Internet of things device binding method and Internet of things device

Abstract

The invention discloses an Internet of Things device binding method and Internet of Things device, and relates to the technical field of Internet of Things device binding. The method of the invention comprises binding method screening, authorized binding method analysis, shared binding method analysis, monitoring of each binding method result and early warning prompts, and the binding mode corresponding to each user and each device is obtained by screening, and then the binding priority of the authorized binding method processing terminal corresponding to each user and each device is screened, and the binding level allocation of the shared binding method processing terminal corresponding to each user and each device is obtained by screening, and the binding result status of each user and each device corresponding to each binding method processing terminal is obtained by judgment, so as to realize the convenience of each user to start and use the device, and realize remote intelligent control of each device at the same time, so as to facilitate users to better experience intelligent life, realize accurate binding, and reduce labor cost and time waste.

Description

Technical Field

[0001] The present invention relates to the technical field of Internet of Things device binding, and in particular to an Internet of Things device binding method and an Internet of Things device. Background Art

[0002] With the continuous development of Internet of Things technology, the connection between users and devices has become closer. The binding methods of Internet of Things devices are rich and varied. By analyzing the binding methods of each user and each device, efficient, fast and correct binding can be performed to achieve efficiency in user device binding and activation, improve the corresponding quality of life of users, meet users' convenient life needs, ensure users' efficient life, and at the same time achieve remote and convenient control of the corresponding connection binding of each device and each user.

[0003] Prior art, such as an invention patent application with publication number CN113364653A, discloses an IoT device binding method, terminal, and IoT device, which relates to the field of IoT technology. In this application, first, device binding request information sent by multiple IoT sensors is obtained; second, based on the device binding request information sent by each IoT sensor, an IoT sensor is determined from multiple IoT sensors as the target IoT sensor; then, a device binding relationship is established between the target IoT sensor and the IoT device. Based on the above method, the problem of poor binding effect of IoT devices in the prior art can be improved.

[0004] The above invention mainly analyzes the target IoT sensor and the IoT device to establish a device binding relationship, thereby improving the problem of poor IoT device binding effect. It does not start from the perspective of each user and each device, and cannot fully understand the data status of the binding. At the same time, it does not analyze the binding methods of each user and each device, and cannot help each user and each device to obtain the correct binding method, obtain the correct and efficient binding efficiency of each user and each device, reduce the user's quality of life, cannot meet the user's corresponding demand binding device requirements, and reduce the user experience. Summary of the invention

[0005] In view of the above-mentioned technical deficiencies, the purpose of the present invention is to provide an Internet of Things device binding method and an Internet of Things device.

[0006] To solve the above technical problems, the present invention adopts the following technical solutions: The present invention provides an Internet of Things device binding method, including: step one, binding method screening: obtaining various historical binding methods corresponding to the Internet of Things terminal from a database, each historical binding method including preemptive binding, authorized binding and shared binding, and then dividing the Internet of Things terminal into various binding method processing terminals, and obtaining the demand information and request information sent by each user and each device to the Internet of Things terminal, and then screening to obtain the binding methods corresponding to each user and each device.

[0007] Step 2: Authorization binding method analysis: When the binding methods corresponding to a certain user and a certain device are all authorization binding, obtain the transmission information corresponding to each user and each device, and then analyze and obtain the transmission coefficient of the authorization binding method processing terminal corresponding to each user and each device, and filter and obtain the binding priority of the authorization binding method processing terminal corresponding to each user and each device.

[0008] Step 3, shared binding method analysis: When the sharing method corresponding to a certain user and a certain device is shared binding, obtain the basic information corresponding to each user and each device, and then analyze and obtain the level transmission coefficient of the shared binding method processing terminal corresponding to each user and each device, and filter and obtain the binding level allocation of the shared binding method processing terminal corresponding to each user and each device.

[0009] Step 4. Monitoring the results of each binding method: After completing the binding of each user and each device to each binding method processing terminal, monitor the binding results of each user and each device to each binding method processing terminal, and determine the binding result status of each user and each device to each binding method processing terminal.

[0010] Step 5: Warning: When a user or a device fails to process the binding result status of a terminal corresponding to a binding method, a warning is issued.

[0011] Preferably, the screening obtains the binding priority of the authorization binding method processing terminal corresponding to each user and each device, and the specific screening process is as follows: the transmission coefficient of the authorization binding method processing terminal corresponding to each user and the transmission coefficient of the authorization binding method processing terminal corresponding to each device are compared and arranged, and the transmission coefficients of the authorization binding method processing terminal corresponding to each user and each device are sorted in order from large to small, and a user or a device with the first-ranked transmission coefficient is recorded as the first binding order of the authorization binding method processing terminal, and the binding priority corresponding to each user and each device is obtained by comparing and sorting in sequence.

[0012] Preferably, the screening obtains the binding level allocation of the shared binding method processing terminal corresponding to each user and each device, and the specific screening process is as follows: the level transmission coefficient of the authorized binding method processing terminal corresponding to each user and the level transmission coefficient of the authorized binding method processing terminal corresponding to each device are compared and arranged, and the level transmission coefficients of the shared binding method processing terminal corresponding to each user and each device are sorted in order from large to small, and a user or a device with the first-ranked level transmission coefficient is recorded as the first main binding of the efficient binding method processing terminal, and the second-ranked level transmission coefficient is used as the auxiliary binding of the first main binding of the efficient binding method processing terminal, and so on to obtain the binding level allocation of the shared binding method processing terminal corresponding to each user and each device.

[0013] In a second aspect, the present invention provides an Internet of Things device, comprising: a binding method screening module, which is used to divide the Internet of Things terminals into various binding method processing terminals, and screen to obtain the binding methods corresponding to each user and each device.

[0014] The authorization binding method analysis module is used to analyze and obtain the transmission coefficient of the authorization binding method processing terminal corresponding to each user and each device, and screen and obtain the binding priority of the authorization binding method processing terminal corresponding to each user and each device.

[0015] The shared binding method analysis module is used to analyze and obtain the level transmission coefficient of each user and each device corresponding to the shared binding method processing terminal, and screen and obtain the binding level allocation of each user and each device corresponding to the shared binding method processing terminal.

[0016] Each binding method result monitoring module is used to determine the binding result status of each user and each device corresponding to each binding method processing terminal.

[0017] The early warning terminal is used to issue an early warning prompt when a user or a device fails to process the binding result status of the terminal corresponding to a binding method.

[0018] Compared with the prior art, the beneficial effects of the present invention are as follows: the present invention provides an Internet of Things device binding method and an Internet of Things device, wherein the binding mode corresponding to each user and each device is obtained by screening, and then the transmission coefficient of the authorized binding method processing terminal corresponding to each user and each device is analyzed, and the binding priority of the authorized binding method processing terminal corresponding to each user and each device is screened out, and at the same time, the level transmission coefficient of the shared binding method processing terminal corresponding to each user and each device is analyzed, and the binding level allocation of the shared binding method processing terminal corresponding to each user and each device is screened out, and the binding result state of each binding method processing terminal corresponding to each user and each device is determined, so as to realize the convenience of each user to start and use the device, and at the same time realize the remote intelligent control of each device, so as to facilitate users to better experience the intelligent life, solve the shortcomings in the current technology, and at the same time, based on the Internet of Things binding technology, facilitate the intelligent binding connection of each user and each device, and simplify the experience operation of each user, improve the efficient binding processing of each user's needs and each device's requests, help each user and each device to screen and obtain the corresponding matching binding mode, realize accurate binding, reduce labor cost and time waste, and can automatically adjust the working mode according to the needs of each user and each device to realize the effective use of energy. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0020] Figure 1 The present invention is a schematic flow chart of the steps for implementing the method.

[0021] Figure 2 It is a schematic diagram of the structural connection of the device of the present invention. DETAILED DESCRIPTION

[0022] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0023] See also Figure 1 As shown, the present invention provides an Internet of Things device binding method, including: step one, binding method screening: obtaining various historical binding methods corresponding to the Internet of Things terminal from a database, each historical binding method including preemptive binding, authorized binding and shared binding, and then dividing the Internet of Things terminal into various binding method processing terminals, and obtaining demand information and request information sent by each user and each device to the Internet of Things terminal, and then screening to obtain the binding method corresponding to each user and each device.

[0024] It should be noted that the demand information includes the demand binding urgency level, demand binding device energy consumption and demand binding applicant number dimensions; the request information includes data transmission demand intensity, data transmission level and data security authority; the demand information sent by each user to the IoT terminal and the demand information sent by each device to the IoT terminal are obtained from the database; the demand binding urgency level is the urgency of the user's current demand binding; the demand binding device energy consumption is the energy consumption of the corresponding demand binding device in the demand information sent by each user to the IoT terminal; the demand binding applicant number dimension is the number of people included in the user's demand application in addition to himself; the data transmission demand intensity is the urgency of the transmission corresponding to the current data transmitted by the device; the data transmission level is the importance level of the data; the data security authority is the safe viewing authority of the device for the data to be transmitted.

[0025] As an optional implementation method, the screening obtains the binding method corresponding to each user, and the specific screening process is as follows: compare the demand binding urgency level sent by each user to the Internet of Things terminal with the binding method processing terminals corresponding to the binding urgency levels stored in the database. If the demand binding urgency level sent by a user to the Internet of Things terminal is greater than a binding method processing terminal corresponding to each binding urgency level stored in the database, then the binding method corresponding to the user is determined to be the preemptive binding method. If the demand binding device energy consumption sent by a user to the Internet of Things terminal is within a binding method processing terminal corresponding to a binding device energy consumption interval stored in the database, then the binding method corresponding to the user is determined to be the authorized binding method. If the demand binding applicant number dimension sent by a user to the Internet of Things terminal is within a binding method processing terminal corresponding to a device binding applicant number dimension interval stored in the database, then the binding method corresponding to the user is determined to be the shared binding method. In this way, the binding method corresponding to each user is obtained by screening.

[0026] As an optional implementation method, the screening obtains the binding method corresponding to each device, and the specific screening process is as follows: compare the data transmission demand strength sent by each device to the Internet of Things terminal with the binding method processing terminals corresponding to the data transmission demand strengths stored in the database. If the data transmission demand strength sent by a certain device to the Internet of Things terminal is greater than a certain data transmission demand strength stored in the database The binding method corresponding to the device is determined to be a preemptive binding method. If the data transmission level sent by a certain device to the Internet of Things terminal is within a certain binding method processing terminal corresponding to a certain data transmission level interval stored in the database, then the binding method corresponding to the device is determined to be an authorized binding method. If the data security authority sent by a certain device to the Internet of Things terminal is within a certain binding method processing terminal corresponding to a certain data security authority interval stored in the database, then the binding method corresponding to the device is determined to be a shared binding method. In this way, the binding method corresponding to each device is obtained by screening.

[0027] Step 2: Authorization binding method analysis: When the binding methods corresponding to a certain user and a certain device are all authorization binding, obtain the transmission information corresponding to each user and each device, and then analyze and obtain the transmission coefficient of the authorization binding method processing terminal corresponding to each user and each device, and filter and obtain the binding priority of the authorization binding method processing terminal corresponding to each user and each device.

[0028] It should be noted that the transmission information includes user transmission information and device transmission information. The user transmission information includes user level and signal strength, and the device transmission information includes device level and bandwidth rate. The user level corresponding to each user is obtained from the database, and the device level corresponding to the device is obtained from the energy efficiency specification information corresponding to each device in the database. The signal strength corresponding to each user and the bandwidth rate corresponding to each device are obtained using network monitoring tools.

[0029] As an optional implementation, the analysis obtains the transmission coefficient of each user and each device corresponding to the authorization binding method processing terminal, and the specific analysis process is as follows: by calculating the formula: Then, the transmission coefficient of the authorization binding method processing terminal corresponding to the rth user is analyzed, where r is the number of each user, r = 1, 2,,...., n, and n is any integer greater than 2. is the set reference user level, δ′ is the set reference signal strength, is the user level of the terminal corresponding to the authorization binding method of the rth user, δ r The signal strength of the terminal corresponding to the authorization binding method for the rth user, y 1 ,y 2 are the weight factors of the set user level and signal strength, respectively, 0<y 1 <1,0<y 2 <1.

[0030] It should also be noted that the weight factor of the user level and the weight factor of the signal strength are calculated by the CRITIC weight method, and the contrast strength is multiplied by the conflict index and normalized to obtain the final weight.

[0031] It should also be noted that the CRI TIC weighting method is an objective weighting method, which determines the objective weight of the indicator based on two basic concepts. The comparative intensity is the size of the difference between the values ​​of various evaluation schemes for the same indicator, which is expressed by the standard deviation, and the conflict is expressed by the correlation coefficient.

[0032] By calculating the formula Then, the transmission coefficient of the terminal processed by the authorization binding method corresponding to the dth device is analyzed, where d is the number of each user, d = 1, 2, ..., m, m is any integer greater than 2, η′ is the set reference device level, ρ′ is the set reference bandwidth rate, η d is the device level of the terminal corresponding to the authorization binding method of the dth device, ρ d is the bandwidth rate of the terminal processed by the authorization binding method corresponding to the dth device, f 1 、f 2 are the weight factor of the set device level and the weight factor of the bandwidth rate, 0<f 1 <1,0<f 2 <1.

[0033] It should be noted again that the weight factor of the device level and the weight factor of the bandwidth rate are calculated using the CRITI C weight method, and the comparison intensity is multiplied by the conflict index and normalized to obtain the final weight.

[0034] As an optional implementation, the screening obtains the binding priority of the authorization binding method processing terminal corresponding to each user and each device. The specific screening process is as follows: the transmission coefficient of the authorization binding method processing terminal corresponding to each user and the transmission coefficient of the authorization binding method processing terminal corresponding to each device are compared and arranged, and the transmission coefficients of the authorization binding method processing terminal corresponding to each user and each device are sorted in order from large to small, and a user or a device with the first-ranked transmission coefficient is recorded as the first binding order of the authorization binding method processing terminal, and the binding priority corresponding to each user and each device is obtained by comparing and sorting in turn.

[0035] Step 3, shared binding method analysis: When the sharing method corresponding to a certain user and a certain device is shared binding, obtain the basic information corresponding to each user and each device, and then analyze and obtain the level transmission coefficient of the shared binding method processing terminal corresponding to each user and each device, and filter and obtain the binding level allocation of the shared binding method processing terminal corresponding to each user and each device.

[0036] It should be noted that the basic information includes user basic information and device basic information. The user basic information includes data inclusion dimension and application cycle, the device basic information data confidentiality level and identification authentication speed. The basic information of each user for sending the application is obtained from the database. The data inclusion dimension is the coverage of the data to be bound sent out, and the application cycle is the application time corresponding to each user. The basic information corresponding to each device in the lake area is obtained from the database.

[0037] As an optional implementation, the analysis obtains the level transmission coefficient of each user and each device corresponding to the shared binding method processing terminal, and the specific analysis process is as follows: by calculating the formula: Then, the level transmission coefficient of the shared binding method processing terminal corresponding to the rth user is analyzed, where r is the number of each user, r = 1, 2,,...., n, n is any integer greater than 2, θ′ is the set reference data inclusion dimension, κ′ is the set reference application period, θ r The data dimension of the shared binding method processing terminal corresponding to the rth user includes, κ r The application cycle of the shared binding method for the rth user to process the terminal, x 1 、x 2 The weight factors of the set data dimensions and application period are respectively, 0<x 1 <1,0<x 2 <1.

[0038] It should also be noted that the CRITIC weight method is used to calculate the weight factors of the data dimensions and the weight factors of the application cycle. The comparison intensity is multiplied by the conflict index and normalized to obtain the final weight.

[0039] By calculating the formula Then, the level transmission coefficient of the shared binding method processing terminal corresponding to the dth device is obtained by analysis, where d is the number of each user, d = 1, 2,,...., m, m is any integer greater than 2, ω′ is the set reference data confidentiality level, ψ′ is the set reference identification authentication speed, ω d is the data confidentiality level of the shared binding method processing terminal corresponding to the dth device, ψ d is the identification authentication speed of the terminal processed by the shared binding method corresponding to the dth device, h 1 、h 2 are the weight factor of the set data confidentiality level and the weight factor of the identification authentication speed, 0<h 1 <1,0<h 2 <1.

[0040] It should be noted again that the weight factor of the data confidentiality level and the weight factor of the identification authentication speed are calculated using the CRITI C weight method, and the comparison strength and conflict index are multiplied and normalized to obtain the final weight.

[0041] As an optional implementation, the screening obtains the binding level allocation of the shared binding method processing terminal corresponding to each user and each device, and the specific screening process is as follows: the level transmission coefficient of the authorized binding method processing terminal corresponding to each user and the level transmission coefficient of the authorized binding method processing terminal corresponding to each device are compared and arranged, and the level transmission coefficients of the shared binding method processing terminal corresponding to each user and each device are sorted in order from large to small, and a user or a device with the first-ranked level transmission coefficient is recorded as the first main binding of the efficient binding method processing terminal, and the second-ranked level transmission coefficient is used as the auxiliary binding of the first main binding of the efficient binding method processing terminal, and so on to obtain the binding level allocation of the shared binding method processing terminal corresponding to each user and each device.

[0042] Step 4. Monitoring the results of each binding method: After completing the binding of each user and each device to each binding method processing terminal, monitor the binding results of each user and each device to each binding method processing terminal, and determine the binding result status of each user and each device to each binding method processing terminal.

[0043] As an optional implementation manner, the judgment obtains the binding result status of each user corresponding to each binding method processing terminal, and the specific judgment process is as follows: after completing the binding of each user corresponding to each binding method processing terminal, the device bound and connected to each user based on each binding method processing terminal is turned on. If a device bound and connected by a user based on a certain binding method cannot be turned on remotely, it is determined that the binding of the user to the binding method processing terminal has failed, and re-binding is performed. If a device bound and connected by a user based on a certain binding method can be turned on remotely, it is determined that the binding of the user to the binding method processing terminal is successful, and the binding result status of each user corresponding to each binding method processing terminal is obtained by judgment.

[0044] As an optional implementation manner, each device corresponds to each binding method processing terminal, and the specific judgment process is as follows: after completing the binding of each device corresponding to each binding method processing terminal, the device connected to the terminal based on each binding method processing terminal is started. If a device cannot operate normally after being bound and connected based on a binding method, it is determined that the binding of the device to the terminal for processing the binding method has failed, and re-binding is performed. If a device can operate after being bound and connected based on a binding method, it is determined that the binding of the device to the terminal for processing the binding method is successful, and the binding result status of each device corresponding to each binding method processing terminal is obtained by judgment.

[0045] Step 5: Warning: When a user or a device fails to process the binding result status of a terminal corresponding to a binding method, a warning is issued.

[0046] See also Figure 2 As shown, an Internet of Things device includes a binding method screening module, an authorized binding method analysis module, a shared binding method analysis module, each binding method result monitoring module and an early warning terminal.

[0047] The binding method screening module is connected to the authorized binding method analysis module and the shared binding method analysis module respectively, and each binding method result monitoring module is connected to the authorized binding method analysis module and the shared binding method analysis module respectively, and each binding method result monitoring module is connected to the early warning terminal.

[0048] The binding method screening module is used to divide the IoT terminals into various binding method processing terminals, and screen and obtain the binding methods corresponding to each user and each device.

[0049] The authorization binding method analysis module is used to analyze and obtain the transmission coefficient of the authorization binding method processing terminal corresponding to each user and each device, and screen and obtain the binding priority of the authorization binding method processing terminal corresponding to each user and each device.

[0050] The shared binding method analysis module is used to analyze and obtain the level transmission coefficient of each user and each device corresponding to the shared binding method processing terminal, and screen and obtain the binding level allocation of each user and each device corresponding to the shared binding method processing terminal.

[0051] Each binding method result monitoring module is used to determine the binding result status of each user and each device corresponding to each binding method processing terminal.

[0052] The early warning terminal is used to issue an early warning prompt when a user or a device fails to process the binding result status of the terminal corresponding to a binding method.

[0053] According to the embodiment of the present invention, the binding method corresponding to each user and each device is obtained by screening, and then the transmission coefficient of the authorized binding method processing terminal corresponding to each user and each device is analyzed, the binding priority of the authorized binding method processing terminal corresponding to each user and each device is screened, and the level transmission coefficient of the shared binding method processing terminal corresponding to each user and each device is analyzed, and the binding level allocation of the shared binding method processing terminal corresponding to each user and each device is screened, and the binding result state of each binding method processing terminal corresponding to each user and each device is determined, so as to realize the convenience of each user to start and use the device, and realize the remote intelligent control of each device, so as to facilitate users to better experience the intelligent life, solve the shortcomings in the current technology, and facilitate the intelligent binding connection of each user and each device based on the Internet of Things binding technology, and simplify the experience operation of each user, improve the efficient binding processing of each user's needs and each device request, help each user and each device to screen and obtain the corresponding matching binding method, realize accurate binding, reduce labor cost and time waste, and can automatically adjust the working mode according to the needs of each user and each device to realize the effective use of energy.

[0054] The above contents are merely examples and explanations of the concept of the present invention. Those skilled in the art may make various modifications or additions to the specific embodiments described or replace them in a similar manner. As long as they do not deviate from the concept of the invention or exceed the scope defined in this specification, they shall all fall within the protection scope of the present invention.

Claims

1. A method for binding an Internet of Things device, characterized in that: include: Step 1: Binding method screening: Obtain the historical binding methods corresponding to the IoT terminal from the database, including preemptive binding, authorized binding and shared binding, and then divide the IoT terminal into terminals for processing each binding method, and obtain the demand information and request information sent by each user and each device to the IoT terminal, and then screen and obtain the binding methods corresponding to each user and each device; The screening obtains the binding mode corresponding to each user, and the specific screening process is as follows: Compare the demand binding urgency level sent by each user to the IoT terminal with the binding method processing terminals corresponding to the binding urgency levels stored in the database. If the demand binding urgency level sent by a user to the IoT terminal is greater than the binding method processing terminal corresponding to the binding urgency level stored in the database, then the binding method corresponding to the user is determined to be the preemptive binding method. If the demand binding device energy consumption sent by a user to the IoT terminal is within the binding method processing terminal corresponding to a binding device energy consumption interval stored in the database, then the binding method corresponding to the user is determined to be the authorized binding method. If the demand binding applicant number dimension sent by a user to the IoT terminal is within the binding method processing terminal corresponding to a device binding applicant number dimension interval stored in the database, then the binding method corresponding to the user is determined to be the shared binding method. In this way, the binding methods corresponding to each user are screened and obtained. The filtering obtains the binding mode corresponding to each device, and the specific filtering process is as follows: Compare the data transmission demand strength sent by each device to the IoT terminal with each binding method processing terminal corresponding to each data transmission demand strength stored in the database. If the data transmission demand strength sent by a certain device to the IoT terminal is greater than a certain binding method processing terminal corresponding to a certain data transmission demand strength stored in the database, then the binding method corresponding to the device is determined to be the preemptive binding method. If the data transmission level sent by a certain device to the IoT terminal is within a certain binding method processing terminal corresponding to a certain data transmission level interval stored in the database, then the binding method corresponding to the device is determined to be the authorized binding method. If the data security authority sent by a certain device to the IoT terminal is within a certain binding method processing terminal corresponding to a certain data security authority interval stored in the database, then the binding method corresponding to the device is determined to be the shared binding method. In this way, the binding methods corresponding to each device are screened and obtained. Step 2: Authorization binding method analysis: When the binding methods corresponding to a certain user and a certain device are all authorization binding, the transmission information corresponding to each user and each device is obtained, and then the transmission coefficient of the authorization binding method processing terminal corresponding to each user and each device is analyzed and obtained, and the binding priority of the authorization binding method processing terminal corresponding to each user and each device is screened; Step 3: Shared binding method analysis: When the shared method corresponding to a certain user and a certain device is shared binding, obtain the basic information corresponding to each user and each device, and then analyze and obtain the level transmission coefficient of the shared binding method processing terminal corresponding to each user and each device, and screen and obtain the binding level allocation of the shared binding method processing terminal corresponding to each user and each device; Step 4, monitoring the results of each binding method: after completing the binding of each user and each device corresponding to each binding method processing terminal, monitoring the binding results of each user and each device corresponding to each binding method processing terminal, and determining the binding result status of each user and each device corresponding to each binding method processing terminal; Step 5: Warning: When a user or a device fails to process the binding result status of a terminal corresponding to a binding method, a warning is issued.

2. A method for binding an Internet of Things device as claimed in claim 1, characterized in that: The analysis obtains the transmission coefficient of the authorization binding method processing terminal corresponding to each user and each device. The specific analysis process is as follows: By calculating the formula Then, the transmission coefficient of the authorization binding method processing terminal corresponding to the rth user is analyzed, where r is the number of each user, r = 1, 2,,...., n, and n is any integer greater than 2. is the set reference user level, δ′ is the set reference signal strength, is the user level of the terminal corresponding to the authorization binding method of the rth user, δ r The signal strength of the terminal processed by the authorization binding method corresponding to the rth user, y1 and y2 are the weight factor of the set user level and the weight factor of the signal strength, 0<y1<1, 0<y2<1; By calculating the formula Then, the transmission coefficient of the terminal processed by the authorization binding method corresponding to the dth device is analyzed, where d is the number of each user, d = 1, 2, ..., m, m is any integer greater than 2, η′ is the set reference device level, ρ′ is the set reference bandwidth rate, η d is the device level of the terminal corresponding to the authorization binding method of the dth device, ρ d The bandwidth rate of the terminal processed by the authorization binding method corresponding to the d-th device, f1 and f2 are the weight factor of the set device level and the weight factor of the bandwidth rate respectively, 0<f1<1, 0<f2<1.

3. A method for binding an Internet of Things device as claimed in claim 1, characterized in that: The screening obtains the binding priority of the authorization binding method processing terminal corresponding to each user and each device, and the specific screening process is as follows: The transmission coefficient of the authorization binding method processing terminal corresponding to each user and the transmission coefficient of the authorization binding method processing terminal corresponding to each device are compared and arranged. The transmission coefficients of the authorization binding method processing terminal corresponding to each user and each device are sorted in order from large to small, and a user or a device with the first-ranked transmission coefficient is recorded as the first binding order of the authorization binding method processing terminal. The binding priority corresponding to each user and each device is obtained by comparing and sorting in sequence.

4. The method for binding an IoT device according to claim 1, characterized in that: The analysis obtains the level transmission coefficient of each user and each device corresponding to the shared binding method processing terminal, and the specific analysis process is as follows: By calculating the formula Then, the level transmission coefficient of the shared binding method processing terminal corresponding to the rth user is analyzed, where r is the number of each user, r = 1, 2,,...., n, n is any integer greater than 2, θ′ is the set reference data inclusion dimension, κ′ is the set reference application period, θ r The data dimension of the shared binding method processing terminal corresponding to the rth user includes, κ r The application period of the shared binding method processing terminal for the rth user, x1 and x2 are the weight factor of the set data inclusion dimension and the weight factor of the application period, respectively, 0<x1<1, 0<x2<1; By calculating the formula Then, the level transmission coefficient of the shared binding method processing terminal corresponding to the dth device is obtained by analysis, where d is the number of each user, d = 1, 2,,...., m, m is any integer greater than 2, ω′ is the set reference data confidentiality level, ψ′ is the set reference identification authentication speed, ω d is the data confidentiality level of the shared binding method processing terminal corresponding to the dth device, ψ d is the identification authentication speed of the terminal processed by the shared binding method corresponding to the d-th device, h1 and h2 are the weight factors of the set data confidentiality level and identification authentication speed, respectively, 0<h1<1, 0<h2<1.

5. The method for binding an IoT device according to claim 1, characterized in that: The screening obtains the binding level allocation of each user and each device corresponding to the shared binding method processing terminal, and the specific screening process is as follows: The level transmission coefficient of the authorized binding method processing terminal corresponding to each user and the level transmission coefficient of the authorized binding method processing terminal corresponding to each device are compared and arranged, and the level transmission coefficients of the shared binding method processing terminal corresponding to each user and each device are sorted in order from large to small, and the user or device with the first-ranked level transmission coefficient is recorded as the first main binding of the efficient binding method processing terminal, and the second-ranked level transmission coefficient is used as the supplementary binding of the first main binding of the efficient binding method processing terminal, and so on to obtain the binding level distribution of the shared binding method processing terminal corresponding to each user and each device.

6. A method for binding an Internet of Things device as claimed in claim 1, characterized in that: The determination is to obtain the binding result status of each user corresponding to each binding method processing terminal, and the specific determination process is as follows: After completing the binding of each user corresponding to each binding method processing terminal, the devices bound and connected by each user based on each binding method processing terminal are turned on. If a device bound and connected by a user based on a binding method cannot be turned on remotely, it is determined that the binding of the user to the binding method processing terminal has failed, and re-binding is performed. If a device bound and connected by a user based on a binding method can be turned on remotely, it is determined that the binding of the user to the binding method processing terminal is successful. In this way, the binding result status of each user corresponding to each binding method processing terminal is obtained.

7. The method for binding an IoT device according to claim 1, characterized in that: Each device processes the binding result status of the terminal corresponding to each binding method, and the specific judgment process is as follows: After completing the binding of each device corresponding to each binding method processing terminal, start the devices bound and connected based on each binding method processing terminal. If a device cannot run normally after being bound and connected based on a binding method, it is determined that the binding of the device to the binding method processing terminal has failed, and rebinding is performed. If a device can run after being bound and connected based on a binding method, it is determined that the binding of the device to the binding method processing terminal has been successful. In this way, the binding result status of each device corresponding to each binding method processing terminal is obtained.

8. An Internet of Things device for executing the Internet of Things device binding method according to any one of claims 1 to 7, characterized in that: include: The binding method screening module is used to divide the IoT terminals into various binding method processing terminals, and screen the binding methods corresponding to each user and each device; The authorization binding method analysis module is used to analyze and obtain the transmission coefficient of the authorization binding method processing terminal corresponding to each user and each device, and screen and obtain the binding priority of the authorization binding method processing terminal corresponding to each user and each device; A shared binding method analysis module is used to analyze and obtain the level transmission coefficient of each user and each device corresponding to the shared binding method processing terminal, and screen and obtain the binding level allocation of each user and each device corresponding to the shared binding method processing terminal; Each binding method result monitoring module is used to determine the binding result status of each user and each device corresponding to each binding method processing terminal; The early warning terminal is used to issue an early warning prompt when a user or a device fails to process the binding result status of the terminal corresponding to a binding method.

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