JPS59221761A - Estimation sheet producer for car accident - Google Patents

Abstract

PURPOSE:To eliminate the need for individual input of parts information and to improve the efficiency for production of an estimation sheet for a car accident, by displaying the corresponding parts, the information, etc. with the input of a faulty area. CONSTITUTION:An area A and the job sorting B are fed from an operation part 12 to designate the job names needed for repairs of an accident car together with the register NO., the customer, the type C of car, a parts index key D by type, etc. of the car which are used as the subjects for estimate. Thus a processor CTL11 produces a proper job code CA from the area A, job sorting B and reads the corresponding parts information out of a memory part 14 for estimation basic data based on the code CA to display it to a display part 13. Then the desired correction is given to the display of the part 13. Then the end information is supplied from the part 12, and the CTL11 carries out the necessary operation and delivers the result of this operation to a print part 15. At the time, the contents of the operation are stored in a memory part 16 for estimated result.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a car accident estimate creation machine that creates and issues a repair cost estimate for an accident vehicle.

[Technical background of the invention and its problems]

Conventional car accident estimating machines look at the accident and input the numbers on the exploded parts diagram created in advance for each car type.
The part number and price were printed on it. Therefore, the conventional estimating machine of this type has the disadvantage that it is not possible to create an estimate unless there is a dedicated exploded view of parts specific to the accident vehicle that is the object of the estimate. In addition, it is necessary to input all the necessary parts, which is time-consuming, and also has the disadvantage that input errors are likely to occur.

[Purpose of the invention]

The present invention was developed in view of the above-mentioned circumstances, and is capable of creating and issuing a complete and reliable repair estimate with simple input operations, without requiring a special exploded view of parts specific to the accident vehicle. The purpose is to provide an accident estimate creation machine.

[Summary of the invention]

The present invention provides a means for inputting a failure location, a means for automatically searching a pre-registered estimate basic data file for parts information corresponding to the input failure location, and displaying the parts restructuring, and a displayed parts list. The input specified from
This system has a means for deleting parts that do not require replacement, and is configured to create and issue a quotation based on the parts information after unnecessary parts have been deleted.
A highly reliable quotation can be issued with simple input operations without the need for a dedicated parts development diagram.

[Embodiments of the invention]

An embodiment of the present invention will be described below with reference to all the drawings. 1st
The figure is a block diagram showing a system configuration in an embodiment of the present invention. In the figure, No. 1 is a processing unit (hereinafter referred to as CTL) that controls the entire system, and has arithmetic functions for input/output control of various data and calculation of amounts. 12
is the operation section, which includes the registration number of the accident vehicle subject to the estimate, customer information, vehicle model and type, and failure location (part, work classification)
etc., selection and specification of unnecessary (deletion) parts, addition (missing)
It is used for inputting information, etc., and 613, which has keys for alphanumeric characters, kana characters, special symbols, etc., selects customer/car @ information, applicable parts list, estimate estimate, other work P, etc. The display section 614 that displays the q man-hour estimate process is a random access type estimate that stores various basic data (parts information, work wage information, etc.) such as work master, parts index master, and parts mask required for q man-hour estimation processing. This is the basic data storage unit. Reference numeral 15 is an impact-type printing unit that prints out estimates by estimate. Reference numeral 616 is an estimate result storage unit that files the contents of estimates that have not been issued.

2 and 3 show that under the control of the CTL 11, the operating unit 12 manually retrieves the corresponding part information from the failure location information and each master file in the estimate basic data storage unit 14. The procedure (I-This is a diagram for explanation.Here, (A) to Q)) is as follows.
This information is input from the L operation section 12. Of these, (A) and (B) are "part" and "work classification J information (for example, part = radiator, work classification = replacement)" that specify the failure location and necessary work, and (C) and (D )
is "car model" and 1 type-specific parts index key" information that specifies the car model and type (for example, type-specific parts index key = engine type/transmission type/door type/grade or 7). This (C) The information in (A) and (D) is inputted at the time of inputting the registration number of the accident vehicle to be estimated, customer information, etc., prior to inputting the above (A) and (B). (The smell is generated by the information in (A) and (B) above. (A, +B) Work code (CA)
This is the work wage information retrieved from the work master area of the estimate basic data storage unit 14 based on the estimate basic data storage unit 14, and consists of work coat °, work name, wage by vehicle type, parts index classification code, etc. (F
) is the parts index information created by the above work wage 11f report (parts index key information by type and type (D). This is a parts index mask (parts number list) in the data storage unit 14, and 0■ is the parts information searched from the parts index mask (G) by modifying the parts index information (F).

Here, the operation of one embodiment will be explained with reference to FIGS. 1 to 3. After inputting the registration number of the accidental vehicle to be estimated, customer information, etc. from the operation unit 12, information such as the vehicle type (C), parts index key by type (D), etc. is inputted. After that, part (A) and work classification (B) information are input to specify the failure part and the work name necessary for its repair. The input information from each manipulation section 12 is CTL I.
Passed to J.

CTL 11 follows the steps shown in FIGS. 2 and 3,
Part (A) and work classification (B) input from the operation unit 12
A unique work code (CA) is generated from the information such as, and based on this work code, the estimate basic data storage unit 1
4, the corresponding parts information (parts list) is read out and displayed on the display section 13.

The automatic search procedure for extracting parts information from the failure location information is described below.

(1) Part (N 10 work classifications (B) 1 work code (C
Search for work wage information (E) as A).

(2) The corresponding wage is searched among the vehicle type-specific wages based on the specified vehicle type.

(3) Search for the corresponding parts index key among parts index classification codes, etc., and parts index keys.

(4) Processing of "1 (3)" ``Continue until the ff parts index classification code is completed (5) Work code'' (CA) and the above (3>, (4))
In the parts index key list searched for, parts index information (F
).

(6) Part information 0 () with part number in part number list
Search for.

(7) Perform the process in (6) above until the part number list is completed. Among the information thus displayed on the display unit 13,
If there is unnecessary information (parts) in the estimate, the operation section 12.
J: Enter unnecessary information about Risa.

CTL I I is not required. When the N information is input, the display section 1
3. Delete (delete) the relevant information from the parts list information displayed in 3. On the other hand, if there is insufficient information in the estimate among the information displayed and layered on the notification section 13, from the operation section J2,
Directly enter the work name, amount, or part number, part name, amount, etc.

CTL l 1 displays the display section 13 when missing information is entered manually.
Add the missing information to 8. When information indicating that all parts and work classifications related to the estimate have been completed is inputted into the operation section 12, CTL ld performs the necessary calculations (unit price x
Quantity - total, Σ reduction, etc.) are output to the printing section 15.

Furthermore, CTL II stores the contents outputted to the printing section 15 in the estimate result storage section 16.

As mentioned above, if you enter all the parts that have failed, the corresponding parts and labor information will be displayed in Display@13, so you no longer have to input parts information individually, and you will be able to create a review document. is carried out extremely efficiently and quickly. In addition, estimates can be made without the need for a dedicated exploded view of parts, unlike conventional accident estimators. In addition, this method erases unnecessary information, reducing omissions in input and improving reliability. Further, the basic estimate data is stored in a random access type storage section, and information can be retrieved quickly.

〔Effect of the invention〕

As detailed above, according to the car accident estimate creation machine of the present invention, there is no need for a dedicated parts development diagram specific to the accident car.
You can create and issue a highly reliable repair estimate +Th with simple input operations.

[Brief explanation of drawings]

FIG. 1 is a clock diagram showing an embodiment of the present invention, and FIGS. 2 and 3 are diagrams for explaining the processing procedure of main parts in the embodiment. 1. Processing device (CTL), 12. Operation unit,
13...Display section, 14...Basic inspection data record 1. f
! Part, 15...Printing part, 16...Estimation result storage part.

Claims (1)

[Claims] A means for inputting the fault location of the vehicle to be estimated, a storage section in which basic inspection data is stored in advance, and a fault location information input from the storage section 514 input means. means for searching for parts information corresponding to a location; a display section for displaying the searched parts information; a means for specifying unnecessary parts that do not require replacement from the parts information displayed on the display section; and means for deleting unnecessary parts from the displayed parts information, and printing and issuing an estimate in accordance with the parts information from which the unnecessary parts have been deleted.