JP2021137354A - Storage body - Google Patents

Abstract

To provide a storage body which does not cause displacement of a front plate in a vertical direction when adjusting positions in a rotary direction of the front plate.SOLUTION: A storage body 1 includes: a storage part 2 capable of storing articles; a front plate 3; and a fitting member 4 for fitting the front plate to the storage part. The fitting member has: a front plate side fitting member 41; and a storage part side fitting member 42 screwed with the front plate side fitting member. Either the front plate side fitting member or the storage part side fitting member has a rotation direction adjustment part having a projection arc surface with a horizontal direction as an arc direction; the other has a rotation direction adjustment part reception part 432 contacting the rotation direction adjustment part and a vertical direction regulation part regulating vertical relative movements. The front plate side fitting member and the storage part side fitting member are screwed so as to cause a position of relative rotation direction along the arc direction of the rotation direction adjustment part by the rotation direction adjustment and the rotation direction adjustment part reception part contacting each other in the state that the relative movements in the vertical direction are regulated by the vertical direction regulation part.SELECTED DRAWING: Figure 2

Description

The present disclosure relates to a storage body.

Conventionally, the storage body described in Patent Document 1 is known as a storage body used for a system kitchen, a cabinet, or the like. This storage body is formed into a shaft member fixed to the front side of the storage portion made of a wire rack, a first mounting member fixed to the back surface of the front plate, and a first mounting member sandwiching the shaft member. It has a second mounting member that is arranged so as to face each other and that sandwiches the shaft member together with the first mounting member by being screwed to the first mounting member.

The storage body made of a wire rack has a large variation in shape. Therefore, in order to prevent the front plate of the storage body from becoming uneven with respect to the front surface of the system kitchen, cabinet, etc., it is necessary to adjust the positions of the front plate in the left-right direction, the up-down direction, and the rotation direction. In the storage body described in Patent Document 1, the position adjustment of the front plate in the left-right direction is performed by a long hole for screwing that is long in the left-right direction provided in the first mounting member. The vertical position adjustment of the front plate is performed by loosening the screw that attaches the second attachment member to the first attachment member. To adjust the position of the front plate in the rotation direction along the width direction, loosen the screw that attaches the second mounting member sandwiching the shaft member to the first mounting member, and rotate the front plate as the center of the shaft member. It is done by letting.

Japanese Unexamined Patent Publication No. 2008-167953

In the conventional storage body, both the vertical direction and the rotational direction of the front plate are adjusted by loosening the screws that attach the second mounting member to the first mounting member. In this case, if the screw is loosened for the purpose of adjusting only the position of the front plate in the rotational direction, the position of the front plate in the vertical direction also shifts. Therefore, the operator needs to readjust the vertical position of the front plate. Therefore, the inventor has found a problem of preventing the front plate from being displaced in the vertical direction when adjusting the position of the front plate in the rotational direction in the housing body.

The storage body according to the present disclosure includes a storage portion capable of storing articles, a front plate attached so as to cover the front side of the storage portion, and an attachment member for attaching the front plate to the storage portion. The mounting member includes a front plate side mounting member that is mounted on the back surface of the front plate, and a storage portion side mounting member that is mounted on the storage portion and screwed to the front plate side mounting member. Either one of the front plate side mounting member and the storage portion side mounting member has a rotation direction adjusting portion having a convex arc surface whose left-right direction is an arc direction, and the front plate side mounting member and the storage portion side. One of the mounting members regulates the relative movement of the rotation direction adjusting portion receiving portion that abuts against the rotation direction adjusting portion, the front plate side mounting member, and the storage portion side mounting member in the vertical direction. It has a vertical direction regulating portion, and the front plate side mounting member and the storage portion side mounting member are adjusted in the rotational direction in a state where relative movement in the vertical direction is restricted by the vertical direction regulating portion. When the portion and the portion receiving the rotational direction adjusting portion come into contact with each other, the position of the rotational direction adjusting portion in the relative rotational direction along the arc direction is screwed so as to be adjustable.

It is a perspective view which shows the accommodating body which concerns on one Embodiment of this disclosure. It is an enlarged perspective view which shows the attachment part of the front plate and the storage part of the storage body which concerns on one Embodiment of this disclosure. It is an exploded perspective view which enlarges and shows the attachment part of the front plate and the storage part of the storage body which concerns on one Embodiment of this disclosure. It is a perspective view of the front plate side mounting member in the storage body which concerns on one Embodiment of this disclosure as seen from the back side of the front plate. It is a perspective view of the front plate side mounting member in the storage body which concerns on one Embodiment of this disclosure as seen from the front side of the front plate. It is a perspective view which looked at the storage part side attachment member in the storage body which concerns on one Embodiment of this disclosure from the front side of the front plate. It is a vertical cross-sectional view which shows the attachment part of the front plate and the storage part in the storage body which concerns on one Embodiment of this disclosure in an enlarged manner. It is a figure explaining the vertical position adjustment of the front plate in the accommodating body which concerns on one Embodiment of this disclosure. It is a figure explaining the position adjustment of the front plate in the left-right direction in the accommodating body which concerns on one Embodiment of this disclosure. It is a figure explaining the position adjustment of the front plate in the rotation direction in the accommodating body which concerns on one Embodiment of this disclosure.

Hereinafter, an embodiment of the storage body of the present disclosure will be described with reference to the drawings. In the following description, the direction connecting the top and bottom along the vertical direction of the storage body is defined as the vertical direction. The left-right direction is defined as the direction connecting the left and right along the width direction of the front plate when the storage body is viewed from the front plate side. In the storage body, the surface when the front plate is viewed from the side opposite to the storage portion is defined as the front surface, and the surface on the opposite side is defined as the back surface.

FIG. 1 shows a storage body 1 used in a system kitchen (not shown). The storage body 1 has a storage unit 2 capable of storing an article (not shown) and a front plate 3 attached to the storage unit 2 so as to cover the front side of the storage unit 2.

The storage portion 2 of the storage body 1 shown in the present embodiment is provided by a wire rack having a resin bottom plate 21 and a basket-shaped portion 22 provided on the bottom plate 21 and formed of a metal wire rod made of a round bar. It is composed. As shown in FIGS. 1 and 2, a pair of vertical lines extending in parallel in the vertical direction are formed on the front plate 3 side of the cage portion 22 by bending both ends of one metal wire rod at substantially right angles in the same direction. It has portions 23, 23 and one upper end horizontal line portion 24 extending in the left-right direction so as to connect the upper ends of the vertical line portions 23, 23.

Two pairs of vertical wire portions 23, 23 are connected to each other in the left-right direction by welding a metal wire rod different from the vertical wire portions 23, 23 and the upper end horizontal wire portion 24 on the front plate 3 side of the storage portion 2. It has horizontal wire portions 25a, 25b, 26a, 26b for attachment. The two pairs of horizontal wire portions 25a, 25b, 26a, and 26b for attachment are attachment portions to which the front plate 3 is attached by the two attachment members 4 and 4, which will be described later. Specifically, the lower side wires 25a and 26a for mounting of the two pairs of horizontal wire portions 25a, 25b, 26a and 26b are the first mounting portions to which the mounting member 4 is mounted, respectively. The horizontal wire portions 25b and 26b for attachment on the upper side of the above are the second attachment portions to which the attachment member 4 is attached.

The horizontal line portions 25a, 25b, 26a, 26b for attachment are arranged parallel to the upper end horizontal line portion 24, respectively. The distance between the horizontal line portions 25a and 25b for attachment and the distance between the horizontal line portions 26a and 26b for attachment are substantially the same. The attached horizontal line portions 25a and 25b arranged on the upper side of the storage portion 2 are arranged close to the upper end horizontal line portion 24, and the attached horizontal line portions 26a and 26b arranged on the lower side are arranged in the storage portion 2. It is arranged close to the bottom plate 21. In FIG. 2, only the horizontal line portions 25a and 25b for attachment, which are arranged on the upper side, are shown.

As shown in FIGS. 2 and 3, the mounting member 4 includes a front plate side mounting member 41 that is attached to the back surface 3a of the front plate 3 by screws S1 and S1, and a horizontal wire portion 25a for mounting of the storage portion 2. It is configured to have a storage portion side mounting member 42 that is attached to 25b, 26a, and 26b by screws S2 and S2. The storage portion side mounting member 42 is attached to the front plate side mounting member 41 by screws S3. The upper and lower mounting members 4 and 4 have the same configuration. Therefore, in the following, the mounting member 4 for mounting the front plate 3 to the storage portion 2 in the horizontal wire portions 25a and 25b for mounting arranged on the upper side of the storage body 1 will be described.

The front plate side mounting member 41 will be described with reference to FIGS. 4 and 5. The front plate side mounting member 41 includes a pair of rectangular plate-shaped mounting bases 411 and 411 that are arranged apart from each other in the left-right direction, and a rotation direction adjusting portion 412 that connects the pair of mounting bases 411 and 411. As shown in FIG. 5, the back side of the front plate side mounting member 41 is formed so as to be flush with the pair of mounting bases 411 and 411 and the rotation direction adjusting portion 412, and the back surface of the front plate 3 is formed. It constitutes a mounting surface 41a with respect to 3a.

The mounting bases 411 and 411 each have one screw hole 413 and 413 for adjusting in the vertical direction, which are elongated holes long in the vertical direction. As shown in FIGS. 2 and 3, the vertical adjustment screw holes 413 and 413 are used to screw the front plate side mounting member 41 to the screw holes 31 and 31 provided on the back surface 3a of the front plate 3. Screws S1 and S1 are inserted.

The rotation direction adjusting portion 412 is composed of a square rod-shaped body that connects the pair of mounting base portions 411 and 411 in the left-right direction. The vertical width of the rotation direction adjusting portion 412 is smaller than the vertical width of the mounting bases 411 and 411. The upper surface 412a and the lower surface 412b of the rotation direction adjusting portion 412 are flat surfaces extending in parallel with each other in the left-right direction.

The rotation direction adjusting unit 412 has a convex arc surface 414 on the surface arranged on the storage unit 2 side. The convex arc surface 414 is curved so that the left and right directions form an arc direction, and protrudes from the front plate 3 side toward the storage portion 2. The convex arc surface 414 is formed flat along the vertical direction. The left and right end portions of the rotation direction adjusting portion 412 are arranged on substantially the same surface as the surface of the pair of mounting base portions 411 and 411 on the storage portion 2 side. The central portion of the rotation direction adjusting portion 412 in the left-right direction protrudes toward the storage portion 2 side from the pair of mounting base portions 411 and 411.

One screw hole 415 is provided at the center of the rotation direction adjusting portion 412 in the left-right direction. As shown in FIGS. 2 and 3, the screw hole 415 is composed of a round hole into which a screw S3 for screwing the storage portion side mounting member 42 to the front plate side mounting member 41 is inserted. As shown in FIG. 5, a hexagonal columnar nut accommodating hole 416 for accommodating the nut N3 (see FIG. 3) into which the screw S3 is screwed is provided on the mounting surface 41a coaxially with the screw hole 415.

The storage portion side mounting member 42 will be described with reference to FIG. The storage unit side mounting member 42 is formed separately from the storage unit side mounting member main body 43 and the storage unit side mounting member main body 43 as shown in FIGS. 2 and 3, with respect to the storage unit side mounting member main body 43. It is configured to have a mounting plate 44 attached by screw screws S2 and S2.

The storage portion side mounting member main body 43 includes a mounting plate receiving plate portion 431 to which the mounting plate 44 is mounted, a rotation direction adjusting portion receiving portion 432 connected to the upper end of the mounting plate receiving plate portion 431, and a rotation direction adjusting portion receiving portion. It is configured to have a holding portion 433 connected to the upper end portion of the 432.

The mounting plate receiving plate portion 431 is formed in a rectangular flat plate shape. A horizontal line portion accommodating groove 434 that crosses in the left-right direction is provided on the side surface 431a of the mounting plate receiving plate portion 431 on the mounting plate 44 side. The cross-sectional shape of the horizontal line portion accommodating groove 434 has a semicircular arc shape corresponding to the cross-sectional shape of the horizontal wire portion 25a for attachment of the accommodating portion 2. As shown in FIGS. 2 and 3, the horizontal wire portion accommodating groove 434 is such that the mounting plate receiving plate portion 431 and the mounting plate 44 are overlapped so as to sandwich the mounting horizontal wire portion 25a on the lower side of the storage portion 2. At that time, half of the horizontal wire portion 25a for attachment on the front plate 3 side is accommodated.

The mounting plate receiving plate portion 431 is provided with screw holes 435 and 435 arranged one above and one below the horizontal wire portion accommodating groove 434. The screw holes 435 and 435 are each composed of round holes penetrating the mounting plate receiving plate portion 431. Hexagonal columnar nut accommodating holes 436 and 436 for accommodating nuts N2 (see FIG. 3) for screwing screws S2 and S2, respectively, are provided on the side surface 431b of the mounting plate receiving plate portion 431 on the front plate 3 side. , 435 are provided coaxially.

The rotation direction adjusting portion receiving portion 432 is formed in a rectangular plate shape having the same width as the mounting plate receiving plate portion 431, and as shown in FIG. 6, is in front of the side surface 431b of the mounting plate receiving plate portion 431 on the front plate 3 side. It is arranged away from the plate 3. Specifically, the rotation direction adjusting portion receiving portion 432 is arranged so as to be retracted from the side surface 431b of the mounting plate receiving plate portion 431 toward the side opposite to the front plate 3 side. As a result, a flat stepped portion 437a is formed in the left-right direction between the mounting plate receiving plate portion 431 and the rotation direction adjusting portion receiving portion 432. A protruding plate portion 437b that protrudes toward the front plate 3 from the rotation direction adjusting portion receiving portion 432 is provided between the rotation direction adjusting portion receiving portion 432 and the holding portion 433. The protruding plate portion 437b is formed in a flat plate shape in the left-right direction. The protruding plate portion 437b projects toward the front plate 3 side from the upper end portion of the rotation direction adjusting portion receiving portion 432 to a position substantially the same as the position of the side surface 431b of the mounting plate receiving plate portion 431.

The distance between the step portion 437a and the protruding plate portion 437b, that is, the distance between the upper surface of the step portion 437a and the lower surface of the protruding plate portion 437b corresponds to the vertical width of the rotation direction adjusting portion 412 of the front plate side mounting member 41. do. Specifically, the distance between the upper surface of the step portion 437a and the lower surface of the protruding plate portion 437b is substantially the same as the vertical width of the rotation direction adjusting portion 412 of the front plate side mounting member 41. The step portion 437a and the protruding plate portion 437b are formed by sandwiching the rotation direction adjusting portion 412 of the front plate side mounting member 41 from above and below when the front plate side mounting member 41 and the storage portion side mounting member 42 are mounted on each other. The vertical regulating portion 437 that regulates the relative movement of the front plate side mounting member 41 and the storage portion side mounting member 42 in the vertical direction is configured.

The rotation direction adjusting portion receiving portion 432 has a concave arc surface 438 on the surface on the front plate 3 side. The concave arc surface 438 is curved so that the left-right direction forms an arc direction, and is recessed from the front plate 3 side toward the storage portion 2. The concave arc surface 438 is formed flat along the vertical direction. The concave arc surface 438 of the rotation direction adjusting portion receiving portion 432 has a curvature corresponding to the curvature of the convex arc surface 414 of the rotation direction adjusting portion 412 provided on the front plate side mounting member 41. Specifically, the curvature of the concave arc surface 438 of the rotation direction adjustment unit receiving portion 432 is the same as the curvature of the convex arc surface 414 of the rotation direction adjustment unit 412. Therefore, as will be described later, when the convex arc surface 414 of the rotation direction adjusting portion 412 and the concave arc surface 438 of the rotation direction adjusting portion receiving portion 432 come into contact with each other, the arc surfaces come into surface contact with each other.

The rotation direction adjusting unit receiving portion 432 is provided with one rotation direction adjusting screw hole 439 composed of elongated holes long in the left-right direction. As shown in FIGS. 2 and 3, a screw S3 for screwing the storage portion side mounting member 42 to the screw hole 415 of the front plate side mounting member 41 is inserted into the rotation direction adjusting screw hole 439. ..

The holding portion 433 is raised upward from the upper end of the rotation direction adjusting portion receiving portion 432. Specifically, the holding portion 433 is raised upward from the edge on the upper end of the rotation direction adjusting portion receiving portion 432 opposite to the front plate 3 side, and the tip is folded back 180 degrees toward the front plate 3 side in a substantially U shape. As a result, it is formed in a hook shape.

As shown in FIGS. 2 and 3, the inner portion of the sandwiching portion 433 has a size capable of accommodating the entire upper side mounting portion 25b of the pair of mounting horizontal wire portions 25a and 25b of the storage portion 2. Has As shown in FIG. 7, the sandwiching portion 433 has a first sandwiching portion 433a that contacts the horizontal wire portion 25b to be attached from the front plate 3 side and a second sandwiching portion 433b that contacts the front plate 3 from the opposite side. And have. The first sandwiching portion 433a and the second sandwiching portion 433b are arranged at positions facing 180 degrees with respect to the horizontal wire portion 25b for attachment. The distance between the upper end of the inner surface of the sandwiching portion 433 and the horizontal wire portion accommodating groove 434 of the mounting plate receiving plate portion 431 is substantially equal to the distance between the pair of horizontal wire portions 25a and 25b for mounting.

The sandwiching portion 433 is hooked on the attached horizontal wire portion 25b to accommodate the attached horizontal wire portion 25b inside. The sandwiching portion 433 accommodating the horizontal wire portion 25b for attachment sandwiches the horizontal wire portion 25b for attachment from both the front plate 3 side and the side opposite to the front plate 3 by the first sandwiching portion 433a and the second sandwiching portion 433b. do.

The mounting plate 44 is formed in the shape of a rectangular plate having the same size as the mounting plate receiving plate portion 431. A horizontal line portion accommodating groove 441 that crosses in the left-right direction is provided on the side surface 44a of the mounting plate 44 on the mounting plate receiving plate portion 431 side. The horizontal wire portion accommodating groove 441 is arranged corresponding to the position of the horizontal wire portion accommodating groove 434 of the mounting plate receiving plate portion 431. The cross-sectional shape of the horizontal line portion accommodating groove 441 has a semicircular arc shape corresponding to the cross-sectional shape of the horizontal wire portion 25a for attachment of the accommodating portion 2. As shown in FIGS. 2 and 3, the horizontal wire portion accommodating groove 441 is such that the mounting plate receiving plate portion 431 and the mounting plate 44 are overlapped so as to sandwich the mounting horizontal wire portion 25a on the lower side of the storage portion 2. At this time, the half of the horizontal wire portion 25a for attachment on the side opposite to the front plate 3 is accommodated.

The mounting plate 44 is provided with screw holes 442 and 442 arranged one above the other with the horizontal line portion accommodating groove 441 interposed therebetween. The screw holes 442 and 442 are each composed of round holes penetrating the mounting plate 44. The screw holes 442 and 442 of the mounting plate 44 are arranged corresponding to the positions of the screw holes 435 and 435 of the mounting plate receiving plate portion 431, respectively. As shown in FIGS. 2 and 3, screws S2 and S2 for screwing the mounting plate 44 to the mounting plate receiving plate portion 431 are inserted into the screw holes 435, 435 and 442, 442.

By fixing the mounting plate receiving plate portion 431 and the mounting plate 44 with the screws S2 and S2, the storage portion side mounting member 42 is attached to the storage portion 2. Since the storage portion side mounting member 42 sandwiches the horizontal wire portion 25a for mounting between the mounting plate receiving plate portion 431 and the mounting plate 44, the storage portion side mounting member 42 can be loosened by loosening the screws S2 and S2. It can be moved in the left-right direction along the horizontal line portion 25a for mounting. Therefore, the screw holes 435, 435 and 442, 442 form the screw holes for adjusting the left-right direction in the mounting member 4.

Since the horizontal wire portion 25a for mounting is made of a round bar, the storage portion side mounting member 42 that sandwiches the horizontal wire portion 25a for mounting may rotate about the horizontal wire portion 25a for mounting. However, since the storage portion side mounting member 42 has a holding portion 433 that sandwiches the mounted horizontal wire portion 25b by hooking on the upper mounted horizontal wire portion 25b, the pair of mounted horizontal wire portions 25a, 25b Therefore, it can be stably attached to the storage unit 2 without rotating. The sandwiching portion 433 can be easily attached by simply hooking it on the horizontal wire portion 25b for attachment. Since the sandwiching portion 433 supports the horizontal wire portion 25b for attachment from the front plate 3 side and the side opposite to the front plate 3 by the first sandwiching portion 433a and the second sandwiching portion 433b, the storage portion side mounting member 42 , It can sufficiently withstand the impact due to the pressing force acting from the front plate 3 side and the pulling force acting from the opposite side to the front plate 3.

Next, a construction procedure when the operator attaches the front plate 3 to the storage portion 2 by the attachment member 4 and a method for adjusting the positions of the front plate 3 in the vertical direction, the horizontal direction, and the rotation direction will be described. .. Hereinafter, the construction procedure and the position adjustment method of the upper mounting member 4 shown in FIG. 1 will be described. However, the same construction procedure and position adjustment method are applied to the lower mounting member 4 shown in FIG.

Regarding the front plate side mounting member 41, as shown in FIG. 3, the operator has made the vertical adjustment screw holes 413 and 413 of the mounting bases 411 and 411 of the front plate side mounting member 41 into the screw holes 31 of the front plate 3. After aligning with 31, the screws S1 and S1 are inserted into the vertical adjustment screw holes 413 and 413 and tightened to screw the front plate side mounting member 41 to the front plate 3.

Regarding the storage unit side mounting member 42, as shown in FIG. 3, the operator attaches the storage unit side mounting member main body 43 of the storage unit side mounting member 42 to the pair of horizontal wire portions 25a and 25b for mounting of the storage unit 2. .. Specifically, the operator hooks the hook-shaped holding portion 433 of the housing portion side mounting member main body 43 on the upper side mounting portion 25b of the pair of mounting horizontal wire portions 25a and 25b. As a result, as shown in FIGS. 2, 3 and 7, the sandwiching portion 433 accommodates the horizontal wire portion 25b for attachment inside, and the front plate 3 is formed by the first sandwiching portion 433a and the second sandwiching portion 433b. It is sandwiched from both the side and the front plate 3 and the opposite side.

After that, the operator fixes the mounting plate 44 to the mounting plate receiving plate portion 431 with screws S2 and S2, and sandwiches the horizontal wire portion 25a for mounting between the mounting plate receiving plate portion 431 and the mounting plate 44. As a result, the horizontal wire portion 25b for mounting is accommodated between the horizontal wire portion accommodating groove 434 of the mounting plate receiving plate portion 431 and the horizontal wire portion accommodating groove 441 of the mounting plate 44. As a result, the storage unit side mounting member 42 is attached to the storage unit 2.

Next, the operator fits the rotation direction adjusting portion 412 of the front plate side mounting member 41 attached to the front plate 3 into the vertical direction regulating portion 437 of the storage portion side mounting member 42. Specifically, the operator inserts the rotation direction adjusting portion 412 of the front plate side mounting member 41 between the upper surface of the step portion 437a of the storage portion side mounting member 42 and the lower surface of the protruding plate portion 437b. As a result, the rotation direction adjusting portion 412 of the front plate side mounting member 41 is sandwiched from the vertical direction by the step portion 437a and the protruding plate portion 437b. The convex arc surface 414 of the rotation direction adjusting portion 412 comes into close contact with the concave arc surface 438 of the rotation direction adjusting portion receiving portion 432.

After that, the operator inserts the screw S3 into the screw hole 415 of the front plate side mounting member 41 from the rotation direction adjusting screw hole 439 provided in the rotation direction adjusting portion receiving portion 432 of the storage portion side mounting member 42. By tightening, the front plate side mounting member 41 and the storage portion side mounting member 42 are integrally fixed. As a result, the front plate 3 is attached to the storage portion 2.

The three types of screws S1, S2, and S3 provided on the mounting member 4 correspond to screws for adjusting the positions of the front plate 3 in the vertical, horizontal, and rotational directions, respectively. Therefore, the positions of the front plate 3 in the vertical direction, the horizontal direction, and the rotational direction can be adjusted independently by loosening the corresponding screws S1, S1, screws S2, S2, and screws S3, respectively. Hereinafter, a specific adjustment method will be described.

FIG. 8 shows a method of adjusting the front plate 3 in the vertical direction. The vertical adjustment of the front plate 3 is performed by loosening the screws S1 and S1 that attach the mounting bases 411 and 411 of the front plate side mounting member 41 to the front plate 3. Specifically, when the screws S1 and S1 are loosened, the fixed state of the front plate 3 and the front plate side mounting member 41 is loosened. At this time, since the front plate side mounting member 41 is maintained in a fixed state with respect to the storage portion side mounting member 42 by the screws S3, the front plate 3 moves only in the vertical direction even if the screws S1 and S1 are loosened. .. Therefore, after loosening the screws S1 and S1, the operator moves the front plate 3 up and down with respect to the front plate side mounting member 41 within the vertical length range of the vertical adjustment screw holes 413 and 413. By moving in the direction, only the vertical position adjustment of the front plate 3 can be performed. After the front plate 3 is positioned in the vertical direction, the screws S1 and S1 are tightened again by the operator to fix the front plate 3.

FIG. 9 shows a method of adjusting the front plate 3 in the left-right direction. The adjustment of the front plate 3 in the left-right direction is performed by loosening the screws S2 and S2 of the housing portion side mounting member 42. Specifically, when the screws S2 and S2 are loosened, the fixed state of the storage portion side mounting member 42 with respect to the horizontal wire portion 25a for mounting is loosened. At this time, since the front plate side mounting member 41 is maintained in a fixed state with respect to the storage portion side mounting member 42 by the screw S3, the front plate 3 and the mounting member 4 are integrated into a pair of horizontal wires for mounting. It can move in the left-right direction along the portions 25a and 25b. However, even if the screws S2 and S2 are loosened, the front plate 3 moves only in the left-right direction. Therefore, the operator adjusts the position of the front plate 3 in the left-right direction by loosening the screws S2 and S2 and then moving the front plate 3 in the left-right direction along the pair of horizontal line portions 25a and 25b for attachment. Can only do. The front plate 3 is fixed by being positioned in the left-right direction and then re-tightening the screws S2 and S2 by an operator.

FIG. 10 shows a method of adjusting the front plate 3 in the rotation direction. The adjustment of the rotation direction of the front plate 3 is performed by loosening the screw S3 of the housing portion side mounting member 42. Specifically, when the screw S3 is loosened, the fixed state of the front plate side mounting member 41 and the storage portion side mounting member 42 is loosened. At this time, the front plate side mounting member 41 is maintained in a fixed state with respect to the front plate 3 by the screws S1 and S1, and the storage portion side mounting member 42 is attached to the horizontal wire portions 25a and 25b for mounting by the screws S2 and S2. Since the fixed state is maintained, the front plate 3 does not move in the vertical direction and the horizontal direction even if the screw S3 is loosened. Therefore, after loosening the screw S3, the operator left and right the front plate 3 along the convex arc surface 414 of the rotation direction adjusting portion 412 within the range of the length of the rotation direction adjusting screw hole 439 in the left and right direction. It can be moved only in the direction. As a result, the front plate 3 rotates around the axis along the vertical direction of the front plate 3 along the convex arc surface 414 of the rotation direction adjusting portion 412, and the arc direction of the rotation direction adjusting portion 412 with respect to the storage portion 2. The position in the relative direction of rotation along is adjusted. After being positioned in the rotational direction, the front plate 3 is fixed by tightening the screw S3 again by an operator.

The rotation direction adjusting portion 412 of the front plate side mounting member 41 is restricted from moving in the vertical direction by the vertical direction regulating portion 437 of the storage portion side mounting member 42. Therefore, even if the screw S3 is loosened, the front plate 3 moves only in the arc direction of the convex arc surface 414 of the rotation direction adjusting portion 412, and does not move in the vertical direction. The vertical direction regulating unit 437 can guide the movement of the rotation direction adjusting unit 412 along the arc direction. Therefore, the front plate 3 can smoothly move along the arc direction of the rotation direction adjusting unit 412.

As described above, the storage body 1 according to the present embodiment has the following effects. That is, the storage body 1 includes a storage unit 2 capable of storing articles, a front plate 3 attached so as to cover the front side of the storage unit 2, and an attachment member 4 for attaching the front plate 3 to the storage unit 2. The mounting member 4 includes a front plate side mounting member 41 that is attached to the back surface 3a of the front plate 3 and a storage portion side mounting member 42 that is attached to the storage portion 2 and screwed to the front plate side mounting member 41. Has. One of the front plate side mounting member 41 and the storage portion side mounting member 42 has a rotation direction adjusting portion 412 having a convex arc surface 414 whose left-right direction is an arc direction, and the front plate side mounting member 41 and the storage portion One or the other of the side mounting members 42 moves relative to each other in the vertical direction with the rotation direction adjusting portion receiving portion 432 that abuts against the rotation direction adjusting portion 412, and the front plate side mounting member 41 and the storage portion side mounting member 42. It has a vertical direction regulating unit 437 that regulates the above. The front plate side mounting member 41 and the storage portion side mounting member 42 are in a state where the relative movement in the vertical direction is restricted by the vertical direction regulating portion 437, and the rotation direction adjusting portion 412 and the rotating direction adjusting portion receiving portion 432 Are in contact with each other and are screwed so that the relative positions in the rotation direction along the arc direction of the rotation direction adjusting portion can be adjusted. Therefore, according to the storage body 1, when adjusting the position of the front plate 3 in the rotation direction along the arc direction of the rotation direction adjustment portion, the front plate side mounting member 41 and the storage portion side mounting member 42 are relative to each other. Vertical movement is regulated by the vertical regulation unit 437. Therefore, when adjusting the position of the front plate 3 in the rotation direction of the storage body 1, the position of the front plate 3 in the vertical direction does not shift.

In the storage body 1 according to the present embodiment, the storage portion side mounting member 42 has a rotation direction adjusting screw hole 439 formed of elongated holes long in the left-right direction for screwing to the front plate side mounting member 41. Therefore, according to the storage body 1, only the position of the front plate 3 in the rotation direction can be easily adjusted independently by simply loosening the screw S3 of the screw hole 439 for adjusting the rotation direction.

In the storage body 1 according to the present embodiment, the vertical direction regulating unit 437 is configured to sandwich the rotational direction adjusting unit 412 vertically. Therefore, according to the storage body 1, the vertical direction restricting unit 437 can easily regulate the vertical movement of the front plate 3, and the vertical direction restricting unit 437 allows the movement of the front plate 3 in the rotational direction. It is possible to guide smoothly along the line.

In the storage body 1 according to the present embodiment, the front plate side mounting member 41 has vertical adjustment screw holes 413 and 413 formed of elongated holes long in the vertical direction for screwing to the back surface 3a of the front plate 3. Have. Therefore, according to the storage body 1, only the vertical position adjustment of the front plate 3 can be easily performed independently by loosening the screws S1 and S1.

In the storage body 1 according to the present embodiment, the rotation direction adjusting portion receiving portion 432 has a concave arc surface 438 having a curvature corresponding to the curvature of the rotation direction adjusting portion 412. Therefore, according to the storage body 1, the arc surfaces of the convex arc surface 414 of the rotation direction adjusting portion 412 and the concave arc surface 438 of the rotation direction adjusting portion receiving portion 432 come into contact with each other, so that the rotation direction of the front plate 3 The position of the front plate 3 can be smoothly adjusted, and the contact state between the front plate side mounting member 41 and the storage portion side mounting member 42 is stabilized, so that the mounting state of the front plate 3 with respect to the storage portion 2 is also stable.

In the storage body 1 according to the present embodiment, the storage portion 2 has horizontal wire portions 25a and 26a for mounting, which are first mounting portions extending along the left-right direction of the front plate 3, and is a mounting member on the storage portion side. The 42 is attached to the storage portion 2 by sandwiching the horizontal wire portions 25a and 26a for attachment so that the positions in the left-right direction relative to the storage portion 2 can be adjusted. Therefore, according to the storage body 1, only the position adjustment in the left-right direction of the front plate 3 can be easily performed independently by loosening the holding state with respect to the horizontal wire portions 25a and 26a for attachment.

In the storage body 1 according to the present embodiment, the storage portion 2 is a second mounting portion to be mounted, which is arranged in parallel with the horizontal wire portions 25a and 26a for mounting with the front plate side mounting member 41 interposed therebetween. The storage portion side mounting member 42 has the horizontal wire portions 25b and 26b for being mounted, and has a sandwiching portion 433 for sandwiching the horizontal wire portions 25b and 26b to be mounted from both the front plate 3 side and the side opposite to the front plate 3. Therefore, according to the storage body 1, the mounting member 4 is stably mounted on the storage portion 2 by a pair of horizontal wire portions 25a, 25b, 26a, 26b for mounting without rotating. Since the sandwiching portion 433 supports the horizontal wire portion 25b for attachment from the front plate 3 side and the side opposite to the front plate 3, the storage portion side mounting member 42 exerts a pressing force and a front plate 3 acting from the front plate 3 side. It can sufficiently withstand the impact caused by the pulling force acting from the opposite side.

In the storage body 1 according to the present embodiment, the sandwiching portion 433 has a hook shape to be sandwiched by being hooked on the horizontal wire portions 25b and 26b for attachment. Therefore, according to the storage body 1, the storage portion side mounting member 42 can be easily mounted by simply hooking it on the horizontal wire portions 25b and 26b for mounting.

The present disclosure is not limited to the above embodiment, and modifications, improvements, etc. are included in the present disclosure. For example, the rotation direction adjusting portion having the convex arc surface may be provided on the storage portion side mounting member 42. In this case, the rotation direction adjusting portion receiving portion and the vertical direction regulating portion are provided on the front plate side mounting member 41.

The holding portion 433 having the first holding portion 433a and the second holding portion 433b is not limited to a hook shape having the tip bent downward. The sandwiching portion 433 may be formed so as to open the space between the first sandwiching portion 433a and the second sandwiching portion 433b upward by bending the tip end downward and then bending it upward again. .. The sandwiching portion 433 is not limited to the one arranged at the upper end portion of the storage portion side mounting member main body 43, and may be arranged at the lower end portion of the mounting plate receiving plate portion 431.

The mounting member 4 for attaching the front plate 3 to the storage portion 2 is not limited to the two shown in the drawing. The number of mounting members 4 is appropriately increased or decreased according to the sizes of the storage portion 2 and the front plate 3.

1 Storage body 2 Storage parts 25a, 26a Horizontal line part for mounting (first mounting part)
25b, 26b Horizontal line part for attachment (second attachment part)
3 Front plate 3a Back 4 Mounting member 41 Front plate side mounting member 413 Vertical direction adjustment screw hole 412 Rotation direction adjustment part 42 Storage part side mounting member 433 Holding part 437 Vertical direction regulation part 432 Rotation direction adjustment part Receiving part 439 Rotation direction Adjustment screw hole

Claims (8)

A storage unit that can store goods and
A front plate attached so as to cover the front side of the storage portion,
A mounting member for attaching the front plate to the storage portion is provided.
The mounting member includes a front plate side mounting member that is mounted on the back surface of the front plate, and a storage portion side mounting member that is mounted on the storage portion and screwed to the front plate side mounting member. ,
One of the front plate side mounting member and the storage portion side mounting member has a rotation direction adjusting portion having a convex arcuate surface whose left and right directions are arc directions.
Either or the other of the front plate side mounting member and the storage portion side mounting member is a rotation direction adjusting portion receiving portion that abuts on the rotation direction adjusting portion, and the front plate side mounting member and the storage portion side mounting member. Has a vertical regulation unit that regulates the relative movement of the vertical direction,
The front plate side mounting member and the storage portion side mounting member are in a state where the relative movement in the vertical direction is restricted by the vertical direction regulating portion, and the rotation direction adjusting portion and the rotating direction adjusting portion receiving portion are A housing body that is screwed so that the position in the relative rotation direction along the arc direction of the rotation direction adjusting portion can be adjusted by abutting the two. The storage body according to claim 1, wherein the storage portion side mounting member has a rotation direction adjusting screw hole formed of a long hole long in the left-right direction for screwing to the front plate side mounting member. The storage body according to claim 1 or 2, wherein the vertical direction regulating unit is configured to sandwich the rotation direction adjusting unit vertically. The one according to any one of claims 1 to 3, wherein the front plate side mounting member has a screw hole for vertical adjustment including a long hole long in the vertical direction for screwing to the back surface of the front plate. Storage body. The storage body according to any one of claims 1 to 4, wherein the rotation direction adjusting portion receiving portion has a concave arc surface having a curvature corresponding to the curvature of the rotation direction adjusting portion. The storage portion has a first mounting portion extending along the left-right direction of the front plate.
Claims 1 to 5 that the storage portion side mounting member is mounted on the storage portion by sandwiching the first mounting portion so that the position in the left-right direction relative to the storage portion can be adjusted. The storage body according to any one of the items. The storage portion has a second mounting portion that is arranged in parallel with the first mounting portion with the front plate side mounting member interposed therebetween.
The one according to any one of claims 1 to 6, wherein the storage portion side mounting member has a holding portion that sandwiches the second mounted portion from both the front plate side and the side opposite to the front plate. Storage body. The accommodating body according to claim 7, wherein the sandwiching portion has a hook shape that is sandwiched by hooking the second attachment portion.

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