JP2007037865A - Drawing structure of urn housing rack - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a drawing structure of an urn housing rack which makes assembly quite convenient and agile and enables the stable an urn installation in definite position inside a drawing body. <P>SOLUTION: Insertion projections 30 are protrusively provided on two outer peripheral walls adjacent to each other of the drawing body 3 of the urn housing rack. Insertion grooves 31 are provided on two of the other outer peripheral walls adjacent to each other. Fitting the insertion projections 30 into the insertion grooves 31 joins the two adjacent drawings together, allowing a plurality of the drawings to be combined together. L-shaped insertion grooves 34 are formed for insertion of definite position insertion pins 4 in positions adjacent to each other on the rear end corners of the drawing body 3. The pin 4 is formed into an I shape and has protrusive insertion bodies 41 on the top and the bottom of four ends. The bodies 41 are fit into and fixed to the inside of the insertion grooves 34 of the drawing body 3. Thereby, the rear ends of the joined drawing bodies 3 are combined together and fixed by fixing parts 42. Cushioning definite-position parts are provided on two opposite inner side walls of the drawing body 3 for supporting the urn inside the drawing. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to the structure of drawers for antique housing shelves. In particular, a dovetail cushion is projected on two outer peripheral walls adjacent to each other, and a dovetail groove is formed on two adjacent peripheral walls. The L-shaped fitting groove and the stereotaxic insertion pin installed next to each other on the top are inserted into the rear end of the opposite drawer body, the stereotaxic insertion pin is installed in the craft shape, and the four stereotaxic insertion pins A fitting is protruded from the top and bottom of the end, inserted into the fitting groove of the drawer, and a stereotactic part is installed on the two inner walls facing each other. The stereotactic part is made of a soft material. The cover is molded into a cover shape that fits the five fingers of the hand, and on the opposing surfaces of the two stereotactic parts, there is a cover support surface whose thickness gradually decreases from the outside to the inside, thus By inserting and inserting the stereotaxic insertion pins, the drawers that connect to each other and that face each other are stable Combined and connected together to form a large area combination drawer, assembly is extremely convenient, speedy and stable, and stably position the urn in the body, and the oscillating rocks in the body In addition, the present invention relates to a drawer structure that does not tilt or break.

Most drawers of a general antique storage shelf form a drawer body 1 in which each plate body 10 (bottom plate, left side plate, right side plate, top plate and back plate) is bonded and fixed relative to each other, or fixed together by nails. However, when connecting and combining drawers for storing urns with large areas (see FIG. 1), the drawers 1 are stacked and the U-shaped fitting clip 11 is used to attach the two plates 10 together. The four circles are fitted to complete the combination connection.
However, when the storage drawer that is fitted and connected by this type of U-shaped fitting clip 11 is shocked and swung, the drawer body 1 is fitted and connected only at the front, and there is no strong connection behind it. Since the U-shaped fitting clip 11 easily falls off, the drawer for storage is not stably held, and the drawer-like body 1 is removed when the U-shaped fitting clip 11 falls off. A falling situation occurs and is very dangerous. In addition, when trying to localize the two back-to-back drawers 1, the two back-plates 10 of the drawers 1 are usually screwed to each other by the fastening part 12. Increase the stability of the combined connection. However, this kind of combination connection method is very time consuming and troublesome.
Further, the common antique housing drawer 2 mainly includes a drawer body 20 as shown in FIG. A storage chamber 21 is installed in the drawer body 20, an urn 22 is stored in the storage chamber 21 of the drawer body 20, and a panel 23 is installed in front of the drawer body 20, and the urn 22 is pulled out of the drawer body 20. Store in the body 20. However, since there is no structural design for locating the urn 22 in the known storage drawer 2, the urn 22 may be rocked or tilted when it encounters an earthquake or the drawer 20 receives an impact. Moreover, even damage can occur, and it is impossible to provide a safe place for the deceased.
JP 2002-213109 A JP 2002-38768 A

The known structure has the following drawbacks.
That is, many of the known antique storage drawers form a fixed drawer body by adhering and fixing each plate body together or by joining with a nail. However, when combining a large area storage drawer, It is necessary to complete the combined connection by stacking the bodies and fitting the four contact positions of the two plate bodies with a U-shaped fitting clip.
However, the storage drawer connected by this type of system is a mating combination connection only at the front, and there is no strong fixing structure at the rear. Is very dangerous, and when trying to localize the drawer body, the two back plate bodies of the drawer body are screwed and fixed to each other by the fixed parts, and the combined connection While enhancing stability, this type of combined connection scheme is very time consuming and cumbersome.
Furthermore, a general drawer for storing an antique houses an antique in a storage chamber in the drawer body. However, since there is no structural design for localization of the antique in a known storage drawer, it encounters an earthquake or the drawer body is shocked. When received, the urns may swing and tilt, and even damage may occur, and it is impossible to provide a safe place for the deceased.
The present invention provides a drawer structure that solves the above problems of the structure.

In order to solve the above problems, the present invention provides the following drawer structure.
It is mainly convenient for combination connection, stable, and can form a large area drawer body that is connected back to back in units of two, and can be stably positioned in the drawer body, extremely high Providing a structure of drawers with earthquake resistance and safety effect,
It forms a dovetail stand on the two outer peripheral walls adjacent to each other of the drawer, and forms a dovetail groove on the two peripheral walls adjacent to each other. L-shaped fitting grooves installed adjacent to each other, and screw holes are provided in the fitting grooves, and perforations and convex columns are installed on the back surface of the drawer body,
The stereotaxic insertion pins are fitted into the fitting grooves at the rear end portions of these opposing drawers, and the stereotaxic insertion pins are formed in a letter shape and are formed on the top and bottom surfaces of the four end portions. Has a structure in which a fitting body is protruded and fitted into a fitting groove of the drawer body, and four end portions above the stereotaxic insertion pin are provided with perforations so that a fixed part is perforated by the stereotaxic insertion pin. Fixed inside by drilling in and screwing into the screw holes of the drawer,
In addition, stereotactic parts are installed on both the left and right inner walls of the drawer, and the two stereotactic parts are formed of a soft material, and the thickness of the two stereotactic parts is gradually widened toward the front to cover. This is a drawer structure characterized in that a package support surface is installed, the rear surface of the stereotaxic part exhibits a flat contact surface, and a cushion body is installed on the inner wall of the drawer body.

  As described above, the antique drawer of the present invention is very convenient to assemble, is speedy and stable with respect to the contents. Furthermore, since the urn can be stably positioned in the drawer, the urn does not swing in the drawer, and there is no fear of tilting or breaking.

First, as shown in FIGS. 3 and 4, a drawer 3, a stereotaxic pin 4 and a stereotactic component 5 are included.
Two dovetail stands 30 are formed to protrude on the two outer peripheral walls adjacent to each other of the drawer body 3, and two dovetail grooves 31 are formed on the two peripheral walls adjacent to each other. A perforation 32 and a convex column 33 are provided on the back surface of the drawer 3. L-shaped dovetail groove-like fitting grooves 34 are provided adjacent to each other on the rear end corner of the drawer 3, and a screw hole 35 is provided in the fitting groove 34. A storage chamber 36 is provided in the drawer body 3, and a cushion body 37 is installed on the inner wall of the storage chamber 36.
The stereotaxic insertion pin 4 is inserted into the rear end portion of the opposing drawer body 3. The stereotaxic insertion pin 4 is molded into a craft shape, and the upper four ends thereof are provided with perforations 40, and the top and bottom of the four end portions of the stereotaxic insertion pin 4 are all dovetail-shaped. The fitting body 41 is formed to protrude. The fixed component 42 is drilled in the bore 40 of the stereotaxic pin 4.
The two localization components 5 are bonded and fixed to the two inner wall surfaces of the storage chamber 36 of the drawer 3. The stereotaxic component 5 is molded from a soft material (plastic foam material or the like), and the stereotactic component 5 is shaped like a warm French palm with five fingers together. The two localization parts 5 are installed so as to face each other, and the thickness of one side of the localization part 5 presents a covering support surface 50 that gradually increases from the front end to the rear end of the palm-shaped part. The back surface of the flat surface 51 has a flat contact surface 51.
At the time of assembly, as shown in FIGS. 3 to 9, first, the two drawer bodies 3 are connected to each other so as to correspond to each other, whereby the dovetail stand 30 on the outer wall surface of the drawer body 3 is separated from the other drawer body 3. The dowel tail groove 31 of the outer wall surface is fitted to each other, and the stereotaxic pin 4 is inserted into the fitting groove 34 at the rear end portion where the two drawer bodies 3 are opposed to each other. Subsequently, the fitting 41 on the bottom surface of the front end portion of the stereotaxic pin 4 is fitted into the fitting groove 34 of the drawer 3, and the fixed component 42 is further drilled in the perforation 40 of the stereotaxic pin 4. Then, it is screwed into a screw hole 35 (see FIGS. 3 and 7) of the drawer body 3. Next, the stereotaxic pin 4 is fixed on the drawer body 3 and another two drawer bodies 3 are combined relative to each other, and then closely attached to the back of the two drawer bodies 3 after the above combination back to back. Let As a result, the fitting 41 on the bottom surface of the rear end portion of the stereotactic insertion pin 4 is fitted into the fitting grooves 34 of the two drawers 3 that are in close contact with each other. Is drilled into the perforation 40 and screwed into the screw hole 35 of the drawer body 3, and the stereotaxic pin 4 is fixed on the drawer body 3. Further, the convex columns 33 on the back surface of the drawer body 3 that are back-to-back with each other are fitted into the perforations 32 of another drawer body 3 that closely contacts each other (see FIG. 8).

Due to the assembly structure described above, another drawer body 3 is coupled to the upper side of the drawer body 3, and the positions of the corners of the rear ends of the drawer bodies 3 that are in close contact with each other are all determined by the stereotactic insertion pins 4. Mated and fixed. The stereotactic insertion pins 4 can be fitted and fixed on the eight drawer bodies 3 at the same time. Thus, the stereotactic insertion pins 4 are coupled to each other by the fitting structure of the stereotaxic insertion pins 4, and the drawer bodies face each other. 3 can be combined stably and firmly to form a large area drawer, the assembly is very convenient, speedy and stable structure.
Separately, an adhesive is applied to the contact surfaces 51 of the two localization parts 5 and adhered to both inner wall surfaces of the drawer 3 (see FIG. 9). In this way, the inner surfaces of the two opposing stereotactic parts 5 present a covering support surface 50 that gradually widens from the front end toward the rear end, covers the both sides of the urn 6 and supports the relatively thick rear end. In order to reduce the distance between the left and right of the opening position of the drawer 3 accommodating chamber 36, a fixing action is formed on the urn 6. Thus, the urn 6 is not shaken out of the drawer body 3, and the urn 6 is stably localized.
Finally, the panel 7 is covered with the front surface of the drawer body 3, and the urn 6 provides stable covering support for the localization component 5 in the drawer body 3 accommodating chamber 36 even when an earthquake is encountered or impacted. Upon receipt, the urn 6 is stably positioned in the drawer 3 and there is no fear of swinging, tilting or breaking. It is extremely earthquake-resistant and has a safety effect. The solemn and majestic attitude toward storing the remains of the deceased expresses their feelings of respect for the deceased and a peaceful sleep.
In another embodiment of the present invention, as shown in FIG. 10, a dovetail stand 38 is provided on the left and right side walls in the accommodation chamber 36 of the drawer 3, and a dovetail groove is formed on the contact surface 51 of the localization component 5. 52 is installed and inserted into the pigeon stand 38 of the drawer 3.

It is a three-dimensional view of a known storage drawer. It is a three-dimensional view of a known storage drawer. It is a three-dimensional decomposition rear view of the present invention. It is a three-dimensional exploded front view of the present invention. FIG. It is a union rear view of the present invention. It is a combination section partial enlarged view of the present invention. It is a combination side view of the present invention. In the present invention, it is an overhead view of the state where the urn is pulled out and stored in the body. It is a three-dimensional exploded view of another embodiment of the present invention.

Explanation of symbols

1 Drawer
10 plate
11 U-shaped fitting clip
12 Fixed parts 2 Storage drawer
20 Drawer
21 storage room
22 antique
23 Panel
3 Drawer
30 Hataodai
31 Hatoo Mizo
32 drilling
33 Convex column
34 Fitting groove
35 Screw holes
36 containment room
37 Cushion body
38 Hataodai
4 Stereotaxic pin
40 drilling
41 Fit
42 Solid parts 5 Stereotactic parts
50 Covering support surface
51 Adhering surface
52 Hatao Groove
6 antique
7 Panel

Claims (3)

It consists of a drawer body and a stereotaxic pin,
The drawer body has a dovetail stand projecting on two outer peripheral walls adjacent to each other, and a dovetail groove is formed on the other two peripheral walls adjacent to each other. An L-shaped fitting groove is provided adjacent to each other on the end corner, and a screw hole is provided in the fitting groove. Further, a perforation and a convex column are provided on the back surface of the drawer,
The stereotactic insertion pin is fitted and fixed to the rear end of the above-mentioned drawer body, and is formed in a letter shape. The top and bottom surfaces of the four ends are all of the drawer body. A fitting body that fits into the fitting groove is formed to protrude, and four end portions above the stereotaxic insertion pin are provided with perforations, and a fixed part is inserted into the stereotaxic insertion pin perforation and is pulled out. A structure for pulling out an urn containing shelf which is adapted to be screwed onto a screw hole of a body. Positioning parts are installed on the left and right inner walls of the drawer body, the two positioning parts are molded from a soft material, and the cover support surface is set so that the thickness of the two positioning parts gradually increases toward you. 2. The drawer structure of the antique housing shelf according to claim 1, wherein the rear surface of the localization component has a flat contact surface, and a cushion body is installed on the inner wall of the drawer body. 3. The antique housing shelf according to claim 2, wherein a dovetail stand is provided on both inner side walls of the drawer body, and a dovetail groove is provided on the rear surface of the stereotactic component so as to be fitted with the dovetail stand of the drawer body. Drawer structure.

Images