CN1351304A

CN1351304A - QC control for constructioning

Info

Publication number: CN1351304A
Application number: CN 01121136
Authority: CN
Inventors: 小林隆逸; 秋山政俊; 加藤竜介; 瀧口裕史
Original assignee: PC NETWORK MANSION CO Ltd
Current assignee: PC NETWORK MANSION CO Ltd
Priority date: 2000-10-26
Filing date: 2001-06-05
Publication date: 2002-05-29
Also published as: JP2002132862A

Abstract

A method for controlling quality of building construction is provided in this invention. According to this method, the quantities by the check items of building construction are evaluated by the operation sites by using check lists containing the check items and the check lists after the evaluation are registered on a server S from terminal machines A1, A2 and A3 at the operation sites through a communication line; and the server S computes and stores fraction defectives by the check items according to the check lists of the respective operation sites, and the fraction defectives by the check items are browsed through a terminal machine A of the constructor through a communication line and used to improve the construction corresponding to the respective check items.

Description

The engineering quality control method of construction work

This invention relates to one and will be between a plurality of operation fields and the constructor realizes networking, helps the constructor to hold Interventions Requested to the operation quality of each operation field, thereby manage the construction engineering quality management method with improvement.

Quantity sheet is arranged in the construction work, and the operator but only being confined to the scene, the quality of each construction quality checks and rates according to carrying out engineering construction with corresponding each the work post sequence of events book of engineering.

This invention is for each operation field, can hold each Interventions Requested of above-mentioned each the engineering quality of examination, simultaneously for the constructor who administers a plurality of scenes, provide to help the unified Interventions Requested of holding all engineering qualities at each scene, and the construction engineering quality management method of being managed and improving.

Above-mentioned engineering quality control method is utilized the table of checking list in the construction work, and each Interventions Requested of each operation field are carried out good and bad examination.

By communication line, with checking list of appraisal result, in server,, calculate the defect ratio of each Interventions Requested, and preserve according to the checking list of each operation field from the terminal game server of operation field.

So the constructor is by communication line, from holding the read disqualification rate of each Interventions Requested of last machine, thereby engineering is improved at the disqualification rate of each Interventions Requested.

For example in above-mentioned checking list, write down Interventions Requested, in above-mentioned server, calculated the disqualification rate and the preservation of the Interventions Requested of each work post, for constructor's reading according to the work post difference.

Following according to Fig. 1 to Fig. 4, this working of an invention form is described.A among Fig. 1 represents constructor's terminal, such as the terminal that is building constructor.The terminal of each operation field when A1, A2, A3 represent that the constructor constructs.The terminal A of building constructor and the terminal A1 of each operation field, A2, A3 by communication lines such as the Internets, is connected with server S.

Fig. 1 is the network chart between operation field and constructor, the server.

Fig. 2 is in the server, the key diagram of statistical test project quality and calculated case.

Fig. 3 is the plane legend of checking list.

Fig. 4 is the plane legend of checking list after the examination.

As shown in Figure 3, after the main test project 2 in the selected construction work of constructor, prepare to check list C.This C that checks list can be with the paper record more than or two.

Hope will prepare to check list C, comprising Interventions Requested 2 for work posts 1 such as comb engineering, winding displacement engineering, utensil installation work.One with paper on respectively by each work post 1 this C that checks list of record.In addition, as shown in Figure 3, other paper writes down each work post 1.

The C that checks list can be the inventory that paper shows, or can carry the electronic inventory that shows on the picture of portable terminal as a kind of electronic information.

As shown in Figure 4, each operation field utilization contains the C that checks list of Interventions Requested 2 in the above-mentioned construction work, to the test quality examination of project 2 of each operation field.

So, shown in Figure 2 as Fig. 1, with the above-mentioned appraisal result C ' that checks list, by communication lines such as the Internets, from the terminal A1 of operation field, A2, A3 access server S.

As shown in Figure 2, in above-mentioned server S,, calculate the disqualification rate of each Interventions Requested 2 and preserve data according to the C ' that checks list of each operation field.The constructor just can be by communication line this disqualification rate of reading, thereby improves engineering constructions at Interventions Requested 2.

In server S,, calculate the disqualification rate of each work post 1 Interventions Requested 2 and preserve according to the C ' that checks list of all work posts of each operation field.Like this, the constructor is by communication line, disqualification rate and the work post 1 of reading these Interventions Requested 2 from terminal A, thereby at Interventions Requested 2 improvement engineering constructions.

In Fig. 2, suppose that constructor's operation field has 6 places, the examination statistics of first Interventions Requested shows: good 5, bad 1.Equally, the examination of second Interventions Requested statistics shows: good 6, and bad 0.The examination statistics of the 3rd Interventions Requested shows: good 6, and bad 0.The examination statistics of the 4th Interventions Requested shows: good 1, and bad 5.Like this, from these statistics 16, calculate disqualification rate, the detecting of bad Interventions Requested of database write down 15 preservations.And, detecting in the record 15 of these Interventions Requested, by the above-mentioned defect ratio of work post 1 difference recorded and stored.

As shown in Figure 3, Figure 4, for example in the comb engineering, the content of Interventions Requested 2 is: whether tubing is suitable, and whether keeping method is suitable, and whether quantity is sufficient, and whether aspects such as spare and accessory parts, instrument, construction, comb are auxiliary, comb connection are suitable.

In the distribution engineering, the content of Interventions Requested 2 is: whether electric wire, electric wire color, wiring, surplus length be suitable, and distribution has not damaged etc.

In the utensil installation work, the content of Interventions Requested 2 is: whether utensil, keeping method, installation, distribution connect suitable, and whether quantity is sufficient, and whether dirt etc. is arranged.

By each work post 1 these Interventions Requested 2 are made into the C that checks list.Wherein the quality of Interventions Requested 2 with the symbol record of L or O in very not charging in the hurdle 3, and in this hurdle 3 to check and rate with symbol.

In the above-mentioned C that checks list, except charging to the hurdle 4 of work post 1, also have keeper 5 the record hurdle 12 of charging to hurdle 10, record days 11 of charging to hurdle 8, job execution day 9 of charging to hurdle 6, operator 7, and site work name 13 charge to hurdle 14.

So these

item

1,5,7,9,11,13 grade and Interventions Requested 2, game server S and preserving, constructor are from terminal A, can know handle be held in which operation field, He Yue when which the bar project in the Interventions Requested 2 bad engineering has taken place.And the operator of these bad engineerings is clearly taken place, thereby hold the responsibility investigation after the construction work completion really, guaranteed credit, improved after sale service.

After the quality examination of carrying out above-mentioned each operation field Interventions Requested 2, what on-the-spot overseer required bad Interventions Requested corrects bad mistake as the thing operator, and charges in the fault processing hurdle 17 among the C ' that checks list.

Equally, the information whether this mistake corrects, from the terminal A1 of each operation field, A2, A3 game server S.Like this, whether the constructor just can easily grasp the bad and Interventions Requested 2 of engineering, and understand its error correction and finish by terminal A.

According to this invention, can hold the Interventions Requested that each operation field carries out above-mentioned each construction quality quality, simultaneously, for the constructor who is responsible for several operation fields, can unify to hold the Interventions Requested of each construction quality at each scene, promoting management and engineering to improve, improve the construction quality of construction work, is the engineering quality control method of an efficient construction engineering.

Claims

1, a kind of construction engineering quality management method, it is characterized in that, utilize the table of checking list in the construction work, each Interventions Requested to each operation field are carried out examination, by communication line, appraisal result checked list from the terminal game server of operation field checking list according to each operation field in server, calculate the disqualification rate of each Interventions Requested, and preserve; The constructor is again by communication line, from the read disqualification rate of each Interventions Requested of terminal, thereby at the disqualification rate of each Interventions Requested engineering improved.

2, a kind of construction engineering quality management method, it is characterized in that, tool utilizes the table of checking list of the work post in the construction work, each Interventions Requested to each operation field are carried out examination, by communication line, appraisal result checked list from the terminal game server of operation field checking list according to each operation field in server, calculate the disqualification rate of each work post Interventions Requested, and preserve; The constructor is again by communication line, from the read disqualification rate of each work post Interventions Requested of terminal, helps at the disqualification rate of each Interventions Requested work post to be improved.