KR200229012Y1 - Rocker-type Culvert Unit - Google Patents

Abstract

The present invention relates to a rocker type ossuary unit that can improve the efficiency of manufacturing and assembly operations and can save transportation and storage space. A rocker type crypt unit consisting of a ladder-type front frame, left and right side plates 8, rear plates 7, and a plurality of top plates 11 to form a multi-stage sterile unit and adjacently arranging sterile units on the base 1. to be. In order to join the back plate 7 and the side plate 8, they have a back plate attaching surface 24 and a side plate attaching surface 25 perpendicular to each other, and at the same time, over the entire length of the up and down directions on each attaching surface 24 and 25. The vertical grooves 27 and 28 are formed, respectively. At the time of assembly, the left and right ends of the back plate 7 and the rear ends of the side plates 8 are attached to the attachment surfaces 24 and 25, respectively, and the rivet insertion holes 35 and 36 and the model material of the plates 7 and 8 are respectively assembled. It is coupled to the rivets 33 and 34 using the longitudinal grooves 27 and 28 of the 22. At that time, the upper plate 10 is also fastened together to the model material 22 using the rivet 34.

Description

Rocker-type Culvert Unit

1 is an overall front view of a rocker type ossuary unit to which the present invention is applied.

2 is a plan view of FIG.

3 is an exploded perspective view of the ossuary unit.

4 is a horizontal cross-sectional view of the ossuary unit.

5 is a longitudinal side view of the ossuary unit.

6 is a perspective view of a mold member.

FIG. 7 is an enlarged plan view of part VII of FIG.

FIG. 8 is an enlarged cross-sectional view of part VIII of FIG.

FIG. 9 is an enlarged cross-sectional view of part IV 'of FIG.

10 is a front partial view of the door.

FIG. 11 is a sectional view taken along the line XI-XI of FIG.

12 is a horizontal sectional view of a conventional example.

* Explanation of symbols for main parts of the drawings

1: expectation 2: front frame

3: vertical brace 4: horizontal brace

7: back plate 8: side plate

11: top plate 12: upper frame

13: lower frame 24: back plate mounting surface

25: side plate mounting surface 27,28: vertical groove for rivet insertion

33,34: blind rivet 35,36: rivet insertion hole

The present invention relates to a rocker type ossuary unit installed in the ossuary of the temple.

In general, the rocker type ossuary unit is a set of two-stage ossuary unit T composed of a multi-stage as shown in FIG. 1, for example. Moreover, it arrange | positions in the state which faced back like FIG. Such rocker type crypts are also called crypts.

As shown in FIG. 3, the structure of the ossuary unit T is comprised of the front frame 2 of a ladder form, the pair of side plates 8 of right and left, the back plate 7, the some upper plate 11, etc.

In the assembly structure of the ossuary unit, conventionally, as shown in FIG. 12, a bent piece 7a is formed at the left and right edges of the rear plate 7, and the bent piece 8a is also formed at the rear edge of the side plate 8. ), The rivet insertion holes 60 and 61 are formed at positions corresponding to each of the bent pieces 7a and 8a, and the insertion holes 60 of both plates 7 and 8 at the time of assembly. 61) is aligned with each other, and is fastened by the rivet 63.

However, in the case of assembling in the field, the gap between the up and down directions of the two through holes 60 and 61 is often staggered due to an error in the dimensional accuracy during the hole machining. Goes.

Further, in the processing of each plate, the bending pieces 7a and 8a are formed on the back plate 7 and the side plate 8, respectively, and at the same time, the hole for rivet insertion must be machined at the corresponding position, thereby increasing the processing step. .

In addition, when the bent pieces 7a and 8a are formed, the bent pieces 7a and 8a become obstructed when the back plate 7 or the side plate 8 is stacked for material transportation or storage. Too much occupancy makes you uncomfortable.

The invention of claim 1 of the present application for solving the above problems consists of a ladder-shaped front frame and the left and right side plates, the back plate, a plurality of top plates arranged at intervals in the up and down direction to constitute a multi-stage sternum unit and In a rocker-type crypt assembly comprising a plurality of locust units arranged on the side, vertical grooves having a back plate attaching surface and a side plate attaching surface perpendicular to each other for joining the back plate and the side plate and reaching the entire length in the vertical direction on each attaching surface. Arrange the modeling material for joining at the rear edge of the ossuary unit, and at the left and right ends of the back plate and the rear ends of the side plates, respectively, insert insertion holes for inserting a plurality of fastening members with a gap in the vertical direction, and attach the back plate of the model material. The insertion hole is placed on the rear side of the rear plate and the rear side attachment surface of the side plate that extends rearward than the rear plate on the side plate attachment surface of the model material The stringer and the back plate by a fastening member inserted through the longitudinal groove to the fixing member because the model standing with the back plate and coupling the stringer has again entered into each other after the disconnection of the upper valley portion by the fastening member to the model material.

In addition, the invention described in claim 2, wherein the side plate attaching surface of the model member is bent inward from the front end to install the engaging groove, and the end face of the rear panel is engaged with the electrical engagement groove, and the model member has a stopper piece and the stopper. The side abuts the trailing edge of the side plate.

In addition, the invention of claim 3, the door shaft is provided with a shaft for protruding up and down at one end of the door fixing holes in the upper and lower pairs of horizontal braces forming the front frame to attach the door to the ladder-shaped front frame Insert the hole into the hole, hold the door rotatable, hold the door for fixing the door at the lower side of the horizontal brace and support the fixed end of the spring plate with the free end and the fixed end in the vicinity of the horizontal brace and contact the spring plate to the door. Therefore, the door is pressed downward by the spring force of the spring plate.

The back plate and side plate are placed on each side of the modeling material with their ends inserted into the slots for fastening members of each plate, for example, through the rivets inserted into the rivet insertion holes into the vertical grooves, and fixing the plate by the model material. Intervene and combine. The end edge of the back plate is engaged with the engaging groove of the model material, the end edge of the side plate abuts against the stopper piece of the model material, and is positioned to fix and couple both plates and the model material. Attach the door to the front frame through the protrusion of the door and the opening of the cross brace. Furthermore, the spring plate keeps the door attached.

EXAMPLE

Figure 3 shows an exploded perspective view of the ossuary unit T to which the present invention is applied. The ossuary unit T has a base (1), a ladder-shaped front frame (2), a pair of side plates (8), a rear plate (7), It is formed in a multi-stage storage system with a plurality of top plates 11, top plates 10, etc. arranged at intervals up and down, and the base 1 has, for example, a rectangular shape having a left and right width to stand two units together. It is formed in a frame shape.

The front frame (2) is composed of a plurality of horizontal braces (4) installed between the left and right pairs of vertical braces (3) and spaced in the vertical direction and spaced between the vertical braces (3), the front and rear of each storage space is free to open and close each The door 21 is prepared. The lower end of the front frame (2) is fixed to the base (1) via the lower frame (13), the upper frame (12) is installed on the upper end of the front frame (2), the longitudinal brace of the front frame (2) on both sides ( 3) are connected by the coupling rod 16 and the upper end of the left and right front frame 2 is coupled by the upper frame 12. The top plate 10 and the top plate 11 are formed with a lower bent piece on the four sides thereof, and a rivet insertion hole 39 is formed in each bent piece.

Both the back plate 7 and the side plate 8 are not formed with bent portions at their edges, and the front face is formed in a planar shape. Rivet insertion holes 36 are formed at the positions corresponding to the rivet insertion holes 39 of the top plate 10 and the top plate 11, respectively, at the left and right ends and the middle portions of the back plate 7. For the coupling of the left and right ends of the back plate 7 and the rear end of each side plate 8, a coupling model material 22, which is an important component of the present invention, is applied, and each model material 22 is a back plate 7 and The model member 22 has substantially the same length as the side plate 8, and is disposed on the rear sides of the left and right ends of the back plate 7, respectively. 19 is a decorative panel 17, and it is installed in the shortest part of the whole rocker type crypt structure after installation like FIG.

6 shows a perspective view of the model member 22, which has a rectangular cross section and has a back plate attaching surface 24 on the front side and a side plate attaching surface 25 perpendicular to the front surface, and each attaching surface 24 and 25 has a cross section. Longitudinal grooves 27 and 28 for rivet insertion are formed respectively over the entire length of the model material. Moreover, the rib 22a is integrally provided in the center part of right and left width.

An engaging groove 30 for back plate engagement is formed at the end of the side plate attachment surface side of the back plate attachment surface 24, and a vertical hole 31 for tapping with an inlet partially open is formed integrally on the opposite side in the left and right directions.

The rear plate attaching surface 24 touches the rear surface of the left and right ends of the rear plate 7 and the edge of the end of the rear plate 7 is engaged with the engaging groove 30, and the rear end of the upper plate 11 on the front surface of the rear plate 7. The back plate 7 together with the top plate 11 is attached to the back plate attaching surface of the model member 22 by the blind rivet 33 inserted into the rivet insertion hole 39, 35 and the longitudinal groove 27 by the bending piece. 24).

The side plate attaching surface 25 of the model member 22 touches the side surface of the rear end of the side plate 8 protruding rearward from the rear plate 7, and the rear end edge of the side plate 8 abuts the stopper piece 22b and inserts the rivet. The blind rivet 34 inserted into the through hole 36 and the longitudinal groove 28 fixes the rear end of the side plate 8 to the side plate attaching surface 25 of the model material 22.

Explain other connection structures. In Fig. 5 showing the longitudinal side view of the ossuary unit, the lower frame 13 has an open cross section. A positioning stopper 13a which is formed in a shape and which is fixed to the tapping screw 40 at the lower end of the longitudinal brace 3 of the front frame 2 and extends downward on the upper wall of the lower frame 20 is integrally formed.

The lower frame 13 has a cross section formed on the upper surface of the front end of the base 1 fitted to the rectangular protrusion 1a from above, the lower end of the stopper 13a abuts against the protrusion 1a, and the front wall part is tapped with drill attachment. The screw 41 is fixed to the protrusion 1a. The cover 18 is fitted to the front surface of the lower frame 13.

As shown in FIG. 8, the front end portion of the side plate 8 is fixed to the rear end piece of the longitudinal brace 3 by the rivet 43 together with the lateral bent portion of the top plate 11.

As shown in FIG. 8, the vertical bars 16 which connect each other with the vertical braces 3 adjacent to each other have a semicircular arc in cross section, and at the same time, hooks 16a facing inward are integrally formed, and each hook 16a is formed. Is engaged with the head attachment protrusion (3a) of the longitudinal brace (3) and is coupled to each longitudinal brace (3) with an elastic force toward the inside of the longitudinal pole 16 itself.

9 is joined by a tapping thread 46 as an engaging portion of the front frame 2 and the pillar 17. In addition, the vertical pole 16-1 attached to this engaging portion is formed in a quarter-round shape, and has hooks 16a at the rear and front portions, protrudes inward in the middle portion, and simultaneously engages the locking projections 16d. It has the press piece 16c which has. The front hook 16a is engaged with the front end bending edge 48 of the longitudinal brace 3, and rotated to the rear with the point as the point to engage the pressing piece 16c with the head attachment protrusion 3a at a constant pressure. The rear hook 16il also engages the head attachment protrusion 3a anyway, but the protrusion 16d abuts the head protrusion 3a by the elastic repulsion force behind the pressing piece 16c. It is impossible to drop off.

10 shows an attachment structure of the door 21, wherein shafts 50 protruding up and down are provided at one end of the left and right sides, and upper and lower ends of the shaft 50 are rotatable in the holes of the horizontal brace 4, respectively. It is inserted and supported. In order to prevent the door 21 from falling off and to be held in a predetermined open amount, a spring plate 52 formed in an arc shape having a downward protrusion is installed on the lower surface of the horizontal brace 4, and the spring plate 52 is provided with a door. (21) is closely attached downward.

One end of the spring plate 52 is rotatably supported by the pin 53, and the other end thereof becomes a free end, and when the door is attached, the spring plate 52 is rotated to the front protruding position indicated by the virtual line in FIG.

The shaft 50 of the door 21 has a length Ll of the upper protrusion part longer than the length L2 of the lower protrusion part, and at the time of assembly, the upper end of the shaft 50 is a hole of the transverse brace 4 on the upper side. And the lower end of the shaft 50 is inserted into the hole of the lower horizontal brace 4 in a state where the upper surface of the door 21 has a clearance of zero. The spring plate 52 is returned to the position indicated by the solid line in FIG. 11 and the door 21 is pressed downward.

The overall assembly procedure is briefly explained.

The front frame 2, the side plate 8, the back plate 7, each of the top plate 11 and the top plate 10 are combined by blind rivets 33 and 34 to assemble one multi-stage abducting unit T.

At this time, the back plate 7 and the left and right side plates 8 are fixed to the model member 22 as blind rivets 33 and 34, respectively, thereby coupling the two plates 7 and 8.

After the assembly, two or three crypts are placed adjacent to each other, and the longitudinal braces 3 of their front frames 2 are fixed to the base 13 with a tapping screw 40 so as to be two or three stages above the base 1. Put it on. The front wall of the base 13 is fixed to the front surface of the base 1 with the drilling screw 41.

In this way, the sternum set, which is a two-stage or three-stage sternum unit, is arranged in a plural set as shown in FIG. 1, and the upper frame 12 is attached, and the decorative panel 19 of FIG. 3 is attached to the end thereof.

In addition, in the case of arranging against each other as shown in FIG. 2, as shown in FIG. 7, the connecting brackets 56 are disposed on the upper sides of the four square shape members 22, and the tapping screws 58 are formed using the vertical holes 31. As shown in FIG. Connect with This prevents the back of the rocker type ossuary unit floating.

[Other Embodiments]

In addition, when arranging the cryption unit with a wall or the like, the L-shaped attachment bracket is fixed to the upper surface of the model member 22 using a tapping hole, and the bracket is vertically fixed to the wall so that the rear part floats. prevent. It is also possible to use a bolt or the like as a fastening member between the back plate and the side plate.

As described above, according to the present invention, (1) the model member 22 for connecting the back plate 7 and the side plate 8 has a longitudinal groove 27 over the entire length of the model member instead of a hole for inserting a rivet. Since the 28 is formed, it is necessary to deform the side plate 8 or the like to match the position at the time of assembly even if the up and down positions of the rivet insertion holes of the square plates 7 and 8 are crossed, for example, due to a manufacturing error. It is eliminated and the assembly work in the field is easy and the assembly work efficiency is improved.

Further, the vertical grooves 27 and 28 can be easily formed at the time of forming the model member 22, and the manufacturing process of the model member itself is also simple since there is no need to make a hole exactly at a predetermined position after molding like the hole. Become.

(2) The model member 22 has a back plate attaching surface 24 and a side plate attaching surface 25, and has a length corresponding to the vertical length of the side plate 8 and the like, and passes through the model member 22. Since the two plates (7) (8) are combined, the processing of the two plates (7) and (8) becomes easy, and it is convenient for carrying and storing without occupying a volume even if a plurality of sheets are stacked during transportation in the absence state.

(3) Since the back plate 7 and the top plate 11 are fastened to each other by a common fastening member, for example, the rivet 33, the rivet 33 is saved and the rigidity is also improved. The inner surface can also be improved by making it invisible to the upper plate 11.

(4) Positioning at the time of fixing the back plate and the side plate with the model material by installing a stopper piece in which the end edge of the back plate of the model member engages and the rear end edge of the side plate, as in the invention of claim 2 This is easy and sure.

(5) When the spring plate 52 is installed on the lower surface of the cross brace 4 and the door 21 is attached to the cross brace 4, as described in claim 3, the spring plate 52 Protrude the free end to the front and prevent the spring plate 52 from interfering with the attaching process, and the spring plate 52 closes the door 21 to the lower side by the force of the spring after the door 21 is horizontal It is held in the state closed on the brace 4, ie, the front frame 2. Therefore, when assembling the ossuary unit or moving the ossuary unit, the door is fully open or half open so as not to interfere with the work.

Claims (3)

In the rocker type crypt unit, which consists of a ladder-type front frame, left and right side plates, a rear plate, and a plurality of top plates arranged at intervals in the vertical direction, and a plurality of crypt structures are arranged adjacent to each other on the base. In order to combine the side plate and the back plate mounting surface and side plate mounting surface perpendicular to each other and at the same time, the coupling modeling material having longitudinal grooves over the entire length of the up and down direction of each mounting surface is placed in the corner of the rear corner of the ossuary unit In the left and right ends of the back plate and the rear end of the side plate, the insertion hole is formed for inserting a plurality of fastening members at intervals in the vertical direction, and the back plate rear surface is placed on the back plate attaching surface of the model material, The side plate and the back plate are modeled by a fastening member inserted into the insertion hole and the vertical groove by facing the rear end side of the side plate extending backward. Locker-type sternum unit, characterized in that the side plate and the back plate by fixing to the material and fastening the rear bent portion of the upper plate together with the model member by the fastening member. The side plate attaching surface of the model member is bent from the front end to the inside to install the engaging groove, and the end edge of the back panel is engaged with the electric engaging groove, the model member has a stopper piece, and the stopper piece is provided at the rear edge of the side plate. Rocker-type crypt bone unit, characterized in that the contact. According to claim 1, In order to attach the door to the ladder-shaped front frame, a door fixing hole is installed in a pair of upper and lower horizontal braces forming a front frame, and the shaft is rotated by inserting an axis of the door having a shaft protruding up and down at one end into the hole. It is held by the spring force of the spring plate while holding it as possible, and furthermore, by holding the spring end of the spring plate having the free end and the fixed end near the hole for fixing the door to the lower side of the door on the upper side and supporting the spring plate. Rocker-type crypt bone unit, characterized in that the lower contact.