Storage space sharing service integration method and system based on Internet of Things and big data

Abstract

The embodiment of the invention discloses a storage space sharing service integration method and system based on the Internet of Things and big data, and belongs to the technical field of networks. The method comprises the following steps: installing intelligent storage facility equipment with corresponding specifications and functions according to different idle spaces of a space main station; the storage owner creates a storage demand online; the storage space is matched and matched with a storage object; articles are stored; the stored objects are supervised in real time; and storing and delivering. Different idle spaces in the society can be effectively integrated, various short-term, medium-term and long-term storage and preservation services are provided for thousands of owners with storage requirements, various idle spaces can be effectively utilized, the maximum function and value of the spaces can be played, the living, living and production environments of the owners are improved, the living quality and production efficiency of the owners are improved, and the market competitiveness of the owners is improved. The happiness is improved.

Description

manual Technical Field

[0001] The present invention relates to the field of network technology, and in particular to a storage space sharing service integration method and system based on the Internet of Things and big data. Background Art

[0002] With the continuous increase in the urbanization rate, more and more rural people are pouring into cities, thus forming metropolises with a population of millions or even tens of millions. The increase in urban population, while beneficial to urban and economic development, has also brought about many big city problems, such as rising land and housing prices, and people's living, living and production space becoming increasingly crowded and costs increasing.

[0003] In addition to people, urban physical space is also occupied by the various means of living and production needed for their daily lives and production. With the progress of society and the continuous improvement of living standards, people's means of living and production are becoming increasingly abundant. Coupled with the widespread mentality of accepting new things and cherishing old things, as well as the virtue of diligence and thriftiness, the living and production space of people is becoming increasingly smaller. Furthermore, the accelerated pace of modern life and increased mobility have led to an increasing demand for various storage spaces.

[0004] In addition, due to the differences in the size of people's living and production spaces, there are also a large number of temporary, medium-term and long-term vacant spaces in the city, resulting in a huge waste of space resources.

[0005] Traditional storage services include: safe deposit box rentals at banks, characterized by their small size and high-value storage; cubicle rentals at businesses, characterized by their small size and limited service locations; and temporary storage services at train stations and hotels, characterized by short storage times and low security. None of these storage options can meet the growing demand for storage, leading to an urgent need for a convenient, fast, high-quality, secure, and affordable storage solution. Summary of the Invention

[0006] The embodiments of the present invention provide a storage space sharing service integration method and system based on the Internet of Things and big data. Through the Internet of Things and big data technologies, various idle spaces in society are effectively integrated to provide short-, medium- and long-term storage and custody services for the majority of owners with storage needs, thereby realizing the effective utilization of idle space resources and optimizing the living, living and production space of the people, improving the quality of life and production efficiency of the people, and enhancing their sense of happiness.

[0007] In order to achieve the above purpose, the following technical solutions are adopted:

[0008] A storage space sharing service integration method based on the Internet of Things and big data, including a cloud platform, a settlement account, and:

[0009] Install intelligent storage facilities and equipment with corresponding specifications and functions according to the different idle spaces of the space owner;

[0010] The storage owner creates storage requirements online;

[0011] Match storage space with storage items;

[0012] Storage of items;

[0013] Real-time supervision of storage;

[0014] Storage delivery.

[0015] The different idle spaces refer to all or part of the idle spaces including but not limited to houses, warehouses, garages, cargo yards, boxes, cabinets, shelves, etc.

[0016] The smart storage facilities and equipment refer to facilities and equipment including but not limited to boxes, cabinets, shelves, packages, etc. equipped with GPS locators, temperature and humidity sensors, CNC locks, cameras, and shock-proof, fire-proof, moisture-proof and other materials.

[0017] When creating a storage demand form online, the storage owner needs to indicate the category, specifications, quantity, storage time, transportation method and other information of the stored items in order to more accurately match them with suitable storage spaces.

[0018] The supervision of storage mentioned above refers to the installation of cameras, temperature and humidity sensors, CNC locks and other facilities and equipment in the storage place or storage facilities of the space owner through the Internet of Things technology to achieve 24-hour uninterrupted monitoring and management of storage.

[0019] During the storage delivery, the storage owner or his authorized space owner scans the code or enters the verification code through the system APP to open and close the CNC locks on the storage facilities and equipment, thereby achieving safe retrieval and delivery.

[0020] The method further includes collecting evaluation information of space owners in the entire network, and adjusting the service quality level and security level of the space owners according to the evaluation results.

[0021] A storage space sharing service system based on the Internet of Things and big data, including a cloud platform, a settlement account, and:

[0022] The order creation module allows the storage owner to create a storage demand form online;

[0023] Matching modules to match storage space with the right one;

[0024] In the storage module, the storage owner or their authorized space owner uses their smartphone to scan the QR code or enter the verification code through the system app to unlock the digital lock on the storage facility. When placing the storage item, the image data is automatically captured and saved to the system, and then confirmed online by the storage owner and space owner.

[0025] The supervision module installs cameras, GPS locators, CNC locks, temperature and humidity sensors and other equipment in the storage places or storage facilities of the space owner to monitor and manage the storage 24 hours a day;

[0026] In the delivery module, the settlement account verifies the storage duration, fee settlement and other information. The storage owner or the authorized space owner uses a smartphone to scan the QR code through the APP, enter the verification code, etc. to send an unlocking command to the CNC lock, thereby completing the safe delivery of the storage;

[0027] The settlement module provides users with settlement and payment services for storage service fees and space rentals;

[0028] The communication module provides information transmission (interaction) between the system and other devices such as cameras, CNC locks, and temperature and humidity sensors installed in storage spaces and facilities.

[0029] The system also includes an evaluation module that collects evaluation information of space owners in the entire network and adjusts its service quality level and security level based on the space owners' evaluation information.

[0030] The embodiment of the present invention provides a storage space sharing service integration method and system based on the Internet of Things and big data. Through the Internet of Things and big data technologies, various idle spaces in society are effectively integrated to provide a variety of short-, medium- and long-term storage and custody services for owners with storage needs, thereby realizing the effective utilization of idle space resources and optimizing the living, living and production space of the people, which can effectively improve the quality of life and production efficiency of the people and enhance their sense of happiness. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] Figure 1 A flowchart of a storage space sharing service integration method based on the Internet of Things and big data provided in Example 1 of the present invention;

[0032] Figure 2 This is a module structure diagram of a storage space sharing service system based on the Internet of Things and big data provided in Example 2 of the present invention;

[0033] Figure 3 Schematic diagram of the hardware and software composition and working principle and technical effect of the second embodiment of the present invention DETAILED DESCRIPTION

[0034] The following describes in detail an integrated storage space sharing service method and system based on the Internet of Things and big data according to an embodiment of the present invention with reference to the accompanying drawings.

[0035] The Internet of Things is an important part of the new generation of information technology. It is a network that connects any object to the Internet through various information sensing devices such as the global positioning system, cameras, radio frequency identification (RFID), infrared sensors, and sensors, according to agreed protocols, to exchange (interact) and communicate information, so as to realize the intelligent identification, positioning, tracking, monitoring and management of objects.

[0036] Big data refers to the vast quantities of data used for statistical and computational analysis. With the continuous advancement of science and technology, information and communications technology, and the increasing number of sensors and smart devices connected to the internet, data of all kinds is exponentially increasing. Big data has fueled rapid development in scientific research, the economy, national defense, and society, and has become a new energy source in today's world.

[0037] The present invention introduces Internet of Things technology, installs GPS locators, cameras, temperature sensors, humidity sensors, CNC locks and other equipment on storage spaces and facilities and equipment, and combines them with the system platform to provide users with convenient, fast, safe and diverse storage space sharing service solutions.

[0038] Camera: A device used to capture real-time image information of people and scenery and record sound. It can decompose images and sounds into electrical signals. Usually there are optical cameras, digital cameras, etc.

[0039] GPS locator: An instrument used to measure and locate the location of an object.

[0040] Temperature sensor: A spatial temperature sensing instrument that can measure the air temperature in a space and convert it into an electrical signal, enabling the instrument to sense information, convert information and output this information.

[0041] Humidity sensor: A space humidity sensing instrument that can measure the amount of moisture in the space and convert it into an electrical signal, enabling the instrument to sense information, convert information and output this information.

[0042] CNC locks: Metal devices installed at the opening and closing or connection of doors, windows, objects, etc., which are controlled by digital commands.

[0043] The present invention discloses a storage space sharing service integration method based on the Internet of Things and big data, such as Figure 1 As shown, including:

[0044] Step 101: Install smart storage facilities and equipment with corresponding specifications and functions according to the different unused spaces of the space owner;

[0045] The idle different spaces refer to all or part of the idle spaces including but not limited to houses, warehouses, garages, cargo yards, boxes, cabinets, shelves, etc.

[0046] The smart storage facilities and equipment refer to storage facilities and equipment including but not limited to boxes, cabinets, shelves, packages, etc. that are equipped with GPS locators, cameras, temperature sensors, humidity sensors, CNC locks and other devices.

[0047] Step 102: The depositor creates a storage requirement online;

[0048] When creating a storage demand form, you need to indicate the type, specifications, quantity, storage time, transportation method and storage value of the stored items, so as to more accurately match the appropriate storage space.

[0049] Step 103: Matching storage space with suitable storage space;

[0050] The matching factors include but are not limited to the category, specifications, quantity, storage time, transportation method and adjacent distance of the items.

[0051] Step 104: Item storage;

[0052] In this embodiment, in order to ensure the safety and integrity of the storage and clarify the rights and obligations of the three parties (storage party, space party, and system platform party), the storage owner or his authorized space owner uses a smartphone to scan the code or enter the verification code through the system software APP to open the smart CNC lock on the storage facility equipment. When placing the storage, the image data needs to be taken and uploaded to the system, and confirmed by both the storage owner and the space owner.

[0053] Step 105: Real-time monitoring of storage;

[0054] The real-time supervision of storage is achieved by monitoring and managing the storage in terms of anti-theft, anti-damage, fire prevention, and moisture prevention through GPS locators, cameras, CNC locks, temperature and humidity sensors, and other equipment installed in storage spaces and equipment.

[0055] Step 106: Storage delivery.

[0056] When the storage period expires, the storage owner or his authorized space owner uses a smartphone to scan the code or enter the verification code through the system software APP to send an unlocking instruction to the CNC lock, thereby achieving safe delivery of the stored items.

[0057] For space owners with idle space, this smart storage space sharing service solution can effectively revitalize their idle space assets and maximize the function and value of their space; for property owners with storage needs, this smart storage space sharing service solution can effectively solve the problem of being forced to live and produce together with people and things or to give up their valuable items due to lack of space. It can not only allow the items to play their due functions and values, but also optimize their living, living and production space, improve their quality of life and production efficiency, and enhance their sense of happiness.

[0058] like Figure 2 As shown, a storage space sharing service system 30 based on the Internet of Things and big data includes a cloud platform 209, a settlement account 207, and further includes:

[0059] In the order creation module 201, the storage owner 10 creates a storage demand form online;

[0060] Matching module 202 matches the storage host 10 with a suitable space host 20 and storage space;

[0061] In the storage module 203, the storage owner 10 or the authorized space owner 20 uses a smartphone to scan a code or enter a verification code through the system software app to generate an instruction to open and close the digital lock on the storage facility equipment. After the item is stored, both the storage owner 10 and the space owner 20 confirm online.

[0062] The monitoring module 204 monitors and manages the storage 24 hours a day through hardware devices such as cameras, CNC locks, temperature sensors, and humidity sensors installed in the space host 20 or storage facilities and equipment in conjunction with the system platform 30;

[0063] After the delivery module 205 and the settlement account 207 verify the storage time, fee settlement and other information, the storage owner 10 or his authorized space owner 20 uses a smartphone to scan the code or enter the verification code through the system 30 APP to generate a switch command to operate the digital control lock on the storage facility equipment, thereby achieving a safe delivery of the storage;

[0064] The settlement module 206 is used by the storage owner 10 to settle the storage service fee with the system platform 30 according to the agreed payment method, and then the system platform 30 settles and pays the space rental and other fees to the space owner 20.

[0065] The communication module 208 provides information transmission (interaction) services between hardware devices such as cameras, CNC locks, and temperature and humidity sensors and the system platform 30;

[0066] The system also includes an evaluation module that collects evaluation information of the space host 20 in the entire network and adjusts the service quality level, security level and credit level of the space host 20 according to the evaluation information.

[0067] like Figure 3 The following is a hardware diagram of a storage space sharing service system based on the Internet of Things and big data:

[0068] Reference Figure 3 , storage user 1 and space user 3 use smart phone 0 to connect to the system cloud platform 2 network, and the GPS locator 4 installed in the space user 3's space location is connected to the system cloud platform 2 network to achieve accurate matching and positioning of storage user 1's needs and space user 3's space resources.

[0069] Reference Figure 3 The communication module (box) 5 is electrically connected to the CNC lock 6. The storage user 1 or his authorized space user 3 uses a smart phone 0 to scan the code or enter the verification code through the system cloud platform 2 soft-end APP to generate a digital instruction, and then controls the CNC lock 6 installed on the storage facility equipment through the communication module (box) 5 to perform opening and closing operations to realize the storage, retrieval and delivery of the stored items.

[0070] Reference Figure 3 The output ends of the camera 7, temperature sensor 8, and humidity sensor 9 are electrically connected to the input end of the communication module (box) 5, and the collected image, temperature, humidity and other data are uploaded to the system cloud platform 2, and reflected on the APP end of the storage user 1 and the space user 3, realizing real-time monitoring and management of the storage's anti-theft, anti-damage, fire prevention, moisture prevention, etc.

[0071] The embodiment of the present invention provides a storage space sharing service integration method and system based on the Internet of Things and big data. Through the Internet of Things and big data technologies, various idle spaces in society are effectively integrated to provide short-, medium- and long-term storage and custody services to the majority of owners with storage needs, thereby realizing the effective utilization of idle space, improving and optimizing the storage owners' living, living and production space, improving the storage owners' living, quality of life and production efficiency, and enhancing the people's sense of happiness.

Claims

1. A storage space sharing service integration method based on the Internet of Things and big data, characterized in that: Including cloud platform, settlement account, and also: Install smart storage facilities and equipment with corresponding specifications and functions according to the different idle spaces of space owners; install boxes, cabinets, shelves, parcels and other storage facilities and equipment equipped with GPS locators, cameras, data locks, temperature sensors, humidity sensors and other equipment in different idle spaces owned by space owners, such as houses, warehouses, garages, and storage yards, so that they have functions such as positioning tracking, anti-theft, anti-damage, fire prevention, and moisture prevention; The depositor creates a storage request online: When creating a storage request form, the depositor must submit information such as the category, specifications, quantity, storage duration, delivery and retrieval method, and storage value of the items to be stored; Match storage space with storage space; Storage of items; Real-time supervision of storage: Through the Internet of Things technology, GPS locators, cameras, CNC locks, temperature sensors, humidity sensors and other equipment are installed in storage spaces or facilities to combine with the system to implement 24-hour uninterrupted storage monitoring and management Storage delivery: When the storage period expires, the storage owner or his authorized space owner uses a smartphone to scan the code through the system software APP or enter the verification code to generate a digital instruction to open and close the CNC lock, thereby achieving safe retrieval and delivery.

2. The method according to claim 1, characterized in that Storage users and space users connect to the system cloud platform network through smartphones, and connect to the GPS locator network installed in the storage place. The shortest path distance matching algorithm is used to achieve accurate positioning and matching of storage needs and space resources.

3. The method according to claim 1, characterized in that CNC locks, cameras, temperature sensors, humidity sensors, etc. are connected to the communication module (box) circuit installed in the storage space, and then connected to the system cloud platform and the user APP network to achieve intelligent access to storage and real-time monitoring and management of anti-theft, anti-damage, fire prevention, and moisture prevention.

4. A storage space sharing service system based on the Internet of Things and big data, including: Cloud platform, settlement account, and also includes: The order creation module allows the storage owner to create a storage demand form online; Matching module to match storage space with suitable storage; In the storage module, the storage owner or their authorized space owner uses their smartphone to scan a QR code or enter a verification code through the system software app to generate a digital command to open or close the digital locks on the storage facilities. The system automatically captures and saves the video data of the storage process, which is then confirmed online by the storage owner and space owner. The supervision module uses the Internet of Things technology to install cameras, GPS locators, CNC locks, temperature sensors, humidity sensors and other equipment in the storage space and facilities of the space owner to implement 24-hour uninterrupted storage monitoring and management in combination with the system; In the delivery module, the settlement account verifies the storage duration, fee settlement and other information. The storage owner or the authorized space owner uses a smartphone to scan the code or enter the verification code through the system APP to send an unlocking command to the CNC lock, thereby achieving safe delivery of the storage; The settlement module provides users with settlement and payment services for storage service fees and space rentals; The communication module provides information transmission (interaction) services between cameras, CNC locks, temperature sensors, humidity sensors and other equipment installed in storage spaces and facilities and the system cloud platform; The system also includes an evaluation module that collects evaluation information of space owners in the entire network and adjusts its service quality level and security credit level based on the space owner's evaluation information.

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