WO2023207033A1 - Interconnection and intercommunication between devices, and intelligent application platform - Google Patents

Abstract

A matching, scheduling, rights confirmation and authorization method, and a device, a system and a platform. An application end and a device end respectively compile identification codes according to a set identification code compilation standard method, and upload the identification codes to a central server as application and device instructions; the central server completes matching, scheduling and rights confirmation by means of the instructions; and the application end authorizes a device-end device to be linked to an application-end server, and performs authorization according to requirements so as to issue device operation parameters, such that interconnection and intercommunication between devices and an intelligent application are realized.

Description

A device interconnection and intelligent application platform Technical field

Embodiments of the present application relate to the field of wireless communication technology, and in particular to a method, device, system and platform for device interconnection and intelligent application to provide a matching, scheduling, right confirmation and authorization method.

Background technique

With the development of technology, especially the rapid development of artificial intelligence, the intelligence of equipment will be more comprehensively popularized. However, the intelligence of devices faces an urgent need for interconnection. In the current technology and market competition system, the inability of devices of various brands and platforms to interconnect has always been the biggest confusion for consumers; and small brands, The intelligence level of small businesses will also greatly hinder the pace of intelligent interconnection of all things. In the current solution, it is usually necessary for each platform to provide personal account, phone number, ID card, password and other personal privacy information for authorization and authentication to achieve interconnection. The process is complicated, and the technology of small brands and small enterprises is isolated. The disadvantages are also difficult to integrate into ordinary people's cognition and life.

How to solve the above problems is to realize the interconnection of devices and improve the intelligence level of many brands. It is an important condition for realizing an intelligent society. There is currently no effective solution.

Contents of the invention

Embodiments of the present invention provide a method, device, system and platform for matching, scheduling, right confirmation and authorization to solve the current problems of device interconnection and intelligent application.

Embodiments of the present invention provide a method, device, system and platform for matching, scheduling, right confirmation and authorization, including: a central server that completes device matching, scheduling and right confirmation through instructions; an application end and a server; a device end device or server and equipment.

Embodiments of the present invention provide an application terminal and a server, including: the application terminal generates an application terminal identification code according to a standard method for compiling application terminal identification codes and uploads it as an instruction to the central server and then returns a list, and the application terminal fills in the application indicating the instruction. The scope includes but is not limited to the application industry, application direction, and content of problems to be solved and uploads the list. The central server parses the fields of the instruction and explains the application scope of the instruction, and returns the corresponding information including but not limited to equipment, information text, and instructions. List of application descriptions such as modes.

The standard method for compiling the corresponding application identification code: 1. The clear address of the application project location, destination, application equipment location, etc. at least includes the country, province, city, and county; 2. Contains information about the device use, function, and text Specific, directional, restrictive and general words include but are not limited to purpose, nature, function, information, etc.; 3. Exclusive names of individuals, families, businesses, organizations, etc.; 4. The time when the identification code is generated, including the year. Month, day, hour, minute and second; 5. When the above contents are consistent, use Arabic numerals to distinguish them.

After the identification code of the application side is compiled, the application side uploads the identification code as a command to the central server and returns the list. The application side fills in the application scope of the command, including but not limited to the application industry, application direction, and the content of the problem to be solved, and uploads it. List, point 2 of the standard method for compiling application-side identification codes by the hub server has the information text that contains specific, directional, restrictive and general information on device use and functions, including but not limited to use, nature, Words such as functions, information, etc. and content describing the application scope of the instruction are parsed to parse out the corresponding application description list of equipment, information lists, instruction modes, etc. generated by instructions uploaded by the device or server that may be required, and put The application description list is returned to the application end; the application end selects and confirms the content of the application description list and submits it to the central server; the application description list content at least includes the functional parameters, quantity, usage date, duration, and information text specific to the device. Valid information, command mode and other content; specific device functional parameters, quantity, use date, duration, valid information of the information text and the corresponding device can be selected independently by the application end, or can be recommended by the central server; command mode It can only be chosen independently by the application.

After the instruction is uploaded successfully, the central server will associate the words in point 2 of the standard method for compiling the application identification code with the possible device names based on the preset field relational database; wait for the central server to receive the instruction uploaded by the application. After the content and instruction application scope description are parsed, the associated device name and the corresponding list of application descriptions uploaded by the device to be selected will be sent to the application end; more preferably, based on the long-term usage habits of the application end, or personal or industry use Customary or industry technical specifications and standards require further optimization of associated equipment.

The application-side command is preset with 2 modes, including: one-time effective mode and open mode. All command modes can be actively invalidated by the application side;

The one-time mode means that after the instruction is successfully matched and authorized by the central server, the instruction becomes invalid and cannot be matched and authorized repeatedly;

The open mode means that the instruction can be communicated with the application server by any device that reads the authorization instruction provided by the application.

Embodiments of the present invention provide a device-side device or server and device, which includes: the device-side generates a device identification code according to a standard method for compiling device-side identification codes, binds and writes it into the memory of the device, and uploads it to the central server as an instruction. , the central server returns the corresponding content description list including but not limited to the device name, information text and the retrieved permissions of the device by parsing the fields of the instruction;

The standard method for compiling the corresponding equipment identification code: The location of the equipment and other clear addresses include at least the country, province, city, and county; 2. The name of the equipment and information text. The name can be a common name, such as computer, harvester , self-driving cars, rice cookers, weather information, drones, etc.; 3. Owner, which can be an individual, family, business, organization, etc. exclusive name, 4. Identification code generation time, including year, month, day, hour, minute, and second, 5 , when the above content is consistent, use Arabic numerals to distinguish;

After the device-side identification code is compiled, the device-side writes the identification code binding into the device's memory and uploads it to the central server as a command. The central server parses the name of the device in point 2 of the standard method for compiling the device-side identification code. , information text, return to the device content description list, fill in the corresponding information including but not limited to the physical device manufacturer, functions, parameters, ownership quantity and other device-related information or the information content corresponding to the information text and the content of the device's retrieval permissions and The device instructions associated with it will be saved correspondingly; the device is retrieved with permission, specifically for whether to allow the central server to disclose the corresponding device and content description list; clearly, the MAC code, machine code, and factory identification of the device The code can represent the device's unique information identification code and be written into the content description list, but this information is not used as public information for any application (third party) to understand. It is only used for the usage of the device, whether the device is a valid device, device authorization, etc. The basis content for the full life cycle management of equipment.

When the device side uploads instructions, the MAC code, machine code, and factory identification code of the corresponding device can represent the unique information of the device and the identification code is bound to the name and information of the device in point 2 of the standard method for compiling the device side identification code. text, and establish a temporary database corresponding to the identification code representing the unique information of the device, the name of the device, and the information text; if the previously successfully uploaded instruction is within the validity period, other devices with the same identification code preparation standard method No. 2, When the instruction is uploaded at 3 o'clock, the central server checks the identification code of the device with unique information; if it is repeated, the instruction upload is invalid; if it is not repeated, the instruction upload is successful; the validity period refers to the device-side identification code compilation standard If the explicit address such as the location of the equipment in point 1 of the method does not change, the instruction is within the validity period; if the explicit address of the location of the equipment in point 1 of the standard method for compiling equipment-side identification codes changes, the device will be The uploaded command is invalid; it is clear that the device-side device or server has the option to actively invalidate the corresponding device command; it is clear, or, the device-side device or server and the central server can update the actual geographical location in real time based on the device's positioning system and upload updates After the geographical location of the instruction, the instruction will continue to remain valid; if it is clear that the instruction is invalid, it will be combined with the temporary database of the identification code with unique information of the MAC code, machine code, and factory identification code of the device bound to the instruction. Invalid.

Embodiments of the present invention provide a central server that completes device matching, scheduling, and confirmation of rights through instructions. A device scheduling method includes: after the application-side instructions and application description list, the device-side instructions, and the content description list are successfully uploaded, the central server passes the application The geographical information at point 1 in the standard method for compiling the identification code of the terminal instruction is matched with the geographical information at point 1 in the standard method for compiling the identification code of the device instruction first, and the usable equipment with a closer geographical location is matched; on this basis The next field of the parsing instruction; point 2 in the standard method for compiling the identification code of the application-side instruction contains information on device use and functions that are specific, directional, restrictive, and general, including but not limited to use, The content analysis of the application scope of words and instructions such as properties, functions, information, etc. will match the equipment that may be used, and the information associated with the manufacturer, functions, parameters, quantity, etc. of the physical equipment will be displayed together; clearly, the analysis Matches the equipment that may need to be used, generated by instructions uploaded by the device or the server; if no device is available, only the common name of the device is displayed; priority is given to recommendations and selections after satisfying the request submitted in the application. If the selected device and information text belong to the same owner, when the above requirements are not met, the device owner will be prompted first. If the problem is resolved within a limited time, the application will continue to return yes, otherwise, no. Better yet, further optimize the recommended equipment or information text based on the long-term usage habits of the application, or personal or industry usage habits or industry technical specifications and standards; with confirmation from the application, a temporary correspondence between the application instructions and the device instructions is established. One-to-one matching relationship.

The embodiment of the present invention provides a central server that completes device matching, scheduling, and confirmation of rights through instructions. A method of confirming rights includes: when the application terminal accesses the platform for the first time, the application terminal needs to synchronously upload the standard method for compiling the application terminal identification code. The exclusive names of individuals, families, companies, organizations, etc. in point 3 and the independent public IP address of the access server are saved in the central server database; clearly, the names of point 3 in the standard method for compiling application-side identification codes are The exclusive names of individuals, families, businesses, organizations, etc. and the independent public IP addresses of access servers will establish a one-to-one matching relationship in the central server; clearly, the independent public IP addresses of access application servers can be changed. After the change, the matching relationship remains unchanged.

The exclusive names of individuals, families, businesses, organizations, etc. in point 3 of the standard method for compiling application-side identification codes for the first upload must pass the central server verification to ensure that the name is unique in the central server database; clearly, the name It can be changed, but the changed name still needs to be checked by the central server database for uniqueness.

When the device accesses the platform for the first time; if there is a server on the device, the device needs to simultaneously upload the individual, family, enterprise, organization, etc. exclusive names in point 3 of the standard method for compiling the device identification code and the independent name of the access server. The public IP address is also saved in the central server database; clearly, if there is a server on the device side, the unique name of the individual, family, enterprise, organization, etc. in point 3 of the standard method for compiling the device-side identification code and the name of the access server Having an independent public IP address will establish a one-to-one matching relationship in the central server; clearly, the independent public IP address of the server connected to the device can be changed. After the change, the matching relationship remains unchanged; if there is no server on the device, The device side only needs to upload the exclusive names of individuals, families, businesses, organizations, etc. in point 3 of the standard method for compiling device-side identification codes to the central server.

If, when the personal, family, enterprise, organization and other exclusive names of the application-side and device-side instructions are consistent with the independent public IP address of the bound access server, the central server will determine that they are mutually trusted devices. , issue consultation information, and after confirmation, the instructions of the device will be issued and bound to the server of the application side, and the devices that communicate with the application side can operate with each other.

The exclusive names of individuals, families, businesses, organizations, etc. in point 3 of the standard method for compiling device-side identification codes that are uploaded for the first time must pass the central server verification to ensure that the name is unique in the central server database; clearly, the name It can be changed, but the changed name still needs to be checked by the central server database for uniqueness.

The embodiment of the present invention provides an authorization method, which includes: through the platform composed of the aforementioned application end, device end, and central server, parsing, matching, confirmation, and scheduling, the application end instructions and the device instructions establish a temporary corresponding matching relationship, and the The virtual certificate generated by the application-side identification code, such as a QR code or stored in a physical device, such as a mobile hard disk, and the temporary corresponding matching relationship established by the central server verification. The physical device reads or establishes trust with the device. The device that authenticates the bundled communication connection reads, and the device-side device or the device that establishes a trusted authentication bundled communication connection with the device will read the authorization credential and write the binding identification code into the device's memory. All are uploaded to the central server for verification. The central server establishes a one-to-one matching relationship based on parsing, matching, confirmation, and scheduling, and then the authorized device communicates with the application server;

Embodiments of the present invention provide an intelligent application system, which includes: an intelligent application system that is connected through a network and delivers equipment operation parameters according to equipment operation characteristics, work content, work environment, and work nature, thereby realizing equipment operation. Remote, unmanned, digital and intelligent operation.

The intelligent application system presets the computer, harvester, self-driving car, rice cooker, etc. based on the device name or information text, such as computer, harvester, self-driving car, rice cooker, weather information, drone, etc. , meteorological information, drone modules, etc. Different equipment is preset with different parameter modules. The module content is based on the corresponding equipment including but not limited to operating characteristics, work content, working environment, and work nature; the parameter module can exist For any server in the platform, such as application server, device server, hub server, it is clear that the exclusive name of point 3 of the parameter module identification code should be consistent with the exclusive name of point 3 of the stored server identification code. ;According to the previously mentioned rights confirmation method, it is clear that the parameter module realizes the rights confirmation of the owner of the parameter module rights;

The parameter module is compiled according to the standard method of parameter module identification code: 1. The name of the equipment and information text. The name can be a common name, such as computer, harvester, self-driving car, rice cooker, meteorological information, drone etc.; 3. The owner, which can be an individual, family, business, organization, etc., 4. The identification code generation time, including year, month, day, hour, minute and second, 5. When the above contents are consistent, they are distinguished by Arabic numerals. The Arabic numerals can be It is a number with special meaning, such as which floor, which floor, which room number, etc., and the parameter module identification code is compiled. After the compilation is completed, the parameter module identification code is uploaded to the central server as a command. The central server parses the name and information text of the device in point 1 of the standard method for compiling the parameter module identification code, returns the corresponding module description list, and fills in the corresponding include But it is not limited to the application direction of the parameter module, the problems it solves, and the parameter modules associated with it are saved accordingly; the optimal parameters can be personal habits, hobbies, energy-saving gains, long-term practice gains, or experimental tests. Income can also be income required by the environment.

The central server parses out the matching parameter module by corresponding to the device name, the content of the device and application, and the content of the application description list. When communication between the device and the server is realized, a consultation message is sent to the application server. When confirmed Next, the corresponding parameter information is transmitted to the authorized device, and the device realizes remote, unmanned, networked, digital, and intelligent operation according to the preset parameters; if no confirmation is given, the parameters will not be issued.

Embodiments of the present application also provide a server device, which can be implemented as a server device on an application side or a device side, including: a memory, a processor, and a communication component; the memory includes a long-term storage function and/or a temporary storage function, Used to store computer programs; the processor, coupled with the memory, is used to execute the computer program, and is used to: upload application-side and device-side instructions through the communication component, and the instructions are the application-side instructions. , the device end generates it according to the standard method of compiling the respective identification codes, and is used for parsing, matching, confirmation, and scheduling by the central server; through the parsing, matching, confirmation, and scheduling of the central server, the communication component is used by the The application side authorizes the device side device, and the device side uploads the authorization information to the central server for verification and confirmation, and the device side device accesses the application side server; wherein, the information of the parameter module is used for the device side to access all Describe the server on the application side and perform parameter control to realize intelligent operation of the device.

Embodiments of the present application also provide a computer-readable storage medium storing a computer program. When the computer program is executed by a processor, the processor is caused to implement the parsing, scheduling, confirmation, and authorization provided by the embodiments of the present application. step.

In the embodiment of this application, the application end, the device end and the parameter module each complete the identification code compilation according to the set identification code compilation standard method and upload it to the central platform as application and device instructions. The central platform completes parsing, matching, and After scheduling and confirmation of rights, the application side authorizes the device to connect to the application server, and authorizes and issues device operating parameters as needed to realize interconnection and intelligent application of equipment.

Description of drawings

The drawings described here are used to provide a further understanding of the present application and constitute a part of the present application. The illustrative embodiments of the present application and their descriptions are used to explain the present application and do not constitute an improper limitation of the present application. In the attached picture:

Figure 1a is a schematic structural diagram of a network system provided by an exemplary embodiment of the present application;

Figure 1b is a flow chart illustrating the process used by the application server to generate instructions, fill in the application description list for the instructions, and upload them to the central server;

Figure 1c is a flow chart for the device or server to generate an identification code and upload it as a command, fill in the content description list of the command, and explain the process of uploading to the central server;

Figure 1d is an illustrative flow chart of a device scheduling method that completes device matching, scheduling, and confirmation of authority through instructions to the central server;

Figure 1e is a flowchart illustrating a method of confirming device matching, scheduling, and confirming rights through instructions to the central server;

Figure 1f is a flow chart illustrating the platform and an authorization method;

Figure 1g is a flow chart illustrating the platform, an intelligent application system;

Detailed ways

In order to make the purpose, technical solutions and advantages of the present application clearer, the technical solutions of the present application will be clearly and completely described below in conjunction with specific embodiments of the present application and the corresponding drawings. The attached drawings are for reference only and are not used to define the embodiments of the present disclosure. Obviously, the described embodiments are only some of the embodiments of the present application, but not all of the embodiments. Based on the embodiments in this application, all other embodiments obtained by those of ordinary skill in the art without creative efforts fall within the scope of protection of this application.

Under the existing technology and market competition system, it is necessary to authorize and bind third-party devices to intelligently manage and control third-party devices. However, the authorization and binding process is cumbersome and requires multiple jumps between client interfaces of different devices. Transfer, and authorization authentication requires providing personal account, phone number, ID card, password and other information, the process is complicated; and in more industries, the use and control of equipment is one-time use, but after authorization using the account password, it will Leaving behind personal confidential information for a long time will make it difficult for small brands and small businesses to isolate their technologies and integrate them into ordinary people's cognition and life. Moreover, the intelligence level of small brands and small businesses will also greatly hinder the pace of intelligent interconnection of all things. In order to solve the existing problems and solve the technical problems of device interconnection and intelligent application, in some embodiments of the present application, the application end, the device end and the parameter module respectively complete the identification code compilation according to the set identification code compilation standard method and use it as Application and device instructions are uploaded to the central server. After the central server completes parsing, matching, scheduling, and confirmation of rights through the instructions, the application side authorizes the device to link to the application server, and authorizes and issues the device operating parameters as needed to realize the device's operation parameters. Interconnection and intelligent applications.

The technical solutions provided by each embodiment of the present application will be described in detail below with reference to the accompanying drawings.

Figure 1a is a schematic structural diagram of a network system provided by an exemplary embodiment of the present application. As shown in Figure 1a, the network system includes: a hub server 101, an application server 102 and a device 104, a device server 103 and a device 105. Each device form shown in FIG. 1a is only an example and is not limited thereto.

In this embodiment, the number of hub servers 101 is not limited, and may be one or multiple. The device form of the hub server 101 is also not limited. For example, it can be a conventional server, cloud server, cloud host, virtual center or server array, etc.

In this embodiment, the application side and the device side are relative. In some scenarios, the application side server 102 can also be a device side device or server 103, and the device side device 105 can also be an application side device 104; device The terminal device or server 103 may also be an application-side server 102, and the application-side device 104 may also be a device-side device 105.

This embodiment does not limit the number of application-side servers 102 and device-side servers 103, which may be one or multiple. The device forms of the application server 102 and the device server 103 are also not limited. For example, the application server 102 and the device server 103 may be conventional servers, cloud servers, cloud hosts, virtual centers or server arrays, etc. Among them, the application server 102 and the device server 103 mainly include a processor, a hard disk, a memory, a system bus, etc., and are similar to a general computer architecture. To further explain, if there is no server 103 on the device side but a device-side device 103, the device-side device 103 can be any computer device with certain computing and communication capabilities, such as a smart phone, a smart speaker, a smart bracelet, or a personal computer. Laptops, tablets, desktop computers, smart TVs and more.

The devices 104 and 105 are not limited in this embodiment. The devices 104 and 105 can be any computer or device with certain computing and communication capabilities, such as drones, harvesters, refrigerators, televisions, air conditioners, and temperature sensors. , sweeping robots, air purifiers, smartphones, smart bracelets, notebooks, tablets, desktop computers, microwave ovens, self-driving cars, etc.

In this embodiment, the application-side server 102 is used to generate instructions and fill in the application description list for the instructions, and upload it to the central server 101; the device-side device or server 103 is used to generate instructions, fill in the instruction content description list, and upload it. to the central server 101; the central server 101 parses, matches, confirms authority, schedules and establishes a one-to-one matching relationship for the instructions uploaded by the application server 102 and the device or server 103. On this basis, the application server 102 The authorization certificate generated by the identification code is authorized to be read by the device-side device 105 that has been successfully matched and scheduled, or the device 105 has established a trusted authentication-bound communication connection with the device 105. The device-side device 105 or has established trusted authentication with the device 105. The bundled communication-connected device uploads the read authorization certificate and the identification code bound to the memory of the device 105 to the central server 101, which is established by the central server 101 based on parsing, matching, confirmation, and scheduling. A one-to-one matching relationship enables the device-side device 105 to communicate with the application-side server 102; further, the application-side device 104 can control the device 105, where the application-side device 104 is a device that is bound to establish trusted authentication with the application-side server 102 .

In this embodiment, there is no limit to the examples of network applications. Forms including but not limited to the Internet, intranet, local area network, mobile communication network, satellite network, wired network, wireless network and combinations thereof can be used according to the implementation of the example. to use.

Combined with the flow chart shown in Figure 1b, the above-mentioned application server 102 is used to generate instructions, fill in the application description list for the instructions, and upload them to the central server 101. The process is explained:

1b1. According to the standard method for compiling application identification codes: 1. The location of the application project, the destination, the location of the application equipment, and other clear addresses at least include the country, province, city, and county; 2. Include the use and function of the device 105, Information text 105 has designated, directional, restrictive and general words including but not limited to purpose, nature, function, information, etc.; 3. Exclusive names of individuals, families, businesses, organizations, etc.; 4. Identification code generation time , including year, month, day, hour, minute and second; 5. When the above contents are consistent, use Arabic numerals to distinguish them and compile an identification code.

1b2. Upload the application identification code to the central server 101 as a command.

1b3. The central server 101 returns the list, and the application side fills in the content indicating that the application scope of the instruction includes but is not limited to the application industry, application direction, and problems to be solved, and uploads the list.

1b4. Preset a field relational database in the central server 101, and associate the words in point 2 of the standard method for compiling application terminal identification codes with possible device names for the central server 101 to parse the application in step 1b5. The device to which the words in point 2 of the standard method for terminal identification encoding are associated.

1b5. The central server 101 has the use and function of the device 105 through the application end identification code compilation standard method in point 2, and the information text 105 is specific, directional, restrictive and general, including but not limited to the purpose. , properties, functions, information, etc. and content describing the application scope of the instruction, parsing out the corresponding device 105, information list 105 and instruction mode application that may be required generated by the instruction uploaded by the device or server 103 Description list, and returns the application description list to the application server 102.

1b6. The content of the application description list includes but is not limited to the specific functional parameters, quantity, use date, and duration of the device 105, the valid information of the information text 105, instruction mode, etc.; the specific functional parameters, quantity, use date, The duration, the valid information of the information text 105 and the corresponding device 105 can be selected independently by the application end, or can be recommended by the central server; the command mode can only be selected independently by the application end.

1b7. The application server 102 selects the content of the application description list and submits it to the central server 101 after confirmation.

In step 1b4, the method of associating the words in point 2 of the standard method for compiling application terminal identification codes with the device name is not limited. Here are some examples:

In the optional implementation method 1b41, the association method is formed by long-term selection convention of the application server 102.

In the optional implementation method 1b42, the correlation method is based on statistics of personal and industry usage habits and conventions within the application scope of the instruction submitted by the application server 102;

In the optional implementation method 1b43, the association method is required by the industry technical specification standard shown in the application scope of the instruction submitted by the application server 102.

In step 1b5, the specific content of the returned application description list is not limited. The following explains:

Under the basic conditions of meeting the functional parameters of the device 105, the valid information of the information text 105, and the command mode, the content of the application description list can be expanded horizontally and vertically according to, but not limited to, the nature of the industry, the specific use of the device 105, etc.

Specifically, the command mode is divided into two types, including a one-time valid mode and an open mode; all command modes can be actively invalidated by the application server 102.

The one-time mode means that after the instruction is successfully matched and authorized by the central server 101, the instruction becomes invalid and cannot be matched and authorized repeatedly;

The open mode means that the instruction can be communicated with the application server 102 by any device 105 that reads the authorization instruction provided by the application.

Combined with the flow chart shown in Figure 1c, the above-mentioned device-side device or server 103 is used to generate an identification code and upload it as an instruction, fill in the content description list of the instruction, and describe the process of uploading to the central server 101:

1c1. According to the standard method for compiling device-side identification codes: the location of the device 105 and other unambiguous addresses at least include the country, province, city, and county; 2. The name of the device 105 and information text 105. The name can be a common name, such as Computers, tablets, notebooks, rice cookers, weather information, drones, etc.; 3. Owner, which can be an individual, family, business, organization, etc. exclusive name, 4. Identification code generation time, including year, month, day, hour, minute and second , 5. When the above contents are consistent, use Arabic numerals to distinguish them and compile the device identification code.

1c2. Upload the device identification code to the central server 101 as a command.

1c3. The central server 101 parses the name and information text 105 of the device 105 in point 2 of the standard method for compiling device-side identification codes, returns the device-side content description list, and fills in the corresponding information including but not limited to the physical device 105 manufacturer, function, Parameters, ownership quantity and other information related to the device 105 or the information content corresponding to the information text 105 and the content of the retrieval authority of the device 105;

1c4. In the content description list returned in step 1c3, set whether the device 105 corresponding to the instruction is allowed to be disclosed by the central server 101 according to the retrieved permission option of the device 105;

1c5. In the content description list returned in step 1c3, write the MAC code, machine code, and factory identification code of the device 105, which can represent the unique information of the device 105, into the content description list, and bind it to the device identification. In the name of the device 105 and the information text 105 in point 2 of the coding standard method, and establish a temporary database corresponding to the identification code representing the unique information of the device 105 and the name of the device 105 and the information text 105;

1c6. If the previously successfully uploaded instruction is within the validity period, when other instructions with the same device-side identification code compilation standard method points 2 and 3 are uploaded, the central server 101 checks the identification code of the unique information of the device 105; if If repeated, the subsequent instruction upload will be invalid; if not repeated, the subsequent instruction upload will be successful;

1c7. After the content description list is filled in and uploaded successfully, the central server 101 will save the associated device 105 instructions accordingly;

1c8. If the clear address such as the location of the device 105 changes, that is, the address described in point 1 of the standard method for compiling the device-side identification code changes, the successfully uploaded command of the device 105 will become invalid. It is clear that the device-side device or server 103 and the device 103 have the option to actively invalidate the corresponding device command; clearly, if the command fails, the MAC code, machine code, and factory identification code of the device 105 corresponding to the command are bound to have a unique The temporary database of sexual information identification codes is also invalid.

In step 1c3, the specific content of the returned content description list is not limited. The following explains:

Under the condition that the basic conditions of the physical device 105 manufacturer, functions, parameters, ownership quantity and other information related to the device 105 or the information content corresponding to the information text 105 and the content of the retrieval permission of the device 105 are met, the device 105 can be retrieved according to the conditions including but not limited to the device 105 Expand the contents of the content description list horizontally and vertically, such as specific uses or applicable fields.

In step 1c8, the method of detecting a change in an explicit address such as the location of the device 105 is not limited. Here are some examples:

In an optional implementation method, the owner of the device 105 may make independent judgments and invalidate the uploaded device instructions.

In an optional implementation method, it can be determined by the positioning system of the device 105. If a change occurs, the device-side device or server 103 will be notified of the change in geographical location. The device-side device or server 103 will report it to the central server 101 according to the reporting instructions. Invalidate the uploaded instruction; explicitly, or, the device or server 103 and the hub server 101 can update the actual geographical location and update the uploaded instruction based on the positioning system of the device 105, and continue to keep the instruction valid.

Combined with the flow chart shown in Figure 1d, for the above-mentioned matching, scheduling and confirmation of the device 105 through instructions, the central server 101, a device scheduling method, includes:

According to the process described in Figures 1b and 1c, after the instructions and application and content description lists of the application server 102 and the device or server 103 are successfully uploaded;

1d1. The hub server 101 preferentially matches the geographical information at point 1 in the standard method for compiling the identification code of the application-side instruction with the geographical information at point 1 in the standard method for compiling the identification code of the device-side instruction to match possible geographical information with a closer geographical location. using device 105;

1d2. On this basis, parse the next field of the instruction;

1d3. Point 2 in the standard method for compiling identification codes of application-side instructions contains the use and function of the device 105. The information text 105 is specific, directional, restrictive, and general, including but not limited to use, nature, and function. , information and other words and instructions, the content analysis matches the device 105 generated by the instructions uploaded by the device or the server 103 that may need to be used, and will be associated with the physical device 105 manufacturer, function, parameter, quantity, etc. information is displayed together;

1d4. Before executing the display list of step 1d3, retrieve the content of the command mode option of step 1b4 and the retrieved permission option of step 1c3, and make corresponding judgments;

1d5. Priority: After satisfying the request submitted in the application server 102, priority is given to recommending and selecting the selected device 105 and the information text 105 belonging to the same owner. When the above requirements are not met, the owner of the device 105 is given priority. If the problem is resolved within a limited time, the application server 102 will continue to return yes; otherwise, no.

1d6. When confirmed by the application side, the application side instructions and the device side instructions establish a temporary one-to-one matching relationship.

1d7. At this point, through the matching relationship between the application-side instructions and the device-side instructions, the scheduling relationship between the application side and the device side device 105 is realized.

In step 1d3, the method of the word recommendation device 105 and the information text 105 in point 2 of the application terminal identification code compilation standard method is not limited. Here are some examples:

In the optional implementation method 1d31, the recommended method is formed by long-term selection practices of the application server 102.

In the optional implementation method 1d32, the recommended method is based on the statistics of personal and industry usage habits and conventions in the list submitted by the application server 102;

In the optional implementation method 1d33, the recommended method is to display the requirements of industry technical specifications and standards in the list submitted by the application server 102.

Combined with the flow chart shown in Figure 1e, for the central server 101 that completes device matching, scheduling, and confirmation of rights through instructions, a method of confirmation of rights includes:

1e1. When the application server 102 accesses the platform for the first time, the application needs to simultaneously upload the individual, family, enterprise, organization, etc. exclusive names in point 3 of the standard method for compiling the application identification code and the independent public name of the access server 102. The network IP address is also saved in the central server 101 database;

1e2. The exclusive names of individuals, families, businesses, organizations, etc. in point 3 of the standard method for compiling application-side identification codes that are uploaded for the first time must pass the central server 101 check to ensure that the name is unique in the central server 101 database; clear , the name can be changed, but the changed name still needs to be verified by the central server database for uniqueness.

1e3. The exclusive names of individuals, families, enterprises, organizations, etc. in point 3 of the standard method for compiling application-side identification codes and the independent public IP address of the access server 102 will establish a one-to-one matching relationship in the central server 101; clarify Yes, the independent public IP address of the access application server 102 can be changed. After the change, its matching relationship remains unchanged.

and;

1e4. When the device accesses the platform for the first time; if there is a server 103 on the device, the device needs to simultaneously upload the individual, family, enterprise, organization, etc. exclusive names and access servers in point 3 of the standard method for compiling device-side identification codes. 103's independent public IP address is saved in the central server 101 database; the exclusive names of individuals, families, businesses, organizations, etc. in point 3 of the first uploaded device-side identification code compilation standard method need to be passed through the central server 101 Check to ensure that the name is unique in the central server 101 database; clearly, the name can be changed, but the changed name still needs to be checked in the central server 101 database for uniqueness.

1e5. The exclusive names of individuals, families, enterprises, organizations, etc. in point 3 of the standard method for compiling device-side identification codes and the independent public IP address of the access server 103 will establish a one-to-one matching relationship in the central server 101; clarify Yes, the independent public IP address of the access device server 103 can be changed. After the change, its matching relationship remains unchanged;

or;

If there is no server 103 on the device side, the device side device 103 only needs to upload the unique names of individuals, families, businesses, organizations, etc. in point 3 of the standard method for compiling device-side identification codes to the central server 101.

1e6. If the personal, family, enterprise, organization, etc. exclusive names of the application-side and device-side instructions are consistent with the independent public IP address of the bound access server, the central server 101 will determine that they are mutually exclusive. Trust the device and issue the consultation information. After confirmation, the instructions of the device 105 will be issued and bound to the application-side server 102. Devices that communicate with the application-side server 102 can operate with each other.

1e7. At this point, all ownership confirmations have been realized on both the application side and the device side.

Combined with the flow chart shown in Figure 1f, the platform and an authorization method will be described, including:

Through the process of Figure 1a-1e, through platform parsing, matching, rights confirmation, and scheduling, the application-side instructions and the device-side instructions establish a temporary corresponding matching relationship;

1f1. The authorization certificate generated by the application-side identification code can be generated virtually, such as a QR code, or stored in a physical device, such as a mobile hard disk;

1f2. Authorize the entity device 105 to read the temporary corresponding matching relationship established by the central server 101 verification or the device 105 to establish a trusted authentication-bound communication connection with the device 105 to read;

1f3. The device 105 or the device that establishes a communication connection bound by trusted authentication with the device 105 uploads the read authorization certificate and the identification code bound to the memory of the device 105 to the central server 101 for processing. verify;

1f4. The central server 101 establishes a one-to-one matching relationship based on parsing, matching, confirmation, and scheduling, and then the authorized device 105 implements a communication connection with the application server 102;

Combined with the flow chart shown in Figure 1g, the platform, an intelligent application system, is explained, including:

An intelligent application system that, through network connection, issues the operating parameters of the device 105 according to the operating characteristics, work content, working environment, and work nature of the device 105, thereby realizing remote, unmanned, networked, digital, Intelligent operation.

1g1. The system presets air conditioning modules, drone modules, etc. based on the name of the equipment 105, such as air conditioners, drones, etc. Different equipment 105 presets different parameter modules, and the module content is based on the operating characteristics and work of the corresponding equipment 105. It depends on the content, working environment and nature of the work;

1g2. The parameter module is stored in any server in the platform, such as application server 102, device server 103, and central server 101;

1g3. Standard method for compiling parameter modules based on parameter module identification codes: 1. Name of equipment 105 and information text 105. The name can be a common name, such as computer, tablet, notebook, rice cooker, weather information, drone, etc. ; 3. Owner, which can be an individual, family, business, organization, etc. exclusive name; 4. Identification code generation time, including year, month, day, hour, minute and second; 5. If the above contents are consistent, use Arabic numerals to distinguish them, and compile the parameter module identification code .

1g4. The parameter module identification code is uploaded to the central server 101 as a command. The central server 101 compiles the name and information text 105 of the device 105 in point 1 of the standard method by parsing the parameter module identification code, returns the corresponding module description list, and fills in the corresponding This includes but is not limited to the application direction of the parameter module, the problems it solves, and the parameter modules associated with it are saved accordingly;

1g5. The hub server 101 parses out the matching parameter module by corresponding to the name of the device 105, the content of the device and the application, and the content of the application description list. After going through the process of Figure 1a-1f, the device 105 and the server 102 realize communication. situation;

1g6. Send consultation information to the application server 102 and display the corresponding module description list of the parameter module. If confirmed, transmit the corresponding parameter information to the authorized device 105; if no confirmation is given, the parameters will not be issued.

1g7. According to what is described in Figures 1a-1g, the authorized device 105 realizes remote, unmanned, networked, digital and intelligent operation according to preset parameters.

In step 1g1, the name of the module is not limited. Here are some examples:

In optional implementation method 1g11, it can be an entity device name;

In the optional implementation method 1g12, it can be climate information and temperature information;

In the optional implementation method 1g13, it can be a specific requirement of an industry technical specification standard;

In optional implementation method 1g14, it may be the content required by a custom.

In step 1g4, the application direction of the parameter module and the parameter content of the problem to be solved are not limited. Here are some examples:

In the optional implementation method 1g41, the parameter content can be personal habits, hobbies, and energy saving gains;

In the optional implementation method 1g41, the parameter content can be obtained from long-term practice;

In the optional implementation method 1g41, the parameter content can be obtained through experimental testing;

In the optional implementation method 1g41, the parameter content can be obtained from environmental requirements;

According to the content described in Figures 1a-1g, the parameter module can exist in any server in the platform, such as the application server 102, the device server 103, and the hub server 101; combined with the parameter module identification code and other information, it is clear, The parameter module realizes the confirmation of the rights of the owner of the parameter module rights.

According to the content described in Figures 1a-1g, the method of filling in and uploading the instruction and instruction list is not limited. Here are some examples:

It can be a peripheral device directly connected to the server 101, 102 and/or the device 103 with a data cable at a short distance, including but not limited to a monitor, mouse, keyboard, etc.;

It can also be a remote connection device bundled with servers 101, 102, 103 or device 103 for trusted authentication, with devices that can implement operable interfaces or language recognition functions or brainwave and other signal receivers, including but not limited to, Mobile phones, computers, devices with language recognition functions, devices with signal receivers that recognize brain waves, etc.

In view of the above or the following content, in order to better understand the content described in this application, the technical solution of this application will be further described with some specific application examples. Obviously, the specific application embodiments described are only some of the specific application embodiments of the present application, rather than all of the specific application embodiments. Based on the embodiments described in this application, all other embodiments obtained by those of ordinary skill in the art without creative efforts fall within the scope of protection of this application.

In some embodiments, such as a smart home embodiment, the description includes:

In this embodiment, there may be two situations: one is the owner of the corresponding furniture equipment 105, that is, the owner of the furniture equipment 105 is the user; the other owner of the furniture equipment 105 is a non-user, such as in the case of renting a house. , hotel check-in situation;

In the case where all owners of the furniture equipment 105 are users, the application server 102 is the equipment side 103, and the equipment 104 is 105;

When the application server 102 accesses the platform for the first time, the application server synchronously uploads the unique names of individuals, families, enterprises, organizations, etc. in point 3 of the standard method for compiling application identification codes and the independent public IP address of the access server 102 Save them together to the central server 101 database;

The central server 101 performs a uniqueness check on the uploaded individual, family, enterprise, organization and other exclusive names in point 3 of the standard method for compiling application-side identification codes to ensure that the names are unique in the central server 101 database;

Device 105, such as air conditioner 105; generate device 105 instructions according to the standard method of device identification code compilation and bind them into the memory of device 105 and upload them to the central server 101 as instructions. The central server 101 returns the corresponding instructions by parsing the fields of the instructions. includes but is not limited to the name of the device 105 and a description list of the retrieved permission content of the device 105;

In the returned content description list, fill in the name of device 105: air conditioner; device 105 manufacturer (manufacturer): XXX; functions and parameters: model and parameters in the air conditioner instruction manual; and information related to device 105, such as MAC Code, machine code, and factory identification code can represent the identification code information of the unique information of the device 105; the device 105 is included in the retrieval authority. Considering that the device 105 is a personal household item, choose not to allow it to be disclosed by the central server 101, and save and upload it.

The central server 101 checks the identification code of the unique information of the device 105. If the MAC code, machine code, and factory identification code can represent the identification code of the unique information of the device 105, and the information is not repeated, the instruction upload is successful;

The central server 101 detects that the personal, family, enterprise, organization, etc. exclusive names commanded by the application server 102 and the device-side device 103 are consistent with the independent public IP address of the bound access server 102, then the central server 101 determines that The devices trust each other and issue consultation information. After confirmation, the instructions of the device 105 are issued and bound to the server 102 of the application end. The devices that communicate with the application end 102 can operate each other.

In the case where the device 105 establishes communication with the server 102. If the air-conditioning parameter module already exists in the server 102, the user of the device 105 directly selects the air-conditioning parameter module and sends it to the air-conditioning device 105.

Or, the air conditioning parameter module needs to be saved on other servers in the platform;

When an intelligent device is needed, the application end 102 uploads the instruction of the application end identification code compilation standard method and the returned application description list, and the central server 101 parses the name of the device 105, the content of the device side and the application end, and the content of the application description list. Parse out the corresponding parameter module; send consultation information to the application server 102 and display the corresponding module description list of the parameter module. When confirmed, transmit the corresponding parameter information to the authorized device 105, and the device 105 presses the preset Parameters can be operated remotely, unmanned, networked, digitally and intelligently; if no confirmation is given, the parameters will not be issued.

The owner of furniture and equipment 105 is a non-user, such as the situation of renting a house or staying in a hotel, which will be explained below, including:

When the application server 102 accesses the platform for the first time, the application server synchronously uploads the unique names of individuals, families, enterprises, organizations, etc. in point 3 of the standard method for compiling application identification codes and the independent public IP address of the access server 102 Save it to the central server database together;

The central server 101 performs a uniqueness check on the uploaded individual, family, enterprise, organization and other exclusive names in point 3 of the standard method for compiling application-side identification codes to ensure that the names are unique in the central server 101 database;

When the hotel's device 105 accesses the platform for the first time; if there is a server 103 on the device side, the device side needs to simultaneously upload the individual, family, enterprise, organization, etc. exclusive names and access servers in point 3 of the standard method for compiling device-side identification codes. 103's independent public network IP address is saved in the central server 101 database; clearly, if there is a server 103 on the device side, the device-side identification code compilation standard method of point 3 is exclusive to individuals, families, enterprises, organizations, etc. The name and the independent public IP address of the access server 103 will establish a one-to-one matching relationship in the hub server 101; clearly, the independent public IP address of the access device server 103 can be changed. After the change, the matching relationship will be No change; if there is no server 103 on the hotel's device side, the device side only needs to upload the exclusive names of individuals, families, businesses, organizations, etc. in point 3 of the standard method for compiling device-side identification codes to the central server 101.

The hotel generates an identification code for equipment 105, such as an air conditioner 105, according to the standard method of compiling equipment-side identification codes and writes the binding into the memory of the equipment 105 and uploads it as an instruction to the central server 101. The central server 101 parses the fields of the instruction. Return the corresponding list including but not limited to the name of the device 105 and the retrieved permission content description list of the device 105;

In the returned content description list, fill in the name of device 105: air conditioner; device 105 manufacturer (manufacturer): XXX; functions and parameters: model and parameters in the air conditioner instruction manual; and information related to device 105, such as MAC Code, machine code, and factory identification code can represent the identification code information of the unique information of the device 105; the device 105 is selected to be allowed to be disclosed by the central server 101 in the retrieval authority, and saved and uploaded;

The central server 101 checks the identification code of the unique information of the device 105. If the MAC code, machine code, and factory identification code can represent the identification code of the unique information of the device 105, and the information is not repeated, the instruction upload is successful;

When residents temporarily stay in a hotel or rent a house, they upload the application identification code through the resident's application server 102. The standard method for compiling the application identification code: 1. The location of the application project, the destination, the location of the application equipment, etc. have clear addresses that at least include the country and province where they are located. , city, county; 2. Containing words about the use and function of the device 105, the information text 105 is specific, directional, restrictive, and general, including but not limited to purpose, nature, function, information, etc.; 3. Personal, Exclusive names for families, businesses, organizations, etc.; 4. The identification code generation time, including year, month, day, hour, minute and second; 5. When the above contents are consistent, they are distinguished by Arabic numerals, which are specific room numbers.

After the instruction compilation of the application server 102 is completed, the application server 102 uploads the instruction to the central server 101, and the central server 101 returns a list of the equipment-side identification codes of the hotel residents or tenants who will stay or the owners of the rental houses. The unique names of individuals, families, companies, organizations, etc. in point 3 are filled in the list as one of the contents and uploaded to the central server 101. The central server 101 compiles the names of point 3 in the standard method based on the device identification code of the list. Retrieve and return the corresponding device 105 and the content description content of the corresponding device 105 through the exclusive name of an individual, family, enterprise, organization, etc.; it is clear that the content of the list includes information about room numbers, and the content of the list includes information about room numbers, which can be The one on the application side can also be on the device side, or both lists can be included at the same time.

The hotel resident or tenant selects the corresponding air-conditioning equipment 105 option. Considering that the equipment 105 is for temporary use, the command mode is selected as a one-time valid mode and the confirmation information is uploaded to the central server 101. The central server 101 uses this confirmation information to process the resident's instructions. Establish a temporary one-to-one matching relationship with the corresponding device instructions.

After the above-mentioned platform analysis, matching, confirmation, and scheduling composed of residents, tenants 102, hotels 103, and central servers 101, application-side instructions and device instructions establish a temporary corresponding matching relationship, and the virtual identification codes generated by residents and tenants are Credentials, such as QR codes or credentials stored in physical devices, are authorized to be read by the physical device 105 or a device that establishes a trusted authentication-bound communication connection with the device 105 and the temporary corresponding matching relationship established by the central server 101. , the device-side device 105 or a device that establishes a communication connection bound by trusted authentication with the device 105 will upload the read authorization certificate and the identification code bound to the memory of the device 105 to the central server 101 For verification, the central server 101 establishes a one-to-one matching relationship based on parsing, matching, confirmation, and scheduling, and then the authorized device 105 implements a communication connection with the application server 102;

In the case where the device 105 establishes communication with the server 102. If the air-conditioning parameter module already exists in the server 102, the user of the device 105 directly selects the air-conditioning parameter module and sends it to the air-conditioning device 105.

Or, the air conditioning parameter module needs to be saved on other servers in the platform;

When an intelligent device is needed, the application end 102 uploads the instructions of the application end identification code compilation standard method and the returned application description list, and the central server 101 parses the device name, the content of the device end and the application end, and the content of the application description list. out the corresponding parameter module; and sends consultation information to the application server 102 and displays the corresponding module description list of the parameter module. When confirmed, the corresponding parameter information is transmitted to the authorized device 105, and the device 105 presses the preset parameters Achieve remote, unmanned, networked, digital and intelligent operation;

If no confirmation is given, the parameters will not be issued.

In some embodiments, such as embodiments in the field of natural resources, the description includes:

In this embodiment, there are multiple implementation modes. Taking the review of special reports on engineering construction projects and on-site inspection of engineering construction projects as examples, further examples are given below:

In the embodiment of project construction project special report review and project construction project on-site investigation;

There are an engineering construction project special report preparation end, an equipment provider end and a review end; the engineering construction project special report and project site range coordinates are saved in the application server 102, and the equipment provider end is the equipment end device or server 103;

When the engineering construction project application server 102 accesses the platform for the first time, the application side simultaneously uploads the unique names of individuals, families, enterprises, organizations, etc. in point 3 of the standard method for compiling application identification codes and the independent public names of the access server 102. The network IP address is also saved in the central server 101 database;

The central server 101 performs a uniqueness check on the uploaded individual, family, enterprise, organization and other exclusive names in point 3 of the standard method for compiling application-side identification codes to ensure that the names are unique in the central server 101 database;

When the device 105 on the device provider side accesses the platform for the first time; if there is a server 103 on the device side, the device side needs to simultaneously upload the individual, family, enterprise, organization, etc. exclusive names and access points in point 3 of the standard method for compiling device-side identification codes. The independent public IP address of the server 103 is also saved in the central server 101 database; clearly, if there is a server 103 on the device side, the device side identifies individuals, families, enterprises, organizations, etc. in point 3 of the standard method for compiling codes. The exclusive name and the independent public IP address of the access server 103 will establish a one-to-one matching relationship in the hub server 101; clearly, the independent public IP address of the access device side server 103 can be changed. After the change, it will match The relationship remains unchanged; if there is no server 103 on the device side, the device side only needs to upload the unique names of individuals, families, businesses, organizations, etc. in point 3 of the standard method for compiling device-side identification codes to the central server 101.

The device provider generates the device 105, such as a tablet computer 105 and a drone 105, according to the device-side identification code compilation standard method and binds it into the memory of the device 105 and uploads it to the central server 101 as an instruction. The hub server 101 returns the corresponding list including but not limited to the name of the device 105 and the retrieved permission content description list of the device 105 by parsing the fields of the instruction;

In the returned content description list, fill in the name of the device 105: tablet computer, drone; device 105 manufacturer (manufacturer): XXX; functions and parameters: model and parameters in the tablet computer and drone operating instructions; And information related to the device 105 such as: application direction, solvable application problems (UAV, the application direction is on-site survey, on-site aerial photography, etc.), such as MAC code, machine code, and factory identification code, which can represent the unique information of the device 105 The identification code; the device 105 is retrieved from the permissions, selects to allow it to be disclosed by the central server 101, and saves the upload;

The central server 101 checks the identification code of the unique information of the device 105. If the MAC code, machine code, and factory identification code can represent the identification code of the unique information of the device 105, and the information is not repeated, the instruction upload is successful;

When the special report compilation end of the engineering construction project needs to use the tablet computer 105 to realize digital review or the drone 105 to remotely survey the site, the application end identification code preparation standard method is uploaded through the application end server 102: 1. Application project location, destination, application The clear address such as the location of the device 105 at least includes the country, province, city, and county; 2. The information text 105 contains specific, directional, restrictive, and general words about the use and functions of the device 105, including but Not limited to purpose, nature, function, information, etc.; 3. Exclusive names of individuals, families, businesses, organizations, etc.; 4. Identification code generation time, including year, month, day, hour, minute and second; 5. When the above content is consistent, use Arabic numerals to distinguish it.

After the application server 102 completes the preparation of instructions, the application server 102 uploads the instructions to the central server 101 and returns the list. The application server 102 fills in the application scope of the instruction, such as digital review of project data, on-site survey, and uploads the list to the central server. 101 According to point 2 of the standard method for compiling application-side identification codes, the information text 105 is specific, directional, restrictive, and general, including but not limited to use, nature, and function of the device 105. , information, etc. and the content describing the application scope of the instruction, parsing out the tablet 105 and drone 105 that the application server 102 may need to use, the central server 101 returns an application description list to the application server 102, and the application server The server 102 will include, but is not limited to, the number of devices 105 required for the tablet computer 105 to implement the review or the drone 105 to survey the site, the time of use, the duration of use, the functions and parameters to be achieved by the device 105, and the detailed location where the device 105 is used. Fill in the application description list with the content, select the command mode as one-time valid mode and upload it to the central server 101. The central server 101 compiles the geographical information of point 1 in the standard method and the identification of the device-side command based on the identification code of the application-side command. The geographical information at point 1 in the coding standard method is prioritized to match usable devices 105 that are geographically close;

On this basis, the next field of the instruction is parsed;

Point 2 in the standard method for compiling identification codes of application-side instructions contains the use and function of the device 105. The information text 105 is specific, directional, restrictive and general, including but not limited to use, nature, function and information. Words and content describing the application scope of the instruction are parsed to match the device 105 that may need to be used, and information related to the manufacturer, function, parameter, quantity, etc. of the physical device 105 will be displayed together;

The project construction project special report compilation end selects the corresponding tablet computer 105 and/or drone 105 device options, and uploads the confirmation information to the central server 101. The central server 101 uses this confirmation information to process the engineering construction project special report preparation end's instructions. Establish a temporary corresponding one-to-one matching relationship with the corresponding device 105 instructions.

Priority: After satisfying the request submitted in the application, priority is given to recommending and selecting the selected device 105 and the information text 105 belonging to the same owner. When the requirements are not met, priority is given to prompting the owner of the device 105 and solving the problem within a limited time. Continue to return yes to the application, otherwise, no.

When the instruction establishes a temporary one-to-one matching relationship, the application description list on the application side is sent to the device or server 103. The device side sends the tablet 105 to the tablet 105 according to the requirements of the application description list on the application side, including usage time, location, etc. and/or the drone 105 is sent to the designated location.

After the aforementioned engineering construction project special report preparation application server 102, equipment side equipment or server 103, and central server 101, the platform analyzes, matches, confirms, and schedules, the application side instructions and the equipment instructions establish a temporary corresponding matching relationship, and the project The virtual voucher generated by the construction project special report preparation application-side identification code, such as a QR code or a voucher stored in the physical device is authorized to establish a temporary corresponding matching relationship with the physical device 105 or established by the central server 101. The device reading the communication connection bound by trusted authentication, the device-side device 105 or the device establishing a communication connection bound by trusted authentication with the device 105 will read the authorization certificate and write the binding into the device 105 The identification codes in the memory are uploaded to the central server 101 for verification. The central server 101 establishes a one-to-one matching relationship based on parsing, matching, confirmation, and scheduling, and then the authorized device 105 implements a communication connection with the application server 102;

When the tablet computer 105 establishes communication with the engineering construction project special report preparation application server 102, it retrieves the project data that needs to be reviewed to realize informatization and digital review.

In the case of establishing communication between the drone 105 and the server 102. When different survey contents need to be targeted, the flight attitude, height, etc. of the UAV 105 need to make corresponding actions according to the requirements of the survey content;

If the drone parameter module with the solution already exists in the server 102, the user of the device 105 directly selects the drone parameter module and sends it to the drone device 105, and the drone 105 retrieves the coordinate information of the server 102. , conduct surveying, mapping and aerial photography based on parameters;

Or, the drone parameter module needs to be saved on other servers in the platform;

According to the instruction of the application terminal 102 to upload the application terminal identification code compilation standard method, the central server 101 parses the name of the device 105, the content of the device terminal and the application terminal, and the application description list, and parses out the corresponding UAV parameter module with a solution; and Send consultation information to the application server 102 and display the corresponding module description list of the parameter module. When confirmed, the corresponding parameter information is transmitted to the authorized drone 105, and the drone 105 retrieves the coordinate information of the server 102. , and realize remote, unmanned, networked, digital, intelligent surveying and aerial photography according to preset parameters;

If no confirmation is given, the parameters will not be issued.

In some embodiments, such as those for smart agriculture, the description includes:

In this embodiment, a variety of agricultural equipment is involved, including agricultural drones, remote sensing drones, agricultural unmanned vehicles, agricultural machinery autopilots, climate and temperature prediction, air humidity monitoring, and a series of equipment and systems;

What is certain is that no matter what type of equipment, the function of the equipment depends on the work content that the equipment needs to perform. For example, the function of agricultural drones is mainly to provide agricultural spraying operations; the function of remote sensing drones is mainly to monitor crops, Crop health assessment; the function of climate and temperature prediction equipment mainly provides monitoring of climate, temperature, wind and other meteorological information;

Different equipment and different work contents can be executed well through this platform;

In the embodiment of a certain farmland being used as smart agriculture;

When the farmland smart application server 102 accesses the platform for the first time, the application side synchronously uploads the exclusive names of individuals, families, enterprises, organizations, etc. in point 3 of the standard method for compiling application identification codes and the independent public network of the access server 102 The IP address is also saved in the central server 101 database;

The central server 101 performs a uniqueness check on the uploaded individual, family, enterprise, organization and other exclusive names in point 3 of the standard method for compiling application-side identification codes to ensure that the names are unique in the central server 101 database;

When the device 105 on the device provider side accesses the platform for the first time; if there is a server 103 on the device side, the device side needs to simultaneously upload the individual, family, enterprise, organization, etc. exclusive names and access points in point 3 of the standard method for compiling device-side identification codes. The independent public IP address of the server 103 is also saved in the central server 101 database; clearly, if there is a server 103 on the device side, the device side identifies individuals, families, enterprises, organizations, etc. in point 3 of the standard method for compiling codes. The exclusive name and the independent public IP address of the access server 103 will establish a one-to-one matching relationship in the central server 101; clearly, the independent public IP address of the access device server 103 can be changed, and the matching relationship remains unchanged. ; If there is no server 103 on the device side, the device side only needs to upload the unique names of individuals, families, businesses, organizations, etc. in point 3 of the standard method for compiling device-side identification codes to the central server 101.

The equipment provider provides equipment 105, such as agricultural unmanned tillers 105, agricultural drones 105, survey drones 105, and climate and temperature prediction equipment 105; the equipment 105 identification code is generated and bound according to the standard method for compiling equipment-side identification codes. Written into the memory of the device 105 and uploaded to the central server 101 as an instruction, the central server 101 returns the corresponding retrieved permission content description list including but not limited to the name of the device 105, weather information 105 and the device 105 by parsing the fields of the instruction;

In the returned content description list, fill in the name of the equipment 105: agricultural drone, agricultural unmanned tiller, climate and temperature prediction equipment; equipment 105 manufacturer (manufacturer): XXX; functions, parameters: model and use in agriculture Parameters in the instruction manual of man-machine, agricultural unmanned tiller, climate and temperature prediction equipment 105; and information related to the equipment 105 such as: application direction, solvable application problems (agricultural unmanned tiller, farmland plowing) , such as MAC code, machine code, and factory identification code, which can represent the identification code of the unique information of the device 105; the device 105 is included in the retrieval authority. Since the device 105 is a shared device, it is selected to be allowed to be disclosed by the central server 101, and saved for uploading;

The central server 101 checks the identification code of the unique information of the device 105. If the MAC code, machine code, and factory identification code can represent the identification code of the unique information of the device 105, and the information is not repeated, the instruction upload is successful;

When the farmland smart application needs to use the agricultural unmanned plowing machine 105 to plow farmland or the agricultural drone 105 sprays pesticides, the standard method for preparing the application identification code is uploaded through the farmland smart application server 102: 1. Application The project location, destination, location of the application equipment 105 and other clear addresses at least include the country, province, city, and county; 2. Contains the use and function of the equipment 105, and the information text 105 is specific, directional, and restrictive , general words include but are not limited to purpose, nature, function, information, etc.; 3. Exclusive names of individuals, families, businesses, organizations, etc.; 4. The identification code generation time, including year, month, day, hour, minute and second; 5. The above content is consistent They are distinguished by Arabic numerals.

After the instructions of the farmland smart application server 102 are compiled, the application server 102 uploads the instructions to the central server 101 and returns the list. The application server 102 fills in the application scope of the instruction, such as plowing rice fields or detecting insect damage or rice planthopper damage. Eliminate and upload the list. The central server 101 contains the uses and functions of the device 105 according to point 2 of the standard method for compiling application identification codes. The information text 105 is specific, directional, restrictive, and general, including but not limited to Not limited to words such as purpose, nature, function, information, etc. and content describing the application scope of the instruction, parse out the agricultural unmanned tiller 105 or agricultural drone 105 that the application server 102 may need, and the central server 101 Return an application description list to the application server 102. The application server 102 will include but is not limited to the number of equipment 105 required for the agricultural unmanned tiller 105 and the agricultural drone 105, the usage time, the duration of use, and the needs of the equipment 105. The achieved functions, parameters, and the detailed location of the device 105 are filled in the application description list, and the command mode is selected as a one-time valid mode and uploaded to the central server 101. The central server 101 compiles a standard method based on the identification code commanded through the application. The geographical information at point 1 is matched first with the geographical information at point 1 in the standard method for compiling the identification code of the device-side instruction, and usable devices with a relatively close geographical location are matched;

On this basis, the next field of the instruction is parsed;

Point 2 in the standard method for compiling identification codes of application-side instructions contains the use and function of the device 105. The information text 105 is specific, directional, restrictive and general, including but not limited to use, nature, function and information. The words and content describing the application scope of the instruction are parsed to match the device 105 that may need to be used, and information related to the manufacturer, function, parameter, quantity, etc. of the physical device 105 will be displayed together;

The farmland smart application terminal selects the appropriate agricultural unmanned tiller 105 and agricultural drone 105 equipment options, and uploads the confirmation information to the central server 101. Based on this confirmation information, the central server 101 compares the instructions of the farmland smart application terminal with the corresponding ones. The selected device 105 is instructed to establish a temporary corresponding one-to-one matching relationship.

Priority: After satisfying the request submitted in the application, priority is given to recommending and selecting the selected device 105 and the information text 105 belonging to the same owner. When the requirements are not met, priority is given to prompting the owner of the device 105 and solving the problem within a limited time. Continue to return yes to the application; otherwise, no.

Through the aforementioned platform analysis, matching, confirmation, and scheduling composed of the farmland smart application server 102, equipment-side equipment or server 103, and central server 101, the application-side instructions and the device 105 instructions establish a temporary corresponding matching relationship, and the farmland smart application-side The server 102 compiles a virtual certificate generated by the application identification code, such as a QR code or a certificate stored in the physical device, and authorizes the physical device 105 to establish a trustworthy relationship with the temporary corresponding matching relationship established by the central server 101. The device that authenticates the bundled communication connection reads, and the device-side device 105 or the device that establishes a trusted authentication bundled communication connection with the device 105 reads the authorization credentials and writes the binding into the memory of the device 105 The identification code is uploaded to the central server 101 for verification. The central server 101 establishes a one-to-one matching relationship based on parsing, matching, confirmation, and scheduling, and then the authorized device 105 implements a communication connection with the application server 102;

In the case of establishing communication between the agricultural unmanned tiller 105 or the agricultural unmanned aerial vehicle 105 and the farmland smart application server 102.

If the operating parameter module of the equipment 105 for plowing work in the selected farmland already exists in the server 102, the user of the equipment 105 directly selects the air-conditioning parameter module and sends it to the agricultural unmanned plowing machine 105;

The agricultural unmanned tiller 105 or the agricultural drone 105 reads the coordinates of the target field on the farmland smart application server 102, searches for the target field through the positioning and navigation system, and autonomously runs to the destination, and achieves remote control based on the parameters. , unmanned, networked, digital and intelligent operation work;

Or, when the agricultural unmanned tiller parameter module needs to be saved on other servers in the platform;

According to the instruction of the farmland smart application server 102 to upload the standard method for compiling the application identification code, the central server 101 parses the name of the device 105, the content of the device and the application, and the application description list, and parses the corresponding agricultural unmanned plowing with solutions. machine parameter module; and sends consultation information to the application server 102 and displays the corresponding module description list of the parameter module. When confirmed, the corresponding parameter information is transmitted to the authorized device 105, and the device 105 implements remote control according to the preset parameters. modernized, unmanned, networked, digital, and intelligent operation;

If no confirmation is given, the parameters will not be issued.

In some embodiments, such as the embodiment of a smart commercial entity (refer to a commercial plaza), the description includes:

In this embodiment, the smart business entity is the application end, and the device brought by the tourists is the device end;

When the smart business application server 102 accesses the platform for the first time, the smart business application synchronously uploads the unique names of individuals, families, enterprises, organizations, etc. in point 3 of the standard method for compiling application identification codes and the access server 102 It has an independent public network IP address and is saved in the central server 101 database;

The standard method for compiling application identification codes for merchants and tenants in smart commercial entities: 1. The location, destination, application equipment location and other clear addresses must at least include the country, province, city and county; 2. Contain the specific address The use and functions of the device 105, and the information text 105 have specific, directional, restrictive and general words including but not limited to purpose, nature, function, information, etc.; 3. Exclusive names of individuals, families, businesses, organizations, etc.; 4. The identification code generation time, including year, month, day, hour, minute and second; 5. If the above contents are consistent, use Arabic numerals to distinguish them and compile the application-side identification code;

Specifically, the second point of the standard method for compiling application-side identification codes is that the information text 105 of catering, clothing, entertainment, etc. has directional and general words, and the third point of the standard method for compiling application-side identification codes is to communicate with the application-side server of the intelligent business entity 102 The same exclusive name and independent public IP address, point 5 of the standard method for compiling the application identification code is the location information such as the building number, floor number, etc.;

After the instructions for merchants and tenants in the intelligent commercial entity are compiled, the intelligent commercial entity application server 102 uploads the instructions to the central server 101 and returns the list. The merchants and tenants fill in the instructions indicating that the application scope of the instruction is the intelligent commercial entity and upload it to the central server 101 Return to the application description list. Merchants and tenants in the smart business entity will fill in the application description list in the form of text and/or pictures and/or videos, including but not limited to the contract lease date, content of their respective operations, features, and scope, and select The command mode is an open mode and is uploaded to the central server 101;

The central server 101 detects that the merchants and tenants' instructions in the intelligent business entity and the individual, family, enterprise, organization, etc. exclusive names of the intelligent business application server 102 instructions are consistent with the independent public IP address of the bound access server 102 , the central server 101 determines that there is a mutual trust relationship, and issues consultation information. After confirmation, the list of merchants and tenant instructions and application descriptions in the intelligent commercial entity is issued and bound to the server 102 of the intelligent commercial entity application side;

The smart business application server 102 can develop a three-dimensional model of the smart business. The smart business is stored in the server 102. After the central server 101 confirms and delivers the list of merchants, tenant instructions and application descriptions in the smart business, it is bound to In the location corresponding to the 3D model intelligent commercial entity corresponding to the location information of point 5 in the identification code compiled by the merchants and tenants; tenants and merchants in the intelligent commercial entity can use the identification code to quickly and independently realize the contents and contents of their respective operations. Characteristics and scope can be quickly integrated with the 3D model intelligent business body through text and/or pictures and/or video;

The smart commercial entity application server 102 compiles the identification code according to the application identification code compilation standard method, and generates an authorization code for external release. The authorization code is in an open mode. After reading the authorization code, visitors can establish a connection with the intelligent commercial entity application server 102. Communication connection, and enabling browsing of the list of merchants, tenant instructions and application instructions bound to the three-dimensional model intelligent commercial body, which can quickly guide and locate tourists' target merchants when entering the physical commercial body.

In this embodiment, the intelligent commercial entity application server 102 compiles an identification code and uploads it to the central server 101 as a list of instructions and application descriptions. After authorization, the intelligent management module is introduced to perform intelligent processing based on merchant and tenant instructions and content description columns. Management, if the lease date of the contract expires, the tenant instruction will be automatically invalidated, or for other reasons, the intelligent commercial entity application server 102 can autonomously invalidate the tenant instruction.

In some embodiments, such as the embodiment of an intelligent commercial entity (referring to a tourist attraction), the description includes:

In this embodiment, the smart business entity is the application side, and the device brought by the user is the device side;

Specific execution steps include embodiments of smart commercial entities (refer to commercial plazas and smart homes);

In some implementation steps, if the instruction mode is selected as a one-time valid mode and uploaded to the central server 101, the content, features, and scope corresponding to the instruction can be effectively controlled in text and/or pictures and/or videos;

Those skilled in the art should understand that the embodiments of the present invention only enumerate one or a limited number of devices for illustrative description, and do not limit the present invention.

Although the preferred embodiments of the present invention have been described, those skilled in the art will be able to make additional combinations, changes and modifications to these embodiments once the basic inventive concepts are understood. Therefore, it is intended that the appended claims be construed to include the preferred embodiments and all changes and modifications that fall within the scope of the invention.

The invention is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the invention. It will be understood that each process and/or block in the flowchart illustrations and/or block diagrams, and combinations of processes and/or blocks in the flowchart illustrations and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing device to produce a machine, such that the instructions executed by the processor of the computer or other programmable data processing device produce a use A device for realizing the functions specified in one process or multiple processes of the flowchart and/or one block or multiple blocks of the block diagram.

These computer program instructions may also be stored in a computer-readable memory that causes a computer or other programmable data processing apparatus to operate in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including the instruction means, the instructions The device implements the functions specified in a process or processes of the flowchart and/or a block or blocks of the block diagram.

These computer program instructions may also be loaded onto a computer or other programmable data processing device, causing a series of operating steps to be performed on the computer or other programmable device to produce computer-implemented processing, thereby executing on the computer or other programmable device. Instructions provide steps for implementing the functions specified in a process or processes of a flowchart diagram and/or a block or blocks of a block diagram.

The above are only examples of the present application and are not used to limit the present application. To those skilled in the art, various modifications and variations may be made to this application. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of this application shall be included in the scope of the claims of this application.

Claims (26)

A device interconnection and intelligent application provides a method, device, system and platform for matching, scheduling, confirmation and authorization, characterized in that the platform includes: Application servers and equipment; Device-side devices or servers and devices. Complete device parsing, matching, scheduling, and authority confirmation central server through instructions; The platform according to claim 1, wherein the application terminal and server include: The application side generates the application side identification code according to the application side identification code compilation standard method and uploads it to the central server as a command to return the list. The application side fills in the instruction's application scope, including but not limited to the application industry, application direction, and problems to be solved. content and upload the list, the central server returns the corresponding application description list including but not limited to equipment, information text and instruction mode by parsing the fields of the instruction and describing the application scope of the instruction; The standard method for compiling application-side identification codes according to claim 2, characterized in that it includes: Standard method for compiling application identification codes: 1. The location, destination, application equipment location and other clear addresses at least include the country, province, city, and county; 2. The information text contains the use and function of the equipment, and the information text has specific Sexual, directional, restrictive and general words include but are not limited to purpose, nature, function, information, etc.; 3. Exclusive names of individuals, families, businesses, organizations, etc.; 4. The identification code generation time, including year, month and day. Hours, minutes and seconds; 5. If the above contents are consistent, use Arabic numerals to distinguish them; The central server according to claim 2 returns the corresponding application description list including but not limited to equipment, information text and instruction mode by parsing the fields of the instruction and the application scope of the instruction, which is characterized by including: After the application-side instruction is uploaded to the central server, a list is returned. The application-side fills in the application scope of the instruction, including but not limited to the application industry, application direction, and content of the problems to be solved, and uploads the list. The central server compiles the standard method through the application-side identification code. In point 2, the scope of application includes words and instructions that are specific, directional, restrictive, and general about the use, function, and information of the device, including but not limited to purpose, nature, function, information, etc. content, parse out the corresponding device, information text, and command mode application description list generated by the instructions uploaded by the device that may be required, and return the application description list to the application end; The application end selects the contents of the application description list and submits it to the central server after confirmation; The content of the application description list includes but is not limited to the specific functional parameters, quantity, usage date, duration, effective information of the information text, command mode, etc. of the device; Specific device functional parameters, quantity, usage date, duration, effective information of information text and other content and corresponding devices can be selected independently by the application end, or can be recommended by the central server; the command mode can only be selected independently by the application end. The parsing instruction according to claim 4, characterized in that it includes: Preset the field relational database in the central server, and associate the words in point 2 of the standard method for compiling application identification codes with the possible device names; wait until the central server receives the instruction uploaded by the application and the instruction application scope description After the content is parsed, the associated device name and the corresponding list of application descriptions to be selected uploaded by the device are sent to the application; Better still, further optimize the associated equipment based on the long-term usage habits of the application, or personal or industry usage habits or industry technical specifications and standards; The application-side instruction according to claim 2, characterized in that it includes: This application-side command can set two command modes, including one-time effective mode and open mode. All command modes can be actively disabled by the application end; The one-time mode means that after the instruction is successfully matched and authorized by the central server, the instruction becomes invalid and cannot be matched and authorized repeatedly; The open mode means that the instruction can be communicated with the application server by any device that reads the authorization instruction provided by the application. According to claim 1, the device or server and device are characterized in that they include: The device side generates the device identification code according to the standard method of compiling the device side identification code, and the binding is written into the memory of the device and uploaded to the central server as an instruction. The central server returns the corresponding information including but not limited to the device name, Information text and a list of content descriptions of the retrieved permissions of the device; According to claim 7, the standard method for compiling device-side identification codes is characterized in that it includes: Standard method for compiling device-side identification codes: clear addresses such as the location of the device at least include the country, province, city, and county; 2. The name of the device and information text. The name can be a common name, such as computer, tablet, notebook , rice cookers, weather information, drones, etc.; 3. Owner, which can be an individual, family, business, organization, etc., 4. Identification code generation time, including year, month, day, hour, minute, and second, 5. The above content is consistent Sometimes distinguished by Arabic numerals; The central server according to claim 7 returns the corresponding content description list including but not limited to device name, information text and device retrieved permission by parsing the fields of the instruction, which is characterized by including: The device-side instructions are uploaded to the central server. The central server parses the name and information text of the device in point 2 of the standard method for compiling the device-side identification code, returns the device-side content description list, and fills in the corresponding information including but not limited to the physical device manufacturer, Functions, parameters, ownership quantity and other information related to the device or the information content corresponding to the information text and the content of the device's retrieval authority are stored correspondingly with the device instructions associated with it; The device is retrieved with permission, specifically used to determine whether the central server is allowed to disclose the corresponding device and content description list; Clearly, write the device's MAC code, machine code, and factory identification code into the content description list together with the identification code that can represent the unique information of the device. This information serves as the usage of the device, whether the device is a valid device, device authorization, etc. The basis content for the full life cycle management of equipment. The full life cycle management of the device according to the usage of the device according to claim 9, whether the device is a valid device, confirmation of device rights, etc., is characterized by including: When the device side uploads instructions, the MAC code, machine code, and factory identification code of the corresponding device can represent the unique information of the device and the identification code is bound to the name and information of the device in point 2 of the standard method for compiling the device side identification code. text, and establish a temporary database corresponding to the identification code representing the unique information of the device, the name of the device, and the information text; If the previously successfully uploaded instruction is within the validity period and other instructions with the same device-side identification code compilation standard method points 2 and 3 are uploaded, the central server will check the identification code of the device with unique information; If repeated, the instruction upload will be invalid; If there are no duplicates, the instruction upload is successful; The validity period refers to the fact that the instruction is within the validity period when the clear address such as the location of the equipment in point 1 of the standard method for compiling equipment-side identification codes does not change; If the clear address of the device such as the location of the device in point 1 of the standard method for compiling the device-side identification code changes, the previous successful upload instruction of the device will be invalid; Explicitly, or alternatively, device-side devices or servers and hub servers may update uploaded instructions based on the actual geographic location of the device and continue to keep the instructions valid. Specifically, the device-side device or server has the option to actively disable the corresponding device command; It is clear that if the command fails, the temporary database with unique information identification code of the MAC code, machine code, and factory identification code of the device corresponding to the binding of the command will also become invalid. According to claim 1, a device scheduling method is completed through instructions and the central server confirms the right, which is characterized in that it includes: According to claims 1-10, after the application-side instructions and application description list, and the device-side instructions and content description list are successfully uploaded; The central server preferentially matches the geographical information at point 1 in the standard method for compiling the identification code of the application-side instruction with the geographical information at point 1 in the standard method for compiling the identification code of the device-side instruction to match usable devices with a closer geographical location; On this basis, the next field of the instruction is parsed; Point 2 in the standard method for compiling identification codes through application-side instructions contains information text that is specific, directional, restrictive, and general about device use and functions, including but not limited to use, nature, functions, information, etc. The content parsing of the application range of words and instructions matches the device that may be needed, and the information associated with the physical device is displayed together; Clearly, the parsing matches the equipment that may need to be used, which is generated by the instructions uploaded by the device or the server; if no device is available, only the common name of the device is displayed; Prioritize, after meeting the request submitted in the application, priority will be given to recommending and selecting the selected device and the information text belongs to the same owner; when the above requirements are not met, the device owner will be given priority, and the issue will be resolved within a limited time. The application returns yes; otherwise, no. Better yet, further optimize the recommended equipment or information text based on the long-term usage habits of the application, or personal or industry usage habits or technical specifications and standards; When confirmed by the application side, the application side instructions and the device side instructions establish a temporary one-to-one matching relationship. According to claim 1, a central server that completes equipment scheduling and confirmation of rights through instructions, a method of confirmation of rights, is characterized in that it includes: When the application side accesses the platform for the first time, the application side needs to simultaneously upload the individual, family, enterprise, organization and other exclusive names in point 3 of the standard method for compiling the application side identification code together with the independent public IP address of the access server. Save to the hub server database; Clearly, a one-to-one matching relationship between the individual, family, enterprise, organization and other exclusive names in point 3 of the standard method for compiling application-side identification codes and the independent public IP address of the access server will be established in the central server; It is clear that the independent public IP address connected to the application server can be changed; after the change, its matching relationship remains unchanged. According to the third point in the standard method for compiling application-side identification codes according to claim 12, the exclusive names of individuals, families, enterprises, organizations, etc. are characterized by including: The exclusive names of individuals, families, businesses, organizations, etc. in point 3 of the standard method for compiling application-side identification codes for the first upload must pass the central server verification to ensure that the name is unique in the central server database; Clearly, the name can be changed, but the changed name still needs to be checked in the central server database for uniqueness. According to claim 1, a central server for completing equipment scheduling and confirming rights through instructions, a method for confirming rights, is characterized in that it includes: When the device first connects to the platform; If there is a server on the device side, the device side needs to simultaneously upload the personal, family, enterprise, organization and other exclusive names in point 3 of the standard method for compiling the device-side identification code and the independent public IP address of the access server and save them to the hub. in the server database; Clearly, if there is a server on the device side, the unique names of individuals, families, companies, organizations, etc. in point 3 of the standard method for compiling device-side identification codes and the independent public IP address of the access server will be established in the central server. a matching relationship; It is clear that the independent public IP address of the access device server can be changed. After the change, the matching relationship remains unchanged; If there is no server on the device side, the device side only needs to upload the unique names of individuals, families, businesses, organizations, etc. in point 3 of the standard method for compiling device-side identification codes to the central server. According to claims 12, 13, and 14, a central server that completes equipment scheduling and confirmation of rights through instructions, a method of confirmation of rights, is characterized in that it includes: If the personal, family, enterprise, organization, etc. exclusive names of the application-side and device-side instructions are consistent with the independent public IP address of the bound access server, the central server will determine that they are mutually trusted devices. After confirmation, the device's instructions will be issued and bound to the server of the application side, and the devices that communicate with the application side can operate with each other. According to the third point in the standard method for compiling device-side identification codes according to claim 14, the exclusive names of individuals, families, enterprises, organizations, etc. are characterized by including: The exclusive names of individuals, families, businesses, organizations, etc. in point 3 of the standard method for compiling device-side identification codes that are uploaded for the first time must pass the central server verification to ensure that the name is unique in the central server database; Clearly, the name can be changed, but the changed name still needs to be checked in the central server database for uniqueness. The platform according to claim 1, an authorization method, characterized in that it includes: After the platform parsing, matching, confirmation, and scheduling described in claims 1-16, the application-side instructions and the device instructions establish a temporary corresponding matching relationship, and the authorization certificate generated by the application-side identification code is authorized and established by the central server verification The temporary corresponding matching relationship is read by the entity device or the device that establishes a communication connection bound by trusted authentication with the device. The device-side device or the device that establishes a communication connection bound by trusted authentication with the device will read the authorization certificate and Upload the identification code bound to the device's memory to the central server for verification. The central server establishes a one-to-one matching relationship based on parsing, matching, confirmation, and scheduling, and then the authorized device implements the communication with the application server. Make communication connections; The authorization certificate according to claim 17, characterized in that it includes: The voucher can be generated virtually, such as a QR code, or stored in a physical device. The platform according to claim 1, an intelligent application system, characterized in that it includes: An intelligent application system that is connected through the network and delivers equipment operating parameters based on the equipment's operating characteristics, work content, working environment, and work nature, thereby realizing remote, unmanned, digital, and intelligent operation of the equipment. An intelligent application system according to claim 19, characterized in that it includes: The system presets the air conditioning module, drone module, weather module, etc. based on the device name or information text, such as air conditioners, drones, weather information, etc. Different devices preset different parameter modules, and the module content is based on the corresponding device. It depends on the operating characteristics, work content, working environment, and nature of the work; This parameter module can exist in any server in the platform, such as application server, device server, and hub server; The parameter module according to claim 20, characterized in that it includes: The parameter module is compiled according to the standard method of parameter module identification code: 1. The name of the equipment and information text. The name can be a common name, such as computer, harvester, self-driving car, rice cooker, meteorological information, drone, etc.; 3 , Owner, which can be an individual, family, business, organization, etc. exclusive name. 4. The identification code generation time, including year, month, day, hour, minute and second. 5. If the above content is consistent, use Arabic numerals to distinguish it and compile the parameter module identification code. The parameter module identification code is uploaded to the central server as a command. The central server parses the name and information text of the device in point 1 of the standard method for compiling the parameter module identification code, returns the corresponding module description list, and fills in the corresponding information including but not limited to the The application direction of the parameter module, the problems it solves, and the parameter modules associated with it are saved accordingly; The optimal parameters of the parameter module can be obtained from personal habits, hobbies, energy saving, long-term practice, experimental testing, or environmental requirements. An intelligent application system according to claim 19, characterized in that it includes: When executing claims 1-18, the matching parameter module is parsed through the corresponding device name, the content of the device and the application, and the content of the application description list, in the case of realizing communication between the device and the server; Send consultation information to the application end and display the corresponding module description list of the parameter module. When confirmed, transmit the corresponding parameter information to the authorized device; If no confirmation is given, the parameters will not be issued. An intelligent application system according to claim 19, characterized in that it includes: According to claims 12 and 20, the parameter module can exist in any server in the platform, such as an application server, a device server, and a central server; It is clear that the parameter module realizes the confirmation of the rights of the owner of the parameter module rights. According to claims 1-23, it is characterized in that it includes: The central server performs the functions of parsing, matching, scheduling, confirmation, and recommendation on the application side, device side, and parameter module instructions in the platform. Authorization and authorization are performed by the application side and the device. The device realizes remote control according to the authorized preset parameters. , unmanned, networked, digital and intelligent operation. A central server device that can be implemented as a server device for parsing, matching, confirming, and scheduling instructions, and is characterized by including: a memory, a processor, and a communication component; The memory is used to store computer programs; The processor is coupled to the memory and is used to execute the computer program to: receive instruction information uploaded by the application end and the device end through the communication component; parse, match, and confirm the instruction information according to the instruction information. Rights and dispatch of corresponding equipment; Through the communication component, the instruction information of the central server side, application side, and device side is returned to the device side of the device, so that the device side can access the server of the application side and perform parameter control to realize device intelligence. run. A server device, which can be implemented as an application-side or device-side server device, is characterized in that it includes: a memory, a processor and a communication component; The memory includes a long-term storage function and/or a temporary storage function for storing computer programs; The processor is coupled to the memory and is used to execute the computer program for: uploading application-side and device-side instructions through the communication component. The instructions are the application-side and device-side instructions according to their respective identifiers. The code compilation standard method is generated and used for parsing, matching, confirmation, and scheduling by the central server; through the parsing, matching, confirmation, and scheduling of the central server, the communication component is used from the application end to the device. End device authorization, the device end uploads the authorization information to the central server for verification and confirmation, and then the device end device accesses the application end server; wherein, the information of the parameter module is used for the device end to access the application end server and perform Parameter control enables intelligent operation of equipment. A computer-readable storage medium storing a computer program, characterized in that when the computer program is executed by a processor, the processor is caused to implement the steps in the method of any one of claims 1-23.

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