JPH1153408A - Building arrangement palnning device for mobile parking lot - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a building arrangement planning device for mobile parking lot which generates a building arrangement plan drawing and specifications in a short time by the input of necessary irreducible data. SOLUTION: This device is provided with a law regulation data storage memory 6 stored with law regulation data, a site data storage memory 7 stored with site data, a standard building plan storage memory 8 stored with drawing data on standard buildings of self-run type parking lots, a building structure data storage memory 9 stored with structure data on the building of the self-run type parking lots, an editing means 10, and an output means 11 which outputs data set by the editing means 10. The editing means 10 sets the building arrangement drawing and specifications of a mobile parking lot with data regarding an entrance and an edit position and the direction of a car passage inputted from an input means by selecting a building plan out of standard building plans according to the site data in the site data storage memory 7, selecting a desired structure through the input means 1 by reading the structure data out of the building structure data storage memory 9, and determining the structure by correcting the input data so that the data match the law regulation data in the law regulation data storage memory 6.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for preparing a layout plan of a building for a self-propelled parking lot in a short time by inputting site conditions and the like.

[0002]

2. Description of the Related Art Conventionally, layout plans and specifications of self-propelled parking lots are to be surveyed on site conditions to be constructed, conform to laws and regulations such as the Building Standards Law, and satisfy customer requirements. It was done mainly by hand. CAD (Co) is simply drawing creation software that supports building layout planning.
mputer Aided Design) is widely used, but there is no software that takes into account the legal regulations required for planning the layout of a building for self-propelled parking lots and software that quickly creates a building layout plan.

[0003]

The operation of a commercial drawing creation software is complicated for a person who has a considerable knowledge of drafting for the planning work of a building arrangement of a self-propelled parking lot. Therefore, it is difficult for a salesperson who performs such planning work to learn the operation method. In addition, only the function of creating a drawing does not consider the function of searching for a legal regulation on a parking lot building in calculating the building coverage and the like. For this reason, drawing creation was performed manually, and it took time to create.

[0004] The present invention has been made in view of the above-mentioned problems, and a self-propelled parking lot building layout in which a building layout plan and specifications are generated in a short time by inputting necessary data. It is intended to provide a planning device.

[0005]

To achieve the above object, according to the first aspect of the present invention, there is provided an input means for inputting data, a standard legal regulation data storage memory storing legal regulation data relating to a parking lot, and a parking lot. When the data of the area where the parking lot is to be constructed is inputted from the input means, the legal data is created based on the data in the standard legal data storage memory. Means for creating legal and regulatory data, a legal and regulatory data storage memory for storing the legal and regulatory data, and a site based on the data in the initial graphic data storage memory when the data of the site where the parking lot is to be constructed is inputted from the input means. The site data creation memory for creating data, the site data storage memory for storing this site data, and the drawing data for the standard building of the self-propelled parking lot. Select a building plan from the standard building plan based on the site data stored in the standard building plan storage memory, the building structure data storage memory that stores the structure data of the building of the self-propelled parking lot, and the site data in the site data storage memory. Read the building structure data in the data storage memory, select the desired structure from the input means, modify the structure so that it conforms to the legal data in the legal data storage memory, determine the structure, enter the entrance and exit positions input from the input means, An editing unit is provided for setting a layout plan and specifications of the self-propelled parking lot based on data on the direction of the lane, and an output unit for outputting the data set by the editing unit.

[0006] When the data of the area where the parking lot is to be constructed is inputted from the input means, the regulation data creation means creates related regulation data from the data of the standard regulation data memory and stores it in the regulation data storage memory. Store. Also, the site data creation means reads the standard site figure from the initial figure data storage memory when the data of the site where the parking lot is to be constructed is inputted from the input means, and modifies this based on the site data. Create data and store it in the site data storage memory. The editing means reads the site figure in the site data storage memory, and reads the drawing data of the standard building of the self-propelled parking lot conforming to the site figure from the standard building plan storage memory. The structure of the building is read from the building structure data storage memory, the desired structure is selected from the input means, and the graphic data is modified. At this time, the data conforms to the laws and regulations of the legal data in the legal data storage memory. And set the structure. In addition, a building layout diagram and specifications of the self-propelled parking lot are set based on data on the entrance and exit positions and the direction of the lane input from the input means. By inputting data according to the site and demands of the self-propelled parking lot, a proposal corresponding to the data can be shown. This can be displayed on a screen or printed by an output unit.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below.
This will be described with reference to the drawings. FIG. 1 is a diagram showing a configuration of a self-propelled parking lot building arrangement planning device of the present embodiment. This device is a system built in a personal computer (not shown), and the input means 1 is a keyboard, a touch panel,
The output means 11 is an image display device or a printer. Each of the memories 4 to 9 is a computer memory, and the legal / regulation creating means 2, the site data creating means 3, and the editing means 10 are constructed by software.

The standard regulation data storage memory 4 stores regulation data such as the Building Standard Law relating to the construction of parking lots, and a part of this data is displayed on a display screen so that an operator can select it. ing. When there is a data input or selection instruction from the input means 1, the regulatory data creation means 2
Creates legal regulation data such as a building rate based on the input and selection instructions and the standard legal regulation data, and stores the data in the legal regulation data storage memory 6. The initial figure data storage memory 5 stores a figure of a standard self-propelled parking lot site. This figure data is displayed on a display screen, and the site data is designated by a mouse of the input means 1. Then, the site data creating means 3 corrects the figure of the site according to the instruction and stores it in the site data storage memory 7.

The standard building plan storage memory 8 stores a number of layout drawings of standard self-propelled parking lot buildings, and the editing means 10 determines an appropriate building based on the site data in the site data storage memory 7. Select a layout drawing and create a figure that fits it with the figure on the site. The building structure data storage means 9 stores structure data such as the number of floors, the height of the building, and the position of the elevator. The data is stored in the requirement data from the input means 1 and the legal data storage memory 6. The building structure is determined by making corrections and selections to conform to the legal data. In addition, a building layout drawing and specifications of the self-propelled parking lot are set based on data on the entrance and exit positions and the direction of the lane inputted from the input means 1, and this is output to the output means 1
Print out more and display on screen.

FIG. 2 is an operation flowchart of the editing means. When the site data is stored in the site data storage memory 7 shown in FIG. 1, the editing means 10 selects a building plan conforming to the site data from the standard building plan storage memory 8 and fits this building plan into the site figure. (S1). Next, the regulation data is read from the regulation data storage memory 6, and the building plan is modified so as to satisfy the regulation (S2). Further, from the standard building plan storage memory 8, the building structure data such as the number of floors, the floor height, the position of the elevator, etc. is read out according to the requirements from the input means 1 and the legal regulation data, and the building plan is corrected (S3). Further, the data relating to the entrance and exit positions and the direction of the lane input from the input means 1 are
The floor plan and the base floor plan are edited (S4). A building layout plan describing these drawings and key points such as the site area, floor area, and number of parked cars is created (S5).

FIG. 3 is a flowchart showing the operation of the regulation data creating means. When data related to the regulation is inputted from the input means 1 (S10), the standard regulation data storage memory 4 is used.
Retrieve relevant standard legal and regulatory data from
Legal regulation data such as floor area ratio, height restriction, and road diagonal lines are created (S11).

FIG. 4 is an operation flowchart of the site data creating means. When data related to the site is input from the input means 1 (S20), a site shape of a general shape (usually a square) is read from the initial figure data storage memory 5, and this is corrected by the input data, and the actual site site is corrected. Is created (S21). Next, when boundary data such as a boundary type and a road width is input from the input means 1 (S22), a figure is corrected by using the boundary data to create site data (S2).
3).

A specific example will be described below. In FIG. 1, an operator inputs data, a selection instruction, correction data, and the like from an input unit 1. The input items for site conditions related to legal regulations are as follows. 1) Construction name 2) Place name, street address 3) City planning area 4) Restricted area 5) Fire prevention area 6) Specific designation 7) Other area district designation 8) Planning condition The width of the front road is entered in the site shape described later. Perform when setting. In 1), 2), and 8), numerical values are directly input. In 3) to 7), the following items are stored in the standard legal regulation data storage memory 4, which is displayed on a screen and displayed therein. Select with mouse.

3) Selection of a city planning area One of the following items is selected. 1) No designation 2) Urbanization area 3) Urbanization adjustment area 4) White background

4) Use area Select any one of the following items. 1) No designation 2) Various residential areas (1st and 2nd low-rise residential areas,
1st and 2nd class high-rise residential area) 3) 1st class residential area 4) 2nd class residential area 5) Semi-residential area 6) Nearby commercial area 7) Commercial area 8) Semi-industrial area 9) Industrial area 10) Industrial area Dedicated area

5) Fire prevention area One of the following items is selected. 1) No designation 2) Semi-fire prevention area 3) Fire prevention area

6) Specific designation One of the following items is selected. 1) No designation 2) Advanced use district 3) Specific district 4) District maintenance plan

7) Designation of other areas and districts Select the relevant item from the following items. 1) Special use area 2) Altitude area 3) Scenic, beautiful, landscape formation area 4) Parking lot maintenance area 5) Neighboring area 6) Other

The regulation data creating means 2 calculates the following items from the input data and the data stored in the standard regulation data storage memory 4. 1) Building coverage 2) Floor area 3) Height restriction 4) Road diagonal

An example of data stored in the standard regulation data storage memory 4 for performing the above calculation is shown. FIG. 5 is a table in the case of a fire protection area used for calculating the building coverage ratio. In the table indicated by “*” in the table, a value determined in the city planning is separately input. The floor area ratio takes a smaller value as compared with the value input as determined in the city plan and the value calculated from the table showing the floor area ratio restriction by the width of the front road shown in FIG.

Next, setting of site shape and boundary data will be described. To create a site figure, first, a general site shape is displayed on the screen, and each vertex of this figure is moved to the target coordinates by operating the mouse or the cursor key on the keyboard to obtain the shape of the site figure Can be. The vertices of the site figure can be added or deleted, and the entire figure can be moved and rotated.

The following items are selected from the display on the screen or directly entered for the boundary line. 1) Boundary type (road boundary line, adjacent land boundary line) 2) Road width (if it is a road boundary line) 3) Name of boundary line

FIG. 9 shows the site profile created in this manner. The pentagon on the outside of FIG. 9 shows the site shape diagram. Note that the name of the adjacent house or building is written on the site boundary.

Next, search and correction of a building plan will be described. After the site shape and the like are determined, a template of the building figure is inserted into the site figure for drafting a building plan. The standard building plan storage memory 8 stores a number of standard building plans (models). FIG. 7 shows an example of such a model. The building has a square shape with a cabin on each side. A cabin is also provided in the center of the room, and the lump of the cabin is called a block. In the case of this figure, two blocks of three compartments are provided.

FIG. 8 shows a list of standard building plans. Each standard building plan is numbered and divided into three types. The size of the central cabin depends on the number of blocks,
It is divided by the interval between columns in the Y direction (vertical direction when the horizontal axis is the X direction). FIG. 8 shows a part of the list. A model that matches the site conditions is selected from such a list. The template selected in this way is fitted to the site figure. FIG. 9 shows a state where the model selected according to the site shape is fitted.

With respect to the template, the following items are initially set, and these settings are changed in an interactive manner so as to achieve the purpose, and the building plan is corrected. 1) Vehicle width 2) Building size 3) Building orientation 4) Elevator (EV) position 5) Emergency stairs position 6) Building height restriction 7) Floor height 8) Floor number

The width of the cabin is 2.3 m, and the length can be changed arbitrarily. The orientation of the building can be rotated by 90 degrees with respect to the standard plan. Floor height defaults to 3.0
m and the height above this can be arbitrarily changed. The number of floors is automatically changed according to the change in floor height. Up to 8 floors
The floor is calculated automatically in principle from data such as height restrictions, floor heights, and floor area ratio restrictions. When the floor number is directly input, the height of the building is automatically calculated within a range not exceeding the height limit and the floor area ratio limit.

By operating the mouse, the following items can be set in the building figure and the floor plan of the first floor can be edited. 1) Location of entrance 2) Location of exit 3) Direction of lane In addition, reference plane view can be edited by mouse operation.

The first floor plan view shown in FIG. 9 and the following data are shown in the upper left of the screen. 1) Construction name 2) Site area 3) Building area 4) Building area ratio 5) Total floor area 6) Floor area ratio 7) Floor area of each floor 8) Maximum total floor area 9) Building height 10) Floor height 11) Number of floors 12) Each floor Length 13) Slope 14) Parking

[0030]

As described above, according to the present invention, a building layout plan and specifications of a self-propelled parking lot can be obtained in a short time by inputting relatively few data. In this case, you do not need to know the details of legal regulations or drafting,
Even a person with little experience in parking lot planning can easily create a parking lot plan and specifications. In the past, it was necessary to create such documents in the office of the company and repeat them many times until agreement of the customer was obtained. Disappears, and sales activities can be carried out smoothly.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of an embodiment of the present invention.

FIG. 2 is an operation flowchart of an editing unit.

FIG. 3 is an operation flowchart of a regulation data creating unit.

FIG. 4 is an operation flowchart of the site data creating means.

FIG. 5 is a diagram showing an example of a table used for calculating a coverage ratio.

FIG. 6 is a diagram showing an example of a table used for calculating a volume ratio.

FIG. 7 is a diagram showing an example of a standard building plan.

FIG. 8 is a diagram showing a list of standard building plans.

FIG. 9 is a diagram showing a site and a first floor plan.

[Explanation of symbols]

 1 Input means 2 Law data creation means 3 Site data creation means 4 Standard law data storage memory 5 Initial figure data storage memory 6 Law data storage memory 7 Site data storage memory 8 Standard building plan storage memory 9 Building structure data storage memory 10 Editing means 11 Output means

Claims (1)

[Claims] 1. An input means for inputting data, a standard legal data storage memory storing legal data relating to a parking lot, an initial graphic data storage memory storing general graphic data of a parking lot site, Means for generating data on the area in which the parking lot is to be constructed from the means, based on the data in the standard law / regulation data storage memory; and law / regulation data storing the law / regulation data A storage memory, site data creating means for creating site data based on data in the initial graphic data storage memory when data of a site where a parking lot is to be constructed is input from input means, and site data for storing the site data The storage memory, the standard building plan storage memory that stores the drawing data of the standard building of the self-propelled parking lot, and the structural data of the self-propelled parking lot building The building plan is selected from the standard building plan based on the building structure data storage memory storing the data and the site data in the site data storage memory, and the desired structure is selected from the input means by reading the building structure data from the building structure data storage memory. Then, the structure is determined by modifying the data to conform to the legal data in the legal data storage memory. A building layout planning device for a self-propelled parking lot, comprising: editing means for setting specifications; and output means for outputting data set by the editing means.