CN114553734A - Open type Internet of things terminal evaluation system - Google Patents
Open type Internet of things terminal evaluation system Download PDFInfo
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- CN114553734A CN114553734A CN202210006080.6A CN202210006080A CN114553734A CN 114553734 A CN114553734 A CN 114553734A CN 202210006080 A CN202210006080 A CN 202210006080A CN 114553734 A CN114553734 A CN 114553734A
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Abstract
The invention belongs to the technical field of Internet of things evaluation, and particularly relates to an open Internet of things terminal evaluation system which comprises an intranet client, an extranet client, an operation end, a timing module, a two-dimensional code nameplate and a maintenance port, wherein the intranet client, the extranet client, the timing module and the maintenance port are in signal connection with the operation end, the operation end port is in signal connection with a storage unit, and a calculation control module is arranged in the operation end.
Description
Technical Field
The invention belongs to the technical field of Internet of things evaluation, and particularly relates to an open Internet of things terminal evaluation system.
Background
The terminal of the Internet of things is a device which is connected with a sensing network layer and a transmission network layer in the Internet of things and realizes data acquisition and data transmission to the network layer. It is responsible for data acquisition, preliminary processing, encryption, transmission and other functions. Various terminal devices of the internet of things can be generally divided into a context awareness layer, a network access layer, a network control layer and an application/service layer. Each layer has a corresponding relationship with the control device on the network side. The terminal of the internet of things is often in various heterogeneous network environments, and in order to provide the best use experience for the user, the terminal should have the capability of sensing scene changes, and based on the capability, the optimal service channel is selected for the user through optimization judgment. The terminal equipment senses the change of the environment through an RF module or a sensor module and the like at the front end, and decides the response measures required to be taken through calculation.
After the internet of things terminal production company sells the internet of things terminal to each client, the internet of things terminal can be subjected to a long-term return visit process and is evaluated by the client, so that the use of the client is collected, the internet of things terminal is upgraded, however, the internet of things terminal can only be evaluated by the client who purchases and cannot be evaluated by other people and the client cannot effectively feed back useful information.
Disclosure of Invention
The purpose of the invention is: the purpose is to provide an open type Internet of things terminal evaluation system, which is used for solving the problems in the background technology.
In order to achieve the technical purpose, the technical scheme adopted by the invention is as follows:
an open type terminal evaluation system for the Internet of things comprises an internal network client, an external network client, an operation end, a timing module, a two-dimensional code nameplate and a maintenance port, wherein the internal network client, the external network client, the timing module and the maintenance port are all in signal connection with the operation end, the operation end port is in signal connection with a storage unit, and a calculation control module is arranged in the operation end;
the intranet client is used by a client and can perform evaluation work and send and receive information;
the extranet client is used for non-client personnel to use for evaluation work;
the operation terminal is used by workers, is used for receiving information sent by the intranet client, the extranet client, the timing module and the maintenance port, and can send information to the intranet client, the extranet client, the timing module and the maintenance port;
the timing module is used for timing the time of the terminal of the Internet of things;
the two-dimensional code nameplate is used for corresponding to the identity of the Internet of things terminal and scanning by the intranet client, so that the intranet client and the Internet of things terminal are bound with each other;
the maintenance port is used for maintenance personnel to upload maintenance information and receive the maintenance information;
the calculation control module calculates according to the information received by the operation end;
the storage unit is used for storing the information received by the operation end and the information calculated by the calculation control module.
The intranet client is provided with a first photographing module. The client can upload the damaged photos of the terminal of the Internet of things through the first photographing module.
The service port is equipped with a second photographing module. The maintenance personnel can upload the photos of the internet of things terminal.
The external network client is equipped with an identity authentication module. Such a design allows authentication of non-customer personnel.
The evaluation system further comprises an evaluation method, and the evaluation method comprises the following steps:
the method comprises the following steps: the two-dimensional code nameplate is arranged on the outer surface of the Internet of things terminal, a client uses an intranet client to scan the two-dimensional code nameplate and binds client information with equipment identity information, the intranet client is bound with the equipment identity information, when evaluation time is up, a worker sends a questionnaire survey to the intranet client through an operation terminal, the client can fill in the questionnaire survey according to questionnaire survey contents through the intranet client, the content that the shortage of the Internet of things terminal needs to be improved can be felt in the process of filling and writing the Internet of things terminal in the questionnaire survey, and after the client finishes filling and writing in the intranet client, the intranet client transmits information to the operation terminal for the worker to check;
step two: when non-client personnel need to perform evaluation, the non-client personnel can use the external network client, when the evaluation time is up, workers can send various parameter information of the Internet of things terminal to the external network client through the operation end for the non-client personnel to refer, the non-client personnel can check the parameter information and then can perform evaluation message on the Internet of things terminal through the external network client, and the evaluation message can be sent to the operation end for the workers to check;
step three: the method comprises the steps that a timing module carries out accumulated timing on the starting time of the Internet of things terminal every time after the Internet of things terminal is activated for the first time, and the using days of the Internet of things terminal are timed after the Internet of things terminal is started, when a client uses the Internet of things terminal and finds that the Internet of things terminal is damaged, maintenance information can be sent to an operation end through an extranet client, and after a worker receives the maintenance information through the operation end, the maintenance information is forwarded to a maintenance port, so that the maintenance worker is reminded of maintaining the Internet of things terminal;
step four: when maintenance personnel maintain the terminal, damaged part names such as the part A in the Internet of things terminal are uploaded through the maintenance port, the part names are sent to the operation end, the calculation control module acquires the accumulated service time of the Internet of things terminal from the first startup through the timing module, and the number of days of use of the Internet of things terminal from the startup to the warranty time, so that the average daily service time of the Internet of things terminal from the first startup of the Internet of things terminal to the warranty time can be calculated, and the average daily service time information of the Internet of things terminal is stored in the storage unit;
step five: after the IOT terminal is damaged for the second time and maintained, the calculation control module extracts the number of days of use of the IOT terminal from the networking terminal to the first damage until the second damage occurs and the accumulated use time of the IOT terminal from the networking terminal to the first damage until the second damage occurs according to the timing module, so that the average daily use time of the IOT terminal from the networking terminal to the first damage until the second damage occurs is calculated, the average use amount of the IOT terminal after the second damage occurs is analogized, and after the IOT terminal is maintained due to damage, the average daily use amount of the IOT terminal until the IOT terminal is maintained for the last time is calculated and stored in the storage unit;
step six: because the number of merchants using the internet of things terminal is large, according to the steps, the maintenance information of the internet of things terminal used by a plurality of merchants can be obtained, according to the maintenance interval days between two adjacent maintenance time periods when the plurality of merchants use the internet of things terminal and the average daily use time, the number of days between the two adjacent maintenance time periods in the daily average use time range can be calculated, for example, the number of days between the first startup and the first maintenance can be longest, the use days of the internet of things terminal of all merchants can be obtained, the average daily use days corresponding to the use days can be obtained, according to the information of the plurality of merchants, the average daily use time range of the internet of things terminal can be estimated, the interval days between the first startup and the first maintenance can be longest, and the average daily use days between the first maintenance and the second maintenance can be calculated according to the information of the plurality of merchants, the average daily use time range of the Internet of things terminal can be estimated, the number of days between the first maintenance and the second maintenance can be longest, and by analogy, the daily average use time of the Internet of things in the average daily use time range can be calculated in two adjacent maintenance time periods, and the interval time between the two adjacent maintenance time periods can be longest;
step seven: the operator operable end can calculate the average daily use time of the internet of things in the range in the two adjacent maintenance time periods, and can send the information with the longest interval time between the two adjacent maintenance time periods to the intranet client of each merchant for the merchant to check, so that the merchant can reasonably arrange the use time of the internet of things according to the information.
When a merchant maintains at every time, maintenance personnel upload maintained parts through the maintenance port, so that the maintenance parts can be checked by the working personnel through the operation end, the damage rate of the parts is calculated to be the highest through the calculation control module, and the production optimization of the parts by the working personnel is facilitated.
The staff can set the time for sending the questionnaire survey to the merchant through the operation end.
The staff can set two adjacent time intervals for sending the parameter information to the non-client staff through the operation end.
The invention has simple structure and reasonable design, can evaluate the internet of things terminal by aiming at the client personnel, also openly provides non-client personnel for evaluation, improves the evaluation accuracy of the internet of things terminal, and can also provide information for the client.
Drawings
The invention is further illustrated by the non-limiting examples given in the accompanying drawings;
fig. 1 is a first schematic flow structure diagram of an embodiment of an open internet of things terminal evaluation system according to the present invention;
fig. 2 is a schematic view of a flow structure of an embodiment of the open internet of things terminal evaluation system of the invention;
fig. 3 is a schematic view of a flow structure of a third embodiment of the open internet of things terminal evaluation system of the present invention;
the main element symbols are as follows:
the system comprises an intranet client 1, an extranet client 12, an operation terminal 13, a timing module 14, a two-dimensional code nameplate 15, a maintenance port 16, a storage unit 17, a calculation control module 18, a first photographing module 101, a second photographing module 161 and an identity verification module 121.
Detailed Description
In order that those skilled in the art can better understand the present invention, the following technical solutions are further described with reference to the accompanying drawings and examples.
As shown in fig. 1-3, the open internet of things terminal evaluation system of the present invention includes an intranet client 1, an extranet client 12, an operation terminal 13, a timing module 14, a two-dimensional code nameplate 15 and a maintenance port 16, wherein the intranet client 1, the extranet client 12, the timing module 14 and the maintenance port 16 are all in signal connection with the operation terminal 13, the port of the operation terminal 13 is in signal connection with a storage unit 17, and a calculation control module 18 is disposed in the operation terminal 13;
the intranet client 1 is used by a client and can perform evaluation work and send and receive information;
the extranet client 12 is used for non-client personnel to use for evaluation work;
the operation end 13 is used by a worker, is used for receiving information sent by the intranet client 1, the extranet client 12, the timing module 14 and the maintenance port 16, and can send information to the intranet client 1, the extranet client 12, the timing module 14 and the maintenance port 16;
the timing module 14 is used for timing the time of the terminal of the internet of things;
the two-dimensional code nameplate 15 is used for corresponding to the identity of the internet of things terminal and scanning by the intranet client 1, so that the intranet client 1 and the internet of things terminal are bound with each other;
the maintenance port 16 is used for maintenance personnel to upload maintenance information and receive maintenance information;
the calculation control module 18 performs calculation according to the information received by the operation terminal 13;
the storage unit 17 is used for storing the information received by the operation terminal 13 and the information calculated by the calculation control module 18.
The intranet client 1 has a first photographing module 101. The client can upload the damaged photo of the internet of things terminal through the first photographing module 101.
The service port 16 is equipped with a second photographing module 161. The maintenance personnel can upload the photos of the internet of things terminal.
The extranet client 12 is equipped with an authentication module 121. Such a design allows authentication of non-customer personnel.
The evaluation system also comprises an evaluation method, and the evaluation method comprises the following steps:
the method comprises the following steps: the two-dimensional code nameplate 15 is arranged on the outer surface of the Internet of things terminal, a client uses the intranet client 1 to scan the two-dimensional code nameplate 15, client information and equipment identity information are bound, one intranet client 1 and one equipment identity information are bound, when the evaluation time is up, a worker sends a questionnaire survey to the intranet client 1 through the operation terminal 13, the client can fill in the questionnaire survey according to contents of the questionnaire survey through the intranet client 1, the content which needs to be improved due to the deficiency of the Internet of things terminal can be felt in the process of filling and writing the Internet of things terminal in the questionnaire survey, and after the client finishes filling and writing in the intranet client 1, the intranet client 1 transmits information to the operation terminal 13 for the worker to check;
step two: when non-client personnel need to perform evaluation, the non-client personnel can use the external network client 12, when the evaluation time is up, the working personnel can send various parameter information of the Internet of things terminal to the external network client 12 through the operation terminal 13 for the non-client personnel to refer to, the non-client personnel can check the parameter information and then can perform evaluation message on the Internet of things terminal through the external network client 12, and can send the evaluation message to the operation terminal 13 for the working personnel to check;
step three: the timing module 14 counts the startup time of each internet of things terminal after the internet of things terminal is activated for the first time, counts the number of days of use of the internet of things terminal after startup, can send maintenance information to the operation terminal 13 through the extranet client 12 when a client finds that the internet of things terminal is damaged when using the internet of things terminal, and can forward the maintenance information to the maintenance port 16 after a worker receives the maintenance information through the operation terminal 13 to remind the maintenance worker of maintaining the internet of things terminal;
step four: after maintenance personnel maintain, damaged part names such as part A in the Internet of things terminal are uploaded through the maintenance port 16, the part names are sent to the operation end 13, at the moment, the calculation control module 18 acquires the accumulated use time of the Internet of things terminal from the first startup through the timing module 14, and the use days of the Internet of things terminal from the startup to the warranty time, so that the average use time of the Internet of things terminal every day after the first startup of the Internet of things terminal can be calculated, and the average use time information of the Internet of things terminal every day is stored in the storage unit 17;
step five: after the internet of things terminal is damaged for the second time and is maintained, the calculation control module 18 extracts the number of days of use of the internet of things terminal since the first damage comes after the second damage and the accumulated use time of the internet of things terminal since the first damage comes after the second damage according to the timing module 14, so that the average daily use time of the internet of things terminal since the first damage comes after the second damage is calculated, the average use amount of the internet of things terminal after the second damage is analogized, and after the internet of things terminal is maintained due to damage, the average daily use amount of the internet of things terminal until the last time is calculated and stored in the storage unit;
step six: because the number of merchants using the internet of things terminal is large, according to the steps, the maintenance information of the internet of things terminal used by a plurality of merchants can be obtained, according to the maintenance interval days between two adjacent maintenance time periods when the plurality of merchants use the internet of things terminal and the average daily use time, the number of days between the two adjacent maintenance time periods in the daily average use time range can be calculated, for example, the number of days between the first startup and the first maintenance can be longest, the use days of the internet of things terminal of all merchants can be obtained, the average daily use days corresponding to the use days can be obtained, according to the information of the plurality of merchants, the average daily use time range of the internet of things terminal can be estimated, the interval days between the first startup and the first maintenance can be longest, and the average daily use days between the first maintenance and the second maintenance can be calculated according to the information of the plurality of merchants, the average daily use time range of the Internet of things terminal can be estimated, the number of days between the first maintenance and the second maintenance can be longest, and by analogy, the daily average use time of the Internet of things in the average daily use time range can be calculated in two adjacent maintenance time periods, and the interval time between the two adjacent maintenance time periods can be longest;
step seven: the operator operable end 13 sends the calculated average daily usage time of the internet of things in the range in the two adjacent maintenance time periods to the intranet client 1 of each merchant for the merchant to check, so that the merchant can reasonably arrange the usage time of the internet of things according to the information.
When a merchant maintains the parts, maintenance personnel upload the maintained parts through the maintenance port 16, so that the maintenance personnel can check the maintained parts through the operation end 13, the damage rate of the parts is calculated through the calculation control module 18, and the production optimization of the parts by the maintenance personnel is facilitated.
The staff can set the time for sending questionnaire survey to the merchant through the operation end 13.
The staff member can set two adjacent time intervals for sending the parameter information to the non-client personnel through the operation terminal 13.
The foregoing embodiments are merely illustrative of the principles of the present invention and its efficacy, and are not to be construed as limiting the invention. Any person skilled in the art can modify or change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Accordingly, it is intended that all equivalent modifications or changes which can be made by those skilled in the art without departing from the spirit and technical spirit of the present invention be covered by the claims of the present invention.
Claims (8)
1. The utility model provides an open thing networking terminal evaluation system which characterized in that: the system comprises an internal network client, an external network client, an operation end, a timing module, a two-dimensional code nameplate and a maintenance port, wherein the internal network client, the external network client, the timing module and the maintenance port are all in signal connection with the operation end, the operation end port is in signal connection with a storage unit, and a calculation control module is arranged in the operation end;
the intranet client is used by a client and can perform evaluation work and send and receive information;
the extranet client is used for non-client personnel to use for evaluation work;
the operation terminal is used by workers, is used for receiving information sent by the intranet client, the extranet client, the timing module and the maintenance port, and can send information to the intranet client, the extranet client, the timing module and the maintenance port;
the timing module is used for timing the time of the terminal of the Internet of things;
the two-dimensional code nameplate is used for corresponding to the identity of the Internet of things terminal and scanning by the intranet client, so that the intranet client and the Internet of things terminal are bound with each other;
the maintenance port is used for maintenance personnel to upload maintenance information and receive the maintenance information;
the calculation control module calculates according to the information received by the operation end;
the storage unit is used for storing the information received by the operation end and the information calculated by the calculation control module.
2. The open internet of things terminal evaluation system according to claim 1, wherein: the intranet client is provided with a first photographing module.
3. The open internet of things terminal evaluation system according to claim 1, wherein: the service port is equipped with a second photographing module.
4. The open internet of things terminal evaluation system according to claim 1, wherein: the external network client is equipped with an identity authentication module.
5. The open internet of things terminal evaluation system according to claim 1, wherein: the evaluation system further comprises an evaluation method, and the evaluation method comprises the following steps:
the method comprises the following steps: the two-dimensional code nameplate is arranged on the outer surface of the Internet of things terminal, a client uses an intranet client to scan the two-dimensional code nameplate and binds client information with equipment identity information, the intranet client is bound with the equipment identity information, when evaluation time is up, a worker sends a questionnaire survey to the intranet client through an operation terminal, the client can fill in the questionnaire survey according to questionnaire survey contents through the intranet client, the content that the shortage of the Internet of things terminal needs to be improved can be felt in the process of filling and writing the Internet of things terminal in the questionnaire survey, and after the client finishes filling and writing in the intranet client, the intranet client transmits information to the operation terminal for the worker to check;
step two: when non-client personnel need to perform evaluation, the non-client personnel can use the external network client, when the evaluation time is up, workers can send various parameter information of the Internet of things terminal to the external network client through the operation end for the non-client personnel to refer, the non-client personnel can check the parameter information and then can perform evaluation message on the Internet of things terminal through the external network client, and the evaluation message can be sent to the operation end for the workers to check;
step three: the method comprises the steps that a timing module carries out accumulated timing on the starting time of the Internet of things terminal every time after the Internet of things terminal is activated for the first time, the number of days of use of the Internet of things terminal is counted after the Internet of things terminal is started, when a client uses the Internet of things terminal and finds that the Internet of things terminal is damaged, maintenance information can be sent to an operation end through an extranet client, and after a worker receives the maintenance information through the operation end, the maintenance information is forwarded to a maintenance port to remind the maintenance worker to maintain the Internet of things terminal;
step four: when maintenance personnel maintain the terminal, damaged part names such as the part A in the Internet of things terminal are uploaded through the maintenance port, the part names are sent to the operation end, the calculation control module acquires the accumulated service time of the Internet of things terminal from the first startup through the timing module, and the number of days of use of the Internet of things terminal from the startup to the warranty time, so that the average daily service time of the Internet of things terminal from the first startup of the Internet of things terminal to the warranty time can be calculated, and the average daily service time information of the Internet of things terminal is stored in the storage unit;
step five: after the Internet of things terminal is damaged for the second time and is maintained, the calculation control module extracts the number of days of use of the Internet of things terminal from the first damage to the second damage and the accumulated use time of the Internet of things terminal from the first damage to the second damage according to the timing module, so that the average daily use time of the Internet of things terminal from the first damage to the second damage is calculated, the average use amount of the Internet of things terminal after the second damage is analogized, and after the Internet of things terminal is maintained due to damage for the first time, the average daily use amount of the Internet of things terminal after the Internet of things terminal is maintained for the last time is calculated and stored in the storage unit;
step six: because the number of merchants using the internet of things terminal is large, according to the steps, the maintenance information of the internet of things terminal used by a plurality of merchants can be obtained, according to the maintenance interval days between two adjacent maintenance time periods when the plurality of merchants use the internet of things terminal and the average daily use time, the number of days between the two adjacent maintenance time periods in the daily average use time range can be calculated, for example, the number of days between the first startup and the first maintenance can be longest, the use days of the internet of things terminal of all merchants can be obtained, the average daily use days corresponding to the use days can be obtained, according to the information of the plurality of merchants, the average daily use time range of the internet of things terminal can be estimated, the interval days between the first startup and the first maintenance can be longest, and the average daily use days between the first maintenance and the second maintenance can be calculated according to the information of the plurality of merchants, the average daily use time range of the Internet of things terminal can be estimated, the number of days between the first maintenance and the second maintenance can be longest, and by analogy, the daily average use time of the Internet of things in the average daily use time range can be calculated in two adjacent maintenance time periods, and the interval time between the two adjacent maintenance time periods can be longest;
step seven: the operator operable end can calculate the average daily use time of the internet of things in the range in the two adjacent maintenance time periods, and can send the information with the longest interval time between the two adjacent maintenance time periods to the intranet client of each merchant for the merchant to check, so that the merchant can reasonably arrange the use time of the internet of things according to the information.
6. The open internet of things terminal evaluation system according to claim 5, wherein: when a merchant maintains at every time, maintenance personnel upload maintained parts through the maintenance port, so that the maintenance parts can be checked by the working personnel through the operation end, the damage rate of the parts is calculated to be the highest through the calculation control module, and the production optimization of the parts by the working personnel is facilitated.
7. The open internet of things terminal evaluation system according to claim 5, wherein: the staff can set the time for sending the questionnaire survey to the merchant through the operation end.
8. The open internet of things terminal evaluation system according to claim 5, wherein: the staff can set two adjacent time intervals for sending the parameter information to the non-client personnel through the operation end.
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