CN212726566U - Intelligent fusion terminal automatic detection platform - Google Patents
Intelligent fusion terminal automatic detection platform Download PDFInfo
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- CN212726566U CN212726566U CN202021378376.3U CN202021378376U CN212726566U CN 212726566 U CN212726566 U CN 212726566U CN 202021378376 U CN202021378376 U CN 202021378376U CN 212726566 U CN212726566 U CN 212726566U
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Abstract
The utility model discloses an automatic detection platform of an intelligent fusion terminal, which comprises a control console, a main test frame and at least one auxiliary test frame; the main test frame and the auxiliary test frame are connected with the control console, and the main test frame and the auxiliary test frame are both connected with a plurality of intelligent fusion terminals for detection; the main test frame and each auxiliary test frame work independently to complete multiple detection functions. The utility model discloses a construction mode of "1 + N" comprises a control cabinet and a plurality of test jig, carries out work by each test jig of control cabinet centralized control, and work between each test jig is mutually independent completely, can freely carry out multiple test scheme, including system platform test, electrical performance test, distribution business function test, with adopting business function test, communication and communication protocol test, power and power influence test etc. satisfy the application demand of multiple detection occasion.
Description
Technical Field
The utility model relates to an intelligence fuses terminal detection technology field, in particular to intelligence fuses terminal automated inspection platform.
Background
The intelligent fusion terminal is a new generation ubiquitous electric power Internet of things intelligent terminal developed based on edge Internet of things agent and intelligent terminal online management, a national network double-channel information security encryption chip is arranged in the intelligent fusion terminal, and the intelligent fusion terminal adopts hardware platformization, functional software, structural modularization, software and hardware decoupling and communication protocol self-adaption design, so that the requirements of high-performance concurrency, large-capacity storage, multiple acquisition objects and the like can be met.
The working performance of the intelligent fusion terminal plays a crucial role in normal operation of the power distribution network, and therefore how to quickly and comprehensively detect the intelligent fusion terminal is a technical problem to be solved urgently in the field.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide an intelligence fuses terminal automated inspection platform to carry out multi-functional comprehensive detection to a plurality of intelligence fusion terminals conveniently.
In order to solve the above technical problem, an embodiment of the present invention provides the following solutions:
an automatic detection platform of an intelligent fusion terminal comprises a control console, a main test rack and at least one auxiliary test rack;
the main test frame and the auxiliary test frame are connected with the control console, and the main test frame and the auxiliary test frame are both connected with a plurality of intelligent fusion terminals for detection;
the main test frame and each auxiliary test frame work independently to complete multiple detection functions.
Preferably, the console comprises a test main station, an encryption processor, communication equipment and a code scanning gun;
the encryption processor is connected with the test main station, one end of the communication equipment is connected with the test main station, the other end of the communication equipment is connected with the intelligent integration terminal, one end of the code scanning gun is connected with the test main station, and the other end of the code scanning gun is connected with the intelligent integration terminal for scanning codes.
Preferably, the main test rack and the sub test rack each include: the intelligent integrated terminal comprises a three-phase power source, a first communication interface, an encryption chip and a three-phase standard meter, wherein the three-phase power source, the first communication interface and the encryption chip are connected with the intelligent integrated terminal, and the three-phase standard meter is connected with the three-phase power source.
Preferably, the intelligent fusion terminal comprises an alternating current analog input port, a communication interface test port, an encryption test input/output port and a communication interface II, the alternating current analog input port is connected with the three-phase power source, the communication interface test port is connected with the communication interface I, the encryption test input/output port is connected with the encryption chip, and the communication interface II is connected with the communication equipment of the console.
Preferably, the intelligent convergence terminal further comprises a platform software testing port, and the platform software testing port is connected with the platform system.
Preferably, the main test jig and the auxiliary test jig are provided with analog quantity loop state indicator lamps, when an analog quantity loop has output, the analog quantity loop state indicator lamps are red, highlighted and twinkled, and otherwise the analog quantity loop state indicator lamps are extinguished.
Preferably, the main test jig and the auxiliary test jig are 8 epitope test jigs and can be simultaneously connected with 8 intelligent fusion terminals for detection.
Preferably, each test position of the main test rack and the auxiliary test rack is provided with a test state indicator light, and different display states of the test state indicator lights are respectively used for representing: the test is in progress, the test is qualified, the test is unqualified, and the test is not in progress.
Preferably, the plurality of detection functions comprises: the system comprises a system platform test, an electrical performance test, a power distribution service function test, a communication and communication protocol test and a power supply and power supply influence test.
The embodiment of the utility model provides a beneficial effect that technical scheme brought includes at least:
the utility model provides an intelligence fuses terminal automated inspection platform adopts the construction mode of "1 + N", comprises a control cabinet and a plurality of test jig, carries out work by each test jig of control cabinet centralized control, and work between each test jig is mutually independent completely, can freely carry out multiple test scheme. The automatic detection platform can complete test items such as system platform test, electrical performance test, power distribution service function test, acquisition service function test, communication and communication protocol test, power supply and power supply influence test and the like according to the test requirements of relevant detection rules, and is suitable for application requirements of various detection occasions such as special detection, type detection, full-inspection of the arrived goods, sampling detection, factory detection and the like.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.
Fig. 1 is a schematic structural diagram of an automatic detection platform of an intelligent convergence terminal provided in an embodiment of the present invention;
fig. 2 is a concrete framework schematic diagram of the intelligent integrated terminal automatic detection platform provided by the embodiment of the utility model.
Description of reference numerals: 1-a console; 2-a main test rack; 3-auxiliary test frame; 4-intelligent fusion terminal; 5-a platform system; 101-a test master station; 102-an encryption handler; 103-a communication device; 104-code scanning gun; 201-three phase power source, 202-communication interface one; 203-encryption chip; 204-three phase standard table; 401-an alternating current analog input port; 402-a communication interface test port; 403-encrypted test input output port; 404-communication interface two; 405-platform software test port.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer, embodiments of the present invention will be described in further detail below with reference to the accompanying drawings.
The embodiment of the utility model provides an intelligent fusion terminal automatic detection platform, as shown in figure 1, the intelligent fusion terminal automatic detection platform comprises a control console 1, a main test frame 2 and at least one auxiliary test frame 3;
the main test jig 2 and the auxiliary test jigs 3 are connected with the control console 1, and the main test jig 2 and each auxiliary test jig 3 are connected with a plurality of intelligent fusion terminals 4 for detection;
the main test frame 2 and each auxiliary test frame 3 work independently to complete various detection functions.
The utility model provides an intelligence fuses terminal automated inspection platform adopts the construction mode of "1 + N", comprises a control cabinet and a plurality of test jig, carries out work by each test jig of control cabinet centralized control, and work between each test jig is mutually independent completely, can freely carry out multiple test scheme.
Further, as shown in fig. 2, the console includes a test master station 101, an encryption processor 102, a communication device 103, and a code scanning gun 104;
the encryption processing machine 102 is connected with the test main station 101, one end of the communication device 103 is connected with the test main station 101, the other end of the communication device 103 is connected with the intelligent integration terminal, one end of the code scanning gun 104 is connected with the test main station 101, and the other end of the code scanning gun 104 scans codes of the intelligent integration terminal.
Further, main test jig and vice test jig all include: the intelligent integrated terminal comprises a three-phase power source 201, a first communication interface 202, an encryption chip 203 and a three-phase standard table 204, wherein the three-phase power source 201, the first communication interface 202 and the encryption chip 203 are connected with the intelligent integrated terminal, and the three-phase standard table 204 is connected with the three-phase power source 201.
Further, the intelligent fusion terminal comprises an alternating current analog input port 401, a communication interface test port 402, an encryption test input/output port 403 and a second communication interface 404, wherein the alternating current analog input port 401 is connected with the three-phase power source 201, the communication interface test port 402 is connected with the first communication interface 202, the encryption test input/output port 403 is connected with the encryption chip 203, and the second communication interface 404 is connected with the communication equipment 103 of the console.
Further, the intelligent convergence terminal further includes a platform software testing port 405, and the platform software testing port 405 is connected to the platform system 5.
The embodiment of the utility model provides an in, the used part of detection interface is according to being surveyed terminal interface definition characteristic and customization design, and the wiring is exempted from to the testing process, plug-and-play. The detection plug of the strong electricity part is a customized plug: the insertion core adopts an open-circuit prevention design, and the open-circuit prevention contact piece is in surface contact; the jacks adopt the customized hyperboloid wire springs, are subjected to gold plating treatment, and support the plugging and unplugging service life of 10000 times, which is 20 times that of the common standard plugs; and hot plugging is supported during replacement, and the detection platform still keeps a short circuit state. The detection plug, the test frame and the tested terminal of the weak current and communication part are designed in a plugging mode, and when a destructive fault occurs, a replacement part is replaced.
As a concrete implementation mode, main test jig and vice test jig are 8 epitope test jigs, can connect 8 intelligent fusion terminals simultaneously and detect.
The main test frame and the auxiliary test frame are provided with analog quantity loop state indicator lamps, when the analog quantity loop has output, the analog quantity loop state indicator lamps are red, highlighted and twinkling, otherwise, the analog quantity loop state indicator lamps are turned off.
Each test position of the main test frame and the auxiliary test frame is provided with a test state indicator light, and different display states of the test state indicator lights are respectively used for representing: the test is in progress, the test is qualified, the test is unqualified, and the test is not in progress.
In an embodiment of the present invention, the plurality of detection functions include: the system platform test, the electrical performance test, the power distribution service function test, the sampling service function test, the communication and communication protocol test, the power supply and power supply influence test and the like can meet the application requirements of various detection occasions such as special detection, type inspection, full inspection of the arrived goods, sampling detection, factory detection and the like.
Specifically, the system platform test is based on a Linux operating system, uses an SSH protocol to log in an operating system of each terminal to be tested, inputs a fixed instruction or function according to a script, and performs device management on the terminal, including: inquiring software and hardware information and operation log, and setting \ inquiring various system operation alarm thresholds; container management, comprising: container information query, container installation \ unloading, container stop/start; application software management, including: APP information query, APP installation/uninstallation, APP stop/start.
The electrical performance test is mainly divided into a remote measurement performance test and a remote signaling performance test by controlling a three-phase power source and a state quantity simulator and giving a corresponding electrical quantity to a tested terminal. The telemetering performance test mainly comprises test contents of items such as voltage/current basic error, power basic error, frequency basic error, harmonic component basic error, zero-voltage zero-current calculation error, unbalance calculation error, frequency influence error, harmonic influence power error and the like. The remote signaling performance test mainly comprises the test contents of items such as remote signaling state correctness, remote signaling anti-shake time, remote signaling resolution, remote signaling storm and the like.
The distribution service function test is based on the function standard of related products, and the test contents of items such as voltage out-of-limit alarm, three-phase unbalance alarm, voltage loss alarm, phase loss alarm, power failure alarm, overload alarm, time setting function, inherent parameters, operation parameters, history files and the like are carried out by controlling a three-phase power source.
And performing test contents of a complete set of service function items such as terminal key recovery, terminal information reading, clock calling and timing, basic parameters, meter reading parameters, event parameters, terminal current data, electric energy meter real-time data, electric energy meter current data and the like by using the service function test according to the detection specifications of related products.
The communication and communication protocol test is based on a remote communication mode, connection between a master station and a terminal is simulated through a protocol, and protocol consistency detection such as DL/T634.5104, DL/T698.45 and MQTT is carried out; based on a local communication mode, the protocol consistency detection method comprises the steps of establishing connection with a terminal through a protocol simulator, verifying on a protocol simulation main station, and carrying out protocol consistency detection on DL/T698.44, Modbus, DL/T698.45, DL/T645, Q/GDW1376.2, Q/GDW1376.3 and the like.
The power supply and the power supply influence test simulate the test contents of items such as power supply phase failure, power supply fluctuation, backup power supply and the like according to the field working condition by controlling the three-phase power supply.
The utility model provides an automatic detection platform still includes the relevant content that detects the business management in the testing process. The detection service management specifically includes: detection project management, detection case management and statistical analysis management.
Wherein, detecting project management includes: supporting new construction and modification of detection projects; supporting the addition and deletion of detection items; supporting the addition, deletion and modification of test groups; configuration and detection parameter modification and criterion are supported; and single step/sequence execution detection items are supported, and detection data and detection results are automatically refreshed and stored. The detection case management comprises the following steps: the method supports the operations of detecting new creation, deletion, updating and the like of the item information; the loading and the rapid distribution of the detection cases generated according to the history items are supported; and the user-defined maintenance configuration is supported, and the expansion and the updating can be flexibly realized according to the user requirements. The statistical analysis management comprises the following steps: historical detection records can be inquired, reports can be exported, and archiving management can be carried out; analysis results can be automatically analyzed and derived according to parameters such as manufacturers, detection batches, time periods, equipment types, detection results, detection schemes and the like; the data such as the number of detection stations per day, the qualification rate, the number of detection schemes, the average detection duration of single equipment and the like can be automatically counted; the device manufacturers can be ranked and counted according to different dimensions.
To sum up, the utility model provides an intelligent integration terminal automated inspection platform has following advantage:
1. multiple tests are carried out, and flexible expansion is realized;
one console can simultaneously test a plurality of devices, and if special requirements exist, the space can be increased for expansion;
2. the test cases are flexibly configured, and integrated multi-scheme test can be realized;
test items can be configured according to different task requirements, test cases among equipment are mutually independent and do not interfere with each other, and an integrated multi-scheme test can be realized;
3. the operation is simple, and the test is fully automatic;
after the test case is determined, the test is carried out automatically by starting with one key, and the test device is convenient to operate and powerful in function.
The above description is only for the preferred embodiment of the present invention, and is not intended to limit the present invention, and any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention should be included within the protection scope of the present invention.
Claims (9)
1. An automatic detection platform of an intelligent fusion terminal is characterized by comprising a control console, a main test rack and at least one auxiliary test rack;
the main test frame and the auxiliary test frame are connected with the control console, and the main test frame and the auxiliary test frame are both connected with a plurality of intelligent fusion terminals for detection;
the main test frame and each auxiliary test frame work independently to complete multiple detection functions.
2. The intelligent fusion terminal automatic detection platform of claim 1, wherein the console comprises a test master station, an encryption processor, a communication device and a code scanning gun;
the encryption processor is connected with the test main station, one end of the communication equipment is connected with the test main station, the other end of the communication equipment is connected with the intelligent integration terminal, one end of the code scanning gun is connected with the test main station, and the other end of the code scanning gun is connected with the intelligent integration terminal for scanning codes.
3. The intelligent convergence terminal automatic detection platform of claim 1, wherein the main test rack and the auxiliary test rack each comprise: the intelligent integrated terminal comprises a three-phase power source, a first communication interface, an encryption chip and a three-phase standard meter, wherein the three-phase power source, the first communication interface and the encryption chip are connected with the intelligent integrated terminal, and the three-phase standard meter is connected with the three-phase power source.
4. The automatic detection platform of the intelligent convergence terminal according to claim 3, wherein the intelligent convergence terminal comprises an alternating current analog input port, a communication interface test port, an encryption test input/output port and a communication interface II, the alternating current analog input port is connected with the three-phase power source, the communication interface test port is connected with the communication interface I, the encryption test input/output port is connected with the encryption chip, and the communication interface II is connected with the communication equipment of the console.
5. The intelligent convergence terminal automatic detection platform of claim 4, wherein the intelligent convergence terminal further comprises a platform software test port, and the platform software test port is connected with a platform system.
6. The automatic detection platform of the intelligent convergence terminal according to claim 1, wherein analog quantity loop state indicator lamps are arranged on the main test rack and the auxiliary test rack, and when an analog quantity loop has an output, the analog quantity loop state indicator lamps are red, highlighted and twinkled, otherwise the analog quantity loop state indicator lamps are extinguished.
7. The automatic detection platform for the intelligent fusion terminals according to claim 1, wherein the main test rack and the auxiliary test rack are 8 epitope test racks, and can be connected with 8 intelligent fusion terminals for detection.
8. The intelligent fusion terminal automatic detection platform according to claim 1, wherein each test site of the main test rack and the auxiliary test rack is provided with a test status indicator light, and different display statuses of the test status indicator lights are respectively used for indicating: the test is in progress, the test is qualified, the test is unqualified, and the test is not in progress.
9. The intelligent converged terminal automated inspection platform of claim 1, wherein the plurality of inspection functions comprise: the system comprises a system platform test, an electrical performance test, a power distribution service function test, a communication and communication protocol test and a power supply and power supply influence test.
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| CN202021378376.3U CN212726566U (en) | 2020-07-14 | 2020-07-14 | Intelligent fusion terminal automatic detection platform |
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Address after: 102206 603a, building 6, 97 Changping Road, Shahe Town, Changping District, Beijing Patentee after: Beijing Sanqing Internet Technology Co.,Ltd. Address before: 102206 603a, building 6, 97 Changping Road, Shahe Town, Changping District, Beijing Patentee before: BEIJING SAN QING HU LIAN TECHNOLOGY LTD. |