KR200344317Y1 - deposit device for person's remain - Google Patents

Abstract

The present invention relates to a ash box storage device that is easy to manufacture and construct, easy to handle, and to create various types of crypts, which are composed of a unit member assembled with ashes in each form, and the ashes can be placed in a suitable size. A unit member configured to stand at least one side plate at both ends of the lower plate having a protruding portion and an opening corresponding to the protruding portion on an opposite side thereof; An opening / closing door that opens and closes an upper opening of the unit member based on a hinge part provided on an upper surface of the unit member; A casing having an entrance formed on the inner side in an annular shape and rotating along an inner circumference thereof, the entrance having an entrance extending vertically to an earth surface when buried in an upper surface thereof; And a guide part provided on the bottom surface of the casing and guiding the rotational movement of the unit member through the ball provided in the guide groove, wherein the unit member is rotated through the extension tube of the casing. It is a technical feature to move, open and close the opening and closing door, thereby allowing the ashes to be placed.

Description

Remains device for person's remain}

The present invention relates to a ash box storage device to be installed in the gravel, more specifically, the unit member is placed in the ashes in each of the prefabricated structure is easy to manufacture and construction, easy to handle and can form various types of gravel graves The ashes storage device.

Since ancient times, customs of burial and burial have been transmitted in Korea, but the absolute area of the cemetery has been reduced due to the expansion of farmland and forest land in residential areas due to population expansion. It is becoming.

In recent years, the burial method in the form of crypts is a mixture of burial and cremation methods, which embeds a storage device in which the ashes are stored, and establishes a graveyard with bonbons, stones, and monuments on its upper surface, thereby creating the remains of several people in one grave. In other words, it has the advantage of effectively using the area.

To this end, various types of ash container storage devices have been developed, and the present inventors have also proposed a domestic utility registration No. 207087 and an improved domestic utility model registration No. 264417.

Looking at the rotary oscillator storage device for double ossuary gravel, the guideway formed with a through hole in the center so that the rod powder and the ground contact, the outer surface is formed with a main body formed with an inlet for fixing the opening and closing plate, and several partitions are installed between the upper and lower plates. Rotating type for the ossuary, which consists of a rotating plate on which each slot groove is formed as a lower plate so that a counterfeit plate is installed between the partition and the partition plate, and a rotating plate on which a rotating roller supporting the outer surface of the guide path is installed, and a closing plate formed with an insertion hole corresponding to the through hole. In the ashes storage device, the closing plate is guided on the upper surface in a circular shape on the bottom surface of the main body is fixed to the outer surface of the main body and the upper end of the guide path without welding the guide hole is inserted into the insertion hole. Is formed to form a pair of guide rails installed side by side inward and outward to the guide groove But wit a number of clouds of view, a plurality of spacers formed in the upper sphere ball is projected to be fit to the arc shape of the cloud of the ball consists of a configuration having a rotary support which is mounted to top.

By the way, the ashes storage device has a problem that the rotating plate that the ashes are stored is integrally composed and difficult to manufacture and transport. In other words, the rotary plate has a diameter slightly smaller than the circumference of the rod powder, and partitions are installed and partitioned so that at least 12 ashes can be stored. In the construction process, due to the excessive weight is difficult to transport, there is a problem inconvenient handling. In addition, such a conventional storage device has a problem that unnecessary cost is required due to the difficulty of manufacturing and installation workability.

The present invention has been made in view of the above-described conventional problems, and its object is to constitute a unit that can store one ash box as a unit so that it can be assembled at a manufacturing or construction site, and each unit is provided with an opening and closing door. It is to provide a ash storage device that can be conveniently placed in the ashes.

Another object of the present invention is to provide a bone box storage device consisting of a unit that can be constructed by selectively adjusting the number of assembly according to the construction conditions, each dividedly assembled.

Another object of the present invention is to provide a unit member on the upper surface of each unit member so that the ashes can be settled through one entrance provided on the ground surface, and each unit is rotatably assembled, provided with a transmission device It is to provide a ash storage device that can be rotated.

The object of the present invention is to construct at least one side plate at both ends of the lower plate having a suitable size that can be placed ashes, the unit member having a protrusion on the outside of the side plate and an opening corresponding to the protrusion is formed on the opposite side; An opening / closing door that opens and closes an upper opening of the unit member based on a hinge part provided on an upper surface of the unit member; A casing having an entrance formed on the inner side in an annular shape and rotating along an inner circumference thereof, the entrance having an entrance extending vertically to an earth surface when buried in an upper surface thereof; And a guide part provided on the bottom surface of the casing and guiding the rotational movement of the unit member through the ball provided in the guide groove, wherein the unit member is rotated through the extension tube of the casing. It is a technical feature to move, open and close the opening and closing door, thereby allowing the ashes to be placed.

1 is a perspective view of a ash box storage unit member according to the present invention,

Figure 2 is a plan view showing the assembly process of the ashes storage unit member according to the present invention,

3 is an exploded perspective view of the ashes storage device according to the present invention,

Figure 4 is a cross-sectional view showing a construction state of the present invention ashes storage device,

Figure 5 is a plan view showing another embodiment of the present invention ashes storage device.

Figure 6 is a perspective view showing another embodiment of the present invention ashes storage device.

* Explanation of symbols for the main parts of the drawings

10: ashes storage unit member 11: ashes storage space

12: side plate 13: front panel

14: lower plate 20: upper surface

22: jam jaw 100: casing

110: outer wall 130: extension pipe

200: opening and closing door 220: handle hole

240: groove portion 250: recessed portion

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Attached Figure 1 shows an example of a unit member applied to the present invention ashes storage device, Figure 2 shows a state in which the unit member is assembled, Figure 3 shows a state of the present invention ashes storage device construction. .

Preferably, the ashes storage device of the present invention is each divided or integrally configured to open and close the unit member 10 and the door 200 for opening and closing the unit member 10, the ashes 1 is stored, and the unit The member 10 is assembled and consists of the casing 100 which rotates.

First, the unit member 10 is the lower plate 14 having a suitable size to be placed the ashes 1 and the side plate 12 and the front side of the side plate 12 which is erected on one side or both sides of the lower plate 14. Consists of the front plate 13 to be built in, and the ashes (1) is placed in the lower plate 14 through the space (11) formed therein.

Here, the unit member 10 is a structure divided into equal circumferential angles θ with respect to the center point of the virtual circle, where the virtual circle refers to a circle drawn in consideration of the area of the graveyard to be formed. Such virtual circles are preferably standardized to a constant diameter, but may be smaller or larger depending on local environmental or artificial conditions.

Preferably, the unit member 10 is divided into 12 equal to 30 degrees, that is, the virtual circle so that 12 ashes can be placed together. In other words, both ends of the lower plate 14 are configured to be 30 ° with respect to the center point of the virtual circle, and the side plates 12 are erected in each of the both ends or one end length direction so that the unit members are equally divided. Of course, the angle of the unit member 10 is one example, it may be divided into different angles.

In addition, the unit member 10 is configured to be assembled to each other by being fitted in the opening 16a of the adjacent unit member 10 is provided with an outward fitting projection 16 on one side of the side plate 12, When the side plate 12 is provided only at one side end of the lower plate 14 and the side plate 12 may be provided at both sides of the lower plate 14 as shown in FIG. 6.

In other words, a side plate 12 having a protrusion 16 on its outer surface is erected at one side end of the lower plate 14, and its opposite side is opened, and the front plate 13 is formed on the upper side of the opening 16a. An extension 12a is provided to support and support the door 200, and the stepped portion 16a is fitted so that protrusions of other unit members adjacent to each of the extension 12a and the lower plate 14 are fitted. Formed configuration.

In addition, the unit member 10 shown in Figure 6 is composed of a side plate (14) standing on both ends of the lower plate 14, and a front plate (13) standing on the tip of the lower plate 14, the one side plate ( 14 is provided with a protrusion 16 on the outer surface, and a part of the opposing side plate 14 is cut out to form an opening 16a corresponding to the protrusion 14 so that the protrusion of another unit member is fitted. Configuration.

The unit member 10 of this type has the advantage that can be assembled by diversifying the shape of the protrusion 16 and the opening 16a into a variety of fittings rather than the shape as shown in the figure.

The opening / closing door 200 installed in the upper opening 21 of the unit member 10 is connected to the hinge 23 installed in the upper surface 20 of either the side plate 12 or the front plate 13. Is to be rotated about this, but the hinge portion 23 is used as a hinge. In addition, the lower surface of the lower plate 14 of the unit member 10 is a configuration that the guide rail 15 is installed to be rotated along the guide portion 150 to be described later.

The opening and closing door 200 is a flat plate having a predetermined thickness, that is, a handle hole 220 is formed in the front end of the door plate 210 so that the finger can be opened and closed, the hinge coupling portion 230 at the front end Is provided is connected to the hinge portion 23, the central groove portion 240 is inserted into the various marks that can identify the plaques, pictures or bones.

As shown in the drawing, the recess 240 is first installed with a supporting plate 241, and the top surface of the photo 242 or the top plate, etc. It is preferable that the transparent cover 243 is covered with the upper surface again would.

Both sides of the door plate 210 is formed with a concave inlet portion 250 so as to slide the upper end of the side plate 12 by inserting a finger.

The casing 100 is provided with an outer wall 110 with an accommodating space 120 outside the circular inner tube 101 at a predetermined interval, that is, the unit member 10 can be installed, and the outer wall 110. The guide portion 150 is installed on the bottom plate 121 connecting the inner tube 101. In addition, the upper surface of the casing 110 has an entrance 131 therein, the extension pipe 130 is installed vertically to allow the ashes 1 to be placed on the ground surface (S) after embedding.

The extension tube 130 is preferably installed on the upper plate of the housing 100 as shown in FIG. 3, but when the cover is configured to cover the upper portion of the housing 100, the extension tube 130 is installed on the cover. .

In addition, the upper end of the extension pipe 130 is covered with a cover 140 to prevent the earth or water from flowing into the casing 100, the bottom surface of the cover 140, the sealing portion 141 to improve the sealing force ) Is equipped.

The guide part 150 is composed of a guide groove 151 installed on the upper surface of the bottom plate 121 and a ball 152 fitted into the guide groove 151, so that the ball 152 when the unit member 10 rotates. The unit member 10 is configured to be smoothly moved by the rolling motion of.

In the figure, reference numeral 3 is a basic stone, and 4 represents a monument.

The ashes storage device of the present invention made of such a configuration is such that the ashes 1 can be placed inside the extension pipe 130, that is, through the doorway 131 in a state of being buried in the ground as shown in FIG. 4. First, after the excavation work, the foundation stone 2 is constructed on the ground, and then the casing 100 is seated and installed on the upper surface of the foundation stone 2.

The unit member 10 is installed in the inner accommodating space 120 of the casing 100, and the unit member 10 at this time is the guide part 150 provided on the guide rail 15 and the bottom plate 121 of the bottom surface thereof. ), And the unit member 10 is in a state in which at least two or all twelve pieces are connected and assembled.

The extension pipe 130 protruding to the upper surface of the casing 100 is projected to the ground surface (S), the surface stone, that is, the stone 4 is seated on the upper surface of the foundation stone 3 in the state that the foundation stone 3 is fitted to the upper end Structure.

When the ashes 1 are to be placed in such a state, first, the monument 140 is pushed so that the cover 140 covering the extension tube 130 is exposed, and then the cover 140 is opened and a hand opens and closes the doorway 131. To open the door 200 of the unit member 10.

The ashes 1 have already been placed in the unit member 10, and the other end member 10 is rotated by inserting a finger into the recess 250 and rotating the unit member 10 around the upper end of the side plate 14. The ashes are settled.

Here, the unit member 10 is rotated by the rolling motion of the guide rail 15 of the bottom surface of the ball 152 provided in the guide portion 150, that is, the guide groove 151, the door 200 is a hinge portion The opening 21 is opened or closed by rotating about 23.

After the ashes 1 are placed, the reverse operation is completed, ie, the door 200 is closed, and the cover 140 is placed on the extension pipe 130.

5 is a view showing another embodiment of the ash storage device of the present invention, to facilitate the rotational movement of the unit member 10 assembled using the rotation means 300.

The rotation means 100 may be configured manually or automatically. In the example shown in the drawings, the teeth 310 are formed manually on the lower plate 14 of each unit member 10 and have at least one gear 320 engaged with the teeth 310. In addition, by having a handle 330 to the gear 320 to rotate the handle, by rotating the unit member so that the ashes can be placed.

As described above, the present invention uses a unit member that is separately assembled, and thus is convenient for carrying, and can selectively adjust the number of assembly according to the construction conditions, and is assembled at the construction site to have an easy installation installation.

In addition, the present invention has the effect that each of the divided configuration is easy to manufacture, thereby reducing the cost.

In addition, the present invention is to be assembled on the circumference of the casing, each unit member is stored in the ash box, so that it can be rotated along the roller installed on the bottom, the handle is provided to conveniently rotate and keep the ash box effect Have

Claims (5)

A unit member having at least one side plate formed at both ends of the lower plate having a proper size to which the ashes can be placed, having a protrusion on the outside of the side plate, and an opening corresponding to the protrusion on the opposite side; An opening / closing door that opens and closes an upper opening of the unit member based on a hinge part provided on an upper surface of the unit member; A casing having an entrance formed on the inner side in an annular shape and rotating along an inner circumference thereof, the entrance having an entrance extending vertically to an earth surface when buried in an upper surface thereof; And a guide part provided on the bottom surface of the casing and guiding the rotational movement of the unit member through the ball provided in the guide groove. The ashes storage device, characterized in that for rotating the unit member through the extension tube of the casing, opening and closing the door, through which the ashes are settled. According to claim 1, wherein the unit member has a lower plate on which the ashes are seated, the side plate having a protrusion on the outer surface is erected on one side end of the lower plate, the opposite side is to be opened, the front plate on the upper side of the opening And extending from the support is provided with an extension for supporting the door, the ash storage box including a stepped portion is formed so that the protrusion of the other unit member adjacent to each of the extension and the lower plate is fitted. According to claim 1, wherein the unit member is composed of a lower plate on which the ashes are seated, side plates that are built up at both ends of the lower plate, and a front plate that is built on the front end of the lower plate, and has a protrusion on the outer surface of the one side plate And an opposite side plate having an opening corresponding to the protruding portion to be cut so that the protruding portion of another adjacent unit member is fitted. According to claim 1, wherein the casing is provided with an outer wall with a space in which the unit member can be fitted to the outside of the circular inner tube, an extension tube is installed vertically on the upper surface, the bone plate including a guide provided on the bottom plate Storage device. 2. The ashes storage device according to claim 1, wherein a gear is formed on the lower plate of the unit member and has at least one gear engaged with the gear, and a handle or a transmission device for rotating the gear is installed. .