JP2008200396A - Wooden buddhist altar - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To effectively prevent deformation of door bodies occurring with age by effectively preventing strain of the door bodies due to warpage of vertical frames. <P>SOLUTION: This wooden Buddhist altar is provided with an outer door 2 consisting of door bodies 3 vertically divided into four bodies. The four door bodies 3 are formed into two sets of door units 2A by foldably connecting two bodies together respectively and are so connected as to be opened/closed in the left/right of the Buddhist altar body 1. Each door body 3 is so formed that plate materials 7 vertically divided into a plurality of pieces are fixed inside a wooden frame 4 formed by connecting wooden vertical frames 5 and lateral frames 6 into a vertically elongate rectangle, intermediate frames 8 are provided between the divided plate materials 7, and the both ends of the intermediate frames 8 are fixed to the vertical frames 5. The inside surrounded with the vertical frames 5, the lateral frames 6 and the intermediate frames 8 has fit-in grooves and the outer circumferential edge parts 13 of the plate materials are fitted therein. An elastic body 15 is disposed between the end face 13A of the outer circumferential part 13 of the plate material to be inserted into the fit-in groove 12 and the base 12A of the fit-in groove 12, and the outer circumferential edge part 13 of the plate material 7 is pushed by the elastic body 15 to retain the plate material in a fixed position. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a wooden Buddhist altar when an outer door is provided outside the inner door, and more particularly to a wooden Buddhist altar that is most suitable for the Karagi Buddhist altar where the outer door is made of Karaki.

The Buddhist altar that divides the outer door into four door bodies is connected so that the two door bodies can be folded to form door units, and each door unit is connected to both sides of the main body of the Buddhist altar with hinges. In this Buddhist altar, as shown in FIG. 1, each door body 23 has a structure in which a plate material 27 is fixed inside a wooden frame 24 connecting a vertical frame 25 and a horizontal frame 26. In the Buddhist altar of this structure, the vertical frame 25 divided into four pieces is deformed with time to generate distortion. In particular, as shown in FIG. 1, the four door bodies 23 are arranged adjacent to each other, so that when the distortion occurs, the four door bodies 23 are relatively displaced, and there is a disadvantage that the distortion is very conspicuous. As described in Patent Document 1, the distortion of the door body can be reduced by dividing the door body into two door bodies and inserting braids in place of the plate material inside the vertical and horizontal frames.
Utility model registration No. 3103175

  Since the outer door is divided into two door bodies, the Buddhist altar of Patent Document 1 cannot be made into a high-class altar with the outer door closed. In addition, because the outer door plate is made of a braid, it cannot be neatly designed with the outer door closed, and dust and dirt adhere to the braid and it takes a lot of work to remove it. There are drawbacks. Furthermore, in this Buddhist altar, the door body as a whole is distorted, in particular, distortion due to warping of the plate material cannot be reduced, and distortion due to warping of the vertical frame over time cannot be effectively prevented. The Buddhist altar that divides the outer door into four door bodies is prone to warp because the vertical frame of each door body is considerably thin and long. Furthermore, when the door body is distorted due to the warp of the vertical frame, the gap between the adjacent door bodies changes. Therefore, there is a drawback that the distortion of the vertical frame is very conspicuous with the outer door closed.

  The present invention has been developed for the purpose of solving this drawback. An important object of the present invention is to provide a wooden Buddhist altar that can effectively prevent the deformation of the four door bodies over time by effectively preventing the distortion of the door bodies due to warping of the vertical frame. .

The wooden Buddhist altar of the present invention has the following configuration in order to achieve the aforementioned object.
The wooden Buddhist altar has an outer door 2. The outer door 2 includes four door bodies 3 that are vertically divided into four. The four door bodies 3 are connected so that the two doors can be folded to form two sets of door units 2A, and the door units 2A are connected so that they can be opened and closed to the left and right of the altar body 1. Each door body 3 is divided by fixing a plurality of vertically divided plate members 7 inside a wooden frame 4 formed by connecting wooden vertical frames 5 and horizontal frames 6 in a vertically long and narrow rectangle. A plurality of intermediate frames 8 are provided between the plate members 7, and both ends of the intermediate frame 8 are bonded and fixed to the vertical frame 5. Furthermore, an insertion groove 12 into which the outer peripheral edge portion 13 of the plate material 7 is inserted is provided on the inner side surrounded by the vertical frame 5, the horizontal frame 6, and the intermediate frame 8, and the outer peripheral edge portion 13 of the plate material 7 is inserted into the insertion groove 12. Is inserted. Further, an elastic body 15 is disposed in the insertion groove 12 between the end surface 13A of the outer peripheral edge 13 of the plate member 7 inserted therein and the bottom surface 12A of the insertion groove 12. The elastic body 15 presses the outer peripheral edge 13 of the plate member 7 inserted into the insertion groove 12 to hold the plate member 7 in a fixed position.

  The wooden Buddhist altar of claim 2 of the present invention, in addition to the structure of claim 1, each plate member 7 divided vertically is provided with a hote portion 14 with the central portion protruding to the front surface, and the outer peripheral edge portion 13. Is made thinner than the hote portion 14 and is inserted into the insertion grooves 12 of the vertical frame 5, the horizontal frame 6, and the intermediate frame 8.

  The wooden Buddhist altar of claim 3 of the present invention is provided with a sculpture pattern on the back surface of the plate material 7 in addition to the structure of claim 1.

  The wooden Buddhist altar of claim 4 of the present invention has the vertical frame 5, the horizontal frame 6 and the intermediate frame 8 in addition to the structure of claim 1.

  In the wooden altar of claim 5 of the present invention, the elastic body 15 is disposed in at least one of the insertion grooves 12 of the vertical frame 5 positioned on the left and right sides of the plate material 7, and the left and right positions of the plate material 7 are positioned by the elastic body 15. At the same time, an elastic body 15 is disposed in at least one of the insertion groove 12 of the horizontal frame 6 or the intermediate frame 8 positioned above and below the plate material 7, and the vertical position of the plate material 7 is positioned by this elastic body 15.

  According to a sixth aspect of the present invention, the wooden Buddhist altar is located on the left or right or top and bottom of the plate member 7, and elastic bodies 15 are disposed in both of the fitting grooves 12 facing each other.

  The Buddhist altar of the present invention has a feature that it can effectively prevent the deformation of the four door bodies that occur with time by effectively preventing the distortion of the door bodies due to the warp of the vertical frame. That is, the wooden Buddhist altar of the present invention divides the plate material of each door body that divides the outer door into four pieces, and provides an intermediate frame between the divided plate materials. Both ends of the plate are bonded and fixed to the vertical frame, and an inner groove surrounded by the vertical frame, the horizontal frame, and the intermediate frame is provided with an insertion groove for inserting the outer peripheral edge of the plate material. This is because the elastic body is disposed between the end surface of the outer peripheral edge of the plate member inserted into the insertion groove and the bottom surface of the insertion groove.

  In the wooden Buddhist altar of the present invention, the middle of the thin and long wooden vertical frame is connected by an intermediate frame, and in the part where this intermediate frame is arranged, the intermediate frame is made thick and strong by dividing the plate material. With the frame, the middle of the vertical frame can be connected firmly and toughly to prevent warping and deformation. Furthermore, the wooden Buddhist altar of the present invention is an elastic body disposed in the insertion groove of the door body, and presses the outer peripheral edge of the plate material inserted into the insertion groove to hold the plate material in a fixed position. Accordingly, it is possible to elastically absorb the temporal deformation of the plate material and reliably prevent the warp and deformation of the door body due to the deformation of the plate material.

  As described above, the wooden Buddhist altar of the present invention absorbs the deformation of the plate material inserted into the insertion groove inside the door body with the elastic body while reliably preventing the horizontal frame from warping in the intermediate frame. Since the warping and deformation of the door body can be reliably prevented, the outer door in which the four door bodies are arranged close to each other can be reliably prevented from having a non-uniform gap between adjacent door bodies. For this reason, the wooden Buddhist altar of the present invention reliably prevents distortion of the door body divided into four pieces over a long period of time, and even when the outer door is closed, distortion caused by the warp of the door body is prevented. Realize features that can be reliably prevented.

  Embodiments of the present invention will be described below with reference to the drawings. However, the Example shown below illustrates the wooden Buddhist altar for materializing the technical idea of this invention, and this invention does not specify a wooden Buddhist altar as the following.

  Further, in this specification, in order to facilitate understanding of the scope of claims, numbers corresponding to the members shown in the examples are indicated in the “claims” and “means for solving problems” sections. It is added to the members. However, the members shown in the claims are not limited to the members in the embodiments.

  The Buddhist altar shown in FIG. 2 is provided with an outer door 2 outside the inner door (not shown). The outer door 2 is connected to the Buddhist altar body 1 through a hinge 9 so that it can be opened and closed. The outer door 2 is composed of four door bodies 3 that are vertically divided into four. The four door bodies 3 are connected so that two sheets can be folded to form two sets of door units 2A. The two door bodies 3 are connected so that they can be bent via a hinge (not shown), and are connected so that they can be folded. In the figure, four door bodies 3 are connected so that the right two door bodies 3 can be folded to form a right door unit 2A, and this right door unit 2A is connected to the right side of the main body 1 of the Buddhist altar. ing. Further, the left two door bodies 3 are connected so as to be foldable to form a left door unit 2A, and the left door unit 2A is connected to the left side of the altar body 1. The right and left door units 2A are connected to the altar body 1 via a hinge 9 so that the front opening of the altar body 1 can be opened and closed. The two door bodies 3 constituting the door unit 2A are in a state in which the outer door 2 is closed, that is, in a state where the adjacent door bodies 3 are connected in a planar shape, and the gap between the adjacent door bodies 3 is 1 mm or less. So that they are connected via a hinge.

  As shown in FIGS. 2 and 3, each door body 3 constituting the door unit 2 </ b> A has a plate material 7 fixed inside the wooden frame 4. The wooden frame 4 is formed in a rectangular frame shape that is vertically elongated by connecting a wooden vertical frame 5 and a wooden horizontal frame 6 at both ends at right angles. The plate material 7 is fixed inside the wooden frame 4. The door body 3 of FIG. 2 fixes the board | plate material 7 divided | segmented into three pieces up and down inside the wooden frame 4. As shown in FIG. An intermediate frame 8 is provided between the divided plate members 7. The door body 3 in FIG. 2 divides the inside of the wooden frame 4 into three blocks by an intermediate frame 8 and fixes the plate material 7 divided into each block, that is, three plate materials 7.

  The vertical frame 5 and the horizontal frame 6 are manufactured by processing aragi such as purple sandalwood or ebony into a long and narrow bar shape. The vertical frame 5 and horizontal frame 6 of Karagi have beautiful grain patterns and colors that are ideal for Buddhist altars. However, since the vertical frame 5 of Karaki tends to warp with time, a structure that reliably prevents warping is important. The Buddhist altar of the present invention can surely prevent the warp of the vertical frame 5 and is therefore most suitable for the Buddhist altar in which the vertical frame 5 is a Karaki, and in particular, the Buddhist altar in which both the vertical frame 5 and the horizontal frame 6 are Karaki. However, the wooden Buddhist altar of the present invention is manufactured by processing the vertical frame and horizontal frame by processing natural wood other than Karaki, coloring the surface, printing, or adhering a decorative sheet to make the surface of Karagi. The appearance can be approximated. A vertical frame and a horizontal frame made of natural wood that is not Karaki are less warped than Karaki, but warp over time because they are natural wood. The Buddhist altar of the present invention reliably prevents warping of the vertical frame with the following unique structure.

  The door body 3 divides the inside of the wooden frame 4 into a plurality of blocks by an intermediate frame 8, and both ends of the intermediate frame 8 are fixed to the vertical frame 5 to prevent the vertical frame 5 from warping. The intermediate frame 8 that prevents the vertical frame 5 from warping is connected by bonding both ends to the opposite inner side of the vertical frame 5. Generally, wood has a property that it is difficult to expand and contract in the vertical direction of the grain, and easily expands and contracts in the lateral direction of the grain. The vertical frame 5, the horizontal frame 6, and the intermediate frame 8 are processed into an elongated bar shape along the vertical direction of the grain. Therefore, the vertical frame 5 of the vertically elongated door 3 is likely to warp in the left-right direction. The door body 3 has upper and lower ends of the vertical frame 5 connected by the horizontal frame 6, and warpage at both ends of the vertical frame 5 is prevented by the horizontal frame 6, and the middle of the vertical frame 5 is connected by the intermediate frame 8. The middle frame 8 prevents warping at the middle part of the vertical frame 5. In particular, the horizontal frame 6 and the intermediate frame 8 are processed into a long and narrow bar shape along the vertical direction of the wood, and the opposing vertical frames 5 are connected in a state where the wood is left and right, so that the vertical frame 5 is reliably warped. Can be prevented.

  Further, as shown in the exploded perspective view of FIG. 4, the intermediate frame 8 is provided with fitting protrusions 10 at both ends in order to more securely fix the intermediate frame 8 so as not to be detached from the vertical frame 5. As shown in FIGS. 3 and 5, the intermediate frame 8 is processed so that the front surface and the back surface are flush with the surface of the wooden frame 4, and the fitting protrusion 10 is provided in the middle of the front and rear. . The vertical frame 5 is provided with the fitting recessed part 11 which fits this fitting protrusion part 10 in the inner side which opposes. The inner shape of the fitting recess 11 is equal to the outer shape of the fitting projection 10, and the fitting projection 10 is inserted and fitted. In the intermediate frame 8, the fitting protrusion 10 is inserted into the fitting recess 11 of the vertical frame 5, and the fitting protrusion 10 is bonded to the fitting recess 11 in the fitted state, so that the intermediate frame 8 is attached to the vertical frame 5. It is fixed so that it does not come off firmly.

  Further, the intermediate frame 8 shown in FIG. 3 and FIG. 4 is provided with a chevron insertion portion 16 by processing the front and back surfaces of both ends into a chevron that becomes narrower toward the tip. Further, on the inner side surface of the vertical frame 5 that fixes both ends of the intermediate frame 8, a fitting recess 17 for fitting the chevron insertion portion 16 of the intermediate frame 8 is provided. This structure is characterized in that the mountain-shaped fitting portions 16 at both ends of the intermediate frame 8 are fitted into the fitting recesses 17 of the vertical frame 5 so that the intermediate frame 8 can be connected while accurately positioned. Further, the structure in which both end portions of the intermediate frame 8 are formed in a mountain shape and connected to the vertical frame 5 has a feature that the appearance can be beautiful. In particular, as shown in FIG. 2, in the outer door 2 in which the intermediate frame 8 is provided at the same height of all the door bodies 3, the intermediate frames 8 of the adjacent door bodies 3 are linearly arranged in a closed state. The outer door 2 can improve the design balance while preventing distortion of the portion where the intermediate frame 8 is provided.

  In the Buddhist altar of the present invention, a plurality of intermediate frames 8 are provided in the middle of the vertical frame 5, the inside of the wooden frame 4 is divided into three or more blocks, and the plate material 7 is fixed to each of the divided blocks. In the Buddhist altar of FIG. 2, two intermediate frames 8 are fixed in the middle of the vertical frame 5, and the door body 3 is divided into three blocks. The intermediate frame 8 is connected to the vertical frame 5 at both ends in a posture parallel to the horizontal frame 6, that is, in a horizontal posture. However, the Buddhist altar of the present invention can fix three or more intermediate frames in the middle of the vertical frame, divide the door body into four or more blocks, and fix the plate material to each block. In addition, the intermediate frame may be connected to the vertical frame at an inclined posture with respect to the horizontal frame without making the intermediate frame parallel to the horizontal frame.

  Further, as shown in FIGS. 3 to 9, the door body 3 is provided with a fitting groove 12 into which the outer peripheral edge portion 13 of the plate member 7 is fitted inside the vertical frame 5, the horizontal frame 6, and the intermediate frame 8. The outer peripheral edge 13 of the plate member 7 is inserted into and connected to the insertion groove 12. As shown in FIGS. 3, 4, and 6, the vertical frame 5 is provided with a fitting groove 12 on the inner side facing each other and connecting the plate material 7. As shown in FIG. 7, the horizontal frame 6 is provided with a fitting groove 12 on the inner side facing each other. Since the intermediate frame 8 connects the plate material 7 to the upper and lower sides thereof, as shown in FIG. 8, insertion grooves 12 are provided on both upper and lower sides. Since the insertion groove 12 inserts and connects the outer peripheral edge portion 13 of the plate material 7, the width is substantially equal to the thickness of the outer peripheral edge portion 13 of the plate material 7 so that the plate material 7 can be inserted into the insertion groove 12 without a gap. Yes.

  The plate material 7 is manufactured by processing Karaki such as purple sand or ebony into a plate shape. However, the plate material can also be made by processing natural wood other than Karaki into a plate shape, coloring the surface, printing, or adhering a decorative sheet to make the surface approximate the appearance of Karagi. . In this way, the plate material 7 made of natural wood is also easily deformed over time. If the plate material 7 is deformed, the door body 3 to which the plate material 7 is fixed is deformed. For example, the plate material 7 is processed so that the vertical direction of the grain is the vertical direction. Therefore, the plate member 7 is easily deformed in the left-right direction, which is the horizontal direction of the grain. The deformation of the plate material 7 in the left-right direction causes the vertical frame 5 positioned on the left and right of the plate material 7 to be deformed. In particular, since the vertical frame 5 is elongated in the vertical direction, warping is likely to occur in the left-right direction, and if the plate 7 is deformed in this direction, the vertical frame 5 is deformed in the left-right direction. In the wooden Buddhist altar of the present invention, in order to prevent the deformation of the door body 3 due to the deformation of the plate material 7, the opposing outer peripheral edge portion 13 of the plate material 7 inserted into the insertion groove 12 is bonded and fixed to the insertion groove 12. do not do. As shown in FIGS. 6 to 9, the door body 3 is provided with an elastic body 15 in the fitting groove 12, and the elastic body 15 presses the outer peripheral edge portion 13 of the plate material 7 to thereby press the plate material 7. In a predetermined position. In the door body 3 in these drawings, an elastic body 15 is disposed between the end surface 13A of the outer peripheral edge portion 13 of the plate member 7 inserted into the insertion groove 12 and the bottom surface 12A of the insertion groove 12. The elastic body 15 disposed in the insertion groove 12 elastically presses the end surface 13A of the outer peripheral edge 13 to hold the plate material 7 inserted in the insertion groove 12 in a fixed position. This structure is such that even if the plate material 7 is deformed over time, the elastic body 15 pressed against the outer peripheral edge 13 of the plate material 7 is elastically deformed, and the plate material 7 directly deforms the door body 3. Stop. That is, the deformation of the plate member 7 is absorbed by the elastic body 15 and the deformation of the door body 3 is prevented.

  The elastic body 15 shown in FIG. 9 is a leaf spring 15A. The elastic body 15 which is the leaf spring 15A is produced by forming an elastic metal plate into a predetermined shape. The leaf spring 15A shown in the drawing is formed by bending the center portion of an elongated elastic metal plate into an arc shape to form an elastic deformation portion 15a, and provided with bent pieces 15b at both ends. The leaf spring 15A having this shape can be mass-produced easily and inexpensively. However, the elastic body, which is a leaf spring, can be produced by bending an elastic metal plate into a U shape or cutting it into a V shape. Furthermore, the present invention does not specify an elastic body as a leaf spring. As the elastic body, a coil spring or a rubber-like elastic body can also be used. An elastic body made of a coil spring or rubber-like elastic body is also provided between the end surface of the outer peripheral edge of the plate member inserted into the insertion groove and the bottom surface of the insertion groove so as to elastically press the end surface of the outer peripheral edge. Arranged.

  The elastic body 15 disposed in the insertion groove 12 is fixed to the bottom surface 12A of the insertion groove 12, or fixed to the end surface of the outer peripheral edge of the plate material and disposed at a fixed position. In the leaf spring 15A shown in FIG. 9, one bent piece 15b is fixed to the bottom surface 12A of the insertion groove 12 and arranged at a predetermined position. The bent piece 15b of the leaf spring 15A is fixed to the bottom surface 12A of the insertion groove 12 via, for example, a fixing tool 18 such as a nail or a screw, or is not shown in a positioning recess provided on the bottom surface of the insertion groove. Inserted and fixed in place. The plate spring 15A is disposed in a state where the top of the elastic deformation portion 15a is in contact with the end surface 13A of the outer peripheral edge portion 13, and this portion is pressed against the outer peripheral edge portion 13 of the plate member 7 and elastically deformed. However, the leaf spring can be fixed to the plate material. The leaf spring is elastically deformed in a state where one bent piece is fixed to the end surface of the plate material and the top of the elastically deforming portion is brought into contact with the bottom surface of the fitting groove. That is, the elastic body 15 is disposed between the end surface 13A of the outer peripheral edge portion 13 of the plate member 7 and the bottom surface 12A of the fitting groove 12 and elastically presses the end surface 13A of the outer peripheral edge portion 13.

  As shown in FIG. 9, the elastic body 15 disposed in the insertion groove 12 forms an adjustment gap 19 between the end surface 13 </ b> A of the outer peripheral edge 13 of the plate member 7 and the bottom surface 12 </ b> A of the insertion groove 12. . The door 3 changes the width of the adjustment gap 19 in accordance with the amount of deformation of the elastic body 15 that is elastically deformed to absorb the deformation of the plate 7 over time, or the wooden frame 4 or the intermediate frame 8 and the plate 7. Absorbs dimensional errors and misalignments. Therefore, the door body 3 prevents the deformation of the door body 3 due to the deformation of the plate material 7 and absorbs the relative positional deviation between the frame body 4 and the intermediate frame 8 and the plate material 7, thereby reducing the plate material 7. It can be held in place. Furthermore, since this door body 3 has a gap between the end surface 13A of the outer peripheral edge 13 of the plate member 7 and the bottom surface 12A of the insertion groove 12, in the process of manufacturing the door body 3, the vertical frame 5 has a horizontal frame. There is also a feature that the outer peripheral edge 13 of the plate member 7 can be fitted into the fitting groove 12 in a state where the inner frame 8 is connected to the intermediate frame 8 and the inner side is opened. That is, the door body 3 can be connected by inserting the plate member 7 after the frame body 4 is formed.

  As shown in FIG. 9, the elastic body 15 is an insertion groove 12 positioned on the upper, lower, left, and right sides of the plate member 7, and can be disposed in one or both of the insertion grooves 12 facing each other. The door body 3 shown in FIGS. 6 and 9 is located on the left and right sides of the plate member 7, and the elastic body 15 is disposed only in one of the fitting grooves 12 facing each other. 6 and 9, the elastic body 15 is disposed in the insertion groove 12 of the vertical frame 5 located on the right side of the plate member 7 in the figure, and the elastic body is provided in the insertion groove 12 of the vertical frame 5 located on the left side. 15 is not arranged. In this door body 3, the left end surface 13 </ b> A of the plate member 7 is folded on the bottom surface 12 </ b> A of the insertion groove 12, and the right end surface 13 </ b> A is folded on the bottom surface 12 </ b> A of the insertion groove 12 via the elastic body 15. . The door body 3 elastically deforms the elastic body 15 disposed in the insertion groove 12 located on the right side of the plate material 7 to absorb the shift and deformation of the plate material 7 in the left-right direction and bring the plate material 7 into a predetermined position. Hold. Therefore, the door body 3 in the figure is formed with the insertion groove 12 on the side where the elastic body 15 is disposed deeper than the insertion groove 12 on the side where the elastic body 15 is not disposed.

  Further, the door body 3 shown in FIGS. 7 to 9 is located above and below the plate member 7 and has the elastic body 15 disposed only in one of the fitting grooves 12 facing each other. In these door bodies 3, the elastic body 15 is disposed in the insertion groove 12 positioned on the lower side in the drawing, and the elastic body 15 is not disposed on the insertion groove 12 positioned on the upper side. The door body 3 has the upper end surface 13A of the plate member 7 folded on the bottom surface 12A of the insertion groove 12, and the lower end surface 13A is folded on the bottom surface 12A of the insertion groove 12 via the elastic body 15. Yes. The door body 3 elastically deforms the elastic body 15 disposed in the insertion groove 12 located on the lower side of the plate material 7 to absorb the vertical displacement and deformation of the plate material 7 to place the plate material 7 at a predetermined position. Hold on. Therefore, the door body 3 in the figure is formed with the insertion groove 12 on the side where the elastic body 15 is disposed deeper than the insertion groove 12 on the side where the elastic body 15 is not disposed. However, the door body can also arrange | position an elastic body in the insertion groove located in the upper side of a board | plate material.

  Further, the door body 3 shown in FIG. 9 has two elastic bodies 15 arranged vertically apart in the insertion groove 12 located on the right side of the plate member 7, and 1 in the central portion of the insertion groove 12 located on the lower side. The elastic bodies 15 are arranged. However, although not shown, the door body can be provided with one, or three or more elastic bodies in one or both of the fitting grooves located on the left and right sides of the plate material, and is positioned above and below the plate material. Two or more elastic bodies can be arranged in one or both of the fitting grooves. Further, although not shown, the door body may be provided with an elastic body in both the upper and lower or left and right insertion grooves facing the plate member. In this door body, the fitting grooves facing each other are formed to the same depth, and the plate material can be arranged in the central portion with a good balance.

  The door body 3 described above is an elastic body 15 disposed in the insertion groove 12 provided inside the vertical frame 5 facing each other, and is positioned by absorbing the deformation and displacement of the plate member 7 in the left-right direction. The elastic body 15 disposed in the opposite lateral frame 6 and the intermediate frame 8 or the insertion groove 12 provided inside the intermediate frames 8 absorbs the deformation and displacement of the plate material 7 in the vertical direction and positions it. Thus, the door body 3 that can position the vertical position and the horizontal position of the plate material 7 is arranged with respect to the frame body 4 and the intermediate frame 8 while disposing the plate material 7 at an accurate position. Can be absorbed. In particular, the elastic body 15 disposed in the insertion groove 12 provided inside the opposing vertical frame 5 ideally absorbs deformation and displacement of the vertical frame 5 and the plate material 7 that are long in the vertical direction and easily warp. it can. However, it is not always necessary to dispose the elastic body in both the insertion grooves facing the top and bottom of the plate material and the insertion grooves facing the left and right. The elastic body can be disposed only in one of the insertion groove facing up and down and the insertion groove facing right and left.

  6 to 8 are enlarged cross-sectional views of a portion where the outer peripheral edge portion 13 of the plate member 7 is inserted into the insertion groove 12 of the vertical frame 5, the horizontal frame 6, and the intermediate frame 8 to be connected. The plate member 7 shown in these drawings is provided with a hote portion 14 with the central portion protruding to the front, and the outer peripheral edge portion 13 is made thinner than the hoter portion 14, and the outer peripheral edge portion 13 is thinner than the hote portion 14. Are inserted into the insertion grooves 12 of the vertical frame 5, the horizontal frame 6, and the intermediate frame 8. Further, in the plate material 7 shown in the figure, the thickness of the hote portion 14 is made thinner than the frame body 4 and the intermediate frame 8. Further, the Buddhist altar shown in the perspective views of FIG. 2 and FIG. 3 is processed into a shape in which the corner portion of the hote portion 14 is curved. Further, although not shown, the plate material 7 has a sculpture pattern on the back surface. The outer door 2 having a sculpture pattern on the back surface of the plate member 7 has a feature that, in the opened state, the sculpture pattern can be exposed to the outside to make a sublime appearance.

  Furthermore, the door body 3 in FIG. 10 is formed as a decorative convex portion 20 by thickly forming the inner portions of the vertical frame 5, the horizontal frame 6, and the intermediate frame 8 positioned at the peripheral edge of the plate material 7. The door body 3 has a frame shape that decorates the periphery of the plate 7 by connecting the decorative protrusions 20 vertically and horizontally. The door body 3 has a beautiful appearance with decorative projections 20 in which the surfaces of the vertical frame 5, the horizontal frame 6, and the intermediate frame 8 are connected in a frame shape, and the decorative projections 20 are used as reinforcing ribs for the door body 3. The door body 3 can be effectively prevented from warping.

It is a front view which shows the state which the door body of the outer door of the conventional wooden Buddhist altar was distorted. 1 is a perspective view of a wooden Buddhist altar according to an embodiment of the present invention. It is a cross-sectional perspective view of the door body of the wooden Buddhist altar shown in FIG. It is a disassembled perspective view of the door body shown in FIG. It is the sectional view on the AA line of the door shown in FIG. It is a BB sectional view of the door shown in FIG. It is CC sectional view taken on the line of the door shown in FIG. It is the DD sectional view taken on the line of the door body shown in FIG. It is the EE sectional view taken on the line of the door shown in FIG. It is a cross-sectional perspective view which shows another example of a door body.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Buddhist altar body 2 ... Outer door 2A ... Door unit 3 ... Door body 4 ... Wooden frame 5 ... Vertical frame 6 ... Horizontal frame 7 ... Plate material 8 ... Intermediate frame 9 ... Hinge 10 ... Insertion protrusion 11 ... Insertion recessed part 12 ... Insertion groove 12A ... Bottom 13 ... Outer peripheral edge 13A ... End face 14 ... Hote part 15 ... Elastic body 15A ... Leaf spring
15a ... Elastic deformation part
15b ... bent piece 16 ... mountain-shaped insertion part 17 ... fitting concave part 18 ... fixing tool 19 ... insertion gap 20 ... decorative convex part 23 ... door body 24 ... wooden frame 25 ... vertical frame 26 ... horizontal frame 27 ... board material

Claims (6)

In addition to having an outer door (2), this outer door (2) consists of four door bodies (3) divided vertically into four pieces, and the four door bodies (3) have two pieces. It is connected so that it can be folded into two sets of door units (2A), and each door unit (2A) is connected so that it can be opened and closed to the left and right of the body of the altar (1).
Furthermore, each door body (3) was divided into a plurality of parts vertically inside the wooden frame (4) formed by connecting the wooden vertical frame (5) and the horizontal frame (6) vertically and vertically to a long and narrow rectangle. The plate member (7) is fixed, and a plurality of intermediate frames (8) are provided between the divided plate members (7), and both ends of the intermediate frame (8) are bonded to the vertical frame (5). Fixed,
Furthermore, on the inner side surrounded by the vertical frame (5), the horizontal frame (6) and the intermediate frame (8), a fitting groove (12) for fitting the outer peripheral edge (13) of the plate material (7) is provided, The outer peripheral edge (13) of the plate material (7) is inserted into the insertion groove (12),
Furthermore, in the insertion groove (12), an elastic body (between the end surface (13A) of the outer peripheral edge (13) of the plate member (7) inserted therein and the bottom surface (12A) of the insertion groove (12) ( 15) is disposed, and this elastic body (15) presses the outer peripheral edge (13) of the plate (7) to be inserted into the insertion groove (12), so that the plate (7) is in a fixed position. A wooden Buddhist altar made to hold.   Each plate member (7) divided into upper and lower parts has a center part protruding to the front to provide a hote part (14), and the outer peripheral edge part (13) is made thinner than the hote part (14). The wooden Buddhist altar according to claim 1, wherein the wooden Buddhist altar is inserted into the insertion groove (12) of the vertical frame (5), the horizontal frame (6) and the intermediate frame (8).   The wooden Buddhist altar according to claim 1, wherein a sculpture pattern is provided on the back surface of the plate material (7).   The wooden Buddhist altar according to claim 1, wherein the vertical frame (5), the horizontal frame (6), and the intermediate frame (8) are karagi.   An elastic body (15) is disposed in at least one of the insertion grooves (12) of the vertical frame (5) located on the left and right of the plate material (7), and the left and right positions of the plate material (7) are arranged with this elastic body (15). In addition to positioning, an elastic body (15) is disposed in at least one of the fitting groove (12) of the horizontal frame (6) or the intermediate frame (8) positioned above and below the plate member (7), and this elastic body (15 The wooden Buddhist altar according to claim 1, wherein the vertical position of the plate material (7) is positioned with the bracket.   2. The wooden Buddhist altar according to claim 1, wherein elastic bodies (15) are disposed in both of the fitting grooves (12) facing each other and positioned on the left and right or top and bottom of the plate material (7).

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