CN102788953B - Switch execution module testing method and device - Google Patents
Switch execution module testing method and device Download PDFInfo
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- CN102788953B CN102788953B CN201210243819.1A CN201210243819A CN102788953B CN 102788953 B CN102788953 B CN 102788953B CN 201210243819 A CN201210243819 A CN 201210243819A CN 102788953 B CN102788953 B CN 102788953B
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Abstract
The invention relates to a switch execution module testing device, which comprises a switch execution module, a control part, an intelligent testing software module, a controlled circuit, power metering equipment, a working circuit access configuration module, a testing data point configuration module, a power metering equipment access configuration module, a switch execution module testing flow configuration module, a data retention and comparison module and a testing report output module, wherein the switch execution module and the power metering equipment comprise communication devices; and the intelligent testing software module comprises a communication protocol. The invention provides a simple, easy and high-efficiency automatic testing method and a device for power and electronic industries. According to a preset testing flow of the switch execution module, the intelligent testing software module issues a corresponding command to the switch execution module to control the closing and the opening of the controlled circuit, the current values of power parameters in the controlled circuit are obtained through data exchange between the intelligent testing software module and the power metering equipment in the controlled circuit, and finally whether the current values are compliant with expected values or not are detected.
Description
Technical field
The present invention relates to electric power relevant industries and the fields such as power electronics, Smart Home, intelligent building.
Background technology
Switch execution module application is very wide, can be applicable to the electric power relevant industries such as electric system, Smart Home, intelligent building, and electric power related system is applied to the every field in daily life, along with the demand of switch execution module is growing, invent a set of simple, easy-to-use switch execution module method of testing significant with device.For traditional manual or auxiliary hand-operating test, press testing procedure manual control work loop, wait for a general time delay, and need during this period manually from many line informations, to filter out desired data, and to manually check the relevant data value of Application of Power Metering Instruments, also need in test report, fill in a series of data, the work that this is inefficiency, easily make mistakes, consumes resources is large.For solving above defect, the present invention can improve the work efficiency of production line greatly, and the burden reducing a staff and error rate, reduce production costs.
Summary of the invention
The present invention proposes a kind of switch execution module method of testing and device, the present invention realizes the automatic test to single channel or multi-way switch execution module in conjunction with Application of Power Metering Instruments.
Core concept of the present invention is: take intelligent test software module as basis, access the Application of Power Metering Instruments such as single channel or multiple power instrument or electric power protection and realize in the controlled loop of switch execution module.The present invention presses the testing process of switch execution module, work loop to switch execution module sends corresponding instruction respectively, control the switching of controlled loop, by the Application of Power Metering Instruments in above-mentioned intelligent test software module and controlled loop, carry out exchanges data, obtain in controlled branch road parameters of electric power value and judge whether this value is desired value, the test of current step is passed through in this way, on the contrary test crash.
Technical scheme of the present invention is: a kind of switch execution module proving installation, comprises switch execution module, control assembly and intelligent test software module, controlled loop and Application of Power Metering Instruments; Work loop access configuration module, test data point configuration module, Application of Power Metering Instruments access configuration module, switch execution module testing process configuration module, data keep and data comparison module, test report output module:
Described switch execution module, Application of Power Metering Instruments comprises communicator; Intelligent test software module comprises communications protocol,
Described switch execution module is connected with intelligent test software module with described control assembly by communicator; Described electric-power metering module is connected with intelligent test software module with described control assembly by communicator; The communication protocol of described intelligent test software module, for and described switch execution module and described Application of Power Metering Instruments between exchanges data;
The communicator of described switch execution module, for receiving the operational order from described intelligent test software module, and is sent to described intelligent test software module by the operating result of described switch execution module and status information;
The communicator of described Application of Power Metering Instruments, for receiving the instruction from described intelligent test software module, and is sent to described intelligent test software module by the data of described Application of Power Metering Instruments; Described Application of Power Metering Instruments access device, for configuring connection attribute and the parameter between described intelligent test software module and Application of Power Metering Instruments, and safeguards its connection status;
Described switch execution module comprises actuating unit, for carrying out the instruction that acts on it;
Described work loop access configuration module, for configuring connection attribute and the parameter between described intelligent test software module and work loop, and safeguards its connection status;
Described test data point configuration module, for configuring addressing relation and the data message between the data point of switch execution module on described intelligent test software module and work loop;
Described switch execution module testing process configuration module, for testing procedure and the flow process of deploy switch execution module, and the data that wherein relate to are stored, are obtained, details relatively;
Described data keep and data comparison module, for to the storage of data and the operation such as relatively, and provide the result of data manipulation;
Described test report output module, for exporting related data information and the final testing result of test process.
Described switch execution module is single channel or multi-way switch execution module.
Described Application of Power Metering Instruments comprises the function of measuring of single channel or multiple power parameter.
Comprise switch execution module, intelligent test software module, controlled loop and Application of Power Metering Instruments, its step comprises:
Step 40: under the instruction of intelligent test software module, carry out the addressing relation of switch execution module data point, the configuration of data message, and be stored in data storage device;
Step 41: the testing process of deploy switch execution module, the details of related test parameter, supplemental characteristic operation, data comparison, delay time etc. in each testing procedure, and be stored in data storage device;
Step 42: configuration effort loop access information, and cut-in operation loop;
Step 43: configuration Application of Power Metering Instruments access information, and access Application of Power Metering Instruments communication line;
Step 44: monitor current state and the data message of equipment on work loop, monitor the electric power data information of Application of Power Metering Instruments, and be stored in data hold;
Step 45: the configuration information by step 41, carry out the test of each link of switch execution module, and carry out data access and data comparison, draw test result.
Comprise switch execution module, intelligent test software module, controlled loop and Application of Power Metering Instruments, its step 41 further comprises:
Step 50: the tested general branch way of deploy switch execution module;
Step 51: the test data point that each branch road of deploy switch execution module is relevant and the data parameters of Application of Power Metering Instruments point;
Step 52: configure each branch road and be in parameters of electric power expectation value under connected state and the delay time of each testing procedure.
Comprise switch execution module, intelligent test software module, controlled loop and Application of Power Metering Instruments, its step 45 further comprises:
Step 60: described intelligent test software module sends initialization directive to all branch roads of switch execution module;
Step 61: obtain parameter and data message that next testing procedure is relevant;
Step 62: send instruction to switch execution module by the data of current testing procedure, after waiting for the delay time configuring, obtain the parameters of electric power of Application of Power Metering Instruments, judge whether it is desired value, if test, successfully enter step 63, otherwise test crash enters step 64;
Step 63: if all paths have all been tested and entered step 65, enter step 62 otherwise obtain next road parameter;
Step 64: show that test result is test crash;
Step 65: show that test result is to test successfully.
The present invention uses intelligent test software module; by sending instructions to the order circuit of switch execution module, control controlled loop; controlled loop will produce the effect of disconnection, closure; in controlled loop, access Application of Power Metering Instruments; in experiment embodiment of the present invention, adopt electric protection device, by gathering the parameters of electric power data of this equipment, determine whether controlled loop is communicated with, if parameters of electric power is desired value; switch execution module is controlled successfully, otherwise is unsuccessfully.The test of each branch road of single channel or multi-way switch execution module is success all, and whole test result is successfully, otherwise is unsuccessfully.
The invention has the beneficial effects as follows: the present invention be take intelligent test software module as basis, by accessing the detection that Application of Power Metering Instruments realizes controlled loop in the controlled loop at switch execution module, thereby reaches the object of Test Switchboard execution module.The present invention presses the predetermined testing process of switch execution module, by intelligent test software module, to switch execution module, issue the switching that controlled loop is controlled in corresponding instruction, by the exchanges data of Application of Power Metering Instruments in intelligent test software module and controlled loop, obtain again the currency of parameters of electric power in controlled loop, whether detect currency conforms to expectation value, current testing procedure success in this way, otherwise test crash.The present invention has brought simple, easy-to-use, efficient automated testing method and device to power electronics industry.Brought simple, easy-to-use, efficient automated testing method and device to power electronics industry.The present invention be take intelligent test software module as basis, by accessing the detection that Application of Power Metering Instruments realizes controlled loop in the controlled loop at switch execution module, thereby reaches the object of Test Switchboard execution module.
Accompanying drawing explanation
Fig. 1 is switch execution module method of testing and system structure of device figure;
Fig. 2 is switch execution module method of testing overview flow chart;
Fig. 3 is switch execution module method of testing details process flow diagram;
Fig. 4 is controlled loop circuit diagram.
Embodiment
Below with reference to accompanying drawing, in conjunction with example, the present invention will be further described:
The present invention detects the real-time status of controlled loop by access Application of Power Metering Instruments in controlled loop, combined with intelligent testing software module, to the control of switch execution module and the exchanges data to Application of Power Metering Instruments, reaches the object of operation and supervision switch execution module.Intelligent test software module is by relatively the currency of Application of Power Metering Instruments and the actual value of configuration compare to judge whether switch execution module is controlled successful.
Fig. 1 is switch execution module method of testing and system structure of device figure, and intelligent test software module, switch execution module and working power are connected by the loop of working, and switch execution module, controlled loop power supply, Application of Power Metering Instruments are connected by controlled loop.Communication between intelligent test software module and switch execution module is maintained by communication loop 1, and communicating by letter between intelligent test software module and Application of Power Metering Instruments maintained by communication loop 2.
Fig. 2 is switch execution module method of testing overview flow chart, and intelligent test software module has been to implement the core component of testing procedure, can carry out a series of relevant configuration efforts, so that test job can be carried out smoothly in this software module.Comprise: the addressing relation of data point, data attribute information between Configuration module and switch execution module; The idiographic flow step details of configuration testing, and the data point relating in each step, and the needed delay time of step; The relevant information of configuration effort loop access; The relevant information of configuration Application of Power Metering Instruments communication loop etc.After having configured, each parts and intelligent test software module are established a connection, with preparation instruction transmission, exchanges data.
Fig. 3 has described the detail section of switch execution module: after test macro is set up with device, first switch execution module is carried out to initial work, again the testing procedure of configuration is analyzed, testing procedure is translated as to the operational order of switch execution module and the data command of Application of Power Metering Instruments etc.According to the pre-arranged procedure, send instructions to switch execution module, obtain the specified electric-power metering instrumented data of configuration and itself and desired value are compared, if both conform to, judge that current step tests successfully.If all testing procedure tests all successful test result are successfully, otherwise are unsuccessfully.
Claims (6)
1. a switch execution module proving installation, is characterized in that:
Comprise switch execution module, control assembly and intelligent test software module, controlled loop and Application of Power Metering Instruments, work loop access configuration module, test data point configuration module, Application of Power Metering Instruments access configuration module, switch execution module testing process configuration module, data keep and data comparison module, test report output module;
Described switch execution module, Application of Power Metering Instruments comprises communicator; Intelligent test software module comprises communications protocol;
The communicator that described switch execution module is provided with by it is connected with intelligent test software module with described control assembly;
Application of Power Metering Instruments is connected with intelligent test software module with described control assembly by the communicator being provided with;
The communication protocol of described intelligent test software module, for and described switch execution module and described Application of Power Metering Instruments between exchanges data;
The communicator of described switch execution module, for receiving the operational order from described intelligent test software module, and is sent to described intelligent test software module by the operating result of described switch execution module and status information;
The communicator of described Application of Power Metering Instruments, for receiving the instruction from described intelligent test software module, and is sent to described intelligent test software module by the data of described Application of Power Metering Instruments; Be provided with Application of Power Metering Instruments access configuration module, for configuring connection attribute and the parameter between described intelligent test software module and Application of Power Metering Instruments, and safeguard its connection status;
Described switch execution module comprises actuating unit, for carrying out the instruction that acts on it;
Described work loop access configuration module, for configuring connection attribute and the parameter between described intelligent test software module and work loop, and safeguards its connection status;
Described test data point configuration module, for configuring addressing relation and the data message between the data point of switch execution module on described intelligent test software module and work loop;
Described switch execution module testing process configuration module, for testing procedure and the flow process of deploy switch execution module, and the data that wherein relate to are stored, are obtained, details relatively;
Described data keep and data comparison module, for to the storage of data and the operation such as relatively, and provide the result of data manipulation;
Described test report output module, for exporting related data information and the final testing result of test process.
2. switch execution module proving installation according to claim 1, is characterized in that: described switch execution module is single channel or multi-way switch execution module.
3. switch execution module proving installation according to claim 1, is characterized in that: described Application of Power Metering Instruments comprises the function of measuring of single channel or multiple power parameter.
4. utilize the switch execution module proving installation described in claim 1 to carry out a switch execution module method of testing, it is characterized in that: its step comprises:
Step 40: under the instruction of intelligent test software module, carry out the addressing relation of switch execution module data point, the configuration of data message, and be stored in data storage device;
Step 41: the testing process of deploy switch execution module, the details of related test parameter, supplemental characteristic operation, data comparison, delay time etc. in each testing procedure, and be stored in data storage device;
Step 42: configuration effort loop access information, and cut-in operation loop;
Step 43: configuration Application of Power Metering Instruments access information, and access Application of Power Metering Instruments communication line;
Step 44: monitor current state and the data message of equipment on work loop, monitor the electric power data information of Application of Power Metering Instruments, and be stored in data hold;
Step 45: the configuration information by step 41, carry out the test of each link of switch execution module, and carry out data access and data comparison, draw test result.
5. switch execution module method of testing according to claim 4, is characterized in that: step 41 comprises:
Step 50: the tested general branch way of deploy switch execution module;
Step 51: the test data point that each branch road of deploy switch execution module is relevant and the data parameters of Application of Power Metering Instruments point;
Step 52: configure each branch road and be in parameters of electric power expectation value under connected state and the delay time of each testing procedure.
6. switch execution module method of testing according to claim 5, its characterization step 45 further comprises:
Step 60: described intelligent test software module sends initialization directive to all branch roads of switch execution module;
Step 61: obtain parameter and data message that next testing procedure is relevant;
Step 62: send instruction to switch execution module by the data of current testing procedure, after waiting for the delay time configuring, obtain the parameters of electric power of Application of Power Metering Instruments, judge whether it is desired value, if test, successfully enter step 63, otherwise test crash enters step 64;
Step 63: if all paths have all been tested and entered step 65, enter step 62 otherwise obtain next road parameter;
Step 64: show that test result is test crash;
Step 65: show that test result is to test successfully.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210243819.1A CN102788953B (en) | 2012-07-16 | 2012-07-16 | Switch execution module testing method and device |
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| CN201210243819.1A CN102788953B (en) | 2012-07-16 | 2012-07-16 | Switch execution module testing method and device |
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| CN102788953B true CN102788953B (en) | 2014-08-20 |
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