TWI794992B - System and method for controlling test jig machine continues to operate based on test results - Google Patents

Abstract

A system and a method for controlling a test jig machine continues to operate based on test results are provided. By connecting to a jig management server for confirming whether a test jig machine can work by the test jig machine, testing a circuit board for generating a test result by the test jig machine when the test jig machine can work, transmitting an exception notification message from a data server to the jig management server when the data server determines the test result matches a data rule, and setting the test jig machine can not work according to the exception notification message by the jig management server, the system and the method can grasp wear/aging status of test jig machine effectively, and can achieve the effect of reducing probability of abnormal test result.

Description

System and method for controlling continuous operation of test fixture machine based on test results

A test fixture machine operation control system and method thereof, particularly a system and method for controlling the continuous operation of the test fixture machine based on test results.

Industry 4.0 (Industry 4.0), also known as the fourth industrial revolution, does not just create new industrial technologies, but focuses on integrating existing industrial technologies, sales processes and product experience, and establishes adaptable products through artificial intelligence technology. Smart factory based on nature, resource efficiency and human factors engineering, and integrate customers and business partners in business process and value process to provide perfect after-sales service, and then construct a new intelligent industrial world with awareness.

With the wave of Industry 4.0 sweeping the world, manufacturers are all using smart manufacturing to optimize production transformation and enhance competitiveness. Smart manufacturing is based on sensing technology, network technology, automation technology, and artificial intelligence, through the process of perception, human-computer interaction, decision-making, execution, and feedback to realize product design and manufacturing, enterprise management and services of wisdom.

The characteristics of small profits but quick turnover and fierce product price competition in the electronic assembly industry make the industry pursue more effective control and optimization of raw materials and production tools, so as to maximize the efficiency of factory production resources. Among them, in the production line of printed circuit boards, after the production process of printed circuit boards is completed, they will enter the testing and inspection process.

In the test and inspection process, it usually needs to be assisted by the test fixture machine. A printed circuit board can be pre-defined one or more tests on the test fixture machine. After the test is completed, whether the printed circuit board passes the test or not, the test software will generate a record file of the test process. Among them, if the printed circuit board fails the test, the test software will also record different defect codes according to the type of abnormality, so that maintenance personnel can directly find the location of the abnormality according to the defect code and perform maintenance. At the same time, after the printed circuit board test is completed, regardless of whether the printed circuit board passes the test or not, the printed circuit board will be removed from the test fixture, and a new printed circuit board will be placed on the test fixture for testing. The fixture machine repeats the same test.

In such a test process, the printed circuit board product board will be continuously put into the test fixture machine for testing and then taken away, which may cause the test fixture machine to be worn and aged by the printed circuit board. After a certain period of use and the number of times of use, sporadic abnormalities may occur on the test fixture machine, causing normal printed circuit boards to fail the test; if the test fixture machine is not repaired or maintained as soon as possible at this time, it will continue to accumulate wear and tear , until the frequent abnormality of the test fixture machine affects the production efficiency.

In order to avoid this kind of problem, the test fixture machine needs to be maintained regularly, but the current maintenance is carried out in a predetermined cycle, for example, according to experience or historical records, maintenance is carried out after a fixed interval or number of tests. It is impossible to effectively grasp the wear/aging state of the test fixture, which may affect the accuracy of the test before the maintenance time is reached.

To sum up, it can be known that the prior art has been regularly maintaining the test fixtures based on experience or historical records for a long time, and cannot effectively grasp the wear/aging status of the test fixtures, which may lead to abnormal test results. , so it is necessary to propose improved technical means to solve this problem.

In view of the problem that the previous technology cannot effectively grasp the wear/aging state of the test fixture machine, which may cause abnormal test results, the present invention discloses a system and method for controlling the continuous operation of the test fixture machine based on the test results, wherein:

The system for controlling the continuous operation of the test fixture machine according to the test results disclosed in the present invention at least includes: a fixture management server; a test fixture machine, which is used to connect to the fixture management server to confirm that the test fixture machine can During operation, test the circuit board and generate the test result corresponding to the circuit board; the data server is used to obtain the test result, and when the test result satisfies the data processing rule, generate an abnormal notification message corresponding to the data processing rule and Send the abnormal notification message to the fixture management server, so that the fixture management server can set the test fixture machine to be inoperable according to the abnormal notification message.

The method disclosed in the present invention for controlling the continuous operation of the test fixture machine according to the test results, the steps at least include: when the test fixture machine confirms that the test fixture machine is operable, and generates The test result corresponding to the circuit board; when the data server obtains the test result and judges that the test result meets the data processing rules, it generates an abnormal notification message corresponding to the data processing rule and sends the abnormal notification message to the fixture management server; the fixture management server According to the abnormal notification message, the device sets the test fixture machine to be inoperable.

The system and method disclosed in the present invention are as above, and the difference from the prior art is that the present invention connects the test fixture machine to the fixture management server to confirm whether it is operable before testing the circuit board, when the test fixture machine Test the circuit board to generate test results when it is operational, and the data server sends an abnormal notification message to the fixture management server when the test result meets the data processing rules, so that the abnormal notification message of the fixture management server sets the test fixture machine to be inoperable , so as to solve the problems existing in the prior art, and achieve the technical effect of timely repairing and maintaining the test fixture machine to reduce the probability of abnormal test results.

The features and implementation methods of the present invention will be described in detail below in conjunction with the drawings and embodiments, the content is enough to enable anyone familiar with the relevant art to easily and fully understand the technical means used to solve the technical problems of the present invention and implement them accordingly, thereby realizing The effect that the present invention can achieve.

The present invention can control whether the test fixture machine can test the circuit board according to the test state of the test fixture machine through the fixture management server.

The system operation of the present invention will be described below with the "Fig. 1" system structure diagram of the present invention to control the continuous operation of the test fixture machine based on the test results. As shown in "Fig. 1", the system of the present invention includes a test fixture machine 110, a data server 120, a fixture management server 130, and an optional maintenance terminal 150. Among them, between the test fixture machine 110 and the data server 120, between the test fixture machine 110 and the fixture management server 130, between the data server 120 and the fixture management server 130, and between the fixture management server Between the device 130 and the maintenance terminal 150, data or signals can be transmitted to each other through wired or wireless means, and the test fixture machine 110, the data server 120, the fixture management server 130, and the maintenance terminal 150 can all be computing devices.

The test fixture machine 110 is responsible for connecting to the fixture management server 130 to confirm whether the test fixture machine 110 can operate, that is, to confirm whether it can continue to test the circuit board. For example, the test fixture machine 110 can send a query request to the fixture management server 130, and can receive the query result returned by the fixture management server 130, and confirm whether it can operate.

The test fixture machine 110 can be set with machine identification data. Among them, there is a one-to-one relationship between the machine identification data and the test fixture machine, which can represent the corresponding test fixture machine. Generally speaking, the machine identification data can consist of any number of characters, letters, numbers, and symbols. arranged.

The test fixture machine 110 can also confirm the operation of the test fixture machine to the fixture management server 130 according to the set machine identification data. For example, the test fixture machine 110 can generate a query request including machine identification data

The test fixture machine 110 is also responsible for testing the circuit board when it is confirmed that it is operable through the query result, and generates a test result corresponding to the tested circuit board. The method of testing the circuit board by the test fixture machine 110 and generating corresponding test results includes but not limited to testing the corresponding test items on the circuit board by various test programs, wherein the testing process of various test items is well known. So no more description.

In some embodiments, the test fixture machine 110 can also obtain the product identification data of the tested circuit board, and generate a test result including the obtained product identification data. For example, the test fixture machine 110 may include a scanner, which can scan the product identification information printed or attached on the circuit board, or can read the product identification information stored on the circuit board by induction. Wherein, the product identification data has a one-to-one correspondence with the tested circuit board, which can represent a hard circuit board. For example, the product identification data can be the serial number of the circuit board, etc., but the present invention is not limited thereto.

The test result generated by the test fixture machine 110 includes one or more result data, and each result data can include the machine identification data of the test fixture machine 110, the product identification data of the circuit board to be tested, the test time, etc. , but the present invention is not limited thereto. Wherein, when the tested circuit board fails a test corresponding to the result data, the result data may also include an error identification code. Wherein, the error identification code can represent the abnormal situation detected by the test fixture machine 110, and usually can be composed of any number of letters, numbers, and symbols arranged arbitrarily, but the present invention is not limited thereto.

The test fixture machine 110 can also store the generated test results, or can transmit the generated test results to an external device such as a storage device or a data server 120 for storage.

The data server 120 is responsible for obtaining the test results generated by the test fixture machine 110 , and is responsible for selecting whether to send an abnormal notification message to the fixture management server 130 according to the obtained test results. Wherein, the abnormal notification message may include the machine identification data of the test fixture machine 110 read by the data server 120 from the test result, and may also include an error identification code.

In some embodiments, the data server 120 can also be configured to include a data acquisition host 121 and a data processing host 125, and data or signals can be transmitted between the data acquisition host 121 and the data processing host 125 in a wired or wireless manner, And the data server 120 may include all functions and data processing capabilities of the data acquisition host 121 and the data processing host 125 . The following will describe the data acquisition host 121 and the data processing host 125 respectively to describe the data server 120 .

The data acquisition host 121 is responsible for acquiring the test results generated by the test fixture machine 110 . The data acquisition host 121 can be connected to the test fixture machine 110 to download the test results generated by the test fixture machine 110, can also receive the test results sent by the test fixture machine 110, or can be connected to the storage test The external device of the test result generated by the fixture machine 110 reads the test result generated by the test fixture machine 110 .

The data processing host 125 can obtain data processing rules. The data processing rules obtained by the data processing host 125 include one or more inspection rules. In some embodiments, the data processing rules may also include exception description messages, and each inspection rule may correspond to an exception description message. Generally speaking, the data processing rules are recorded by the data processing host 125. The data processing host 125 can provide the administrator to set the data processing rules, or obtain the data processing rules from other external devices, but the present invention is not limited thereto.

The data processing host 125 is also responsible for judging whether the test result obtained by the data acquisition host 121 satisfies the acquired data processing rule, that is, judging whether the test result satisfies any checking rule. If not, the data processing host 125 can end the judgment; if yes, the data processing host 125 is also responsible for generating an abnormality notification message, and is responsible for sending the generated abnormality notification message to the jig management server 130 .

More specifically, the data processing host 125 can also obtain one or more pieces of result data from the test results obtained by the data acquisition host 121, and generate cumulative data based on the historical records and the obtained result data. The history record mentioned in the present invention includes all or part of the result data generated by the same test fixture machine 110 in the past period of time. The data processing host 125 can store historical records, or be connected to an external device to read historical records, and the present invention has no special limitation; the cumulative data mentioned in the present invention is the data generated after statistical analysis of the result data and historical records, But the present invention is not limited thereto.

The data processing host 125 can also judge whether the obtained data processing rules are satisfied by the generated accumulated data. Compare the results to judge whether the test results meet the data processing rules. For example, the data processing rules may include a certain number of consecutively tested circuit boards (such as three) corresponding to the same error identification code (that is, the same abnormal situation occurs on three consecutive circuit boards), a certain test time (such as two hours) A certain number of circuit boards in the memory correspond to the same error identification code (that is, a predetermined number of circuit boards have the same abnormal situation within two hours), and a certain number of continuous tests (such as twenty circuit boards) exist in a certain number of tests The circuit boards correspond to the same error identification code (that is, there are a predetermined number of circuit boards in twenty consecutive circuit boards that have the same abnormal situation) and other inspection rules.

The data processing host 125 can also generate an abnormal description message corresponding to the satisfied inspection rule when one or more inspection results in the data processing rule are satisfied by the accumulated data, that is, when the test result satisfies the acquired data processing rule, And an exception notification message including the generated exception description message can be generated.

The fixture management server 130 is responsible for providing the test fixture machine 110 to confirm whether it is operable. In more detail, the fixture management server 130 can receive the query request sent by the test fixture machine 110, and can according to the machine identification data included in the query request or the target address in the packet containing the query request (which can be It is the IP or MAC of the test fixture machine 110) query and the query result corresponding to the test fixture machine 110 that sent the query request, that is, the search result corresponding to the read machine identification data (or target address) operating status, and the query result can be sent back to the test fixture machine 110 that sent the query request. Wherein, the operational status may indicate whether the test fixture machine 110 set as the corresponding machine identification data is operable.

The fixture management server 130 is also responsible for receiving the abnormal notification message sent by the data server 120, and is responsible for setting the test fixture machine 110 to be inoperable according to the received abnormal notification message; the fixture management server 130 can also receive The abnormality elimination message sent by the maintenance terminal 150 can be used to test the operation of the fixture machine 110 according to the received setting. In more detail, the jig management server 130 can obtain the machine identification data (or target address) from the received abnormality notification message or abnormality elimination message, and set or record the machine identification data (or target address) corresponding to the obtained machine identification data (or The test fixture machine 110 corresponding to the target address) can be operated or cannot be operated.

The fixture management server 130 can also generate a maintenance notification message when receiving the abnormal notification message sent by the data server 120, or when confirming that the test fixture machine 110 is inoperable, and send the generated maintenance notification message to the maintenance end 150. Wherein, the maintenance notification message includes the machine identification data or the target address of the test fixture machine 110 . In more detail, the fixture management server 130 can obtain the machine identification data or the target address from the received abnormal notification message or the inquiry request received from the test fixture machine 110, and generate Maintenance notification message for identifying data or destination address.

The maintenance terminal 150 can receive the maintenance notification message sent by the jig management server 130 , and can also connect to the jig management server 130 and send an exception removal message to the jig management server 130 .

The maintenance terminal 150 can be a mobile phone, a tablet computer, a notebook computer, etc., which can provide an operation interface to the maintenance personnel, so that the maintenance personnel can perform operations or settings in the operation interface and send abnormal elimination messages to the fixture management server 130 for setting All computing devices that can operate on the test fixture machine 110 can be used as the maintenance terminal 150 of the present invention.

Next, an embodiment is used to explain the operating system and method of the present invention, and please refer to "Fig. 2A" for the flow chart of the method for controlling the continuous operation of the test fixture machine according to the test results proposed by the present invention.

In the production line of the circuit board, if the tester uses the present invention to test the circuit board, then the circuit board is placed on the test fixture machine 110, and after the test fixture machine 110 is started, the test fixture machine 110 It can be connected to the fixture management server 130 to confirm whether the test fixture machine 110 can operate (step 210 ). In this embodiment, it is assumed that before the tester places the circuit board on the test fixture machine 110, the tester can operate the scanner of the test fixture machine 110 so that the test fixture machine 110 scans the circuit board through the scanner The serial number of the product (product identification data).

In addition, in this embodiment, it is also assumed that the production line includes multiple test fixtures 110, as shown in the flow of "Fig. 2B", each test fixture 110 can first provide the tester to input itself machine identification data, and can set the machine identification data according to the machine identification data input by the tester (step 201), and then, before the test fixture machine 110 is connected to the fixture management server 130 or When connecting with the jig management server 130 , a query request including its own machine identification data is generated, so as to transmit the generated query request to the jig management server 130 (step 211 ).

After the fixture management server 130 receives the query request sent by the test fixture machine 110, it can judge whether the test fixture machine 110 that sent the query request is operable according to the machine identification data in the received query request (step 213). For example, the fixture management server 130 can query whether the corresponding test fixture machine 110 can operate according to the machine identification data in the received query request, and generate corresponding query results, and send the generated query results The test fixture machine 110 that sends the query request is sent back.

It should be noted that if the fixture management server 130 judges that the test fixture machine 110 that sent the query request is not operable, and the maintenance terminal 150 is included in this embodiment, the fixture management server 130 can notify the maintenance terminal 150 to send the query The requested test fixture machine 110 needs to be repaired (step 217 ). For example, the jig management server 130 can read the machine identification data from the received query request, and obtain machine information such as the position of the machine based on the read machine identification data, and generate information including the extracted The maintenance notification message of machine identification data and/or machine information, and the generated maintenance notification message is sent to the maintenance terminal 150, so that the maintenance terminal 150 can display the maintenance notification message to the maintenance personnel, so that the maintenance personnel can follow the maintenance notification message It is learned that the test fixture machine 110 needs to be repaired.

After the test fixture machine 110 receives the inquiry result sent by the fixture management server 130 , it can confirm whether it can operate according to the received inquiry result, that is, confirm whether it can test the circuit board. If the test fixture machine 110 confirms that it is inoperable according to the received query result, it can indicate through the display or the light that the circuit board cannot be tested at present; and if the test fixture machine 110 confirms according to the received query result If it is operable by itself, the test fixture machine 110 can test the circuit board arranged on it according to the test program predetermined by the tester, and can produce a test result corresponding to the tested circuit board after the test is completed (step 220 ). Among them, the test fixture machine 110 can be as shown in the process of "Fig. 2C", the test fixture machine 110 can obtain the product identification data of the circuit board obtained through the scanner before, and generate the obtained product identification data. The test result of the data (steps 221, 225), for example, use the product identification data of the circuit board as the file name of the test result of the circuit board.

After the test fixture machine 110 generates the test result of the circuit board, the data server 120 can obtain the test result generated by the test fixture machine 110 (step 230 ). In this embodiment, it is assumed that the data server 120 includes a data acquisition host 121 and a data processing host 125, and an agent program (Agent) is executed on the data acquisition host 121, and the agent program can connect to the test fixture through the data acquisition host 121 The machine 110 can download the test results generated by the test fixture machine 110 , and can transmit the obtained test results to the data processing host 125 .

After the data server 120 obtains the test results generated by the test fixture machine 110 (step 230 ), the data server 120 can determine whether the obtained test results meet the pre-established data processing rules. In this embodiment, it is assumed that the data processing host 125 can read out the machine identification data, error identification code, test time and other result data of the test fixture machine 110 from the test result after obtaining the test result, and can according to The read-out result data classifies the obtained test results. Afterwards, the data processing host 125 can read the historical records of the test fixture machine 110 according to the obtained machine identification data, and can perform statistical analysis on the obtained result data and the obtained historical records to generate cumulative data, and then The data processing host 125 can compare the generated accumulated data with all checking rules in the data processing rules one by one, and judge whether the test result satisfies the data processing rules according to the comparison result. For example, when the check rule includes "three consecutive occurrences of the same error identification code" and "accumulative occurrence of the same error identification code three times within two hours", the data processing host 125 can first compare the accumulated data to see if the same error identification code appears three times consecutively , and then compare the accumulated data to see if the same error identification code has accumulated three times within two hours.

If the data server 120 judges that the obtained test results do not meet the preset data processing rules, it means that the test fixture machine 110 is operating normally, and the data server 120 can end this execution; and if the data server 120 judges that the obtained When the test result satisfies the preset data processing rule, an abnormality notification message corresponding to the data processing rule can be generated, and the generated abnormality notification message can be sent to the fixture management server 130 (step 250 ). In this embodiment, it is assumed that as shown in the flow of "Fig. 2D", the data processing host 125 can generate an abnormal description message corresponding to the data processing rule (step 251), for example, generate an abnormal description message corresponding to the satisfied inspection rule , the data processing host 125 can generate an abnormality notification message including the generated abnormality description message (step 255 ), and can transmit the generated abnormality notification message to the fixture management server 130 . Wherein, the abnormal notification message generated by the data processing host 125 may also include the machine identification data of the test fixture machine 110 read from the test result.

After the fixture management server 130 receives the abnormal notification message sent by the data server 120 , the fixture management server 130 can set the test fixture machine 110 to be inoperable according to the received abnormal notification message (step 260 ). In this embodiment, it is assumed that the fixture management server 130 can set the corresponding test fixture machine 110 to be inoperable according to the machine identification data in the abnormal notification message, for example, set the operating state corresponding to the machine identification data In order to make the test fixture machine 110 test another circuit board before connecting to the fixture management server 130, the query result obtained will indicate that the test fixture machine 110 is inoperable. Thus, through the present invention, The fixture management server 130 can judge whether the test fixture machine 110 can continue to test the circuit board according to the test result generated by the test fixture machine 110 .

In the above embodiment, after the jig management server 130 receives the abnormal notification message sent by the data server 120 , the jig management server 130 may generate an abnormal state record and notify the maintenance terminal 150 (step 270 ). For example, the fixture management server 130 can store the machine identification data and abnormal description information contained in the abnormal notification message to generate abnormal state records, and can send the abnormal notification message as a maintenance notification message to the maintenance terminal 150 to notify maintenance Personnel maintain the test fixture machine 110 .

The maintenance terminal 150 can also provide maintenance personnel with an operation and maintenance report interface, so as to generate an abnormality elimination message including the machine identification data included in the maintenance notification message, and can send the generated abnormality elimination message to the fixture management server 130, so that After receiving the abnormal elimination message generated by the maintenance terminal 150, the fixture management server 130 sets the corresponding test fixture machine 110 to operate according to the machine identification data in the received abnormal elimination message (step 280) . In this way, after the test fixture machine 110 needs to continue testing other circuit boards and is connected to the fixture management server 130, the query result obtained by the test fixture machine 110 will indicate that the test fixture machine 110 can operate, and the test The fixture machine 110 can resume the testing of the circuit board.

In summary, it can be seen that the difference between the present invention and the prior art is that the test fixture machine is connected to the fixture management server to confirm whether it can be operated before testing the circuit board. When the test fixture machine is operable, the test The circuit board is used to generate test results, and the data server sends an abnormal notification message to the fixture management server when the test result meets the data processing rules, so that the abnormal notification message of the fixture management server sets the technical means that the test fixture machine cannot operate, This technical means can solve the problem that the previous technology cannot effectively grasp the wear/aging state of the test fixture machine, and then achieve the technical effect of timely maintenance of the test fixture machine to reduce the probability of abnormal test results.

Moreover, the method for controlling the continuous operation of the test fixture machine according to the test results of the present invention can be implemented in hardware, software, or a combination of hardware and software, and can also be implemented in a computer system in a centralized manner or with different components A decentralized implementation spread across several interconnected computer systems.

Although the embodiments disclosed in the present invention are as above, the content described is not intended to directly limit the scope of protection of the present invention. Anyone with ordinary knowledge in the technical field of the present invention, without departing from the spirit and scope disclosed in the present invention, makes some changes and modifications to the form and details of the implementation of the present invention, all of which belong to the patent protection of the present invention scope. The scope of patent protection of the present invention shall still be defined by the scope of the appended patent application.

110: Test fixture machine 120: data server 121: data acquisition host 125: Data processing host 130: Fixture management server 150: maintenance end Step 201: Set the machine identification data of the test fixture machine Step 210: Test the fixture machine to the fixture management server to confirm whether the test fixture machine can operate Step 211: The test fixture machine sends the machine identification data to the fixture management server Step 213: The fixture management server judges whether the test fixture machine is operable according to the machine identification data Step 217: The fixture management server notifies the maintenance terminal Step 220: Test the circuit board when the test fixture machine is confirmed to be operable, and generate test results corresponding to the circuit board Step 221: The test fixture machine obtains the product identification information of the circuit board Step 225: The test fixture machine generates test results including product identification data Step 230: The data server obtains the test result Step 250: When the data server judges that the test result satisfies the data processing rules, it generates an abnormal notification message corresponding to the data processing rules and sends the abnormal notification message to the fixture management server Step 251: The data server generates an abnormal description message corresponding to the data processing rules Step 255: The data server generates an exception notification message including an exception description message Step 260: The fixture management server sets the test fixture machine to be inoperable according to the abnormal notification message Step 270: The fixture management server generates an abnormal state record and notifies the maintenance end Step 280: The maintenance terminal connects to the fixture management server to set the test fixture machine to be operational

Figure 1 is a system architecture diagram of the present invention to control the continuous operation of the test fixture machine based on the test results. FIG. 2A is a flow chart of the method for controlling the continuous operation of the test fixture machine according to the test results proposed by the present invention. FIG. 2B is a flow chart of the method for the fixture management server to control whether the test fixture machine is in operation according to the present invention. FIG. 2C is a flowchart of an additional method for generating test results by the test fixture machine proposed in the present invention. FIG. 2D is a flowchart of a method for generating an abnormality notification message by the data server of the present invention.

Step 210: Test the fixture machine to the fixture management server to confirm whether the test fixture machine can operate

Step 220: Test the circuit board when the test fixture machine is confirmed to be operable, and generate test results corresponding to the circuit board

Step 230: The data server obtains the test result

Step 250: When the data server judges that the test result satisfies the data processing rules, it generates an abnormal notification message corresponding to the data processing rules and sends the abnormal notification message to the fixture management server

Step 260: The fixture management server sets the test fixture machine to be inoperable according to the abnormal notification message

Step 270: The fixture management server generates an abnormal state record and notifies the maintenance end

Step 280: The maintenance terminal connects to the fixture management server to set the test fixture machine to be operational

Claims (10)

A method for controlling the continuous operation of a test fixture machine based on test results, the method at least includes the following steps: When a test fixture machine confirms that the test fixture machine is operable to a fixture management server, a circuit board is tested and a test result corresponding to the circuit board is generated; When a data server obtains the test result and judges that the test result satisfies a data processing rule, it generates an abnormal notification message corresponding to the data processing rule and sends the abnormal notification message to the fixture management server; and The fixture management server sets the test fixture machine to be inoperable according to the abnormal notification message. The method for controlling the continuous operation of the test fixture machine according to the test results as described in claim 1, wherein the method further includes that the fixture management server generates an abnormal state record after receiving the abnormal notification message and notifies a maintenance terminal, and the steps of connecting the maintenance terminal to the fixture management server to set the test fixture machine to be operable. The method for controlling the continuous operation of the test fixture machine according to the test result as described in claim 1, wherein the method is before the step of confirming that the test fixture machine is operable from the test fixture machine to the fixture management server , further comprising the step of setting the machine identification data of the test fixture machine, so that the test fixture machine can confirm the operation of the test fixture machine to the fixture management server according to the machine identification data. The method for controlling the continuous operation of the test fixture machine according to the test result as described in claim 1, wherein the step of the test fixture machine generating the test result corresponding to the circuit board further includes the test fixture machine obtaining the Product identification data of the circuit board, and the steps of generating the test result including the product identification data. The method for controlling the continuous operation of the test fixture according to the test results as described in claim 1, wherein the step of the data server generating the abnormal notification message corresponding to the data processing rules is the data server generating and the data processing The rule corresponds to an exception description message, and generates the exception notification message including the exception description message. A system for controlling the continuous operation of a test fixture machine based on test results, the system at least includes: A fixture management server; a test fixture machine, used to test a circuit board when connecting to the fixture management server to confirm that the test fixture machine is operable, and generate a test result corresponding to the circuit board; and A data server, used to obtain the test result, and when judging that the test result satisfies a data processing rule, generate an abnormal notification message corresponding to the data processing rule and send the abnormal notification message to the fixture management server device, so that the fixture management server sets the test fixture machine to be inoperable according to the abnormality notification message. The system for controlling the continuous operation of the test fixture according to the test result as described in claim 6, wherein the system further includes a maintenance terminal for receiving the message sent by the fixture management server after receiving the abnormal notification message A notification message is used to connect to the fixture management server to configure the test fixture machine to be operational. The system for controlling the continuous operation of the test fixture machine based on the test results as described in claim 6, wherein the test fixture machine is further used to set a machine identification data, so as to manage the fixture according to the machine identification data The server confirms whether the test fixture machine can operate. The system for controlling the continuous operation of the test fixture machine according to the test results as described in claim 6, wherein the data server obtains at least one result data from the test results, and generates based on the at least one result data and a historical record 1. Accumulated data, and comparing the accumulated data with all inspection rules in the data processing rules one by one, and judging whether the test result satisfies the data processing rules based on the comparison results. The system for controlling the continuous operation of the test fixture according to the test results as described in claim 6, wherein the data server generates an exception description message corresponding to the data processing rule, and generates the exception including the exception description message notification message.

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