JP2649872B2 - Building finish estimation system - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a finish accumulating system for accumulating the number of materials used for finishing interior and exterior of buildings such as office buildings.

[0002]

2. Description of the Related Art Conventionally, interior and exterior finishes of buildings, that is, common rooms such as staircases, corridors, kettle rooms, and toilets, entrance halls, stores, offices, meeting rooms, executive rooms, reception rooms, and Japanese rooms. The following method is known as a method for integrating the quantities of various materials used for finishing floors, walls, ceilings, outer walls, and the like of such rooms.

For example, when picking up the interior of a rectangular parallelepiped room as shown in FIG.
The basic dimensions of the room 1 such as width, depth, and height are input from an input device such as a keyboard. After that, when an overhanging portion such as a pillar or a small room, for example, a small room 2 corresponding to a storeroom or the like is located at one corner in the room 1, the walls 2a and 2b, the ceiling 2c, and the floor 2d constituting the small room 2 The dimensions are entered and subtracted from the basic dimensions of the walls, floor, and ceiling that make up room 1. The same applies to the case where there is an opening 3 such as an entrance or a window.

Next, the four walls 1a to 1d of the room 1 and the floor 1
e, what is the finish of the ceiling 1f is specified based on the finish table attached to the design drawing, and the interior of the walls 1a to 1d, the floor 1e, and the ceiling 1f is picked up in accordance with the specified finish. For example, assuming that the finishing structure of the wall is a first layer of cloth pasting, the second layer is a plaster board, and the third layer is a rim, the finishing dimensions of each of these layers are separately picked up by an input operation, thereby obtaining the finishing of the wall. Calculate the required quantity of finishing material for each layer. The same calculation is performed for the floor 1e and ceiling 1f of the room 1 and the wall, ceiling, and floor of the small room 2.
The interior pick-up data is stored in a storage device such as a hard disk, and further, the interior pick-up data is tabulated for each construction subject and a quantity breakdown for each location and material of the entire building is output, or Outputs the quantity for each different finish.

[0005]

However, in the above-described conventional finish integrating system, when data of each part such as a wall, a floor, and a ceiling is input when picking up the interior and exterior,
Since the surface layer and the groundwork that make up the finish of each part are picked up by separate input operations, the number of inputs required for finishing integration increases, the picking operation becomes complicated, the burden on workers increases, and the building There was a possibility that the product could be picked up on the interior and exterior finishes. SUMMARY OF THE INVENTION An object of the present invention is to provide a finishing integration system for a building, which can reduce the number of inputs required for finishing integration and enable accurate finishing integration without dropout.

[0006]

In order to achieve the above object, the present invention provides a finishing number assigned to each finishing item relating to a floor, a skirting board, a wall, a ceiling, etc., a place code, a unit code, Input means for inputting construction subject code / finished landmark code / specified landmark code, dimensions of a room to be finished and finishing data of the room, and part data; display means; and display means selected and displayed on the display means by the input means. By operating the input means in each data entry column on the finishing table screen, the finishing number, place code, unit code, construction subject code, finishing landmark code, specification landmark code are sequentially input, and the surface layer for each finishing number is entered. Input processing means for constructing the finishing table data from to the base layer, and the finishing table data processed by the input processing means for the finishing table are stored. By operating the input means in the basic data entry field on the interior / exterior pick-up screen selected and displayed on the display means by the input means, the dimensions corresponding to the width, depth and height of the room Basic data corresponding to the finishing number of each finishing place, such as the floor, skirting board, wall, ceiling, etc. of the room, is sequentially input, and the basic dimensions of the room are reduced by pillars, small rooms, beams, etc. that protrude into the room. If there is an opening that reduces the size of the wall due to an overhang or room entrance / window, etc.
Finishing input processing means for sequentially inputting part data such as a position and a finish number into the part data entry fields on the interior / exterior pick-up screen to construct the interior / exterior pick-up data for each room, and the finish picking input processing means Interior / exterior pick-up data storage means for storing the interior / exterior pick-up data processed in the above, based on the finish table data stored in the finishing table data storage means and the interior / exterior pick-up data stored in the interior / exterior pick-up data storage means. In addition to processing the calculation data representing the area of the floor, ceiling, wall, skirting board, etc. of the room on a per-room basis, finishing materials such as floor, ceiling, wall, skirting board, etc. corresponding to the finishing number are divided into interior and exterior finishes and the room. By summing up as separate quantities, it is calculated as tabulation data for each finish and room, and the finishing materials used for interior and exterior finishing of the entire building are tabulated by material and by location such as floor, ceiling, and wall. Characterized in that a calculation processing means for calculating the breakdown sheet data. Also, the present invention
In the finish picking input processing means, when picking up a finish place that cannot be dealt with by the finish picking of the basic data and the part data such that the inner floor of the entrance of the room is finished with a mud-pushing jutan, the finishing place The present invention is characterized in that dimensions are input, and adjustment data for increasing or decreasing the numerical values of the finishing number of the finishing place that cannot be dealt with and the numerical value of the finishing number that can be dealt with are added and added to the numerical value. Further, the present invention, when the underlying layer constituting the finish of the finish place is such as mortar finish,
The unit of the finishing material is input as a unit code representing the volume adapted to the quantity breakdown and the thickness dimension of the finishing material as a coefficient, and by multiplying this coefficient by the area of the finishing place, the base layer can be totaled by volume. It is characterized by becoming.

[0007]

FIG. 1 is an overall configuration diagram showing an embodiment of the present invention. In the figure, reference numeral 10 denotes a control circuit for managing and controlling the whole.

The control circuit 10 includes an interface 11
Input device 12 such as a keyboard, etc., and CR
The monitor display devices 13 made of T are connected to each other.

The control circuit 10 further includes an input processing circuit 1
4, the calculation processing circuit 15 and the output processing circuit 16 are connected. The input processing circuit 14 overlaps the finishing table 30 (see FIG. 2) of the design document in advance by operating the input device 12 in each data entry column on the finishing table screen selected and displayed on the display device 13 by the input device 12. Enter the finishing number 30a arbitrarily attached so as not to apply it, and finish numbers, place codes, unit codes, construction subject codes, finishing landmark codes, specification landmark codes, etc., which are given in relation to floors, skirting boards, walls, ceilings, etc. The unit codes and coefficients to be corrected are sequentially input to construct finish table data (see FIG. 3) from the surface layer to the base layer for each finish number, and furthermore, pick up the interior and exterior of each room input by operating the input device 12. Data, that is, basic data (finish dimensions, width, depth, height) of each room input based on the design documents, and overhangs such as columns, small rooms, and beams that reduce the basic dimensions of the room. Alternatively, finish picking part data corresponding to an opening such as a window or an entrance, and finish picking adjustment data for reducing a floor finish and increasing a jutan finish such as a mud squeezing glue stuck on an entrance floor of a room. Are sequentially input to the part data entry fields on the interior / exterior pick-up screen to construct the interior / exterior pick-up data for each room. The calculation processing circuit 15 is based on the finish table data and the interior / exterior pick-up data processed by the input processing circuit 14, and calculates calculation data for each room, total table data for each room, and quantity breakdown data totaled for each location and finishing material. Is calculated. The output processing circuit 16 also calculates calculation data for each room, tabulation data for each room based on the data processed by the calculation processing circuit 15,
Outputs the quantity breakdown data for each location and finishing material as a calculation statement, room summary table, and quantity breakdown document.

The input processing circuit 14 is connected to a finish table data storage device 17 for storing the processed finish table data and an internal / external pick-up data storage device 18 for storing the internal / external pick-up data. The calculation processing circuit 15 includes:
A storage device 19 that stores the processed calculation data, room-specific summary table data, and quantity breakdown data is connected thereto. These storage devices 17 to 19 are composed of a hard disk or the like, and are controlled by the control circuit 10.
Further, the output processing circuit 16 is connected to a printer 20 that prints out a calculation sheet, a room-specific summary table, and a quantity breakdown sheet. The control circuit 10, the interface 11, the input device 12, the display device 13, the input processing circuit 14, the calculation processing circuit 15, and the output processing circuit 16 are realized by a computer such as a personal computer.

Next, the operation of the embodiment configured as described above will be described. When the finish accumulating system is activated, the screen of the display device 13 displays “finish table”, “pickup”, “internal / external calculation processing”, “calculation output”, “summary table output”, “quantity inscription output”. Is displayed. When a “finish table” is selected from the interior / exterior menu by key operation of the input device 12, an interior / exterior “finish table” input screen as shown in FIG. 3 is displayed.

When the finishing number 30a attached to the finishing table 30 of the design document is input from the input device 12 on the "finishing table" input screen, the finishing number "10" is displayed at the finishing number display position on the screen.
1 "is displayed. After that, “1” or “0” is input to the surface display position. Here, "0" is input when the material is a visible material in which the first layer as the surface layer is visible, and "1" is input when the material is an invisible material (implanted material hidden behind the ceiling). Next, a place code such as a floor, a ceiling, a wall, a column, a beam, a perimeter, a skirting board, etc. is input in the place display position. For example, if the location code of the wall is “3”, “3” is input, and “wall” corresponding to the location code “3” is displayed on the screen. inputting a unit code "2" representing the unit of m ^2.

Next, from the construction subject to the correction is input for each layer (each line on the screen) as the finish content of one layer.
This will be described in order from the one related to the construction subject. First, when the construction subject of the finishing composition of the wall is inputted for each layer, the total of the construction subjects is calculated by dividing the quantity by material. For example, if the construction subject is woodwork, "15", "interior and exterior"
In this case, assuming that it is set in advance to “23”, as shown in FIG.
"3", "15", etc., corresponding to each layer.
Then, the first kanji character of the name of the totaling construction subject at this time is displayed in the construction subject abbreviation position for confirmation. Further, the display position of the construction subject search includes a finish name, a finish 1 name,
And when the finish 2 name is the same construction subject as the tallying construction subject, the same construction subject code as the tallying construction subject is input and displayed. Next, the finish name code of each layer is input.
In this case, for example, assuming that the name code of the cloth is "70", the plaster board is "48", and the waist set is "78", the finish name code based on these numerical values is input, and the finish The name is displayed on the screen as shown in FIG. Next, when a specification 1 code representing a numerical value such as the thickness and length of the finishing material is input, the specification 1 name corresponding to the code is displayed on the screen. When a specification 2 code representing a standard for a finished material is input in the same manner, a corresponding specification 2 name is displayed.

In the next correction section, a unit code and a coefficient to be corrected are input. For example, if the surface layer of the floor is a jutan finish and the second layer is a lightweight concrete finish having a thickness of about 150 mm, enter “3” as the unit code and “0.15” as the coefficient. input. As a result, the thickness 150 mm is multiplied by the area m ^2, and the second layer is counted by volume.

Similarly, in accordance with the finishing table 30 shown in FIG. 2, a finishing number relating to a floor, a ceiling, a wall, a skirting board, etc. is input, and a place name, a unit name, a finishing name, a specification name, and a correction are handled. The input processing circuit 14 converts the data into finish table data by inputting the codes, and registers the data in the storage device 17 in a format represented by a finish number. Thereby, when picking up the interior and exterior, which will be described later, it is possible to collectively pick up from the surface layer to the base layer simply by inputting the finishing number corresponding to the finishing of the floor, ceiling, wall, etc. of each room.

Next, picking up the interior and exterior will be described. In this case, if "Pick" is selected from the interior / exterior menu, the screen of the display device 13 will be an interior / exterior pickup as shown in FIG. 4, and three data of basic data, part data, and adjustment data will be input. This is done on a room-by-room basis.

First, at the time of inputting the basic data, an identification code indicating one of 1: external, 2: internal, and 3: common part is input so that the room to be picked up can be applied to the division in the quantity breakdown. . Next, the floor to be picked up, the name of the room to be picked up (or exterior wall, rooftop, etc.), a multiple representing the number of locations to be picked up, and the basic dimensions (width, depth, height) and width of the room to be picked up as basic data The height dimension of the tree (hip) is input, and "1" or "0" is input for the hip instruction. Here, when the waist instruction is “1”, a calculation process for calculating a portion corresponding to the baseboard as an area quantity is instructed, and when it is “0”, a calculation process for calculating a length quantity is instructed.

Further, based on the finishing table data registered in the storage device 17 on the basis of the design document, what is the finishing number of the entire floor, skirting board, wall, ceiling, and the periphery of the room to be picked up as basic data. Search and enter. In this case, assuming that the room is a square room as shown in FIG. 5, the skirting board and the surface numbers and positions of the walls in this room 40 are set as shown in FIG. Next, each part data of the room to be picked up is input. This part data is to reduce the dimensions of walls such as overhangs or entrances and windows where the basic dimensions of the room are reduced by pillars, small rooms, beams, etc., which project into the room. There are die processing, beam type processing, and opening processing.

In the pillar-shaped processing, when there is a room 40 having a shape as shown in FIG. 6, the position numbers "1" to "9" of the pillar-shaped inside the room 40 are inputted, and furthermore, corresponding to these position numbers The column dimensions X, Y and the number of columns are input. As a result, the basic dimensions of the floor, ceiling, walls, and the like in the room 40 are automatically corrected to values reduced according to the columnar dimensions. Here, when the position number is "1, 3, 5, 7 (four corners)", "1" is input. If the position number is "2, 4,
In the case of "6, 8, 9", enter the number of locations to be picked up.
The position number "5" corresponds to the small room, but this portion is also processed as a pillar type, and the finishing number of the wall of the small room is input as the finishing number. In addition, if the area of the column-shaped forehead of the ceiling or floor is 0.5 m ² or more per location based on the Building Quantity Estimation Standard (Building Estimation Study Group), it is assumed that there is no lack of finish of that part Perform calculation processing.

In the beam-type processing, as shown in FIG. 7, when there is a beam 41 crossing at the center of the width and depth of the room, the position number "1" of the beam in the room (the one attached to the wall on one surface). Beams, "2" (beams on two walls), "3" (beams on three walls), "4" (beams on four walls), "5" (central horizontal direction) Of the beam), "6" (the beam in the vertical direction at the center), and further, the width and height dimensions of the beam. When the position number of the beam is "5" or "6", the number is entered. Further, when the position number of the beam is "5" or "6", the number of columns in the middle is entered. When the position number of the beam is "5" or "6", the starting or ending wall or Enter the position number of the pillar from left to right and bottom to top. If there is no pillar in the corresponding place, enter "0".

In the opening process, first, if there is an opening such as a window or an entrance on a pillar or a wall, the part code "1": pillar, "2": wall is input. Next, the position number for the pillar (the position number shown in FIG. 6) or the position number for the wall (the position number shown in FIG. 5) is input. Next, when the skirting board is cut off by the opening and the skirting board is reduced from the width dimension of the opening, "1" is input. Next, as shown in FIG. 4, the symbols / numbers of the fittings, the width / height dimensions of the fittings, and the number of locations are entered. The data input by the interior / exterior pick-up operation in this way is processed by the input processing circuit 14 as the finish picked-up part data, and the basic finish size of the room is set to a value obtained by subtracting dimensions corresponding to columns, beams, and openings from this. Calculated automatically.

Next, the input of the adjustment data will be described.
This adjustment data is a pick-up that cannot be dealt with by the finish pick-up of the above-described basic data and site data, or an external pick-up. For example, in the case where the inner floor such as an automatic door provided at a plurality of entrances of a room is a mud-wiping jutan, the june is displayed in a comment column of a screen displayed on the display device 13 as shown in FIG. Enter the paste. Next, at the display positions of "+", "0", and "-", dimensions of the detent are 1.2 mx 0.9 mx 1 (calculated value of formula 1 in Fig. 8), 3.25 mx 0.5 mx 3 (calculated value of the calculation formula 2 in FIG. 8) and A (m) × B (m) × locations (calculation formula 3 in FIG. 8)
The final value of the floor is “305” (jutan finish) and the finish number “301” (marble finish).
The symbols "+", "0", and "-" are input for increasing / decreasing both numerical values.

That is, when the increase / decrease instruction is “+”, the total value is increased to the numerical values of both finish numbers “305” and “301”, and when “0”, the total value is calculated as the numerical value of the finish number “305”. The total is counted as an increase, and is counted as a decrease to the finish number "301". In the case of "-", the total value is calculated for both finish numbers "3".
05 ”and“ 301 ”. Therefore, the increase / decrease instruction symbol in this embodiment is “0”. By inputting the finish picking adjustment data in this way, it is possible to accurately total the number of finish materials that do not fall off. Also,
The basic data, part data and adjustment data are processed by the input processing circuit 14 as interior / exterior pick-up data, and are stored in the storage device 18.
Is registered for each room.

When "interior / exterior calculation processing" is selected from the interior / exterior menu by operating the input device 12, the calculation processing circuit 1
5 operates to represent the process of calculating the area of the floor, ceiling, wall, skirting board, outer wall, etc. of the room based on the finish table data registered in the storage device 17 and the interior / exterior pick-up data registered in the storage device 18. In addition to processing the calculation data on a room-by-room basis, finishing materials such as floors, ceilings, and walls corresponding to the finishing numbers are classified by interior and exterior finishes and as quantities by entrance, corridor, office, meeting room, Japanese-style restroom, etc. By tabulating, the data is calculated and processed as a tabulation data by finish / room, and the finishing materials used for the interior and exterior finishing of the whole building are classified by material and floor, ceiling,
The data is totaled for each location such as a wall and calculated as quantity breakdown data. Then, calculation data, room-based totaling table data, and quantity breakdown data obtained based on the processing result are stored in the storage device 19.

When “calculation report output” is selected from the interior / exterior menu by operating the input device 12, the output processing circuit 16 operates and the data of the calculation process stored in the storage device 19 is transmitted to the printer through the control circuit 10. 20. Thus, the printer 20 prints out the calculation process on a sheet and prepares a calculation report 21. Then, by looking at the calculation sheet 21, it is possible to confirm the pick-up.

Further, when the user selects “summary table output” from the interior / exterior menu by operating the input device 12, the output processing circuit 16 reads the finish / room total summary data from the storage device 19, and outputs this to the printer through the control circuit 10. 10, the printer 20 is operated, and the finishing / room totaling table 22 is created by printing the finishing / room totaling table data on paper. By looking at the tabulation table 22, it is possible to easily grasp the quantity and distribution of each room and each finish.

Further, when "output of quantity description" is selected from the interior / exterior menu by operating the input device 12, the output processing circuit 16 reads out the quantity description data from the storage device 19, and outputs the data to the printer 20 through the control circuit 10. , The printer 20 is operated, and the quantity breakdown data is printed on paper, thereby creating the quantity breakdown 23 totaled by material and location. Then, from the quantity breakdown document 23, the quantity of the finishing material for each material and each location can be grasped.

In this embodiment, the finishing number 30a is input by operating the input device 12 in each data entry column on the finishing table screen selected and displayed on the display device 13, and the floor, skirting board, Place code, unit code, construction subject code, finish spot code, etc. related to walls, ceilings, etc.
Specified landmark code, unit code and correction coefficient for totaling correction are sequentially input to build the finish table data from the surface layer to the base layer for each finish number. Exterior pick-up data, that is, basic dimensions (width, depth, height) of each room input based on design documents
The basic data of the finish pick-up, and the data of the finish pick-up part corresponding to an overhang such as a pillar, a small room, a beam, or an opening such as a window or an entrance, which reduces the basic dimensions of the room, are displayed on the interior / exterior pick-up screen. Since the interior / exterior pick-up data is constructed for each room by sequentially inputting in the part data entry column, when picking up the interior / exterior of the room, by inputting the finishing number along with the basic dimensions of the room, the floor, ceiling, Pickup can be performed from the surface layer of the floor or the like to the base layer with a single input, and the number of inputs for picking up and down the interior and exterior can be reduced.

In addition, when picking up the interior / exterior, in addition to the basic data and the part data of the room, a finish such as a mud-wiping jutan paste which cannot be dealt with by inputting these data can be covered by inputting adjustment data. ,
The breakdown of the quantity can be calculated with high accuracy, and more accurate finish integration can be performed.

Furthermore, a correction unit code and a coefficient are input so that the unit of quantity of the base layer constituting the finish can be corrected to another unit suitable for the quantity breakdown of the finish material, and the quantity of the finish material is calculated. Thus, in the case of lightweight concrete, the total of the finishing materials can be reduced to a volume suitable for the breakdown of the quantity and the estimate. Incidentally, the finish integrating system of the present invention is not limited to the one shown in the above embodiment, but can be variously modified within the scope described in the claims.

[0031]

As described above, according to the present invention, by operating the input means in each data entry column on the finishing table screen selectively displayed on the display means, the floor, skirting board, wall, ceiling, etc. Enter the finishing number of the related finishing item and
Place codes, unit codes, etc. related to skirting boards, walls, ceilings, etc.
The construction subject code, finish landmark code, and specification landmark code are sequentially input to build the finish table data from the surface layer to the base layer for each finish number, and the basic data on the interior and exterior pick-up screen selected and displayed on the display means By operating the input means in the entry field, the dimensions corresponding to the width, depth and height of the room and the basic data corresponding to the finishing number of each finishing place such as the floor, skirting board, wall and ceiling of the room are sequentially input. If there is an overhang that reduces the basic dimensions of the room by pillars, small rooms, beams, etc. that protrude into the room, or an opening that reduces the dimensions of the wall by the entrance, window, etc. of the room, these pillars, beams, and openings Since the data on the size, position, finish number, etc. regarding the interior / exterior pick-up data is entered sequentially in the area data entry field on the interior / exterior pick-up screen, the interior / exterior pick-up data is constructed for each room. Room's By inputting the finishing number along with this dimension, the finishing configuration of the room floor, ceiling, wall, etc. can be picked up from the surface layer to the base layer with a single input, and the number of inputs for picking up the interior and exterior can be reduced. Accurate finish accumulation without dropping becomes possible. Further, according to the present invention, when picking up the interior / exterior, when picking up a finishing place that cannot be dealt with by the finishing picking of the basic data and the part data such that the inner floor of the entrance of the room is finished with a mud wiping jutan, By inputting the finishing dimensions of the finishing place, and adding the adjustment data for increasing / decreasing instructions for summing up or decreasing the numerical value to the finishing number of the finishing place that cannot be dealt with and the numerical value of the finishing number that can be dealt with, Accumulation of quantity breakdown can be performed with high accuracy. Further, according to the present invention, when the underlying layer constituting the finish of the finishing place is a mortar finish, the unit of the finish material is a unit code representing a volume adapted to the quantity breakdown and the thickness dimension of the finish material is a coefficient. By multiplying this coefficient by the area of the finishing place and summing up the base layer by volume, the quantity of the finishing material can be made a value suitable for the quantity breakdown and the estimate.

[Brief description of the drawings]

FIG. 1 is an overall configuration diagram showing one embodiment of the present invention.

FIG. 2 is a diagram showing a relationship between each room in the drawing and a finishing configuration.

FIG. 3 is a screen diagram showing an example of finishing table data.

FIG. 4 is a screen diagram showing an example of basic data and part data at the time of picking up an interior / exterior.

FIG. 5 is an explanatory diagram showing a relationship between a skirting board and a wall surface number and a position of a room when basic data is input.

FIG. 6 is an explanatory diagram showing column-type position numbers of a room at the time of inputting part data.

FIG. 7 is an explanatory diagram showing beam-shaped position numbers of a room at the time of inputting part data.

FIG. 8 is a screen diagram showing an example of adjustment data at the time of picking up the interior and exterior.

FIG. 9 is an explanatory diagram for explaining a conventional finish integrating method.

[Explanation of symbols]

 Reference Signs List 10 control circuit 11 interface 12 input device 13 display device 14 input processing circuit 15 calculation processing circuit 16 output processing circuit 17, 18, 19 storage device 20 printer 30 finishing table 40 room

Claims (3)

(57) [Claims] [1] Finishing items related to floors, skirting boards, walls, ceilings, etc.
Number assigned to each item , location code related to this number
Code, unit code, construction subject code, finish landmark code,
Specified landmark code, finished room dimensions and room specifications
Input means for inputting the basic data and site data relating to the upper place, and the display unit, finish selected displayed on the display means by said input means
Operate the input means in each data entry column on the front screen.
And the finish number, location code, unit code, construction
Course code, finish landmark code, specification landmark code are entered sequentially
Power to the input processing means for finishing table to construct a finishing table data from the surface layer to the underlayer for each finishing number, the finish finishing table data storing means for storing the processed finish table data in table input processing means Inside and outside selected and displayed on the display means by the input means
Operate the input means in the basic data entry field on the loading screen
The dimensions and dimensions corresponding to the width, depth and height of the room
Finish number of each finishing place such as floor, skirting board, wall, ceiling etc.
Input the basic data corresponding to
Reduce the basic dimensions of the room with pillars, small rooms, beams, etc.
Wall dimensions due to overhangs or room entrances / windows
If there are openings that reduce
The part data such as the size / position and finish number
To the data entry column on the screen
Input processing means for finishing picking up to construct interior / exterior picking up data
And the interior / exterior pick-up data processed by the finish pick-up input processing means.
And interior and exterior picked data storage means for storing a over data, the finishing table data storing means based on the interior and exterior picked data stored in the stored finishing table data and said exterior picked data storage means to the room floor, ceiling , Wall, baseboard, etc.
Calculation data representing products are processed in units of rooms
Finishing of floors, ceilings, walls, skirting boards, etc. corresponding to the finishing number
Tallying materials as quantities by interior and exterior finish and by room
Is calculated as data for the totals by finish / room, and
Materials and finishing materials used in finishing the entire interior and exterior goods
Floor, ceiling, aggregated by location, such as a wall and quantity breakdown manual data
And a calculation processing means for calculating by calculation. 2. In the finish picking input processing means,
Finish the interior floor of the entrance of the room with glued mutan
Of the basic data and part data as
When picking up a finishing place that cannot be dealt with by
Enter the finishing dimensions of the place and do not handle the values
Increased the finish number of the finishing place and the number of
Finishing integration system of claim 1, wherein the building, characterized in that by adding the adjustment <br/> integer data for the increase or decrease instruction to or aggregated as reduced. 3. A base layer constituting the finishing of the finishing location
In the case of mortar finishing, the unit of the finishing material is
Unit code indicating the volume and the thickness of the finishing material conforming to the standard
Is input as a coefficient, and this coefficient is multiplied by the area of the finishing place.
2. The finishing integration system for a building according to claim 1 , wherein the total number of base layers can be counted by performing the calculation .