JP2010264143A - Kitchen cabinet and method for mounting the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a wall-type kitchen cabinet which is easy to construct. <P>SOLUTION: The kitchen cabinet has a frame 11 which are formed by assembling long materials as a skeleton. The long material 13 in the rear upper part of the frame 11 is engaged with two or more brackets 25 and 25 which are horizontally fixed to a wall beforehand in a predetermined height positions so that the frame 11 is horizontally mounted to the wall W through the brackets 25 and 25. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a kitchen cabinet and a method for mounting the kitchen cabinet.

Conventionally, as this type of kitchen counter, Patent Document 1 discloses a structure in which a counter body provided with a sink and a cooking device is placed on a bracket fixed to a wall surface.
Patent Document 2 discloses a structure in which a mounting piece provided on the rear side of a counter body is hooked and locked on a hanger fixed to a wall.
Patent Document 3 discloses a kitchen apparatus having a structure in which a top plate is placed on a quadrangular prism frame.

JP 11-127991 A Japanese Utility Model Publication No. 60-154089 JP-A-60-122014

  Even if the structures disclosed in Patent Literature 1, Patent Literature 2, and Patent Literature 3 are combined, it is not possible to conceive of a configuration in which a lightweight kitchen cabinet is wall-mounted, but when trying to make the kitchen cabinet wall-mounted, A new problem arises that a large-sized bracket with high strength is required, which makes construction difficult.

The present invention aims to provide a kitchen cabinet that can be installed in a wall-mounted manner, and to provide a kitchen cabinet mounting method that facilitates construction, and the following measures have been taken in order to achieve at least part of this object.
The kitchen cabinet of the present invention is a kitchen cabinet having a frame that is a framework framed by a long material, and the long material arranged at the upper part on the rear surface side of the frame is fixed at a predetermined height position on the wall surface. The gist is that the bracket is configured to be hookable.

  The kitchen cabinet of the present invention has a frame as a framework, and the frame can be attached to the wall surface by hanging the long material constituting the frame on a bracket fixed at a predetermined height position on the wall surface. It is possible to install a wall-mounted kitchen cabinet.

In the kitchen cabinet mounting method of the present invention, two or more brackets are horizontally fixed at a predetermined height position on the wall surface, and the long material on the upper rear side of the frame constituting the framework of the kitchen cabinet is attached to the bracket. The gist is to fix the frame to the wall surface.
In the kitchen cabinet mounting method of the present invention, if two or more brackets are fixed horizontally at a predetermined height position on the wall surface, the frame of the kitchen cabinet is hooked on the bracket, and the frame is interposed between the brackets. Is supported horizontally on the wall surface, so that the work of leveling the frame is unnecessary and the kitchen cabinet can be easily constructed.

Further, in the kitchen cabinet mounting method of the present invention, the bracket is a placing piece on which a long material on the upper rear side of the frame can be placed, and the long material placed on the front end of the placing piece. It is also possible to have a rising piece that stands on the front side of the.
In this way, when the long material on the upper rear side of the frame is placed on the mounting piece of the bracket, the bracket rising piece is arranged on the front surface of the long material, so that the frame does not come off from the bracket. The frame is favorably supported on the wall surface via the.

Further, in the kitchen cabinet mounting method of the present invention, a configuration may be adopted in which a shielding member capable of concealing the gap between the frame and the floor surface is disposed on the bottom side of the frame fixed to the wall surface.
If it carries out like this, the clearance gap between a flame | frame and a floor surface can be favorably hidden with a shielding member, and the design property of the installation state of a kitchen cabinet will improve.

It is a perspective view of the installation completion state of a kitchen cabinet. It is a disassembled perspective view of the frame used as the framework of a kitchen cabinet, and a shielding member. It is an enlarged view of a connecting portion of the front side upper long material 12, the vertical frame material 18a and the upper connecting long material 14a constituting the frame. It is an exploded view before the connection of the front side upper elongate material 12, the vertical frame material 18a, and the upper connection elongate material 14a. It is a principal part cross-section enlarged block diagram of the state which latched the elongate material of the flame | frame on the bracket fixed to the wall surface.

Next, the form for implementing this invention is demonstrated using an Example.
FIG. 1 is a perspective configuration diagram of the installed state of the system kitchen. The system kitchen 1 is provided with a counter 4 on the upper surface of a kitchen cabinet 2 having a plurality of drawers 3, 3, 3. A sink 5 having a faucet 6 and a stove 7 are provided.
In FIG. 1, 8 is a shielding member provided on the bottom side of the front plate 10 below the drawer 3, and 9 is a side plate attached to the side surface.

The kitchen cabinet 2 has a frame 11 that is a framework, and an exploded view of the frame 11 and the shielding member 8 is shown in FIG.
The frame 11 is reduced in weight by integrating a plurality of metal rectangular pipe-like long members into a single frame, and the left and right ends of the front-side upper long member 12 and the front-side lower long member 15 are in the vertical direction. In addition, the left and right ends of the rear-side upper long material 13 and the rear-side lower long material 16 are connected to the vertical frame members 18b and 18d in the vertical direction. Between the frame members 18a and 18b, the upper connection long material 14a is connected to the upper end side, and the lower connection long material 17a is connected to the lower end side. Further, between the vertical frame member 18c and the vertical frame member 18d, an upper connection long member 14b is connected to the upper end side, and a lower connection long member 17b is connected to the lower end side to form a frame.

FIG. 3 shows an enlarged view of a connecting portion of the front-side upper long member 12, the vertical frame member 18a, and the upper connecting long member 14a, and FIG. 4 shows an exploded view before connection.
The vertical frame member 18 a is formed by integrating one end side of the outer outer plate portion 180 and the inner parallel inner plate portion 181 in a U-shape with the outer orthogonal plate portion 182, and is parallel to the outer orthogonal plate portion 182. An orthogonal plate portion 183 is provided, and the vertical frame member 18a is formed in a substantially square pipe shape.
Large-diameter holes 184 and 184 having a larger diameter than the head of the screw 31 are formed through the outer plate portion 180 of the vertical frame member 18a at intervals in the vertical direction, and the large-diameter hole of the inner plate portion 181 is formed. Small-diameter holes 185 and 185 having a diameter smaller than the head of the screw 31 are formed at positions facing the 184 and 184.
In addition, a large-diameter hole 186 having a diameter larger than that of the head of the screw 31 is formed through the inner orthogonal plate portion 183, and the screw 31 has a position opposite to the large-diameter hole 186 of the outer orthogonal plate portion 182. A small-diameter hole having a smaller diameter than the head is formed.

  On the other hand, a tightening hole 120 is formed on the inner peripheral bottom side of the square pipe-shaped front long upper material 12, and on the left and right sides of the inner peripheral side of the square pipe-shaped upper connecting long material 14a. Fastening holes 140 and 140 are formed. Further, a tightening hole 240 is also formed on the inner peripheral bottom side of the curtain plate member 24 that is arranged below the front side upper elongated member 12 and connected to the vertical frame member 18a.

By inserting a screw 31 from the outside into the large-diameter hole 184 of the vertical frame member 18a, passing the screw 31 through the small-diameter hole 185, and tightening the screw 31 into the tightening hole portion 120, the front-side upper long member 12 is screwed 31 is fastened and fixed to the vertical frame member 18a. Similarly, by tightening the screw 31 from the large diameter hole 184 to the tightening hole 240 through the small diameter hole 185, the curtain plate member 24 can be fixed to the vertical frame member 18a.
Further, by inserting the screw 31 into the large-diameter hole 186 of the orthogonal inner orthogonal plate portion 183, passing the screw 31 through the small-diameter hole of the outer orthogonal plate portion 182, and tightening the screw 31 into the tightening hole portion 140, The long connecting material 14a can be fixed to the outer orthogonal plate portion 182 of the vertical frame member 18a.

  The vertical frame member 18a and the other vertical frame members 18b, 18c, 18d have the same structure, and the rear frame side upper long material 13, the rear surface side lower long material 16, and the upper part are connected to the vertical frame material 18b via screws 31. The long connecting material 14a and the lower connecting long material 17a can be connected and fixed. In addition, the front side upper long material 12, the front side lower long material 15, the upper connection long material 14b, and the lower connection long material 17b can be connected and fixed to the vertical frame member 18c via screws 31, respectively. Further, the rear side upper long material 13, the rear side lower long material 16, the upper connection long material 14b, and the lower connection long material 17b can be connected and fixed to the vertical frame member 18d via screws 31, respectively.

  The frame 11 is provided with rectangular pipe-shaped partitioning vertical frame members 19, 19, 19 in parallel with the vertical frame members 18a, 18c, respectively, in the vertical direction with an interval inside, and on the rear side. The vertical frame members 19 and 19 are also provided in parallel between the vertical frame members 18b and 18d. The upper and lower ends of the vertical frame members 19, 19, and 19 on the front side and the rear side, respectively, The front and rear frame members 20, 20, 20 are connected and fixed in the front-rear direction.

  A plurality of reinforcing frame members 21, 21 extending horizontally in the front-rear direction from the front lower elongated material 15 toward the rear lower elongated member 16 are provided on the bottom side, and are parallel to the reinforcing frame member 21. A plurality of rail members 22 and 22 are provided between the front and rear partition vertical frame members 19 and 19 to form a frame 11 serving as a framework.

The frame 11 is fixed to the wall surface W in advance and can be attached to the wall surface W by being hooked on, for example, two brackets 25 and 25.
A horizontal reference line R is provided at a predetermined height position of the wall surface W, and the two brackets 25 and 25 are fixed to the wall surface W with screws 30 with a space left and right along the reference line R. The two brackets 25, 25 are fixed to the wall surface W horizontally.

As shown in an enlarged sectional view in FIG. 5, each bracket 25 is integrally formed with a mounting piece 27 that protrudes substantially horizontally toward the front side at the upper end of a fixing piece 26 that is fixed to the wall surface W by a screw 30. A rising piece 28 is formed at the front end of the mounting piece 27 so as to rise integrally.
A through hole 26 a through which the screw 30 is passed is formed in the fixed piece 26 of the bracket 25.

In this way, the two brackets 25, 25 are fixed in advance along the horizontal reference line R at a predetermined height position on the wall surface W. In this state, the frame 11 is lifted up and the frame 11 The rear side upper elongated member 13 can be hooked on the brackets 25 and 25.
In the hooked state, the rear side upper elongated material 13 of the frame is placed on the placing piece 27 of each bracket 25 as shown in FIG. 5, and the placed rear side upper elongated material is placed in this state. Since the rising piece 28 of the bracket 25 rises on the front surface of the frame 13, the frame 11 does not slide down to the front side, and is favorably attached to the wall surface W via the brackets 25 and 25.

  Since the brackets 25 and 25 are fixed horizontally, the frame 11 is supported by the wall surface W in a horizontal manner by hooking the frame 11 to the brackets 25 and 25. The frame 11 becomes horizontal only by being hooked on the frame, and the leveling work over the entire bottom surface becomes unnecessary.

In the state where the frame 11 is hooked on the brackets 25, 25, the plurality of adjuster bolts 23, 23 provided in advance on the front-side lower elongated member 15 or the reinforcing frame members 21, 21 of the frame 11 are raised. By adjusting, the lower end of each adjuster bolt 23 is brought into contact with the floor surface F, and the weight of the frame 11 can be supported by the floor surface F via the plurality of adjuster bolts 23, 23, 23.
Note that the rear long upper member 13 or the lower lower member 16 on the rear surface side of the frame 11 can be further firmly fixed to the wall surface W using a separate screw or the like.

In this way, the frame 11 can be attached horizontally to the wall surface W, the counter 4 can be attached to the upper surface of the frame 11, and the sink 5 and the stove 7 can be further attached. The drawers 3 and 3 can be assembled so that they can be pulled out to the front. Further, a front plate 10 is attached to the lower part of the front surface of the frame 11, and a shielding member 8 is fitted into the bottom front part of the frame 11. The gap between the surfaces F and the plurality of adjuster bolts 23 and 23 can be well concealed by the shielding member 8.
The shielding member 8 includes a horizontally long front piece 8a capable of shielding the bottom front surface of the frame 11 over the entire area, and side pieces 8b and 8b extending rearward on the left and right ends of the front piece 8a. The formed one can be used.

  As described above, in this example, since the frame 11 that is a frame made of a long material is provided, the strength is high, and the kitchen cabinet 2 can be made light. If the brackets 25, 25 are fixed in advance, the frame 11 can be hooked on the brackets 25, 25, and the frame 11 can be installed on the wall surface W in a horizontal state. In addition, the shielding member 8 can be fitted on the bottom side so that the gap with the floor surface F can be well concealed, and the wall-mounted kitchen cabinet 2 can be easily constructed.

DESCRIPTION OF SYMBOLS 1 System kitchen 2 Kitchen cabinet 3 Drawer 4 Counter 5 Sink 7 Stove 8 Shielding member 10 Front plate 11 Frame 12 Front side upper elongate material 13 Rear side upper elongate material 14a, 14b Upper connection elongate material 15 Front side lower elongate Material 16 Rear side lower long material 17a, 17b Lower connection long material 18a, 18b, 18c, 18d Vertical frame material 19 Partition vertical frame material 21 Reinforcement frame material 22 Rail material 23 Adjuster bolt 25 Bracket 26 Fixed piece 27 Mounting piece 28 Standing piece W Wall F Floor

Claims (4)

A kitchen cabinet having a frame that is a framework of a long material,
The long material arranged at the upper part on the rear surface side of the frame is configured to be hookable on a bracket fixed at a predetermined height position on the wall surface. Fix two or more brackets horizontally at a predetermined height on the wall,
A method for attaching a kitchen cabinet, comprising: hanging a long material on an upper part of a rear surface side of a frame constituting a framework of the kitchen cabinet to the bracket, and fixing the frame to the wall surface. The bracket is
It is provided with a placing piece on which the long material on the upper rear side of the frame can be placed, and a rising piece that stands on the front surface of the long material placed at the front end of the placing piece. The attachment method of the kitchen cabinet of Claim 2. The installation of the kitchen cabinet according to claim 2 or 3, wherein a shielding member capable of concealing a gap between the frame and the floor surface is disposed on the bottom side of the frame fixed to the wall surface. Method.

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