CN102183737A - Multi-channel and multi-parameter automatic verification system and automatic verification method - Google Patents
Multi-channel and multi-parameter automatic verification system and automatic verification method Download PDFInfo
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Abstract
The invention discloses a multi-channel and multi-parameter automatic verification system and an automatic verification method, wherein the system comprises at least one verification apparatus connected with a to-be-verified instrument and a computer connected with these verification apparatuses; the verification apparatus further comprises a first communication interface communicating with the computer, a signal measurement unit, a signal output unit, a switch unit and a controller; the controller is connected with the first communication interface, the signal measurement unit and the signal output unit respectively and used for interacting with the computer so as to control the verification apparatus; the controller can control switch of the switch unit, data input of the signal output unit and measurement data transfer of the signal measurement unit; compared with the prior art, the invention can realize multi-channel and multi-parameter automatic verification for the to-be-verified instrument only by connecting the verification apparatus to the verified instrument for only one time; and the wire connecting way of the verification apparatus and the verified instrument can be configured.
Description
Technical field
The invention belongs to electrical measuring instrument calibrating technology category, particularly a kind of hyperchannel multiparameter automatic verification system and automatic Verification method.
Background technology
In order to make reliable, the safe operation of industrial processes,, need test instrumentation used in the production run is carried out regular calibrating according to the relevant vertification regulation of industry and the requirement of national measurement Law.Simultaneously various test instrumentations are aborning in order to guarantee that it meets the requirements, and also must demarcate and check it, make it meet the requirement of product standard.
Along with development of semiconductor, the function of present test instrumentation is gradually become strong, for electrical measuring instrument, its port number also constantly increases, 8 ~ 16 tunnel inputs have become conventional instrument, the multi-functional input characteristics of measuring passage simultaneously also becomes standard configuration, therefore will demarcate, examine and determine all passages, all input function characteristics just to become very complicated in production, verification process.
At present instrument is examined and determine, generally adopt artificial mode, adopt the signal instrument manually each passage of instrument, each signal type to be detected, time-consuming like this effort again, and the error rate height, the data sheet of calibrating is manually finished again, and verification result is subjected to artificial influence big.Also have and to produce for the instrument of function singleness that often shipment amount is bigger, mostly be to adopt large-scale production, enhancing productivity, to reduce production costs, and the demarcation of this instrument, calibrating often become the bottleneck of large-scale production.
China's application number be 200810063046.2 patent disclosure a kind of hyperchannel multiparameter electrical measuring instrument verification system and full-automatic calibration method, it adopts the combination of tester and PLC to realize the switching of passage; But it also has problems, such as the words of the switching that realizes 32 passages as 2 line systems, PLC needs 64 relay outputs, as 4 lines, then need 128 relay outputs, so big PLC cost is the door leaf not, and the relay of PLC is not useable for resistance measurement or output function, can't satisfy the requirement of resistance high-acruracy survey because of contact resistance through PLC repeat circuit contact, so adopting application number for curtage is that the method mentioned in 200810063046.2 the patent is perhaps feasible, but can't meet the demands for resistance.Also have for present tester on the market, the output of its electric current, voltage, resistance or measurement are made up of different terminals, for multi-functional instrument, the method of its wiring of difference of input signal types is also different, can only be used for the calibrating of single signal type so application number is the method mentioned in 200810063046.2 the patent, still need artificial rewiring to finish for the calibrating of multiple unlike signal type.
That is, during existing instrument calibration, there is following defective:
At first: existing instrument calibration method only is fit to single signal type calibrating, can not be suitable for the calibrating of many signal types, does not have the versatility of instrument calibration.
Secondly: be output as single data after the existing instrument calibration method calibrating, can not form complete data sheet file, more can not form the data sheet file that the user sets form, use inconvenience, can not offer help for subsequent operation.
Once more, the calibrating of the inapplicable hyperchannel multiparameter of existing instrument calibration method is artificial calibrating more for a long time, and efficient is extremely low.
Summary of the invention
At the disadvantage of prior art, first purpose of the present invention is to provide a kind of hyperchannel multiparameter automatic Verification method, to solve the technical matters that existing hyperchannel multiparameter can not realize automatic Verification.
Second purpose of the present invention is to provide a kind of hyperchannel multiparameter automatic verification system, to solve the technical matters that existing hyperchannel multiparameter can not realize automatic Verification.
A kind of hyperchannel multiparameter automatic verification system comprises and at least one calibration equipment that is connected by the calibrating instrument, the computing machine that is connected with those calibration equipments, wherein,
Described each calibration equipment further comprises:
First communication interface with compunication;
Signal measurement unit is used for being measured by the various electric signal on the calibrating instrument;
Signal output unit is used for output valve is inputed to by the corresponding passage of calibrating instrument;
Switch switching unit is used for being carried out the switching of different passages by the calibrating instrument according to predefined wiring requirement;
Controller, connect first communication interface, signal measurement unit and signal output unit respectively, be used for mutual work: comprise the switching of gauge tap switch unit, the data input of signal output unit, the forwarding of signal measurement unit measurement data with control verification equipment with computing machine;
Described computing machine further comprises:
Second communication interface of communicating by letter with calibration equipment, and:
Storage unit: be used for storage calibrating data sheet;
The calibrating procedure controller, communicate by first communication interface and second communication interface respectively with controller, be used for carrying out the formulation of verification step according to the calibrating data sheet, the relation of retrieval calibrating data sheet and verification step, and starting calibrating back forms new calibrating data sheet.
Preferably, the calibrating procedure controller further comprises:
Calibrating input data configuration control module is used for the input data of the signal output unit of calibration equipment are carried out configuration,
Wiring configuration control module, the wiring information when being used for each the signal calibrating of each passage is controlled;
The verification step control module is used for setting and control verification process verification step;
Calibrating output data control module is used for the various signals that the received signal measuring unit is measured, and examines and determine data sheet output according to predefined form.
Preferably, storage unit also comprises:
Record form storage unit is used to store user-defined calibrating statement form;
Record form control module, be used for user-defined calibrating statement form is formed the calibrating data sheet: the wiring information in the content of setting up described calibrating data sheet and the wiring configuration control module related, set up the related of wiring information and the verification step of calibrating in the control module, set up the related of calibrating input data in calibrating input data and the configuration control module, and set up the calibrating output data and examine and determine the related of output data in the control module.
Preferably, described first communication interface and second communication interface be following at least one of them: serial ports, Ethernet, USB or wireless communication interface.
Preferably, computing machine also comprises with the user and carries out mutual user interaction unit, is used to receive the user and imports various configuration datas and demonstration calibrating data sheet to described user.
A kind of hyperchannel multiparameter automatic Verification method may further comprise the steps:
Preestablish verification step, calibrating input data and calibrating output data, and set up the association between verification step, the calibrating input data;
Wiring information when setting each the signal calibrating of each passage;
Calibration equipment is examined and determine test instrumentation according to predefined calibrating input data, verification step, and verification result formed complete calibrating data sheet, described calibrating further comprises: utilize the signal output unit on the calibration equipment that predefined calibrating input data are inputed in the corresponding passage of test instrumentation; Utilize the switch switching unit on the calibration equipment to carry out the switch switching, utilize the signal measurement unit on the calibrating set device that the electric signal of each passage on the test instrumentation is measured, form the calibrating data sheet according to predefined wiring information.
Preferably, receive the custom data statement form;
Input data to the signal output unit of calibration equipment are carried out configuration: the record of user's input with import data and carry out related.
Wiring information when preferably, setting each the signal calibrating of each passage further comprises:
Support the switching between a plurality of channel signals, it comprises calibration equipment address, wiring passage, the mode of connection, signal type, inputs or outputs mode;
After the intact above parameter of configuration, preserve into wiring configuration file.
Preferably, the method for formation wiring configuration file comprises: design the profile template of a signalling channel switching flow, and select for use common ini file to carry out the content tissue; A flow process is made up of two passages, a passage is used for output signal, and a passage is used for measuring-signal, signalling channel switching flow of every establishment, automatically duplicate a template file, and the data of organizing are write in the corresponding position of file successively preserve.
Compared with prior art, beneficial effect of the present invention is as follows:
The first, the present invention does not pass through PLC to directly being gone to connect by the calibrating instrument with calibration equipment by the measurement of calibrating instrument, so it not only can satisfy the measurement requirement of voltage, electric current, it also can satisfy the requirement of resistance high-acruracy survey.
The second, the present invention can carry out automatic Verification according to custom data form form, and can form complete calibrating data sheet; And the self check constant current journey of its setting is configurable.
The 3rd, calibration equipment of the present invention includes switch switching unit, by the controller gauge tap switch unit of this calibration equipment inside, can realize calibration equipment and the multiple connected mode of being examined and determine instrument; So the present invention just can realize the automatic Verification of the hyperchannel multiparameter of test instrumentation only by the wiring of calibration equipment and test instrumentation, and the mode of connection of itself and test instrumentation is configurable.
Description of drawings
Fig. 1 is the structural representation of 1 one kinds of hyperchannel multiparameters of embodiment of the invention automatic verification system;
Fig. 2 is the structural representation of the embodiment of the invention 1 calibration equipment;
Fig. 3 is that the embodiment of the invention 1 calibrating software uses process flow diagram;
Fig. 4 is the sketch map of wanting of the embodiment of the invention 1 calibration equipment wiring configuration;
Fig. 5 is the sketch map of wanting of the embodiment of the invention 1 calibrating data file;
Fig. 6 is the structural representation of 3 one kinds of hyperchannel multiparameters of embodiment of the invention automatic verification system.
Embodiment
The present invention is described further with specific embodiment in conjunction with the accompanying drawings in the below:
Embodiment 1
As Fig. 1, a kind of hyperchannel multiparameter automatic verification system comprises that one has the calibration equipment 2 of first communication interface, the computing machine 1 of configuration second communication interface; Here, the second communication interface is a multi-serial-port card.Computing machine 1 links to each other with first communication interface of calibration equipment 2 through multi-serial-port card; Calibration equipment 2 is examined and determine instrument 3 with several and is connected.Computing machine 1 comprises drive software and self check software, and it is used for calibration equipment 2 and computing machine 1 communicates, and is used for being carried out self check constant current journeys by calibrating instrument 3.
As Fig. 2, calibration equipment 2 comprises: controller 24, signal measurement unit 21, signal output unit 23, switch switching unit 22, first communication interface 25; The controller 24 here is a CPU.Wherein, signal measurement unit 21, signal output unit 23, signaling switch switch unit 22, first communication interface 25 all are connected with controller 24, be used for mutual work: comprise the switching of gauge tap switch unit 22, the data input of signal output unit 23, the forwarding of signal measurement unit 21 measurement data with control verification equipment 2 with computing machine 1.And signal measurement unit 21 is connected with signaling switch switch unit 22; Signal output unit 23 is connected with signaling switch switch unit 22; Communication unit 25 includes communication interface, and its communication interface can be following medium, but is not limited to these media: serial ports, Ethernet, USB or wireless communication interface.
Wherein, signal measurement unit 21 is finished the measurement to various electric signal; Signal output unit 23 is finished the output to various electric signal; First communication interface 25 is main realizes the communications of calibration equipments 2 and computing machine 1, the operational order of accepting computing machine 1 simultaneously with calibration equipment 2 give computing machine 1 for information about, as actual measured value, output valve etc.
In the present embodiment, the quantity of calibration equipment 2 is one; During concrete enforcement, the calibration equipment that is connected with the computing machine machine can have one or more; And what be connected with a calibration equipment also can be had one or more by the calibrating instrument, and the present invention does not make qualification to this.
In the present embodiment, signaling switch switch unit 22 and controller 24 are built in 2 li of calibration equipments, and only for giving an example, when specifically implementing, signaling switch switch unit 22 and controller 24 also can be placed on calibration equipment 2.
Computing machine 1 specifically comprises: second communication interface of communicating by letter with calibration equipment, and:
Storage unit: be used for storage calibrating data sheet.
The calibrating procedure controller, communicate by first communication interface and second communication interface respectively with controller, be used for carrying out the formulation of verification step according to the calibrating data sheet, the relation of retrieval calibrating data sheet and verification step, and starting calibrating back forms new calibrating data sheet.
Above-mentioned calibrating procedure controller further comprises:
Calibrating input data configuration control module is used for the input data of the signal output unit of calibration equipment are carried out configuration,
Wiring configuration control module, the wiring information when being used for each the signal calibrating of each passage is controlled;
The verification step control module is used for setting the also verification step of control verification process;
Calibrating output data control module is used for the various signals that the received signal measuring unit is measured, and examines and determine data sheet output according to predefined form.
Said memory cells also comprises:
Record form storage unit is used to store user-defined calibrating statement form;
Record form control module, be used for user-defined calibrating statement form is formed the calibrating data sheet: the wiring information in the content of setting up described calibrating data sheet and the wiring configuration control module related, set up the related of wiring information and the verification step of calibrating in the control module, set up the related of calibrating input data in calibrating input data and the configuration control module, and set up the calibrating output data and examine and determine the related of output data in the control module.
Computing machine 1 realizes examining and determine the operation of software by above-mentioned composition.
Calibrating software related in the native system has following characteristics:
1) this software and calibration equipment carry out data interaction, and mutual interface can be following medium, but is not limited to: serial ports, Ethernet, USB or wireless communication interface;
2) pattern, the content of the calibrating data sheet that can formulate according to oneself of user are carried out configuration on this software.Software can be according to user's configuration situation, read the output signal of the data of appointed area in the calibrating data form on request as each passage of calibration equipment, automatically read the measurement data of this calibration equipment, and it is filled in the calibrating data sheet units corresponding lattice, thus automatic Verification.
In the present embodiment, being examined and determine instrument 3 is an isolated gate, and target is the error condition that will examine and determine passage 1 current measurement.
A kind of hyperchannel multiparameter automatic Verification method may further comprise the steps:
Preestablish verification step, calibrating input data and calibrating output data, and set up the association between verification step, the calibrating input data;
Wiring information when setting each the signal calibrating of each passage;
A kind of hyperchannel multiparameter automatic Verification method may further comprise the steps:
Preestablish verification step, calibrating input data and calibrating output data, and set up the association between verification step, the calibrating input data;
Wiring information when setting each the signal calibrating of each passage;
Calibration equipment is examined and determine test instrumentation according to predefined calibrating input data, verification step, and verification result formed complete calibrating data sheet, described calibrating further comprises: utilize the signal output unit on the calibration equipment that predefined calibrating input data are inputed in the corresponding passage of test instrumentation; Utilize the switch switching unit on the calibration equipment to carry out the switch switching, utilize the signal measurement unit on the calibrating set device that the electric signal of each passage on the test instrumentation is measured, form the calibrating data sheet according to predefined wiring information.
In the present embodiment, it specifically sees Fig. 3, comprises the following steps:
1) builds above-mentioned hyperchannel multiparameter automatic verification system.
2) make complete calibrating datum target form, i.e. User Defined statement form; This form gets final product with using general office software to make on the computing machine 1.Following table 1 is the corresponding calibrating of an embodiment of the invention isolated gate data sheet.Here provided the standard signal of the amplitude of two passages respectively.
3) according to 2) form, formulate mode of connection; Form the configuration file, the configuration file comprises calibrating data file key element configuration and calibration equipment wiring configuration two parts.
4) according to 3) mode of connection formulated, calibration equipment 2 and test instrumentation 3 by switch switching unit 22 measure, input, output connection.
5) test instrumentation 3 is powered on, start calibrating software; After the startup, calibrating software has the action of a search calibration equipment, if can search, then carries out following step; If the search less than, then directly release self check constant current journey.
6) the configuration file is imported calibrating software, calibrating software reads the configuration file, according to the details that the form that obtains and signalling channel are switched, determine the data, position of input and output, in proper order, time, attribute etc., promptly determine the calibrating flow process.
7) the calibrating software calibrating flow process good according to configuration, analysis bank organization data frame again, and will order accordingly by second communication interface and issue calibration equipment 2.And calibrating software carries out configuration to the input data of the signal output unit 23 of calibration equipment 2; The record of user's input carries out related with the input data.
8) calibration equipment 2 is according to the order switching signal passage of calibrating software, and to being exported accordingly and measure by calibrating instrument 3, and measurement result postbacked to computing machine 1; Here, calibration equipment 2 can come the switching signal passage by the controller 24 gauge tap switch units 22 of inside.Wherein, 2 pairs of measurement and outputs by calibrating instrument 3 of calibration equipment are finished by signal measurement unit 21 and signal output unit 23.
9) calibrating software will return the above-mentioned measurement result of coming again and be recorded in the corresponding form formation calibrating data sheet.
After finishing above-mentioned steps, withdraw from the self check flow process.
Above-mentioned calibrating data sheet cultural element configuration comprises calibration equipment wiring configuration; So the former comprises the latter calibration equipment, the latter needs first configuration, therefore will carry out calibration equipment wiring configuration earlier, examines and determine data sheet cultural element configuration again.Finish above configuration, determine errorless after, restart software begin the calibrating.
Below we introduce calibrating data sheet cultural element configuration and calibration equipment wiring configuration in detail:
Calibration equipment wiring configuration: because of calibration equipment is the hyperchannel multiparameter, realize the calibrating of the multiple parameter of a kind of mode of connection hyperchannel, its wiring must be carried out configuration, calibrating for a certain signal of certain passage, need provide concrete wiring configuration, as shown in Figure 4, its wiring configuration need comprise following content: the calibration equipment address, the wiring passage, whether the mode of connection (is free wiring, the output of the various signals of free wiring or measurement terminal are unfixed), signal type, input or output mode, as be free wiring, need provide the wiring of each concrete terminal etc.After the intact above parameter of configuration, preserve into wiring configuration file.The wiring configuration is actual to be in order to support the switching between a plurality of channel signals, so wiring configuration file also claims signalling channel switching flow file.
Implementation method for above-mentioned part: we sum up signalling channel switching flow key element, designed the profile template of a signalling channel switching flow, and select for use common ini file to carry out the content tissue, a flow process generally is made up of two passages, a passage is used for output signal, a passage is used for measuring-signal, and these two passages can belong to same calibration equipment, also can belong to two different calibration equipments respectively.Signalling channel switching flow of every establishment is the wiring configuration, and software can duplicate a template file automatically, and the data of organizing are write in the corresponding position of file successively preserves.
Calibrating data sheet cultural element configuration: as shown in Figure 5, need the cultural element of configuration to be: the sequence number of the input of tested instrument desk number, ensemble stream number of passes, signal and the relation of output, detection method, current tested instrument, the data area of current tested instrument correspondence, the flow process number of port number, each passage, the wiring flow process of the time of each flow process, zone, direction, input signal types, input area, input direction, output area, outbound course, input and output and corresponding relation, use number.The wiring flow process that it uses number is the wiring configuration numbering of preserving in the wiring configuration.
As different from Example 1, the switch switching unit 22 of present embodiment is placed on calibration equipment 1.In this case, it promptly can finish the function of embodiment 1.If it only need measure the situation of a kind of passage or a kind of parameter simultaneously, the switch switching unit that it also can be external directly makes calibration equipment and test instrumentation couple together, and test instrumentation is examined and determine.
As Fig. 6, different with embodiment 1 is that the calibration equipment here has two, first calibration equipment 21 and second calibration equipment 22; Two calibration equipments all are connected with computing machine 10 with test instrumentation 30.Wherein:
First communication interface of communicating by letter with computing machine 10;
Signal measurement unit is used for the various electric signal of test instrumentation are measured;
First switch switching unit is used for test instrumentation is carried out the switching of different passages according to predefined wiring requirement;
First controller, connect first communication interface, signal measurement unit and signal output unit respectively, be used for mutual work: comprise the switching of controlling first switch switching unit, the data input of signal output unit, the forwarding of signal measurement unit measurement data with control verification equipment with computing machine;
Second communication interface of communicating by letter with computing machine 10;
Signal output unit is used for output valve is inputed to the corresponding passage of test instrumentation; The second switch switch unit is used for test instrumentation is carried out the switching of different passages according to predefined wiring requirement;
Second controller connects second communication interface, signal output unit respectively, is used for the mutual work with control verification equipment with computing machine: comprise the switching of control second switch switch unit, the data input of signal output unit.
The 3rd communication interface of communicating by letter with calibration equipment, and;
The calibrating procedure controller, described calibrating procedure controller further comprises:
Calibrating input data configuration control module is used for the input data of the signal output unit of calibration equipment are carried out configuration,
Wiring configuration control module, the wiring information when being used for each the signal calibrating of each passage is controlled;
The verification step control module is used for setting and control verification process verification step;
Calibrating output data control module is used for the various signals that the received signal measuring unit is measured, and preserves according to predefined form.
Present embodiment is to give two calibration equipments the function of calibration equipment signal measurement among the embodiment 1 and signal output respectively.Its principle of work repeats no more here with embodiment 1.
The preferred embodiment of the present invention just is used for helping to set forth the present invention.Preferred embodiment does not have all details of detailed descriptionthe, does not limit this invention yet and only is described embodiment.Obviously, according to the content of this instructions, can make many modifications and variations.These embodiment are chosen and specifically described to this instructions, is in order to explain principle of the present invention and practical application better, thereby the technical field technician can utilize the present invention well under making.The present invention only is subjected to the restriction of claims and four corner and equivalent.
Claims (9)
1. a hyperchannel multiparameter automatic verification system is characterized in that, comprise and at least one calibration equipment that is connected by the calibrating instrument, the computing machine that is connected with those calibration equipments, wherein,
Described each calibration equipment further comprises:
First communication interface with compunication;
Signal measurement unit is used for being measured by the various electric signal on the calibrating instrument;
Signal output unit is used for output valve is inputed to by the corresponding passage of calibrating instrument;
Switch switching unit is used for being carried out the switching of different passages by the calibrating instrument according to predefined wiring requirement;
Controller, connect first communication interface, signal measurement unit and signal output unit respectively, be used for mutual work: comprise the switching of gauge tap switch unit, the data input of signal output unit, the forwarding of signal measurement unit measurement data with control verification equipment with computing machine;
Described computing machine further comprises:
Second communication interface of communicating by letter with calibration equipment, and:
Storage unit: be used for storage calibrating data sheet;
The calibrating procedure controller, communicate by first communication interface and second communication interface respectively with controller, be used for carrying out the formulation of verification step according to the calibrating data sheet, the relation of data sheet and verification step is examined and determine in retrieval, and forms new calibrating data sheet in starting calibrating back.
2. hyperchannel multiparameter automatic verification system as claimed in claim 1 is characterized in that the calibrating procedure controller further comprises:
Calibrating input data configuration control module is used for the input data of the signal output unit of calibration equipment are carried out configuration,
Wiring configuration control module, the wiring information when being used for each the signal calibrating of each passage is controlled;
The verification step control module is used for setting and control verification process verification step;
Calibrating output data control module is used for the various signals that the received signal measuring unit is measured, and examines and determine data sheet output according to predefined form.
3. hyperchannel multiparameter automatic verification system as claimed in claim 2 is characterized in that storage unit also comprises:
Record form storage unit is used to store user-defined calibrating statement form;
Record form control module, be used for user-defined calibrating statement form is formed the calibrating data sheet: the wiring information in the content of setting up described calibrating data sheet and the wiring configuration control module related, set up the related of wiring information and the verification step of calibrating in the control module, set up the related of calibrating input data in calibrating input data and the configuration control module, and set up the calibrating output data and examine and determine the related of output data in the control module.
4. hyperchannel multiparameter automatic verification system as claimed in claim 1 is characterized in that, described first communication interface and second communication interface be following at least one of them: serial ports, Ethernet, USB or wireless communication interface.
5. hyperchannel multiparameter automatic verification system as claimed in claim 1 or 2 is characterized in that, computing machine also comprises with the user and carry out mutual user interaction unit, is used to receive the user and imports various configuration datas and demonstration calibrating data sheet to described user.
6. a hyperchannel multiparameter automatic Verification method is characterized in that, may further comprise the steps:
Preestablish verification step, calibrating input data and calibrating output data, and set up the association between verification step, the calibrating input data;
Wiring information when setting each the signal calibrating of each passage;
Calibration equipment is examined and determine test instrumentation according to predefined calibrating input data, verification step, and verification result formed complete calibrating data sheet, described calibrating further comprises: utilize the signal output unit on the calibration equipment that predefined calibrating input data are inputed in the corresponding passage of test instrumentation; Utilize the switch switching unit on the calibration equipment to carry out the switch switching, utilize the signal measurement unit on the calibrating set device that the electric signal of each passage on the test instrumentation is measured, form the calibrating data sheet according to predefined wiring information.
7. method as claimed in claim 6 is characterized in that,
Receive the custom data statement form;
Input data to the signal output unit of calibration equipment are carried out configuration: the record of user's input with import data and carry out related.
8. method as claimed in claim 6 is characterized in that, the wiring information when setting each the signal calibrating of each passage further comprises:
Support the switching between a plurality of channel signals, it comprises calibration equipment address, wiring passage, the mode of connection, signal type, inputs or outputs mode;
After the intact above parameter of configuration, preserve into wiring configuration file.
9. method as claimed in claim 6 is characterized in that, the method that forms wiring configuration file comprises: design the profile template of a signalling channel switching flow, and select for use common ini file to carry out the content tissue; A flow process is made up of two passages, a passage is used for output signal, and a passage is used for measuring-signal, signalling channel switching flow of every establishment, automatically duplicate a template file, and the data of organizing are write in the corresponding position of file successively preserve.
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Application publication date: 20110914 |