KR200332559Y1 - A vertical moving type undergraund charnel house - Google Patents

Abstract

The present invention relates to a vertically movable underground ossuary, and more particularly, it has a shape slightly protruding to the ground, such as a burial culture, and automatically stores a plurality of ossuaries in the underground interior space and stores it in a designated location. By constructing underground internal space to be kept in a vacuum or high pressure at all times, it minimizes the erosion of land due to the cemetery while maintaining the burial culture, and decay and ashes of the ossuary which are caused by condensation due to exposure of the ossuary to the atmosphere. It relates to a vertically movable underground ossuary to enable the removal of odors and odors, and to secure convenience and economics of the ossuary. This is due to the combination of the underground structure (1) and the superstructure (11) above the ground. The inside is hermetically sealed, and the side surface portion of the ground on the upper side of the underground structure 1 has a crypt inlet 12 and a plurality of An end 13 is formed, and in the underground structure 1, a multi-stage turntable 3 is rotatably disposed by the turntable driving unit 4 around a vertical main shaft 2 on which the transfer robot 23 is installed. The turntable 3 has a transfer robot access passage 33 to one side while the turntable 3 is positioned at a number of boundaries, and inside the main shaft 2, gas tanks (2) are formed. G) and a main shaft pipe 21 having a plurality of inlets and outlets 22 are formed while communicating with the main pipe 5 connected to the vacuum pump P to selectively inject gas into the underground structure 1 or apply a vacuum pressure. By maintaining the burial culture, it minimizes the encroachment of the land caused by the cemetery, and eliminates the odor and the odor of the ossuary caused by condensation due to the exposure of the ossuary to the atmosphere. convenience There is an effect that can ensure affordability.

Description

A vertical moving type undergraund charnel house}

The present invention relates to a vertically movable underground ossuary, and more particularly, it has a shape slightly protruding to the ground, such as a burial culture, and automatically stores a plurality of ossuaries in the underground interior space and stores it in a designated location. By constructing underground internal space to be kept in a vacuum or high pressure at all times, it minimizes the erosion of land due to the cemetery while maintaining the burial culture, and decay and ashes of the ossuary which are caused by condensation due to exposure of the ossuary to the atmosphere. The present invention relates to a vertically movable underground ossuary which allows to remove forms and odors, and to ensure convenience and economics of operating the ossuary.

Currently, the problem of encroachment due to the cemetery is in serious condition, and the urns are emerging as a means to cope with it. The ossuary is kept inside the enclosure and placed in the ossuary to allow worship.

However, the ossuary is kept in the state of being exposed to the air, which causes the ossuary to decay or the remains of the ashes due to condensation from the ossuary and the moisture in the air, and pollutes the environment. By doing so, it caused severe backlash of local residents, and there was a problem acting as a obstacle of the ossuary culture which is emerging as a means of coping with the cemetery due to the difficulty of securing the ossuary installation space.

Therefore, the present invention was devised to solve the conventional problems as described above, and its purpose is to vertically move a large number of crypts automatically in the underground interior space while having a somewhat protruding shape to the ground as a burial culture. By storing and storing it in a designated location, the underground internal space can be kept under vacuum or high pressure at all times to minimize burial of the land due to the cemetery while maintaining the burial culture. It is to make it possible to remove habitats and odors such as rot and ashes generated from ossuaries, and to secure convenience and economics of ossuary administration.

In addition, an object of the present invention is to enable the internal accommodation of the ossuary box while maintaining the high pressure state by the vacuum or gas injection inside the underground space.

In addition, an object of the present invention is to enable the worship by the external carrying out of the ossuary box while maintaining the high pressure state by vacuum or gas injection inside the underground space.

In addition, an object of the present invention is to enable a more accurate driving of the turntable is a large number of crypts.

In order to achieve the object of the present invention, the interior is hermetically sealed by the combination of the underground structure and the upper structure of the ground, the side of the ground side of the upper side of the underground structure is formed with a crypt entrance and a plurality of shrines, underground structure Inside, a multi-stage turntable is rotatably arranged by a turntable driving unit around a vertical main shaft on which a transport robot is installed, and the turntable has a transport robot access path formed to one side while a crypt is positioned at a plurality of boundaries. The inside of the main shaft, the main pipe connected to the gas tank and the vacuum pump on both sides is formed while the main pipe having a plurality of inlet and outlet is formed, characterized in that configured to inject gas into the underground structure or to operate the vacuum pressure Vertical underground underground ossuaries are provided.

In addition, the crypt inlet is provided with an inlet side rest formed over the inside and outside of the underground structure, the inlet side rests are separated into first and second chambers by the first, second and third gate valves, the first oscillator It is configured to transfer the ossuary along the inlet side by means of a transfer table, wherein the first and second chambers have one end connected to the main pipe and the other end connected to the first and second connection pipes having valves A and B. It is characterized in that the gas is injected or the vacuum pressure is applied through the inlet connection pipe.

In addition, the shrine end is provided with an exit side rest formed over the inside and outside of the underground structure, the outlet side rest is the third chamber is formed by the fourth, fifth gate valve, the second oscillator carrier The third chamber is characterized in that the one end is connected to the true end connection pipe having a valve E is connected to the main pipe.

The turntable driving unit may include a driving motor, a prime mover gear disposed on a rotation axis of the drive motor, and a prime mover formed along the lower end of the turntable and engaged with the prime mover.

1 is a cross-sectional view showing the overall configuration of the present invention.

Figure 2 is a perspective view showing a turntable structure of the present invention.

3a to 3e are cross-sectional views sequentially showing the operation of the present invention.

* Explanation of symbols for the main parts of the drawings

1: Underground Structure

11: upper structure

12: Inbox entrance

121: Inlet side support 122,123,124: 1st, 2nd, 3rd, gate valve

125,126: 1st, 2nd chamber 127: 1st ossuary carrier

13: Worship

131: outlet side rest 132: fourth gate valve

133: third chamber 134: second ossuary carrier

135: Confidential transparent window

2: spindle

21: Main pipe piping 22: Inlet and outlet

23: Transfer robot 23A: Finger

3: turntable

31,32: first, second boundary line 33: transfer robot access passage

34: Support part

4: turntable driving unit

41: drive motor 42: drive gear

43: driven gear

5: Main piping

6: Entrance entrance piping

61: first connection piping 62: second connection piping

7: Visiting duct connection piping

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration of the present invention according to the embodiment.

1 is a cross-sectional view showing the overall configuration of the present invention.

As shown in the present invention, the present invention has an inner space part by concrete pouring, and an underground structure 1 is formed in which the space is sealed by the upper structure 11, and the ridge is formed on the ground of the upper side of the underground structure 1. The entrance 12 is formed, and the other end thereof has the worship ends 13 formed at the same height, and the worship ends 13 are formed in plural and somewhat higher on the ground.

In addition, the crypt inlet 12 is formed with an inlet side rest 121 over the inside and outside of the underground structure 1, the first, second, third gate valve to the upper side of the inlet side rest 121 The first and second chambers 125 and 126 are formed by (122), 123, and 124, and the first oscillator carrier 127 is provided on the inlet side support 121. The first oscillator carrier 127 may be configured by a conveyor type or movable by its own wheel drive, but the present invention is not limited thereto, and the oscillation box 100 may be restricted according to a driving command of a controller. It's okay.

In addition, the exit end 13 is formed inside and outside of the underground structure 1, like the crypt box inlet 12, the inner side and the outer side is separated in the first gate valve 122. The third chamber 133 is formed to the outside, and the second oscillator tray 134 as described above is provided on the outlet side rest 131.

At the same time, a vertical main shaft 2 having a relatively large diameter is installed in the center of the underground structure 1, and a main shaft pipe 21 having a multi-stage horizontal inlet and outlet 22 is formed inside the main shaft 2. The upper side is equipped with a transfer robot 23 freely moving forward, backward, left and right while having a finger 23A, and a plurality of turntables 3 in multiple stages on the lower side of the main shaft 2. The main shaft (2) is rotatably provided in a manner that penetrates the center while the turntable (3) is supported by the support (34) so that the lower part is rotatably supported, and the support (34) is a bearing or the like. Likewise, the turntable 3 may be rotatably supported.

As shown in FIG. 2, the turntable 3 is formed as a circular body through which the main shaft 2 penetrates the center portion. The turntable 3 includes a plurality of first boundary lines 31 formed in concentric circles and a second boundary line formed in a radial manner. The position where the crypt 100 is settled by the control unit 32 is determined by the control unit, and is rotated by the turntable driving unit 4, and the turntable driving unit 4 includes a speed reducer (not shown). As the driven gear 43 formed along the periphery of the lower end of the turntable 3 and the prime gear 42 arranged on the rotating shaft of the motor 41, the drive motor 41, and engaged with the prime gear 42. It is configured and is individually connected to the turntable 3, respectively.

Meanwhile, as shown in FIG. 1, the main shaft pipe 21 of the main shaft 2 is connected to the main pipe 5 provided with the gas tank G and the vacuum pump P on both sides thereof, and the main pipe 5 is The entrance connection pipe 6 connected to the first and second chambers 125 and 126 of the oscillator inlet 12 is connected again, and the worship end connected to the third chamber 133 side of the worship opening 13 is connected. The connection pipe 7 is connected, and the entrance connection pipe 6 is connected to the first connection pipe 61 and the second chamber 126 connected to the first chamber 125 side. Separately formed by the connecting pipe (62).

Here, reference numerals V1, V2, V3, V4, V5 are valves A, B, C, D, and E, and each device including the valve is operated by a controller programmed as a signal by sensor detection. It is done automatically.

3a to 3e sequentially show the operation process of the present invention, will be described in detail with reference to this.

First, the gas of the gas tank G is injected into the underground structure 1 including each layer of the turntable 3 through the inlet and outlet 22 of the main pipe 5 and the main pipe 21, or the vacuum pump P The vacuum pressure caused by) acts, which opens valve C (V3) with the vacuum pump (P) turned off to allow gas inside the gas tank (G) to flow into the main pipe (5) or the valve C ( This is done by closing V3) and selectively operating the vacuum pump P. For the sake of consistency and understanding of the description, only the gas injection will be described.

The entry and exit of the ossuary 100 is first, the oscillation box 100 is mounted on the first oscillator transport base 127 of the inlet side support 121, the first gate valve ( As the 122 is opened, the first oscillator carrier 127 on which the ossuary 100 is mounted moves to the first chamber 125 side, and then the first gate valve 122 is closed, and the inside is hermetically sealed. In order to supplement the valve A (V1) is opened, the gas is injected into the first chamber 125 side through the first connecting pipe 61 of the inlet connecting pipe (6).

Thereafter, as shown in FIG. 3A, the valve A (V1) is closed and the second gate valve 123 is opened again, and the first bin cage 127 on which the bin box 100 is mounted is the second chamber 126. After moving to the side, as described above, the second gate valve 123 is closed again, and valve B (V2) is opened so that gas supplementation through the second connection pipe 62 is made, and this replenishment is completed. When the third gate valve 124 is opened after the valve B (V2) is closed, the first crypt box carrier 127 is located in the underground structure (1) as shown in Figure 3b, the third Gate valve 124 is closed again.

When the ossuary 100 is placed on the inlet side support 121 in the underground structure 1, the control unit moves the transfer robot 23 to the position of the ossuary 100 according to a detection signal by the sensor. Then, the transfer robot 23 moved to the position is gripped by holding the ossuary box 100 by hand using the lower side finger 23A.

The grasped crypt 100 is moved to the turntable 3 at the corresponding position again according to the operation command of the control unit, as shown in FIG. 3C, in which each turntable 3 is provided in a plurality of underground structures 1. ) Will perform a series of alignment process so as not to interfere with the movement of the transfer robot (23). That is, as shown in FIG. 2, each turntable 3 is configured to provide a passage through which the transfer robot 23 can move by matching the transfer robot access passages 33 up and down with each other. The conveying robot 23 which has been gripped moves to the turntable 3 side of the floor through the passage to partition the crypt box 100 by the first boundary line 31 and the second boundary line 32 at a designated position. It is to be enshrined.

In the case of carrying the ossuary 100 placed on the turntable 3 toward the worship end 13 side, the alignment of the turntable 3 and the movement of the transfer robot 23 as described above are illustrated in FIG. 3D. As described above, the ossuary 100 is to be carried on the outlet side rest 131, the ossuary 100 carried on the outlet side rest 131 is a fourth by the second oscillator transport 134 With the opening of the gate valve 132 is moved to the third chamber 133 side, after the fourth gate valve 132 is closed again, the worship through the hermetic transparent window 135 can be made.

In addition, in the case of carrying the crypt box 100 back to the turntable 3 in its original position, the fourth gate valve 132 is opened and the second cab box 134 on which the crypt box 100 is mounted is an underground structure (1). As described above, the inner box 100 is moved to the corresponding turntable 3 by the transfer robot 23, and all of these operations are automatically performed by the controller.

As described above, the present invention has a form slightly protruding to the ground, such as a burial culture, and automatically stores and stores the crypts in a designated location by automatically moving a plurality of crypts in the underground interior space. By maintaining the burial culture, it minimizes the encroachment of the land due to the cemetery, and removes the odor and the odor of the ossuary due to the dew condensation caused by the exposure of the ossuary to the atmosphere. It is effective to secure convenience and economics of ossuary management.

In addition, the present invention is composed of a plurality of chambers by the gate valve to the crypt box inlet, so that the gas injection or vacuum pressure can be applied to the chamber to maintain a high pressure state by vacuum or gas injection in the underground space While there is an effect that can be accommodated inside the ossuary.

In addition, the present invention is configured to allow the chamber to be formed by the gate valve, and the gas injection or vacuum pressure to be applied to the chamber to maintain the high pressure state by the vacuum or gas injection inside the underground space. There is an effect that can be visited and re-accepted by the external take-out.

In addition, the present invention has the effect that the turntable can be driven more precisely by configuring the turntable can be rotated by the gear transmission is settled a lot.

Claims (4)

The interior is hermetically sealed by the combination of the underground structure 1 and the upper structure 11 on the ground, and a crypt box entrance 12 and a plurality of shrine ends 13 are provided at the side of the ground on the upper side of the underground structure 1. The multi-stage turntable 3 is rotatably disposed by the turntable driving unit 4 around the vertical main shaft 2 on which the transfer robot 23 is installed. The turntable 3 has a transport robot entry and exit 33 formed at one side while the location of the ossuary 100 is designated at a plurality of boundaries, and inside the main shaft 2, the gas tank G and the vacuum pump are provided at both sides. A main shaft pipe 21 having a plurality of inlets and outlets 22 is formed while communicating with the main pipe 5 connected to (P) to selectively inject gas into the underground structure 1 or to operate a vacuum pressure. A vertical underground ossuary. The method of claim 1, The ossuary entrance 12 is provided with an inlet side rest 121 formed over the inside and outside of the underground structure 1, the inlet side rest 121 is the first, second, third gate valve 122 The first and second chambers 125 and 126 are separated by 123 and 124, and the oscillator 100 may be transferred along the inlet side 121 by the first oscillator carrier 127. The first and second chambers 125 and 126 have one end connected to the main pipe 5 and the other end of the first and second connection pipes 61 having valves A and B (V1) and V2. Vertically movable underground ossuary, characterized in that the gas is injected or the vacuum pressure is applied through the entrance connection pipe (6) connected to the (62). The method according to claim 1 or 2, The worship end 13 is provided with an outlet side rest 131 formed over the inside and outside of the underground structure 1, and the outlet side rest 131 is provided with fourth and fifth gate valves 132 and 135. The third chamber 133 is formed by, and the second chamber 133 is configured to transfer the ossuary 100 along the exit-side rest 131 by the second oscillation carrier 134, the third chamber 133 ) Is a vertical underground underground ossuary, characterized in that one end is connected to the chamfering connecting pipe (7) having a valve E (V5) connected to the main pipe (5). The method of claim 1, The turntable driving unit 4 is formed along a circumference of a lower end of the turntable 3 and a driving motor 41, a prime mover 42 arranged on a rotation axis of the drive motor 41, and the prime mover 42. Vertically movable underground ossuary, characterized in that consisting of the prime gear (42) engaged with.