution of the present invention can be any information form that can be identified and distinguished by manual or electronic instruments and equipment and can be used for data recording and transmission by computer equipment. For example, it can be any one or any combination of information forms such as text, numbers, letters, symbols, one-dimensional barcodes, two-dimensional codes, etc., or an electronic tag that can display electronic signals, etc., or even a physical or chemical information signal such as sound, light, electricity, etc. emitted by an instrument. As a preferred solution for setting the product identification, it can be set as various types of product codes or two-dimensional codes, or as an electronic tag. As a special case, the product label, sign or production code attached by the product manufacturer, or even the structural physical or chemical characteristics of the product itself, can also be used as a product identification. The same product can be set with two or more product identifications of different properties for binding, which are respectively suitable for identification by manual or electronic instruments and equipment, and for the transmission and storage of computer data. The setting of product identification, different product identifications are set for products of different categories, or products of the same category with different specifications and models, to facilitate mutual distinction between products. The setting of the identification of storage units, transit storage units, and storage units, or the setting of the three types of unit groups, shall preferably be set to codes in the form of letters and numbers that are easy to read and write and conform to the arrangement habits, so as to facilitate the quick finding of the location of the storage unit. A single storage unit can be set with an unlimited number of grid areas, each used for the storage of goods, and the grid areas are provided with grid area identification; the storage unit group, transit storage unit group, and storage unit group are respectively provided with unit group identifications that can be distinguished from each other. The identification carrier that carries the identification information content of the goods can be fixed to the goods body. As a special case, when photosensitive materials are used as the identification carrier, the photosensitive materials can be printed directly on the goods body. The unit identification of the storage unit, transit storage unit, and storage unit can be set as a sign, and the sign is attached to the surface of the unit. As a special case, the existence of the unit location identification is as follows: First, the regional location characteristics of the storage unit where the stored goods are located are stored as memory information in the human brain. The merchant staff goes to the corresponding storage unit location based on the memory information to extract the target goods. Second, merchants are equipped with electronic navigation devices that store the regional location characteristics or physical characteristics corresponding to each storage unit. Based on these regional location characteristics or physical characteristics, the electronic navigation device can accurately determine and find the corresponding storage unit. Merchant staff or customers are guided by the electronic navigation device to the corresponding storage unit to retrieve the goods. This navigation device can also be used as a component of an intelligent robot, which can then go to the corresponding storage unit to retrieve the goods.

[0037] In the technical solution of the present invention, the storage unit identification of the storage unit, the transit storage unit, and the storage and collection unit can be composed of three levels of digital codes: grouping code, area code, and unit code. The digital codes between the various levels are separated by interval numbers. Each storage unit grouping is composed of several storage unit areas, and each storage unit area is composed of dozens of storage units. As a further improvement of the above technical solution, the storage unit can be composed of several storage grids, and digital codes are set for the storage grids. The above storage unit identification can further set the storage commodity form code, such as setting the exhibition sample code, or setting the sales sample code. Based on the setting of the three storage device signs of the storage unit, the transit storage unit, and the storage and collection unit, the group position sets the code sign of the group, the area position sets the code sign of the area, and the storage unit position sets the code of the storage unit respectively. The storage unit identification involved in the product display platform or merchant management platform includes all codes at three levels: grouping code, area code, and unit code. Based on the information displayed by the above storage unit identification, the corresponding storage grouping, storage area, and storage unit can be found to extract the target product.

[0038] The customer identity identifier described in the technical solution of the present invention can be any information form that can be detected, identified, distinguished, and recorded and transmitted by computers and electronic devices. The carrier carrying the customer identity identifier can be a barcode card, magnetic card, IC card, QR code, ESA tag, human biometrics, or even physical or chemical information signals such as sound, light, or electricity emitted by electronic devices such as NFC short-range communication devices. Biometric identity identifier carriers can include fingerprints, palm prints, facial features, and voice. Various card and account numbers held by customers, electronic signals transmitted by mobile communication devices using NFC, and various internet application account numbers, all of which can be used as identity identifiers after being registered and authenticated by the merchant's computer management service system. The merchant's computer management service system can register and authenticate a single identity identifier for a customer, or it can register and authenticate two or more identity identifiers and bind them together, for use individually or in combination in the technical solution of the present invention. To facilitate merchant management, a code or number can be assigned to the customer identity identifier or the identity identifier carrier held by the customer; this code or number also constitutes a type of customer identity identifier. In order to increase the security of electronic instrument recognition and detection of customer identity identification, a password can be set for the customer identity identification. In addition to using the identity identification normally, the customer also needs to enter the password into the digital input device for verification.

[0039] The customer identity reader involved in the computer access control technology in the technical solution of the present invention includes various types of card readers commonly used in the field of access control technology, such as card-type, password-type, barcode-type, QR code-type, facial organ recognition-type, composite-type and other access control detection and transmission instruments and equipment commonly used in the field of access control technology. In the technical solution of the present invention, the identification carriers of the product identification and the customer identity identification can be interoperable. Under this circumstance, the product dynamic detection instrument and the customer identity identification reader can be interoperable or replace each other. In existing or future technologies, any electronic instrument or equipment that can detect, identify, distinguish, and transmit product identification and customer identity identification data signals can be used as a product dynamic detection instrument or customer identity identification reader in the technical solution of the present invention.

[0040] The "product display platform" described in the technical solution of the present invention includes a physical product display platform, a plane image display platform, a multimedia electronic device display platform, a computer network display platform, etc. The implementation method of the physical product display platform includes a product booth and physical products, with text, charts and other product descriptions attached. The implementation method of the plane image display platform includes a product image on the product display board, and text, charts and other product descriptions attached. The implementation method of the multimedia electronic device display platform includes a multimedia playback device, which uses video, audio, image and other technical means to display products, and uses text and charts as auxiliary means to introduce products. The implementation method of the computer network display platform includes video, audio, image, text, charts and other technical means with the help of computer network technology to introduce products. The four display methods can be implemented separately or in combination with each other. Basic content such as product information described in text and graphics, product family identification, product identification and its corresponding specifications and models, product price, corresponding storage unit identification, payment method, etc. can even include product name, product type or category, manufacturer, trademark brand, product size parameters, product grade, manufacturer product code, delivery method of sold goods, manufacturer or merchant service phone number, etc.

[0041] In the technical solution of the present invention, within the product family series displayed on the display platform, each specification and model of the product is assigned an industry-wide code, indicating the corresponding relationship between the industry-wide code and the identification of trial samples and sold goods. The industry-wide code can be set as a product identification specifically for the product display platform. Under certain circumstances, the industry-wide code does not need to be indicated with the corresponding trial sample or sold goods identification. For example, on a computer display platform, only an industry-wide code icon is provided. There is a corresponding relationship between the industry-wide code and the service webpage link address. Clicking the industry-wide code icon can confirm the trial sample, sold goods identification, and storage unit identification corresponding to the industry-wide code icon.

[0042] In the technical solution of the present invention, the exhibition and trial of goods includes two meanings: display and trial of goods. Displaying goods to customers through a product display platform is a process in which customers relatively passively receive product information and understand and contact the goods. The goods displayed on the display platform are called display goods. The display and trial of product samples by customers is a process in which customers relatively actively feel the performance of the goods by physically trying them on. This process also includes a certain degree of product display. There is a certain degree of overlap between the exhibition and trial of goods and the display of goods. The display of goods does not include the wearing and trial of goods, and there is no need to use the actual goods. The exhibition and trial of goods must use the actual goods. The display of non-physical goods and the display of physical goods, as well as the display of goods and the display and trial of goods samples can complement each other, which is conducive to customers' comprehensive understanding and experience of the goods.

[0043] The merchant computer management service system and the access control system managed and controlled by it, as involved in the technical solution of the present invention, include existing or future computer technology and access control technology, electronic locker technology, network communication technology, management and control software development and programming technology for computers and access control technology, computer peripheral equipment, and other technologies. The storage device provided by the merchant computer management service system server stores data that can meet the normal management and control operation of the merchant computer system or access control system. The data includes but is not limited to the following: identification correspondence data between stored goods and corresponding storage units, other basic information data of stored goods, address correspondence data between communication converters, access control controllers, unit access control execution electric locks, and identity identification readers, as well as mutual correspondence data between access control execution electric lock addresses and unit identifications, customer identity identifications and customer identity information bound thereto, computer client software accounts, social software accounts, personal contact information, and other basic computer registration and authentication information data, customer access control authorization records, unit access control door opening records, business premises entry and exit records, etc. The access control system managed and controlled by the merchant computer management service system described in the technical solution of the present invention includes but is not limited to the following access control structural parts: communication converters, controllers, readers, access control electric locks, access control buses, access control cards and other access control components or extension components, as well as management and control software that is essential for the access control system. The controller includes functional modules such as arithmetic units, storage units, input units, output units, and communication units. The identity identification reader described in the technical solution of the present invention is usually called a card reader, card issuer, card writer or scanner in the existing access control or electronic locker technology field. The functions of the above instruments can be covered by the identity identification reader in the technical solution of the present invention, and can even be surpassed or extended. Similarly, the access control card technology in the existing access control technology field or the electronic locker technology field can be covered by the customer identity identification carrier in this technical solution and can be surpassed and extended.

[0044] The customer identity registration and authentication described in the technical solution of the present invention has a technical implementation scheme that uses an identity reader or other input methods to enter the identity configured by the customer and other related account information bound to it into the merchant's computer management system database, and the management service software or management control software initializes and activates the identity and its binding information. Based on the face recognition type identity, a camera processing device with a face electronic data acquisition function is used to upload the face electronic data to the merchant's computer management service system for storage, and initialize and activate it. The above-mentioned reader for customer identity registration and authentication can be an IC card issuer, ID card issuer, RFID issuer and other instruments and equipment commonly used in the field of access control technology. Based on the access control technology involved in the technical solution of the present invention, after the customer identity information registration and authentication is initialized and activated, under normal circumstances, it is necessary to perform access control authorization by the access control management control software before it can be used in the access control.

[0045] The computer access control management software disclosed herein includes, but is not limited to, the following modules: a customer management module, a staff management module, an information and instruction management module, a storage unit access control management module, a transit storage unit access control management module, a storage unit access control management module, an entry / exit access control management module, and a commodity dynamic management module. The customer management module is used to register and authenticate customer identities and bind their identity information, client software accounts, and other related information. The staff management module is used to register and authenticate staff identities and bind their identity information, work-end service software accounts, and other related information. The information and instruction management module is used to process the reception, processing, and transmission of information and instruction data between the management control software and client service software and client software, as well as the transmission of information and instruction data between management control software modules. The storage unit access control management module performs the following tasks: entering data on the corresponding identifiers of stored commodities and corresponding storage units, entering data related to access control of storage units, confirming the corresponding identifiers of stored commodities and corresponding storage units, authorizing access control using customer or staff identities, recording access control authorization, and recording access control usage. The access control management modules for the transfer storage and storage units perform the following tasks: entering unit access control-related correspondences and data, selecting vacant units, authorizing access control using customer or staff IDs, recording access control authorizations, and recording access control usage. The commodity dynamics management module also performs the following tasks: receiving and processing data from commodity dynamics detection instruments, comparing and verifying this data with unit access control opening and closing time data, and using this data as the basis for commodity withdrawal or deposit.

[0046] Based on the implementation of the present invention, merchants only store trial samples at their business premises, while merchandise for sale is stored separately. Customers can pick up the desired trial samples at the business premises for trial use. After the customer pays for the merchandise, the merchant uses logistics to deliver the merchandise to the customer. Based on the merchant's regular location, the merchant's business premises can be equipped with a clothing display catwalk and its associated photography equipment, automatic clothing sorting and folding machines, clothing ironing equipment, clothing cleaning and disinfection equipment, electronic lockers for customer personal clothing, vending machines for personal protective clothing and supplies, changing rooms, fitting rooms, restrooms, convenient food and beverage vending machines, and leisure booths. The fitting rooms and dressing rooms are equipped with hangers, benches, mirrors, and other display aids. Private fitting rooms can be equipped with computer clients as attached product display platforms. The catwalk photography system captures videos of customers trying on clothing, which are then uploaded to the merchant's computer management service system and forwarded to the customer's computer.

[0047] In the computer access control technology of the present invention, the storage unit, the intermediate storage unit, and the storage unit are each equipped with an access control cabinet door and an electric lock, and the unit grouping is each equipped with a communication converter, an access control controller, and an identity reader. In the unit grouping, the identity reader circuit is connected to the access control controller, the access control electric lock circuits of each unit are respectively connected to the access control controller, and the access control controller circuits of each unit group are connected to the communication converter, which is connected to the computer management service system server by a wired or wireless method. The communication converter, the access control controller, the identity reader, and the electric lock are each set with different addresses, and their addresses correspond to the identifiers of their respective unit groups. The server-side database stores the corresponding relationship data between the unit identifiers of the storage unit, the intermediate storage unit, and the storage unit and the corresponding access control electric lock addresses, and stores the corresponding relationship data between the addresses of the communication converter, the access control controller, the identity reader, and the electric lock.

[0048] In the computer access control technology of the present invention, based on the access control authorization of the target product, the access control authorization request sent by the client or client to the management and control software includes the target product identifier and the corresponding customer identifier or client software account information. Based on the aforementioned computer database data, the management and control software can identify the customer identifier corresponding to the target product. Based on the identifier correspondence between the stored products and their storage units, the management and control software can confirm the storage unit identifier corresponding to the target product. Based on the address correspondence between the corresponding storage unit and the access control electric lock and controller or other access control technical data, the management and control software can confirm the access control electric lock and controller corresponding to the storage unit, thereby issuing the access control authorization. There are two ways to authorize access to storage units and extract target goods. First, based on the situation that the merchant's business premises does not have a transit storage unit, the management control software performs access authorization on the customer's identity, sends the access authorization instruction information to the access controller corresponding to the storage unit's access lock, and at the same time sends access authorization information containing the target product ID and the corresponding storage unit ID to the client or client. The customer uses the identity ID to extract the target product from the corresponding storage unit. After closing and locking the door, the customer sends an extraction confirmation message to the management control software through the mobile client. Second, based on the situation that the merchant has set up a transit storage unit, the management control software performs access authorization on the staff's identity ID, sends the access authorization instruction information to the access controller corresponding to the access lock, and sends access authorization information containing the target product ID and the storage unit ID to the staff's mobile terminal. The staff uses the identity ID to extract the target product from the corresponding storage unit, closes and locks the door, and sends an extraction confirmation message to the management control software through the mobile work terminal.

[0049] In the computer access control technology of the present invention, based on the access control authorization of the transit storage unit and the deposit and withdrawal of the target goods, after the management control software receives the target goods withdrawal confirmation information sent by the mobile working terminal, it retrieves data from the database, selects the corresponding transit storage unit within the range of vacant transit storage units, and confirms the access control electric lock and controller corresponding to the transit storage unit based on the address correspondence between the corresponding transit storage unit and the access control electric lock and controller or other access control technical data, and performs access control authorization on the staff identity identification and the customer identity identification respectively, sends the access control authorization instruction information to the controller corresponding to the access control electric lock, and at the same time sends the access control authorization information containing the target goods identification and the transit storage unit identification to the staff mobile terminal. The staff opens the access control of the transit storage unit with the identity identification, deposits the target goods extracted from the storage unit into the access control of the transit storage unit, closes and locks the door, and sends the deposit confirmation information to the management control software through the mobile work terminal. The management control software sends the access control authorization information containing the target goods identification and the transit storage unit identification to the client or mobile client. The customer extracts the target goods from the corresponding transit storage unit with the identity identification, and sends the extraction confirmation information to the management control software after closing and locking the door.

[0050] In the computer access control technology of the present invention, based on the access control authorization of the storage unit and the storage and withdrawal of the target exhibition samples, after the management control software receives the target product return access control authorization request sent by the client or client, it retrieves data from the database, selects the storage unit corresponding to the target product within the range of vacant storage units, and confirms the access control electric lock and controller corresponding to the storage unit based on the address correspondence between the corresponding storage unit and the access control electric lock, controller or other access control technical data, and performs access control authorization on the customer identity identification and staff identity identification respectively, sends the access control authorization instruction information to the controller corresponding to the access control electric lock, and sends the access control authorization information containing the target product identification and storage unit identification to the mobile client. The customer opens the access control of the storage unit with his / her identity card, deposits the target commodity to be returned into the access control of the storage unit, closes and locks the door, and sends the deposit confirmation information to the management control software through the mobile client. The management control software sends the access control authorization information containing the target commodity identification and storage unit identification to the mobile work terminal. The staff retrieves the target commodity to be returned from the corresponding storage unit with his / her identity card, and sends the return target exhibition sample extraction confirmation information to the management control software through the mobile work terminal after closing and locking the door.

[0051] In the computer access control technology of the present invention, the selection of vacant transfer storage units and storage units can be random or based on certain rules, such as selecting them in the order of the digital codes of the vacant transfer storage units and storage units. In this computer access control technology, the door body set up at the merchant's business premises to control customer entry and exit can be set as a universal automatic barrier or gate; as a special case, the door body in the access control technology can be replaced by merchant staff. The merchant staff supervises the customer to use the identity identification to log into the computer access control management and control software. After the computer verification, the merchant staff will release the customer.

[0052] In the computer access control technology of the present invention, access control authorization is stored in the storage unit based on the returned target exhibition sample. After the management control software receives the return target exhibition sample extraction confirmation information sent by the mobile work terminal, it retrieves data from the database, confirms the storage unit identification corresponding to the returned target exhibition sample, and then confirms the access control electric lock and controller corresponding to the storage unit, performs access control authorization on the staff identity identification, sends the access control authorization instruction information to the controller corresponding to the access control electric lock, and at the same time sends access control authorization information containing the target product identification and storage unit identification to the staff mobile terminal. The staff uses the identity identification to open the storage unit access control and deposit the returned target exhibition sample.

[0053] In the computer access control technology of the present invention, the access control unlocking is based on the customer identity identification carrier or the staff identity identification carrier, and the unit grouping is provided with a corresponding identity identification reader. The customer or staff places his or her identity identification carrier within the working range of the reader. The reader transmits the read identity identification signal to the corresponding controller. The controller retrieves the access control authorization data from the storage unit, and sends an unlocking signal to the actuator after verification. The corresponding unit access control electric lock is opened, and the customer or staff is able to open the unit access control cabinet door to extract the target goods, or store the target goods in the unit cabinet door access control.

[0054] In the technical solution of the present invention, the work of extracting and storing display samples or sales products performed by merchant staff can be replaced by a robot with artificial intelligence or an automatic transport vehicle with artificial intelligence. The specific solution is as follows: First, the robot with artificial intelligence is equipped with an electronic navigation instrument. According to the instructions sent by the merchant's computer management and control software, the robot goes to the storage unit, transfer storage unit, or storage unit, uses its mechanical arm to grab the target product, and performs the extraction and storage of the target product. Second, the automatic transport vehicle with artificial intelligence is equipped with a body, storage cabinets, a mobile power supply, a signal transceiver, a computer and its control device, an electronic navigation instrument, a telescopic mechanical arm, a power drive device, a position fine-tuning device, and other mechanical components. According to the instructions sent by the merchant's computer management and control software, the automatic transport vehicle goes to the target storage unit, transfer storage unit, or storage unit. After the position fine-tuning device adjusts the vehicle's position, it uses its telescopic mechanical arm to grab the target product and place it in the storage cabinet to perform the extraction, transfer, and storage of the target product. If the storage unit, transit storage unit, or storage and receipt unit is equipped with access control, the robot or automated transport vehicle, upon reaching the target location, will send an unlock request to the merchant's computer access control management software to retrieve or deposit the target merchandise. If the storage unit, transit storage unit, or storage and receipt unit is not equipped with access control, the robot or automated transport vehicle, upon reaching the target location, will directly retrieve or deposit the target merchandise and, upon completion, send a confirmation message to the merchant's computer management and control software.

[0055] The technical solution of the present invention relates to a storage unit and the commodity dynamic detection instrument provided therein. The relevant technical implementation scheme is as follows: an unlimited number of storage units are combined into a storage unit group, each of which is equipped with a communication converter, an access control controller, and an identity identification reader. Each storage unit in the group is equipped with a commodity dynamic detection instrument and an access control electric lock. The working circuits of the commodity dynamic detection instrument and the access control electric lock are respectively connected to the group access control controller, and the group access control controller is connected to the computer management service system host server via the communication converter. The commodity dynamic detection instrument is fixedly installed within the storage unit, and the storage unit is equipped with a movable connection fixture corresponding to the commodity dynamic detection instrument. The commodity identification carrier attached to the exhibition sample body can be inserted into or removed from the fixture. The customer uses the mobile client software to send confirmation information for the storage of the target exhibition sample to the server-side management and control software. The management and control software then sends a product detection instruction to the corresponding access control controller. The access control controller's actuator activates the working circuit of the product dynamic detection instrument. The product dynamic detection instrument uploads the read target product identification data to the management and control software via the access control controller. The management and control software retrieves data from the database and verifies the consistency between the product identification data extracted by the target customer and the product identification data stored in the target exhibition sample. The merchant staff uses the mobile work-end software to send confirmation information for the extraction of the target exhibition sample to the server-side management and control software. The management and control software then sends a product detection instruction to the corresponding access control controller. The access control controller's actuator activates the working circuit of the product dynamic detection instrument. The product dynamic detection instrument uploads the detected product identification vacant data variable to the management and control software via the access control controller. The management and control software then stores the vacant data variable in the database.

[0056] In the technical solution of the present invention, based on the setting of the storage unit and its commodity dynamic detection instrument, there are two extensions of the technical solution. First, the transit storage unit or the transit storage unit group can also serve as the storage unit or the storage unit group, and the transit storage unit access control system is equipped with a commodity dynamic detection instrument. Second, the storage unit or the storage unit group set in the open area can also serve as the storage unit or the storage unit group, and the storage unit access control system is equipped with a commodity dynamic detection instrument. Based on the deposit request sent by the mobile client software, the management control software authorizes the customer's identity to access the customer's identity. The customer uses the identity to open the access control and deposit the target exhibition sample into the corresponding storage unit. After closing and locking the door, the customer sends the target exhibition sample deposit confirmation information to the management control software through the mobile client software. After the customer sends the extraction or deposit confirmation information to the management control software through the mobile client software, the management control software instructs the commodity dynamic detection instrument to perform detection. The commodity dynamic detection instrument uploads the detected target commodity identification data to the management control software and stores it in the database.

[0057] In the technical solution of the present invention, the access control technology electric lock is not limited to the electric lock method commonly used in existing electronic lockers. In an environment where no door is set, any electronic instrument or device that can effectively control the movement of goods and release goods can be used as the electric lock in the technical solution of the present invention. For example, the electronic buckle with a fixed restraint belt commonly used in supermarkets, or other types of electronic products that can clamp, lock and release goods can be used as the electric lock in the technical solution of the present invention.

[0058] The access control technology described in the technical solution of the present invention is not limited to locking access control technology, but also includes non-locking access control technology, such as the following two technical special cases: In the first technical special case, a commodity dynamic detection instrument is set in the storage unit, transfer storage unit or storage unit to replace the door body and electric lock in the access control technology. The working range of the identity reader set in the access control technology covers the area near the storage unit, transfer storage unit or storage unit. The identity reader can detect the time period when the target customer's identity is active in the area. Within this time period, the storage or extraction of target commodity electronic data variables by the commodity dynamic detection instrument are uploaded to the computer management and control software, which can be regarded as the access control authorization of the target customer's identity by the computer management and control software. The identity reader that can meet the above technical requirements can be a face recognition system or other identity reader. The second technical exception is that only face recognition type identity readers are set up in the areas near the storage units, transit storage units or storage units. The face recognition type identity readers upload the image information of the target customers' activities of extracting and storing the target goods to the computer management and control software, and the merchant's computer management and control software confirms the target customers' activities of extracting and storing the target goods. This confirmation can be regarded as a special form of access control authorization for the target customers by the merchant's computer management and control software.

[0059] The technical solution of the present invention involves computer structural parts and access control structural parts. The decomposition and combination of their structures or functions belong to conventional technical application means and still fall within the scope of protection of the technical solution of the present invention. The technology of the present invention includes the following two artificial intelligence implementation technical solutions. First, in the implementation technology of the computer display platform, mobile client, and mobile work end, the human brain and computer information connection interaction system can be used to realize the interactive flow of information data transmission between the human brain nerves and the computer; second, the robot structure includes the mobile work end technical content. The tasks of customers or merchant staff to extract and deposit target goods are all replaced by robots. The robot extracts the target goods from the storage unit and hands them over to the customer, or receives the target goods from the customer and deposits them in the storage unit.

[0060] The technical solution of the present invention involves storage unit grouping, transfer storage unit grouping, and access control technology. The storage unit or transfer storage unit is configured as a two-door, dual-electric lock structure, and the unit grouping is matched with a single communication converter, a single access control controller, and two sets of identity readers. The unit grouping is provided with a customer cabinet door on the side facing the open area, and a staff cabinet door on the side facing the closed area. The two sets of identity readers are provided on both sides of the unit grouping, facing the open area and the closed area respectively. The staff uses the identity identification to open the unit access control from the closed area side, and deposits the target commodity into the transfer storage unit access control, or extracts the target display sample from the storage unit access control. The customer uses the identity identification to deposit the target display sample into the storage unit access control from the open area side, or extracts the target commodity from the transfer storage unit access control.

[0061] The improved technical solution of the independent technical solution B of the present invention is that the computer management service system management service software includes a search and query program, a payment gateway software program, and related program interfaces. The management service software binds the customer's identity identifier to the customer's computer search and query account. The customer logs in to the merchant's computer search and query service webpage at their living or working place, selects the target product and chooses the product identifier corresponding to the target product, pays the product through the payment gateway software to complete the online transaction, and the merchant delivers the target product to the customer through logistics channels. In the technical solution L of the present invention, the customer logs in to the merchant's computer search and query service webpage at their living or working place, selects the target product and chooses the product identifier corresponding to the target product.

[0062] In the technical solution of the present invention, the display platform is equipped with different display area modules. The display area modules corresponding to the same product family are marked with the product family identifier, the product codes and technical parameters corresponding to each specification and model, the product identifier corresponding to each product code, and the product storage unit identifier corresponding to the product code or product identifier. Merchants set display area module identifiers and establish an identifier correspondence between the product family and the display area module, including an identifier correspondence between the product family and the website address of the computer display platform. BRIEF DESCRIPTION OF THE DRAWINGS

[0063] FIG1 is one of the schematic diagrams of the business premises layout structure involved in the independent technical solution A of the present invention.

[0064] FIG2 is a second schematic diagram of the business premises layout structure involved in the independent technical solution A of the present invention.

[0065] FIG3 is a third schematic diagram of the business premises layout structure involved in the independent technical solution A of the present invention.

[0066] FIG4 is a fourth schematic diagram of the business premises layout structure involved in the independent technical solution A of the present invention.

[0067] FIG5 is a fifth schematic diagram of the business premises layout structure involved in the independent technical solution A of the present invention.

[0068] FIG6 is a sixth schematic diagram of the business premises layout structure involved in the independent technical solution A of the present invention.

[0069] FIG. 7 is a seventh schematic diagram of the business premises layout structure involved in the independent technical solution A of the present invention.

[0070] FIG8 is an eighth schematic diagram of the business premises layout structure involved in the independent technical solution A of the present invention.

[0071] FIG9 is a ninth schematic diagram of the business premises layout structure involved in the independent technical solution A of the present invention.

[0072] FIG10 is a tenth schematic diagram of the business premises layout structure involved in the independent technical solution A of the present invention.

[0073] FIG11 is one of the schematic diagrams of the business premises layout structure involved in the subsidiary technical solution C of the present invention.

[0074] FIG12 is a second schematic diagram of the business premises layout structure involved in the subsidiary technical solution C of the present invention.

[0075] FIG13 is a third schematic diagram of the business premises layout structure involved in the subsidiary technical solution C of the present invention.

[0076] FIG14 is a fourth schematic diagram of the business premises layout structure involved in the subsidiary technical solution C of the present invention.

[0077] FIG15 is a fifth schematic diagram of the business premises layout structure involved in the subsidiary technical solution C of the present invention.

[0078] Figure 16 is a schematic diagram of the facade structure of the storage unit grouping, transit storage unit grouping, and storage unit grouping involved in the technology of the present invention.

[0079] Figure 17 is a schematic diagram of the facade structure of the open commodity storage unit group involved in the technology of the present invention.

[0080] FIG18 is a schematic diagram of the elevation structure of the physical commodity display unit group involved in the technology of the present invention.

[0081] 19, 20 and 21 are respectively a front view, a top view and a left view of the commodity storage unit assembly with a commodity display platform involved in the technology of the present invention.

[0082] Figures 22, 23, 24 and 25 are schematic diagrams of the structure of the physical commodity display unit involved in the technology of the present invention, wherein Figure 22 is a front view of the display unit, Figure 23 is a left view taken along AA direction in Figure 22, Figure 24 is a top view taken along BB direction in Figure 22, and Figure 25 is a front view taken along CC direction in Figure 23.

[0083] 26 , 27 , and 28 are respectively a front view, a top view, and a left view of the mobile device for displaying physical goods according to the present invention, and FIG. 29 is a partial view of position A in FIG. 26 .

[0084] Figure 30 is one of the topological diagrams of the computer access control system for grouping units such as storage units, transit storage units, and storage units.

[0085] Figure 31 is the second topology diagram of the computer access control system for grouping units such as storage units, transit storage units, and storage units.

[0086] Figure 32 is a schematic diagram of the wiring principle of computer access control technology for storage units, transit storage units, storage units and other types of units.

[0087] 33 is a schematic diagram of the arrangement of a commodity dynamic detection instrument for a storage unit according to the subsidiary technical solution F of the present invention, FIG34 is a view in the direction of A-A in FIG33 , and FIG35 is a wiring schematic diagram of the arrangement of the commodity dynamic detection instrument.

[0088] Figures 36, 37 and 38 are the structural layout diagrams of the transit storage unit grouping and the storage unit grouping, among which Figure 36 is a front view, Figure 37 is a top view, and Figure 38 is the A-A direction view of Figure 37.

[0089] Figures 39, 40, and 41 are layout structure diagrams of business premises involving technical solutions A, C, D, E, F, and G of the present invention. Figure 42 is a screenshot diagram of the operation process of the human-computer interaction interface of the mobile client software described in technical solution E of the present invention. Figure 43 is a screenshot diagram of the operation process of the human-computer interaction interface of the mobile work-end service software described in technical solution E of the present invention.

[0090] FIG44 is a schematic diagram showing the correspondence between product identification and human body parameters involved in technical solution B of the present invention.

[0091] Figure 45 is a structural diagram of the computer search and query product display page involved in the technology of the present invention.

[0092] FIG46 is a schematic diagram of the sorting of digital structure product identifications.

[0093] Figure 47 is an axonometric diagram of the merchant's business floor, Figure 48 is a structural diagram of the storage area of ​​the merchant's business floor, and Figure 49 is a structural diagram of the open area of ​​the merchant's business floor. DETAILED DESCRIPTION

[0094] Now, with reference to FIG1 , a partial implementation method of the independent technical solution A of the present invention will be described. The business premises of the merchant are respectively composed of a commodity storage area 001, a commodity display area 008, and a commodity trial area 005. The commodity storage area is provided with 4 rows of storage unit groups 010, in which trial samples for trial activities are stored. The commodity display area is provided with 4 rows of physical commodity display unit groups 009, and the physical commodities for display are provided with annotated text descriptions containing the commodity identification corresponding to the category series of commodities and the storage unit identification. The commodity trial area is respectively provided with a public trial area 006 and 3 private trial rooms 007 for customers' commodity trial activities. In the product display area, customers select a product category that meets their purchasing intentions, obtain the product identification of the sample corresponding to the product specifications and models they want to try out, confirm the corresponding storage unit identification, extract the sample from the corresponding storage unit in the product storage area, try on the sample in the public trial area or private trial room, and select a product with the appropriate specifications and models and the corresponding sales product identification from the sample. As a technical improvement to this implementation method, the public trial area or private trial room are each equipped with a mirror 021 to assist customers in trying out clothing products; the three private trial rooms are each equipped with a computer client 025, and the public trial area is equipped with a row of six computer client groups 026. Customers use the computer clients to search for product information, obtain the sample identification, and confirm the corresponding storage unit identification. As a further technical improvement, the merchant's computer server stores data on the correspondence between product categories and the location identification of the physical product display units. The product category information retrieved by the computer client includes the location identification of the physical product display units.

[0095] Now, in conjunction with Figure 2, a partial implementation method of the independent technical solution A of the present invention is described. The business premises of the merchant are composed of a commodity storage area 001 and a commodity display area 008. The commodity storage area is also used as a place for customers to display and test commodities. The commodity storage area is provided with 8 rows of storage unit groups 010, and the storage units store display samples. The commodity display area is provided with 4 rows of display unit groups, including 2 rows of physical commodity display and test unit groups 009, and the other 2 rows are computer client unit groups 026, each row of computer client unit groups includes 5 computer clients. The physical commodity in the display unit or the commodity description content retrieved through the computer client contains the display and test sample identification and its corresponding storage unit identification. Customers learn about the basic information of the commodity through the display unit or the computer client, obtain the display and test sample identification and confirm its corresponding storage unit identification, extract the display and test samples from the corresponding storage unit in the commodity storage area, and then display and test them on site.

[0096] Now, in conjunction with Figure 3, a partial implementation method of the independent technical solution A of the present invention is described. The business premises of the merchant are respectively composed of a commodity storage area 001, a commodity display area 008, and a commodity exhibition and trial area 005. The commodity storage area includes 4 rows of storage unit groups, of which 2 rows are exhibition and trial sample storage unit groups 002, and the other 2 rows are sales commodity storage unit groups 003. The commodity display area is provided with 4 rows of display unit groups, of which 2 rows are physical commodity exhibition and trial unit groups 009, and the other 2 rows are multimedia electronic equipment display unit groups 028. The physical commodity or multimedia electronic equipment display content includes a commodity logo and its corresponding storage unit logo. The commodity exhibition and trial area is respectively provided with a public exhibition and trial area and a private display area, wherein the private display area includes 6 private exhibition and trial rooms 007. The customer obtains the display or sales storage unit identifier corresponding to the product specifications and models to be displayed and tried from the physical product display unit or multimedia electronic device, retrieves the display sample from the display sample storage unit group, performs the display and try in the product display area, and retrieves the unpaid or paid sales product from the sales product storage unit group. As a technical improvement to this implementation method, the product description displayed in the physical product display unit or multimedia electronic device includes price information; the public display area or private display room is equipped with a mirror 021 to assist customers in displaying and trying on clothing products.

[0097] With reference to Figure 4 , a partial implementation method of the independent technical solution A of the present invention will now be described. The merchant's business premises consist of a merchandise storage area and a merchandise display area 008. The merchandise storage area comprises a sample display area 023 and a sales merchandise storage area 024. Each area is equipped with four rows of sample display storage units 002 and four rows of sales merchandise storage units 003. The sample display area also serves as a place for customers to display and test merchandise. The merchandise display area is also equipped with four rows of computer client units 026. The number of computer client units is unlimited. The displayed merchandise descriptions displayed by the computer client include the merchandise identifier and its corresponding storage unit identifier. Customers use the computer client to search for merchandise information and obtain the corresponding display or sales storage unit identifier for the desired merchandise model. They then retrieve the sample display for on-site display from the sample display storage unit and retrieve the unpaid or paid sales merchandise from the sales merchandise storage unit. As a technical improvement to this implementation method, the merchandise descriptions displayed by the computer client now include price information.

[0098] With reference to Figure 5 , a partial implementation of the independent technical solution A of the present invention will now be described. A merchant's business premises consists of a product storage area 001 and a product display area 005. The product storage area is equipped with eight rows of storage units 010. The products stored in the storage units can be used for both display and sale. The storage units and the products they store also serve as product display platforms. The stored products are labeled with product identifiers and their corresponding storage unit identifiers. The product display area includes a public display area and six private display rooms 007. Customers browse the products stored in the storage area, select the products they want to display, extract the products from the storage units, display them in the product display area, and then store them in the corresponding storage unit. As a technical improvement to this implementation method, the products stored in the storage units are labeled with price information. The public display area or the private display room is equipped with a computer client and a mirror. The product descriptions displayed by the computer client include the product identifiers and their corresponding storage unit identifiers.

[0099] With reference to Figure 6 , a partial implementation method of the independent technical solution A of the present invention will now be described. The merchant's business premises consist of a product storage area and a product display and trial area 005. The product storage area consists of a display and trial sample storage area 023 and a sales product storage area 024. The two areas are respectively equipped with four rows of display and trial sample storage unit groups 002 and four rows of sales product storage unit groups 003. The storage units in the display and trial sample storage area and the goods stored therein also serve as a product display platform. The display and trial samples are labeled with the corresponding storage unit identification and the corresponding sales product identification. The front desk 022, located in the sales product storage area, is equipped with a management and service computer. The product display and trial area is equipped with a public display and trial area and six private display and trial rooms 007. Customers extract display and trial samples from the display and trial sample storage area, try them out in the product display and trial area, and then store them in the corresponding storage unit after the trial. Customers pay electronically for the products marked on the body-fitting display samples. Front-office staff verify the customer's electronic payment order through a computer, confirm the corresponding storage unit identification for the product, and then retrieve the product from the corresponding storage unit and deliver it to the customer. As a technical improvement to this implementation method, the products stored in the storage units in the display sample storage area are labeled with price information, and mirrors are installed in the public display area or private display room.

[0100] With reference to Figure 7 , a partial implementation method of the independent technical solution A of the present invention will now be described. The product storage area 001 is provided with 12 rows of storage units 010. The storage units and the products they store also serve as a product display platform. The products are labeled with product identification and can be used for both trial and sale. The product storage area also serves as a place for customers to try out products. Customers remove products from the storage units and try them out on-site. Products that fit the customer's body after trial are removed as target products for sale, either unpaid or paid. As a technical improvement to this implementation method, the products stored in the storage units are labeled with price information.

[0101] With reference to Figure 8 , a partial implementation method of the independent technical solution A of the present invention will now be described. The product storage area consists of a display sample storage area 023 and a sales product storage area 024. The display sample storage area is equipped with six rows of display sample storage units 002, while the sales product storage area is equipped with six rows of sales product storage units 003. The display sample storage area also serves as a place for customers to display and test products. The storage units in the display sample storage area and the products stored therein also serve as a product display platform. The display samples are labeled with product identification, corresponding storage units, and corresponding sales product identification. The sales product storage area is equipped with two computer clients 029. Customers select the product specifications and models they wish to display and test, pick up the products for on-site display and testing, and after confirming the sales product identification corresponding to the specifications and models that suit their body, they pay for the products electronically. Using the computer client, they confirm the storage unit identification corresponding to the sales product to be paid for and then pick up the sales product from the corresponding storage unit. As a technical improvement to this implementation method, the commodities stored in the storage units of the exhibition sample storage area are marked with price information.

[0102] Now, in conjunction with Figure 9, a partial implementation method of the independent technical solution A of the present invention is described. The commodity storage area 001 is provided with 8 rows of exhibition sample storage unit groups 002. The commodity exhibition area 005 is respectively provided with a public exhibition area and 4 private exhibition rooms 007. The commodity exhibition area is also used as a commodity display area, and is provided with a row of computer client groups 026 consisting of 9 computer clients. The 4 private exhibition rooms are respectively provided with a single computer client. Customers use the computer client to search and check the basic information of the commodity, obtain the exhibition sample identification and storage unit identification corresponding to the specifications and models of the commodity to be exhibited, extract the exhibition samples from the corresponding storage units in the commodity storage area, and exhibit them in the commodity exhibition area. As a technical improvement of this implementation method, the public exhibition area or the private exhibition room are respectively provided with mirrors to assist customers in the exhibition of clothing products.

[0103] With reference to Figure 10 , a partial implementation method of the independent technical solution A of the present invention will now be described. The product storage area consists of a display sample storage area 023 and a sales product storage area 024. The display sample storage area is equipped with four rows of display sample storage unit groups 002, and the sales product storage area is equipped with four rows of sales product storage unit groups 003. The product display area 005 is equipped with a public display area and four private display rooms 007. The product display area also serves as a product display area and is equipped with a row of nine computer client groups 026. Each of the four private display rooms is equipped with a single computer client. Customers use the computer client to search and review basic product information, obtain the display sample identification and storage unit identification corresponding to the product specifications and models to be displayed, extract the target product from the corresponding storage unit in the product storage area, and display and test it in the product display area. The customer identifies the product ID that corresponds to the model and specifications of the product that fits their body, pays electronically, and then uses the computer client to identify the corresponding storage unit ID for the product and retrieves the product from the corresponding storage unit. As a technical improvement to this implementation method, the product description information displayed on the computer client includes price information. Mirrors are installed in both the public trial area and the private trial room to assist customers in trying on clothing products.

[0104] With reference to Figure 11, a partial implementation method of the subsidiary technical solution C of the present invention will now be described. The merchant's business premises consists of two parts: a product storage area 001 and an open area 004. The product storage area is a closed area. The open area includes a product display area and a product trial area, and is equipped with a transfer storage unit group 030 for trial samples. The transfer storage unit is equipped with a transfer storage unit identifier. The product display area is equipped with a computer client group 026 consisting of 9 clients. The product trial area is equipped with a public trial area and 4 private trial rooms 007, each of which is equipped with a single computer client. The product storage area is equipped with 8 rows of trial sample storage unit groups 002. Customers register an account in the computer client program, log in to the client program using their account, and connect to the server product search program to retrieve product information. After selecting the target product category and the product specifications and models to be trialed, they send a request message to the computer server management service software to retrieve trial samples. The computer server management service software sends a work instruction containing the corresponding storage unit identifier and the vacant transfer storage unit identifier to the work terminal. Merchant staff extract the trial samples from the corresponding storage unit in the commodity storage area according to the work instruction and store them in the vacant trial sample transfer storage unit in the open area. The management service software sends the transfer storage unit identifier of the trial sample to the corresponding account of the client program or other bound account. Customers then extract the corresponding trial samples from the trial transfer storage unit and conduct trial activities in the commodity trial area. As a technical improvement to this implementation method, the basic information of the commodity displayed on the computer client is marked with price information; the public trial area or the private trial room are respectively provided with mirrors to assist customers in trying on clothing products; the open area is provided with a commodity storage unit group 031 for recovering the target commodity after trial.

[0105] Now, in conjunction with Figure 12, a partial implementation method of the subsidiary technical solution C of the present invention is described. The business premises of the merchant consists of two parts: a commodity storage area 001 and an open area 004. The commodity storage area is a closed area. The open area includes a commodity display area and a commodity exhibition and trial area, and is equipped with a transfer storage unit group 030 for exhibition and trial samples and a transfer storage unit group 032 for sales goods. The transfer storage units are equipped with transfer storage unit identification. The commodity display area is equipped with a computer client group 026 consisting of 7 clients. The commodity exhibition and trial area is equipped with a public exhibition and trial area and 4 private exhibition and trial rooms 007. Each of the 4 private exhibition and trial rooms is equipped with a single computer client. The commodity storage area is equipped with 4 rows of exhibition and trial sample storage unit groups 002 and 4 rows of sales commodity storage unit groups 003. The customer registers an account on the computer client program, logs in to view product information, selects the product specifications and models to be displayed and submits a display request. The merchant management service software issues work instructions to the staff, who then extract the target display products from the corresponding storage unit and deposit them into the corresponding vacant display sample transfer storage unit in the open area. The customer then extracts the display sample from the transfer storage unit, performs a display in the product display area, and obtains the sales product identification for the product specifications and models that fit their body. The customer logs in to the computer client account, imports or enters the corresponding sales product identification, and connects to the merchant server payment gateway software to complete the payment. After the merchant server management service software receives the customer's electronic order payment information, it confirms the corresponding storage unit identification and the vacant sales product transfer storage unit identification, issues instructions to the staff, and the staff extracts the sales product from the corresponding storage unit and deposits it into the corresponding sales product transfer storage unit. The customer then extracts the sales product from the corresponding transfer storage unit. As an improvement to this technology, the basic information of the product is marked with price information on the computer client search and review service page; the public exhibition area or private exhibition room is respectively equipped with mirrors to assist customers in trying on clothing products; the open area is equipped with a product storage unit group 031 for recovering the target products after exhibition and trying.

[0106] With reference to Figure 13 , a partial implementation method of the subsidiary technical solution C of the present invention will now be described. The merchant's business premises consist of a product storage area 001 and an open area. The product storage area is a closed area. The open area includes a product display area 008 and a product trial area 005. The product trial area is equipped with a transfer storage unit group 030 for trial samples, each of which is marked with a transfer storage unit logo. The product trial area is equipped with a public trial area and five private trial rooms 007. The product display area is equipped with four rows of physical product display unit groups 009. The product storage area is equipped with four rows of trial sample storage unit groups 002. Customers browse the physical merchandise displayed in the display area and use their mobile communication device client to enter the product specifications and models they wish to try out. They then send a request to the computer server management service software. The management service software then sends a work instruction to the work terminal, including the corresponding storage unit identifier and the identifier of an unoccupied transit storage unit. Merchant staff retrieve the sample from the corresponding storage unit in the merchandise storage area and deposit it into an unoccupied transit storage unit in the open area. Customers then retrieve the sample from the corresponding transit storage unit and try it out in the merchandise display area, confirming or obtaining the product identifier corresponding to the product specifications and models that fit their body. As a technical improvement to this implementation method, the merchandise displayed in the physical display units is labeled with price information. Mirrors are provided in the public display area or private display rooms to assist customers in trying out apparel. The display area is equipped with a merchandise storage unit group 031 for collecting the desired merchandise after trying out. The display area is equipped with a computer client or client group 026 consisting of seven clients, and each of the five private display rooms is equipped with a single computer client or client for customers to search and query product information.

[0107] With reference to Figure 14 , the subsidiary technical solution C of the present invention will be described. The business premises consists of two parts: a commodity storage area 001 and an open area. The commodity storage area is a closed area. The open area includes a commodity display area 008 and a commodity trial area 005. It is also equipped with a transfer storage unit group 030 for trial samples and a transfer storage unit group 032 for sales products. The trial and sales transfer storage units are each equipped with a regional location marker. The trial and sales transfer storage units are each equipped with a public trial area and five private trial rooms 007. The commodity display area is equipped with four rows of physical commodity display unit groups 009. The commodity storage area is equipped with two rows of trial sample storage unit groups 002 and two rows of sales product storage unit groups 003. The customer uses the mobile communication device client to enter the exhibition sample identification corresponding to the product specifications and models selected in the product display area that need to be exhibited, and sends a retrieval request to the computer server management service software. The management service software sends instructions to the staff through the computer work terminal. The staff extracts the exhibition samples from the product storage area and stores them in the vacant exhibition sample transit storage unit in the open area. The customer extracts the exhibition samples for testing in the product exhibition area, confirms the sales product identification corresponding to the product specifications and models that fit the body through the mobile client, links to the merchant server payment gateway software to complete the payment of the goods, and the merchant server management service software sends instructions to the work terminal based on the payment electronic order information. The staff extracts the corresponding sales products from the product storage area and stores them in the corresponding vacant transit storage unit. The customer extracts the sales products from the corresponding transit storage unit accordingly. As an improvement to this technology, the product information displayed in the physical display unit is marked with price information; the public exhibition area or the private exhibition room is respectively provided with a mirror to assist customers in trying on clothing products; the open area is provided with a product storage unit group 031 for recycling exhibition samples; the product exhibition area is provided with a computer client or client group 026 consisting of 7 clients, and the 5 private exhibition rooms are respectively provided with a single computer client or client for customers to search and query product information, and the display unit identification corresponding to the physical product is included in the retrieval of the product information content on the web page.

[0108] With reference to Figure 15 , the implementation method of the subsidiary technical solution C of the present invention will now be described. The merchant's business premises consist of a display sample storage area 023 and a sales merchandise storage area 024. The sales merchandise storage area is a closed area, equipped with eight rows of sales merchandise storage unit groups 003. The display sample storage area is an open area, equipped with four rows of display sample storage units 002 and sales merchandise transit storage units 032. The transit storage units are equipped with area location identifiers. The display sample storage units and the stored merchandise are also used for merchandise display and are marked with product identification. Customers browse the stored merchandise in the display sample storage area, extract display samples corresponding to the product specifications and models they need to display, and display them at the storage unit or in the surrounding area. The customer, equipped with a mobile communication device client, identifies the sales merchandise identification corresponding to the product specifications and models through display and testing. They scan and enter the sales merchandise identification into the client program and issue a payment request. The client software connects to the merchant's server payment gateway software, and the customer completes the payment accordingly. The merchant server management service software issues instructions to the work-end software based on the electronic order payment receipt. The staff member extracts the sold goods from the corresponding storage unit in the sales product storage area and deposits them into the corresponding vacant transit storage unit. The staff member sends a deposit confirmation message to the merchant server management service. The merchant server management service sends a retrieval message to the customer mobile client. The customer then extracts the sold goods from the corresponding transit storage unit. As a technical improvement to this implementation method, the product information displayed in the physical display unit is marked with price information; the public exhibition area or private exhibition room is respectively equipped with a mirror to assist customers in trying on clothing products; the open area is equipped with a product storage unit group 031 for collecting target products after exhibition and trial; the product exhibition area is equipped with a computer client group 026 consisting of 7 clients, and the 5 private exhibition rooms are each equipped with a single computer client or client for customers to search and query product-related information. The product information is marked with the product ID and its corresponding exhibition storage unit ID.

[0109] Now, with reference to Figure 16, the implementation method of the commodity storage unit grouping, transit storage unit grouping, and storage unit grouping involved in the present invention is explained. The grouping is set as a commodity storage cabinet 033 consisting of 24 storage units, and the storage units are respectively provided with cabinet doors 034, and the cabinet doors are respectively provided with storage unit identification 012 and cabinet door handles 035.

[0110] Now, with reference to FIG17 , the implementation method of the open storage unit grouping involved in the present invention will be described. The grouping is set as a commodity storage shelf 036 consisting of 24 storage units 011. The four columns on the left side of the shelf, totaling 12 storage units, are set as a grid structure. Each grid structure is provided with two partitions 037 to separate it into three grids, and each grid stores one storage commodity. The three commodities stored in the above grid structure belong to the same family of commodities, but have different specifications and models. The four columns of storage units on the right side of the shelf, of which the 6 storage units in the 2 columns on the left each store 3 storage commodities 013 of the same type and specification, respectively, and the 6 storage units in the 2 columns on the right each store 1 commodity. The shelf position on the upper part of the storage unit is provided with a storage unit identification 012.

[0111] Referring now to FIG18 , the implementation method of the display unit grouping method of the present invention will be described. The grouping is a display board structure, configured as a display unit group 009 consisting of 16 display units. Physical merchandise 018 is affixed to the display board. Display unit location identifiers 015 are located at the top of the display board, while a product information column 038 is located at the bottom. This column contains product identification information, corresponding storage unit identifiers, and product unit price information. The 16 display unit location identifiers are numbered sequentially using four digits. The first two digits, 06, represent the grouping area location information, while the last two digits, 01 to 16, are sequentially coded to represent the grouping location number.

[0112] With reference to Figures 19, 20, and 21, the method for implementing the mixed regional location arrangement of the present invention will be described. Merchants are provided with mixed display and trial area locations, and the mixed arrangement is arranged as a storage cabinet structure. In the figure, the arrangement is provided with 24 storage units 011 in 3 rows and 8 columns. The storage units are arranged in a drawer-like structure, with two partitions 037 separating the storage units into three compartments 040, each storing three specifications and models of goods belonging to the same family. A product display bracket 039 is provided at the front end of the storage unit for attaching and displaying the physical goods. The front end of the display bracket is provided with a push-pull handle. The cabinet position above each storage unit is respectively provided with a family identifier 014 for the stored goods and a storage unit identifier. This arrangement and storage unit structure are suitable for storing and displaying footwear goods. Customers can use the physical goods displayed on the product display bracket to pull out a storage unit, select the goods corresponding to the specifications and models they need to display and try them out, and then wear and try them out in a nearby area. As a technical improvement to this implementation method, the merchant sets up a computer display platform. After the customer selects the target product through search and review, he / she goes to the corresponding storage unit to pick up the product for display and trial activities according to the corresponding storage unit logo and grid location displayed on the web page; a slide rail or guide rail is set between the storage unit and the cabinet, and the storage cell areas are respectively provided with access control electric locks, and a soft cable for electric lock control is set between the storage unit and the cabinet.

[0113] With reference to Figures 22, 23, 24, and 25, the implementation method of the physical merchandise display unit of the present invention will be described. The display unit is arranged in a storage cabinet structure. The figure shows the display unit structure. For each product family series, a specific specification and model of physical merchandise is selected and fixed to the display board for display. The display unit is arranged in three spatial positions: upper, middle, and lower. The upper and lower positions are storage spaces for physical merchandise display boards 041, respectively, and the middle position is a display space for displaying physical merchandise. The display unit in the figure is provided with closed walls 042 at the front, back, and top positions, and a physical merchandise display window 043 is provided in the middle display space position. A display unit logo 015 is provided at the top of the display window, and a computer console 044 is provided on the wall at the bottom of the display window. Physical clothing products 018 are fixed in the center of the display board. The upper portion of the display board features a display board logo 045 containing the display unit's identification information and a product information column 038 containing product identification information, unit price, and other information. The upper and lower storage spaces each hold 10 display boards. The display boards displayed in the product display window are those that have been moved upward from the lower storage space. The physical display board is equipped with a display board movement guide, an electric drive, a clutch, a fixed frame, and a computerized automated control system to enable alternating vertical movement of the display board for displaying the physical products. The computerized control system's operating software includes a product search and query program. Customers select the product category for physical display via the computer console's electronic touch screen. The power unit then controls the display board containing the desired product to move up and down, displaying it in the display window. The computerized control system also operates in an automatic mode, alternating vertical movement of the display board according to a pre-set pattern and sequence.

[0114] The implementation method of the physical merchandise display panel moving device according to the present invention will now be described with reference to Figures 26, 27, 28, and 29. This implementation method is applicable to the display panel layout structures shown in Figures 22, 23, 24, and 25. The moving device comprises a bilaterally symmetrical set of sliding guide blocks 046. The ten pairs of dashed lines shown in Figure 27 represent ten guide runners. Two sets of electric drive units are symmetrically located within the drive grooves 047 on the upper and lower portions of the sliding guide blocks, respectively driving the upper and lower sets of display panels up and down within the grooves and runners 049 of the sliding guide blocks. The electric drive units comprise a drive motor 050, a friction drive shaft 051, and an electromagnetic clutch unit 048. The electromagnetic clutch unit comprises a fixed block 052 and ten electromagnetic clutches 055 fixed to the fixed block. The sliding guide blocks and the electric drive units are connected and fixed by a frame. A friction guide wheel 053 is provided at the front end of the electromagnetic clutch push rod. The electric drive unit is controlled by a computerized automated control system. Following operational control commands, the drive motor drives the friction drive shaft, pushing out the electromagnetic clutch guide rod corresponding to the target panel. The friction guide wheel reaches position 054 on the panel's drive contour. There, the friction guide wheel engages the friction drive shaft and the drive strips on either side of the panel, driving the target panel up and down along the guide rails. Once the panel is in position, the electromagnetic clutch guide rod resets, disengaging the guide wheel from the friction drive shaft and panel drive strips, and the panel stops moving.

[0115] Now, in conjunction with Figure 30, the implementation method of the structural layout of the TCP / IP communication converter of the computer access control system for the storage unit, transit storage unit, and storage unit involved in the technology of the present invention is explained. The computer management service system server terminal 058 and each access control controller 057 transmit signals through a two-level TCP / IP communication converter 059, where one TCP / IP communication converter is connected to four TCP / IP communication converters, and each of the four TCP / IP communication converters is connected to 8 access control controllers. The access control controllers correspond to the locker unit groups 056 respectively, and are connected to the corresponding identity readers and access control electric locks for circuit.

[0116] Now, in conjunction with Figure 31, the implementation method of the structural layout of the computer access control system 485 communication converter for the storage unit, transit storage unit, and storage unit of the storage unit involved in the technology of the present invention is explained. The computer management service system server terminal 058 and each access control controller 057 transmit signals through the 485 communication converter 060, wherein the four 485 communication converter buses are respectively connected in series with different numbers of access control controllers, and the access control controllers respectively correspond to the locker unit groups 056, and are connected to the identity identification reader and access control electric lock circuit corresponding to the locker unit groups.

[0117] The implementation of computer access control technology will now be described in conjunction with Figure 32. Each locker unit group 056, where goods are stored, is equipped with an access control controller 057. The access control controller communicates with a computer management service system server terminal 058 via a TCP / IP communication converter 059. The locker unit group is configured with 24 storage units arranged in 6 rows and 4 columns. Each storage unit is equipped with a door 034, each with a storage unit identification 012 and a door handle 035. The locker unit group is equipped with two different types of identity reader devices connected to the corresponding access control controller: a QR code scanner 061 and a digital input electronic touch screen device 062, which can control the operating circuit of the QR code scanner. The customer finds the storage unit group corresponding to the target product, enters the identity authentication code or password on the digital keyboard of the electronic screen, and the working circuit of the QR code scanner is turned on after passing the code. The customer brings the QR code identity carrier close to the working area of ​​the QR code scanner. After the QR code is recognized by the access control controller, the access control controller opens the electric lock of the storage cabinet unit corresponding to the target product. The customer holds the cabinet door handle to open the cabinet door, takes out the product from the cabinet or puts the displayed product into the cabinet.

[0118] The setup and implementation of the commodity dynamic detection instrument for the storage unit will now be described with reference to Figures 33, 34, and 35. The access control controller 057 corresponding to the storage unit group transmits communication signals to the computer management service system server terminal 058 via a TCP / IP communication converter 059. Each storage unit 063 in the storage unit group is equipped with a commodity dynamic detection instrument 064 within its cabinet door. Electric access locks are installed between the cabinet door and the cabinet body. The working circuits of the commodity dynamic detection instrument and electric access lock 065 are connected to the access control controller. While the cabinet doors are not shown, each storage unit door is provided with a hollow fixed groove 066. A commodity identification carrier 014, integrally fixed to the commodity body 019, can be inserted into and removed from the fixed groove. Once inserted into the fixed groove, the commodity identification carrier is within the operating range of the commodity dynamic detection instrument. After the customer has tried out the product, he / she sends a return request to the server through the client. The server management and control software identifies and authenticates the customer's identity and the target product to be returned, matches the vacant storage unit and authorizes access control for the customer's identity. At the same time, the matching storage unit identity is sent to the client. The customer finds the storage unit based on this, uses the identity carrier to open the storage unit door, inserts the product identification carrier fixed as an integral structure with the product body into the fixed groove, closes the storage unit door, and uses the client to send a detection request to the server. After the server management and control software confirms that the door is closed through the access control controller, it instructs the access control controller to open the working line of the product dynamic detection instrument. The product dynamic detection instrument uploads the read product identification data to the server terminal through the access control controller. The server terminal management and control software performs data comparison and detection, and sends a return success confirmation message to the client after passing.

[0119] The structural layout and implementation techniques of the transit storage unit grouping and the storage unit grouping will now be described in conjunction with Figures 36, 37, and 38. The merchant's business premises are divided into a closed area and an open area 004 by three groups of locker units and partition walls 067. The closed area is separated by partition walls 067 into the display and test sample storage area 023 and the sale commodity storage area 024. The locker unit groups are respectively arranged as the display and test sample transit storage unit group 030, the storage unit group 031, and the sale commodity transit storage unit group 032. Each locker unit group consists of 18 locker units, each of which is equipped with two front and rear doors 034. The door positions and handles are not marked in the figure. The door shown in Figure 36 faces the open area, while the door shown in Figure 38 faces the closed area. Each locker unit is equipped with an access controller and two ID readers. The access controller transmits communication signals to the computer management service system server terminal via a communication converter, and is connected to the ID readers and access locks via working lines. The two ID readers in each locker unit consist of a QR code scanner 061 and a digital input electronic touch screen device 062. The double-door structure of the locker unit is equipped with an access lock. The merchant's computer management and control software receives a request from a customer to extract a sample for exhibition or sale from a mobile client, or receives payment information for a target commodity sold from an online banking platform of a bank or other financial institution, and sends the commodity storage unit identification authorized by the access control and the optional vacant transit storage unit identification to the merchant staff's mobile work terminal service software. The merchant staff in the closed area uses the identity identification carrier to extract the commodity for exhibition or sale from the storage unit, deposits the commodity into the transit storage unit for exhibition or sale, and uses the mobile work terminal to send commodity deposit confirmation information. The merchant's computer management and control software sends the transit storage unit identification to the mobile client, and the customer in the open area uses the identity identification carrier to extract the commodity from the corresponding transit storage unit. The customer sends a request to return the exhibition sample through the mobile client, and the merchant's computer management and control software sends the selected and access-authorized storage unit identification to the mobile client. The customer deposits the exhibition sample into the corresponding storage unit access control with the identity identification carrier, and uses the mobile client to send the exhibition sample storage confirmation information. The merchant's computer management and control software sends the access-authorized storage unit and storage unit identification to the mobile work terminal. The merchant staff retrieves the exhibition sample from the storage unit access control with the identity identification carrier, deposits the exhibition sample into the storage unit access control, and sends the storage confirmation information through the mobile work terminal.

[0120] A comprehensive technical description of Figures 39, 40, and 41 is now provided. In Figures 39, 40, and 41, the business premises are equipped with a reception area 0068, an open area 004, and a closed area 069. The reception area houses the merchant's front desk 022. Between the reception area and the open area are customer entrance and exit access points 070 and 071, respectively. Between the reception area and the closed area, a single-channel staff access control point 072 is located. In Figure 39, the closed area is equipped with two rows of 13 sets of sales merchandise storage units 003. The open area is equipped with two rows of 12 sets of display sample storage units 002. Between the open and closed areas is a transfer storage unit 032 with double-sided cabinet doors. The open area is for mixed use, with merchandise displayed near the display sample storage units. Each display sample storage unit is equipped with a corresponding physical display item to showcase the stored merchandise. In Figure 40, the enclosed area is equipped with 16 groups of storage units 010, which are used to store goods for display or sale. The open areas separated by male and female areas are equipped with 3 groups of physical product display units 009. Between the open and enclosed areas, there are 1 group of display sample storage units 031 and 1 group of transit storage units 032. In Figure 41, the enclosed area is equipped with 16 groups of storage units 010, which are used to store goods for display or sale. The open areas separated by male and female areas are equipped with computer client groups 026 and 3 private display rooms 007. Between the open and enclosed areas, there are 1 group of storage units 031 with double-sided cabinet doors and 1 group of transit storage units 032 with double-sided cabinet doors.

[0121] Figure 42 is now explained. Figure 42 contains 18 screenshots of the mobile client software's human-computer interaction interface, covering six levels of operation pages. The first level operation page is the mobile client software program startup screenshot page 101, where icon 201 represents the account input box, icon 202 represents the account input indicator, icon 203 represents the password input box, icon 204 represents the password input indicator, icon 205 represents the account login indicator, and icon 246 represents the revocation indicator. Clicking the account login indicator on the first level program startup screenshot page enters the second level function selection screenshot page 102, where icon 206 represents the entry and exit access card indicator, icon 207 represents the product identification indicator, icon 208 represents the instruction box indicator, icon 209 represents the product status indicator, and icon 210 represents the product search indicator. The third level pages include the entry and exit selection screenshot page 103, the product pre-selection screenshot page 104, the product final selection screenshot page 105, and the product status screenshot page 106. Click the entry / exit access card icon on the Level 2 function selection screenshot page to enter the Level 3 entry / exit selection screenshot page, where icon 211 is the entry authorization request icon and icon 212 is the exit authorization request icon. Click the product identification icon on the Level 2 screenshot page and scan the target product icon to enter the Level 3 product pre-selection screenshot page, where icon 213 is the target product code, icon 214 is the target product QR code, and icon 215 is the product pre-selection icon. Clicking this icon will synchronize the target product information icon to the product final selection screenshot page; icon 216 is the payment icon, icon 217 is the withdrawal icon, icon 218 is the return icon, and icon 219 is the recycling bin icon. Click the instruction box icon on the second-level screenshot page to enter the third-level product final selection screenshot page. This page contains five pre-selected products. Icon 220 is one of the product sorting number icons. Icon 221 is one of the product information icons. Clicking this icon will display a pop-up window with information about the pre-selected products. Icon 222 is one of the target product checkbox icons. After checking, the relevant instructions for the pre-selected product will be executed. Icon 216 is the payment icon, icon 217 is the withdrawal icon, icon 218 is the return icon, and icon 219 is the recycling bin icon. After checking the target product in the checkbox and clicking the relevant instruction icon, the relevant instruction information for the target product will be recorded in the product status screenshot page. Click the product status icon on the second-level screenshot page to enter the third-level product status screenshot page. Icon 223 is the exhibition sample icon, and icon 224 is the sale product icon. Clicking the product search icon on the second-level screenshot page will link to the merchant computer management service system database to search and review relevant product information. The relevant information of the selected target product will be recorded in the final product selection screenshot page. The fourth level pages include an access card screenshot page 107 , a product order screenshot page 108 , a display sample screenshot page 109 , and a product sale screenshot page 110 .Click on the entry or exit sign on the Level 3 screenshot page to enter the Level 4 access card screenshot page, where icon 225 is a QR code sign. Click on the payment sign on the Level 3 product pre-selection or final selection screenshot page to enter the Level 4 product order screenshot page, where icon 226 is the order number sign, icon 227 is the order QR code, and icon 228 is the payment method and financial institution platform sign. Click on the sign to access the relevant link to pop up the payment page, and then complete the payment operation. Click on the exhibition sample sign on the Level 3 product status screenshot page to enter the Level 4 exhibition sample screenshot page, where icon 229 is the retrieval reminder sign, icon 230 is the return reminder sign, icon 231 is the pending product sign, icon 232 is the pending product sign, and icon 233 is the withdrawn and returned product sign. Clicking the sold product icon on the Level 3 product status screenshot page brings you to the Level 4 sold product screenshot page, where icon 234 indicates a pickup reminder, icon 235 indicates a re-payment indicator, icon 236 indicates a picked product, and icon 237 indicates a pending product. The Level 5 page includes the Sample Pickup Reminder screenshot page 111, the Return Reminder screenshot page 112, the Sample Pending Reminder screenshot page 113, the Pending Return Product screenshot page 114, the Sold Product Pickup Reminder screenshot page 115, the Re-payment screenshot page 116, and the Pending Reminder sold product screenshot page 117. Click on the 4th level trial sample screenshot page to extract the reminder mark and the return reminder mark, or click on the 4th level sales product screenshot page to extract the reminder mark and the re-payment mark, and enter the 5th level trial sample screenshot page for extracting reminders, returning reminders, extracting reminders for sales products, and re-payment respectively. Icon 220 is one of the product arrangement number marks, icon 238 is one of the reminder trial sample information marks, icon 239 is one of the return reminder product information marks, icon 240 is one of the reminder sales product information marks, icon 241 is one of the re-payment product information marks, icon 222 is one of the target product check box marks, and icon 247 is the execution icon. After checking the target product and clicking the execution icon, you can issue a reminder instruction or jump to the payment page. Click on the merchandise to be picked up label or the merchandise to be returned label on the 4th level screenshot page of the trial samples, or click on the merchandise to be picked up label on the 4th level screenshot page of the sold merchandise to be picked up, and enter the 5th level screenshot pages of the three modes of trial samples to be picked up, trial samples to be returned, and sold merchandise to be picked up, respectively. Icon 220 is one of the merchandise arrangement number labels, icon 242 is one of the information labels of trial samples to be picked up, icon 243 is one of the information labels of trial samples to be returned, and icon 244 is one of the information labels of sold merchandise to be picked up.Clicking the "Pending Sample Collection" (or "Pending Sample Collection") or "Pending Returned Sample Collection" (or "Pending Product Collection") icons on the Level 5 screenshot page will lead to the Level 6 access control authorization screenshot page 118. Icon 213 represents the product code, icon 245 represents the transit storage unit or storage unit identifier, and icon 248 represents the access control authorization QR code used to unlock the transit storage unit or storage unit. The mobile client software's human-computer interaction interface features icons for turning the page forward, turning the page backward, and returning to facilitate switching between different interfaces.

[0122] Based on the mobile client software described in FIG42 or the desktop client software, there are two improved technical solutions: First, the customer identity registration and authentication data bound to the client software account includes the customer's specific anatomy parameters, and the computer management and control software is equipped with a target product identification matching program. When the target product QR code (icon 214 in FIG42) is a category identifier, clicking the relevant operation icon will display the product identification within the category that matches the customer's anatomy. Second, the mobile client software described in FIG42 can be applied to desktop client software at business locations or at the customer's workplace and living area. The specific technical solution is that the target product program operation function under the product search and retrieval item (icon 210) in FIG42 is the same as the icon operation function setting in the screenshot page (icon 104). Third, based on the mobile client software or the desktop client software, two checkbox operation icons are added to the screenshot page (108) in FIG42: on-site pickup and mail delivery, allowing the customer to select one of the two options to operate.

[0123] Figure 43 is now explained. Figure 43 contains 18 screenshots of the human-computer interaction interface of the mobile work terminal service software, covering five levels of operation pages. The first-level operation page is the mobile work terminal service software startup screenshot page 301, where icon 401 is the account input box, icon 402 is the account input indicator, icon 403 is the password input box, icon 404 is the password input indicator, icon 405 is the account login indicator, and icon 406 is the revocation indicator. Clicking the account login indicator on the first-level program startup screenshot page will enter the second-level function selection screenshot page 302, where icon 407 is the authorization instruction box indicator, icon 408 is the authorization request box indicator, icon 409 is the product identification indicator, and icon 410 is the work status box indicator. The third-level operation page includes the authorization instruction box structure screenshot page 303, the authorization request box structure screenshot page 304, the product operation selection screenshot page 305, and the work status box structure screenshot page 306. Click the authorization instruction box icon on the second-level function selection screenshot page to enter the third-level authorization instruction box structure screenshot page, where icon 411 is the exhibition sample extraction identifier, icon 437 is the sales product extraction identifier, and icon 412 is the exhibition test return product extraction identifier. Click the authorization request box icon on the second-level function selection screenshot page to enter the third-level authorization request box structure screenshot page, where icon 413 is the exhibition sample cabinet entry identifier, icon 414 is the sales product cabinet entry identifier, and icon 415 is the exhibition test return product cabinet entry identifier. Click the product identification identifier on the second-level function selection screenshot page to enter the third-level product operation selection screenshot page, where icon 416 is the coded target product identifier, icon 417 is the QR code target product identifier, and icon 418 is the authorization request identifier. Clicking this identifier will synchronize the target product information icon to the authorization request box structure screenshot page; icon 419 is the revocation identifier, and icon 420 is the access control authorization identifier. Clicking the work status box icon on the Level 2 function selection screenshot page will lead to the Level 3 work status box structure screenshot page, where icon 421 indicates a completed order and icon 422 indicates an uncompleted order. The Level 4 page includes the product withdrawal list screenshot page, the cabinet entry product access authorization screenshot page 310, the cabinet entry product list screenshot page, the completed order structure screenshot page 314, and the uncompleted order structure screenshot page 315. Clicking the three icons for exhibition sample withdrawal, sales product withdrawal, and exhibition return product withdrawal on the Level 3 authorization instruction box structure screenshot page will lead to the Level 4 exhibition sample withdrawal list screenshot page 307, sales product withdrawal list screenshot page 308, and exhibition return product withdrawal list screenshot page 309, respectively. Click on the three icons of exhibition and trial samples entering the cabinet, sales goods entering the cabinet, and exhibition and trial returned goods entering the cabinet in the screenshot page of the third-level authorization request frame structure to enter the fourth-level exhibition and trial sample entry list screenshot page 311, sales goods entry list screenshot page 312, and exhibition and trial returned goods entry list screenshot page 313 respectively.In the above-mentioned 6 screenshots of the product extraction list and the product entry list, three target products are arranged respectively, and each target product includes a product arrangement number icon 423 and a target product information icon 424. Click on the completed order and unfinished order icons in the 3rd-level work status frame structure screenshot page to enter the 4th-level completed order structure screenshot page and the unfinished order structure screenshot page respectively. The completed order structure screenshot page contains a display sample icon 428, a sold product icon 429, and a display trial return product icon 430, which respectively represent products of different operation paths that have completed the extraction and entry operations. The unfinished order structure screenshot page contains a display sample icon 425, a sold product icon 426, and a display trial return product icon 427, which respectively represent products of different operation paths that have not yet completed the extraction or entry operations. Click the access control authorization mark in the Level 3 product operation selection screenshot page to enter the Level 4 cabinet access control authorization screenshot page, where icon 431 is the target product mark of coding nature, icon 432 is the unit area location mark, icon 433 is the target product cabinet access control authorization QR code mark, and icon 438 is the target product cabinet confirmation mark. The Level 5 page includes the retrieval access control authorization screenshot page 316, the completed order product list screenshot page 317, and the uncompleted order product reminder list screenshot page 318. Click the target product icon in the Level 4 product retrieval list screenshot page to enter the Level 5 retrieval access control authorization screenshot page, where icon 431 is the target product mark of coding nature, icon 432 is the unit area location mark, icon 434 is the target product retrieval access control authorization QR code mark, and icon 439 is the target product retrieval confirmation mark. Click the target product icon in the 4th-level completed order structure and uncompleted order structure screenshots to enter the 5th-level completed order product list screenshot and uncompleted order product reminder list screenshot, respectively. The screenshots contain product sequence number icon 423 and target product information icon 424. The uncompleted order reminder list screenshot also contains a check box icon 435 and a cabinet reminder icon 436. Select the target product in the check box and click the cabinet reminder icon. After the cabinet reminder is authorized, the target product icon will be synchronously entered into the cabinet product list screenshot. The human-computer interaction interface of the mobile work end software is equipped with operation icons such as previous page, next page, and return to realize the conversion of different interactive interfaces.

[0124] The mobile client software operation process is now explained in conjunction with Figure 42. To log in to the mobile client software, open the mobile client software, enter your account number and password in the boxes in icons 201 and 203, respectively, on screen capture page 101, and click icon 205 to enter the next page. To enter or exit the venue, customers can click icon 206 on screen capture page 102 or icon 211 or 212 on screen capture page 103. Icon 225 on screen capture page 107 will display the entry or exit authorization QR code, respectively. Customers can use this authorization QR code to enter or exit the venue. Customers can select their target product in one of three ways: by browsing the physical display products attached to the sample storage unit in Figure 39, selecting the product specifications and corresponding sample identifications to be exhibited; by browsing the physical display products in Figure 40, selecting the sample identifications; or by logging into the computer client in Figure 41 and selecting the sample identifications through the search page. There are two ways for customers to confirm the identification of exhibition samples. First, click icon 207 in the screenshot page 102 of the mobile client to open the camera to scan the QR code identification of the target product on the display platform, and click icon 215 in the screenshot page 104 to enter the exhibition sample identification into the mobile client program; second, log in to the client account to enter the search and review page, and enter the selected exhibition sample identification into the client program through the operation icon. There are three ways for customers to pay for target products. First, the customer clicks icon 207 on screenshot page 102 of the mobile client to scan the QR code of the target product, clicks icon 216 on screenshot page 104, and clicks icon 228 on screenshot page 108 to complete the payment through the link; second, the customer clicks icon 208 on screenshot page 102, checks the target product on screenshot page 105, and clicks icon 216, and clicks icon 228 on screenshot page 108 to complete the payment; third, the customer clicks icon 209 on screenshot page 102, clicks icon 224 on screenshot page 106, clicks icon 235 on screenshot page 110, and clicks icon 247 on screenshot page 116 to complete the payment through the link. There are two ways for a customer to request a trial of a target product: first, click icon 207 on the mobile client screenshot page 102 to open the camera, scan the target product's QR code from the display platform, and then click icon 217 on the screenshot page 104 to issue a trial request. Second, click icon 208 on the mobile client screenshot page 102, select the target product on the screenshot page 105, and then click icon 217 to issue a trial request. There are two ways for a customer to request a return of a target product after trial: first, click icon 207 on the mobile client screenshot page 102 to open the camera, scan the target product's QR code, and then click icon 218 on the screenshot page 104 to issue a request to return the target product. Second, click icon 208 on the screenshot page 102, select the target product on the screenshot page 105, and then click icon 218 to issue a request to return the target product.The method for customers to extract exhibition samples is that the management control software makes an access control authorization and sends the access control authorization information to the corresponding mobile client based on the exhibition sample extraction request information issued by the mobile client, or the exhibition sample cabinet entry confirmation information issued by the mobile work terminal; the customer clicks icon 209 in the mobile client screenshot page 102, clicks icon 223 in the screenshot page 106, clicks icon 231 in the screenshot page 109, and clicks the target product icon 242 in the screenshot page 113, and extracts the target product from the corresponding storage unit or transit storage unit with the help of the access control authorization information displayed by icon 245 and icon 248 in the screenshot page 118, closes the cabinet door and locks it, and then clicks the extraction confirmation icon on the pop-up lower-level screenshot page. The method for customers to extract the target goods for sale is that the management control software makes an access control authorization based on the confirmation information of the target goods for sale issued by the mobile work terminal and sends the access control authorization information to the corresponding mobile client; the mobile client clicks icon 209 in the screenshot page 102, clicks icon 224 in the screenshot page 106, clicks icon 237 in the screenshot page 110, and clicks the target product icon 244 in the screenshot page 117. With the help of the access control authorization information displayed by icons 245 and 248 in the screenshot page 118, the target goods are extracted from the corresponding transfer storage unit. After closing the cabinet door and locking it, click the extraction confirmation icon on the pop-up lower-level screenshot page. The method for customers to return the target goods after the exhibition is that the management control software makes an access control authorization based on the target goods return request information sent by the mobile work terminal and sends the access control authorization information to the corresponding mobile client; the customer views the access control authorization information in two ways. First, click icon 207 in the mobile client screenshot page 102 to open the camera, scan the QR code of the returned target goods, click the access control authorization information icon in the pop-up screenshot page, and the pop-up lower-level screenshot page displays the access control authorization information; second, click icon 209 in the mobile client screenshot page 102, click icon 223 in the screenshot page 106, click icon 232 in the screenshot page 109, click target goods icon 243 in the screenshot page 114, and icons 245 and 248 in the screenshot page 118 display the access control authorization information; with the above-mentioned access control authorization information, the customer deposits the target goods into the corresponding storage unit or storage unit, closes the cabinet door and locks it, and clicks the deposit confirmation icon on the pop-up lower-level screenshot page.

[0125] The mobile work terminal service software operation process is now described in conjunction with Figure 43. The mobile work terminal service software login method is consistent with the mobile client software login method. A merchant's staff member sends an access control authorization request to the computer management and control software via the mobile work terminal. After the management and control software issues access control authorization, it sends access control authorization information, including a QR code, to the mobile work terminal. The staff member then uses the access control authorization QR code to pass through the access control. The merchant retrieves the target product for sale. After the merchant's computer management and control software receives successful payment for the target product, it sends the access control authorization information to the mobile work terminal service software. The merchant staff member clicks icon 407 on screenshot page 302, icon 437 on screenshot page 303, and icon 424 on screenshot page 308. Using the access control authorization information displayed by icons 432 and 434 on screenshot page 316, the merchant staff member retrieves the target product from the corresponding storage unit access control. After the cabinet door is closed and locked, the merchant staff member clicks retrieval confirmation icon 439 on screenshot page 316 to send a retrieval confirmation message to the computer management and control software. The method for merchants to store target goods in a transfer storage unit is as follows: after receiving confirmation information for extracting the target goods, the management control software selects an unoccupied transfer storage unit identifier, issues access control authorization, and sends the access control authorization information to the mobile work terminal. Merchant staff can view the authorization information in the following two ways: first, click icon 409 on screenshot page 302 to open the camera and scan the QR code identifier of the target goods. Click icon 420 on screenshot page 305, and icons 432 and 433 on screenshot page 310 will display the access control authorization information. Second, click icon 408 on screenshot page 302, click icon 414 on screenshot page 304, click target goods identifier 424 on screenshot page 312, and icons 432 and 433 on screenshot page 310 will display the access control authorization information. Based on the access control authorization information, the staff deposits the target goods into the corresponding transfer storage unit access control and clicks deposit confirmation icon 438 on screenshot page 310 to send the deposit confirmation information to the computer management control software. The method for merchants to extract the target goods for exhibition and trial is that the management control software receives the request for extracting the target goods for exhibition and trial sent by the client, and sends access control authorization information to the mobile work terminal. The merchant staff clicks icon 407 in the screenshot page 302 of the mobile work terminal, clicks icon 411 in the screenshot page 303, and clicks target product icon 424 in the screenshot page 307. With the help of the access control authorization information displayed by icons 432 and 434 in the screenshot page 316, the target goods for exhibition and trial are extracted from the corresponding storage unit access control. After the cabinet door is closed and locked, click the extraction confirmation icon 439 in the screenshot page 316 to send the extraction confirmation information to the computer management control software.The method for placing the target merchandise for the merchant's trial display in the transfer storage unit is as follows: after receiving the target merchandise extraction confirmation information sent by the mobile work terminal, the management control software sends access control authorization information to the mobile work terminal. The mobile work terminal can view the authorization information in the following two ways: first, click icon 409 on the screenshot page 302 to open the camera to scan the QR code of the target merchandise for the trial display. Click icon 420 on the screenshot page 305, and the access control authorization information will be displayed on icons 432 and 433 on the screenshot page 310. Second, click icon 408 on the screenshot page 302, click icon 413 on the screenshot page 304, click target merchandise icon 424 on the screenshot page 311, and the access control authorization information will be displayed on icons 432 and 433 on the screenshot page 310. Based on the access control authorization information, the staff member deposits the target merchandise for sale into the corresponding transfer storage unit's access control system and clicks deposit confirmation icon 438 on the screenshot page 310 to send the deposit confirmation information to the computer management control software. The method for merchants to retrieve and return target goods is that after the management control software receives the confirmation information of the target goods returned to the cabinet after the exhibition and trial sent by the mobile client, it sends the access control authorization information to the mobile work terminal. The merchant staff clicks icon 407 in the screenshot page 302 of the mobile work terminal, clicks icon 412 in the screenshot page 303, and clicks icon 424 in the screenshot page 309. With the help of the access control authorization information displayed by icons 432 and 434 in the screenshot page 316, the target goods are retrieved and returned from the access control of the corresponding storage unit. After the cabinet door is closed and locked, click the retrieval confirmation icon 439 in the screenshot page 316 to send the retrieval confirmation information to the computer management control software. The merchant returns the target commodity to the storage unit and puts it into the cabinet. After the management control software receives the target commodity return extraction confirmation information sent by the mobile work terminal, it sends the access control authorization information to the mobile work terminal. The mobile work terminal can view the authorization information in the following two ways: first, click icon 409 in the screenshot page 302 to open the camera to scan the QR code of the returned target commodity. Click icon 420 in the screenshot page 305. The access control authorization information is displayed on icons 432 and 433 in the screenshot page 310. Second, click icon 408 in the screenshot page 302, click icon 415 in the screenshot page 304, click target commodity logo 424 in the screenshot page 313. The access control authorization information is displayed on icons 432 and 433 in the screenshot page 310. Based on the access control authorization information, the staff deposits the returned target commodity into the corresponding storage unit access control and clicks deposit confirmation icon 438 in the screenshot page 310 to send the deposit confirmation information to the computer management control software.

[0126] A comprehensive explanation of the mobile client and mobile workstation operation process, shown in Figures 39, 40, 41, 42, and 43, is provided below. Based on Figures 39, 40, and 41, a customer enters the merchant's reception area 068. Front desk staff registers and authenticates the customer's identity in the merchant's computer management service system, binds and activates the customer's configured mobile client software account or other associated account, enters the customer's specific body parameters, and installs the software on the customer's configured mobile client. The customer logs in to the mobile client software and issues an entry authorization request. After authorization, they use the access control authorization QR code to pass through the entry gate 070 to enter the open area 004. Based on Figures 40 and 41, men and women enter their respective exclusive areas. Staff, equipped with a mobile workstation, log in to the service software and issue an entry authorization request. After authorization, they use the access control authorization QR code to pass through the entry and exit gate 072 to enter the closed area 069. Based on the layout structure depicted in Figure 39, a customer browses the various physical exhibits within Sample Storage Unit Group 002, enters the ID of the selected product using the mobile client, and issues a request to retrieve the sample product. After access authorization, the customer uses the QR code displayed on the mobile client to access the corresponding storage unit and retrieve the product. After the sample is displayed, the customer issues a return request via the mobile client. After access authorization, the customer uses the QR code displayed on the mobile client to access the corresponding storage unit and deposit the product. The method for storing and withdrawing target goods for sale is as follows: after a trial trial, a customer decides to purchase the target goods, and pays for the target goods using a mobile client. After the management and control software receives a successful payment confirmation message, it sends a retrieval access authorization message to the mobile work terminal, and the merchant staff retrieves the target goods from the access control corresponding to the storage unit group 002 of the sold goods. After the management and control software receives the retrieval confirmation message, it sends a deposit access authorization message to the mobile work terminal, and the merchant staff deposits the target goods into the access control corresponding to the transfer storage unit group 032 on the closed area side. After the management and control software receives the confirmation message that the target goods have been put into the cabinet, it sends a retrieval access authorization message to the mobile client, and the customer retrieves the target goods from the access control corresponding to the transfer storage unit group 032 on the open area side. Based on the layout structure described in Figures 40 and 41, the method for storing and withdrawing target goods for sale is the same as the method for storing and withdrawing target goods for sale based on Figure 39.The method of depositing and withdrawing the target products for the trial exhibition is that the customer browses the physical products displayed in the physical display unit group 009, or browses the product information displayed in the computer client group 026, and uses the mobile client to input the selected target product identification, or synchronizes the selected target product with the mobile client software through the computer client group 026; the customer uses the mobile client to issue a request to withdraw the trial target product, and the management control software sends the target product access authorization information to the mobile work terminal, and the merchant staff takes the target product from the closed area storage unit group 0 according to the access authorization information. 10 corresponds to the access control to extract the target product; after the management and control software receives the extraction confirmation information from the mobile work terminal, it selects the vacant transfer storage unit identification and sends the access control authorization information to the mobile work terminal. The merchant staff stores the target product into the transfer storage unit group 032 corresponding to the access control on the side of the closed area according to the access control authorization information; after the management and control software receives the cabinet confirmation information from the mobile work terminal, it sends the access control authorization information to the mobile client. The customer extracts the target product from the transfer storage unit group 032 corresponding to the access control on the side of the open area according to the access control authorization information. The method for returning target merchandise is as follows: the customer uses a mobile client to send a return request to the server-side management and control software. The management and control software selects an empty transfer storage unit identifier and sends access authorization information to the mobile client. The customer then deposits the target merchandise into the corresponding access control of storage unit group 031 located on the open side of the store. After receiving the cabinet entry confirmation information from the mobile client, the management and control software sends the access authorization information to the mobile work terminal. The merchant staff then retrieves the target merchandise from the corresponding access control of storage unit group 031 located on the closed side of the store. After receiving the retrieval confirmation information from the mobile work terminal, the management and control software sends the access authorization information to the mobile work terminal. The merchant staff then deposits the target merchandise into storage unit group 010. Based on the layout structures of Figures 39, 40, and 41, when a customer leaves the store, they send a departure request through the mobile client. The computer management and control software retrieves the target merchandise withdrawal and storage data records for the account. After passing the inspection, the mobile client is authorized to access the store. The customer then passes through exit access 071 using the access authorization QR code.

[0127] Based on the layout structure and its mobile client and mobile work terminal described in Figures 39, 40, and 41, a dynamic commodity detection instrument is installed in the access control of the storage unit, the transit storage unit, and the storage unit. After the merchant's computer management and control software receives the target commodity extraction and deposit confirmation information sent by the mobile client software and the mobile work terminal software, it activates the dynamic commodity detection instrument to detect the target commodity identification. If the detection passes, it sends a successful target commodity extraction and deposit information to the mobile client software and the mobile work terminal software. If the detection fails, it sends an error correction warning message. The QR code displayed by icons 225 and 248 on the mobile client screen is regarded as the customer identity of the mobile client. This identity and the QR code displayed by icons 433 and 434 on the mobile work terminal are all single-use and randomly generated by the merchant's computer management and control software. When the mobile client and mobile work terminal are in operation, the icon related to the access control authorization content has a flashing reminder function. From the time the access control authorization is received until the access control is opened, the icon flashes continuously, reminding the customer or merchant staff to open the access control to extract or deposit the target commodity.

[0128] The product identification matching method according to Technical Solution B of the present invention will now be described with reference to FIG44 . The figure illustrates the correspondence between footwear product identifications and human body parameters. The product family identification is set to X101N. This product family includes six specifications and models, with six product identifications 501 and the corresponding human body parameters 502 for each product identification. The human body parameters are foot lengths in centimeters. The merchant's computer database stores data on the six product identifications in this product family and their corresponding foot length parameters. The management service software registers and authenticates the customer's identity, and the target customer's foot length parameter is set to 24.5 cm. The merchant or customer enters the product family identification X101N or any product identification in this product family series through the computer operating system. The product identification matching program in the management service software retrieves data on the six products in the X101N product family from the database. Based on the target customer's bound foot length parameter of 24.5 cm, the matching product identification is determined to be X101N-39. Based on the aforementioned footwear product identifiers and their corresponding human body parameters, as well as the target customer's human body parameters bound to the management service software, the parameter range can be expanded to include combinations of foot length, foot width, ankle circumference, and arch height. The product identifiers corresponding to each parameter are stored in a computer database. The product identifier matching program then selects product identifiers based on the aforementioned parameter correspondences. The product identifier confirmation method of Technical Solution B of the present invention is also applicable to the matching of clothing product identifiers.

[0129] The computer search query display page involved in the present invention will now be described with reference to Figure 45. The apparel products displayed on this display page belong to a homogeneous family of products within a certain clothing style or design. This family includes clothing products in different colors and sizes. Figure 80 shows an image of a product within this family. This image can be of any color, size, or model within this clothing family. Figure 38 shows the product information section for this clothing family, which contains basic information about the products within this clothing family, including the price. Figure 81 shows display icons for the five colors of this clothing family. The icons are labeled with the corresponding clothing color. Clicking any display icon will bring up a lower-level page displaying images of clothing products in the same color as the display icon. Figure 82 shows checkboxes in five colors, each corresponding to the display icons in the same row. Figure 83 shows selection icons for five clothing size codes. The selection icons are labeled with the five size codes for this clothing family: XS, S, M, L, and XL. The product information summary column is equipped with five lookup icons for clothing codes. Clicking on the lookup icon will bring up a lower-level page displaying the size data or parameters of the corresponding clothing code. Figure 014 shows the product identification confirmation icons for the five clothing colors corresponding to the five clothing specifications and models. Click the color check box 082 to select the color that suits your aesthetic sense, then click the clothing specification and model code selection icon 083 to select the clothing that matches your body shape, and finally click the product identification confirmation icon 014. The lower-level page that pops up will display the product identification and storage unit identification corresponding to the product that matches the selected color and specification. As an improvement to the above-mentioned product identification confirmation icon 014, after clicking on this icon, the product identification and storage unit identification of the selected product are automatically synchronized with the mobile client held by the customer.

[0130] In the computer search and query technology described in Figure 45, the method for confirming the same family of products based on the products displayed on the product display platform is, first, confirming the series of product identifiers included in the family through the product information introduction column of the display platform; second, the product identifier corresponding to any product in the clothing family series contains the family identifier information corresponding to the clothing family series; third, according to the setting convention of the product display content, all the products involved in the display unit and their corresponding product identifiers are from the same product family series; fourth, the displayed products corresponding to the same computer page address are all from the same family of products series.

[0131] FIG46 is now used to explain the meaning of the digital ranking of digitally structured product identification. FIG46 shows a total of 12 frames 503, each of which contains 12 Arabic numerals 504 representing the digital ranking position of the product identification. Within a set of 12 digital digits within a frame, the digit in the first ranking position represents the gender and age group for which the product is suitable, for example: men's adult clothing, women's adult clothing, middle school men's clothing, middle school women's clothing, elementary school men's clothing, elementary school women's clothing, boys' clothing, girls' clothing, and infant clothing. The digit in the second ranking position represents the season for which the product is suitable, for example: winter clothing, spring clothing, summer clothing, and autumn clothing. The digits in the third to sixth ranking positions represent the manufacturer code. The digits in the seventh to tenth ranking positions represent the ranking number of the product category. The digit in the eleventh ranking position represents the color of the product. The digital symbol in the 12th sorting position represents the specification model serial number of the product series of this family. For example, this serial number replaces the five specification model codes of XS, S, M, L, and XL. The same family of products described in the technical solution of the present invention generally refers to products with exactly the same digital symbols corresponding to the above-mentioned frames 1 to 11, or products with exactly the same digital symbols corresponding to the above-mentioned frames 1 to 10. Among the above-mentioned same family of products, the digital symbols corresponding to the 1st to 11th sorting positions, or the digital symbols corresponding to the 1st to 10th sorting positions, are called family product identifiers in the technical solution of the present invention.

[0132] The implementation of the technology of the present invention is now summarized with reference to Figures 47, 48, and 49. The axonometric diagram of the commercial building shown in Figure 47 is a six-story building. The commercial building 801 is equipped with an elevator structure 802. The elevator is installed in the structure for vertical transportation of goods transport vehicles up and down the stairs. The first floor of the commercial building is set as a men's business service area 803, the second floor is set as a women's business service area 804, and the third to sixth floors are set as exhibition sample storage areas 826. The commodity transport vehicles transport the exhibition samples in the storage area to the first or second floor via the elevator, respectively, for exhibition and testing activities for male and female customers, respectively. At the same time, the exhibition samples are transported to the exhibition sample storage area via the elevator and stored in the corresponding storage units. The exhibition sample storage area is equipped with storage units 805 with a shelf structure. The first and second floors have the same structure for the men's and women's customer service areas, which are respectively equipped with an open area 806, a closed area 807, and a reception area 813. The open area is equipped with 12 rows of computers 808, 8 private exhibition and trial rooms 809, a restroom 822, 4 dressing rooms 823, a storage wardrobe 824, and a dressing mirror 825. The reception area is equipped with a workbench 814. An entrance 815 and an exit 816 are located between the reception area and the open area. The closed area is equipped with a merchandise transport vehicle workshop 810, an exhibition sample sorting room 811, and a new exhibition sample storage and distribution room 812. The merchandise transport vehicle workshop is connected to the elevator room 817. Between the commodity transport vehicle workshop and the open area, there is a transfer storage cabinet 818 with a double-sided door structure. Between the exhibition sample sorting room and the open area, there is a storage cabinet 819 with a double-sided door structure; between the exhibition sample sorting room and the commodity transport vehicle workshop, there is a post-exhibition sample storage cabinet 820 with a double-sided door structure. Between the new exhibition sample storage distribution room and the commodity transport vehicle workshop, there is a new product storage cabinet 821 with a double-sided door structure. Customers go through the computer registration and authentication procedures for customer identity identification in the front reception area and configure the merchant's authenticated mobile client. After entering the open area, customers search for exhibition samples through the computer group or the computer configured in the private exhibition room. After confirming the exhibition samples corresponding to the specifications and models of the goods to be exhibited, the target exhibition samples are synchronized with the mobile client, and a request for extracting exhibition samples is sent to the merchant's computer management and control software through the mobile client.The merchant's computer management and control software issues a work instruction to the commodity transport and transmission vehicle. After the commodity transport and transmission vehicle retrieves the exhibition samples from the exhibition sample storage area, it enters the commodity transport and transmission vehicle workshop through the elevator, and stores the exhibition samples in the storage unit of the transit storage cabinet. At the same time, it sends the exhibition sample storage confirmation information to the merchant's computer management and control software. The merchant's computer management and control software sends the exhibition sample entry information to the mobile client held by the customer, and at the same time performs access control authorization for the customer's identity identification. After the customer retrieves the exhibition samples from the storage unit of the transit storage cabinet, he or she conducts exhibition activities in front of the dressing mirror or in a private exhibition room. With access authorization, customers deposit the exhibition samples after the test into the storage unit of the storage cabinet, and at the same time send a deposit confirmation message to the merchant's computer management and control software. The merchant's computer management and control software sends a work instruction to the mobile work terminal held by the merchant's staff. The merchant's staff in the exhibition sample sorting room extracts the exhibition samples from the storage unit, folds and organizes them, and stores the exhibition samples that meet the storage conditions after sorting into the storage unit of the post-exhibition sample storage cabinet. At the same time, it sends a deposit information to the merchant's computer management and control software. The merchant's computer management and control software sends a work instruction to the commodity transport vehicle. The commodity transport vehicle extracts the exhibition samples from the storage unit, takes the elevator to the storage area, and stores the exhibition samples into the corresponding storage unit. The merchant works in the new exhibition sample storage and distribution room, folds and organizes the new exhibition sample to meet the storage conditions, and then stores the new exhibition sample in the storage unit of the new product storage cabinet. At the same time, the merchant sends the new exhibition sample storage confirmation information to the merchant's computer management and control software. The merchant's computer management and control software sends a work instruction to the commodity transport vehicle. After the commodity transport vehicle extracts the new exhibition sample from the storage unit, it takes the elevator to the storage area and stores the new exhibition sample in the corresponding storage unit configured by the merchant's computer management and control software. As an improvement to the above-mentioned invention technology, a transfer storage unit and a storage unit with a double-sided door structure can be set in the private exhibition room. Customers extract exhibition samples from the transfer storage unit in the private exhibition room and store the exhibition samples after the exhibition in the storage unit. The merchant staff or the commodity transport vehicle deposits the exhibition samples into the storage unit from the public area on the other side corresponding to the private exhibition room, or extracts the exhibition samples after the exhibition from the storage unit.As one of the further technical improvement schemes of this technical scheme, merchants can set up sales commodity storage areas with the same structure as the exhibition sample storage area on other floors of the same building. Between the merchant's business premises, the commodity transport and transmission vehicle workshop and the open area are provided with sales commodity transfer cabinets with double-sided door structures for men and women. An elevator is provided between the sales commodity storage area and the men's and women's business service areas. Customers pay for the goods through mobile clients. The commodity transport and transmission vehicles pick up the sales commodities from the sales commodity storage area according to the instructions issued by the merchant's computer management and control software, take the elevator to the commodity transport and transmission vehicle workshop in the men's and women's business service areas, and store the sales commodities in the storage units of the sales commodity transfer storage cabinets. Customers in the open area pick up the sales commodities from the corresponding storage units of the transfer storage cabinets. As a second further technical improvement of this technical solution, the merchant sets up a storage area for the sold goods in other areas. After the merchant's computer management and control software receives the bank receipt of the customer's payment for the goods, it instructs the merchant's staff to extract the sold goods from the storage area and deliver them to the customer by logistics express delivery, or the merchant instructs the product supplier to deliver the sold goods to the customer by logistics express delivery.

Claims

1. A method for selecting and matching goods, wherein an unlimited number of storage units are provided at a business place for storing goods, and different storage unit identifications are provided for the storage units according to different regional locations. The goods sold by the business are family goods, and different product identifications are provided for family goods according to different styles or specifications. Goods of different specifications and models in the same family product series correspond to different human body morphological characteristics. The business is provided with a product display platform to display the family goods. Customers select a target product family that meets their aesthetic concepts through the display platform, and conduct exhibition and trial activities for the goods corresponding to the target product family series, and select target goods for sale that meet human body morphological characteristics. The method is characterized in that: Based on the three forms of product display, sample trial and product sale of different specifications and models of products in the same product family series, a method for confirming the correspondence between products in different forms is set up; customers select the product specifications and models that need to be tried out from the target product family series, and the corresponding trial sample form conditions are confirmed according to the confirmation method, and the corresponding trial samples are extracted based on this for customers to conduct trial activities; customers select the product specifications and models that are suitable for their body shape from the trial samples, and the corresponding sales product form conditions are confirmed according to the confirmation method, which are used for customer payment activities and extraction of corresponding sales products.

2. A method for selecting and matching product identifications, wherein a merchant is provided with a product display platform and a computer management service system, and products are provided with different product identifications. The products operated by the merchant are family products, and products of different specifications and models in the same family series correspond to different human body shapes. Customers select a target product family that meets their purchase intentions through the product display platform, and select products that meet their own human body shape characteristics and corresponding product identifications from the target product family series, characterized in that: The merchant's computer management service software package contains a product identification selection program. The computer management service system stores the human body parameter data corresponding to the product identification. The product identification contains the product category information. The customer identity identification registered and authenticated by the computer management service software is bound to the customer's specific human body parameter data. The target customer identity identification and the target product category identification that meets the purchase intention are entered into the computer management service software. The computer management service software can select the product identification corresponding to the product that meets the target customer's human body morphological characteristics from the target product category series.

3. The commodity selection method according to claim 1, characterized in that: The business premises of the merchant are set up with open and closed areas, and an unlimited number of transit storage and storage units. The transit storage and storage units are set with different transit storage and storage unit signs according to the different regional locations; the storage units are located in the closed area, and the merchant staff extracts the target exhibition and test samples in the closed area and stores the target exhibition and test samples in the vacant transit storage and storage units. Customers extract the target exhibition and test samples from the transit storage and storage units in the open area.

4. The commodity selection method according to claim 1 or claim 3, characterized in that: The commodity storage unit or transit storage unit is provided with a door access control system managed and controlled by the merchant's computer management service system. The merchant sets or configures identity tags that can be distinguished from each other for the customers, and the computer management and control software registers and authenticates the customer's identity tags. The customer uses the identity tags to send a door access authorization request to the computer management and control software for extracting the target exhibition and test samples. The computer management and control software confirms the storage unit tag or transit storage unit tag corresponding to the target exhibition and test sample to the customer, and authorizes the customer's identity tag. The customer extracts the target exhibition and test sample from the corresponding storage unit door access control or the corresponding transit storage and test unit door access control with the identity tag.

5. The commodity selection method according to claim 4, characterized in that: The merchant's computer management service system is composed of a network system consisting of a server, a mobile client, and a mobile work end. The server-side management and control software binds the customer's identity identification and the mobile client software account he holds. The customer sends a request to extract the target exhibition and test samples through the mobile client software. The server-side management and control software sends a work instruction to the mobile work-end service software. The merchant's staff extracts the target exhibition and test samples in the closed area according to the work instruction and stores them in the transfer storage unit access control. The management and control software sends the access control authorization information containing the corresponding transfer storage unit identification to the mobile client software. The customer extracts the target exhibition and test samples from the transfer storage unit access control with the identity identification.

6. The commodity selection method according to claim 5, characterized in that: An unlimited number of storage units are set up in the open area to store target exhibition and test samples. The storage units are provided with different storage unit identifications according to different regional locations. The storage units are provided with access control systems and commodity dynamic detection instruments managed and controlled by the merchant's computer management service system. Customers send target exhibition and test sample storage requests through mobile client software, and the computer management and control software sends access control authorization information containing the corresponding storage unit identification to the mobile client. Customers use their identity identification to open the storage unit access control and store the target exhibition and test samples. The commodity dynamic detection instrument uploads the detected target exhibition and test sample commodity identification to the computer management and control software.

7. The commodity selection method according to claim 6, characterized in that: At the exit of the merchant's business premises, there is an access control system managed and controlled by the merchant's computer management service system. The customer sends an exit request to the computer management control software through the mobile client software. The computer management control software retrieves data from the database, compares and verifies the data consistency between the target customer's extraction of the target exhibition and test samples and the storage unit's storage of the target exhibition and test samples. After the verification, the customer's identity identification is authorized for access control, and the customer leaves the venue through the exit access control with the identity identification.

8. The method for selecting and matching product identification according to claim 2, characterized in that: The merchant's computer management service system consists of a network system consisting of a server and a client. The computer management service software package contains a product search service program. Customers log in to the client software account bound to the customer's identity identification, link to the merchant's computer service web page to search and view product display information, select the target product, and select the appropriate product and the corresponding product identification.

9. The commodity selection method according to claim 5, characterized in that: The computer management service software package contains a product search service program and a product identification selection program. Customers use the mobile client to log in to the merchant's computer service webpage to search and view product display information and select target products. The computer management service software will select products that match the customer's body shape characteristics and the corresponding product identification.

10. The commodity selection method according to claim 5, characterized in that: The computer management service software package contains a product search service program and a product identification selection program. The customer uses the account bound to the customer's identity identification to log in to the merchant's computer service webpage, retrieve and view product display information and select target products. The computer management service software selects products that match the customer's body shape characteristics and the corresponding product identification. The computer management service software synchronizes the selected product identification with the mobile client, and the mobile client performs related operations based on the product identification.

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