CN107204081B

CN107204081B - Dry-cleaning express intelligent access system and dry-cleaning express intelligent cabinet

Info

Publication number: CN107204081B
Application number: CN201710369267.1A
Authority: CN
Inventors: 王毛毛
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-05-23
Filing date: 2017-05-23
Publication date: 2023-05-26
Anticipated expiration: 2037-05-23
Also published as: CN107204081A

Abstract

The invention discloses an intelligent dry-cleaning express access system and an intelligent dry-cleaning express cabinet, wherein the intelligent dry-cleaning express access system can facilitate a user to dry clothes, can conveniently operate to finish the entrusting task of the user to dry the clothes, and is low in cost and time-saving. The intelligent cabinet for dry-cleaning express delivery is convenient for sorting and placing different clothes and shoes, and saves storage space. A dry-cleaning express delivery intelligent cabinet access system is established on equipment formed by connecting a user side, a service side, an intelligent cabinet terminal and an APP server through a mobile communication network and the Internet, and comprises a server arranged in a cabinet body of a tetragonal metal structure, a box body with at least one front door opened is arranged on the cabinet body, a hanging rod is arranged between left and right side walls of the upper portion in the box body, an electric control lock for controlling opening of a box door is arranged in the box body, two groups of photoelectric switch sensors are arranged in the box body, one group of photoelectric switch sensors are positioned on the left and right sides of the bottom of the box body, and the other group of photoelectric switch sensors are positioned on the left and right side walls of the upper portion of the box body and the lower portion of a hook.

Description

Dry-cleaning express intelligent access system and dry-cleaning express intelligent cabinet

Technical Field

The invention relates to a dry-cleaning express intelligent access system for assisting a user in dry-cleaning clothes by using an intelligent cabinet to access articles, and a dry-cleaning express intelligent cabinet for temporarily storing dry-cleaning clothes.

Background

In recent years, along with the rapid development of electronic commerce, various things in life of people are gradually completed by relying on electronic services, the electronic services help people find praise merchants, the electronic services help merchants to span distances, and the service industry also needs to be expanded in the electronic services. The existing dry cleaning shops in the community do not have dry cleaning equipment, and all the dry cleaning shops need to be sent to a dry cleaning factory to conduct dry cleaning, and the dry cleaning shops conduct secondary sales, so that the cost is high for users.

The utility model provides a patent number 201620385766.0's utility model discloses "a novel intelligence clothes washing cabinet" including the cabinet body, cabinet door, coin slot, get the draw-in groove, the cabinet body openly is provided with the cabinet door, cabinet body openly middle part is provided with coin slot, cabinet body openly middle part is provided with get the draw-in groove, cabinet body openly middle part is provided with the touch-sensitive screen, cabinet body upper surface edge is provided with the alarm, cabinet body lower surface is provided with the support frame, be provided with the pivot on the support frame, be provided with the gyro wheel in the pivot, cabinet body back lower extreme is provided with power interface, cabinet body back middle part is provided with the access door, access door external surface middle part is provided with the door handle. The beneficial effects are that: the washing machine is greatly convenient for customers needing to wash clothes, provides washing service for the customers at any time and any place, saves the time of the customers and improves the washing efficiency. However, the user wants to wash clothes through the washing cabinet and needs to queue up before the washing cabinet and operate through the touch screen, the user cannot check the order state at any time, payment is inconvenient, and the cabinet body does not provide a box body for classifying and placing different clothes to be washed.

Disclosure of Invention

The invention aims to provide an intelligent access system for dry-cleaning express delivery, which aims to solve the technical problems of convenience for users to dry-clean clothes, no need of meeting the requirements of users and service personnel, convenience in operation and low cost and time saving.

The invention aims to provide an intelligent cabinet for dry-cleaning express delivery, which aims to solve the technical problem of conveniently classifying and placing different clothes and shoes and saving storage space.

In order to solve the technical problems, the invention adopts the following technical scheme: the dry-cleaning express intelligent cabinet access system is established on equipment formed by connecting a user side, a server side, an intelligent cabinet terminal and an APP server through a mobile communication network and the Internet, and comprises the user side APP, the server side APP, a storage module, an order processing module, a box information storage module, a box opening code generation module, a display module, an input module, an approval module, an unlocking module, a locking feedback module and a photoelectric switch sensing module; the user fills in registration information through a user terminal APP installed on the mobile phone, then sends the registration information to a storage module for storage, and after the user registers to be a user of the system, the user can log in the system through the mobile phone number and the password filled in during registration; the user side APP receives the selectable box information sent by the order processing module, a user selects the box type and required service at the user side APP, and generates required service information to send to the order processing module; the user side APP receives payment information sent by the order processing module, finishes payment, obtains confirmed order information and sends the confirmed order information to the storage module; after receiving the non-stored object information sent by the box information storage module, the user side APP displays the non-stored object on the user side APP, and prompts the user to replace clothes; the user side APP receives the door opening verification code and the bar code of the server storing box body in the order number, and the door is opened by using the door opening verification code or the bar code; after receiving the non-fetching information sent by the box information storage module, the user side APP displays the non-fetching information as non-fetching information on the user side APP, and prompts a user to reopen a box door to fetch the non-fetching information; the user receives information to be evaluated on the user side APP, performs evaluation operation, and sends evaluation scores to the storage module after the evaluation is completed; the storage module receives and stores the box information sent by the box information storage module, the box information comprises empty box types and the number of boxes of each type, and when the number of the boxes changes, the box information storage module sends the box information to the storage module for storage; the storage module sends the box information to the order processing module, and the order processing module receives the box information, generates optional box information according to the box information and sends the optional box information to the user side APP; the storage module receives and stores the determined order information sent by the user side APP, generates order number information and sends the order number information to the box information storage module; the storage module receives the stored object information sent by the box information storage module, stores the stored object information, updates order number information, generates object information to be taken and sends the object information to the server APP; the storage module receives the picked-up object information sent by the box information storage module, stores the picked-up object information, updates the content of the order number information into service personnel to pick up the object to be washed, and pushes the object to be washed to the user side APP; the storage module receives the stored laundry information sent by the box information storage module, stores the laundry information, updates order number information, generates washed laundry information and pushes the washed laundry information to the user side APP; the storage module receives the acquired information sent by the box information storage module, stores the acquired information, updates the order number information, generates information to be evaluated and sends the information to the user side APP; after receiving the evaluation score sent by the user side APP, the storage module updates order number information into a completed order; the order processing module receives the box information, generates optional box information according to the box information and sends the optional box information to the user APP; the order processing module receives the demand service information calculation amount sent by the user side APP, obtains payment information and sends the payment information to the user side APP; the server APP receives the information of the object to be fetched sent by the storage module, the information of the object to be fetched is displayed on the server APP, a service person clicks the object to be fetched on the server APP, and the server APP sends the information of the object to be fetched to the box information storage module; the method comprises the steps that a server APP receives a door opening verification code and a bar code of a box body stored by a user, and the door is opened by using the door opening verification code or the bar code; the server APP receives the non-fetching information sent by the box information storage module, prompts service personnel on the server APP, and clicks the fetching on the server APP again when the object is not fetched; after the service personnel finishes the off-line dry cleaning work, the washed clothes are sent back to the intelligent cabinet terminal, the service personnel clicks the washed clothes on an order page displayed by the service end APP and needs to be put back to the storage cabinet, and the information of the washed clothes is sent to the box information storage module; the method comprises the steps that a server APP receives a door opening verification code and a bar code of an empty box body, and the door is opened by using the door opening verification code or the bar code; after receiving the non-stored object information sent by the box information storage module, the server APP displays the non-stored object on the server APP, and prompts service personnel to recheck and place washed clothes; the box information storage module receives and stores order number information, randomly selects an empty box of a corresponding type according to the selected box type in the order number information, and sends the selected empty box information to the box opening code generation module; the box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module generates stored object information, the box information storage module generates non-stored object information, the box information storage module sends the stored object information to the storage module, and the box information storage module sends the non-stored object information to the user APP; the box information storage module receives the information about the object to be fetched sent by the server APP and sends the order number information about the object to be fetched to the box opening code generation module; the box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module generates non-object-taking information, the box information storage module generates object-taking information, the box information storage module sends the non-object-taking information to the server APP, and the box information storage module sends the object-taking information to the storage module; the box information storage module receives the information of the washed clothes sent by the server APP, randomly selects an empty box of a corresponding type according to the selected box type in the order number information, and sends the selected empty box information to the box opening code generation module; the box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module receives the object signal, generates stored laundry information and sends the laundry information to the storage module, generates order number laundry information after the stored laundry information is generated and sends the order number laundry information to the box opening code generation module, the box information storage module receives the empty box signal, and generates non-stored object information and sends the non-stored object information to the server APP; the box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module generates information of the dry-cleaned clothes which is not taken, the box information storage module generates information of the dry-cleaned clothes which is taken, the box information storage module sends the information of the dry-cleaned clothes which is not taken to the user side APP, and the box information storage module sends the information of the dry-cleaned clothes which is taken to the storage module; the box opening code generation module receives the empty box information sent by the box information storage module, generates a door opening verification code and a bar code of the empty box, sends the door opening verification code and the bar code to the user side APP, and sends the door opening verification code to the approval module; the box opening code generation module receives the order number storage information sent by the box information storage module, generates a door opening verification code and a bar code of a box body of a user storage in the order number, sends the door opening verification code and the bar code to the service end APP, and sends the door opening verification code to the approval module; the box opening code generation module receives the empty box information sent by the box information storage module, generates a door opening verification code and a bar code of the empty box, sends the door opening verification code and the bar code to the server APP, and sends the door opening verification code to the approval module; the method comprises the steps that after receiving order number laundry information, an opening verification code generation module generates an opening verification code and a bar code of an order number service personnel storage box body, sends the opening verification code and the bar code to a user side APP, and sends the opening verification code to an approval module; the approval module compares the door opening verification code sent by the door opening code generation module with the door opening verification code input by the user or the service personnel sent by the display module, and the door opening verification code are the same and generate door opening signals to be sent to the unlocking module, and the unlocking module opens the door. The two are different, the input error and the re-input signal are sent to the display module, and the door opening verification code is re-input through the input module on the display module; the display module is used for inputting the door opening verification code through the input module to obtain the door opening verification code input by the user or the service personnel, and sending the door opening verification code input by the user to the approval module; the unlocking module opens the box door after receiving the door opening signal sent by the approval module; after the customer stores clothes, the door is closed, the locking feedback module is triggered, and the locking feedback module sends a door closing signal to the photoelectric switch sensing module and sends the door closing signal to the box information storage module; after a box door of a user storage box is opened, a service personnel takes out clothes stored by the user and sleeves the packaging bag, the box door is closed, a locking feedback module sends a door closing signal to a box information storage module, and the locking feedback module sends the door closing signal to a photoelectric switch sensing module; after the service personnel stores washed clothes, the box door is closed, a locking feedback module is triggered, and the locking feedback module sends a door closing signal to the photoelectric switch sensing module and sends a door closing signal to the box information storage module; after the user takes out washed clothes, the box door is closed, the locking feedback module is triggered, the locking feedback module sends a door closing signal to the photoelectric switch sensing module, and the door closing signal is sent to the box information storage module; the photoelectric switch sensing module is started after receiving the door closing signal sent by the locking feedback module, an object in the box body obtains an object signal, no object in the box body obtains an empty box signal, and the photoelectric switch sensing module sends the object signal or the empty box signal to the box body information storage module.

The access system of the dry-cleaning express intelligent cabinet further comprises a scanning module, a user displays the bar code received by the user side APP or the service personnel on the scanning module for scanning, the scanning module obtains a door opening signal, the door opening signal is sent to an unlocking module, and the unlocking module opens the cabinet door after receiving the door opening signal sent by the scanning module.

The access system of the dry-cleaning express intelligent cabinet further comprises a printing module, service personnel inputs order numbers on a display module through an input module, print orders are selected on the display module, and the display module sends print signals to the printing module; the printing module receives the printing signal sent by the display module, prints the order information bar code of the order number, and the service personnel pastes the order information bar code outside the packaging bag of the clothes stored by the user.

In the dry-cleaning express intelligent cabinet access system, a user fills in registration information through a user side APP installed on a mobile phone, then sends the registration information to a storage module for storage, wherein the registration information is the number of the mobile phone of the user, a password and positioning information of the mobile phone of the user, the user can receive a registration verification code sent in a short message mode to a registered mobile phone of a client during registration, the user side APP needs to fill in the registration verification code, and the client also needs to fill in a payment verification code during payment; the storage module receives and stores the determined order information sent by the user side APP, and generates order number information, wherein the order number information comprises a user mobile phone number, user positioning information, clothes types, the number of each type of clothes, a selected box type and paid information; the server APP receives the information of the object to be fetched, which is sent by the storage module and comprises order number information and intelligent cabinet terminal position information.

The intelligent cabinet terminal is provided with at least one.

The invention relates to an intelligent dry-cleaning express cabinet, which comprises a cabinet body with a tetragonal metal structure, wherein a server is arranged in the middle of the cabinet body, at least one box body with a front door is arranged on the cabinet body, a cabinet door which is opened from one side is arranged on the front side of the box body, a rod-shaped hanging rod is arranged between the left side wall and the right side wall of the upper part of the box body, at least one hook is arranged on the hanging rod, the hook can be in a clothes hanging shape, an electric control lock for controlling the opening of the cabinet door is arranged on one side, close to the door, of the box body, two groups of photoelectric switch sensors are arranged in the box body, one group of photoelectric switch sensors are positioned on the left side and the right side wall of the bottom of the box body, and the other group of photoelectric switch sensors are positioned on the left side wall and the right side wall below the hook, and each group of photoelectric switch sensors comprises a strip photoelectric switch emitter and a strip photoelectric switch receiver; the intelligent cabinet is characterized in that the middle part, the front side and the upper part of the cabinet body are provided with displays, an input keyboard is arranged below the displays, and printing equipment capable of printing order bar codes and code scanning equipment capable of identifying bar codes are arranged below the input keyboard.

The side wall of the box body, which is close to the door opening side of the cabinet door, is provided with a box-shaped dry cleaning bag placing pocket which is flat in the left-right direction and is opened upwards.

The shoe cabinet separation plate is arranged at the lower part in the box body to separate the box body into an upper part and a lower part; the top of the cabinet body is provided with a canopy extending forwards; the left side and the right side of the front end of the canopy are respectively provided with a camera facing the cabinet body.

The left side of the cabinet body is provided with a foldable plate-turning table which can be put down or lifted up and flattened.

The printing equipment is a thermal printer; the code scanning device is a laser bar code scanner or a red light bar code scanner; the cabinet body is provided with an upper row of cabinet bodies and a lower row of cabinet bodies, the cabinet bodies comprise small cabinets located in the upper two rows and large cabinets located in the bottom row and used for hanging amplified clothes, and the large cabinets are higher than the small cabinets.

Compared with the prior art, the method has the advantages that queuing and ordering are not needed before the traditional storing and taking cabinet, special personnel such as fixed time do not need to be left for taking the clothes at the door, the privacy of a user can be protected, the user can carry out online dry-cleaning and ordering of the clothes through the user side APP, the clothes are temporarily stored in the intelligent dry-cleaning cabinet, the service personnel can receive the service through online and single-wire service, the user can determine that the order is completely dry-cleaned through software online, and the washed clothes are returned to the designated intelligent cabinet. The intelligent access system for dry cleaning and express delivery is based on the internet of things (the internet of things is the internet of things) technology, so that the intelligent cabinet server and the APP server perform data interaction, a user can control the switch of the intelligent cabinet for dry cleaning and express delivery through software, and meanwhile, the photoelectric switch sensor arranged in the box body of the intelligent cabinet for dry cleaning and express delivery can detect whether an empty cabinet exists or not and then feed back to the intelligent cabinet server to further serve a customer.

Drawings

Fig. 1 is a schematic diagram of equipment connection adopted by the dry-cleaning express intelligent cabinet access system of the invention.

Fig. 2 is a schematic diagram of a dry cleaning express intelligent cabinet access system according to the present invention.

Fig. 3 is a schematic structural diagram of a dry-cleaning express intelligent cabinet.

Detailed Description

The invention is described in further detail below with reference to the drawings and examples. The access system of the dry-cleaning express intelligent cabinet is established on equipment formed by connecting a user side, a service side, an intelligent cabinet terminal and an APP server through a mobile communication network and the Internet, a user is connected with the APP server through installing the user side APP on a mobile phone (hereinafter referred to as a user mobile phone), a service person is connected with the APP server through installing the service side APP (hereinafter referred to as a service mobile phone) on the mobile phone, the intelligent cabinet terminal is internally provided with the intelligent cabinet server connected with the APP server, and the intelligent cabinet terminal comprises more than one intelligent cabinet terminal.

As shown in fig. 1, the dry-cleaning express intelligent cabinet access system adopts the following devices: user's cell-phone, service cell-phone, APP server and intelligent cabinet terminal.

The intelligent cabinet terminal includes the intelligent cabinet of tetragonal structure, is located intelligent cabinet server of intelligent cabinet, is equipped with display screen, keyboard, sweep a yard appearance, order printer on the intelligent cabinet front panel, intelligent cabinet's top be equipped with downward shooting the camera, be equipped with a plurality of leading sides on the intelligent cabinet open the door, be used for the box of putting the clothing, the case door lock of box is the electric control lock, and the side is equipped with a set of photoelectric switch sensor that is used for responding to whether there is article in the box about the bottom surface in the box, a set of photoelectric switch sensor includes a photoelectric switch transmitter that is located bottom surface one side in the box and a photoelectric switch receiver that is located the bottom surface opposite side in the box. The display screen, the keyboard, the code scanner, the order printer, the electric control lock and the photoelectric switch sensor are electrically connected with the intelligent cabinet server. The code scanner is an instrument for scanning bar codes, and can be a laser bar code scanner and a red light bar code scanner, and the order printer is a thermal printer.

The user mobile phone is provided with N parts, N is the number of users registered as the system, and the user mobile phone is directly connected with the APP server through a network. The intelligent cabinet terminals are provided with M, the number of M is the number of intelligent cabinet terminals which are connected to the intelligent cabinet access system, the number of service mobile phones is L, and the number of L is the number of service personnel of the system.

In the embodiment, the user mobile phone and the service mobile phone adopt smart mobile phones provided with an IOS system (a mobile operating system developed by apple company) or an Android system (an operating system based on free and open source codes of Linux); the CPUs of the APP server and the intelligent cabinet server adopt 64 bits to strong 4 cores, and the main frequency is more than 2.0G; the internal memory is more than 4G; the hard disk is a double-scsl hard disk mirror image < Raid-0 >, and 160G residual space is above; the operating system is more than 64-bit windows 2003Server, linux Server can all; the environment is jdk1.6, tomcat6, apache.

The APP server is connected with the user mobile phone and the service mobile phone by adopting the Internet or a mobile communication network. The APP server and the intelligent cabinet server are connected through the Internet.

As shown in FIG. 2, the intelligent cabinet access system of the invention is provided with a user side APP, a server side APP, a storage module, an order processing module, a box information storage module, a box opening code generating module, a display module, an input module, an approval module, an unlocking module, a locking feedback module, a scanning module, a photoelectric switch sensing module and a printing module.

The user terminal APP is installed in the user mobile phone, the server terminal APP is installed in the service mobile phone, and a storage module and an order processing module are arranged in the APP server; the intelligent cabinet terminal is internally provided with a box information storage module, an unpacking code generation module, a display module, an input module, an approval module, an unlocking module, a locking feedback module, a scanning module, a photoelectric switch sensing module and a printing module.

The user fills in registration information through a user terminal APP installed on the mobile phone, and then sends the registration information to a storage module for storage, wherein the registration information is the mobile phone number, the password and the positioning information of the mobile phone of the user. After the user is registered as the user of the system, the user can log in the system through the mobile phone number and the password filled in during registration. When registering, the user receives a registration verification code sent in a short message form to a registered user mobile phone, the user APP needs to fill in the registration verification code to determine the authenticity of the mobile phone number filled in by the user, and when paying, the user also needs to fill in a payment verification code to determine the specific operation, and the user himself uses the verification code to verify the mobile phone number to protect the account security of the user.

The user terminal APP receives the optional box information sent by the order processing module, the user terminal APP selects the box type and required service, the required service information is generated and sent to the order processing module, and the required service information comprises the types of clothes, the number of each type of clothes and the required box type. Alternative garment types include shirts, gowns, pants, coveralls, underpants or socks, carpets. The box type comprises a large cabinet and a small cabinet.

The user side APP receives payment information sent by the order processing module, finishes payment, obtains confirmed order information, and sends the confirmed order information to the storage module.

After receiving the non-stored object information sent by the box information storage module, the user side APP displays the non-stored object on the user side APP, and prompts the user to replace clothes.

The user APP receives the door opening verification code and the bar code of the service personnel storage box body in the order number, and the door is opened by using the door opening verification code or the bar code.

After receiving the non-fetching information sent by the box information storage module, the user side APP displays the non-fetching information as non-fetching information on the user side APP, and prompts the user to re-open the box door to fetch the non-fetching information.

The user receives information to be evaluated on the user side APP, performs evaluation operation, and sends evaluation scores to the storage module after evaluation is completed.

The storage module receives the box information sent by the box information storage module and stores the box information, the box information comprises empty box types and the number of boxes of each type, and when the number of the boxes changes, the box information storage module sends the box information to the storage module for storage.

The storage module sends the box information to the order processing module, and the order processing module receives the box information, generates optional box information according to the box information and sends the optional box information to the user side APP.

The storage module receives and stores the determined order information sent by the user side APP, generates order number information, and sends the order number information to the box information storage module, wherein the order number information comprises a user mobile phone number, user positioning information, clothes types, the number of each type of clothes, the selected box type and paid information.

The storage module receives and stores the stored object information sent by the box information storage module, updates order number information, generates object information to be fetched and sends the object information to the server APP.

The storage module receives the picked-up object information sent by the box information storage module, stores the picked-up object information, updates the content of the order number information into service personnel to pick up the object to be washed, and pushes the object to be washed to the user side APP.

The storage module receives the stored laundry information sent by the box information storage module, stores the laundry information, updates order number information, generates washed laundry information and pushes the washed laundry information to the user side APP.

The storage module receives the acquired information sent by the box information storage module, stores the acquired information, updates the order number information, generates information to be evaluated and sends the information to the user side APP.

And after the storage module receives the evaluation score sent by the user side APP, updating order number information into the completed order.

The order processing module receives the box information, generates optional box information according to the box information, and sends the optional box information to the user APP.

The order processing module receives the demand service information calculation amount sent by the user side APP, obtains payment information and sends the payment information to the user side APP.

The server APP receives the information of the object to be fetched, which is sent by the storage module, the information of the object to be fetched comprises order number information and intelligent cabinet terminal position information, the information of the object to be fetched is displayed on the server APP, a service person clicks the object to be fetched on the server APP, and the server APP sends the information of the object to be fetched to the box information storage module.

The server APP receives the door opening verification code and the bar code of the box body of the user storage, and the door is opened by using the door opening verification code or the bar code.

The server APP receives the non-fetching information sent by the box information storage module, prompts service personnel on the server APP, and needs to click on the non-fetching object again on the server APP.

After the service personnel finishes the off-line dry cleaning work, the washed clothes are sent back to the intelligent cabinet terminal, the service personnel clicks the washed clothes on an order page displayed by the service end APP and then needs to be put back to the storage cabinet, and the information of the washed clothes is sent to the box information storage module.

The server APP receives the door opening verification code and the bar code of the empty box body, and the door is opened by using the door opening verification code or the bar code.

After receiving the non-stored object information sent by the box information storage module, the server APP displays the non-stored object on the server APP, and prompts service personnel to recheck and place washed clothes.

The box information storage module receives and stores the order number information, randomly selects an empty box of a corresponding type according to the selected box type in the order number information, and sends the selected empty box information to the box opening code generation module.

The box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module generates stored object information, the box information storage module generates non-stored object information, the box information storage module sends the stored object information to the storage module, and the box information storage module sends the non-stored object information to the user APP.

The box information storage module receives the information about the object to be fetched sent by the server APP and sends the order number information about the object to be fetched to the box opening code generation module.

The box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module generates non-object-taking information, the box information storage module generates object-taking information, the box information storage module sends the non-object-taking information to the server APP, and the box information storage module sends the object-taking information to the storage module.

The box information storage module receives the information of the washed clothes to be stored, which is sent by the server APP, randomly selects an empty box of a corresponding type according to the selected box type in the order number information, and sends the selected empty box information to the box opening code generation module.

The box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module receives the object signal, generates stored laundry information and sends the laundry information to the storage module, generates order number laundry information after the stored laundry information is generated and sends the order number laundry information to the box opening code generation module, the box information storage module receives the empty box signal, and generates non-stored object information and sends the non-stored object information to the server APP.

The box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module generates dry-cleaned clothes information which is not taken, the box information storage module generates dry-cleaned clothes information which is taken, the box information storage module sends the dry-cleaned clothes information which is not taken to the user side APP, and the box information storage module sends the dry-cleaned clothes information to the storage module.

The box opening code generating module receives the empty box information sent by the box information storage module, generates a door opening verification code and a bar code of the empty box, sends the door opening verification code and the bar code to the user side APP, and sends the door opening verification code to the approval module.

The box opening code generation module receives the order number storage information sent by the box information storage module, then generates a door opening verification code and a bar code of a box body of a user storage in the order number, sends the door opening verification code and the bar code to the service end APP, and sends the door opening verification code to the approval module.

The box opening code generation module receives the empty box information sent by the box information storage module, generates a door opening verification code and a bar code of the empty box, sends the door opening verification code and the bar code to the server APP, and sends the door opening verification code to the approval module.

After receiving the information of the clothes to be taken from the order number, the opening code generating module generates a door verification code and a bar code of the storage box body of the service personnel in the order number, sends the door verification code and the bar code to the user side APP, and sends the door verification code to the approval module.

The approval module compares the door opening verification code sent by the door opening code generation module with the door opening verification code input by the user or the service personnel sent by the display module, and the door opening verification code are the same and generate door opening signals to be sent to the unlocking module, and the unlocking module opens the door. And the two signals are transmitted to the display module, and the door opening verification code is input again through the input module on the display module.

The display module is used for inputting the door opening verification code through the input module to obtain the door opening verification code input by the user or the service personnel, and the display module is used for sending the door opening verification code input by the user to the approval module.

The service personnel inputs an order number on the display module through the input module, selects to print the order on the display module, and the display module sends a printing signal to the printing module.

And after receiving the door opening signal sent by the approval module or the scanning module, the unlocking module opens the box door.

After the customer stores clothes, the door is closed, the locking feedback module is triggered, and the locking feedback module sends a door closing signal to the photoelectric switch sensing module and sends a door closing signal to the box information storage module.

After the box door of the user storage is opened, service personnel take out clothes stored by the user and put on the packaging bag, the box door is closed, the locking feedback module sends a door closing signal to the box body information storage module, and the locking feedback module sends the door closing signal to the photoelectric switch sensing module.

After the service personnel stores washed clothes, the box door is closed, the locking feedback module is triggered, and the locking feedback module sends a door closing signal to the photoelectric switch sensing module and sends a door closing signal to the box information storage module.

After the user takes out the washed clothes, the box door is closed, the locking feedback module is triggered, and the locking feedback module sends a door closing signal to the photoelectric switch sensing module and sends the door closing signal to the box information storage module.

The user displays the bar code received by the user side APP or the service personnel on the scanning module for scanning, the scanning module obtains a door opening signal, the door opening signal is sent to the unlocking module, and the unlocking module opens the door.

The photoelectric switch sensing module is started after receiving the door closing signal sent by the locking feedback module, an object in the box body obtains an object signal, no object in the box body obtains an empty box signal, and the photoelectric switch sensing module sends the object signal or the empty box signal to the box body information storage module.

The printing module receives the printing signal sent by the display module, prints the order information bar code of the order number, and the service personnel pastes the order information bar code outside the packaging bag of the clothes stored by the user.

The working process of the system of the invention is as follows:

user payment deposit

The user side APP receives the optional box information sent by the order processing module, a user selects box types and required services at the user side APP, generates required service information and sends the required service information to the order processing module, wherein the required service information comprises the types of clothes, the number of pieces of each type of clothes and the required box types. Alternative garment types include shirts, gowns, pants, coveralls, underpants or socks, carpets. The box type comprises a large cabinet and a small cabinet.

The storage module receives and stores the determined order information sent by the user side APP, generates order number information, and sends the order number information to the intelligent cabinet storage module, wherein the order number information comprises a user mobile phone number, user positioning information, clothes types, the number of each type of clothes, the selected box type and paid information.

The intelligent cabinet storage module receives and stores the order number information, randomly selects an empty box of a corresponding type according to the selected box type in the order number information, and sends the selected empty box information to the box opening code generation module.

The open box code generating module receives the empty box information sent by the intelligent cabinet storage module, generates a door opening verification code and a bar code of the empty box, sends the door opening verification code and the bar code to the user side APP, and sends the door opening verification code to the approval module.

And the user opens the box door according to the received door opening verification code and the bar code.

The step of opening the door using the door opening verification code: and the door opening verification code input by the user is obtained through the input module on the display module, and the display module sends the door opening verification code input by the user to the approval module.

The approval module compares the door opening verification code sent by the door opening code generation module with the door opening verification code input by the user and sent by the display module, and the door opening verification code are the same and generate door opening signals to be sent to the unlocking module, and the unlocking module opens the door. And the two signals are transmitted to the display module, and the door opening verification code is input again through the input module on the display module.

The step of opening the door using the bar code: the user displays the bar code received by the user side APP on the scanning module for scanning, the scanning module obtains a door opening signal, the door opening signal is sent to the unlocking module, and the unlocking module opens the door.

And after receiving the door opening signal sent by the approval module or the scanning module, the unlocking module opens the empty box door corresponding to the order number information.

Service personnel taking objects

The server APP receives the information of the object to be fetched, which is sent by the storage module, the information of the object to be fetched comprises order number information and intelligent cabinet terminal position information, the information of the object to be fetched is displayed on the server APP, a service person clicks the object to be fetched on the server APP, and the server APP sends the information of the object to be fetched to the intelligent cabinet storage module.

The intelligent cabinet storage module receives the information about the object to be fetched sent by the server APP, and sends the order number information about the object to be fetched to the box opening code generation module.

The box opening code generation module receives the order number storage information sent by the intelligent cabinet storage module, then generates a door opening verification code and a bar code of a box body of a user storage in the order number, sends the door opening verification code and the bar code to the server APP, and sends the door opening verification code to the approval module.

The method for opening the box comprises the steps that a server APP receives a door opening verification code and a bar code of a box body stored by a user, and the door opening verification code or the bar code is used for opening the door, and the box opening method is the same as the method for opening the box door by the user according to the received door opening verification code and the bar code.

The storage module receives the picked-up object information sent by the box information storage module, updates the content of the order number information into service personnel to pick up the object to be washed, and pushes the object to be washed to the user side APP.

Service personnel deposit

The open box code generating module receives the empty box information sent by the intelligent cabinet storage module, generates a door opening verification code and a bar code of the empty box, sends the door opening verification code and the bar code to the server APP, and sends the door opening verification code to the approval module.

And the server APP receives the door opening verification code and the bar code of the empty box body, and uses the door opening verification code or the bar code to open the door, and the box opening method is the same as that in the steps 10 and 11.

User object taking evaluation service

The system of the invention is realized by adopting Java1.7 programming language.

The invention also comprises an intelligent dry-cleaning express cabinet

As shown in figure 3, the intelligent cabinet for dry cleaning and express delivery comprises a cabinet body 1 with a tetragonal metal structure, wherein a server 2 is arranged in the middle part and the inside of the cabinet body 1, at least one cabinet body 11 with a front door is arranged on the cabinet body 1, a cabinet door 111 which is opened from one side is arranged on the front side of the cabinet body 11, a rod-shaped hanging rod 112 is arranged between the left side wall and the right side wall of the upper part in the cabinet body 11, at least one hook 113 is arranged on the hanging rod 112, the hanging hook 113 can be in a clothes hanging shape, a user can conveniently hang clothes to be washed on the hanging hook 113, a service person can conveniently hang the washed clothes on the hanging hook 113, an electric control lock 115 for controlling the opening of the cabinet door 111 is arranged on one side, close to the door 111, of the cabinet door 11 is electrically connected with the server 2, the cabinet door 111 is opened after receiving an instruction sent by the server 2, the box 11 is internally provided with two groups of photoelectric switch sensors, one group of photoelectric switch sensors comprises a strip-shaped photoelectric switch emitter and a strip-shaped photoelectric switch receiver which are electrically connected, the photoelectric switch receiver receives infrared light emitted by the photoelectric switch emitter to form a loop, no article is contained in the box 11, the photoelectric switch receiver cannot receive infrared light emitted by the photoelectric switch emitter, articles are contained in the box 11, one group of photoelectric switch sensors are arranged in the front-back directions of the left side and the right side of the bottom of the box 11 and used for sensing whether articles placed at the bottom of the box 11 exist, and the other group of photoelectric switch sensors are arranged in the front-back directions on the left side wall and the right side wall below the upper part of the box 11 and used for sensing whether articles hung on the hook 113 exist.

The intelligent dry-cleaning and express-delivery intelligent cabinet is characterized in that a display 21 is arranged in the middle, the front side and the upper portion of the cabinet body 1, an input keyboard 22 is arranged below the display 21, numbers or letters can be input by the input keyboard 22, a printing device 23 capable of printing an order bar code and a bar code scanning device 24 capable of identifying bar codes are arranged below the input keyboard 22, service personnel can directly print the order bar code information on the dry-cleaning and express-delivery intelligent cabinet and then paste the order bar code information on clothes stored by a user, the possibility of misoperation is reduced, the printing device 23 is a thermal printer, the bar code scanning device 24 is a laser bar code scanner or a red light bar code scanner, and the user can scan bar codes to open the cabinet door through the bar code scanning device 24.

In order to facilitate the user to sort and load the clothes, a box-shaped dry cleaning bag placing pocket 114 which is flat in the left-right direction and is opened above is arranged on the side wall of the box body 11 close to the door opening side of the cabinet door 111. The dry cleaning bag is placed in the dry cleaning bag placing pocket 114, so that the user can conveniently place the dry cleaning bags for sorting the laundry to be dry-cleaned.

The shoe cabinet partition plate 117 is arranged at the lower part in the box body 11 to divide the box body 11 into an upper part and a lower part, the upper part can hang clothes, the lower part can hold shoes, and the user can conveniently have shoes to be dry-cleaned and separately placed clean and sanitary.

Because the dry-cleaning express intelligent cabinet can be placed outdoors, the top of the cabinet body 1 is provided with the canopy 3 extending forwards, which is convenient for users and service personnel to shade rain when operating the dry-cleaning express intelligent cabinet.

The left and right sides of the front end of the rain shed 3 are respectively provided with a camera 31 facing the cabinet body 1, so that the operation of a user, service personnel or other people on the dry-cleaning express intelligent cabinet can be recorded.

A folding plate turnover table 4 which can be folded down or lifted up and flat is arranged on the left side edge of the cabinet body 1, and service personnel can check clothes to be washed by a user on the plate turnover table. Meanwhile, the canopy 3 can cover the turnover table 4, and the camera 31 on the canopy 3, which is close to the turnover table 4, can be shot and recorded in the range of the turnover table. The service personnel can conveniently keep evidence when checking the clothes to be dry-cleaned.

Further, the case 11 is two types, including a large case and a small case, the large case is higher than the small case, the case 1 can be designed to have three upper and lower rows of cases 11, and the case 11 includes the small case located in the upper two rows and the large case located in the bottom row and hanging the enlarged clothes.

Claims

1. An intelligent cabinet access system for dry cleaning and express delivery, which is characterized in that: the dry-cleaning express intelligent cabinet access system is established on equipment formed by connecting a user side, a service side, an intelligent cabinet terminal and an APP server through a mobile communication network and the Internet, and comprises the user side APP, the service side APP, a storage module, an order processing module, a box information storage module, a box opening code generating module, a display module, an input module, an approval module, an unlocking module, a locking feedback module and a photoelectric switch sensing module;

The user fills in registration information through a user terminal APP installed on the mobile phone, then sends the registration information to a storage module for storage, and after the user registers to be a user of the system, the user can log in the system through the mobile phone number and the password filled in during registration; the user side APP receives the selectable box information sent by the order processing module, a user selects the box type and required service at the user side APP, and generates required service information to send to the order processing module; the user side APP receives payment information sent by the order processing module, finishes payment, obtains confirmed order information and sends the confirmed order information to the storage module; after receiving the non-stored object information sent by the box information storage module, the user side APP displays the non-stored object on the user side APP, and prompts the user to replace clothes; the user side APP receives the door opening verification code and the bar code of the server storing box body in the order number, and the door is opened by using the door opening verification code or the bar code; after receiving the non-fetching information sent by the box information storage module, the user side APP displays the non-fetching information as non-fetching information on the user side APP, and prompts a user to reopen a box door to fetch the non-fetching information; the user receives information to be evaluated on the user side APP, performs evaluation operation, and sends evaluation scores to the storage module after the evaluation is completed;

The storage module receives and stores the box information sent by the box information storage module, the box information comprises empty box types and the number of boxes of each type, and when the number of the boxes changes, the box information storage module sends the box information to the storage module for storage; the storage module sends the box information to the order processing module, and the order processing module receives the box information, generates optional box information according to the box information and sends the optional box information to the user side APP; the storage module receives and stores the determined order information sent by the user side APP, generates order number information and sends the order number information to the box information storage module; the storage module receives the stored object information sent by the box information storage module, stores the stored object information, updates order number information, generates object information to be taken and sends the object information to the server APP; the storage module receives the picked-up object information sent by the box information storage module, stores the picked-up object information, updates the content of the order number information into service personnel to pick up the object to be washed, and pushes the object to be washed to the user side APP; the storage module receives the stored laundry information sent by the box information storage module, stores the laundry information, updates order number information, generates washed laundry information and pushes the washed laundry information to the user side APP; the storage module receives the acquired information sent by the box information storage module, stores the acquired information, updates the order number information, generates information to be evaluated and sends the information to the user side APP; after receiving the evaluation score sent by the user side APP, the storage module updates order number information into a completed order;

The order processing module receives the box information, generates optional box information according to the box information and sends the optional box information to the user APP; the order processing module receives the demand service information calculation amount sent by the user side APP, obtains payment information and sends the payment information to the user side APP;

the server APP receives the information of the object to be fetched sent by the storage module, the information of the object to be fetched is displayed on the server APP, a service person clicks the object to be fetched on the server APP, and the server APP sends the information of the object to be fetched to the box information storage module; the method comprises the steps that a server APP receives a door opening verification code and a bar code of a box body stored by a user, and the door is opened by using the door opening verification code or the bar code; the server APP receives the non-fetching information sent by the box information storage module, prompts service personnel on the server APP, and clicks the fetching on the server APP again when the object is not fetched; after the service personnel finishes the off-line dry cleaning work, the washed clothes are sent back to the intelligent cabinet terminal, the service personnel clicks the washed clothes on an order page displayed by the service end APP and needs to be put back to the storage cabinet, and the information of the washed clothes is sent to the box information storage module; the method comprises the steps that a server APP receives a door opening verification code and a bar code of an empty box body, and the door is opened by using the door opening verification code or the bar code; after receiving the non-stored object information sent by the box information storage module, the server APP displays the non-stored object on the server APP, and prompts service personnel to recheck and place washed clothes;

The box information storage module receives and stores order number information, randomly selects an empty box of a corresponding type according to the selected box type in the order number information, and sends the selected empty box information to the box opening code generation module; the box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module generates stored object information, the box information storage module generates non-stored object information, the box information storage module sends the stored object information to the storage module, and the box information storage module sends the non-stored object information to the user APP; the box information storage module receives the information about the object to be fetched sent by the server APP and sends the order number information about the object to be fetched to the box opening code generation module; the box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module generates non-object-taking information, the box information storage module generates object-taking information, the box information storage module sends the non-object-taking information to the server APP, and the box information storage module sends the object-taking information to the storage module; the box information storage module receives the information of the washed clothes sent by the server APP, randomly selects an empty box of a corresponding type according to the selected box type in the order number information, and sends the selected empty box information to the box opening code generation module; the box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module receives the object signal, generates stored laundry information and sends the laundry information to the storage module, generates order number laundry information after the stored laundry information is generated and sends the order number laundry information to the box opening code generation module, the box information storage module receives the empty box signal, and generates non-stored object information and sends the non-stored object information to the server APP; the box information storage module receives a door closing signal sent by the locking feedback module and an object signal or an empty box signal sent by the photoelectric switch sensing module, the box information storage module generates information of the dry-cleaned clothes which is not taken, the box information storage module generates information of the dry-cleaned clothes which is taken, the box information storage module sends the information of the dry-cleaned clothes which is not taken to the user side APP, and the box information storage module sends the information of the dry-cleaned clothes which is taken to the storage module;

The box opening code generation module receives the empty box information sent by the box information storage module, generates a door opening verification code and a bar code of the empty box, sends the door opening verification code and the bar code to the user side APP, and sends the door opening verification code to the approval module; the box opening code generation module receives the order number storage information sent by the box information storage module, generates a door opening verification code and a bar code of a box body of a user storage in the order number, sends the door opening verification code and the bar code to the service end APP, and sends the door opening verification code to the approval module; the box opening code generation module receives the empty box information sent by the box information storage module, generates a door opening verification code and a bar code of the empty box, sends the door opening verification code and the bar code to the server APP, and sends the door opening verification code to the approval module; the method comprises the steps that after receiving order number laundry information, an opening verification code generation module generates an opening verification code and a bar code of an order number service personnel storage box body, sends the opening verification code and the bar code to a user side APP, and sends the opening verification code to an approval module;

the approval module compares the door opening verification code sent by the door opening code generation module with the door opening verification code input by the user or the service personnel sent by the display module, and the door opening verification code are the same and generate door opening signals to be sent to the unlocking module, and the unlocking module opens the door. The two are different, the input error and the re-input signal are sent to the display module, and the door opening verification code is re-input through the input module on the display module;

The display module is used for inputting the door opening verification code through the input module to obtain the door opening verification code input by the user or the service personnel, and sending the door opening verification code input by the user to the approval module;

the unlocking module opens the box door after receiving the door opening signal sent by the approval module;

after the customer stores clothes, the door is closed, the locking feedback module is triggered, and the locking feedback module sends a door closing signal to the photoelectric switch sensing module and sends the door closing signal to the box information storage module; after a box door of a user storage box is opened, a service personnel takes out clothes stored by the user and sleeves the packaging bag, the box door is closed, a locking feedback module sends a door closing signal to a box information storage module, and the locking feedback module sends the door closing signal to a photoelectric switch sensing module; after the service personnel stores washed clothes, the box door is closed, a locking feedback module is triggered, and the locking feedback module sends a door closing signal to the photoelectric switch sensing module and sends a door closing signal to the box information storage module; after the user takes out washed clothes, the box door is closed, the locking feedback module is triggered, the locking feedback module sends a door closing signal to the photoelectric switch sensing module, and the door closing signal is sent to the box information storage module;

2. The dry cleaning express intelligent cabinet access system of claim 1, wherein: the access system of the dry-cleaning express intelligent cabinet further comprises a scanning module, a user displays the bar code received by the user side APP or the service personnel on the scanning module for scanning, the scanning module obtains a door opening signal, the door opening signal is sent to an unlocking module, and the unlocking module opens a box door after receiving the door opening signal sent by the scanning module.

3. The dry cleaning express intelligent cabinet access system according to claim 2, wherein: the access system of the dry-cleaning express intelligent cabinet further comprises a printing module, a service person inputs an order number on a display module through an input module, a printing order is selected on the display module, and the display module sends a printing signal to the printing module; the printing module receives the printing signal sent by the display module, prints the order information bar code of the order number, and the service personnel pastes the order information bar code outside the packaging bag of the clothes stored by the user.

4. A dry cleaning express intelligent cabinet access system according to claim 3, wherein: the user fills in registration information through a user terminal APP installed on the mobile phone, then sends the registration information to a storage module for storage, wherein the registration information is the number and the password of the mobile phone of the user and the positioning information of the mobile phone of the user, the user can receive a registration verification code sent in a short message form to the mobile phone of the user who is registering, the user terminal APP needs to fill in the registration verification code, and the user also needs to fill in a payment verification code when paying;

the storage module receives and stores the determined order information sent by the user side APP, and generates order number information, wherein the order number information comprises a user mobile phone number, user positioning information, clothes types, the number of each type of clothes, a selected box type and paid information;

the server APP receives the information of the object to be fetched, which is sent by the storage module and comprises order number information and intelligent cabinet terminal position information.

5. The dry cleaning express intelligent cabinet access system of claim 4, wherein: the intelligent cabinet terminal is provided with at least one.

6. A dry-cleaning express delivery intelligent cabinet designed according to the dry-cleaning express delivery intelligent cabinet access system of claim 1, comprising a cabinet body (1) with a tetragonal metal structure, wherein a server (2) is arranged in the middle and inside of the cabinet body (1), and at least one box body (11) with a front door is arranged on the cabinet body (1), and the dry-cleaning express delivery intelligent cabinet is characterized in that: the front side of the box body (11) is provided with a cabinet door (111) which is opened from one side, a rod-shaped hanging rod (112) is arranged between the left side wall and the right side wall of the upper part in the box body (11), at least one hook (113) is arranged on the hanging rod (112), the hook (113) is in a clothes hanging shape, one side, close to the cabinet door (111), in the box body (11) is provided with an electric control lock (115) for controlling the cabinet door (111) to be opened, two groups of photoelectric switch sensors are arranged in the box body (11), one group of photoelectric switch sensors is positioned on the left side and the right side of the bottom of the box body (11), the other group of photoelectric switch sensors is positioned on the left side wall and the right side wall below the hook (113), and each group of photoelectric switch sensors comprises a strip-shaped photoelectric switch emitter and a strip-shaped photoelectric switch receiver; the intelligent cabinet is characterized in that a display (21) is arranged at the middle part, the front side and the upper part of the cabinet body (1), an input keyboard (22) is arranged below the display (21), and printing equipment (23) capable of printing an order bar code and code scanning equipment (24) capable of identifying a bar code are arranged below the input keyboard (22) left and right.

7. The dry cleaning express intelligent cabinet of claim 6, wherein: a box-shaped dry cleaning bag placing pocket (114) which is flat in the left-right direction and is opened above is arranged on the side wall of the box body (11) close to the door opening side of the cabinet door (111).

8. The dry-cleaning express intelligent cabinet according to claim 7, wherein: a shoe cabinet partition plate (117) is arranged at the inner lower part of the box body (11) to divide the box body (11) into an upper part and a lower part; a canopy (3) extending forwards is arranged at the top of the cabinet body (1); the left and right sides of the front end of the canopy (3) are respectively provided with a camera (31) facing the cabinet body (1).

9. The dry cleaning express intelligent cabinet of claim 8, wherein: the left side of the cabinet body (1) is provided with a folding plate-turning table (4) which can be folded down or lifted up and flat.

10. The dry cleaning express intelligent cabinet of claim 9, wherein: the printing device (23) is a thermal printer; the code scanning device (24) is a laser bar code scanner or a red light bar code scanner; the novel clothes hanger is characterized in that three rows of upper and lower box bodies (11) are arranged on the cabinet body (1), each box body (11) comprises a small cabinet located in the upper two rows and a large cabinet located in the bottom row and used for hanging amplified clothes, and the large cabinet is higher than the small cabinet.