Shared laboratory informatization digital platform, leasing system and laboratory management system

[0028] Example one:

[0029] This example provides a digital platform for sharing laboratory information. Various functional testing of non-standard test modules, third-party test modules, standard equipment, experimental sites, industrial Internet of Things communication modules, etc. can be shared through this platform, and other customers According to the required test functions, select relative non-standard test modules, third-party test modules, standard equipment, etc. on the platform. The test equipment is leased to complete the customer's functional test, and the customer does not need to purchase related test equipment. This example is shared The laboratory information digital platform integrates the idle resources of various laboratories such as non-standard test modules, third-party test modules, standard equipment, experimental sites, etc., so that customers can book and rent experimental sites, standard equipment, and test modules on the platform. And so on, to provide a new business operation model for industrial functional testing.

[0030] Specifically, the shared laboratory information digital platform in this example includes the Molley (magic) non-standard test equipment modular rental system, TIMS laboratory management system, data center platform and data analysis tools. The schematic diagram of its principle is as follows figure 1 As shown, the Molley non-standard test equipment modular rental system at least provides customers with non-standard test modules, third-party test modules, industrial IoT communication modules and controllers required for various laboratory tests, so that customers can The test function needs to be tested to select the corresponding test module, so that the test module selected by the customer and the controller matched with the test function constitute the test environment for the test function required by the customer; the TIMS laboratory management system is used to integrate the staff, The experimental equipment, materials, test standards, test data, and test environment are logically correlated and optimized, and the intelligent management of the laboratory is realized through the TIMS laboratory management system; the data center platform is used for the test data of the test module and the TIMS experiment The data of the laboratory management system is uniformly stored and managed; the data analysis tool is used to retrieve the test data stored in the data center platform, analyze the test data, and generate the function test report or/and function required by the customer corresponding to the test function Test charts, or/and data analysis tools provide customers with supporting data for functional optimization design solutions based on the analysis results of the test data. The test data is used to test the test function according to the test environment formed by the test module selected by the customer and the supporting controller Test data generated afterwards.

[0031] At present, because a non-standard test equipment has multiple test functions, that is, a traditional non-standard test equipment can only complete one function test at the same time, and the other test functions of the non-standard test equipment cannot be simultaneously tested with other tests. Equipment combination tests other test functions. This situation leads to a very low utilization rate of non-standard test equipment; in this example, in order to improve the utilization rate of non-standard test equipment, the non-standard test module in this example is compared with traditional non-standard test equipment. Different, the non-standard test module in this example is a module with a single test function after modularization, that is, in this example, multiple test functions contained in the non-standard test equipment are split one by one into multiple single Test functions, and then modularize these single test functions one by one to form a module with a single test function, so that multiple non-standard test modules with a single test function can be modularized to complete other functional tests.

[0032] For example, if the conventional non-standard test equipment contains both test function A and test function B, when the conventional non-standard test equipment is used to run test function A, the resources of test function B are in a closed state, thus causing the test function B’s resources are wasted. Based on this, in this example, the test function A and test function B of the conventional non-standard test equipment are functionally split, and the split test functions are modularized to form a single test function A’s non-standard test module A and a non-standard test module B with a single test function B. Therefore, when a customer uses the non-standard test module A to test function A, if other customers need to test function B, other customers can At the same time, non-standard test module B is used for function B test, which improves the resource utilization rate of non-standard test equipment.

[0033] In addition, when the conventional non-standard test equipment has three or more test functions, the conventional non-standard equipment can be correspondingly modularized into three or more non-standard test modules with a single test function, so that the specific In application, two or three or more of these non-standard test modules with a single test function can be recombined to form a non-standard test module with new test functions, so as to maximize the test equipment use.

[0034] In order to enable customers to select non-standard test modules with corresponding test functions in a targeted manner, the Molley non-standard test equipment modular rental system in this example presents various non-standard test modules and controllers to customers in a specific way: The standard test modules and controllers are first classified according to the industrial test functions, and then the corresponding non-standard test modules and controllers are released for the classified industrial test functions. Among them, all types of non-standard test modules and controllers released The respective physical attributes and functional attributes. Among them, the physical attributes include the device model, the number of analog input ports, the number of analog output ports, the number of digital input ports, the number of digital output ports, etc. The functional attributes include which functions are suitable for testing . Therefore, customers can easily select the required non-standard test modules.

[0035] The non-standard test module selected by the customer and the supporting controller constitute the corresponding test environment to achieve the corresponding function test. Further, the customer can actively choose the controller when selecting the non-standard test module, or Mol ley non-standard test equipment The modular rental system can also actively recommend matching controllers to customers according to the non-standard test modules selected by the customer, so that the customer can choose the recommended controller, and prevent the customer from blindly selecting the controller, which will affect the final functional test; further , The customer can also choose only the non-standard test module instead of the controller. When the technician serves the customer, the technician will selectively match the matching controller according to the non-standard test module selected by the customer to complete the customer’s needs function test.

[0036] In order to be compatible with the use of third-party test modules, the Molley non-standard test equipment modular rental system in this example also provides third-party test modules to customers. Among them, the third party can be an industrial test operator, such as specializing in industrial test services. Institutions, such as Ruishi; the third party can also be a certain factory. For example, after a certain factory purchases test equipment for related tests, in order to prevent the test equipment from being idle, the factory can place the purchased test equipment in the Molley non-standard test equipment module Shared leasing system to achieve maximum resource utilization and a win-win effect.

[0037] In this example, the shared laboratory information digital platform can not only share non-standard test modules to improve the utilization of test equipment, but also has the function of providing customers with test reports and providing customers with functional optimization design solutions based on the analysis results of test data Support data to facilitate customers to make subsequent optimization design plans based on the support data, and the realization of this function is also another business model of this application. In the business model promotion, it breaks the existing business of promoting and selling test equipment Instead, it turns to a business model that promotes the provision of testing services to customers. In this business model, customers do not need to pay for the testing equipment, but instead pay for the provided testing services and test results (such as test reports). Compared with promoting test equipment to customers and allowing customers to purchase test equipment, the business model of this application is easier for customers to receive, easier to promote, and maximize the use of test resources to achieve a win-win effect.

[0038] In order to provide testing services to customers, the data center platform in this example can not only store the test data detected by non-standard test modules and third-party test modules, but also in order to promote the application of shared laboratory information digital platforms, the data center platform can also pass industrial The Internet of Things communication obtains the test data of the standard equipment, so that customers who have not purchased the test equipment can rent the test module of the corresponding test function through the platform of this example, and obtain the corresponding function test report or/and function test chart. Customers who purchase test equipment can transmit the test data of the test equipment to the data center platform through the Internet of Things, and obtain the corresponding function test report or/and function test chart after processing.

[0039] Among them, the data center platform stores and manages the test data as follows:

[0040] For the test module leased by the customer, the storage method of the test data generated by the test module is: create a storage list that has a mapping relationship with the test module ID number and the controller ID number according to the test module ID number and controller ID number selected by the customer, and The test data generated by the test module and controller are stored in the storage list;

[0041] Specifically, each test module (non-standard test module or third-party test module) and controller has a unique ID number. The customer enters the platform through the registered account to select the test module. Therefore, the customer’s registered account number and the customer’s current determination The selected test module and controller have a unique binding relationship. For example, the unique binding relationship is the order number corresponding to the order list, so that subsequent customers can directly query the test results bound to the order number according to the order number; and When the functional test is completed, create a storage list that has a mapping relationship with the test module ID number according to the ID number of the test module, store the test data generated by the test module in the corresponding storage list, and, according to the ID number of the controller Create a storage list that has a mapping relationship with the controller ID number, and store the test data generated by the controller in the corresponding storage list, so that data analysis tools can quickly read the test data according to the ID number. Further, each storage list There is a unique mapping relationship with the customer's registered account, test device ID number, and controller ID number. In this way, the data center platform passes the corresponding mapping relationship according to any kind of information (registered account number, test device ID number, and controller ID number) The storage list can be found. For example, the corresponding storage list can be found through the mapping relationship according to the test module ID number, and then the test data of the test module can be obtained. The corresponding storage list can be found through the mapping relationship according to the controller ID number. Store the list, and then obtain the test data of the controller. According to the registered account of the customer, through the mapping relationship, all the store lists that store the test data are found, and then all the test data are obtained.

[0042] Similarly, the storage method for the test data generated by the original standard equipment is: create a storage list with a mapping relationship with the standard equipment ID number according to the standard equipment ID number, and store the test data generated by the standard equipment in the storage list.

[0043] It should be noted that the data analysis tool in this example has two forms of existence. One form of existence is: the data analysis tool is a computer program that is carried on the data center platform and runs on the data center platform to analyze test data; One form of existence is: the data analysis tool is an analysis device that has a built-in computer program for analyzing test data and can run the computer program independently.

[0044] The computer program mentioned above is a small program that analyzes the test data developed for the customer's functional test requirements. After the test data is analyzed and processed by the small program, the functional test report or/each functional test chart of the customer's requirements can be generated. Therefore, it needs to be targeted Different customer needs develop different specific small programs to meet customer needs.

[0045] Because different customers have different requirements for the confidentiality of test data, test data that customers do not require confidentiality are called non-sensitive test data, and test data that customers require confidentiality are called sensitive test data. Whether the test data is sensitive or not, This example provides two storage methods. Specifically, non-sensitive test data is stored remotely and directly to the data center platform, while sensitive test data is directly stored locally in the controller, such as non-sensitive test data for test equipment and controller testing. The device ID number is remotely stored directly in the corresponding storage list, and the sensitive test data tested by the test equipment and the controller are directly stored locally in the controller, so as to avoid the leakage of sensitive data due to remote transmission.

[0046] According to the storage method of the test data and the existence form of the data analysis tool, the method for the data analysis tool to obtain the test data is:

[0047] The data analysis tool is a program that is carried on the data center platform and runs on the data center platform to analyze the test data. The way the data analysis tool obtains the test data is:

[0048] The data analysis tool finds the corresponding storage list on the data center platform according to the ID number and the mapping relationship corresponding to the ID number, and obtains the non-sensitive test data stored in the storage list;

[0049] The data center platform and the controller are directly connected through a data interface, and the data analysis tool directly reads the sensitive test data stored locally in the controller.

[0050] The data analysis tool is an analysis device that has a built-in program for analyzing test data and can run the program independently. The way the data analysis tool obtains the test data is:

[0051] The data analysis tool communicates with the central platform. The data analysis tool finds the corresponding storage list on the data center platform according to the ID number and the mapping relationship corresponding to the ID number, and obtains the non-sensitive test data stored in the storage list;

[0052] The data analysis tool is directly connected to the controller through a data interface, and the data analysis tool directly reads the sensitive test data stored locally in the controller.

[0053] The following example describes the specific application of the digital platform for sharing laboratory information.

[0054] When customer A selects the required test module through the Molley non-standard test equipment modular rental system, and generates an order according to customer A's choice, the staff brings the customer selected test module and matching controller to build the test for customer A's functional test Environment, according to the test standards and test environment stipulated in the TIMS laboratory management system, and during the test process, the relevant staff intelligently manage the materials under test through the TIMS laboratory management system, and the relevant staff can also Through the TIMS laboratory management system to monitor the working status of the experimental equipment under test in real time, provide customer A with a full range of testing services, and feed back the test data to the data center platform for processing by data analysis tools; customer A passes the order You can query the corresponding function test report or/and function test chart.

[0055] In the field of industrial testing, this example provides a new business model. Customers can choose the corresponding test module in the Molley non-standard test equipment modular rental system in this example, and can complete the corresponding functional test without purchasing the test equipment. Maximize the use of test equipment resources, and also reduce the cost of the customer's functional test. When passing the third-party test, it can also achieve a win-win goal.

[0056] Embodiment two:

[0057] Based on Example 1, this example provides a modular rental system for Mol ley non-standard test equipment. The schematic diagram is as follows: figure 2 Shown, including:

[0058] Registration module for customers to register accounts;

[0059] Lease modules, at least provide customers with non-standard test modules, third-party test modules, industrial IoT communication modules and controllers required for various laboratory tests, so that customers can choose corresponding test modules according to the required test functions, so that The test module selected by the customer and the controller matched with the test function constitute a test environment for the test function required by the customer, and an order list is generated after the customer selects the corresponding test module;

[0060] Data center platform for storage and management of test data of test modules;

[0061] Data analysis tool, used to retrieve the test data stored in the data center platform, analyze the test data, and generate the functional test report or/and function test chart or/and data analysis tool corresponding to the test function required by the customer According to the analysis results of the test data, provide customers with supporting data for the functional optimization design plan. The test data is the test data generated after the test function is tested according to the test environment composed of the test module and the supporting controller selected by the customer;

[0062] The result query module, according to the order number corresponding to the order list entered by the customer, retrieves the generated test report or/and function test chart or/and the supporting data of the optimized design plan corresponding to the order list.

[0063] Among them, the non-standard test module in this example is a module with a single test function after modularization, so that multiple modules with a single test function can be combined in a modular manner. Please refer to the specific description of the non-standard test module in this example

[0064] The first embodiment will not be repeated.

[0065] In order to provide customers with testing services, the data center platform in this example can not only store the test data detected by non-standard test modules and third-party test modules, but also in order to promote the application of the modular rental system of Molley non-standard test equipment, the data center platform can also Obtain the test data of standard equipment through industrial Internet of Things communication, so that customers who have not purchased test equipment can rent the test module of the corresponding test function through the platform of this example, and obtain the corresponding function test report or/and function test chart. Customers who have purchased test equipment can transmit the test data of the test equipment to the data center platform through the Internet of Things, and obtain the corresponding function test report or/and function test chart after processing.

[0066] Among them, the data center platform stores and manages the test data as follows:

[0067] For the test module leased by the customer, the storage method of the test data generated by the test module is: according to the test module ID number and controller ID number selected by the customer, create a storage list that has a mapping relationship with the test module ID number and controller ID number. The test data generated by the test module and the controller are stored in the storage list; please refer to the first embodiment for the specific storage method, which will not be repeated here.

[0068] The storage method for the test data generated by the original standard equipment is: create a storage list with a mapping relationship with the standard equipment ID number according to the standard equipment ID number, and store the test data generated by the standard equipment in the storage list.

[0069] Similarly, the test data in this example is sensitive test data or/and non-sensitive test data. The non-sensitive test data generated after the functional test is performed in the test environment formed by the test module and the supporting controller is directly stored in the data center platform. The generated sensitive test data is directly stored locally in the controller.

[0070] Embodiment three:

[0071] Based on Example 1, this example provides a TIMS laboratory management system. The schematic diagram is as follows image 3 As shown, it is used to logically correlate and optimize the staff, experimental equipment, materials, test standards, test data, and test environment in the laboratory, and realize the intelligent management of the laboratory through the TIMS laboratory management system, including:

[0072] The staff management module provides each staff with a management page that matches their position, so that each staff can understand the current work content in time through their respective management pages;