JP2003228612A - Building survey diagnosing and judging system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a building maintenance management and diagnostic decision system capable of accurately deciding current situations with saved labor. <P>SOLUTION: In this system equipped with an execution management system and a construction history management system cooperatively managed with the basic information data of a building/facility for storing and managing each data extracted from business data and a survey diagnostic system for storing specialized software, construction history data applied from the construction history management system and the diagnostic result data of surveys to be separately performed are inputted to the survey diagnostic system, and data for decision are previously stored in the specialized software resident in the system, and the inputted construction history data and survey diagnostic result data are collated with the data for decision, and the conversion and tabulation of the data are automatically executed, and the decision result is outputted, and the output result is examined. Thus, it is possible to easily and accurately make a repair plan by grasping the current situations of the aging of prescribed buildings and facilities. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a system for easily and accurately determining the repair and repair of school facilities and other building facilities.

[0002]

2. Description of the Related Art Conventionally, school buildings / equipment, etc. need to be appropriately repaired / repaired after construction / installation in order to cope with changes over time. As is shown in the present invention, the data of the school building and the survey diagnostic data that are revealed in the school basic survey such as the school summary and building type are processed by a computer as is shown in the present invention. As of now, there is no system that automatically makes a decision such as repair.

[0003]

[Problems to be Solved by the Invention] Conventionally, regarding facilities, equipment management, and maintenance of buildings such as public schools, resource groups for each management department or management target, that is, drawings, photographs, construction repair data, etc. Depending on the need for disaster response by the company and the planning of a business that can be budgeted for each year,
This is being handled by labor-intensive reference work and re-counting work. In other words, the current status management and back data (construction history, current status data, etc.) that clearly grasp the deterioration of buildings and facilities
It was not based on the need for a business by Under these circumstances, it is difficult to make a systematic and efficient medium- to long-term maintenance plan due to the lack and inaccuracy of information on buildings and equipment, and it is difficult to grasp the current situation promptly. In other words, the standardization and efficiency of preparatory work related to maintenance, management, and repair are not progressing. Moreover, there is a problem that it is not possible to provide a safe and hygienic environment to residents and schoolchildren who use these facilities, while being safe and comfortable. In view of the above, the present invention has been invented to provide a system for quickly and accurately determining the present situation of a building, various facilities, and equipment, and providing an appropriate response. It was developed for the purpose of obtaining a system that allows appropriate judgments such as repairs by processing each data with a computer.

[0004]

As a means for solving the problems, the present invention inputs data for judgment into dedicated software, inputs survey data, and then converts the input data with this dedicated software. The main part of the processing is configured so that the result of determination corresponding to this processing result is output together with totaling. That is, one aspect of the present invention is to provide a survey diagnosis system that stores dedicated software, store data for determination in the system in advance, input survey diagnosis data of a building or the like to the system, and input the data. Data conversion and tabulation are performed automatically, and the tabulation result is collated and compared with the judgment data to output the judgment result, and by examining the output result, the repair plan for the prescribed building / equipment It is a building survey diagnosis determination system characterized by being configured so that the above can be performed easily and accurately. Further, another one of the present invention is,
An execution management system and a construction history management system that store and manage each data extracted from the comprehensive data of the building / equipment are installed, and a survey diagnosis system that stores dedicated software is installed and the construction history data provided by the construction history management system , Entering the investigation diagnosis result data separately performed in the investigation diagnosis system, pre-store the judgment data in the dedicated software resident in the system, and input the construction history data and the investigation diagnosis result data Is compared with the judgment data, the data is automatically converted and tabulated, the appropriate judgment result is output, and the output result is examined, making it easy to carry out repair plans for specified buildings and equipment. It is a building survey diagnosis and judgment system configured to be accurate.

[0005]

EXAMPLES Examples of the present invention will be described below by taking a school as an example. FIG. 1 is a block chart showing an outline of the present invention. First, school summary data is needed. this is,
Data obtained by inputting each data (installer, school name, school location, number of students, site area, building area by building, facility drawing, etc.) listed in the school facility ledger (summary table) into a computer for each school Is. This data is sent to the execution management system, and is used to efficiently manage the repair application of each school, various construction plans, execution money for construction, etc. with dedicated software. The data is also sent to the construction history management system. Here, the construction history is linked and managed with a database and history drawings using dedicated software.
The history drawing as the construction history data is sent to the survey diagnosis system. Then, the data which has been separately investigated and diagnosed is also input to the investigation and diagnosis system. Dedicated software is stored in this survey diagnosis system, and each input data is compared with the reference data and the judgment result is output. (Range of deterioration, repair period, etc.) Based on this judgment result, we will make a medium- to long-term repair plan and calculate the life cycle cost. In addition, the construction completion data is sent to the previous construction history management system and used as data.

FIG. 2 is a conceptual diagram of the survey diagnosis method. First, the person in charge conducts a preliminary meeting and conducts a preliminary survey.
Based on the results of this survey, a survey plan will be formulated and a field survey (main survey) will be conducted. There are a wide variety of survey items, including school buildings,
These are work, electrical equipment, sanitary equipment, lifting equipment, disaster prevention equipment, air conditioning equipment and others. (Survey of deterioration status of each part, grasp of danger comfort, etc.) The results of the investigation are written on the deterioration degree judgment sheet shown in FIG. The vertical axis is the survey item, the horizontal axis is the deterioration rank, and each explanation is written in advance at the intersection of the vertical axis and the horizontal axis. An evaluation result entry field is provided at the right end, and the evaluation result (rank) is entered for each item with reference to the description. This evaluation data is input to the computer. Dedicated software for data processing is stored in the computer, and this software processes input data. In addition, points corresponding to evaluation items and evaluation ranks are input in advance in the computer, and the input evaluation data is converted into points and the points are totaled. These points are totaled for each block item, and the data corresponding to the points is output as the determination result. This output is used to judge the level of deterioration, judge the area to be repaired, judge repair method (part / whole), judge repair time (early within 2 years, short-term within 5 years, medium-term ...
Within 10 years, long term ... within 15 years). That is, it is an evaluation judgment for each divided part. Also,
Survey data (judgment sheet) can be easily entered with general-purpose spreadsheet software, and the judgment results are automatically analyzed from the score evaluation based on the data. Then, based on this output determination, it is possible to carry out a medium-to-long term repair plan and a life cycle cost trial calculation. Depending on the determination result, the necessity of detailed diagnosis may be considered, and detailed diagnosis may be optionally performed. (Finishing and frame deterioration diagnosis, detailed diagnosis using various inspection devices, etc.) The above is one embodiment of the present invention.

As described above, the conventional method is labor-intensive work, which is inefficient and lacks accuracy. Business plans require drawings, photographs, construction repair data, etc.,
The accurate grasp of these contents was incomplete. For the sake of consideration, even if a drawing is referred to, the drawing management is often neglected or unclear. Since there was no photograph, I only talked to the person in charge to get an overview. In addition, almost no field surveys have been carried out during repairs, and it was often the case that designers are allowed to design and estimate the site. In other words, since the annual budget comes, the conventional method has been to carry out project follow-ups and make unclear judgments. However, in the present invention, a site survey is conducted before repairs, etc., and the construction history and other data are also compared and examined based on the survey results, and the input data is converted / collected / determined by computer software. In addition to being able to make accurate and appropriate business plans for making decisions, it contributes to labor saving and management cost reduction. In addition, the system related to the present invention,
That is, the convenience can be increased by providing a facility ledger management system and a drawing management system. The facility ledger management system manages the contents of the fact-finding survey conducted every May and basic information about each school.
Manage the layout plan and floor plan with CAD software in cooperation with the school general data and building-specific data. From these data, the necessary amount is sent to the execution management system and the construction history management system described above, and these data, the field survey data, and the judgment reference data stored in relation to the judgment software are stored. By referring to the comparison, the determination result can be easily output. As described above, the present invention can promptly provide judgment information for collection / repair under the cooperation of management of each data, so that it can be efficiently and accurately performed by a small number of people compared with the conventional method. It is possible to provide a system capable of making various judgments.

[0008]

According to the present invention, most of the data relating to business planning such as building drawing management, repair management, survey diagnosis of various facilities, and decision-making on whether or not to carry out business can be centrally managed, and the entire data can be freely controlled. Since it can be aggregated and referred to under various conditions, it is possible to collect and aggregate various resources that have been conventionally done by labor-intensive work, adjust the data aggregated by department, and collect unknown data by field surveys. Since the latest data will always follow the management department in the cycle of the year, the manager can speedily and accurately judge whether or not to implement a project and make a business plan. Therefore, it is possible to drastically reduce the project budget through systematic and accurate project planning and implementation of the project.
In addition, it becomes possible to grasp from a medium- to long-term perspective a business plan that has tended to be ad hoc due to unknown back data, etc. It is possible to provide a useful system that enables business planning and implementation to estimate the maximum effect with the budget of.

[Brief description of drawings]

FIG. 1 is a schematic explanatory diagram of the present invention.

FIG. 2 is an explanatory diagram of investigation diagnosis of the present invention.

FIG. 3 is a schematic explanatory view of a survey sheet of the present invention.

FIG. 4 is an explanatory diagram of a determination result expression of the present invention.

FIG. 5 is a diagram showing an example of a survey sheet of the present invention.

FIG. 6 is a diagram showing an example of a survey judgment sheet of the present invention.

[Explanation of symbols]

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Katsushika             14-14 Kawakita 1, Shiroishi-ku, Sapporo-shi, Hokkaido             No.23

Claims (2)

[Claims] 1. A survey diagnosis system storing dedicated software is provided, data for determination is stored in advance in the system, survey diagnosis data of a building or the like is input to the system, and conversion and conversion of the input data are performed. Automatically perform the tabulation, output the decision result by collating and comparing the tabulated result with the decision data, and by examining the output result, it is possible to easily and easily make repair plans for specified buildings and facilities. A building survey diagnostic judgment system characterized by being configured so that it can be accurately performed. 2. An execution management system and a construction history management system for storing and managing each data extracted from the comprehensive data of the building / equipment, and a survey diagnosis system storing dedicated software are provided from the construction history management system. Construction history data to be collected and survey diagnosis result data to be separately conducted are input into the survey diagnosis system, data for determination is stored in advance in dedicated software resident in the system, and the input construction history data By collating the survey diagnosis result data with the judgment data, automatically converting and tabulating the data, outputting the appropriate judgment result, and examining this output result A building survey diagnosis determination system characterized by being configured so that repair plans and the like can be performed easily and accurately.