JPS646113Y2 - - Google Patents

Description

[Detailed description of the invention] The present invention relates to an assembly cabinet, that is, a cabinet that has a large and heavy immovable object such as a safe as a component, and its purpose is to literally make the immovable object immobile. The object is to cover this fixed object with an assembly type bottomless cabinet, thereby easily constructing a cabinet in which the fixed object such as a safe is stored.

Conventionally, when designing the layout of furniture in an office space, large and heavy items such as safes are difficult to move, so they are placed almost casually without any consideration, resulting in unevenness in the layout with other cabinets, etc. In the case of safes, they are placed in an exposed state and can be easily checked visually, so problems remain in terms of theft prevention. Although it is considered to be stored in a cabinet that takes into consideration the balance between cabinets and other furniture and the indoor layout, immovable objects such as safes are heavy, so they should be moved and placed inside the cabinet in the installed state. It is virtually impossible to do so, and it has only been put into practical use as a so-called box safe, which stores a small hand-held safe inside a box.
At present, there was no hope of solving the problem of security and theft prevention.

This project was devised to solve these conventional problems, and its gist is to use an immovable object such as a safe as a component of the cabinet, that is, as an assembly base when assembling the cabinet, and to use this as the core material of the cabinet. The main feature is that the assembly can be easily performed, and as a result, when the assembly of the cabinet is completed, the fixed object can be stored in the cabinet. By using the frame 1, the box body of the assembled cabinet, that is, the side plates 3 and the back plate 4
Moreover, the top plate 5 can be easily assembled and connected, and the cabinet box body and the fixed object can be integrated.

Explaining below with reference to the attached drawings, the assembly cabinet of the present invention consists of a combination of a fixed object A such as a safe and a cabinet box body B containing the same, and the box is assembled using the fixed object A as an assembly base, that is, a core material. The body B is removably hooked to the lower frame 1 which is fitted to the lower end of the immovable object A in a ground state, the connecting fitting 2 which is similarly fitted to the upper surface of the immovable object A, and the lower frame 1 connecting fitting 2. The basic configuration is a combination and connection of both side plates 3 that are attached to each other, a back plate 4 that is fitted and attached between the side plates 3, and a top plate 5 that is installed on the upper end of the both side plates 3 and the back plate 4. To explain the detailed connection structure in the order of assembly, the lower frame 1, which is attached to the lower end of the immovable object A in a fitted state, consists of a connection structure of front and rear divided frames 11 and 12, for example, as shown in FIG. Both the front divided frame 11 and the rear divided frame 12 are U-shaped in plan view so that they can be fitted to the fixed object A from the front and above. The lower bent edge 13' of the front rod 13 is provided with a notch 13'' into which the non-slip part _A1 provided at the lower end of the fixed object A is fitted. As shown in FIG. 5, the upper bent edges 14' of the both side rods 14 are provided with a rising step part of a predetermined length, and this serves as a protruding strip part 15, and a rear split frame 12, which will be described later, is attached at an appropriate position of the protruding strip part 15. , forming a connection hole 16 for connection, and a lower bent edge 14''
A reinforcing rod 17 is fixedly attached to the inside of the frame by welding or the like over its entire length, and an adjuster star 18 for raising and lowering is provided between the reinforcing rod 17 and the lower bent edge 14''. Although the front rod 13 is attached almost closely to the front edge of the lower end of the fixed object when it is fitted and attached to the fixed object A, there is a predetermined gap P between the both side rods 14 and the fixed object A as shown in FIG. It shall be arranged as follows.

On the other hand, as shown in FIG. 4, the rear split frame 12 is made by bending a band-shaped metal plate into a _U -shape when viewed from above.
The rear pieces 12a are attached to the rear surface of the immovable body part _A2 in a close and tightly fitted state, and the side pieces 12b are
A downward convex strip 19 and an upward convex strip 20 are continuously bent over substantially the entire length, and the downward convex strip 19 is connected to the front divided frame 1 described above as shown in FIG.
The upwardly protruding stripe 20 is fitted into the gap P between the protruding stripe 15 of No. 1 and the stationary main body portion _A2 , and the upwardly protruding stripe 20 is closely fitted into the front splitting frame protruding stripe 15 from above, thereby forming the front splitting frame. 1
1 is to be held against the fixed object A so that it will not shift or wobble in the left and right directions, and the hole 20' formed in the upwardly protruding strip 20 is formed in the front divided frame 11 as described above. Connection hole 16 provided in the protruding portion 15
The front and rear divided frames 11 and 12 are fixed by matching the screws to the connecting holes 16 through the holes 20'.
are fixedly connected to constitute a lower frame 1 that tightly fits into the lower end of the immovable object A. On the rear surface of the rear piece 12a, a hanging piece 12'a facing upward is provided over almost the entire length so as to support the back plate 4, and the vertical wall 19'' between the protruding stripes 19, 19' As shown by the dashed line in the figure, if the vertical wall is inclined inwardly, the downward protruding strip 19 can fit into the gap P, and the front dividing frame protruding strip 15 can fit into the upward protruding strip 19'. The effect is that there is no looseness in the fitting.

Next, the connecting fitting 2 which is fitted and attached to the upper end of the fixed object A is assembled together with the above-mentioned lower frame 1 as an assembly base, that is, fixed object A as a core material and the cabinet box body B.
It is used to connect and hold the side plates 3 and back plate 4 that constitute the , and from the viewpoint of such purpose and function, the horizontal partition plate 6 shown in FIG. It is also possible to form the connecting fitting 2 by bending the side edges of one or more main body plates 21 downward to form a side plate 22 having an upward hooking piece 23 at the free end, as shown in FIG. The said side plates 22, 22 are closely fitted to the side surfaces of the upper end of the fixed object A, and the connecting rod 24, which is closely fixed to the outside of the side plates 22, has a hooking piece 25 for holding the back plate on the rearward protruding part. Constructed in bent steps.

Next, the side plates 3, which are erected on both sides of the fixed object A using the lower frame 1 connecting fittings 2, have front and rear edges bent as shown in FIGS.
1. A concave groove 32 is formed at the rear part, an inward groove 34 is formed at the upper end, a downwardly opening groove 36 is formed at the lower end by a hanging piece 36', and a reinforcing groove is formed at the rear end of the inner surface. A protrusion 33 is provided to protrude inward over almost the entire height, and a hook piece 35 having upward and downward opening slits 35' is attached to the reinforcing protrusion 33 at a predetermined height position of the front sill 31 by welding or the like. Further, a cover plate 37 is welded and fixed to the front sill part 31 from a position approximately at the same height as the fixed object A to the lower end,
At the cover plate 37, the immovable animal A and the front sash 31
This side plate 3 is designed such that the groove 36 at its lower end is tightly fitted from above to the overlapping portion of the protruding strips 15 and 19' formed on the front and rear dividing rods of the lower frame 1. It is held in an upright state by fitting the hook piece 35 into the downward opening slit 35' with the side hooking piece 23 of the connecting metal fitting 2.

Next, as shown in FIG. 8, the back plate 4 is bent at the upper end of the flat plate, and a reinforcing plate 42 is welded to form forward bent pieces 43 on both sides of the upward opening groove 41. Horizontally long hook pieces 44, 45 are placed in the
are welded and fixed, and the two hook pieces 44, 45 and the back plate 4 are
Downward slits 44' and 45' are formed between them, and the assembly is performed by fitting the bent pieces 43 on both sides into the grooves 32 provided at the rear of the side plates 3 in an upright position, and then attaching the back plate 4. The rear hooking piece 25 of the connecting fitting 2 is lowered from above and fitted into the slit 45' of the upper hook piece 45, and the slit 44' of the hook piece 44 at the lower end is inserted into the rear side of the rear divided frame of the lower frame. By fitting into the hooking pieces 12a' provided in the side plates, the latching pieces 43 are fitted to prevent rattling in the left-right and lateral directions as well as in the front-back directions.Furthermore, as shown in FIG. Upright piece 32a to be formed
As shown in FIG. 13, the uncut pieces 32b provided at appropriate positions are bent into the grooves 32 and held, thereby further increasing the mounting strength of the back plate 4.

Therefore, the top plate 5 includes the above-mentioned side plates 3 and back plate 4.
It is fitted and installed on the upper end to form a shelf space C having a predetermined internal height between the upper surfaces of the fixed objects A in the box body B, and its specific configuration is as shown in Fig. 9. A front sash 51 is formed on the front edge, bent pieces 52 and 53 are bent downward on the rear edge and both side edges, respectively, and the upper ends of the side plate 3 and the back plate 4 are formed on the lower side edge portions and the rear edge at the time of assembly. The fixing nuts 54 to be located in the grooves 34 and 41 provided in the parts are welded and fixed.
The reinforcing plate 38 projecting inward at the front upper end of the plate is externally fitted and fixed to the reinforcing plate 38 with screws 55, and the bent pieces 53 on the sides are tightly fitted into the grooves 34 on the upper part of the side plate. In addition, the rear bent piece 52 is connected to the back plate 4.
The top plate 5 is tightly fitted into the grooves 41 formed at the upper end, and the screws 56 are screwed into the fixing nuts 54 from the inside and below through the through holes formed in the grooves 34 or 41. Both side plates 3 and back plate 4
It is fixed to the upper end of the

Therefore, the shelf space C in the box B becomes as shown above.
is divided by a plurality of shelves 7, and the shelves are attached by placing fixed intervals in the vertical direction on the inner surfaces of the front stile 31 and reinforcing protrusion 33 of both side plates 3, as shown in FIG. Shelf support hooks (not shown) are removably fitted and latched into the mounting holes 39 opened in the mounting hole 39, and a shelf is mounted on each hook. If necessary, it is also possible to attach a door body (not shown) for closing the front opening B' of the box body by conventionally known means so as to cover the storage space A and the shelf space C.

Furthermore, the present invention is not limited to the above-described assembly configuration, and it is also possible to provide a horizontal partition plate 6 in place of the above-mentioned connecting metal fitting 2 or in combination with the connecting metal fitting 2, and a specific example is as shown in FIG. As shown in FIG.
The bent pieces 64 on both sides are fitted from above into the upward slits 35' of the hook pieces 35 provided on the inner surface of the side plate 3, and the front bent pieces 62 are attached as shown in FIG. As shown, a step surface 3 whose both ends are formed into side plate front sill portions 31
1', the lower end is placed on the cover plate 37, and the rear bent piece 63 is brought into close contact with the bottom surface 32' of the groove 32 at the rear of the side plate, thereby fitting between the front stile 31 and the groove 32. It can be installed in conjunction with the

In addition, when the horizontal partition plate 6 is used in place of the above-mentioned connecting fitting 2, when assembling the box body B, the side plates 3 erected on the lower frame 1 are replaced with the above-mentioned side bent pieces 64.
Both side plates 3 are connected and held in an upright state by fitting with the slits 35' on the inner surfaces of the side plates.

According to the assembly cabinet of the present invention as described above, a large and heavy immovable object A such as a safe is covered with an assemblable cabinet box body B, so that the immovable object such as a safe is not exposed. Since it is not installed indoors, it has a high anti-theft effect, and by setting the dimensions of each member in consideration of the balance between the cabinet box B and other furniture such as cabinets installed indoors. In particular, as shown in Fig. 14, a fixed cabinet is arranged in the rear row, and the fixed cabinet is arranged in the rear row, so that the fixed cabinets are arranged in the rear row as shown in Fig. 14. In a movable cabinet device in which a movable cabinet D is provided in front of a cabinet B so as to be able to slide laterally, when an immovable object A such as a safe is placed in any of the fixed cabinets B in the rear row, the movable cabinet device It has the effect of not spoiling the overall appearance, and furthermore, in the concrete structure of this proposal, the immovable object A such as a safe is made literally immobile and is covered with a prefabricated cabinet box body. In other words, by using the fixed object A, which has been placed in a predetermined position in the room in advance, as a component of the cabinet as an assembly base or core material when assembling the cabinet box B, the fixed object A can be used as the center of the cabinet. Since the assembly of the cabinet box B is facilitated, this invention is based on a completely different technical idea from the technical idea of moving and storing an immovable object A such as a safe in a pre-assembled cabinet box. Not only that, but as mentioned above, there is no need for the difficult work of transporting and storing an extremely heavy immovable object into the cabinet box, and it is possible to literally assemble the immovable object around the unmoving object. As a base, the cabinet box body B consisting of the lower frame 1, side plates 3, back plate 4, etc. can be easily assembled.

Furthermore, the assembly structure of the cabinet box body B itself requires complicated means such as screwing to assemble and erect the lower frame 1 fitted to the fixed object A, the connecting fittings 2, the side plates 3, and the back plate 4. The lower frame 1 and the connecting fittings 2, which act as the skeleton of the cabinet box body B, can be easily assembled by simply fitting and temporarily fixing them to the fixed object A serving as the assembly base. Since it is attached to the immovable object A without any processing, it not only simplifies the assembly structure, but also reduces fire resistance and durability, which would be a problem if the immovable object A were processed or modified. In particular, the lower frame 1 is fitted to the lower end of the fixed frame A by connecting the front and rear divided frames 11 and 12 as shown in Fig. By tightly fitting A and connecting with screws etc., the lower frame 1 is prevented from shifting in the front and back direction, and the gap P between the front divided frame 11 and the fixed object A is
By closely fitting the downward convex strips 19 of the rear split frame 12 into the rear split frame 12, the lower frame 1 can be reliably installed while being prevented from shifting in the left and right directions. Since the cabinet box B can be assembled by standing the side plates 3 on the lower frame 1 without using metal fittings and then connecting the side plates 3 with the horizontal partition plate 6, the lower The frame 1, like the above-mentioned fixed object A, plays an important role as an assembly base when the cabinet box body B is assembled.

Further, the connecting fitting 2 connects the approximately mid-height portions of the side plates 3 and the back plate 4, which are erected on the lower frame 1, using hook pieces 23 and 25 provided on both sides and the rear thereof. Therefore, it is possible to reinforce the cabinet box body after assembly as well as during assembly.

In addition, the back plate 4 has a hook piece 4 provided on its inner surface.
4 and 45 are fitted from above to the lower frame 1 and the hooking pieces 12a' or 25 of the connecting fitting 2, and the bent pieces 43 on both sides are fitted into the grooves 32 provided at the rear of the side plate 3, By bending the uncut piece 32b provided at a predetermined height position of the groove standing piece 32a inward to the groove 32, the bent piece is fitted into the groove 32 with the uncut piece 32b. The mounting strength of the back plate 4 can be increased by suppressing the grooves 3 on both sides of the plate.
4. Reinforcement plate 38, groove 4 formed on the upper end of the back plate 4
Not only can it be installed in a tight fit by using screws 55 and 56, but also secure installation can be achieved by tightening using setscrews 55 and 56.

As described above, the assembled cabinet having a fixed object such as a safe according to the present invention uses the fixed object as a core material for assembly, and the side plates and back plate of the cabinet box body are erected on the lower frame fitted to the lower end of the fixed object. This allows the cabinet box body to be assembled easily and integrated with the fixed object by covering the fixed object, and allows large and heavy fixed objects, such as safes, which cannot be moved, to be placed inside the cabinet. Furthermore, the lower frame is composed of front and rear divided frames that are U-shaped in plan view, and these are respectively fitted to the fixed object, and the space between the front divided frame and the fixed object is Since the downward convex strip of the rear split frame is tightly fitted into the gap and the front and rear split frames are connected and fixed, the lower frame is prevented from shifting in the front and rear, left and right lateral directions, and the cabinet box body is integrated with the immovable object. The lower frame as an assembly base can be easily and reliably attached to an immovable object.

[Brief explanation of the drawing]

FIG. 1 is a front view of a cabinet having a fixed object showing an embodiment of the present invention. FIG. 2 is a perspective view of an exploded state. FIG. 3 is a plan view showing an embodiment of the front divided frame of the lower frame. FIG. 4 is a plan view showing an embodiment of the rear divided frame of the lower frame. FIG. 5 is a longitudinal sectional view showing the main parts of the lower frame. 6th
The figure is a perspective view showing an example of a connecting fitting. FIG. 7 is an inner front view of the side plate. FIG. 8 is a perspective view showing an embodiment of the back plate. Figure 9 is a bottom view of the top plate. FIG. 10 is a plan view of the partition plate. FIG. 11 is a vertical sectional side view showing the cabinet in an assembled state. FIG. 12 is a longitudinal sectional front view showing the main parts. FIG. 13 is a cross-sectional plan view showing the main parts. FIG. 14 is a plan view showing an embodiment in which the present device is installed in a movable cabinet device. A: Fixed object, B: Cabinet box body, B': Front opening, C: Shelf space, 1: Lower frame, 11: Front divided frame, 12: Rear divided frame, 13: Front rod, 13': Lower bent edge , 13″: Notch, 14: Side rod, 15: Projection, 16: Screw, 2: Connecting fitting, 21: Main body plate,
22: Side plate, 23: Hanging piece, 24: Connecting rod, 2
5: Hanging piece, 3: Side plate, 31: Front sash, 3
2: Concave groove, 33: Reinforcement protrusion, 34: Groove, 35:
Hook piece, 36: Groove, 37: Cover plate, 38:
Reinforcement plate, 4: Back plate, 41: Groove, 42: Reinforcement plate,
43: Bent piece, 44: Hook piece, 45: Hook piece, 5: Top plate, 51: Front sash, 52: Back bent piece, 53: Side bent piece, 54: Nut, 55: Screw, 56: Screw , 6: partition plate, 61: reinforcing ridge, 62: bent piece, 63: bent piece, 64: bent piece, 7: shelf.

Claims (1)

[Scope of utility model registration request] An immovable object A such as a safe is used as the core material for assembly, and it is U-shaped in plan view, and the rods 14 on both sides have upwardly protruding stripes 1.
5 is fitted from the front of the fixture A with its front rod 13 in a substantially tight state to the front edge of the lower end of the fixture A, forming a U-shape in plan view. The convex strip 19 and the upward convex strip 20 are continuously bent, and the rear piece 12a has an upward hooking piece 1.
The rear divided frame 12 provided with
and the fixed body A, and fit the upward convex strip 20 into the convex strip 15 of the front divided frame 11 from above, and closely fit the rear piece 12a to the rear surface of the fixed body A, and the both side pieces 12b to the fixed body A. The front and rear divided frames 11 and 12 are connected and fixed to form a lower frame 1 that tightly fits into the lower end of the illegal object A, and both side plates 3 are installed on both sides of the illegal object A. A convex strip 1 is formed on the front and rear divided frames 11 and 12 of the lower frame 1 with a strip groove 36 provided at the lower end thereof.
5 and 20, tightly fitting it from above into the overlapping part of lower frame 1.
A hook piece 44 with a back plate 4 provided at the lower end is attached to the rear divided frame 1 of the lower frame 1 on the rear surface of the fixed object A.
2, and the top plate 5 is fixed to the upper ends of the side plates 3 and the rear plate 4, so that the bottomless cabinet box B is integrated with the fixed body A. An assembly cabinet having an immovable object such as a safe, characterized in that it is configured as follows.