CN106294893B - Automation inspection reserves the System and method for of resistance - Google Patents
Automation inspection reserves the System and method for of resistance Download PDFInfo
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- CN106294893B CN106294893B CN201510249603.XA CN201510249603A CN106294893B CN 106294893 B CN106294893 B CN 106294893B CN 201510249603 A CN201510249603 A CN 201510249603A CN 106294893 B CN106294893 B CN 106294893B
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Abstract
The present invention provides a kind of System and method for of reserved resistance of automation inspection, the system comprises: element List Generating Module, component attributes identification module, checks module and output module at nodal community identification module；The described method comprises the following steps: element List Generating Module generates all elements under all nodes from line map；The node and its functional attributes of foot position are shared in nodal community identification module recognition node with reserved resistance, and using identified node as node to be checked, is found out with the associated resistive element of node to be checked and as resistance to be checked；Component attributes identification module identifies the piece uploading attribute and functional attributes of resistance to be checked；It checks that module generates the table of comparisons according to the piece uploading attribute and functional attributes of node to be checked and resistance to be checked, and judges whether route design is consistent according to the table of comparisons；Output module outlet line designs the judging result whether being consistent.
Description
Technical field
The present invention relates to the System and method for that a kind of automation inspection reserves resistance, especially it is a kind of can avoid omitting or
The automation inspection of the risk of mistake reserves the System and method for of resistance.
Background technique
For selective foot position, different design requirements should be answered, it will usually the space of reserved adjustment setting, that is,
The space of reserved two resistance is at same foot position, and a reserved resistance is connected between shared foot position and power supply, another is pre-
Resistance is stayed to be connected between shared foot position and ground wire.There are HW strapping pin, I2C bus in of this sort foot position
Address pin and ID discrimination etc..A foot position like this, while then two resistance, on resistance or not piece uploading two selects one
Way, do function selection design, be only capable of manually seeing route one by one and to BOM (Bill Of Material) at present
The mode of table goes confirmation design either with or without problem.But the mode of this manual confirmation, it might have the wind of omission or mistake
Danger.
Summary of the invention
The main purpose of the present invention is to provide the automation inspection of a kind of avoidable omission or the risk of mistake is reserved
The System and method for of resistance.
The present invention provides a kind of system that automation inspection reserves resistance；Comprising:
Element List Generating Module is used to generate all elements under all nodes from line map；
Nodal community identification module, it is total with reserved resistance in connecting element List Generating Module and for identification node
The node and its functional attributes of foot position are enjoyed, and using identified node as node to be checked, found out and the associated electricity of node to be checked
Resistance element and as resistance to be checked；
Component attributes identification module, connecting node Attribute Recognition module, and the component attributes identification module are for knowing
The piece uploading attribute and functional attributes of resistance not to be checked；
Check module, connecting node Attribute Recognition module and component attributes identification module, and the inspection module according to
The piece uploading attribute and functional attributes of node to be checked and resistance to be checked generate the table of comparisons, and whether judge route design according to the table of comparisons
It is consistent；
Output module, connection checks module, and the output module designs the judgement whether being consistent for outlet line
As a result.
Particularly, the system that the automation inspection reserves resistance further includes an input interface, to receive BOM table
Bill of materials checks that module is made comparisons according to the table of comparisons with the BOM table that input interface inputs, and reserves electricity to obtain in route design
The judging result whether the piece uploading resistance of resistance is consistent with the resistance in BOM table.
Particularly, the output module is display, and the judgment result displays of module will be checked by way of prompting frame
In on display.
Particularly, the output module is display, and the judgment result displays of module will be checked by way of file
In on display.
Particularly, the functional attributes of the node to be checked and resistance to be checked include pull-up attribute or drop-down attribute, section to be checked
The functional attributes of point and the resistance to be checked of the corresponding associated piece uploading of node to be checked correspond.
The present invention also provides a kind of methods that automation inspection reserves resistance, pass through the reserved electricity of the automation inspection
The system of resistance is reached；And the automation inspection reserve resistance method the following steps are included:
Step 10: element List Generating Module generates all elements under all nodes from line map；
Step 20: sharing the node and its function category of foot position in nodal community identification module recognition node with reserved resistance
Property, and using identified node as node to be checked, it finds out with the associated resistive element of node to be checked and as electricity to be checked
Resistance；
Step 30: component attributes identification module identifies the piece uploading attribute and functional attributes of resistance to be checked；
Step 40: checking module according to the electricity to be checked of the functional characteristic of node to be checked and the corresponding associated piece uploading of node to be checked
The functional attributes of resistance generate the table of comparisons, design the judging result whether being consistent to obtain route；
Step 50: output module outlet line designs the judging result whether being consistent.
Particularly, the functional attributes of the node to be checked and resistance to be checked include pull-up attribute or drop-down attribute.
Particularly, the judging result being consistent is designed with route in step 40 are as follows: resistance quantity to be checked on node to be checked etc.
In 2, when the functional attributes of node to be checked are pull-up attribute, the piece uploading of one of resistance to be checked on the node to be checked, and piece uploading
Resistance to be checked is connected between node and power supply to be checked；When the functional attributes of node to be checked are drop-down attribute, the node to be checked
On the piece uploading of one of resistance to be checked, and the resistance to be checked of piece uploading is connected between node and ground wire to be checked.
Particularly, the judging result not being consistent is designed with route in step 40 are as follows: the resistance quantity to be checked on node to be checked
The resistance to be checked of piece uploading is in varying numbers in 1 in resistance to be checked not equal to 2 or on node to be checked.
Particularly, the judging result not being consistent is designed with route in step 40 are as follows: the resistance quantity to be checked on node to be checked
The resistance quantity to be checked of piece uploading is equal to 1 in resistance to be checked equal to 2 and on node to be checked, and node to be checked and corresponding node to be checked
The functional attributes of the resistance to be checked of associated piece uploading do not correspond to.
Compared with prior art, the present invention can according to the piece uploading attribute of the functional attributes of node to be checked and resistance to be checked with
The compatibility of functional attributes automatic inspection line road design, can avoid the risk of omission or mistake.In addition, may also be combined in BOM table
The information of piece uploading resistance is compared, and avoids the occurrence of the problem of not being consistent with BOM table and leading to upper wrong materials and parts.
[Detailed description of the invention]
Fig. 1 is the embodiment of the line map of the method for the reserved resistance of automation inspection through the invention.
Fig. 2 is the functional-block diagram for the system that automation inspection of the present invention reserves resistance.
Fig. 3 is the flow chart for the method that automation inspection of the present invention reserves resistance.
[specific embodiment]
Refering to Figure 1, the present invention provides a kind of system that automation inspection reserves resistance, being used to check has in advance
Determine the line map of naming rule, there is the space that can reserve adjustment setting in the line map, that is, at same node it is pre-
The space of two resistance is stayed, one of them reserved resistance is pull-up resistor, i.e. pull-up resistor is connected to power supply；Another reserved electricity
Resistance is pull down resistor, i.e. pull down resistor is connected to ground wire.Using the way of alternative by a reserved resistance piece uploading in route,
And another is reserved into resistance and carries out not piece uploading setting.The shared node of two reserved resistance can determine node by identifier
Functional attributes, for example, PU is added in nodename to be indicated: the reserved resistance for the piece uploading connecting with the node of tool PU identifier is
Pull-up resistor can meet design requirement；And PD is added in nodename to be indicated: being connect with the node of tool PD identifier upper
The reserved resistance of part is that pull down resistor can meet design requirement.
It please refers to shown in Fig. 2, the system that automation inspection of the present invention reserves resistance includes:
Element List Generating Module 100 is used to generate all elements under all nodes from line map；
Nodal community identification module 200, with reserved in connecting element List Generating Module 100 and for identification node
Resistance shares the node and its functional attributes of foot position, and using identified node as node to be checked, finds out and closes with node to be checked
The resistive element of connection and as resistance to be checked；In this present embodiment, the functional attributes of the node to be checked include that pull-up belongs to
Property or drop-down attribute, such as tool PU identifier node functional attributes be pull-up attribute；Has the function of the node of PD identifier
Attribute is drop-down attribute；
Component attributes identification module 300, connecting node Attribute Recognition module 200, and the component attributes identification module
The piece uploading attribute and functional attributes of 300 resistance to be checked for identification；In this present embodiment, the functional attributes packet of the resistance to be checked
Pull-up attribute or drop-down attribute are included, pull-up resistor and pull down resistor are represented by；Pull-up resistor is connected to node and power supply to be checked
Between；Pull down resistor is connected between node and ground wire to be checked；
Check module 400, connecting node Attribute Recognition module 200 and component attributes identification module 300, and the inspection
Module 400 generates the table of comparisons according to the piece uploading attribute and functional attributes of node to be checked and resistance to be checked, and is judged according to the table of comparisons
Whether route design is consistent；Check the resistance to be checked of the node more to be checked of module 400 and the corresponding associated piece uploading of node to be checked
Functional attributes one-to-one correspondence just meets design requirement；In this present embodiment, the inspection module 400 is also according to the table of comparisons and BOM
Table is made comparisons, to obtain the judging result reserving the piece uploading resistance of resistance in route design and whether being consistent with the resistance in BOM table；
Output module 500, connection check module 400, and the output module 500 for outlet line design whether phase
The judging result of symbol.In this present embodiment, the output module 500 is display, and module will be checked by way of prompting frame
Comparison result be shown on display；The comparison result for checking module can also be shown in display by way of file
On.
Refering to Figure 1, as follows according to the table of comparisons that Fig. 1 is generated:
| Node to be checked | Pull-up resistor | Pull down resistor |
| PU_EEPROM_A2 | R4M9 (piece uploading) | R4M6 (not piece uploading) |
| PU_EEPROM_A1 | R4M8 (piece uploading) | R4M5 (not piece uploading) |
| PD_EEPROM_A0 | R4M7 (not piece uploading) | R4M4 (piece uploading) |
| PD_EEPROM_WP | - | R4M12 (not piece uploading) |
As can be seen that there are two reserved on node PU_EEPROM_A2, PU_EEPROM_A1 and PD_EEPROM_A0 to be checked
Resistance is the way piece uploading of alternative, and the functional attributes of the functional attributes and node to be checked of the resistance to be checked of piece uploading are equal
It is consistent, for example, including PU identifier in the title of PU_EEPROM_A2, i.e. the functional attributes of expression PU_EEPROM_A2 are pull-up
Attribute, the functional attributes of R4M9 are also pull-up attribute.Therefore, node PU_EEPROM_A2, PU_EEPROM_A1 and PD_ to be checked
Route where EEPROM_A0 meets design requirement.
And only have a reserved resistance on node PD_EEPROM_WP to be checked, do not meet the resistance number to be checked on node to be checked
Amount is equal to 2 design requirement；In addition, the pull down resistor without piece uploading in route where node PD_EEPROM_WP to be checked, Bu Nengman
The functional requirement (drop-down attribute) of foot node PD_EEPROM_WP to be checked.
The system that automation inspection of the present invention reserves resistance further includes an input interface, to receive the materials of BOM table
Inventory checks that module 400 is made comparisons according to the table of comparisons with the BOM table that input interface inputs, and reserves electricity to obtain in route design
The judging result whether the piece uploading resistance of resistance is consistent with the resistance in BOM table.
The bill of materials that resistance is reserved in BOM table is as follows:
| Materials element | R4M9, R4M8, R4M4 |
As can be seen that the bill of materials for reserving resistance in the table of comparisons in the resistance to be checked with BOM table of piece uploading is consistent.
Shown in please refer to figs. 2 and 3, the present invention also provides a kind of methods that automation inspection reserves resistance, pass through institute
The system that the automation inspection stated reserves resistance is reached；And the automation inspection reserve resistance method the following steps are included:
Step 10: element List Generating Module 100 generates all elements under all nodes from line map；
Step 20: sharing the node and its function of foot position in 200 recognition node of nodal community identification module with reserved resistance
Can attribute, and using identified node as node to be checked, find out with the associated resistive element of node to be checked and as to
Examine resistance；
Step 30: component attributes identification module 300 identifies the piece uploading attribute and functional attributes of resistance to be checked；
Step 40: checking that module 400 is compareed according to node to be checked with the generation of the piece uploading attribute and functional attributes of resistance to be checked
Table, and judge whether route design is consistent according to the table of comparisons；
Step 50: 500 outlet line of output module designs the judging result whether being consistent.
In this present embodiment, the functional attributes of the node to be checked and resistance to be checked include pull-up attribute or drop-down attribute.
In this present embodiment, the judging result being consistent is designed with route in step 40 are as follows: the resistance to be checked on node to be checked
Quantity is equal to 2, the piece uploading of one of resistance to be checked on the node to be checked, when the functional attributes of node to be checked are pull-up attribute, with
The resistance to be checked of the associated piece uploading of node to be checked is connected between node and power supply to be checked, i.e., the function of corresponding resistance to be checked
Attribute is also pull-up attribute；When the functional attributes of node to be checked are drop-down attribute, with the associated piece uploading of node to be checked to
Inspection resistance is connected between node and ground wire to be checked, i.e., the functional attributes of the resistance to be checked of associated piece uploading are also drop-down attribute.
In this present embodiment, the judging result not being consistent is designed with route in step 40 are as follows: the electricity to be checked on node to be checked
The resistance to be checked for hindering piece uploading in the resistance to be checked in varying numbers on 2 or node to be checked is in varying numbers in 1.For example, with it is same to
Examining the associated resistance to be checked of node is 1 or 3；The resistance quantity to be checked of piece uploading is equal to 2 in resistance to be checked on node to be checked
It is a or 0.
In this present embodiment, the judging result not being consistent is designed with route in step 40 are as follows: the electricity to be checked on node to be checked
Hinder quantity be equal to 2 and node to be checked on resistance to be checked in piece uploading resistance quantity to be checked be equal to 1, and node to be checked with it is associated
The functional attributes of the resistance to be checked of piece uploading do not correspond to.For example, include PU in nodename, and the resistance to be checked of associated piece uploading is
Pull down resistor；It include PD in nodename, and the resistance to be checked of associated piece uploading is pull-up resistor.
The present invention can detect automatically according to the functional attributes of node to be checked and the piece uploading attribute of resistance to be checked with functional attributes
The compatibility of route design, can avoid the risk of omission or mistake.In addition, the information that may also be combined with piece uploading resistance in BOM table adds
To compare, the problem of not being consistent with BOM table and leading to upper wrong materials and parts is avoided the occurrence of.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be subject to the protection scope in claims.
Claims (10)
1. the system that a kind of automation inspection reserves resistance；It is characterised by comprising:
Element List Generating Module is used to generate all elements under all nodes from line map；
Nodal community identification module shares foot with reserved resistance in connecting element List Generating Module and for identification node
The node and its functional attributes of position, and using identified node as node to be checked, it finds out and the associated resistance member of node to be checked
Part and as resistance to be checked；
Component attributes identification module, connecting node Attribute Recognition module, and the component attributes identification module for identification to
Examine the piece uploading attribute and functional attributes of resistance；
Check module, connecting node Attribute Recognition module and component attributes identification module, and the inspection module is according to be checked
The piece uploading attribute and functional attributes of the functional attributes of node and resistance to be checked generate the table of comparisons, and according to the section to be checked in the table of comparisons
The functional attributes of point compare quantity, piece uploading attribute, functional attributes and the piece uploading quantity at least one of them of corresponding resistance to be checked with
Judge whether route design is consistent；
Output module, connection checks module, and the output module designs the judging result whether being consistent for outlet line.
2. the system that automation inspection according to claim 1 reserves resistance, it is characterised in that: the automation inspection is pre-
The system for staying resistance further includes an input interface, receiving the bill of materials of BOM table, check module according to the table of comparisons with it is defeated
The BOM table of incoming interface input is made comparisons, whether to obtain the resistance in the piece uploading resistance and BOM table of reserving resistance in route design
The judging result being consistent.
3. the system that automation inspection according to claim 1 reserves resistance, it is characterised in that: the output module is aobvious
Show device, will check the judgment result displays of module on display by way of prompting frame.
4. the system that automation inspection according to claim 1 reserves resistance, it is characterised in that: the output module is aobvious
Show device, the comparison result for checking module is shown on display by way of file.
5. automation inspection according to claim 1 reserve resistance system, it is characterised in that: the node to be checked with to
The functional attributes for examining resistance include pull-up attribute or drop-down attribute, and node to be checked is to be checked with the corresponding associated piece uploading of node to be checked
The functional attributes of resistance correspond.
6. a kind of method that automation inspection reserves resistance reserves resistance by automation inspection described in claim 1
System is reached；It is characterized in that the automation inspection reserve resistance method the following steps are included:
Step 10: element List Generating Module generates all elements under all nodes from line map；
Step 20: the node and its functional attributes of foot position are shared in nodal community identification module recognition node with reserved resistance,
And using identified node as node to be checked, find out with the associated resistive element of node to be checked and as resistance to be checked；
Step 30: component attributes identification module identifies the piece uploading attribute and functional attributes of resistance to be checked；
Step 40: checking module according to the functional attributes of node to be checked and the generation pair of the piece uploading attribute of resistance to be checked and functional attributes
The quantity for corresponding to resistance to be checked, piece uploading attribute, function category are compared according to table, and according to the functional attributes of the node to be checked in the table of comparisons
Property and piece uploading quantity at least one of them with judge route design whether be consistent；
Step 50: output module outlet line designs the judging result whether being consistent.
7. automation inspection according to claim 6 reserve resistance method, it is characterised in that: the node to be checked with to
The functional attributes for examining resistance include pull-up attribute or drop-down attribute.
8. the method that automation inspection according to claim 7 reserves resistance, it is characterised in that: set in step 40 with route
Count the judging result being consistent are as follows: the resistance quantity to be checked on node to be checked is equal to 2, when the functional attributes of node to be checked are that pull-up belongs to
When property, the piece uploading of one of resistance to be checked on the node to be checked, and the resistance to be checked of piece uploading is connected between node and power supply to be checked；
When the functional attributes of node to be checked are drop-down attribute, the piece uploading of one of resistance to be checked on the node to be checked, and piece uploading is to be checked
Resistance is connected between node and ground wire to be checked.
9. the method that automation inspection according to claim 7 reserves resistance, it is characterised in that: set in step 40 with route
Count the judging result not being consistent are as follows: in the resistance to be checked resistance to be checked in varying numbers on 2 or node to be checked on node to be checked
The resistance to be checked of piece uploading is in varying numbers in 1.
10. automation inspection according to claim 7 reserve resistance method, it is characterised in that: in step 40 with route
Design the judging result not being consistent are as follows: the resistance quantity to be checked on node to be checked is equal in the resistance to be checked on 2 and node to be checked
The resistance quantity to be checked of piece uploading is equal to 1, and the function category of node to be checked and the resistance to be checked of the corresponding associated piece uploading of node to be checked
Property does not correspond to.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510249603.XA CN106294893B (en) | 2015-05-15 | 2015-05-15 | Automation inspection reserves the System and method for of resistance |
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| CN201510249603.XA CN106294893B (en) | 2015-05-15 | 2015-05-15 | Automation inspection reserves the System and method for of resistance |
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| CN106294893B true CN106294893B (en) | 2019-05-07 |
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| CN108491586A (en) * | 2018-03-02 | 2018-09-04 | 盛科网络（苏州）有限公司 | Check the method and apparatus that resistance is repeated in printed circuit board |
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|---|---|---|---|---|
| CN2856922Y (en) * | 2006-01-18 | 2007-01-10 | 王宪法 | Whole resistance value digital code blasting machine for auto checking network |
| CN101349726A (en) * | 2007-07-17 | 2009-01-21 | 大唐移动通信设备有限公司 | Method and apparatus for malfunction detection of general-purpose input/output interface |
| CN104217042A (en) * | 2013-05-30 | 2014-12-17 | 昆达电脑科技(昆山)有限公司 | Automation multi-pull-up-resistor checking system and method |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20070199596A1 (en) * | 2005-10-18 | 2007-08-30 | Manuel Fernandez | Digital pressurization compound terminal tg6000x |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2856922Y (en) * | 2006-01-18 | 2007-01-10 | 王宪法 | Whole resistance value digital code blasting machine for auto checking network |
| CN101349726A (en) * | 2007-07-17 | 2009-01-21 | 大唐移动通信设备有限公司 | Method and apparatus for malfunction detection of general-purpose input/output interface |
| CN104217042A (en) * | 2013-05-30 | 2014-12-17 | 昆达电脑科技(昆山)有限公司 | Automation multi-pull-up-resistor checking system and method |
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