JPH0889391A - Buddhist altar - Google Patents

Abstract

PURPOSE: To provide a Buddhist altar easy to operate, having a large opening degree of its opening section, and improving the external appearance and solemnity. CONSTITUTION: The opening section of a box section is constituted of an inner paper screen body 6a interlocked with a paper screen body opening/closing device M1 having a motor (m) and moved to the center section and an outer paper screen body 6b pressed and advanced to the center by the inner paper screen body 6a in contact with a coupling section provided on the inner paper screen body 6a and closing the gap between the inner paper screen body 6a and the side plate section of the box section. The opening section of the box section is opened or closed by cover bodies 6 arranged on the right and left of the box section. The inner paper screen body 6a is formed with the first cover plate piece 7 on the center side of the opening section and the second cover plate piece 8 foldably fitted to the side edge of the first cover plate piece 7 and folded to the inside of the box section when the opening section is opened.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention has a cover capable of opening and closing an opening that opens toward the front of a box for storing worship objects such as Buddhist images and Buddhist paintings. This relates to a Buddhist altar that can be opened and closed with a simple operation as well as being able to open a wide part and significantly increasing its majesty.

[0002]

2. Description of the Related Art Conventionally, it has been proposed that the background of a Buddhist altar can be changed by elevating and lowering the curtain. However, the conventional curtain is located on the back of a worship object such as a Buddhist image, and above it. It is formed so that it can be rolled up and down, and does not cover the front part of the worship object itself.

The inventors of the present invention have also disclosed in Japanese Patent Laid-Open No. 59-1640.
It is known that the reciprocating opening and closing means opens and closes the cover body arranged between the door body and the back plate on the front surface of the box portion disclosed in the specification No. 16 of this specification. However, there is a problem in that the range in which the box portion opens due to the opening of the cover plate is relatively small.

In order to solve one of the above problems, as disclosed in Japanese Patent Application Laid-Open No. Sho 60-92714, there is also proposed a method of forming a cover using four shoji bodies.

[0005]

However, even in the case of the above-mentioned proposal, the opening area is slightly improved with respect to the opening area, but the opening area is 66% or less of the total opening area. Was not enough to raise.

As a result of repeated trial manufacture and research, the inventor formed a part of the shoji body with two cover plate pieces divided in the left-right direction, and pivotably attached the two cover plate pieces so as to be bendable. As a result, the present inventors have completed the present invention by finding that a cover plate piece is bent and stored in this shoji body, and a wide opening area can be secured when opened.

It is an object of the present invention to provide a Buddhist altar that can widen the opening when opening the opening and enhance the majesty of the object of worship.

[0008]

DISCLOSURE OF THE INVENTION According to the present invention, an opening and closing device for moving a door to a central portion of an opening and closing device of an opening and closing device of a box portion linked to an opening and closing device for opening and closing an opening and closing device provided in the opening and closing device. By contacting the joint part and being pushed forward by the shoji body inside, and going forward to the center, it consists of the shoji body inside and the outside shoji body that closes the side plate part of the box part. The opening and closing is performed by a cover body disposed on the first cover plate piece on the center side of the opening and a side edge of the first cover plate piece so as to be bendable. It is a Buddhist altar characterized by comprising a second cover plate piece that is bent inward of the box portion when the opening is opened.

[0009]

[Function] Since it has the above-mentioned structure, the opening of the box is
It can be opened and closed by the reciprocating movement of the inner and outer covers.

Further, the inner shoji body is formed by a first cover plate piece on the center side and a second cover plate piece pivotally attached to the side edge of the first cover plate piece so as to be bendable. Therefore, when the opening is opened, it can be folded and housed inside the box, and the opening can be widely opened. Therefore, when opened, the opening can be opened up to about 75% of the total area, and the majesty of worshiped objects such as Buddhist images and Buddhist paintings can be enhanced.

Furthermore, since the opening can be opened and closed only by the reciprocating movement of the cover body linked to the shoji body opening / closing device including the electric motor, the opening / closing operation can be simple and the operation can be easily performed.

[0012]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. 1 to 5, the Buddhist altar 1 opens and closes the opening O of the box 2 by the reciprocating movement of the cover body 6 including the shoji bodies 6a and 6b.

The box portion 2 is a box-shaped body having a front opening in which a worship object is placed, and includes a pair of side plates 10 and 10 extending from both side edges of the back plate 3 to the front, and above the upper part thereof. An upper cover portion 11 is provided and a bottom plate 12 is attached to the lower portion.

On the bottom part 12 of the box part 2, an altar 13 of small height is raised over its entire width and slightly away from the front edge of the bottom plate 12. In this embodiment, folding door-shaped outer doors 14 are attached to both sides of the front edge discontinuities of the side plates 10 and 10, and the back plate 3, the side plates 10 and 10, the upper cover portion 11 and the bottom plate 12 are attached.
The space A formed by and can be opened and closed. The outer door 14 is manually opened and closed.

Further, in this embodiment, the cover 6 of the box portion 2 is
A kitchen 22 is placed inside of which a worship object is placed and which has a kitchen door 21 on the front side. The kitchen door 21 is formed by a folding door-shaped door body, and its opening and closing is performed by a folding door opening / closing device M2 using an electric motor.

The upper cover portion 11 is arranged above the upper plate 15 in the upper part of the space A by bridging the front plate 20 between the upper plate 15 and the upper and lower decorative bars 17 and 19 which border the ceiling plate 16 facing the space A. Board 1
5. A machine room B formed by a space between the ceiling board 16 and the ceiling board 16 is formed.

Also, between the ceiling plate 16 and the upper surface of the altar 13, one side face contacts the side plate 10 and extends inwardly.
7, the side plate 10 and the pillar piece 27 form a side plate portion 28 of the box portion 2. Further, between the pillar pieces 27, that is, the side plate portion 2
The gap between 8 and 28 can be covered by the cover 6 to hide the back plate 3.

The outer door 14 has a first outer door piece 14a which is hinged to the front end of the side plate 10 so that one end of the outer door 14 can be bent outward.
It is formed from a pair of two-fold door-shaped outer door bodies 14p having the other outer edge and a second outer door piece 14b having one edge hinged so that it can be folded inward. Further, the outer door 14 is the second outer door piece 14b.
The front opening portion 0
Is closed, and the side plate 10 is manually extended to laterally expand in a wing shape to open the opening 0.

The cover body 6 is disposed between the left and right sides of the box portion 2 and moves to the central portion, and the side wall portion 28 is provided between the inner sliding door body 6a and the inward traveling sliding door body 6a. It consists of an outside shoji body 6b that closes the opening 0.

The shoveling bodies 6a, 6a in each of the above-mentioned shoveling bodies 6a, 6a can move to the center of the box portion 2 and come into contact with each other, and the shoveling body 6 in this
a is pivotally attached to the first cover plate piece 7 on the center side of the opening and a side edge 7a of the first cover plate piece 7 by a hinge 29 or the like so as to be bendable inward of the box portion 2. Second cover plate piece 8
Formed by and.

In the machine room B, a sliding door opening / closing device M1 is housed together with a folding door opening / closing device M2 for opening / closing the kitchen door 21. The shoji body opening / closing device M1 is, as shown in FIG.
The rail 4, the moving piece 5 of the cover body 6, and the endless string 9 are included. In the rail 4, in this embodiment, rail pieces 31 and 32 made of grooved members are arranged opposite to each other with their grooves facing each other with a gap, and the upper rail piece 32 is formed to be longer than the other. By doing so, the protruding portion forms a mounting portion. The rail pieces 31 and 32 are integrated by interposing collars 34 and 34, and mounting plates 35 and 36 are bolted to both ends of the rail piece 31. Further, the flanges of the rail pieces 31 and 32 respectively form rail portions, and the moving piece 5 travels on the rail portions 31a to 32b.

The moving piece 5 includes a pair of moving pieces 5a and 5a that move along the rail portions 31a and 32a and the rail portions 31b and 32.
a moving plate 5b, 5b for moving b, and a moving piece 5a,
5a is located at the center of the rail 4 when the cover plate 6 is closed, and the moving pieces 5b and 5b move to both sides thereof. The moving pieces 5a and 5b are each made of a plate body, and the rail 42 can be smoothly moved by the rollers 42 arranged on the upper, lower, left and right sides thereof.

Further, the moving piece 5a located on the left side in FIG.
The first magnetic piece S1a is attached to the upper and inner side edges thereof, and the first magnetic piece S1b is attached to the other movable piece 5a at the inner one side edge and downward thereof.

On the mounting plate 35, an electric motor m having a speed reduction mechanism is flange mounted with its output shaft 50 protruding, and a chain wheel 51 is loosely attached to the output shaft 50. Chain car 5
1 forms a torque limiter in which a friction plate 54 biased by a spring 52 is interposed between a nut 53 fixed to the output shaft 50 and a chain wheel 51. The output is limited to the following. The torque limiter may be omitted.

A support shaft 57 is provided on the mounting plate 36 so as to loosen a chain wheel 56 facing the chain wheel 51. The endless continuous cord 9 is wound between the chain wheels 51 and 56. Therefore, the endless string 9 can be wound around the rail 4. The endless string 9 is made of, for example, a chain, and the endless string 9 has second magnetic pieces S2a, S2.
b intervenes. The second magnetic pieces S2a, S2b are made of a long steel plate, and have an upright and downward upright portion 62 at one end of a base portion 61 that is attached approximately horizontally, and the upper and lower running lines 9 of the endless connecting cord 9 are provided.
a and 9b.

The second magnetic piece S interposed on the upper traveling line 9a.
2a has its both ends connected to the endless continuous cord 9 such that its upright portion 62 faces the first magnetic piece S1a and the base portion 61 is located on the side opposite to the first magnetic piece S1a. The second magnetic piece S2b faces the first magnetic piece S1b with its upright portion 62 facing the first magnetic piece S1b, and the base portion 61 is
The magnetic piece S1b is extended in the opposite direction. Further, the first magnetic pieces S1a and S1b are made of permanent magnets, and the second magnetic pieces S2a and S2b are made of steel plates, so that they are attracted to each other by their magnetic action. Both can be formed by using a permanent magnet, and the first magnetic pieces S2a, S2 can be formed.
It is also possible to use a permanent magnet for b.

The second magnetic pieces S2a and S2b are guided by grooves formed in a guide piece 66 arranged vertically in the center of the rail to prevent them from swinging, and at the same time, the first and second magnetic pieces S1.
In the state where a, S2a, or S1b, S2b are adsorbed, the base portion 61 is set to a length that allows the moving piece 5a to move to the end thereof without being separated from the groove portion. Note that the guide piece 6
A cover that prevents the second magnetic pieces S2a and S2b from coming off in the forward direction can be attached to the cover 6.

Further, the guide piece 66 has an abutting piece 69,
69 are provided on both sides, and the thickness of the contact piece 69 is the same as that of the standing portion 62.
When the moving plate 5a is located at the center and abuts against the abutting piece 69, the moving plate 5a can be separated from the further moving second magnetic pieces S2a and S2b.

An engaging portion 43 is provided on the moving piece 5a. In this example, the engaging portion 43 is provided on the rail 4 toward the opening 0 in the upper part of the moving piece 5a and near the center edge.
A relatively short first projecting piece 44 that projects across the rail 4 and a second short piece that projects across the rail 4 toward the opening 0 in the vicinity of the lower edge of the moving piece 5a and the edge facing the side plate 10. And the projecting piece 45.

A locking portion 46 is provided on the moving piece 5b. In this example, the locking portion 46 is the first protruding piece 4
4, a first locking piece 47 that projects substantially horizontally across the rail 4 toward the back plate 3 in the vicinity of the center-side edge, and a height approximately the same as the second projecting piece 45 and the center-side end. The second from the edge
The L-shaped second extended portion 49a that extends beyond the width dimension of the cover plate piece 8 toward the center and has a hook portion 49b that bends toward the back plate 3 and crosses the rail 4 at the tip. Locking piece 4
9 is attached.

The first cover plate piece 7 of the inner shoji body 6a is
It is attached to the moving piece 5a so as to be vertically adjustable using bolts or the like, so that the first cover plate piece 7 is movably suspended on the rail 4 via the moving piece 5a. Further, since the second cover plate piece 8 is pivotally supported by the first cover plate piece 7 so as to be bendable, the second cover plate piece 8 can be hung on the rail 4 and travel together with the first cover plate piece 7.

On the other hand, the outside shoji body 6b has the moving piece 5b.
Similarly to the first cover plate piece 7, it is suspended.

When suspending the inner and outer shoji bodies 6a and 6b, the moving pieces 5a and 5b are housed in the machine room B without being exposed to the opening O.

Further, a guide piece 67 is provided on the second cover plate piece 8 so as to project therefrom. The guide piece 67 is the side plate 1 of the second cover plate piece 8.
A roller 69 is vertically erected at the tip of an L-shaped mounting member 68 fixed to the back of the edge facing 0. The roller 69 is guided by the guide groove 70.

In this example, the guide groove 70 is provided in the ceiling plate 16 as shown in FIG. The guide groove 70 extends from the position of the guide piece 67 in the state where the cover 6 closes the opening 0 as a starting point and extends substantially parallel to the rail 4 toward the side plate 10 and curves toward the back plate 3 in an arc shape. However, the end thereof is located at the position of the guide piece 67 in a state in which the second cover plate piece 8 is bent at a substantially right angle to the first cover plate piece 7.

The guide piece 67 has a roller 69.
May be disposed so as to be located on the upper end surface of the second cover plate piece 8.

However, as shown in FIG. 5A, the second magnetic piece S2a is moved to the first position by driving the electric motor m in the state where the moving piece 5 moves the cover plate 6 in the closing direction.
5a of the inside of the shoji body 6a in contact with the magnetic piece S1a of FIG. 5 and connecting the first cover plate piece 7 and the second cover plate piece 8 as shown in FIG. 5B.
Move to open. As a result of this movement, as shown in FIG. 5C, the first projecting piece 44 of the engaging portion 43 abuts the first engaging piece 47 of the first engaging piece 46 attached to the moving piece 5b. The outer shoji body 6b is pushed by. By further continuing this pushing movement, the sliding door body 6a inside the second cover plate piece 8 preceding the first cover plate piece 7 is guided by the guide piece 67 guided along the guide groove 70. The inner shoji body 6a folds the second cover plate piece 8 and the first cover board piece 7 overlaps the outer shoji body 6b as shown in FIG. 5 (D). Open to the state.

The second magnetic piece S2b located on the traveling line 9b below goes backward, and the side plate portions 28, 28 are opened by opening the other cover plate pieces 6a, 6b. Moving piece 5
The reduction motor m and the chain wheels 51 and 56 are inserted into the notches 41 provided in a and 5b, so that the cover plate 6 is opened by utilizing almost the entire length of the rail piece 31. At the end of the movement, a micro switch (not shown) is activated to stop the reduction motor m. The mounting error of the micro switch is the friction plate 5
Can be absorbed by slip of 4. Further, the opening / closing operation can be operated by using a timer, and the timer may be set to be longer than the time required for opening / closing, and after the opening / closing, the friction plate 54 may be absorbed by the slip.

As shown in FIG. 6 (A), the moving piece 5 is covered by the cover 6.
When the motor is opened, the first magnetic piece S1a and the second magnetic piece S2 are rotated by reversing the electric motor m.
The second that moves together with the endless cord body 9 by the adsorption action with a.
The moving plate 5a is moved by the magnetic piece S2a, and first, as shown in FIG. 5B, the shoji piece 6a therein is moved toward the center. At this time, as the first cover plate piece 7 fixed to the moving piece 5a advances, the second cover plate piece 8 attached thereto also follows.

Further, when the second cover plate piece 8 appears outside the shoji body 6b, as shown in FIG.
The second protruding piece 45 of No. 3 abuts on the second engaging piece 49 of the engaging portion 46, so that the outer shoji body 6b moves toward the center.

A pair of shoji bodies 6a, 6a facing each other
Contact at the center and the outer shoji body 6b blocks the space between the inner shoji body 6a and the side wall portion 28 so that the opening 0
Close.

At the end of movement, the moving plate 5a is brought into contact with the contact piece 6a.
4 and the second magnetic piece S2a is further moved to stop the magnetic action between the first and second magnetic pieces S1a and S2a, so that the cover plate 6 can be freely opened by hand. It will be convenient to open and close in the event of a power outage or disconnection accident. The other inner and outer shoji bodies 6a and 6b can be similarly opened and closed.

As shown by the alternate long and short dash line in FIG. 3, the engaging portion 43 is provided with a door opening protrusion 48 near the center edge of the moving piece 5a and at the same height as the second protrusion 45. It is also possible to form the cover 6 by opening the door opening protrusion 48 and the second locking piece 49. By forming in this way, the first projecting piece 44 can be omitted and the cover can be opened and closed by the three metal fittings.

The kitchen door 21 is opened and closed by the folding door opening / closing device M2 as described above. The folding door opening / closing device M2 is interlocked with the shoji body opening / closing device M1, and the kitchen 6 is opened after the cover 6 is completely opened. The door 21 begins to open, and the kitchen door 2
It can be formed to disclose closing of the cover 6 after closing the door 1. Further, a selection operation can be added so that the cover 6 and the kitchen door 21 are closed at the same time.

Instead of the kitchen, for example, a Buddhist altar which can be placed in a state where the object of worship is stored and which can be taken out may be installed inside the cover 6. The outer door can be omitted if necessary. As described above, the present invention can be modified into various aspects.

[0046]

As described above, according to the Buddhist altar of the present invention, the opening of the box can be automatically opened and closed by the cover, which facilitates the operation. Further, the cover opens and closes the box portion by reciprocating motions from the inside and outside shoji bodies, and the inside shoji body is pivotally attached to the first covering plate piece and the side edge thereof so as to be bendable. Because it was formed by
The openness inside the box increases and the appearance and majesty of the Buddhist altar is further increased.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment of the present invention.

FIG. 2 is a plan view showing a shoji body opening / closing device that operates the cover.

FIG. 3 is a perspective view showing a main part of a shoji body opening / closing device.

FIG. 4 is a perspective view showing a locking portion of a cover.

5A to 5D are plan views showing the operation.

6A to 6D are plan views showing the operation.

[Explanation of symbols]

 2 Box part 6 Cover body 6a Shoji body inside 6b Outside shoji body 7 First cover plate piece 8 Second cover plate piece 28 Side plate part 43 Engagement piece M1 Shoji body opening / closing device m Electric motor O opening

Claims (1)

[Claims] Claim: What is claimed is: 1. An inner shoji body which moves an opening portion of a box portion to a central portion by being linked to a shoji body opening / closing device equipped with an electric motor, and an engaging portion provided on the inner shoji body to abut against the inner shoji body. The shoji body pushes forward and moves to the center, and the outer shoji body closes the gap between the inner shoji body and the side plate part of the box part. In addition, the inner shoji body is provided with a first cover plate piece on the center side of the opening and a side edge of the first cover plate piece that is bendably pivotably attached to the box part when the opening is opened. A Buddhist altar characterized by comprising a second cover plate piece that bends inward.