KR102377979B1 - Enshrinement-cabinet Assembled using Enshrinement-case of dual structure and Multi-function nut - Google Patents

Abstract

The present invention relates to an enshrinement cabinet assembled by using a multi-function nut and, more specifically, to an enshrinement cabinet assembled by using the multi-function nut, wherein a double-structured enshrinement box is sequentially stacked without framing work using a pile and is individually connected with an adjacent enshrinement box through a reinforcing bar, four enshrinement boxes are fastened to be caught at each edge by using the multi-function nut at the same time, and an opening and closing door installed in front of each of the enshrinement boxes is hinge-coupled with the multi-function nut to be opened and closed. The enshrinement box comprises an internal enclosure, an external enclosure, the opening and closing door, the multi-function nut, and the reinforcing bar.

Description

Enshrinement-cabinet Assembled using Enshrinement-case of dual structure and Multi-function nut

The present invention relates to a double-structured encapsulation box and an encapsulation end assembled using a multi-function nut, and more particularly, to sequentially stacking double-structured encapsulation boxes without framing using piles, and to adjacent encapsulation boxes and reinforcing bars Double structure, such as connecting the four adjacent enclosures using multi-function nuts at each corner so that they can be locked at the same time, and the opening and closing doors installed in front of each enclosure are hinged to the multi-function nut to open and close It is related to the enclosing end assembled using the encapsulation box and multi-function nut.

In recent years, it has become common to place the ashes in an ossuary after cremation without burial, and to keep them in a public or private ossuary.

In the case of the ossuary, in order to effectively enclose and maintain a large number of ossuaries in a narrow space, a frame composed of aluminum or iron is used to form a grid combined, and a plate or a hexahedral box-shaped rod is placed in the grid-type space of the frame. The mortuary stage is manufactured by combining the burial boxes, and a door is installed on the front of each enclosing box to be opened and closed in a frame or enclosing box, so that the ashes or relics are enshrined inside.

In addition, the burial end is installed in an indoor space to protect the natural environment, or installed in an open space to the outside to allow air circulation, etc. to provide various crypt structures.

Most of these banquet ends are assembled in such a way that the frame is installed in advance and then the berth is fixed to the installed frame, so it is difficult to expand it larger than the original design.

Accordingly, a method of forming a coupling part in the sealing box itself to combine adjacent sealing boxes was proposed, thereby improving expandability. However, in an open place, dew condensation may occur in the sealed box depending on the external temperature, and the inside of the sealed box may be contaminated. That is, a gap can be removed by installing a packing between the front opening and closing door and the body of the sealed box, but it is difficult to solve the problem of dew condensation caused by the difference between the external temperature and the internal temperature of the sealed box.

Korean Patent No. 10-1199512 (Registered on Nov. 2, 2012; hereinafter referred to as 'Prior Document 1') and Korean Patent No. 10-1018430 (Registered on Feb. 22, 2011; hereinafter referred to as 'Prior Document 2') presented a structure to form an chimney by connecting individual ossuary. Both of the preceding documents 1 and 2 block the inflow of foreign substances from the outside by removing the gap between the front door and the connecting part of the burial box by providing a sealing structure using packing. However, since the wall constituting the burial box is composed of a single layer in both registered patents, there is a problem in that when the burial end is installed in an open place, condensation may be generated inside due to the temperature difference between the inside and outside and the inside may be contaminated.

Korean Patent Registration No. 10-0924282 (registration on October 23, 2009; hereinafter referred to as 'Prior Document 3') suggests a closed storage method for an encapsulation box. The prior document 3 has a problem of low extensibility with a structure in which a frame is installed and an encapsulation box is installed in the frame. In addition, since the structure of the encapsulation box is a single layer, it is difficult to solve the problem of condensation caused by the temperature difference, so there is a limitation in the installation place.

Therefore, there is a need for a new structure of an enclosure that can be installed in an open area, which has a structure that suppresses the occurrence of condensation inside, enables additional expansion, and can be firmly combined with an adjacent enclosure. became

Korean Patent Registration No. 10-1199512 (Registered on Nov. 2, 2012): Enclosed ossuary to prevent decay of ashes Korean Patent No. 10-1018430 (Registered on February 22, 2011): Ossuary with open double storage structure Korean Patent Registration No. 10-0924282 (Registered on Oct. 23, 2009): Sealed storage method

In order to solve the problems of the prior art as described above, the sealing end assembled using the double-structured sealing box and the multi-function nut of the present invention is,

The encapsulation unit is assembled with a double structure encapsulation box that has a structure to prevent dew condensation due to external temperature difference by forming a heat insulating layer between the inner and outer enclosures of the encapsulation box. It is intended to provide a platform.

In addition, another object is to provide a multi-function nut that enables the coupling of the fixing washer for fixing the door to the other adjacent housing, or providing a hinge groove for coupling the hinge of the opening and closing door, and fixing the opening and closing door.

In order to solve the above problems, the sealing end assembled using the double-structured sealing box and the multi-function nut of the present invention is,

In the end of the burial chamber for connecting the burial boxes to be stored inside the ossuary in a horizontal arrangement and vertically stacked, the burial box is placed inside the ossuary, a flange is formed at the front end, and a flange is formed at the edge of the flange to the side An inner box in which a further extended flange engaging portion is formed, and the packing is coupled to the front surface of the flange; The front end is interfacing with the flange of the inner enclosure to form a step to be caught, and a coupling wing that protrudes forward through the outer flange of the inner box is formed on the end side except for the portion corresponding to the flange stop, and on the inner surface of the inner box an outer enclosure formed with a spaced space apart from the outer surface; an opening and closing door mounted on the open front side of the inner box to seal the inside of the inner box, and a hinge protrusion is formed on one side of the upper and lower parts to rotate open and close; a multi-function nut installed on the edge of the inner enclosure and having a hinge support hole formed on one side to insert a hinge protrusion of the opening and closing door; It is configured to include; a reinforcing bar for connecting the front ends of both sides that are not equipped with multi-function nuts and the upper and lower front ends by inserting and fixing the coupling wings of the two adjacent external enclosures together.

In addition, the spaced space between the inner case and the outer case may be filled with a heat insulating material.

In addition, support ribs protruding in the vertical direction may be further formed on the upper surface and the lower surface of the outer enclosure, so that the load may be supported vertically during lamination.

The outer enclosure is provided with a connecting protrusion and a protrusion resting part in the middle of the four sides of the front edge to face each other, and a bolt fastening hole is formed in the connecting protrusion and the protrusion resting part, so that one connection protrusion overlaps the protrusion resting part of the other adjacent outer enclosure. However, by arranging each bolt fastening hole on the same axis and then fastening the bolts, the connecting protrusion and the protrusion seat part are connected integrally to enable continuous installation in the top, bottom, left, and right directions.

In addition, the packing installed in the inner box may form an inner mouth protrusion on the rear surface, and form an inner mouth groove on the front surface of the inner housing flange so that the inner mouth projection is inserted into the inner mouth groove to be coupled.

In addition, the multi-function nut, a nut body having a predetermined thickness and extending to the rear elongated; Nut locking grooves formed on both sides of the rear end of the nut body to prevent the front and rear movement of the inner casing by inserting the flange locking portions of the adjacent inner enclosures vertically and horizontally; An extended hinge support portion extending in one direction from the front of the nut body and rotatably coupled to the hinge protrusion of the opening and closing door in which a hinge support hole is perforated in a vertical direction at the extended end side; may be configured to include.

In addition, the multi-function nut is formed with a washer coupling hole having a female threaded portion coaxially from the front surface of the nut body, and the washer coupling hole of the multi-function nut is coupled to the fixing washer with a washer bolt, but the width of the fixing washer is a plurality of adjacent It can be formed in a diameter or width that can cover the edge of the door so that the door can be closely attached to the rear side through the fixed washer by the fastening force of the washer bolt.

In addition, the packing is installed on the front surface of the flange of the inner box, but one or a plurality of closed band-shaped pressing projections are formed on the front surface of the packing continuously along the flange front surface, and the pressing projections are used for tightening the fixing washer. It can be closely attached to the door pushed backward by this and seal the inside of the inner enclosure.

Here, the hinge protrusion of the opening and closing door has a horizontal cross section of an ellipse, but the long axis is formed in the left and right direction when the opening and closing door is closed. By this, the opening and closing door can be pushed rearward to be in close contact with the packing installed on the flange of the inner enclosure.

In addition, the opening and closing door, the door frame is configured by combining the front door frame and the rear door frame, the upper and lower surfaces of one side is formed with a hinge protrusion that is an opening and closing rotation shaft; an internal confirmation window interposed between the front door frame and the rear door frame of the door frame; The door frame packing is installed to surround the edge of the inner confirmation window that is inserted into the door frame to remove a gap between the inner surface of the door frame and the inner confirmation window.

The sealing end assembled using the double structure sealing box of the present invention and the multi-function nut according to the above solution means,

Stack multiple encapsulation boxes, but use one multi-function nut to connect the corners of the four encapsulation boxes to limit movement in the front-rear direction. By providing a coupling structure that restricts left and right movement, the connecting part of the enclosure is hidden to make the appearance beautiful.

In addition, by forming the oval cross-sectional shape of the hinge protrusion and the hinge support hole for rotatably supporting the hinge protrusion by inserting the hinge protrusion into a square through hole, the door can be moved backward according to the long axis arrangement of the hinge protrusion. The rear movement can make the door closer to the packing installed on the front of the inner box flange more strongly, so that the sealing force of the inner box can be further increased.

In addition, by providing a double structure of the inner and outer enclosure while improving the internal sealability, but providing a spaced structure so that a space is formed between the inner and outer enclosure, the insulating function is provided by the air layer of the spaced apart space or in the spaced space Since the insulation can be improved by filling insulators, it is possible to provide an end for the end of the encampment having a useful assembly structure that can improve the preservation of the ashes by preventing the occurrence of condensation due to the temperature difference even when the end of the encampment is installed outdoors. .

1A and 1B are a perspective view and a front view of a bonanchi end according to an embodiment of the present invention.
2A and 2B are a perspective view and an exploded perspective view of an encapsulation box according to an embodiment of the present invention.
3A and 3B are a perspective view of an inner enclosure and a main sectional view of the front end to which the packing is coupled according to the present invention.
4a and 4b are a perspective view and a vertical cross-sectional view showing an outer enclosure according to the present invention;
Figure 5a is a cross-sectional view showing the main part in a cross-sectional view of the portion in which the coupling wing portion is formed in a state in which the inner and outer enclosures according to the present invention are coupled.
Figures 5b and 5c is a major plan view and a major perspective view showing the corner portion of the flange engaging portion of the inner casing is formed in a state in which the inner and outer enclosures are combined.
Figure 6 is a sectional view showing the main part of the structure of the opening and closing door according to the present invention.
7A and 7B are a plan view showing a multi-function nut according to the present invention, and a cross-sectional view taken along line AA of FIG. 7A.
8 is a cross-sectional view showing a reinforcing bar according to the present invention.
Figures 9a and 9b is a front view and a cross-sectional view of the coupling of the fixed washer according to the present invention is installed bonanchi end.
Figure 9c is a cross-sectional view showing an installation state in which the horizontal section of the hinge protrusion of the opening and closing door according to the present invention is formed in an ellipse, and the hinge support hole of the multi-function nut is formed in a square shape.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. Since the present invention can have various changes and can have various forms, specific embodiments are illustrated in the drawings and the present invention will be described in detail in the text. However, this is not intended to limit the present invention to the specific disclosed form, it should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention. In describing each figure, like reference numerals have been used for like elements. In the accompanying drawings, the dimensions of the structures are enlarged or reduced than the actual size for clarity of the present invention.

The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise. In the present application, terms such as "comprise", "comprising" or "have" are intended to designate that a feature, number, step, operation, element, or combination thereof described in the specification exists, and is one or the It should be understood that the existence or addition of the above other features or numbers, steps, operations, elements or combinations thereof is not precluded in advance.

Unless defined otherwise, all terms used herein, including technical and scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those generally used and defined in the dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related art, and are not to be interpreted in an ideal or excessively formal meaning unless explicitly defined in the present application. .

1A and 1B are a perspective view and a front view of an encapsulation end according to an embodiment of the present invention, and FIGS. 2A and 2B are a perspective view and an exploded perspective view of the encapsulation box according to an embodiment of the present invention.

As shown, the double structure of the sealing box according to the present invention and the sealing end 10 assembled using the multi-function nut are formed by arranging a number of the sealing boxes 20 individually and stacking them vertically and horizontally. do. A finishing material is installed at the lower end, upper end, and both sides of the encapsulation end 10 to finally finish, and additionally, the finishing material is removed during installation, and then the encapsulation box is further installed, and then the finishing material is installed.

The encapsulation box 20 is a multi-function nut for inserting the inner enclosure 30 into the outer enclosure 40, mounting the opening and closing door 50 in front of the inner enclosure to seal the inside, and connecting the vertex portions that are the front corners. (60) and a reinforcing bar (80) connecting the upper, lower, left, and right ends of the front side.

Figure 3a is a perspective view showing an inner enclosure according to the present invention.

The inner box 30 of the present invention is a box shape with an open front for placing the ashes box in the inner space, and blocks moisture from entering the inside while providing a certain strength using a resin material such as ABS resin. Ribs may be formed on the outer surface of the inner case 30 in various shapes such as the front and rear directions, left and right directions, or checkerboard shape for strength reinforcement, and the degree of protrusion of the ribs is determined when the inner box is inserted into the outer enclosure. By forming the degree of contact with the inner surface to the maximum length, it is possible to not only reinforce the strength of the inner enclosure, but also maintain the distance between the inner and outer enclosure to form a space therebetween.

A flange 31 is formed on the front side of the inner enclosure 30 . The front surface of the flange 31 is close to the edge of the rear surface of the opening and closing door 50 is a surface that restricts the movement of the door to the rear. In addition, the rear surface of the flange 31 serves as a stopper for limiting the depth at which the inner box enters into the outer enclosure by making a part of the front side of the outer box to be described later contacted and caught.

A flange engaging portion 311 that is further extended in the lateral direction is formed at the edge of the flange 31 of the inner case. When the flange engaging portions 311 are formed at the four flanges of the inner enclosure 30, a groove is formed on the side between the flange engaging portions in the axial center direction, and the coupling wing portion 42 of the outer enclosure is formed through the groove. It protrudes toward the front side of the inner enclosure flange (31).

In addition, the flange 31 may further protrude a protrusion in the lateral direction such as the flange engaging portion 311 at the midpoint of the upper, lower, left, and right sides. That is, a protrusion is formed on the flange portion of the inner case 30 , and the outer case 40 further forms a groove so that the protrusion of the inner case is inserted into the inner case 30 , and inserts the inner case into the outer case to guide the in-place coupling. can do.

A packing 32 may be further coupled to the front surface of the flange 31 . The packing 32 is installed on the front surface of the inner enclosure flange to remove the gap between the opening and closing door 50 and the flange 31 to seal the inner space of the inner enclosure to block moisture from entering.

As shown in FIG. 3b, the packing 32 forms one or a plurality of inner protrusions 321 on the rear surface of the packing, and on the front surface of the flange 31 of the inner enclosure in which the packing is installed, the inner mouth corresponding to the inner mouth protrusion of the packing By forming the groove 312 and inserting the inner mouth projection into the inner mouth groove, the packing can be firmly coupled to the front surface of the inner housing flange. By fixing the packing 32 in this way, it is possible to prevent the packing from being removed when the opening and closing door 50 is repeatedly opened and closed, so that when the opening and closing door is closed, it is possible to continuously block the inflow of moisture into the interior.

Figure 4a is a perspective view showing an outer enclosure according to the present invention.

As shown, the outer enclosure 40 is formed of resin like the inner box to block moisture penetration and is formed in a box shape with an open front. In the inner portion of the front surface of the outer enclosure, a step 41 is formed to limit the depth of the inner casing by engaging the flange of the inner casing when entering the inner casing.

In addition, the outer portion of the front surface of the outer enclosure is formed with a coupling wing portion 42 that protrudes to the front. A locking jaw 421 is formed at the front end of the coupling wing part 42 in the outward direction so as to be caught when the reinforcing bar is coupled to be described later.

The coupling wing portion 42 is continuously or partially formed on the edge of the front surface of the outer enclosure except for the portion where the flange engaging portion 311 of the outer enclosure is formed when the inner enclosure is installed, so as to protrude forward.

The outer housing 40 has a support rib 43 that further protrudes in the vertical direction on the upper surface and the lower surface. The encapsulation box 20 in which the inner and outer enclosures are combined has a flange 31 formed on the front side, so the width and height of the rear side are small, and the width and height of the outer box itself are also formed gradually smaller from the front to the rear. do. Therefore, when stacking around the front of the encapsulation box 20, the rear side is spaced apart between the upper and lower outer enclosures. As such, by forming the support ribs 43 on the upper and lower surfaces of the outer enclosure 40 as a means for supporting the rear as described above, the upper and lower support ribs are surfaced to provide support during stacking of the encapsulation box, thereby preventing rearward sagging.

In addition, the outer casing 40 and the inner casing 30 are not a cube, but a hexahedron having a trapezoidal cross-section with the front as the lower side and the rear as the upper side, in which the front, upper, lower, left, and right widths are larger than the rear upper, lower, left and right widths.

Accordingly, the support ribs 43 formed in the upper and lower portions of the outer enclosure 40 are also configured such that the protrusion height is low at the front and the protrusion height gradually increases toward the rear, so that the upper end of each support rib protruding upward is the same horizontally. The lower end of the support rib protruding downward is also formed so as to be positioned on the same horizontal plane, so that stacking can be made in an orthogonal direction when a plurality of stacks are stacked.

The support ribs 43 may be formed in plurality, and the formation directions of the support ribs formed on the upper portion of the outer box and the support ribs formed on the lower portion of the outer box are formed to cross each other, so that they are temporarily displaced without collapsing even if they are placed in a certain width during the installation process. Lamination may be possible.

4a and 4b, the outer housing 40 of the present invention is formed with a connecting protrusion 44 and a protrusion seating portion 45 in the outward direction from the front end. The connecting protrusion 44 and the protrusion seating portion 45 overlap each other and are bolted to form a strong coupling between the outer enclosures.

The connecting protrusion 44 and the protrusion rest 45 are formed to extend outwardly from the middle of each side at the four sides of the front end of the outer enclosure 40, and the connecting protrusion and the protrusion rest 45 are opposite to each other. is formed As shown in the drawings, if the connecting protrusion is formed on the lower part and the left side, the protrusion seat part is formed on the opposite upper part and the right side.

When formed in this way, the connecting protrusions 44 of the other adjacent external enclosures are placed in the protrusion rest 45 to overlap, and the bolt fastening holes formed in the connecting protrusion and the protrusion rest are coaxially arranged and bolted to connect the two external enclosures. It can be connected integrally, and the connecting protrusion 44 and the protrusion seating portion 45, which are connecting means, are formed on all four sides of the sealing box, so that continuous installation is possible in the up, down, left, and right directions. Here, the bolt may be coupled to the bolt fastening hole of the connecting protrusion and the protrusion seating portion of the outer enclosure through between the two inner enclosures.

As shown in Fig. 5a, the present invention is a main cross-sectional view of a portion in which the coupling wing portion is formed in a state in which the inner and outer enclosures are combined. As shown, the coupling wing portion 42 of the outer enclosure 40 is formed to protrude forward through the outside of the flange 31 of the inner enclosure 30 .

In addition, Figures 5b and 5c is a main plan view and a main partial perspective view showing the corner portion of the flange engaging portion of the inner casing is formed in a state in which the inner and outer casings are coupled. As shown, the flange engaging portion 311 of the inner housing protrudes into the space between the coupling wing portions 42 arranged horizontally and vertically in the outer housing 40, and thus the vertical and horizontal axis rotation and movement to the rear are performed. can be limited

In addition, a separation space (46) is formed between the inner housing (30) and the outer housing (40). The separation space 46 is spaced by the ribs of the inner enclosure to form an air layer to minimize the transmission of external cold air to the inside.

In addition, the separation space 46 is filled with a heat insulating material to further increase the thermal insulation of the inner enclosure, thereby preventing the occurrence of dew condensation inside the inner enclosure in winter to prevent internal contamination.

A general heat insulating material may be used as the heat insulating material, and the heat insulating layer may be formed by foaming through a foaming agent. In this case, in order to inject the foaming agent, an injection hole and a stopper may be further formed on the upper surface of the outer housing.

2a and 2b and 6, the opening and closing door is rotatably mounted on the front side of the inner enclosure of the present invention to seal the opening.

The opening and closing door 50 includes a door frame 51 installed close to or in contact with the front surface of the flange 31 of the inner enclosure 30, an inner confirmation window 52 mounted with an edge inside the door frame, a door frame and an inner confirmation window It is composed of a door frame packing 53 interposed therebetween.

The door frame 51 is composed of a front door frame 511 and a rear door frame 512 in the form of a square band having a “L”-shaped cross-section, and has a “C”-shaped cross section opened in the inner direction of the door frame when combined. has The coupling method of the front door frame and the rear door frame can be coupled by applying a variety of known coupling methods such as interference fitting or hooking by a locking protrusion.

The inner confirmation window 52 is to be able to check the inside without opening the opening and closing door from the outside after placing the ossuary, it can be formed of glass or a transparent material. The inner confirmation window is fixed by being inserted into the inner side of the "C"-shaped door frame.

A door frame packing 53 is installed between the inner confirmation window 52 and the door frame 51 to remove the gap, thereby preventing external air or moisture from flowing into the inner box through the space between the inner confirmation window and the door frame.

Here, the inner confirmation window 52 may be formed as a double or triple window to increase the insulation effect, and after the inner confirmation window is mounted on the door frame, it may be finished with silicone between at least the rear door frame and the inner confirmation window.

6, the inner confirmation window 52 is configured by stacking two tempered glass, and the door frame packing 53 wraps the edge of the tempered glass in contact with the inner surface of the rear door frame 512, which is the rear side of the two tempered glass. Remove the gap connected to the inner box by installing it in the shape of the box. At this time, the door frame packing 53 may be formed to have a length that does not protrude out of the door frame to prevent the inner confirmation window from protruding inwardly, thereby enhancing the aesthetic sense.

In addition, the door frame packing 53 has one or a plurality of protrusion strips formed on the surface in contact with the inner surface of the rear door frame 512 to place the inner confirmation window installed with the door frame packing between the front door frame and the rear door frame, and then combine the bonding pressure Concentrated on the projection belt, the projection belt strongly adheres to the inner wall of the door frame, thereby preventing external air from flowing into the inner enclosure through the coupling portion between the components of the opening and closing door.

In addition, a hinge protrusion 513 protrudes from the door frame 51 in the vertical direction on either side of the upper and lower surfaces. The hinge protrusion 513 may be rotatably coupled to a multi-function nut 60 to be described later to open and close the door forward.

Figure 7a is a plan view showing a multi-function nut according to the present invention, Figure 7b is a cross-sectional view taken along line A-A of Figure 7a.

As referenced, the multi-function nut 60 according to the present invention is installed by inserting a part of the flange engaging portion 311 formed on the edge of the inner case 30 . That is, the flange engaging portion 311 of the inner enclosure protruding into the space between the coupling wing portions 42 of the outer enclosure is partially inserted, and other that can be respectively approached in the lateral direction and the upper direction and the diagonal direction gathered at the corners. The flange engaging portion 311 of the inner enclosure is engaged with one multi-function nut 60 .

The multi-function nut 60 is provided with a nut body 61 that has a predetermined thickness and extends long to the rear. The front of the nut body is exposed as the front of the end of the bonan, and the rear end is inserted between the two outer enclosures to which they are coupled.

In addition, a nut locking groove 62 is formed on both sides of the rear end of the nut body 61 to prevent the front and rear movement of the inner casing by inserting the flange locking parts 311 of the inner enclosures adjacent to the top, bottom, left and right. The nut body 61 has an upper and lower thickness that is twice the thickness of the inner enclosure flange engaging portion 311, so that the nut engaging groove formed on the rear end of the nut body has one end of the upper and lower two flange engaging portions of each inner box stacked up and down. can be configured to be embedded. That is, as shown in FIGS. 7A and 7B , the nut engaging grooves 62 are respectively formed on both sides of the nut body 61, and each nut engaging groove 62 has the upper flange engaging portion of the lower inner case and the upper inner housing. The lower flange engaging portion is stacked and the four adjacent inner enclosure flange engaging portions 311 can be connected to limit the forward and backward movement by using one multi-function nut 60 .

The nut body 61 is further formed with an extended hinge support part 63 extending in one direction from the front side, and a hinge support hole 631 is perforated at the extended end side in the vertical direction. In the hinge support hole 631 , the hinge protrusion 513 of the opening and closing door 50 is rotatably inserted.

In addition, as shown, the blocking plate parts 65 are extended from both sides of the front surface to the rear so that they can be easily installed between the coupling wing parts of the outer enclosure disposed on both sides.

8 is a cross-sectional view showing a reinforcing bar according to the present invention.

The reinforcing bar 80 is mounted by including the coupling wing portion 42 of the outer enclosure protruding forward through the outside of the flange 31 of the inner enclosure, and each coupling wing portion of the adjacent outer enclosure is used as a single reinforcing bar. It is connected to a smooth finish between the outer enclosures, and the multi-function nut 60 is installed in the horizontal and vertical areas where the multi-function nut 60 is not installed between the adjacent outer boxes, and the exterior is finished beautifully by covering the connection part.

The reinforcing bar 80 is formed in an "E" shape in which side wall portions 81 are formed on both sides and an inner locking part 82 is formed, and the locking part 82 has locking projections 821 on both sides of the end side. is formed Therefore, by inserting the two outer enclosure coupling wing portions 42 adjacent to the two spaces between the engaging portion 82 and the side wall portion 81, respectively, the engaging projection 421 and the reinforcing bar engaging portion of the engaging wing portion 42. The locking jaws 821 of the 82 may work with each other to make the locking. Here, the locking jaws 421 and 821 may be formed to have an inclined surface as shown to reduce the locking force compared to a shape formed at a right angle. When the engaging force is reduced in this way, the reinforcing bar can be easily removed when the reinforcing bar is coupled to the engaging wing portion of the outer enclosure and then removed.

In addition, the gap between the inner surface of the side wall portion 81 of the reinforcing bar 80 and the inner surface of the engaging wing portion 42 opposite to it is formed to be larger than the step of the engaging jaw, so that when the reinforcing bar is removed, both sides are coupled around the reinforcing bar engaging portion 82 The wing portion 42 may be removed while allowing elastic deformation in the outer direction of the engaging portion.

In addition, by forming a hollow part inside the reinforcing bar hooking part to be elastically deformable by itself, it can be easily detached.

9A and 9B are a front view and a combined cross-sectional view of an end of an engraving washer installed with a fixing washer according to the present invention.

As shown, a fixing washer 70 is installed on the multi-function nut close to the edge of the opening and closing door 50 to block the opening and closing door 50 from being opened, while concealing the connection part between the reinforcement bar 80 and the multi-function nut at the edge of the exterior. can beautify

The fixed washers 70 may be installed at each corner as shown, and if only two fixed washers 70 facing each other are installed in a stepping-leg type, the opening of the opening/closing door 50 may be possible.

This fixing washer 70 is installed on the multi-function nut 60 located at the corner of the enclosure, and is sized to have a width that can cover at least the corner of the door to provide a locking function for fixing the door. and various patterns can be applied.

The fixed washer 70 has a through hole through which the washer bolt 71 is inserted in the center, and the multi-function nut 60 has a washer coupling hole 64 having a female threaded portion coaxially from the front of the nut body to form a washer bolt (71) can be fixed by inserting the through hole of the fixing washer (70) and fastening to the washer coupling hole (64) of the multi-function nut.

At this time, the fastening force of the washer bolt 71 acts from the front to the rear to move the fixing washer 70 in close contact with the front of the multi-function nut 60, and as the fixing washer 70 moves, the opening and closing doors 50 on both sides of the multi-function nut to be attached to the rear side. The rear adhesion of the opening and closing door 50 may be configured to be in close contact with the packing 32 coupled to the front surface of the flange of the inner case to seal the inner space of the inner case from the outside.

Referring to FIG. 9b as an embodiment of the packing 32, a band-shaped pressing protrusion 322 continuously protruding and closed in the packing length direction is formed on the front surface of the packing 32. The front pressing protrusion 322 may be formed individually or in two or more in addition to the two shown, and may be provided in the form of a groove in addition to the form of the protrusion. When the pressure protrusion or groove is formed in this way, when the opening/closing door 50 is in close contact with the front side of the packing 32 by the fastening force of the washer bolt 71, the packing area that is in primary contact with the opening/closing door 50 is narrow, so the fastening force is concentrated. can be transmitted. When in contact with a narrow area as described above, the adhesion can be increased by concentration of the fastening force rather than contact with a large area, thereby improving the internal sealing property.

Figure 9c shows an example in which the horizontal section of the hinge protrusion of the opening and closing door is formed in an ellipse, and the hinge support hole of the multi-function nut is formed in a square shape.

The hinge support hole 631 may be formed with a width similar to the long axis of the elliptical hinge protrusion 513 , and the long axis direction of the hinge protrusion 513 may be formed in the left and right direction when the opening and closing door 50 is closed.

When configured in this way, in the state in which the opening and closing door is closed, the hinge protrusion 513 generates play in the front and rear directions within the hinge support hole 631, so that the rear movement width of the opening and closing door 50 can be increased in response to the washer bolt 71 fastening force. there is. In addition, the long axis of the hinge protrusion 513 is disposed in the left and right direction of the hinge support hole 631 to limit the left and right movement of the opening and closing door 50 .

Therefore, by the shape of the hinge protrusion 513 and the hinge support hole 631, the opening and closing door 50 can be further brought into close contact with the packing 32 installed on the flange of the inner housing 30 at the rear, thereby improving the sealing property of the inner housing. can

The multi-function nut 60, the reinforcing bar 80, and the fixing washer 70 of the present invention have been described focusing on the corner portion where the four sealing boxes 20 are gathered, but only the outermost two sealing boxes are gathered at the corner or 1 An additional finishing frame 90 may be installed on the outer surface of the corner portion where only the encapsulation box is placed, such as by appropriately changing the design to make the finish, or attaching a separate finishing plate to the side of the encapsulation box to connect it.

10 : Bonan Anchidan
20 : sealed
30: inner box
31: flange 32: packing
311: flange stopper 312: internal groove
321: inner mouth projection 322: pressing projection
40: outer enclosure
41: stepped 42: combined wing portion
43: support rib 44: connecting protrusion
45: projection resting part 46: separation space
421: jamming jaw
50: open door
51: door frame 52: confirmation window
53: door frame packing
511: front door frame 512: rear door frame
513: hinge protrusion
60: multi-function nut
61: nut body 62: nut engaging groove
63: extended hinge support 64: washer coupling hole
65: blocking plate part
631: hinge support hole
70: fixed washer
71: washer bolt
80: reinforcing bar
81: side wall portion 82: engaging portion
821: jamming jaw
90: closing frame

Claims (10)

In the burial burial end that connects the burial boxes that are stored inside the ossuary by horizontally arranging and vertically stacking them,
The encapsulation box 20,
The ossuary is placed inside, and a flange 31 is formed on the side at the front end, a flange stopper 311 that is further extended to the side is formed at the edge of the flange, and the packing 32 is coupled to the front surface of the flange. an inner enclosure 30;
The front end is interfacing with the flange 31 of the inner enclosure to form a step 41 to be hooked, and on the end side except for the portion corresponding to the flange hooking part 311, the coupling wing that protrudes forward through the outside of the flange of the inner enclosure The part 42 is formed, and the outer enclosure 40 is formed with a spaced space 46 spaced apart from the outer surface of the inner enclosure on the inner surface;
an opening and closing door 50 mounted on the open front side of the inner box to seal the inside of the inner box, and hinge protrusions 513 are formed on one side of the upper and lower parts to rotate open and close;
A multi-function nut (60) installed on the edge of the inner box and having a hinge support hole (631) for inserting a hinge protrusion (513) of the opening and closing door on one side of the multi-function nut (60);
Including; A double-structured encapsulation box, characterized in that it is composed, and an enclosing end assembled using a multi-function nut. According to claim 1,
The packing 32 installed in the inner enclosure 30 has an inner mouth protrusion 321 formed on the rear surface, and an inner mouth groove 312 is formed on the front surface of the inner housing flange so that the inner mouth projection is inserted into the inner mouth groove to be coupled. A double-structured encapsulation box, characterized in that it is assembled using a multi-function nut. According to claim 1,
The upper and lower surfaces of the outer enclosure 40 are further formed with support ribs 43 protruding in the vertical direction to support the load vertically during lamination. Bongan Anchidan assembled using According to claim 1,
The outer enclosure 40 is provided with a connecting protrusion 44 and a protrusion seating part 45 opposite to each other in the middle of the four sides of the front edge, and a bolt fastening hole is formed in the connection protrusion and the protrusion seating part to form one connection protrusion ( 44) is placed so as to overlap the protrusion rest 45 of the other adjacent external enclosure, but each bolting hole is placed on the same axis and then bolted to connect the connecting protrusion and the protrusion seat as an integral part to enable continuous vertical installation. A double-structured encapsulation box, characterized in that it is assembled using a multi-function nut. According to claim 1,
The sealing end assembled using a double-structured sealing box and multi-function nut, characterized in that the insulating material is filled in the separation space (46) between the inner enclosure (30) and the outer enclosure (40). According to claim 1,
The multi-function nut 60,
a nut body 61 having a predetermined thickness and extending backwardly;
Nut locking grooves 62 formed on both sides of the rear end of the nut body to prevent the front and rear movement of the inner casing by inserting the flange locking parts 311 of the adjacent inner enclosures vertically and horizontally;
An extended hinge support portion 63 extending in one direction from the front of the nut body and rotatably coupled to the hinge protrusion 513 of the door 50 by having a hinge support hole 631 perforated at the extended end side thereof in the vertical direction; A double-structured sealing box and a sealing end assembled using a multi-function nut, characterized in that it comprises a. 7. The method of claim 6,
A washer coupling hole 64 having a female threaded portion is formed in the multi-function nut 60 coaxially from the front surface of the nut body,
The fixing washer 70 is coupled to the washer coupling hole 64 of the multi-function nut with a washer bolt 71, but the width of the fixing washer 70 is a diameter or width that can cover the corners of a plurality of adjacent opening and closing doors 50 The double structure sealing box and the sealing end assembled using the multi-function nut, characterized in that the opening and closing door 50 is closely attached to the rear side through the fixed washer 70 by the fastening force of the washer bolt 71. 8. The method of claim 7,
A packing 32 is installed on the front surface of the flange 31 of the inner enclosure, but one or a plurality of closed band-shaped pressing protrusions 322 are continuously formed along the flange front surface on the front surface of the packing, and pressurizing The protrusion is in close contact with the opening and closing door 50 pushed backward by the tightening of the fixing washer to seal the inside of the inner box. 9. The method of claim 8,
The hinge protrusion 513 of the opening and closing door has a horizontal cross section of an ellipse, but the long axis is formed in the left and right direction when the opening and closing door is closed. formed by
The double-structured sealing box, characterized in that the opening and closing door 50 is pushed backward by the mounting pressure of the fixed washer 70 and brought into close contact with the packing 32 installed on the flange of the inner enclosure, and the sealing end assembled using a multi-function nut . According to claim 1,
The opening and closing door 50,
a door frame 51 configured by combining the front door frame 511 and the rear door frame 512 and having hinge protrusions 513 that are the opening and closing rotation shafts on one upper and lower surfaces;
an inner confirmation window 52 interposed between the front door frame and the rear door frame of the door frame;
A double-structured sealing box and multi-function nut, characterized in that it comprises; Bongan Anchidan assembled using

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