JP2856888B2 - Model arrangement and CAD interlocking mechanism of model simulation device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (A) Industrial application field In the present invention, when considering the layout of a kitchen, a living room, a passage, etc., in a house design, a house purchaser uses not a drawing but a model space and model parts. By using this, the kitchen can be designed three-dimensionally.

(B) Conventional technology Conventionally, when designing and building a detached house, a buyer visits a house exhibition hall and looks at various types of existing houses to create an image of a kitchen and living room suitable for oneself. According to that, the house technician was made to draw a floor plan according to it, and the interior model was made for each house. The production of the interior model takes time,
In addition, there was a problem that the production cost was high and simple changes could not be made.

In addition, when an interior model was not made, they found the faulty points only by looking at the drawings, and redesigned or corrected them.

(C) Problems to be solved by the invention However, the floor plan drawn by a technician of a house maker is that ordinary home buyers, especially housewives, should understand the three-dimensional effect only from the drawings drawn flat. In particular, when sinks and cupboards are placed above and below, such as in a kitchen, it is not possible to reliably grasp the image, and a complaint that it differs from the one requested after completion is generated. It appears.

The present invention is designed so that the purchaser can design the image while grasping the image of the space as a three-dimensional normal working space, and the model parts are arranged in the model kitchen space K. Kitchen
It can be made into a drawing by CAD equipment.

This makes it possible for the housewife to directly design and make the designed kitchen into a production drawing, and the engineer can also save the trouble of drawing the design drawing.

In addition, at the stage where the buyer has designed by placing the model parts, it is configured so that the approximate cost can be estimated,
By inputting and placing a cost signal for each used model part, it is possible to calculate by integrating with a CAD device.

(D) Means for Solving the Problems The problems to be solved by the present invention are as described above. Next, means for solving the problems will be described.

In a model simulation apparatus that simulates the state of a kitchen by arranging each model part in a model kitchen space K constituted by a model floor 1 and model walls 2 and 3, etc., the arrangement state of each model part is represented by a model floor 1 and a model. Wall 2
3. The position of the model part is detected by the signal circuit in CA
It is configured to make a drawing by the D device D.

Further, the drawing is made by the CAD device D, and a price signal for each model part is transmitted to the CAD device D so that the total cost of each kitchen part can be added.

(E) Embodiment The problems to be solved and means to be solved by the present invention are as described above. Next, the configuration of the embodiment shown in the attached drawings will be described.

FIG. 1 is a perspective view of the entire apparatus for drawing the positions of model parts arranged in a model kitchen space K, and FIG. 2 is an image receiving apparatus T.
FIG. 3 is a perspective view showing a signal pin P provided on a model part and a signal pin hole H provided on a model wall and a floor, and FIG. 4 is a model kitchen space K.
FIG. 5 is a perspective view showing a state in which model parts are sequentially assembled, FIG. 5 is a perspective view showing a state after arrangement, FIG. 6 is an overall perspective view of the model simulation apparatus, and FIG.

The overall configuration will be described with reference to FIGS. 6 and 7. Two sets of semicircular model part placing tables 4 are arranged, and a model part attaching wall 5 stands upright on an outer peripheral portion of the model part placing table 4. The model part mounting table 4 has a circular shape, and a semicircular table 12 on which the model kitchen space K is mounted is disposed inside the table.

By providing two sets of the model kitchen space K, the semicircular table 12, the model part placing table 4, and the model part attaching wall 5, the two families can perform the simulation.

In addition, since the semicircular table 12 is formed in an arc shape and the semicircular table 12 is disposed inside, the operation of placing the model parts in the model kitchen space K is performed by looking around while sitting on the chair 11, It is possible to do the work of taking out all the model parts.

Also, since the model parts mounting table 4 is arc-shaped,
The wall of the model part attachment wall 5 should also be arc-shaped,
Since it is difficult to attach the model parts in the shape of an arc, it is configured on a flat wall provided with a step portion 24.

The model kitchen space K is composed of three surfaces each having a model floor 1 and model walls 2 and 3. Lines are drawn on the model floor 1 in the form of chairs at regular intervals. This is a line that fits the module of the house. In the model floor 1 and the model walls 2 and 3, signal pin holes H, into which signal pins P provided on each model part can be fitted, are opened at regular intervals.
When each model part is attached, the signal pin P can be inserted into one of the signal pin holes H without fail.

 Next, a description will be given with reference to FIGS.

The following parts are prepared as model parts. Window parts 13, hanging cabinet parts 14 and 16, ventilation hood parts 21 and 23, counter parts 20, dining table parts 18, cooktop parts 17, sink parts 30 and range parts 31, refrigerator parts 33, cabinet parts 34, partition walls Parts 19 etc.

At least one signal pin P is projected from the back of each model part. The signal pins P can be fitted into signal pin holes H which are opened at regular intervals on the model floor 1 and the model walls 2 and 3.

Since the position of the signal pin P of the model part is input in advance in the CAD apparatus D at which position of the shape of the model part is projected, the signal pin P of the model part is The position of the model part is determined depending on whether or not the model part has been inserted. Therefore, CAD device D
This makes it possible to draw a plan view, a side view, and a perspective view.

Ventilation hood parts 21/23 and hanging cabinet parts 14/16 are attached to the position where they come into contact with the ceiling, so there are cases where the ceiling height of each house is high or low, so it can handle both Thus, the low ceiling groove 6 and the high ceiling groove 7 are carved on the model walls 2 and 3.

At the low ceiling groove and the high ceiling groove, the mounting position of the upper end of the storage cabinet parts 14 and 16 is changed.

And all the model parts are prepared from several types of model parts, depending on the preference of the purchaser,
Objects of different sizes and shapes can be brought inside the model kitchen space K and arranged.

A model part attachment wall 5 and a model part mounting position recess are formed on the model part mounting table 4 so that the various types of model parts can be arranged in an orderly manner for each part.

A reference number is given to each of the model parts, and the same number is also provided at the reference number attaching position on the model part attaching wall 5 and the model part placing table 4, and after use, It is configured to return to this position.

The model parts configured as described above are fixed to the model floor 1 and the model walls 2 and 3 of the model kitchen space K.
The fixing of the model parts to the model kitchen space K is performed not by glue or nails but by signal pins P protruding from the back of each model part. A signal pin hole H into which the signal pin P can be inserted is opened. Since the signal of the cost and the shape of the model part is input to the signal pin P for each model part, the signal is transmitted from the signal pin P to the signal pin hole H,
Through the CAD device D, a drawing on the image receiving device T,
The estimated total cost is displayed.

As shown in FIG. 4, a female model W and a male model M are prepared, and these are arranged between the model parts so that the size of a human and the size of each part can be compared and confirmed. Magnet sheets are also attached to the feet of the female model W and the male model M.

In addition, since the simulation kitchen above the model kitchen space K is made by arranging models with human eyes, the space between the respective parts is too large or too small compared to the normal space. There is.

In order to check this point, the measuring gauge 9 for two persons or the measuring gauge 10 for one person and the gauge operating rod 8 are separately constructed, and the magnet sheets 22 and 15 are attached to each other's mounting surfaces. By removing the gauge operating rod 8, the two-person measuring gauge 9 and the one-person measuring gauge 10 can be replaced.

 Next, FIG. 1, FIG. 2, and FIG. 3 will be described.

The top part 17a at the upper part of the worktop part 17 is configured to be detached, and the top part 17a is configured to be replaceable with one having a different color tone or material.

Model floor 1 and model wall 2 that make up the model kitchen space K
3, a signal pin hole H is opened at regular intervals on the inner front surface. When the signal pin P of the model part is inserted into the signal pin hole H, the position and cost are calculated by the CAD device D. Is displayed by the image receiving device T and the printer M
Is displayed.

In this embodiment, the signal pin hole H and the signal pin P are used. However, the signal of the shape and the cost signal of the model part and the signal of the mounting position are obtained only by contacting, not by joining or signal transmission by pins. Any configuration that can be transmitted to the CAD device D is acceptable.

(F) Effects of the Invention The present invention is configured as described above, and has the following effects.

Since it is configured as in claim (1), it is configured so that the purchaser can design the image of the space while grasping the image of the space as a three-dimensional normal working space, and the model is placed in the model kitchen space K. The kitchen designed by arranging the parts can be made into a drawing with a CAD device as it is.

As a result, it is possible for the housewife to design directly, to make the designed kitchen into a production drawing, and even to launch it using the printer M, so that the engineer can also save the trouble of drawing the design drawing.

Since it is configured as in claim (2), at the stage where the purchaser has designed by placing the model parts, it is configured so that the approximate cost can be accumulated.
By inputting the cost signal, it became possible to calculate by integrating with a CAD device.

This allows the purchaser to arrange the model parts while calculating the cost each time, so that the design can be made according to the budget.

[Brief description of the drawings]

FIG. 1 is a perspective view of an entire apparatus for drawing the positions of model parts arranged in a model kitchen space K, FIG. 2 is a perspective view of an apparatus in which an image receiving device T and a printer M are integrated, and FIG. FIG. 4 is a perspective view showing a signal pin P provided on a model wall and a signal pin hole H provided on a model wall and a floor, FIG. 4 is a perspective view showing a state where model parts are sequentially assembled in a model kitchen space K, and FIG. FIG. 6 is an overall perspective view of the model simulation apparatus, and FIG. 7 is a plan view of the same. P ... Signal pin H ... Signal pin hole D ... CAD device T ... Image receiving device K ... Model kitchen space M ... Printer 1 ... Model floor 2,3 ... Model wall 4 ... Model part mounting Table 5 …… Model part sticking wall 8 …… Gauge operation rod 14,16 …… Stand cabinet part 17 …… Cooking table part 30 …… Sink parts

Claims (2)

(57) [Claims] 1. A model simulation apparatus for simulating the state of a kitchen by arranging each model part in a model kitchen space K constituted by a model floor 1 and model walls 2 and 3. A model arrangement and CAD interlocking mechanism of a model simulation apparatus, wherein the position is detected by a signal circuit in the floor 1 and the model walls 2 and 3 and the position of the model parts is drawn by a CAD apparatus D. 2. The drawing is made by the CAD device D according to claim 1, and the price signal for each model part is sent to the CAD device D.
The model arrangement and CAD interlocking mechanism of the model simulation device, characterized in that the total cost of each kitchen part can be added.