CN112288511A - Convenient vehicle washing system and method based on O2O and Internet of things technology - Google Patents
Convenient vehicle washing system and method based on O2O and Internet of things technology Download PDFInfo
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- CN112288511A CN112288511A CN202010904175.0A CN202010904175A CN112288511A CN 112288511 A CN112288511 A CN 112288511A CN 202010904175 A CN202010904175 A CN 202010904175A CN 112288511 A CN112288511 A CN 112288511A
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- G—PHYSICS
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/06—Buying, selling or leasing transactions
- G06Q30/0601—Electronic shopping [e-shopping]
- G06Q30/0633—Lists, e.g. purchase orders, compilation or processing
- G06Q30/0635—Processing of requisition or of purchase orders
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00309—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated with bidirectional data transmission between data carrier and locks
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00571—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated by interacting with a central unit
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00896—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys specially adapted for particular uses
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/10—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property
- G07F17/12—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property comprising lockable containers, e.g. for accepting clothes to be cleaned
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Abstract
The invention discloses a portable car washing system based on O2O and Internet of things technology, which comprises a car carrier terminal, a car owner terminal, a car washing shop terminal, a key cabinet terminal and a background system, wherein the car carrier terminal is connected with the car owner terminal through a bus; and the vehicle receiving and sending personnel terminal, the vehicle owner terminal, the car washing shop terminal and the key cabinet terminal are in information interaction with the background system.
Description
Technical Field
The invention relates to the technical field of internet, in particular to a convenient car washing system and method based on O2O and internet of things technology.
Background
With the popularization of automobiles in China, the automobile matching service industry is more and more, and car washing shops are one of the industries. For car owners to enjoy car wash services, they need to drive cars to a car wash shop. However, car washing shops influence the appearance of the city, and the land price of the main urban area of the city is higher. Therefore, most of the locations of the car washing shops in the city are remote, which causes that car owners cannot enjoy car washing service conveniently and need to take time to wash cars specially.
In order to solve the problem, chinese patent document 201810737682.2 discloses a door-to-door car washing method and system based on an intelligent cabinet, and the document discloses that a car owner can place a key in the intelligent cabinet after ordering, a car washer obtains information from a terminal and then gets the car from the intelligent cabinet, and then drives the car to a car washing shop for washing. After the car washing is finished, the car washer sends the car back and puts the car key into the intelligent cabinet again for the car owner to take out.
The method can enable car washing of car owners to be more convenient to a certain extent, but the method is still single.
Disclosure of Invention
The invention aims to provide a convenient vehicle washing system method based on O2O and Internet of things technology, and in order to achieve the aim, the technical scheme of the invention is as follows:
a portable car washing system based on O2O and Internet of things technology comprises a car receiver terminal, a car owner terminal, a car washing shop terminal, a key cabinet terminal and a background system; the car delivery person terminal, the car owner terminal, the car wash shop terminal and the key cabinet terminal are all in information interaction with the background system;
the vehicle owner terminal is used for positioning the cell in which the vehicle owner terminal is positioned by the GPS and sending an order placing request and order information to the background system; the system is used for receiving the receiving and sending vehicle progress, the vehicle washing progress, the corresponding key cabinet position and the cabinet door occupation information fed back by the background system; the system comprises a door opening key for receiving a door opening key for opening a key cabinet door by a system background;
the background system is used for generating an order interface at the vehicle owner terminal, extracting and sending order information to the vehicle sender terminal and the store terminal, receiving and processing cabinet information, cabinet door information, a cabinet door opening and closing state, whether the cabinet door is in an abnormal state and the like uploaded by the key cabinet, and receiving the service progress fed back by the vehicle sender terminal, the key cabinet terminal and the car wash store terminal;
the system comprises a vehicle receiver terminal, a system background terminal and a key cabinet door opening terminal, wherein the vehicle receiver terminal is used for receiving customer order information, cabinet and cabinet door information sent by the system, sending GPS coordinate information during vehicle receiving and receiving a door opening key for opening the cabinet door of the key cabinet by the system background;
the system comprises a vehicle delivery person terminal, a background system and a user terminal, wherein the vehicle delivery person terminal is used for receiving a system order and sending GPS coordinate information and corresponding photos of a vehicle of a client before and after service to the background system in the vehicle delivery process and displaying the photos to the user terminal;
the system comprises a car washing store terminal, a user front end and a car washing system, wherein the car washing store terminal is used for receiving customer order detailed information, service flow state operation, store switching service operation when a store is busy, and car washing progress sending operation by a delivery driver;
and the key cabinet terminal is used for reading the cabinet opening key by the two-dimensional code reader, prompting the key access mode and the access safety information by videos and voices, and receiving a door opening instruction of the background system, so that the opening of the corresponding cabinet door of the key cabinet is controlled, and the key cabinet terminal is used for sending the use state of each cabinet door of the key cabinet, the corresponding customer cabinet door occupation information and the opening and closing state of each cabinet door to the background system. The key cabinet provides network hotspots and cabinet network video monitoring for users in an underground garage.
In the invention, the vehicle receiver terminal and the vehicle sender terminal can be the same terminal and only represent the identity of a worker, and when the identity of the worker is the vehicle receiver terminal and the vehicle sender terminal. Of course, there may be a staff member who can choose to be only the vehicle receiver or only the vehicle sender, and then the terminal held by the staff member is only the vehicle receiver terminal or the vehicle sender terminal.
The order information includes but is not limited to a car washing store, a service type, specific addresses and serial numbers of key locker, vehicle information (license plate and vehicle type, color) and vehicle parking position; the service types comprise full-process vehicle sending service, self-starting service, first half-process vehicle sending service and second half-process vehicle sending service;
the whole-course car delivery service means that a car receiver gets a key from a door key cabinet to receive a car to a car washing shop, and the car receiver returns the car to the original place after the car is washed, and the key is placed in the key cabinet.
The self-driving service means that a vehicle owner drives to a car washing store by self and leaves.
The first half-way car delivery service means that a car receiver gets a key to receive a car from a key cabinet at the door, the car and the car key are sent to a car washing store, and a car owner automatically goes to the store to take the car after the car is washed.
The second half-way car delivery service means that a car owner sends a car to a car washing shop by self, a key and the car are placed in the car washing shop, and a car delivery person sends the car back to a car stop position in an order after the car is washed.
A convenient car washing method based on O2O and Internet of things technology comprises the following steps:
step S1: the car owner sends a car washing order through the car owner terminal; the car washing order comprises car washing store information, information of cars to be washed, service type information, parking position information of the cars to be washed, key locker information and car washing price information.
Step S2, the system generates an order interface at the vehicle owner terminal, the order interface comprises a list of car washing stores, a list of service types, a list of key locker, a vehicle information input field and a vehicle parking position input field for users to choose from, and the order interface also automatically generates car washing cost information associated with the car washing stores and the service types;
step S3: the vehicle owner selects a car washing store, a service type and a key locker through an order interface, and submits the order to the system after filling the vehicle information and the vehicle parking position;
step S4: the system collects order information, and executes a process when the service type is the whole-course car delivery service in the order information; a; executing the flow B when the service type is the self-driving service in the order information; executing the flow C when the service type is the first half-way vehicle-sending service in the order information; and executing the flow D when the service type is the second half car delivery service in the order information.
The process A corresponding to the whole-course car delivery service comprises the following steps:
step A1: the system sends the information contained in the order and the key cabinet key-taking key to a vehicle delivery person terminal, and the vehicle delivery person sends the information in the order to the key cabinet key-taking step;
step A2: a vehicle receiver gets a vehicle from a parking position, photographs the outer surface of the vehicle and uploads the photographed image to a system;
step A3: the system stores the pictures in a database and sends the pictures of the vehicle to the vehicle owner end; the car receiver sends the car and the car key to a car washing shop;
step A4: the car washing shop finishes the car washing work and sends the finishing information to the system;
step A5: the system dispatches the order, sends the order information to the carrier terminal, and the carrier receives the instruction and gets the car and the car key from the car washing shop;
step A6: the vehicle sending person drives the vehicle to a parking position in the order information, takes a picture and sends the picture to the system, and the system stores the picture in the database and sends the picture to the vehicle owner terminal;
step A7: the delivery person stores the car key in the key cabinet; the system sends the vehicle key storage position information and the key to the vehicle owner terminal.
The process B corresponding to the self-driving service includes the following steps:
step B1: the system sends the order information to a car washing shop;
step B2: the vehicle owner drives the vehicle to a car washing shop;
step B3: the car washing shop finishes car washing work and sends finish information to the system, and the system sends car washing finish information to the car owner terminal;
step B4: the vehicle is placed in a car washing shop, and a vehicle owner can take the vehicle by himself.
The flow C corresponding to the first half of the vehicle-sending service comprises the following steps:
step C1: the system sends the information contained in the order and the key cabinet key-taking key to the terminal of the vehicle receiver, and the vehicle receiver sends the information in the order to the key cabinet key-taking step;
step C2: a vehicle receiver gets a vehicle from a parking position, photographs the outer surface of the vehicle and uploads the photographed image to a system;
step C3: the system stores the pictures in a database and sends the pictures of the vehicle to the vehicle owner end; the car receiver sends the car and the car key to a car washing shop;
step C4: the car washing shop finishes car washing work and sends finish information to the system, and the system sends car washing finish information to the car owner terminal;
step C5: the vehicle is placed in a car washing shop, and a vehicle owner can take the vehicle by himself.
The process C corresponding to the second half of the car delivery service includes the following steps:
step D1: the system sends the order information to a car washing shop;
step D2: the vehicle owner drives the vehicle to a car washing shop;
step D3: the car washing shop finishes the car washing work and sends the finishing information to the system;
step D4: the system dispatches the order, sends the order information to the carrier terminal, and the carrier receives the instruction and gets the car and the car key from the car washing shop;
step D5: the vehicle sending person drives the vehicle to a parking position in the order information, takes a picture and sends the picture to the system, and the system stores the picture in the database and sends the picture to the vehicle owner terminal;
step D6: the delivery person stores the car key in the key cabinet; the system sends the vehicle key storage position information and the key to the vehicle owner terminal.
In the steps, the vehicle receiver terminal, the vehicle sender terminal and the vehicle washing shop terminal send vehicle washing progress information to the system, and the system sends the vehicle washing progress information to the vehicle owner terminal. The car washing progress refers to which step of the car washing process the car is going to, such as taking the car, sending the car, washing the queue number, washing the car, and so on.
In the invention, in the system order process, the vehicle owner can track the vehicle receiving and sending condition and the order progress process condition through the user side APP. The user side APP can monitor the vehicle running track in real time during vehicle receiving and sending. Reporting and solving abnormal conditions in the driving process.
In the invention, the information of the delivery person and the information of the receiving person are bound with the account number, the system displays the information of the receiving person and the delivery person to the user, and the system protects the privacy of the user when the receiving person and the delivery person are communicated; after the carwash front and back delivery personnel take a picture and upload, the client can check the comparison of the vehicle conditions before and after carwash at any time.
The key cabinet terminal sends the use state of each cabinet door to the system, corresponds cabinet door occupation information, realizes the alarm function that the door is not closed in place, abnormally opens the real-time alarm function of cabinet door, and camera auxiliary monitoring management function.
The system also calculates the number of front queued vehicles when the vehicle owner places an order, the time occupied by receiving and sending the vehicle, and the predicted completion time of the whole order through an algorithm and then sends the result to the vehicle owner terminal.
Compared with the prior art, the invention has the following beneficial effects: the car owner can realize the one-key ordering of the mobile phone APP, and the mobile phone APP is quick and convenient. Car washing is not queued any more, and monitoring is carried out in the whole process: getting on the door to send a car, placing a car key into a community intelligent cabinet after ordering by one key, waiting for the car at a self parking place, and monitoring the car receiving, washing and sending processes in the whole process by a mobile phone APP; the service is carried out for 24 hours, the consumer can wash the car as soon as placing an order, and the consumer can take the car as soon as washing, so that the contradiction between the working hours of going to work and working hours of the traditional car washing shop is solved.
Detailed Description
The technical solutions of the present invention will be described clearly and completely below, and it should be apparent that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
A portable car washing system based on O2O and Internet of things technology comprises a car receiver terminal, a car sender terminal, a car owner terminal, a car washing shop terminal, a key cabinet terminal and a background system; the car receiver terminal, the car sender terminal, the car owner terminal, the car washing shop terminal and the key cabinet terminal are all in information interaction with the background system;
the vehicle owner terminal is used for sending an order placing request and order information to the background system; the system is used for receiving the car washing progress fed back by the background system and the occupation information of the corresponding key cabinet door; the vehicle photo receiving device is used for receiving the vehicle photo sent by the background system;
the background system is used for generating an order interface at the vehicle owner terminal, extracting order information, sending the order information to the vehicle sender terminal, receiving the car washing progress fed back by the vehicle sender terminal, the key cabinet terminal and the car washing shop terminal, receiving the pictures sent by the vehicle sender terminal and storing the pictures in the database;
the system comprises a vehicle receiver terminal, a system background terminal and a key cabinet door opening terminal, wherein the vehicle receiver terminal is used for receiving customer order information, cabinet and cabinet door information sent by the system, sending GPS coordinate information during vehicle receiving and receiving a door opening key for opening the cabinet door of the key cabinet by the system background;
the system comprises a vehicle delivery person terminal, a background system and a user terminal, wherein the vehicle delivery person terminal is used for receiving a system order and sending GPS coordinate information and corresponding photos of a vehicle of a client before and after service to the background system in the vehicle delivery process and displaying the photos to the user terminal;
the car washing shop terminal is used for receiving the order information sent by the background system and sending the car washing progress to the background system;
the key cabinet terminal is used for receiving an opening instruction of the background system so as to control the opening of the door of the key cabinet, sending the using state of each door of the key cabinet to the background system corresponding to the occupied information of the door of the customer cabinet, sending the information that the door is not closed in place to the background system, and providing a monitoring function.
The order information includes but is not limited to a car washing store, a service type, specific addresses and serial numbers of key locker, vehicle information (license plate and vehicle type, color) and vehicle parking position; the service types comprise full-process vehicle sending service, self-starting service, first half-process vehicle sending service and second half-process vehicle sending service;
the whole-course car delivery service means that a car receiver gets a key from a door key cabinet to receive a car to a car washing shop, and after washing, the car receiver delivers the car back to the original place and puts the key back to the key cabinet.
The self-driving service means that a vehicle owner drives to a car washing store by self and leaves.
The first half-way car delivery service means that a car receiver gets a key to receive a car from a key cabinet at the door, the car and the car key are sent to a car washing store, and a car owner automatically goes to the store to take the car after the car is washed.
The second half-way car delivery service means that a car owner sends a car to a car washing shop by self, a key and the car are placed in the car washing shop, and a car delivery person sends the car back to a car stop position in an order after the car is washed.
Example 1
In this embodiment, the vehicle owner selects the full-course vehicle delivery service.
A convenient car washing method based on O2O and Internet of things technology comprises the following processes:
the car owner sends a car washing order through the car owner terminal; the car washing order comprises car washing store information, information of cars to be washed, service type information, parking position information of the cars to be washed, key locker information and car washing price information.
The system generates an order interface at the vehicle owner terminal, the order interface comprises a vehicle washing store list (the vehicle washing store list is generated based on the positioning of the vehicle owner terminal and is arranged in a set area according to the distance), a service type list, a key locker list, a vehicle information input field and a vehicle parking position input field, wherein the vehicle information input field and the vehicle parking position input field are selected by a user, and the order interface also automatically generates vehicle washing cost information related to the vehicle washing store and the service type; the vehicle information is generally a vehicle model + a license plate number + a color, such as an off-road vehicle + a license plate number + a black color. The parking location of a vehicle generally refers to the address of a parking lot and the specific parking space of the parking lot. The car wash cost is a system default algorithm, generated according to the car wash store distance and the service type.
The vehicle owner selects a car washing store, a service type and a key locker through an order interface, and submits the order to the system after filling the vehicle information and the vehicle parking position;
the system collects order information, the system sends information contained in the order and a key cabinet key-taking key to a vehicle receiver terminal, and the vehicle receiver sends the information in the order to the key cabinet key-taking step; after the car receiver takes the car key, the key cabinet sends the key taking information to the system, and the system updates the car washing progress;
the vehicle receiver gets the vehicle from the parking position, and the vehicle receiver terminal photographs the outer surface of the vehicle and uploads the photographed image to the system; the system collects the state of the vehicle receiver terminal in the process of sending the vehicle, collects the position information of the vehicle receiver at the same time, and sends the real-time position information of the vehicle receiver to the vehicle owner, so that the vehicle owner can see the position of the vehicle at the moment. The vehicle receiver starts to send the vehicle after the vehicle is taken, the information is also sent to the system, and the system updates the vehicle washing progress;
the system stores the pictures in a database and sends the pictures of the vehicle to the vehicle owner end; the car receiver sends the car and the car key to a car washing shop; the vehicle receiver sends the vehicle to the vehicle receiver and then sends information through the vehicle sender terminal, and the system updates the vehicle washing progress; the system finishes the work flow of the vehicle receiver, and the vehicle receiver can continue to receive the order;
the car washing shop finishes the car washing work, the completion information is sent to the system, and the system updates the car washing progress;
the system dispatches the order, sends the order information to the carrier terminal, and the carrier receives the instruction and gets the car and the car key from the car washing shop; the delivery person starts to send back the vehicle and also sends information to the system, and the vehicle washing progress is updated
The vehicle sending person drives the vehicle to a parking position in the order information, takes a picture and sends the picture to the system, and the system stores the picture in the database and sends the picture to the vehicle owner terminal; when sending singing and the person sends back the vehicle, the system sends information to the system, and the system updates the vehicle washing progress.
The delivery person stores the car key in the key cabinet; the system sends the vehicle key storage position information and the key to the vehicle owner terminal.
Example 2
In this embodiment, the vehicle owner selects the self-driving service.
A convenient car washing method based on O2O and Internet of things technology comprises the following processes:
the car owner sends a car washing order through the car owner terminal; the car washing order comprises car washing store information, information of cars to be washed, service type information, parking position information of the cars to be washed, key locker information and car washing price information.
The system generates an order interface at the vehicle owner terminal, wherein the order interface comprises a car washing store list, a service type list, a key locker list, a vehicle information input field and a vehicle parking position input field which are filled by a user and can be selected, and the order interface also automatically generates car washing cost information related to the car washing store and the service type;
the vehicle owner selects a car washing store, a service type and a key locker through an order interface, and submits the order to the system after filling the vehicle information and the vehicle parking position;
the system sends the order information to a car washing shop;
the vehicle owner drives the vehicle to a car washing shop;
the car washing shop finishes the car washing work, the completion information is sent to the system, and the system updates the car washing progress; the system sends car washing completion information to a car owner terminal;
the vehicle is placed in a car washing shop, and a vehicle owner can take the vehicle by himself.
Example 3
In this embodiment, the owner selects the first half of the service.
A convenient car washing method based on O2O and Internet of things technology comprises the following processes:
the car owner sends a car washing order through the car owner terminal; the car washing order comprises car washing store information, information of cars to be washed, service type information, parking position information of the cars to be washed, key locker information and car washing price information.
The system generates an order interface at the vehicle owner terminal, wherein the order interface comprises a car washing store list, a service type list, a key locker list, a vehicle information input field and a vehicle parking position input field which are filled by a user and can be selected, and the order interface also automatically generates car washing cost information related to the car washing store and the service type;
the vehicle owner selects a car washing store, a service type and a key locker through an order interface, and submits the order to the system after filling the vehicle information and the vehicle parking position;
the system sends information contained in the order and the key cabinet key-taking key to the vehicle receiver terminal, and the vehicle receiver sends the key cabinet key-taking key to the key cabinet according to the information in the order; after the car receiver takes the car key, the key cabinet sends the key taking information to the system, and the system updates the car washing progress;
a vehicle receiver gets a vehicle from a parking position, photographs the outer surface of the vehicle and uploads the photographed image to a system; the vehicle receiver starts to send the vehicle, and the system updates the vehicle washing progress by sending information to the system through the vehicle receiver terminal; the system finishes the work flow of the vehicle receiver, and the vehicle receiver can continue to receive the order;
the system stores the pictures in a database and sends the pictures of the vehicle to the vehicle owner end; the car receiver sends the car and the car key to a car washing shop; the delivery person sends information to the system through the terminal, and the system updates the car washing progress;
the car washing shop finishes car washing work and sends finish information to the system, and the system sends car washing finish information to the car owner terminal; and the system updates the car washing progress.
The vehicle is placed in a car washing shop, and a vehicle owner can take the vehicle by himself.
Example 4
In this embodiment, the vehicle owner selects the second half service.
A convenient car washing method based on O2O and Internet of things technology comprises the following steps:
the car owner sends a car washing order through the car owner terminal; the car washing order comprises car washing store information, information of cars to be washed, service type information, parking position information of the cars to be washed, key locker information and car washing price information.
The system generates an order interface at the vehicle owner terminal, wherein the order interface comprises a car washing store list, a service type list, a key locker list, a vehicle information input field and a vehicle parking position input field which are filled by a user and can be selected, and the order interface also automatically generates car washing cost information related to the car washing store and the service type;
the vehicle owner selects a car washing store, a service type and a key locker through an order interface, and submits the order to the system after filling the vehicle information and the vehicle parking position;
the system sends the order information to a car washing shop;
the vehicle owner drives the vehicle to a car washing shop;
the system updates the car washing progress
The system dispatches the order, sends the order information to the carrier terminal, and the carrier receives the instruction and gets the car and the car key from the car washing shop; the delivery person sends information to the system through the terminal, and the system updates the car washing progress;
the vehicle sending person drives the vehicle to a parking position in the order information, takes a picture and sends the picture to the system, and the system stores the picture in the database and sends the picture to the vehicle owner terminal; the vehicle carrier terminal sends the information to the system, and the system updates the vehicle washing progress;
the delivery person stores the car key in the key cabinet; the system sends the vehicle key storage position information and the key to the vehicle owner terminal.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that changes may be made in the embodiments and/or equivalents thereof without departing from the spirit and scope of the invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (8)
1. The utility model provides a portable vehicle washing system based on O2O mode and internet of things, its characterized in that: the system comprises a vehicle receiving and delivering personnel terminal, a vehicle owner terminal, a car washing store terminal, a key cabinet terminal and a background management system; the pick-up personnel terminal, the car owner terminal, the car wash shop terminal and the key cabinet terminal are all in information interaction with the background management system;
the vehicle owner terminal is used for positioning the cell in which the vehicle owner terminal is positioned by the GPS and sending an order placing request and order information to the background system; the system is used for receiving the receiving and sending vehicle progress, the vehicle washing progress, the corresponding key cabinet position and the cabinet door occupation information fed back by the background system; the system comprises a door opening key for receiving a door opening key for opening a key cabinet door by a system background;
the background system is used for generating an order interface at the vehicle owner terminal, extracting and sending order information to the vehicle sender terminal and the store terminal, receiving and processing cabinet information, cabinet door information, a cabinet door opening and closing state, whether the cabinet door is in an abnormal state and the like uploaded by the key cabinet, and receiving the service progress fed back by the vehicle sender terminal, the key cabinet terminal and the car wash store terminal;
the system comprises a receiving and sending personnel terminal, a background system and a user terminal, wherein the receiving and sending personnel terminal is used for receiving customer order information, cabinet and cabinet door information sent by the system, sending GPS coordinate information and corresponding pictures of a customer's vehicle before and after service to the background system in the process of receiving and sending the vehicle, and receiving a door opening key for opening a cabinet door of a key cabinet by the background of the system;
the system comprises a car washing store terminal, a user front end and a car washing system, wherein the car washing store terminal is used for receiving customer order detailed information, service flow state operation, store switching service operation when a store is busy, and car washing progress sending operation by a delivery driver;
the key cabinet terminal is used for reading a cabinet opening key by the two-dimensional code reader, prompting a key access mode and access safety information by videos and voices, receiving a door opening instruction of the background system, and accordingly controlling the opening of the corresponding cabinet door of the key cabinet, and sending the use state of each cabinet door of the key cabinet, the corresponding customer cabinet door occupation information and the opening and closing state of each cabinet door to the background system; the key cabinet provides network hotspots and cabinet network video monitoring for users in an underground garage.
2. The portable car washing system based on O2O mode and IOT (Internet of things) technology of claim 1, wherein: the order information comprises but is not limited to a car washing store, a service type, a specific address and a serial number of a key locker, customer information, vehicle information and a vehicle parking position; the whole set of system service functions comprise whole-course vehicle receiving and sending service, self-service to store service, first half-course vehicle receiving service and second half-course vehicle sending service;
the whole-course car delivery service means that a car receiver gets a key from a door key cabinet, receives a car to a car washing shop, returns the car to the original place after washing, and puts the key back to the key cabinet;
the self-service means that the vehicle owner drives to the car washing store by self and drives to leave by self;
the first half of the car receiving service means that after a key is taken by a corresponding key cabinet in a door-to-door order of a full-time car receiver, a customer car is photographed at an original car position and is received, the car is driven to a car washing store, and after the car is washed, a car owner automatically arrives at the store to take the car;
the second half-way car delivery service means that a car owner sends a car to a car washing shop by self, a key and the car are placed in the car washing shop, a full-time car delivery person sends the car back to the stop position of the car in an order after the car is washed, takes a picture and uploads the picture to a background, and the key is stored in a key cabinet appointed in the order.
3. The portable car washing system based on O2O mode and IOT (Internet of things) technology of claim 1, wherein: the key cabinet sends information that the cabinet door is not closed in place, abnormal opening information of the cabinet door, restarting information within a set time after the key cabinet is offline and the like to a background system, the background system gives an alarm to remind a manager in real time according to different abnormal conditions, a wireless network is provided for the key cabinet according to the fact that part of underground garage mobile phones are not signaled, a video monitoring function is provided, and monitoring video data are sent to the cloud for storage.
4. The portable car washing system based on O2O mode and IOT (Internet of things) technology of claim 1, wherein: the information of the vehicle receiving and sending personnel is safely bound with the account number distributed by the system in a one-to-one mode through the vehicle sending personnel terminal, the system sends the information of the vehicle receiving and sending personnel to the vehicle owner terminal, and when the vehicle sending personnel is communicated with the user through the vehicle sending terminal, the system provides the virtual number to protect the privacy of the user telephone.
5. A convenient car washing method based on an O2O mode and an Internet of things technology is characterized in that: the method comprises the following steps:
step S1: the car owner mobile phone real name registration account number sends a car washing order through the car owner terminal;
step S2, the system generates an order information interface and a two-dimensional open-cabinet code at the owner terminal;
step S3: the method comprises the following steps that a vehicle owner selects a cell where a vehicle is located through an order interface, a system automatically allocates a nearby car washing store, a user selects a service type, a service item and the position of a cell key locker where the vehicle is located, and after vehicle information and a vehicle parking position are filled, an order is submitted to the system;
step S4: the system collects order information, and executes a process when the service type is the whole-course car delivery service in the order information; a; executing a flow B when the service type is self-service to store service in the order information; executing the flow C when the service type is the first half-way vehicle receiving service in the order information; when the service type is the second half-procedure car delivery service in the order information, executing a flow D;
the process A corresponding to the whole-course vehicle receiving and sending service comprises the following steps:
step A1: the system sends the information contained in the order and the key cabinet access key to a vehicle delivery person terminal, and the vehicle delivery person sends the information in the order to the key cabinet to pick up the vehicle key;
step A2: a vehicle receiver gets a vehicle from a parking position;
step A3: a receiver receives the car and a car key to a car washing shop;
step A4: the car washing shop finishes the car washing work and sends the finishing information to the system;
step A5: the system dispatches the order, sends the order information to the carrier terminal, and the carrier receives the instruction and gets the car and the car key from the car washing shop;
step A6: the vehicle delivery person drives the vehicle to a parking position in the order information;
step A7: the delivery person stores the car key in the key cabinet; the system sends the vehicle key storage position information and the key to the vehicle owner terminal;
the process B corresponding to the self-driving service includes the following steps:
step B1: the system sends the order information to a car washing shop;
step B2: the vehicle owner drives the vehicle to a car washing shop;
step B3: the car washing shop finishes car washing work and sends finish information to the system, and the system sends car washing finish information to the car owner terminal;
step B4: the vehicle is placed in a vehicle washing shop, and a vehicle owner can take the vehicle by himself;
the flow C corresponding to the first half of the vehicle-sending service comprises the following steps:
step C1: the system sends the information contained in the order and the key cabinet key-taking key to a vehicle delivery person terminal, and the vehicle delivery person sends the information in the order to the key cabinet key-taking step;
step C2: a vehicle receiver gets a vehicle from a parking position;
step C3: the car receiver sends the car and the car key to a car washing shop;
step C4: the car washing shop finishes car washing work and sends finish information to the system, and the system sends car washing finish information to the car owner terminal;
step C5: the vehicle is placed in a vehicle washing shop, and a vehicle owner can take the vehicle by himself;
the process C corresponding to the second half of the car delivery service includes the following steps:
step D1: the system sends the order information to a car washing shop;
step D2: the vehicle owner drives the vehicle to a car washing shop;
step D3: the car washing shop finishes the car washing work and sends the finishing information to the system;
step D4: the system dispatches the order, sends the order information to the carrier terminal, and the carrier receives the instruction and gets the car and the car key from the car washing shop;
step D5: the vehicle delivery person drives the vehicle to a parking position in the order information;
step D6: the delivery person stores the car key in the key cabinet; the system sends the vehicle key storage position information and the key to the vehicle owner terminal.
6. The O2O and IOT technology-based portable car washing method of claim 5, wherein: when a carwash person sends a car to a carwash shop and receives the car from the carwash shop, the car is shot and sent to the system through the carwash person terminal, and the system stores the pictures in the database and sends the pictures to the car owner terminal.
7. The O2O and IOT technology-based portable car washing method of claim 5, wherein: the car washing progress of the vehicle is sent to the system by the car washing shop terminal and the car delivery person terminal, and the system sends car washing progress information to the user car owner.
8. The O2O and IOT technology-based portable car washing method of claim 5, wherein: the system collects the real-time address of the vehicle sender terminal and the address of the car washing shop which are sending the vehicle, and sends the address to the vehicle owner terminal so as to present the real-time position information of the vehicle.
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