CN105319468A - A low frequency cable grouping electric performance test scheme generating method - Google Patents
A low frequency cable grouping electric performance test scheme generating method Download PDFInfo
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Abstract
The invention provides a low frequency cable grouping electric performance test scheme generating method and relates to the field of low frequency cable electric performance tests. Based on the connection relationship of electric connectors in a cable and the characteristics such as the quantity of transfer tools, the electric connectors in the cable are grouped automatically by using a certain algorithm to meet the requirement of the quantity of the transfer tools, and a grouping scheme meeting the requirement of practical operation can be generated automatically. The idea and the method of using a pair of electric connectors in a connection relationship as the minimum grouping unit are adopted, so that the problem of insufficient integrity of the conventional grouping method based on single electric connectors is solved, the tests of products of all scales can be completed with limited transfer tools, the cost of transfer tools is controlled and the effect of the product test work is guaranteed.
Description
Technical field
The present invention relates to a kind of low-frequency cable electric performance test field, particularly a kind of generation method of low-frequency cable grouping electric performance test scheme.
Background technology
Spacecraft low-frequency cable net is the visual plant of the function such as electric power conveying, command, message exchange realized between each subsystem instrument and equipment of spacecraft or uphole equipment, " blood vessel " and " neural network " in star, boat system, the quality of spacecraft low-frequency cable net quality is most important for the combination property of spacecraft, decide the success or failure of aerial mission, particularly to manned task, be related to the life of spacefarer.
Spacecraft cable is generally made up of electric connector and bundle conductor, and part spacecraft cable has fairly large, and such as the electric connector quantity of certain model satellite leader cable has exceeded 300; Whole star, ship low-frequency cable net product are made up of tens to hundreds of cables usually, both through-type cable had one to one been comprised, also the tree-shaped cable system of tens and even up to a hundred branches is comprised, the feature of these cables is exactly part specification connector enormous amount, is therefore often difficult to for such cable prepares a complete set of switching tooling.
The current testing scheme that also do not divide into groups, therefore for this product, all perform manual test by reviewer completely according to contact table, not only cause workload huge, the utilization factor of testing apparatus also cannot improve simultaneously, the effect of equipment is undesirable, becomes the huge obstacle in equipment application process.
Summary of the invention
The object of the invention is to the above-mentioned deficiency overcoming prior art, a kind of generation method that low-frequency cable divides into groups electric performance test scheme is provided, consider the characteristics such as the quantity of corresponding switching tooling according to the annexation between electric connector each in cable simultaneously, automatically electric connectors all in cable are divided into groups according to certain algorithm, make it meet the requirement of switching tooling quantity, and automatically can generate the grouping scheme meeting practical operation demand.
Above-mentioned purpose of the present invention is achieved by following technical solution:
A kind of low-frequency cable grouping electric performance test scheme generation method, comprises the steps:
Step (one), establish a connection the annexation of all pending connectors list, and connection relation list comprises top connector code name, top connector specification, terminator terminating junctor code name, terminator terminating junctor specification; And set up transit cable list, list comprises the transit cable list of transit cable specification and quantity;
Step (two), the value arranging the current line variable of pending electric connector relation list are n;
Step (three), set up one and be used for recording the specification of pending electric connector and the grouping of quantity, grouping initial value be sky;
The top connector code name of current line n and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification in the connection relation list generated in step (four), read step ();
Step (five), the top connector code name in step (four) and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification added in grouping that step (three) sets up;
Step (six), by the transit cable specification in the top connector code name of current line n in grouping and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification and transit cable list and quantitative comparison; The code name of top electric connector capable to current line n and n-1 and the specification of the specification of top electric connector, the code name of terminal electric connector and terminal electric connector judge, according to judging, dimension top electric connector quantity and terminal electric connector quantity are recorded in current group; The quantity of the corresponding specification transit cable in the top electric connector quantity of current group record and terminal electric connector quantity and cable list is contrasted, the respective numbers of specifications as all in top electric connector, the respective numbers of all specifications of terminal electric connector are all not more than the quantity of the corresponding specification transit cable in transit cable list, repeat step (four) to step (five), top connector code name capable for n+1 and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification are added this grouping and continue to judge; When the top electric connector of any one specification or the quantity of terminator terminating junctor are greater than the quantity of same size transit cable, terminate to judge, the top electric connector recorded in grouping before this current line and terminator terminating junctor are preserved, exports the code name of this grouping all tops electric connector and terminator terminating junctor;
Step (seven), repetition step (three), to step (six), obtain all cables grouping scheme.
At above-mentioned a kind of low-frequency cable grouping electric performance test scheme generation method, in step (six), first the capable code name of top electric connector of current line n and n-1 and the specification of the specification of top electric connector, the code name of terminal electric connector and terminal electric connector are judged, the code name of the top electric connector that the code name as current line n top electric connector is capable with n-1 with the specification of top electric connector is all identical with the specification of top electric connector, then top electric connector does not add in this grouping; The code name of the terminal electric connector that the code name as current line n terminal electric connector is capable with n-1 with the specification of terminal electric connector is all identical with the specification of terminal electric connector, then terminal electric connector does not add in this grouping;
The code name of the top electric connector that the code name as current line n top electric connector is capable from n-1 is different, the specification of the top electric connector that the specification of current line n top electric connector is capable with n-1 is identical, then top electric connector adds in grouping, and the top electric connector quantity of this specification adds 1; The code name of the terminal electric connector that the code name as current line n terminal electric connector is capable from n-1 is different, the specification of the terminal electric connector that the specification of current line n terminal electric connector is capable with n-1 is identical, then terminal electric connector adds in grouping, and the terminal electric connector quantity of this specification adds 1;
By the respective numbers of all specifications of top electric connector obtained after judging, the respective numbers of all specifications of terminal electric connector, compare with the quantity of the corresponding transit cable specification in transit cable list respectively, the respective numbers of specifications as all in top electric connector, the respective numbers of all specifications of terminal electric connector is all not more than the quantity of the corresponding specification transit cable in transit cable list, repeat step (four) to step (five), by top connector code name capable for n+1 and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification add this grouping and continue to judge, until when the top electric connector of any one specification or the quantity of terminator terminating junctor are greater than the quantity of same size transit cable, terminate to judge.
At above-mentioned a kind of low-frequency cable grouping electric performance test scheme generation method, in described step (two), the initial value of n is 1, n is natural number.
The present invention compared with prior art tool has the following advantages:
(1) present invention employs the scheme generation method of this cable of creative use grouping first, the process employs the mode of complete contrast, practical, grouping accuracy, integrality is high, can meet device element, cable grouping task that number of cables is large;
(2) present invention employs and will have the thought and method of a pair electric connector as minimum packets unit of annexation, solve the problem of tradition by single electric connector group technology test completeness deficiency, achieve the difficult problem that limited switching tooling completes random scale product test, both control the cost of switching tooling, in turn ensure that the effect of product test work.
Accompanying drawing explanation
Fig. 1 is that the present invention generates grouping protocol procedures figure.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail:
Be illustrated in figure 1 the present invention and generate grouping protocol procedures figure, as seen from the figure: a kind of low-frequency cable grouping electric performance test scheme generation method, comprises the steps:
Step (one), establish a connection the annexation of all pending connectors list, and connection relation list comprises top connector code name, top connector specification, terminator terminating junctor code name, terminator terminating junctor specification; And set up transit cable list, list comprises the transit cable list of transit cable specification and quantity;
Step (two), the value arranging the current line variable of pending electric connector relation list are n;
Step (three), set up one and be used for recording the specification of pending electric connector and the grouping of quantity, grouping initial value be sky;
The top connector code name of current line n and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification in the connection relation list generated in step (four), read step ();
Step (five), the top connector code name in step (four) and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification added in grouping that step (three) sets up;
Step (six), by the transit cable specification in the top connector code name of current line n in grouping and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification and transit cable list and quantitative comparison; The code name of top electric connector capable to current line n and n-1 and the specification of the specification of top electric connector, the code name of terminal electric connector and terminal electric connector judge, according to judging, dimension top electric connector quantity and terminal electric connector quantity are recorded in current group; The quantity of the corresponding specification transit cable in the top electric connector quantity of current group record and terminal electric connector quantity and cable list is contrasted, the respective numbers of specifications as all in top electric connector, the respective numbers of all specifications of terminal electric connector are all not more than the quantity of the corresponding specification transit cable in transit cable list, repeat step (four) to step (five), top connector code name capable for n+1 and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification are added this grouping and continue to judge; When the top electric connector of any one specification or the quantity of terminator terminating junctor are greater than the quantity of same size transit cable, terminate to judge, the top electric connector recorded in grouping before this current line and terminator terminating junctor are preserved, exports the code name of this grouping all tops electric connector and terminator terminating junctor;
Step (seven), repetition step (three), to step (six), obtain all cables grouping scheme.
In described step (six), first the capable code name of top electric connector of current line n and n-1 and the specification of the specification of top electric connector, the code name of terminal electric connector and terminal electric connector are judged, the code name of the top electric connector that the code name as current line n top electric connector is capable with n-1 with the specification of top electric connector is all identical with the specification of top electric connector, then top electric connector does not add in this grouping; The code name of the terminal electric connector that the code name as current line n terminal electric connector is capable with n-1 with the specification of terminal electric connector is all identical with the specification of terminal electric connector, then terminal electric connector does not add in this grouping;
The code name of the top electric connector that the code name as current line n top electric connector is capable from n-1 is different, the specification of the top electric connector that the specification of current line n top electric connector is capable with n-1 is identical, then top electric connector adds in grouping, and the top electric connector quantity of this specification adds 1; The code name of the terminal electric connector that the code name as current line n terminal electric connector is capable from n-1 is different, the specification of the terminal electric connector that the specification of current line n terminal electric connector is capable with n-1 is identical, then terminal electric connector adds in grouping, and the terminal electric connector quantity of this specification adds 1;
By the respective numbers of all specifications of top electric connector obtained after judging, the respective numbers of all specifications of terminal electric connector, compare with the quantity of the corresponding transit cable specification in transit cable list respectively, the respective numbers of specifications as all in top electric connector, the respective numbers of all specifications of terminal electric connector is all not more than the quantity of the corresponding specification transit cable in transit cable list, repeat step (four) to step (five), by top connector code name capable for n+1 and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification add this grouping and continue to judge, until when the top electric connector of any one specification or the quantity of terminator terminating junctor are greater than the quantity of same size transit cable, terminate to judge.
In described step (two), the initial value of n is 1, n is natural number.
Illustrate by way of example below and how specifically calculate and process.Following table shows the front 10 row annexations of a cable:
Form 1 annexation example
| Sequence number | Cable code name | Top code name | Top specification | Terminal code name | Terminal specification |
| 1 | ALW04002 | C201C-X5 | J14A-62TK | C601-X8 | DBMA44P |
| 2 | ALW04002 | C201C-X5 | J14A-62TK | C602-X8 | DBMA44P |
| 3 | ALW04002 | C201C-X6 | J14A-62TK | N01-X15 | DCMA37S |
| 4 | ALW04002 | C201C-X6 | J14A-62TK | N01-X16 | DCMA37P |
| 5 | ALW04002-001 | C201C-X7 | J14A-62TK | V05A-X5 | J14A-51TK |
| 6 | ALW04002-001 | C201C-X7 | J14A-62TK | V05A-X5 | J14A-51TK |
| 7 | ALW04002-001 | C201C-X7 | J14A-62TK | V05A-X6 | J14A-51TK |
| 8 | ALW04002-002 | C201C-X8 | J14A-62TK | N07A-X03 | DCMA37S |
| 9 | ALW04002-002 | C201C-X8 | J14A-62TK | N08A-X03 | DCMA37P |
| 10 | ALW04002-003 | V01A-X6 | PRC16C-7065 | N07A-X03 | DCMA37S |
Following table is the schedule of quantities of transit cable
Form 2 transit cable quantity
| Sequence number | Transit cable specification | Transit cable quantity |
| 1 | J14A-62TK | 2 |
| 2 | DBMA44P | 2 |
| 3 | DCMA37S | 1 |
| 4 | DCMA37P | 1 |
| 5 | J14A-51TK | 2 |
As seen from the figure, a kind of generation method of low-frequency cable grouping electric performance test scheme mainly comprises the following steps:
Step (one) sets up form annexation data list as shown in Table 1, totally 6 row 10 row, first is classified as sequence number, second is classified as cable code name, 3rd is classified as top electric connector code name, 4th is classified as top electric connector specification, and the 5th is classified as terminal code name, and the 6th is classified as terminal electric connector specification.Often capable corresponding one group of annexation; Set up the transit cable list of record transit cable specification and quantity simultaneously;
Step (two), the value of current line variable arranging pending electric connector relation list are n, arrange current line n=1;
Step (three), set up one and be used for recording the specification of pending electric connector and the grouping of quantity, be grouped into sky;
The top electric connector specification of current line n and terminal electric connector specification in the connection relation list generated in step (four), read step ();
Top electric connector specification in step (four) and terminal electric connector specification also add in the grouping that step (three) sets up by step (five), therefore the data in current group are { " J14A-62TK ": 1, " DBMA44P ": 1 };
Record specification and the quantity of current various electric connector in step (six), grouping, and contrast the quantity of electric connector specification and quantity and same size transit cable in current group; In current group, the quantity of two kinds of electric connectors is all less than the quantity of same size transit cable; Therefore current behavior n=2 is set, reads the second row annexation.
When reading the second row annexation, the code name of top electric connector does not change, therefore top electric connector no longer adds in grouping, and terminator terminating junctor there occurs change, therefore the specification of terminator terminating junctor is added in grouping, the data of current group become { " J14A-62TK ": 1, " DBMA44P ": 2 }, again judge, find that integrated data is still less than transit cable quantity, therefore current line n=3 is set, reads the third line data.
When reading the third line annexation, we find, the code name of top electric connector there occurs change, therefore top electric connector is needed to add in grouping, terminator terminating junctor also there occurs change, therefore the specification of terminator terminating junctor is added in grouping, the data of current group become { " J14A-62TK ": 2, " DBMA44P ": 2, " DCMA37S ": 1 }, again judge, find that integrated data is still less than transit cable quantity, therefore current line n=4 is set, reads fourth line data.
According to identical treatment principle, during process fourth line data, packet count becomes { " J14A-62TK ": 2, " DBMA44P ": 2, " DCMA37S ": 1, " DCMA37P ": 1 }; Again judge, find that integrated data is still less than transit cable quantity, therefore current line n=5 is set, read fifth line data.
During process fifth line data, integrated data becomes { " J14A-62TK ": 3, " DBMA44P ": 2, " DCMA37S ": 1, " DCMA37P ": 1, " J14A-51TK ": 1 }, this is by the comparing with transit cable, and the quantity of J14A-62TK has exceeded the quantity of transit cable, and the grouping before therefore needing using process one's own profession exports as first group of data, therefore first group of integrated data is { " C201C-X5 ", " C601-X8 ", " C602-X8 ", " C201C-X6 ", " N01-X15 ", " N01-X16 " }.
Step (seven), exported grouping after, second grouping need be set up, and current line n=5 is set, again process fifth line data.
The generation of follow-up grouping and first process of dividing into groups similar, repeat no more.The grouping scheme finally generated is:
First grouping: { " C201C-X5 ", " C601-X8 ", " C602-X8 ", " C201C-X6 ", " N01-X15 ", " N01-X16 " }
Second grouping: { " C201C-X7 ", " V05A-X5 ", " C201C-X8 ", " N07A-X03 ", " N08A-X03 " }
3rd grouping: { " V01A-X6 ", " N07A-X03 " }
Owing to being that the grouping carried out as minimum packets unit by the electric connector a pair with annexation is attempted when generating testing scheme, it is hereby ensured the integrality of each annexation in grouping, again each connector divided into groups is gathered simultaneously, can draw with connectors all in cable to gather combing consistent, can illustrate that each electric connector is obtained for test, test coverage and to be comprehensively guaranteed.Like this, after reviewer performs often group test respectively by this grouping scheme, the complete test of all products is completed the most at last.
The content be not described in detail in instructions of the present invention belongs to the known technology of those skilled in the art.
Claims (3)
1. a low-frequency cable grouping electric performance test scheme generation method, is characterized in that: comprise the steps:
Step (one), establish a connection the annexation of all pending connectors list, and connection relation list comprises top connector code name, top connector specification, terminator terminating junctor code name, terminator terminating junctor specification; And set up transit cable list, list comprises the transit cable list of transit cable specification and quantity;
Step (two), the value arranging the current line variable of pending electric connector relation list are n;
Step (three), set up one and be used for recording the specification of pending electric connector and the grouping of quantity, grouping initial value be sky;
The top connector code name of current line n and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification in the connection relation list generated in step (four), read step ();
Step (five), the top connector code name in step (four) and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification added in grouping that step (three) sets up;
Step (six), by the transit cable specification in the top connector code name of current line n in grouping and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification and transit cable list and quantitative comparison; The code name of top electric connector capable to current line n and n-1 and the specification of the specification of top electric connector, the code name of terminal electric connector and terminal electric connector judge, according to judging, dimension top electric connector quantity and terminal electric connector quantity are recorded in current group; The quantity of the corresponding specification transit cable in the top electric connector quantity of current group record and terminal electric connector quantity and cable list is contrasted, the respective numbers of specifications as all in top electric connector, the respective numbers of all specifications of terminal electric connector are all not more than the quantity of the corresponding specification transit cable in transit cable list, repeat step (four) to step (five), top connector code name capable for n+1 and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification are added this grouping and continue to judge; When the top electric connector of any one specification or the quantity of terminator terminating junctor are greater than the quantity of same size transit cable, terminate to judge, the top electric connector recorded in grouping before this current line and terminator terminating junctor are preserved, exports the code name of this grouping all tops electric connector and terminator terminating junctor;
Step (seven), repetition step (three), to step (six), obtain all cables grouping scheme.
2. a kind of low-frequency cable grouping electric performance test scheme generation method according to claim 1, it is characterized in that: in described step (six), first the capable code name of top electric connector of current line n and n-1 and the specification of the specification of top electric connector, the code name of terminal electric connector and terminal electric connector are judged, the code name of the top electric connector that the code name as current line n top electric connector is capable with n-1 with the specification of top electric connector is all identical with the specification of top electric connector, then top electric connector does not add in this grouping; The code name of the terminal electric connector that the code name as current line n terminal electric connector is capable with n-1 with the specification of terminal electric connector is all identical with the specification of terminal electric connector, then terminal electric connector does not add in this grouping;
The code name of the top electric connector that the code name as current line n top electric connector is capable from n-1 is different, the specification of the top electric connector that the specification of current line n top electric connector is capable with n-1 is identical, then top electric connector adds in grouping, and the top electric connector quantity of this specification adds 1; The code name of the terminal electric connector that the code name as current line n terminal electric connector is capable from n-1 is different, the specification of the terminal electric connector that the specification of current line n terminal electric connector is capable with n-1 is identical, then terminal electric connector adds in grouping, and the terminal electric connector quantity of this specification adds 1;
By the respective numbers of all specifications of top electric connector obtained after judging, the respective numbers of all specifications of terminal electric connector, compare with the quantity of the corresponding transit cable specification in transit cable list respectively, the respective numbers of specifications as all in top electric connector, the respective numbers of all specifications of terminal electric connector is all not more than the quantity of the corresponding specification transit cable in transit cable list, repeat step (four) to step (five), by top connector code name capable for n+1 and top electric connector specification, terminator terminating junctor code name and terminal electric connector specification add this grouping and continue to judge, until when the top electric connector of any one specification or the quantity of terminator terminating junctor are greater than the quantity of same size transit cable, terminate to judge.
3. a kind of low-frequency cable grouping electric performance test scheme generation method according to claim 1, it is characterized in that: in described step (two), the initial value of n is 1, n is natural number.
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103677815A (en) * | 2013-11-29 | 2014-03-26 | 北京卫星制造厂 | Method for generating program to automatically test electrical performance of spacecraft low-frequency cable |
| CN104392104A (en) * | 2014-10-30 | 2015-03-04 | 北京卫星制造厂 | Determination method for length and number of low-frequency cable conductors of spacecraft |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103677815A (en) * | 2013-11-29 | 2014-03-26 | 北京卫星制造厂 | Method for generating program to automatically test electrical performance of spacecraft low-frequency cable |
| CN104392104A (en) * | 2014-10-30 | 2015-03-04 | 北京卫星制造厂 | Determination method for length and number of low-frequency cable conductors of spacecraft |
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