KR101927519B1 - Apparatus for verifying circuit of vehicle and method thereof, computer program - Google Patents

Abstract

The present invention relates to an apparatus, a method and a computer program for verifying a circuitry of a vehicle. The apparatus for verifying the circuitry of a vehicle comprises: an interface unit receiving a wire list including information on the connection of wires of a vehicle, and a part number list including information on options applied to the wires; and a verification unit extracting a circuitry option to be verified from the wire list received from the interface unit, extracting a field having an option code forming the extracted circuitry option from the part number list received from the interface unit, separating the option code for each region to which a part′s specifications of the vehicle are applied to generate a part number list for each region, and then determining matching between the extracted circuitry option and option code information of the generated part number list for each region to verify whether a circuitry option for each region is constructed.

Description

Technical Field [0001] The present invention relates to an apparatus and a method for verifying a circuit of a vehicle,

The present invention relates to a circuit verification apparatus and method, and a computer program for a vehicle, and more particularly to a circuit verification apparatus and method for a vehicle that verifies the consistency between circuit information of a wire list and circuit information of a part number list will be.

Generally, after the vehicle is assembled and assembled in a factory, various test procedures are performed to verify whether the vehicle is operating normally prior to its release. In the circuit verification method for the complete vehicle of the completed vehicle, first, the basic data for circuit verification is received, the input data for verification is processed, and after the verification of the consistency of the input data is completed, Analyze the verification report.

On the other hand, in accordance with the tendency that the sales specifications are diversified according to the region where the finished vehicle is exported and the configuration of the circuit option applied to the vehicle is increased in order to satisfy the local regulations, various circuit components Has become an essential process, and careful and accurate information entry and verification must be performed.

The background art of the present invention is disclosed in Korean Patent Laid-Open Publication No. 2003-0081675 (published on October 22, 2003).

An object of one aspect of the present invention is to verify the consistency between the circuit information of the wire list and the circuit information of the part number list by comparing the part number list including the circuit option of the wire list and the option applied to the wire of the vehicle And to provide a computer program for verifying a circuit of a vehicle.

An apparatus for verifying a circuit of a vehicle according to an aspect of the present invention includes a wire list including information on connection of wires of a vehicle and an interface unit receiving a list of part numbers including information on options applied to the wires, And extracting a field having an option code constituting the extracted circuit option from a list of part numbers inputted from the interface section, extracting a part specification of the vehicle And a verifying unit for verifying the consistency between the extracted circuit option and the option code information of the generated regional area code list to verify whether the circuit option for each region is configured or not .

In the present invention, the field may include a part number, a part name for each vehicle type indicating an area to which the part specification of the vehicle is applied, the option code, and the option code information, A part number list for each region is generated using a method of converting a name into a pre-registered standard part name, generating a new part number while separating the standard part name according to a setting condition, and allocating the same option code information .

In the present invention, the interface further receives PEL (Product Equipment List) information including the parts specification of the vehicle and the option code from the user, and the verifying unit compares the circuit option and the region- And verifies whether or not the circuit option is configured according to the region based on the PEL information inputted from the interface unit, .

In the present invention, the verifying unit firstly verifies whether or not the circuit option for each region is configured by extracting a standard part name for an area in which the circuit option is not configured from the regional part number list, The standard part name for the area to which the circuit option is not applied is removed from the extracted standard part name to finally verify whether the circuit option for each area is configured.

A method of verifying a circuit of a vehicle according to an aspect of the present invention includes the steps of: receiving a list of part numbers including a verification part, a wire list including information on a connection of wires of a vehicle, Wherein the verifying unit extracts a circuit option to be verified from the wire list, and the verifying unit extracts a field having an option code constituting the extracted circuit option from the part number list, And verifying whether or not the circuit option for each region is configured by determining the consistency between the extracted option of the circuit and the option code information of the generated regional number list, And a control unit.

In the present invention, the field may include a part number, a part name for each vehicle type indicating a part to which the part specification of the vehicle is applied, the option code, and the option code information. In the step of generating the part number list for each region, The verifying unit converts a part name of a model of the extracted field into a registered standard part name, generates a new part number while separating the standard part name according to a setting condition, and allocates the same option code information And generates a list of the regional part numbers.

In the present invention, in the receiving step, the verifying unit further receives PEL (Product Equipment List) information including the parts specification of the vehicle and the option code, and in the verifying step, The circuit option is compared with the option code information of the regional part number list to firstly verify whether or not the circuit option for each region is configured. The region where the circuit option is not applied is determined based on the received PEL information, And finally verifying whether or not it is configured.

In the verifying step, the verifying unit firstly verifies whether or not the circuit option for each region is configured by extracting a standard part name for an area in which the circuit option is not configured from the list of area-specific part numbers, The standard part name of the region to which the circuit option determined based on the circuit option is not applied is removed from the extracted standard part name to finally verify whether the circuit option for each region is configured.

A computer program according to an aspect of the present invention includes a step of receiving a list of part numbers including information on a wire list including information on connection of wires of a vehicle and options applied to the wires, Extracting a field having an option code constituting the extracted circuit option from the part number list, separating the field option list according to the part specification of the vehicle, And verifying the consistency between the extracted circuit option and the option code information of the generated regional part number list to verify whether the circuit option for each region is configured.

According to one aspect of the present invention, whether or not a circuit option to be verified is separated and verified by region is determined, so that regardless of whether the circuit option is subdivided and the fabrication specification is increased, Can be extracted.

1 is a block diagram illustrating a circuit verification apparatus for a vehicle according to an embodiment of the present invention.
2 is an exemplary diagram illustrating a process of extracting a circuit option from a wire list in a circuit verification apparatus of a vehicle according to an embodiment of the present invention.
FIG. 3 and FIG. 4 are diagrams for explaining a process of generating a part number list for each region from a part number list in a circuit verification apparatus of a vehicle according to an embodiment of the present invention.
5 is an exemplary diagram for explaining a process of first verifying whether a circuit option for each region is configured in a circuit verification device of a vehicle according to an embodiment of the present invention.
6 is an exemplary diagram for explaining a process of final verification of whether or not a circuit option for each region is configured in a circuit verification device of a vehicle according to an embodiment of the present invention.
7 is a flowchart for explaining a circuit verification method of a vehicle according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an embodiment of a circuit verification apparatus and method and a computer program for a vehicle according to the present invention will be described with reference to the accompanying drawings. In this process, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation. In addition, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the intention or custom of the user, the operator. Therefore, definitions of these terms should be made based on the contents throughout this specification.

FIG. 1 is a block diagram illustrating a circuit verification apparatus for a vehicle according to an embodiment of the present invention. FIG. 2 is a circuit diagram of a circuit verification apparatus for a vehicle according to an exemplary embodiment of the present invention. FIGS. 3 and 4 are diagrams for explaining a process of generating a list of part numbers by region from the part number list in the circuit verification apparatus of the vehicle according to the embodiment of the present invention. 5 is a diagram for explaining a process of firstly verifying whether a circuit option for each region is configured in a circuit verification device of a vehicle according to an embodiment of the present invention. FIG. 4 is an exemplary diagram illustrating a process for final verification of whether or not a circuit option option is configured in a device.

Referring to FIG. 1, a circuit verification apparatus of a vehicle according to an embodiment of the present invention may include an interface unit 100 and a verification unit 200.

The interface unit 100 receives each piece of information for circuit verification in the present embodiment from a user, transfers the information to a verification unit 200 to be described later, and performs an interface function of receiving and outputting a verification result from the verification unit 200 .

In this embodiment, the information received by the interface unit 100 from the user may include a wire list, a part number list, and PEL information.

The wire list is design information for the connection of the wires designed by the designer, and includes information about the name of the connector to which each wire is connected, the pin number, and the option code indicating whether the wire is applied according to the part specification of the vehicle . ≪ / RTI >

The part number list refers to the design information for the options applied to the wire and includes the part number (serial number for the bundle of wires separated by harness), the part name for the vehicle type indicating the area where the vehicle part specification applies, And optional code information.

The PEL (Product Equipment List) information is design information including all the information about the specification applied to the vehicle such as the electric parts and the parts of the vehicle, and it shows the parts specification of the vehicle and whether or not the wire is applied according to the parts specification Lt; RTI ID = 0.0 > and / or < / RTI >

The verification unit 200 extracts the circuit option to be verified from the wire list input from the interface unit 100 and compares the extracted circuit option with the option code information of the part number list input from the interface unit 100 Circuit option and part number list of the wire list By verifying the consistency between option code information, it is possible to verify whether the circuit option is configured.

At this time, when verifying whether or not the circuit option is configured for all the regions to which the vehicle part specification included in the part number list is applied, there may arise a problem that it is impossible to extract an area where the circuit option is not configured. For example, if a circuit option that is not configured in the European region is determined to be configured in a domestic region on the part number list, the option code information for configuring the circuit option in question in the part number list There is a problem that the missing point can not be judged.

Therefore, in the present embodiment, the verifying unit 200 verifies whether the circuit option is configured by comparing the circuit option extracted from the wire list with the option code information in the part number list, Is extracted from the part number list and separated by the area where the vehicle part specification is applied to generate a part number list for each region and then the consistency of the option code information of the extracted circuit option and the region part number list is determined to determine whether the circuit option Can be verified.

Specifically, as shown in FIG. 2, the verification unit 200 can extract a circuit option to be verified from the wire list. Figure 2 shows an example where the option code is composed of LPH and LDB and the circuit option is LPH * LDB.

The verification unit 200 extracts a field having option codes (i.e., LPH and LDB) constituting circuit options extracted from the wire list from the part number list, and separates the field by the region to which the part specification of the vehicle is applied, You can create a list of numbers. In the present embodiment, the parts specification of a vehicle may mean a part specification divided into LHD (Left Hand Drive) and RHD (Right Hand Drive).

3 and 4, the verifying unit 200 generates a field having an option code that constitutes a circuit option from a part number list Can be extracted.

Then, the verification unit 200 can convert the part name of each vehicle type of the extracted field into a registered standard part name. 4, the verifying unit 200 can convert the part name of each extracted vehicle type, that is, 'general / middle east / LHD' into a standard part name 'general LHD / middle LHD'.

Then, the verification unit 200 can generate a new part number while separating the standard part name according to the setting condition, and generate the part number list for each area by using the same option code information.

4, the verifying unit 200 sets the standard part name 'general LHD / middle LHD' to the setting condition (FIG. 4 shows that the setting condition recognizes the '/' symbol and separates the standard part name 91102-A9090_1 ", which is a new part number, by separating into 'general LHD' and 'middle east LHD' according to the same option code information 'DD6: X, DD7: O , RHD: X 'can be used to generate a regional part number list.

When the regional part number list is generated, the verifying unit 200 can verify the consistency of the circuit option extracted from the wire list and the option code information of the regional part number list to verify whether the circuit option for each region is configured. At this time, the verifying unit 200 firstly verifies whether the circuit option is configured for each region by comparing the option of the circuit option and the option code information of the list of the part number by region, and the circuit option is applied based on the PEL information input from the interface unit 100 It is possible to judge whether or not a circuit area option is constructed by region.

5, the verifying unit 200 compares the extracted circuit option 'LPH * LDB' with the option code information in the list of area-specific part numbers to firstly verify whether the circuit option for each region is configured. In this case, since the standard part name for the area in which the circuit option 'LPH * LDB' is configured corresponds to only the general LHD (option code information - LPH: O, LDB: O), the verification unit 200 receives the remaining standard part names The option code information for configuring the circuit option 'LPH * LDB' for the domestic LHD, general RHD, European LHD, European RHD, Australia RHD) is missing on the part number list. That is, the verifying unit 200 compares the option code information of the circuit option and the local part number list to extract the standard part name for the area in which the circuit option is not formed from the regional part number list, Can be verified.

At this time, since the circuit option extracted from the wire list may not be actually applied in the specific region, the verification unit 200 determines an area where the circuit option is not applied based on the PEL information input from the interface unit 100, You can verify that the circuit options are configured.

6, the verifying unit 200 can determine an area to which the circuit option 'LPH * LDB' is not applied based on the PEL information, and the circuit option determined based on the PEL information is not applied The standard part names for the region (generic RHD, Europe LHD, Europe RHD) can be removed from the extracted standard part names to final verify whether regional circuit options are configured. Accordingly, the domestic LHD and Australia RHD can be finally verified that the option code information for configuring the circuit option 'LPH * LDB' is the standard part name of the missing part in the part number list (ie, the domestic LHD and Australia RHD is missing the option code information (LPH: O, LDB: O) for configuring 'LPH * LDB' in the part number list even though it is the standard part name of the region where the circuit option 'LPH * LDB' Can be judged as.

The interface unit 100 may be provided with a predetermined application program that is implemented in a predetermined computing device (e.g., a personal computer) and provides a template for receiving a wire list, a part number list, and PEL information, It is possible to transmit the information to the verification unit 200 through the linkage process with the verification unit 200 using the program and to receive and output the verification result as to whether the circuit option can be configured from the verification unit 200. [ In addition, the verification unit 200 may be implemented as a server to verify whether a circuit option for each region is configured.

7 is a flowchart for explaining a circuit verification method of a vehicle according to an embodiment of the present invention.

Referring to FIG. 7, a method of verifying a circuit of a vehicle according to an embodiment of the present invention will be described with reference to FIG. 7. First, a verification unit 200 obtains a wire list including information on connection of wires of a vehicle, And a PEL (Product Equipment List) information including information on a parts specification and an option code of the vehicle (S100).

Then, the verification unit 200 extracts circuit options to be verified from the wire list (S200).

Next, the verification unit 200 extracts a field having an option code constituting circuit options extracted from the wire list from the part number list, and generates a part number list for each region by dividing the field by the area to which the part specification of the vehicle is applied (S300 ).

In step S300, the verifying unit 200 converts the part name of the model extracted from the part number list into the registered standard part name, separates the converted standard part name according to the setting condition, and generates a new part number A region-specific part number list can be generated using a method of assigning the same option code information.

In operation S400, the verifying unit 200 verifies whether the circuit option extracted in step S200 and the option code information on the regional part number list generated in step S300 are consistent.

In step S400, the verifying unit 200 first verifies whether the circuit option is configured for each region by comparing the option information of the circuit option and the area code list. Then, the area where the circuit option is not applied is determined based on the PEL information, You can verify that the circuit options are configured. That is, the verification unit 200 first extracts a standard part name for a region where the circuit option is not configured from the list of regional part numbers, firstly verifies whether the circuit option is configured for each region, and determines whether the circuit option determined based on the PEL information is applicable The standard part names for non-local areas can be removed from the extracted standard part names to final verify whether regional circuit options are configured.

Meanwhile, the circuit verification method of the vehicle according to the present embodiment may be implemented as a computer program for executing steps S100 to S400 in combination with hardware, and may be stored in a computer-readable recording medium to operate the computer program And can be implemented in a general-purpose digital computer. The computer-readable recording medium includes ROM, RAM, CD-ROM, magnetic tape, floppy disk, and optical data storage. The computer readable recording medium may also be distributed over a networked computer system so that computer readable code is stored and executed in a distributed manner.

As described above, according to the present embodiment, whether or not a circuit option to be verified is divided is verified separately for each region, so that an area missing a configuration of a circuit option can be accurately extracted irrespective of segmentation of a circuit option and increase in fabrication specifications.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is clearly understood that the same is by way of illustration and example only and is not to be taken by way of limitation, I will understand. Accordingly, the true scope of the present invention should be determined by the following claims.

100:
200: Verification unit

Claims (9)

An interface unit for receiving a list of part numbers including a wire list including information on connection of wires of a vehicle and information about options applied to the wires; And
Extracts a circuit option to be verified from the wire list input from the interface unit, extracts a field having an option code constituting the extracted circuit option from the list of part numbers inputted from the interface unit, A verifying unit for verifying whether the circuit option for each region is configured by judging the consistency between the extracted circuit option and the option code information of the generated regional part number list after generating a part number list for each region to be applied;
Lt; / RTI >
Wherein the field comprises a part number, a part name by vehicle type indicating an area to which a part specification of the vehicle is applied, the option code, and the option code information,
The verifying unit converts a part name of a model of the extracted field into a registered standard part name, generates a new part number while separating the standard part name according to a setting condition, and allocates the same option code information And generates a region-specific part number list.
delete The method according to claim 1,
The interface unit further receives PEL (Product Equipment List) information including the part specification of the vehicle and the option code from the user,
The verifying unit first verifies whether the circuit option is configured by comparing the circuit option and the option code information of the region-specific part number list. The verifying unit verifies whether or not the circuit option is applied to the circuit option based on the PEL information input from the interface unit And finally verifies whether or not the circuit option for each region is configured.
The method of claim 3,
The verifying unit firstly verifies whether or not the circuit option for each region is configured by extracting a standard part name for an area in which the circuit option is not configured from the list of part numbers for each region and verifies whether the circuit option determined based on the PEL information is applicable And removing the standard part name for the non-standard area name from the extracted standard part name to finally verify whether to configure the circuit option for each area.
Receiving a list of part numbers including information of a wire list including information on connection of wires of a vehicle and options applied to the wires;
Extracting circuit options to be verified from the wire list;
Extracting a field having an option code constituting the extracted circuit option from the part number list and generating a part number list for each region by dividing the field by a region to which the part specification of the vehicle is applied; And
Verifying whether or not the circuit option for each region is configured by determining whether the extracted option of the circuit and the option code information of the generated regional number list are selected;
Lt; / RTI >
Wherein the field comprises a part number, a part name by vehicle type indicating an area to which a part specification of the vehicle is applied, the option code, and the option code information,
In the step of generating the regional part number list,
A part number of the extracted field is converted into a registered standard part name, a new part number is generated while separating the standard part name according to a setting condition, and the same option code information is allocated, And generating a list of numbers for the vehicle.
delete 6. The method of claim 5,
In the receiving step,
Further receives PEL (Product Equipment List) information including the parts specification of the vehicle and the option code,
In the verifying step,
The circuit option is compared with the option code information of the regional part number list to firstly verify whether or not the circuit option for each region is configured. The region where the circuit option is not applied is determined based on the received PEL information, And verifying whether or not the circuit is configured.
8. The method of claim 7,
In the verifying step,
A standard part name for an area in which the circuit option is not configured is extracted from the list of area-specific part numbers to firstly verify whether the circuit option for each area is configured, and in a region where the circuit option determined based on the PEL information is not applied And removing the standard part name from the extracted standard part name to finally verify whether the circuit option for each region is configured.
Combined with hardware,
Receiving a list of part numbers including information on a wire list including information on connection of wires of a vehicle and options applied to the wires;
Extracting circuit options to be verified from the wire list;
Extracting a field having an option code constituting the extracted circuit option from the part number list and generating a part number list for each region by dividing the field by a region to which the part specification of the vehicle is applied; And
Verifying the consistency between the extracted circuit option and the option code information of the generated region-specific part number list to verify whether the circuit option for each region is configured;
A computer program stored in a computer-readable recording medium for executing the program,
Wherein the field comprises a part number, a part name by vehicle type indicating an area to which a part specification of the vehicle is applied, the option code, and the option code information,
In the step of generating the regional part number list,
A part number of the extracted field is converted into a registered standard part name, a new part number is generated while separating the standard part name according to a setting condition, and the same option code information is allocated, And generates a list of numbers.

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