KR101184682B1 - Opening and closing structure of liner for a charnel cabinet - Google Patents

Abstract

PURPOSE: An opening and closing structure of a liner box for a charnel case is provided to enable a user to conveniently open and close a liner box by arranging a door frame on the opened front surface of the liner box. CONSTITUTION: An opening and closing structure of a liner box for a charnel case is comprised as follows. A doorframe is installed on the opened surface(115) of a front frame(111) of a liner box(100). The doorframe is composed of a fixed doorframe(210) and a rotary doorframe(220). The fixed doorframe supports an inner cover(240) using a first locking unit. The rotary doorframe is arranged on the front surface of the fixed doorframe and has an outer frame in which a finishing cover(250) is installed. The rotary doorframe is horizontally opened like a home bar door.

Description

OPENING AND CLOSING STRUCTURE OF LINER FOR A CHARNEL CABINET}

The present invention relates to a liner box opening and closing structure of the inner end of the rod, and more particularly, in opening and closing the opening surface of the liner box, while implementing to be arranged in a double structure of the inner lid and the closing cover on the opening surface of the liner box By providing a door frame that can be opened in the form of a groove bar door, the closing cover is configured to be opened in such a manner that the top is rotated horizontally around the lower hinge mounting portion of the door frame, and the inner lid is a separate first locking means. It can be locked and unlocked at the same time, and can be opened through a separate adsorption equipment, providing convenience and effective locking function for the user or administrator, and easily locking status for any third party. In addition, the arrangement state of the door frame opened and closed in the form of the home bar door is adjacent Liner also relates to a liner structure also opening of structural simplicity as implemented in the state to minimize the gap between the exterior and enshrined stage to improve the beauty.

As it is well known, the public's interest in improving the burial system has recently risen, and after the cremation, the remains of the carcasses have been placed in the ashes (or ashes complex). Long-term storage is being increased by entrusting them to)).

These bonandans are stacked and arranged with dozens of liner boxes that can contain ashes in them, so they can be intensively stored and managed for long periods of time. In order to improve efficiency and reduce land shortages and costs at the time of burial by conventional tombs, it is actively recommended by local governments and religious groups.

Such Bondandan has recently been presented in various forms, among which the Republic of Korea Utility Model No. 390270 (2005.7.22. Announcement, Ossuary Settlement), Republic of Korea Patent No. 780569 (August 30, 2007. The structure of the rod inner end each formed of a multi-stage lattice structure so that the ashes are stacked and received.

In addition, the Republic of Korea Patent No. 381112 (notified by the applicant) (2003.4.26. Announcement, the structure of the ossuary using steel (stainless steel) structure and PC concrete), Republic of Korea Patent No. 398615 (2003.9.19. The ossuary-end structure) and the like have been shown to have a crypt-like structure (i.e., a rod end) structure which is simpler and lighter than the conventional method, and which can be easily transported and rearranged.

That is, the rod end is disclosed by the applicant of the prior art, having a form in which the concrete and the liner box integrally combined to enhance durability, the rod end is arranged horizontally and horizontally arranged a plurality of liner box at a predetermined interval, then poured concrete liner It has a structure configured to integrally combine the bin and concrete.

The liner box has a front opening so that the user can put a bone box containing ashes or artifacts, and the front opening is covered with a cover such as glass and then finally closed with a lid (or door).

The liner box has recently been formed using a fiberglass reinforced plastic (FRP) material, a thermoplastic resin ABS (Acrylonitrile Butadiene Styrene) resin, etc., and thus a light and durable product has been disclosed.

In addition, the lid is in pursuit of the beauty of the appearance of the bonandan by using various types of finishing materials such as natural stone, artificial marble, bronze, wood, glass and the like.

And, the lid is fixed by a separate rosette or bolt, so as to act as a locker.

On the other hand, the lid must be opened first when the liner box is to be opened for the purpose of removing the ashes or articles stored in the liner box or checking the inner condition of the liner box due to the needs of the bereaved.

However, since most of the liner box lid of the prior art according to the prior art is fixed by a separate rosette or bolt, there was a problem that the opening operation is quite cumbersome and inconvenient.

As an example of a method to solve the inconvenience somewhat, according to the invention related to the "opening door structure for the flat chest settlement" recently disclosed in the Republic of Korea Patent No. 1001367, the flat pile set and stacked in the left and right and / or joint It can be used as a place of sackbox when inserting and carrying out crypt box, and opening and closing door for inserting and carrying out cab box can be opened and closed with two stages to facilitate convenience. Equipped with a technology that can securely lock the swing door of the ossuary settlement.

That is, as shown in Figures 1 to 5, the hinge door structure for the oscillator settlement base according to the prior art disclosed in the Republic of Korea Patent No. 1001367, the upper and lower sides are installed on the edge of the opening of the oscillator storage box 11 for storing the ossuary box Side and left and right door frames 10; A door 20 installed on the front of the door frame 10; A locking means (30) installed at the center of the recess of the upper door frame (10); The door hinge 40 is installed at the center of the recess of the lower door frame 10 and connects the lower center of the door 20.

At this time, the door 20 has a rectangular outer plate 21 and the inner plate 22 having a smaller size than the outer plate 21 is attached to each other to form an integral, both sides of the upper end of the inner surface of the inner plate 22 Hanging holes 22a are formed in the inner side, and door hinge pieces 22c and 22c 'formed with hinge pin shaft insertion holes 22b are formed at the lower end of the inner plate body 22 of the door 20. On the left and right sides, the elastic pieces 41 'are formed so that the left and right elastic pieces 41 "are slightly lifted and elastic, and the door hinge pieces 22c and 22c' formed with the hinge pin shaft insertion holes 22b are formed.

In addition, the door hinge means 40 is vertically bent forward and downward of the upper and lower ends of the plate body having a fastening hole 40 'for fastening to the door frame 10 to form a bent portion left and right of the center of the upper bent portion (40a) The hinge pieces 40c and 40c 'having the first buffering means 41 formed to be cut and extended forward, and a hinge pin shaft insertion hole 40b formed at a bent surface in which both front ends of the upper bent portion 40a are vertically bent. ), The door hinge pieces 22c and 22c 'protruding from the lower end of the inner plate body 22 of the door 20 and the hinge pin shaft insertion holes 22b are formed and inserted into the hinge pin shaft insertion holes 40b and 22b. And a hinge pin shaft 42 which couples the hinge pieces 40c and 40c 'and the door hinge pieces 22c and 22c'.

Therefore, after the door 20 is slightly opened by the first buffering means 41 to its own weight, when the door 20 is forcibly opened further, the door 20 is gradually opened by the second buffering means. The hinge pieces 40c and 40c 'come into contact with the left and right elastic pieces 41 "formed at the lower end of the inner plate body 22 and gradually open.

As such, according to the swing door structure for the ossuary settlement set forth in the Republic of Korea Patent No. 1001367, the swing door can be used as a place of the ossuary when inserting and carrying out the ossuary, and the swinging door when opening the oscillating box for inserting and carrying out the ossuary. It is disclosed that it can be opened and closed in two stages for convenience in use, and it is provided with a locking means to securely lock the door of the oscillator settlement.

However, in the case of the sash box hinge door structure shown in the prior art, the door frame 10 has a structure that is separated into the upper and lower sides and the left and right sides, and the crypts by the structural characteristics of the door hinge means 40 When the storage box 11 is stacked up, down, left, and right to constitute a bonandan, there is a disadvantage in that the adjacent space between the bins box 11 is inevitably dropped, and the appearance of the bonandan is not beautiful.

As well as structurally, when the door 20 is opened and closed, a substantial load acts on the rotational part due to the weight of the door, so that all the actuating loads are applied to the door hinge means 40, not a structure capable of supporting and distributing such a load. As a structure supporting the structure, the load must be concentrated in the pivoting area, which has a disadvantage of exposing weakness in structural stability.

Patent Document 1: Republic of Korea Patent No. 1001367 (2010.12.14. Announcement, Name of the invention: the structure of the hinged door hinge door)

Accordingly, the present invention has been researched and developed to maximize the problems of the prior art while making the most of the advantages of the invention according to the structure of the hinged door hinge door disclosed in Republic of Korea Patent No. 1001367 as described above, The purpose is to provide a door frame that can be opened in the form of a groove bar door at the same time to implement a double structure of the inner lid and the closing cover on the opening surface of the liner box, the closing cover is centered on the lower hinge mounting portion of the door frame The upper part is configured to be opened in a horizontal rotation manner, and the inner lid can be opened and closed through a separate adsorption device while allowing the inner lid to be locked and released through a separate first locking means. In terms of ease of use and effective locking features, any third party In addition, it is not easy to release the lock state, and the arrangement state of the door frame opened and closed in the form of the home bar door is implemented in a state capable of minimizing the gap between adjacent liner boxes, thereby improving structural simplicity and appearance beauty. It is to provide a liner box opening and closing structure of the rod end.

In addition, another object of the present invention is to provide an opening and closing structure that can implement a double locking function on the inner lid and the closing cover that is double disposed on the front of the liner box, thereby significantly improving the security according to the opening and closing of the rod end It is to provide a liner box opening and closing structure of the rod inner end that can maximize and appeal to the user's reliability.

The present invention for achieving the above object is a liner body having an open surface in the front and the back of the liner body is blocked, and the front, rear frame formed integrally on the front, the rear of the liner body, In the liner box opening and closing structure of the rod inner end configured to be stacked in the unit assembly of the upper and lower left and right adjacent to constitute the inner end of the rod, the front of the front frame covers the inner lid to open and close the opening surface and the outside of the inner lid A door frame capable of disposing a closing cover to be double is mounted to be in close contact with the same width along all four sides of the front frame, and the door frame supports the inner lid which is arranged to be opened and closed by a first locking means. A home bar having a fixed door frame for fixing and an outer frame function that is disposed opposite to the front of the fixed door frame and mounts a closing cover It consists of a rotating door frame that is opened as the hinge is rotated horizontally in the form of a fish, the lower side of both sides of the fixed door frame and the rotating door frame is in contact with each other is formed with a hinge mounting portion in the form of a step, the hinge mounting portion for the hinge rotation The hinge rotation means is provided, and the upper side of the fixed door frame and the rotation door frame is provided with a liner box opening and closing structure of the rod inner end that is provided with the opening and closing fitting pieces and fixing blocks facing each other through the insertion by mutual insertion. Has its features.

According to the present invention, the hinge rotation means is mounted on the hinge mounting portion, the hinge plate of the plate-like structure is formed on both sides of the fixed door frame and the rotating door frame, and the hinge mounting portion of the rotating door frame Consists of a hinge pin shaft protruding to the hinge plate is hinged to the hinge plate, the hinge pin shaft is inserted into the hinge plate is inserted into the hinge pin shaft is provided with a shaft guide hole of the long hole structure formed to vertically long to guide the shaft movement of the hinge pin shaft according to the hinge rotation Has

In addition, the first locking means, the step grooves are formed to face each of the central portions of the vertical both sides of the fixed door frame and at the same time the slide groove formed with bolt fastening holes on the step surface, the slide groove is assembled to the inner lid It is preferable that the slide member is slid left and right to support and fixed, and is formed of a special bolt that can be loosened or tightened only through a separate dedicated tool by being fastened and fitted between the long hole and the bolt fastening hole. .

In addition, according to another preferred embodiment of the present invention, it is preferable that a second locking means is further provided between the fixed door frame and the rotating door frame to have a double locking function, wherein the second locking means Locking latches provided in the center of the upper side of the upper side of the fixed door frame and the locking clasp provided on the upper side of the rotating door frame corresponding to the position opposite to the locking clasp hole to operate in conjunction with a separate locking key, and the lock It is preferable that the key groove is formed by penetrating the closing cover is mounted to the rotating door frame so that the front end of the latch.

In addition, in the implementation of the present invention, the first sealing member is pressed by the inner lid along the inner circumferential surface of the fixed door frame in which the inner lid is disposed, the fixed door frame in contact with the front frame of the liner box body Since the second contact member is mounted on all four sides of the liner, it is preferable to strengthen the sealing force between the front frame and the door frame of the liner box body and at the same time to enhance the sealing force of the liner box opening surface by the inner lid.

According to the present invention, by placing a door frame made of a fixed door frame and a rotating door frame to be opened and closed in a groove bar door shape on the front opening surface of the liner box, the closing cover located at the outermost through the rotating door frame primarily forms a home bar door. Open the door by rotating it horizontally, and in this state, release the lock state of the inner lid supported by the first locking means on the inner circumferential surface of the fixed door frame using a specially prepared tool, and then open it separately using a separate suction device. As a result, the basic security required by the bonandan can be sufficiently achieved, and in particular, there is an effect of improving the reliability of the product due to the ease of use from the user or administrator's point of view.

In addition, according to the present invention, in providing a opening and closing structure in which the rotating door frame is horizontally opened in the form of a home bar door through the hinge rotating means with respect to the fixed door frame, the hinge rotating means is the fixed door frame and the rotating door frame. As it is mounted and driven in the same plane with both sides, it is possible to minimize the gap between the liner boxes stacked adjacent to each other up, down, left and right, thereby improving the structural simplicity and appearance of the rod end. have.

In particular, the hinge pivoting means according to the present invention is formed in the form of a hinge plate having a plate-like structure, the hinged door is mounted on the hinge mounting portion of both sides of the fixed door frame and the rotating door frame, so that the rotating door frame in the door frame When it is very easy to solve the structural problems of the bonandan, the fastening structure itself is very concise, there is an advantage that can easily perform after-sales service (A / S).

For example, since the fixed door frame of the door frame is bolted to the front frame of the liner box, and in this state, the rotating door frame is hingedly mounted on the front of the fixed door frame so that it is normally fixed door frame and the fixed door frame. The bolted state of the front frame is not exposed to the outside, but when the pivoting door frame is detached from the hinge plate, the bolt fastening part is exposed to the outside so that the removal of the door frame can be easily performed. In case of defect or damage, the disassembling work of the accessory can be performed relatively easily compared to the existing bag end according to the prior art, which has the advantage of promptly responding to the user's A / S application. .

In addition, according to the present invention, the hinge plate and the hinge plate of the hinge pivot means have a substantial level of working load generated by the weight of the pivot door frame and the closing cover in the process of horizontally opening the pivot door frame in the form of a groove bar door as described above. As the door frame of the lower liner box located at the bottom of the rotating door frame supports a part of the working load, the dynamic positioning structure is very simple and very simple. There is an advantage that can provide a stable opening and closing structure.

According to the present invention, by providing a security by the first locking means for the inner lid, and further comprising a second locking means between the fixed door frame and the rotating door frame, it is possible to implement a double locking function. By providing an open and close structure, the security can be significantly improved to maximize the user's reliability and appeal.

1 is a perspective view showing the structure of a bin box carrying swing door in a door open state in a bin box (liner box) according to the prior art.
Figure 2 is a side view showing the structure of the delivery box swing door door opening state shown in Figure 1 according to the prior art.
Figure 3 is an exploded perspective view of the bin box conveying swing door structure shown in Figure 1 according to the prior art.
Figure 4 is a view showing the structure and installation state of the door hinge shown in Figure 1 according to the prior art.
5 is a cross-sectional view showing an operating state of the door hinge shown in FIG. 4 according to the prior art.
Figure 6 is a perspective view for showing the liner box opening and closing structure of the rod end in accordance with the present invention.
Figure 7 is an exploded perspective view showing a liner box opening and closing structure made of a unit according to the present invention.
Figure 8 is a perspective view showing a closed state of the door frame mounted on the front of the liner box according to the present invention.
Figure 9 is a perspective view showing a state in which the rotating door frame of the door frame mounted on the front of the liner box opened in the form of a home bar door.
Figure 10 is an enlarged view of the "A" portion and "B" portion shown in Figures 8 and 9, respectively, showing the operating state of the hinge pivot means in the door frame according to the present invention.
Figure 11 is a schematic cross-sectional view of the portion "A" of Figure 8 for showing the assembly state of the liner box and the door frame according to the present invention.
Figure 12 is a use state showing the configuration and operation of the first locking means for supporting and fixing the inner lid disposed in the fixed door frame of the door frame according to the present invention.
Figure 13 is an example of use showing the state of opening the inner lid through the adsorption equipment after releasing the first locking means for holding the inner lid in the state of opening the rotating door frame in the form of a groove bar according to the present invention.
14 and 15 are perspective views illustrating a state in which the second locking means is provided on the door frame disposed in the front of the liner box according to another embodiment of the present invention.
16 is a cross-sectional view for schematically showing an operating state of the second locking means shown in FIGS. 14 and 15 of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

At this time, the thickness of the lines or the size of the components shown in the accompanying drawings for explaining the preferred embodiment of the present invention may be exaggerated or omitted for clarity and convenience of description, according to the reference numerals written in the drawings Terms given are terms defined in consideration of functions in the present invention, which may vary according to the intention or convention of a user or an operator.

As illustrated in FIG. 6, the rod end 1 to which the present invention is applied takes a form in which dozens of liner boxes 100 into which ashes are placed are stacked to form a stage. It is common.

Here, one liner box 100 according to the present invention has a liner body 110 having an opening surface 115 having a front surface closed and a rectangular cross section with a rear surface closed, and integrally with the front surface of the liner body 110. The rectangular front frame 111 is formed, and is formed of a rectangular rear frame 112 having an outline of the same size as the front frame 111 at the rear of the liner body 110.

Thus, the liner box 100 having the rear frame (111, 112) is up and down left and right to face each other between the liner box (100) so that the rod end (1) of the specification required by the installer can be directly assembled in the field freely As shown in FIGS. 6 and 7, the front and rear frames 111 and 112 are fastened to each other by assembling the adjacent liner boxes 100 to each other, thereby being firmly stacked vertically and horizontally. There are assembly fixing parts (113, 114).

That is, when assembling the liner box 100 by lamination, bolt assembly in a state in which the assembly fixing parts 113 and 114 formed on the front and rear frames 111 and 112 of the adjacent liner box 100 are mutually engaged in a one-to-one correspondence manner to face each other. By doing so, it becomes possible to constitute the rod end 1 of the required standard.

At this time, the liner box 100 is made of a light and durable fiber-reinforced plastic (FRP, fiberglass reinforced plastic (FRP) material, thermoplastic resin ABS (ABS, Acrylonitrile Butadiene Styrene) resin, etc. Although it is disclosed, it is recently formed into a BMC (Bulk Molding Compound) composite material prepared by impregnating glass fiber after kneading in kneader by adding a curing agent, filler, mold release agent, thickener, and low shrinkage agent with unsaturated polyester resin as a base material. The product to manufacture is also disclosed.

Laminating the liner box (100) as described above is a very well known technique to construct the end of the end, the present invention is a conventional liner box (100) as described above to constitute the bar end (1) In one embodiment, the present invention relates to a liner box opening and closing structure of a rod inner end capable of sealing or opening the opening surface 115 of the liner box 100.

That is, the present invention not only completely seals the opening surface 115 of the liner box 100, but also allows a user or an administrator to open and close the liner box 100 as needed to conveniently open and use the liner box 100. Its purpose is to provide it.

For this purpose, as shown in Figures 6 to 11, the opening and closing structure of the home bar door type that is widely used in both door refrigerators, etc. to open and close the opening surface 115 of the liner box 100.

Hereinafter, the liner box opening and closing structure of the rod inner end will be described in more detail based on the drawings shown in FIGS. 6 to 11.

As shown in Figure 6 and 7, the opening surface 115 formed on the front frame 111 side of the liner box 100 is rotated to the upper end around the hinge pivot means 230 of the lower end is opened while being horizontal The door frame 200 may be mounted to implement the opening and closing structure of the home bar door.

The door frame 200 is the same size as the front frame 111, the fixed door frame 210 is fastened to the front frame 111, and the home door door opening and closing through the hinge rotation is engaged with the fixed door frame 210 It is composed of a rotating door frame 220 to implement the structure.

Here, the fixed door frame 210 and the rotating door frame 220 constituting the door frame 200 is preferably made of a metal material such as an aluminum frame, but is not limited thereto. It can be decided according to. However, it is natural to be selected by reviewing various conditions such as ease of manufacture, luxury and durability of the product.

The fixed door frame 210 is a portion in which the inner lid 240 for sealing the opening surface 115 of the liner box 100 is disposed, and the inner door 240 has an inner lid 240 outside. It is a portion in which the closing cover 250 for sealing the entire front frame 111 of the liner box 100 to the secondary while preventing it from being exposed.

At this time, the inner lid 240 is selected by using a transparent material such as glass, when the rotating door frame 220 for supporting and fixing the closing cover 250 which will be described later, the inner lid 240, the inner lid 240 It is preferable to be able to see the inside of the liner box 100 through, but it is not limited to the inner lid 240 in this way, it is possible to use the inner lid 240 of the opaque material according to the needs of the user Of course it is.

In addition, the finishing cover 250 is to use the various types of finishing materials such as natural stone, artificial marble, bronze, tempered glass, etc., thereby pursuing the beauty of the appearance of the bonandan (1).

Accordingly, the opening and closing structure of the liner box 100 of the rod end 1 through the door frame 200 according to the present invention, the portion of the closing cover 250 disposed on the rotation door frame 220 is horizontal in the form of a groove bar door. By opening and closing the inner lid 240 in a separate suction device (270, see Fig. 13) in the open state, opening and closing structure that can provide convenience and effective locking function from the user or administrator's point of view At the same time providing the opening and closing structure that can not easily open the liner box 100 of the end of the bar (1) in any third party position other than the user or administrator.

Looking at the configuration and fastening state of the door frame 200 for this purpose are as follows.

First, the fixed door frame 210 of the door frame 200 is a plurality of bolt insertion holes 211 and the plurality of bolt holes formed in the front frame 111 formed on all sides and corners of the fixed door frame 210. By fastening the bolts 215 in a state in which 116 is engaged with each other, the fixed door frame 210 is closely assembled to the front frame 111.

In this case, as shown in FIGS. 7 and 11, the second packing member 218 is inserted into the contact surface of the fixed door frame 210 which is in close contact with the front frame 111 to enhance the sealing force. On the frame 210, a second packing member seating groove 219 is formed to correspond to the four sides of the front frame 111, and the second packing member 218 on the second packing member seating groove 219. In the process of fastening and fixing the fixed door frame 210 to the front frame 111, the second packing member 218 is very tightly adhered to the front frame 111 to completely seal the contact surface.

In addition, an inner lid 240 is assembled to the opening surface of the fixed door frame 210 corresponding to the opening surface 115 of the front frame 111 to primarily open the opening surface 115 of the front frame 111. To be sealed, for this purpose, the inner circumferential surface of the fixed door frame 210 is provided with a first packing member seating groove 216 for seating the first packing member 217.

The inner lid 240 is tightly fixed while being in contact with the first packing member 217 in the state where the first packing member 217 is inserted into the first packing member seating groove 216, thereby greatly improving the sealing force. Will be.

7 and 12, the inner lid 240 is firmly supported and fixed by the first locking means provided on the fixed door frame 210.

That is, the first locking means is inserted into the inner circumferential surface of the fixed door frame 210 and serves to support and fix the inner lid 240 to be in close contact with the first packing member 217. At the same time, it has a locking function for preventing any third person other than the user or the administrator from easily removing the inner lid 240.

The first locking means has a locking structure using a special bolt 261 that can release the fastening state only through a separate dedicated tool in order to prevent the third lid from easily detaching the inner lid 230. Have

Looking at this in more detail, the first locking means is a slide groove 214 formed with a bolt fastening hole 213 formed on the step surface at the same time the step is formed to face each of the central portions of the vertical both sides of the fixed door frame 210 And, it is fitted into the slide groove 214 to perform the function of supporting and fixing the inner lid 240 disposed on the fixed door frame 210 and the left and right slides and the long hole 262 is formed on the body It is fitted between the slide member 260, the long hole 262 formed in the slide member 260 and the bolt fastening hole 213 formed on the slide groove 214 to limit the left and right movement of the slide member 260 Along the inner lid 240 is configured with a special bolt 261 to perform a locking function.

In the case of the special bolt 261, it is designed to loosen and tighten the special bolt 261 only through a dedicated tool provided separately, to release the support fixing state of the inner lid 240, the special bolt 261 You must have a dedicated tool for

Therefore, only the user or the administrator has the dedicated tool for the special bolt 216 provided by the manufacturer, so that any third party can not open the inner lid 240 with a general tool.

For example, the head of the special bolt 261 is manufactured in the form of a polygonal wrench bolt that can be loosened or tightened only through a dedicated tool instead of a standardized hexagonal wrench bolt that is commonly used, and thus, a conventional flat head or cross screwdriver. The furnace does not allow the special bolt 261 to be loosened or tightened, but only the user or the administrator has a dedicated tool to unlock or release the lock state.

On the other hand, the rotating door frame 220 of the door frame 200 is disposed opposite to the front of the fixed door frame 210 is fastened and assembled in a structure that is horizontally open in the form of a home bar door to the fixed door frame 210.

The rotating door frame 220 is an outer frame for supporting and fixing the closing cover 250 as described above, the close border 221 for pushing the four sides of the inner lid 240 protrudes on the rotating door frame 220. It is formed, and the closing cover 250 is fixed to the front surface seating.

Therefore, when the pivoting door frame 220 is disposed to be assembled to face the front of the fixed door frame 210, the inner lid 240 disposed in the fixed door frame 210 is made by the close border 221. 1 is pressed against the packing member 217, while exhibiting a strong sealing force.

Here, the upper side of the fixed door frame 210 and the rotating door frame 220 facing each other and in close contact with each other is provided with a fitting piece 212 and the fixing block 222 provided with a protrusion facing each other in a mutually removable structure. It is intended to be fastened.

That is, a plurality of fitting pieces 212 are provided on the top side of the fixed door frame 210 at predetermined intervals, and a plurality of fitting pieces 212 are provided on the top side of the corresponding rotation door frame 220. When the fitting piece 212 is inserted at equal intervals, a plurality of fixing blocks 222 are provided with elastic balls (not shown) arranged to elastically hold the left and right sides.

Therefore, when the pivoting door frame 220 is to be mounted on the fixed door frame 210, the fitting piece 212 and the fixing block 222 are detachably fastened as they are engaged with each other through fitting engagement. do. At this time, when the fitting piece 212 is mutually fastened between the fixing block 222, the fitting piece 212 is elastically firmly fixed by the elastic ball (not shown) disposed on the fixing block 222. According to the present invention, the fastening state may not be easily released and a forced external force may be applied to release the fastened state.

In addition, a hinge mounting portion 235 is provided at a lower end portion of the fixed door frame 210 and the pivoting door frame 220, and the hinge pivoting means 230 is mounted on the hinge mounting portion 235. .

The hinge pivoting means 230 is a device for implementing the pivoting door frame 220 to be rotated horizontally in the form of a groove bar door with respect to the fixed door frame 210, as shown in Figures 7 to 10, Hinge plate 231 is mounted on the hinge mounting portion 235 formed in the stepped surface form each of the lower sides of the fixed door frame 210 and the rotating door frame 220, and hinge coupling to the hinge plate 231 The hinge door shaft 220 is formed of a hinge pin shaft 223 protruding from the hinge mounting portion 235 of the rotating door frame 220.

At this time, the hinge plate 231 is firmly mounted on the hinge mounting portion 235 through the bolt 234. That is, the hinge plate 231 has a plate-like structure made of a metal material having a substantially rectangular shape and excellent strength, and a bolt hole 233 for fastening the bolt 234 is provided on one side thereof. The shaft guide hole 232 is formed on one side of the 233 through a long hole in the vertical direction.

Therefore, the hinge plate 231 is fastened by being fixed to the bolt 234 on the hinge mounting portion 235 of the fixed door frame 210, the hinge pin shaft in the shaft guide hole 232 of the hinge plate 231 231 is inserted, so that the rotating door frame 220 is assembled so that the lower end is hinged with respect to the lower end of the fixed door frame 210.

At this time, the hinge door shaft 231 is guided up and down along the shaft guide hole 232 as the rotation door frame 220 is hinged in the groove bar door shape.

For example, FIGS. 8 to 10 show a form in which the rotating door frame 220 is opened and closed through the hinge rotating means 230 with respect to the fixed door frame 210 as one preferred embodiment.

That is, as shown by "A" in FIG. 8, and looking at the "A" part of FIG. 10, which is enlarged, the fixed door frame 210 and the rotating door frame 220 are in close contact with each other and the door frame 200. As shown in the closed state, as shown in the fixed door frame 210 and the rotating door frame 220 is in close contact with each other when the opening surface 115 of the liner box 100 is closed the rotating door The hinge pin shaft 223 on the frame 220 is positioned at the lower side of the shaft guide hole 232 of the hinge plate 231.

In addition, referring to "B" of FIG. 10, which is shown as "B" in FIG. 9 and an enlarged view, the rotating door frame 220 is horizontally formed in the shape of a home bar door with respect to the fixed door frame 210. As shown by the hinged rotation state, at this time, the horizontal rotating door frame 220 is supported in the form of the bottom portion is supported by the door frame 200 of the liner box 100 is located in the lower portion not shown. It can be seen that the hinge pin shaft 223 on the rotation door frame 220 is placed in a position moved upward along the shaft guide hole 232 of the hinge plate 231.

At this time, the axial guide hole 232 is shown in the long hole structure is formed in a vertical form in a straight line, but is not limited to this vertical straight form, curved form in accordance with the rotation radius of the rotation door frame 220 Of course, long holes may be formed.

In addition, when the hinge pin shaft 223 is fitted into the shaft guide hole 232, the diameter of the hinge pin shaft 223 and the width of the long hole of the shaft guide hole 232 are designed to be almost the same size, so that a slight interference fit form In this case, with the smooth movement of the hinge pin shaft 223 in the shaft guide hole 232, the insertion and withdrawal of the hinge pin shaft 223 relative to the shaft guide hole 232 (that is, release of the fastening state) In order to facilitate the), the central diameter surface of the hinge pin shaft 223 can be formed to have a long tension groove, so that the hinge pin shaft 223 itself has a slight tension function.

And, when the hinge plate 231 is mounted on the hinge mounting portion 235 formed in the fixed door frame 210 and the rotating door frame 220, both sides of the fixed door frame 210 and the rotating door frame 220. Since it is formed in the same plane and because of this, even if the rotation door frame 220 is hinged does not interfere with the adjacent portion, as shown in Figure 6 can minimize the gap between the adjacent liner box 100 There is an advantage.

As such, the hinge pivoting means 230 according to the present invention has an arrangement structure capable of eliminating mutual interference even in a state in which a gap between adjacent liner boxes 100 is minimized.

In addition, the finishing cover 250 is mounted on the rotating door frame 220 is mainly made of a material having a high strength and weight, such as stone, metal or tempered glass, accordingly the rotation door frame 220 When supporting and pivoting horizontally in the form of a grooved bar door, it shall have a supporting structure capable of supporting it sufficiently.

That is, in order to manufacture a liner box 100 standardized to a certain degree to configure the rod end (1), as described above, the finishing cover 250 such as stone or metal to match the size of the rotating door frame 220 When equipped with, the combined weight of the rotating door frame 220 and the closing cover 250 is estimated to reach about 5kg or so.

Therefore, when the rotating door frame 220 is opened horizontally in the form of a groove bar door with respect to the fixed door frame 210 through the opening and closing structure of the liner box 100 as in the present invention, the rotating door frame 220 and the finish The heavy load of about 5 kg generated due to the weight of the cover 250 must be structurally supported, according to the present invention, a hinge plate 231 made of a plate-like structure of a metal material having excellent strength, and the hinge plate 231 The door frame 200 of the lower liner box 100 located at the bottom of the rotating door frame 220 while supporting some of the working load at the hinge pin shaft 223 that is fitted into the shaft guide hole 232 of the working load By supporting the part of the structure by distributing the supporting load, it can be seen that the dynamic arrangement structure can provide very simple and very stable opening and closing structure.

As described above, according to a preferred embodiment of the present invention, a door frame including a fixed door frame 210 and a rotating door frame 220 which are opened and closed in a groove bar door shape on the front opening surface 115 of the liner box 100. By disposing the 200, through the rotating door frame 220, the outermost closing cover 250 is first rotated horizontally in the form of a groove bar door, and in this state, the inner peripheral surface of the fixed door frame 210 is opened. Located in the liner box body 110 according to the first locking means by releasing the locked state of the inner lid 240 supported and secured separately using a dedicated tool prepared separately, using a separate adsorption device 270 to separate and open the lid. It is designed to take out ashes or artifacts not shown.

Therefore, in the present invention, since the inner lid 240 is locked by the first locking means which can be released by a separate dedicated tool, basically any third party who is not a user or an administrator has the dedicated tool. Without it, you can't easily unlock it.

On the other hand, according to another embodiment of the present invention, it is also possible to provide a dual locking function in addition to the third party can not easily open the liner box through the locking of the inner lid through the first locking means.

That is, as shown in Figure 14 to 16, by providing a second locking means between the fixed door frame 210 and the rotation door frame 220, when the second locking means is not released, the rotation As the door frame 220 cannot be opened, a double locking function is provided together with the lock on the inner lid 240.

Here, looking at a preferred embodiment of the configuration of the second locking means according to the present invention.

The second locking means 30 is a locking latch hole 291 provided in the center of the upper side of the fixed door frame 210 and the rotating door frame 220 corresponding to the position opposite to the locking latch hole 291. The locking clasp 290 provided at the upper side, and the key groove 251 formed through the closing cover 250 is mounted to the rotating door frame 220 so that the front end of the locking clasp 290 is located.

The locking clasp hole 291 has a concave structure formed in a T-shape on the upper side of the fixed door frame 210 when viewed from the top, the locking clasp 290 of the T-shaped lock clasp hole 291 It has a T-shaped hook bar-shaped rotating bundle structure mounted on the rotation door frame 220 to be rotated so as not to fall out of the locking latch hole 291 by the rotation by the locking key 292 in the front inserted state. .

At this time, as shown in Figure 16, the front end of the locking latch 290 is provided with a key fastening hole (not shown) that can operate in engagement with a separate locking key 292, separate lock key 292 Only through the lock clasp 290 is to be rotated, the end of the locking clasp 290 is disposed in a straight line through the key groove 251 formed in the closing cover 250, the closing cover 250 The locking key 292 is inserted through the key groove 251 in the outer direction of the second locking means to perform the locking and releasing function.

As mentioned above, although this invention was demonstrated with reference to the accompanying drawings in this invention, this invention is not limited to this, A conventional knowledge in the field to which this invention belongs does not deviate from the summary of this invention claimed by a claim. Of course, any person having a variety of modifications can be made, and such changes are within the scope of the appended claims.

1: bonandan 100: liner box
110: liner box body 111: front frame
112: rear frame 115: opening surface
200: door frame 210: fixed door frame
214: slide groove 217: first packing member
218: second packing member 220: rotating door frame
223: hinge pin shaft 230: hinge pivot means
231: hinge plate 232: shaft guide ball
235: hinge mounting portion 240: inner lid
250: closing cover 251: keyway
260: slide member 261: special bolt
262: long hole 290: locking latch
291: lock latch ball 292: lock key

Claims (5)

Liner box body 110 having an open surface 115 having an open front surface and a rear surface thereof and a plate front and rear frames 111 and 112 formed integrally with the front and rear surfaces of the liner box body 110. In the liner box opening and closing structure of the rod inner end to make the inner end (1) by laminating and assembling adjacent to the upper and lower left and right with one unit assembly,
The front of the front frame 111, the door frame 200 that can be disposed in the inner lid 240 to open and close the opening surface 115 and the closing cover 250 to cover the outside of the inner lid 240 in double ) Is mounted in close contact with the same width along the four sides of the front frame 111,
The door frame 200 has a fixed door frame 210 for supporting and fixing the inner lid 240 to be opened and closed by a first locking means, and is disposed opposite to the front of the fixed door frame 210 and closed. Consists of a rotating door frame 220 that is opened as the hinge is rotated horizontally in the form of a home bar door while having the outer frame function for mounting the cover 250,
Hinge mounting portion 235 is formed in a stepped surface shape at both lower ends of the fixed door frame 210 and the rotating door frame 220 in contact with each other, and the hinge mounting means 230 for hinge pivoting on the hinge mounting portion 235. Is provided, and the upper side of the fixed door frame 210 and the rotating door frame 220 is provided to be open and close fitting pieces 212 and the fixing block 222 through the fastening by mutual insertion respectively. Liner box opening and closing structure of the rod inner edge characterized by the above-mentioned. The method of claim 1,
The hinge pivoting means 230 is a hinge plate 231 of the plate-like structure which is mounted on the hinge mounting portion 235 to form the same plane with both sides of the fixed door frame 210 and the rotation door frame 220, Consists of a hinge pin shaft 223 is formed to protrude on the hinge mounting portion 235 of the rotating door frame 220 is hinged to the hinge plate 231,
The hinge plate 231 is inserted into the hinge pin shaft 223 is inserted into the shaft guide hole 232 of the long hole structure is formed long and long to guide the shaft movement of the hinge pin shaft 223 according to the hinge rotation Liner box opening and closing structure of rod inner end. The method according to claim 1 or 2,
The first locking means is a slide groove 214 and the slide groove 214 is formed on the step surface and the bolt fastening hole 213 is formed on the step surface to face each other at the center portion of the vertical sides of the fixed door frame 210, The slide member 260, which is fitted into the groove 214 and slides left and right to support and fix the inner lid 240, and has a long hole 262 formed on the body, and the long hole 262 and the bolt fastening hole ( 213) liner box opening and closing structure of the rod inner end, characterized in that consisting of a special bolt (261) that can be fastened or tightened only through a separate dedicated tool. The method of claim 3,
A second locking means is further provided between the fixed door frame 210 and the rotation door frame 220,
The second locking means, the locking latch hole 291 provided in the central portion of the upper side of the fixed door frame 210 and the upper end of the rotation door frame 220 corresponding to the position opposite to the locking clasp hole 291. Locking latch 290 is provided on the side to operate in conjunction with a separate locking key 292, and penetrates the closing cover 250 mounted to the rotating door frame 220 so that the front end of the locking latch 290 is located. Liner box opening and closing structure of the rod inner end, characterized in that consisting of the formed keyway (251). The method according to claim 1 or 2,
The first packing member 217 is pressed by the inner lid 240 along the inner circumferential surface edge of the fixed door frame 210 in which the inner lid 240 is disposed, and the front frame of the liner box body 110 is mounted. Liner box opening and closing structure of the rod inner end, characterized in that the second packing member 218 is mounted on the four sides of the fixed door frame 220 in contact with the 111.

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