JP2021062062A - Cabinet with drawer and partition member - Google Patents

Abstract

To provide a cabinet with a drawer and a partition member that are easy to use and facilitate a layout change.SOLUTION: A cabinet with a drawer comprises the drawer 4, and a drawer housing part supporting the drawer 4 slidably in a depth direction, and in which the drawer 4 is housed. An internal space 4a of the drawer 4 is provided with a knife housing space 481, a cutting board housing space 482, and a food wrap housing space 483 (a plurality of housing spaces) each capable of integrally housing housed objects in an entire vertical direction. The knife housing space 481, the cutting board housing space 482, and the food wrap housing space 483 are arranged in the depth direction.SELECTED DRAWING: Figure 3

Description

The present disclosure relates to cabinets with drawers and dividers.

Cabinets with drawers that are installed in kitchens and have a small width are known. In such a cabinet with a drawer, the entire storage space inside the drawer is divided into upper and lower parts (see, for example, Patent Document 1).

Japanese Unexamined Patent Publication No. 2005-224511

If the entire storage space inside the drawer is partitioned up and down, the height of the stored items is limited. For this reason, for example, it is difficult to store a long article such as a cutting board or a food wrap in a drawer in a vertically elongated state. A kitchen knife case in which a kitchen knife is inserted from above and stored is also required to be high, so if the entire storage space is divided into upper and lower parts, it may not be possible to install it in a drawer. As described above, if the entire storage space is divided into upper and lower parts, the items to be stored in the drawer are limited, which makes the drawer not easy to use and makes it difficult to change the layout inside the drawer.

Therefore, it is an object of the present disclosure to provide a cabinet with drawers and a partition member which are easy to use and whose layout can be easily changed.

In order to achieve the above object, the cabinet with drawers according to the present invention has a drawer and a drawer accommodating portion that slidably supports the drawer in the depth direction and accommodates the drawer, and has an internal space of the drawer. A plurality of storage spaces capable of integrally storing stored items are arranged in the depth direction.

In order to achieve the above object, the partition member according to the present invention includes a mounting portion that can be attached to and detached from the outer peripheral portion of the drawer, and a partition portion that protrudes from the mounting portion toward the inside of the drawer and partitions the inside of the drawer. The mounting portion has a hooking portion provided at an upper portion and hooked on an outer peripheral portion of the drawer, and a fixing portion provided at a lower portion and fixed to the outer peripheral portion of the drawer. , It is joined to the upper side of the mounting portion.

FIG. 5 is a perspective view of a kitchen provided with a cabinet with drawers and a partition member according to an embodiment. It is a perspective view which looked at the cabinet with a drawer by embodiment from the other side in the front and side direction. It is a perspective view which looked at the cabinet with a drawer by embodiment from one side in the rear and lateral direction. It is an exploded perspective view of the bottom. It is the figure which omitted the kitchen knife case of the 1st partition member, the 2nd partition member and the kitchen knife storage part from FIG. It is a perspective view of the 1st partition member. It is a figure which looked at the 1st partition member from the front-rear direction. It is a perspective view which attached the 1st partition member and the 2nd partition member to other positions. It is a perspective view of the 2nd partition member. It is the figure which looked at the 2nd partition member from the front-rear direction. It is a perspective view of a kitchen knife case.

As shown in FIG. 1, the cabinet 1 with drawers according to the present embodiment is provided in the kitchen 11 in which a sink and a stove are integrally provided. The kitchen 11 has a sink cabinet 12 provided with a sink, and a cabinet 1 with a drawer is continuously provided next to the sink cabinet 12. A top plate 13 is continuously provided on the sink cabinet 12 and the cabinet 1 with drawers. The first partition member 2 (partition member) and the second partition member 3 (partition member) according to the present embodiment are attached to the cabinet 1 with drawers.

In the following description, the horizontal direction in which the user who uses the kitchen 11 and the kitchen 11 face each other is referred to as the front-back direction (the direction indicated by the arrow Y in the drawing), and the side where the user is with respect to the kitchen 11 is the front side. The side where the kitchen 11 is located with respect to the user is referred to as the rear side. The horizontal direction orthogonal to the front-back direction is referred to as the horizontal direction (the direction indicated by the arrow X in the drawing). In the kitchen 11, the sink cabinet 12 is arranged on one side in the horizontal direction, and the cabinet 1 with drawers is arranged on the other side in the horizontal direction. The front-rear direction corresponds to the depth direction of the present invention, and the lateral direction corresponds to the width direction of the present invention.

The sink cabinet 12 is provided with a sink 121 at the top. On the lower side of the sink, a piping space 122 for providing piping or the like is provided on the rear side, and an opening space 123 for opening forward is provided on the front side. A curtain plate 124 is provided on the front side of the piping space 122. A trash can or the like can be installed in the opening space 123.

The cabinet 1 with drawers is a cabinet having a narrow width dimension (horizontal dimension) of, for example, about 150 mm, and the shape seen from above is long in the front-rear direction and the shape seen from the front is long in the vertical direction. .. In the present embodiment, since there is no partitioned storage under the sink, it is assumed that the cabinet 1 with drawers stores cutting boards, kitchen knives, food wraps, and the like.

The cabinet 1 with drawers has a drawer 4 and a drawer accommodating portion 14. The drawer accommodating portion 14 is formed in a box shape that opens forward, and supports the drawer 4 so as to be slidable in the front-rear direction. The drawer accommodating portion 14 is provided with a guide rail (not shown) that supports the drawer 4 so as to be movable in the front-rear direction. When each of the drawers 4 is pulled out forward and is located in front of the drawer accommodating portion 14, an article can be taken in and out inside, and when pushed backward, the drawer 4 is accommodated inside the drawer accommodating portion 14. The drawer 4 is open on one side in the upward and lateral directions, and the drawer 4 is intended to be used from one side in the upward and lateral directions in a state of being pulled forward.

As shown in FIGS. 2 and 3, the drawer 4 includes a bottom portion 41, a frame portion 42, a front plate portion 43, a first partition member 2, a second partition member 3, and a kitchen knife storage portion 44. Have. The bottom 41 is provided at the bottom of the drawer 4. The frame portion 42 is a frame body in which wires are assembled and is arranged on the outer peripheral portion of the drawer 4. The frame portion 42 is provided on the bottom portion 41. The front plate portion 43 is provided on the front side of the bottom portion 41 and the frame portion 42. The first partition member 2 is provided in the internal space 4a of the drawer 4 in order to support a plate-shaped member such as a cutting board in an upright state. The second partition member 3 is provided to partition the internal space 4a of the drawer 4 in the front-rear direction. The kitchen knife storage unit 44 is provided in the internal space 4a of the drawer 4 in order to store the kitchen knife in a state of being inserted from above. The internal space 4a of the drawer 4 is a space inside the frame portion 42.

As shown in FIGS. 3 and 4, the bottom portion 41 has a bottom member 45 and a bottom cover plate 46. The bottom cover plate 46 is provided on the bottom member 45. In this embodiment, the bottom member 45 is made of a steel plate such as stainless steel. The bottom cover plate 46 is made of a plate material such as resin.

The bottom member 45 has a bottom plate portion 451, a first side plate portion 452, and a second side plate portion 453. The bottom plate portion 451 is formed to be long and is arranged in a direction extending in the front-rear direction. The bottom plate portion 451 has a hat-shaped cross-sectional shape formed by a vertical plane orthogonal to the front-rear direction. The bottom plate portion 451 includes a first lower plate portion 454, a first vertical plate portion 455, an upper plate portion 456, a second vertical plate portion 457, and a second lower plate portion 458. The first lower plate portion 454 is located on one side in the lateral direction in a direction in which the plate surface is a horizontal plane. The first vertical plate portion 455 extends upward from the other side edge portion in the direction of the first lower plate portion 454. The upper plate portion 456 extends from the upper edge portion of the first vertical plate portion 455 to the other side in the lateral direction. The second vertical plate portion 457 extends downward from the other side edge portion in the lateral direction of the upper plate portion 456. The second lower plate portion 458 extends from the lower edge portion of the second vertical plate portion 457 to the other side in the lateral direction.

The first lower plate portion 454 and the second lower plate portion 458 are formed to have substantially the same width dimension. The upper plate portion 456 is formed to have a larger width than the first lower plate portion 454 and the second lower plate portion 458. The first side plate portion 452 is formed in a flat plate shape, and is arranged so that the plate surface faces the vertical direction in the lateral direction. The lower edge portion of the first side plate portion 452 is connected to the one side edge portion in the lateral direction of the first lower plate portion 454. The second side plate portion 453 is formed in a flat plate shape, and is arranged so that the plate surface faces the vertical direction in the lateral direction. The lower edge portion of the second side plate portion 453 is connected to the other edge portion in the lateral direction of the second lower plate portion 458. The first side plate portion 452 is formed to have a smaller height dimension than the second side plate portion 453. The upper end portion of the first side plate portion 452 is arranged at a position lower than the upper end portion of the second side plate portion 453. The bottom member 45 is formed with a first groove portion 45a surrounded by a first side plate portion 452, a first lower plate portion 454, and a first vertical plate portion 455. The first groove portion 45a opens upward and extends in the front-rear direction. The bottom member 45 is formed with a second groove portion 45b surrounded by a second side plate portion 453, a second lower plate portion 458, and a second vertical plate portion 457. The second groove portion 45b opens upward and extends in the front-rear direction.

The bottom cover plate 46 is formed in a flat plate shape and is arranged on the bottom plate portion 451 so that the plate surface is a horizontal plane. The bottom cover plate 46 is formed to have substantially the same dimensions as the bottom plate portion 451 in the lateral direction and the front-rear direction. The lateral intermediate portion of the bottom cover plate 46 is in contact with the upper surface of the upper plate portion 456 of the bottom plate portion 451. One lateral portion of the bottom cover plate 46 is arranged above the first groove 45a. The lateral edge of the bottom cover plate 46 is arranged in contact with the first side plate portion 452 or with a gap near the first side plate portion 452. The other side portion of the bottom cover plate 46 in the lateral direction is arranged on the second groove portion 45b. The lateral edge of the bottom cover plate 46 is arranged in contact with the second side plate portion 453 or with a gap near the second side plate portion 453. The bottom cover plate 46 is formed with a notch portion 461 so as not to interfere with the wire of the frame portion 42.

As shown in FIG. 4, the frame portion 42 is formed of a steel wire such as stainless steel except for the first reinforcing plate 833 and the second reinforcing plate 834 of the upper reinforcing member 83, which will be described later. The first reinforcing plate 833 and the second reinforcing plate 834 of the upper reinforcing member 83 are made of a steel plate such as stainless steel. The frame portion 42 has a front frame portion 5, a rear frame portion 6, a first side frame portion 7, a second side frame portion 8, and an intermediate frame portion 9. The front frame portion 5 is provided at the front end portion of the frame portion 42. The rear frame portion 6 is provided at the rear end portion of the frame portion 42. The first side frame portion 7 is provided at one end of the frame portion 42 in the lateral direction. The first side frame portion 7 connects one end of the front frame portion 5 in the lateral direction and one end of the rear frame portion 6 in the lateral direction. The second side frame portion 8 is provided at the other end of the frame portion 42 in the lateral direction. The second side frame portion 8 connects the end portion on the other side in the lateral direction of the front frame portion 5 and the end portion on the other side in the lateral direction of the rear frame portion 6. The intermediate frame portion 9 is provided between the front frame portion 5 and the rear frame portion 6.

The front frame portion 5 has a front U-shaped wire 51 and first to fourth front lateral wires 52 to 55. The front U-shaped wire 51 is a wire bent into a U shape. The front U-shaped wire 51 is arranged so that the U-shaped opening portion opens downward. The front U-shaped wire 51 has a first front vertical wire 511, a second front vertical wire 512, and a front upper wire 513. The first front vertical wire 511, the second front vertical wire 512, and the front upper wire 513 are one continuous wire in the order of the first front vertical wire 511, the front upper wire 513, and the second front vertical wire 512. The first front vertical wire 511 and the second front vertical wire 512 are each formed in a straight line with the same length, and are arranged in a direction extending in the vertical direction. The first front vertical wire 511 is provided on one side of the front U-shaped wire 51 in the horizontal direction. The second front vertical wire 512 is provided on the other side of the front U-shaped wire 51 in the horizontal direction. The front upper wire 513 is formed in a straight line and is arranged in a direction extending in the lateral direction. The front side upper wire 513 is provided at the upper edge portion of the front side U-shaped wire 51. The front side upper wire 513 connects the upper end portion of the first front side vertical wire 511 and the upper end portion of the second front side vertical wire 512.

The first to fourth front lateral wires 52 to 55 are formed in a straight line with the same length. The first to fourth front lateral wires 52 to 55 are arranged so as to extend in the lateral direction. The first to fourth front lateral wires 52 to 55 are arranged in this order with an interval from the lower side to the upper side. One end of each of the first to fourth front horizontal wires 52-55 in the horizontal direction is joined to the first front vertical wire 511, and the other end in the horizontal direction is joined to the second front vertical wire 512. ing. The first front lateral wire 52 and the second front lateral wire 53 are joined to the intermediate portion of the front U-shaped wire 51 in the vertical direction at intervals in the vertical direction. The third front lateral wire 54 and the fourth front lateral wire 55 are joined to the upper side of the front U-shaped wire 51 at intervals in the vertical direction. The fourth front lateral wire 55 is arranged below the front upper wire 513. The vertical distance between the first front horizontal wire 52 and the second front horizontal wire 53 and the vertical distance between the third front horizontal wire 54 and the fourth front horizontal wire 55 are set to substantially the same dimensions.

The rear frame portion 6 has a rear U-shaped wire 61, first to third rear horizontal wires 62 to 64, and third and fourth rear vertical wires 65 and 66. The rear U-shaped wire 61 is formed in the same shape as the front U-shaped wire 51. The rear U-shaped wire 61 is arranged behind the front U-shaped wire 51 in the same direction as the front U-shaped wire 51. The rear U-shaped wire 61 is a first rear vertical wire 611 and a second rear vertical wire 612 corresponding to the first front vertical wire 511, the second front vertical wire 512, and the front upper wire 513 of the front U-shaped wire 51. And has a rear upper wire 613. Also in the rear U-shaped wire 61, the first rear vertical wire 611, the second rear vertical wire 612, and the rear upper wire 613 are the first rear vertical wire 611, the rear upper wire 613, and the second rear side. It is one continuous wire in the order of the vertical wire 612.

The first to third rear lateral wires 62 to 64 are formed in a straight line having the same length as the first to fourth front lateral wires 52 to 55, respectively. The first to third rear lateral wires 62-64 are arranged in a direction extending in the lateral direction. The first to third rear lateral wires 62 to 64 are arranged in this order from the lower side to the upper side at intervals. In each of the first to third rear horizontal wires 62-64, one end in the horizontal direction is joined to the first rear vertical wire 611, and the other end in the horizontal direction is the second rear vertical wire 612. It is joined to. The first rear lateral wire 62 is joined to an intermediate portion in the vertical direction of the rear U-shaped wire 61. The second rear lateral wire 63 and the third rear lateral wire 64 are joined to the upper side of the rear U-shaped wire 61 at intervals in the vertical direction. The third rear lateral wire 64 is arranged below the rear upper wire 613. The second rear lateral wire 63 is arranged at the same height as the third front lateral wire 54. The third rear lateral wire 64 is arranged at the same height as the fourth front lateral wire 55. The front frame portion 5 and the rear frame portion 6 are formed at the same height and the same width, and are arranged at positions where they overlap each other in the front-rear direction.

The third and fourth rear vertical wires 65 and 66 are formed linearly with the same length, respectively. The third and fourth rear vertical wires 65 and 66 are arranged in a direction extending in the vertical direction. The third rear vertical wire 65 and the fourth rear vertical wire 66 are arranged at intervals in the horizontal direction. The third rear vertical wire 65 is arranged on one side in the horizontal direction of the fourth rear vertical wire 66. The lower end of the third rear vertical wire 65 and the fourth rear vertical wire 66 is joined to the first rear horizontal wire 62, and the upper end thereof is joined to the second rear horizontal wire 63. The third rear vertical wire 65 is arranged at intervals on the other side of the first rear vertical wire 611 in the horizontal direction. The fourth rear vertical wire 66 is arranged on one side of the second rear vertical wire 612 in the horizontal direction at intervals.

The first side frame portion 7 has a first side frame horizontal wire 71. The first side frame horizontal wire 71 is formed in a straight line. The first side frame horizontal wire 71 is arranged in a direction extending in the front-rear direction. The front end of the first side frame horizontal wire 71 is joined to the lower side of the first front vertical wire 511 of the front frame portion 5, and the rear end is joined to the lower side of the first rear vertical wire 611 of the rear frame portion 6. It is joined.

As shown in FIG. 5, the second side frame portion 8 includes the vertical wire 82, the 1st to 11th horizontal wires 801-811, the upper reinforcing member 83, and the 1st to 3rd regulation wires 84-86. have. The vertical wire 82 is formed in a straight line. The vertical wire 82 is arranged in a direction extending in the vertical direction. The vertical wire 82 is arranged between the second front vertical wire 512 and the second rear vertical wire 612 at a position where the vertical wire 82 overlaps the second front vertical wire 512 and the second rear vertical wire 612 in the front-rear direction. The vertical wire 82 is provided at an intermediate portion in the front-rear direction of the frame portion 42. The vertical wire 82 is formed shorter than the second front vertical wire 512 and the second rear vertical wire 612. The lower end of the vertical wire 82 is located at the same height as the lower end of the second front vertical wire 512 and the second rear vertical wire 612, and the upper end is the second front vertical wire 512 and the second rear vertical wire 612. It is located below the top of the wire.

The 1st to 9th horizontal wires 801-809 are each formed in a straight line. The 1st to 9th horizontal wires 801-809 are installed so as to extend in the front-rear direction. The front end of the first horizontal wire 801 is joined in the vicinity of the lower end of the vertical wire 82, and the rear end is joined in the vicinity of the lower end of the second rear vertical wire 612. The first horizontal wire 801 is arranged at a position where it overlaps the vertical wire 82 and the second rear vertical wire 612 in the front-rear direction.

The second horizontal wire 802 is arranged above the first horizontal wire 801. The second horizontal wire 802 is arranged on the other side in the horizontal direction of the second front vertical wire 512, the second rear vertical wire 612, and the vertical wire 82. The front end of the second horizontal wire 802 is joined to the second front vertical wire 512, the rear end is joined to the second rear vertical wire 612, and the intermediate portion in the front-rear direction is joined to the vertical wire 82. The third transverse wire 803 is arranged immediately above the second transverse wire 802. The third horizontal wire 803 is in contact with the second horizontal wire 802. The front end of the third horizontal wire 803 is joined to the second front vertical wire 512, and the rear end is joined to the vertical wire 82.

The 4th to 8th horizontal wires 804-808 are arranged above the 2nd horizontal wire 802 with the same length. The 4th to 8th horizontal wires 804-808 are arranged at intervals from the lower side to the upper side in this order. The fourth horizontal wire is arranged on the upper side of the second horizontal wire 802 at intervals. The front end of each of the 4th to 8th horizontal wires 804-808 is joined to the vertical wire 82, and the rear end is joined to the second rear vertical wire 612. The fourth to eighth horizontal wires 804-808 are arranged on the other side in the horizontal direction of the vertical wire 82 and the second rear vertical wire 612, respectively. The eighth horizontal wire 808 is arranged below the upper ends of the vertical wire 82 and the second rear vertical wire 612. The ninth horizontal wire 809 is arranged above the third horizontal wire 803. The front end of the ninth horizontal wire 809 is joined to the upper end of the second front vertical wire 512 slightly below the third front horizontal wire 54, and the rear end is joined to the upper end of the second rear vertical wire 612. Has been done.

The tenth lateral wire 810 extends in the front-rear direction. The tenth horizontal wire 810 is arranged at the same height as the second horizontal wire 802. The tenth horizontal wire 810 is arranged on one side in the horizontal direction of the second horizontal wire 802 via the second front vertical wire 512, the second rear vertical wire 612, and the vertical wire 82. The front end of the tenth horizontal wire 810 is joined to the second front vertical wire 512, the rear end is joined to the second rear vertical wire 612, and the intermediate portion in the front-rear direction is joined to the vertical wire 82. The tenth horizontal wire 810 has a portion to be joined to the second front vertical wire 512, a portion to be joined to the second rear vertical wire 612, and a portion to be joined to the vertical wire 82 in one of the horizontal directions as compared with the other parts. It is bent so that it is located on the side. The tenth horizontal wire 810 has a portion to be joined to the second front vertical wire 512, a portion to be joined to the second rear vertical wire 612, and a portion to be joined to the vertical wire 82 to be the second front vertical wire 512 and the second. It is arranged on one side in the horizontal direction from the rear vertical wire 612 and the vertical wire 82, and the other portion overlaps the second front vertical wire 512, the second rear vertical wire 612, and the vertical wire 82 in the front-rear direction. It extends linearly in the direction.

The eleventh lateral wire 811 extends in the front-rear direction. The eleventh horizontal wire 811 is arranged at the same height as the ninth horizontal wire. The eleventh horizontal wire 811 is arranged on one side in the horizontal direction of the second front vertical wire 512, the second rear vertical wire 612, and the vertical wire 82. The front end of the eleventh horizontal wire 811 is joined to the slightly lower side of the third front horizontal wire 54 on the upper side of the second front vertical wire 512, and the rear end is joined to the upper side of the second rear vertical wire 612. 2 It is joined to the slightly lower side of the rear horizontal wire 63, and the middle portion in the front-rear direction is joined to the upper end portion of the vertical wire 82. The portion of the eleventh horizontal wire 811 between the second front vertical wire 512 and the vertical wire 82 is arranged on one side in the horizontal direction of the ninth horizontal wire. The eleventh horizontal wire 811 is bent so that the portion joined to the second front vertical wire 512 and the portion joined to the vertical wire 82 are located on one side in the horizontal direction with respect to the other portions. The 11th horizontal wire 811 has a portion to be joined to the second front vertical wire 512 and a portion to be joined to the vertical wire 82 in the horizontal direction with respect to the second front vertical wire 512, the second rear vertical wire 612, and the vertical wire 82. It is arranged on one side and extends linearly in the front-rear direction at a position where the other portion overlaps the second front side vertical wire 512, the second rear side vertical wire 612, and the vertical wire 82 in the front-rear direction.

The upper reinforcing member 83 includes a first reinforcing wire 831, a second reinforcing wire 832, a first reinforcing plate 833, a second reinforcing plate 834, and a third reinforcing wire 835. The first reinforcing wire 831 is formed in a straight line. The first reinforcing wire 831 is arranged in a direction extending in the vertical direction. The lower end of the first reinforcing wire 831 is joined to the front side portion of the eleventh horizontal wire 811 and the upper end portion protrudes above the eleventh horizontal wire 811. The second reinforcing wire 832 is formed in a straight line. The second reinforcing wire 832 is arranged in a direction extending in the vertical direction. The lower end of the second reinforcing wire 832 is joined to the rear portion of the eighth horizontal wire, the middle portion in the vertical direction is joined to the eleventh horizontal wire 811, and the upper end portion protrudes upward of the eleventh horizontal wire 811. There is. The upper end of the first reinforcing wire 831 and the upper end of the second reinforcing wire 832 are arranged at the same height as the front upper wire 513 and the rear upper wire 613. The distance between the first reinforcing wire 831 and the second front vertical wire 512 and the distance between the second reinforcing wire 832 and the second rear vertical wire 612 are set to the same dimensions.

The first reinforcing plate 833 and the second reinforcing plate 834 are each formed in a flat plate shape having a rectangular plate surface. The first reinforcing plate 833 and the second reinforcing plate 834 are respectively arranged so that the plate surfaces face in the lateral direction. The first reinforcing plate 833 is arranged between the first reinforcing wire 831 and the second front vertical wire 512, and is joined to the first reinforcing wire 831 and the second front vertical wire 512. The second reinforcing plate 834 is arranged between the second reinforcing wire 832 and the second rear vertical wire 612, and is joined to the second reinforcing wire 832 and the second rear vertical wire 612. The first reinforcing plate 833 and the second reinforcing plate 834 are arranged at the same height. The lower end of the first reinforcing plate 833 and the lower edge of the second reinforcing plate 834 are arranged above the eleventh lateral wire 811. The upper edge portion of the first reinforcing plate 833 and the upper edge portion of the second reinforcing plate 834 are arranged above the front frame portion 5 and the rear frame portion 6.

The third reinforcing wire 835 is formed in a straight line. The third reinforcing wire 835 is arranged so as to extend in the front-rear direction. The front end portion of the third reinforcing wire 835 is joined to the upper edge portion of the first reinforcing plate 833, and the rear end portion is joined to the upper edge portion of the second reinforcing plate 834.

The first to third regulation wires 84 to 86 are each formed in a straight line. The first to third regulation wires 84 to 86 are arranged so as to extend in the vertical direction. The lower end of the first regulation wire 84 is joined to the rear portion of the fourth horizontal wire 804, and the upper end is joined to the rear portion of the fifth horizontal wire 805. The lower end of the second regulation wire 85 is joined to the rear portion of the sixth transverse wire 806, and the upper end is joined to the rear portion of the fourth transverse wire 804. The lower end of the third regulation wire 86 is joined to the rear portion of the eighth horizontal wire 808, and the upper end is joined to the rear portion of the eleventh horizontal wire 811. The first to third regulation wires 84-86 are arranged at positions where they overlap in the vertical direction. The first to third regulation wires 84-86 are arranged slightly in front of the second reinforcing wire 832.

The intermediate frame portion 9 includes a first intermediate wire 91, a second intermediate wire 92, a third intermediate wire 93, a fourth regulation wire 94, and a fifth regulation wire 95. The first intermediate wire 91 is arranged between the front frame portion 5 and the rear frame portion 6. The second intermediate wire 92 and the third intermediate wire 93 are provided so as to surround the space between the first intermediate wire 91 and the rear frame portion 6. The intermediate frame portion 9 is formed lower than the front frame portion 5, the rear frame portion 6, and the second side frame portion 8.

The first intermediate wire 91 is bent in an L shape. The first intermediate wire 91 includes a first intermediate upper wire 911 and a first intermediate vertical wire 912. The first intermediate upper wire 911 and the first intermediate longitudinal wire 912 are one continuous wire. The first intermediate upper wire 911 is formed in a straight line. The first intermediate upper wire 911 is arranged in a direction extending in the lateral direction. The first intermediate vertical wire 912 is formed in a straight line. The first intermediate vertical wire 912 extends downward from one end in the lateral direction of the first intermediate upper wire 911.

The end of the first intermediate upper wire 911 on the other side in the lateral direction is joined to the slightly lower side of the fourth horizontal wire 804 in the vertical wire 82. The first intermediate vertical wire 912 is arranged between the first front vertical wire 511 and the first rear vertical wire 611, and the lower ends thereof are the lower ends of the first front vertical wire 511 and the first rear vertical wire 611. Placed at the same height.

The second intermediate wire 92 is bent in a C shape. The second intermediate wire 92 includes a second intermediate front wire 921, a second intermediate lateral wire 922, and a second intermediate rear wire 923. The second intermediate front wire 921, the second intermediate lateral wire 922, and the second intermediate rear wire 923 are one wire that is continuous in this order. The second intermediate front wire 921 is formed in a straight line. The second intermediate front wire 921 is arranged in a direction extending in the lateral direction. The second intermediate horizontal wire 922 is formed in a straight line. The second intermediate lateral wire 922 extends rearward from the other lateral end of the second intermediate front wire 921. The second intermediate rear wire 923 is formed in a straight line. The second intermediate rear wire 923 extends laterally from the rear end of the second intermediate lateral wire 922 to the other side. The second intermediate wire 92 is arranged below the second lateral wire 802. In the second intermediate wire 92, the other end in the lateral direction of the second intermediate front wire 921 is joined to the vertical wire 82, and the other end in the lateral direction of the second intermediate rear wire 923 is the second rear side. It is joined to the vertical wire 612. The connecting portion between the second intermediate front wire 921 of the second intermediate wire 92 and the second intermediate horizontal wire 922 is joined to the first intermediate vertical wire 912 of the first intermediate wire 91. The connecting portion between the second intermediate rear wire 923 and the second intermediate horizontal wire 922 of the second intermediate wire 92 is joined to the first rear vertical wire 611.

The third intermediate wire 93 is formed in the same shape as the second intermediate wire 92, and is arranged in the same direction as the second intermediate wire 92 on the upper side of the second intermediate wire 92 at intervals. The third intermediate wire 93 includes a third intermediate front wire 931 and a third intermediate lateral wire 932 corresponding to the second intermediate front wire 921, the second intermediate lateral wire 922, and the second intermediate rear wire 923 of the second intermediate wire 92. , And a third intermediate rear wire 933. The third intermediate wire 93 is joined to the vertical wire 82, the second rear vertical wire 612, the first intermediate vertical wire 912 of the first intermediate wire 91, and the first rear vertical wire 611, similarly to the second intermediate wire 92. Has been done. The second intermediate wire 92 is also arranged below the second lateral wire 802.

The fourth regulation wire 94 and the fifth regulation wire 95 are formed in a straight line like the first to third regulation wires 84-86, and are arranged in a direction extending in the vertical direction. The fourth regulation wire 94 and the fifth regulation wire 95 are arranged at intervals in the front-rear direction, and the fourth regulation wire 94 is arranged in front of the fifth regulation wire 95. The lower end of the fourth regulation wire 94 and the fifth regulation wire 95 is joined to the middle portion in the front-rear direction of the second intermediate horizontal wire 922, and the upper end portion is joined to the middle portion in the front-rear direction of the third intermediate horizontal wire 932. ing.

The frame portion 42 is installed on the bottom member 45 of the bottom portion 41. The lower ends of the first front vertical wire 511 of the front frame portion 5, the first intermediate vertical wire 912 of the intermediate frame portion 9, and the first front vertical wire 511 of the rear frame portion 6 are inserted into the first groove portion 45a of the bottom member 45. Has been done. The lower ends of the second front vertical wire 512 of the front frame 5, the vertical wire 82 of the second frame 8, and the second front vertical wire 512 of the rear frame 6 are inserted into the second groove 45b of the bottom member 45. ing. The first front vertical wire 511 and the second front vertical wire 512 are installed on the front end portion of the bottom member 45. The first rear side vertical wire 611 and the second rear side vertical wire 612 are installed on the rear end portion of the bottom member 45. The first intermediate vertical wire 912 and the vertical wire 82 are installed on the vertical intermediate portion of the bottom member 45.

The first front vertical wire 511, the first intermediate vertical wire 912, and the first rear vertical wire 611 are in contact with the second side plate portion 453 that forms the first groove portion 45a of the bottom plate portion 451. The first side frame horizontal wire 71 of the first side frame portion 7 joined to the first front side vertical wire 511, the first intermediate vertical wire 912, and the first rear side vertical wire 611 is the upper edge of the second side plate portion 453. It is joined to the part. The second front vertical wire 512, the vertical wire 82, and the second rear vertical wire 612 are in contact with the first side plate portion 452 forming the second groove portion 45b of the bottom plate portion 451. The second horizontal wire 802 joined to the second front vertical wire 512, the vertical wire 82, and the second rear vertical wire 612 is joined to the upper edge portion of the first side plate portion 452.

The bottom cover plate 46 of the bottom portion 41 is installed on the bottom member 45 after the frame portion 42 is installed. In the notch 461 formed in the bottom cover plate 46, the first front vertical wire 511, the first intermediate vertical wire 912, the first front vertical wire 511, the second front vertical wire 512, the vertical wire 82 and the second front vertical wire Wire 512 is arranged. The laterally opposite edge of the rear portion of the bottom cover plate 46 is located above the first lateral wire 801.

As shown in FIG. 5, the front plate portion 43 includes a front plate main body 431, a first front plate mounting portion 432, and a second front plate mounting portion 433. The front plate main body 431 is formed in a flat plate shape having a rectangular plate surface, and is arranged so that the plate surface faces the vertical direction in the front-rear direction. The first front plate mounting portion 432 and the second front plate mounting portion 433 are mounted on the rear surface of the front plate main body 431. The first front plate mounting portion 432 and the second front plate mounting portion 433 are plate-shaped or block-shaped members, and project from the rear surface of the front plate main body 431. The first front plate mounting portion 432 and the second front plate mounting portion 433 are arranged at intervals in the vertical direction, and the first front plate mounting portion 432 is arranged below the second front plate mounting portion 433. To.

The front plate main body 431 is arranged on the front side of the frame portion 42. The first front plate mounting portion 432 is inserted from the front side between the first front side horizontal wire 52 and the second front side horizontal wire 53 of the front frame portion 5. The second front plate mounting portion 433 is inserted from the front side between the third front side horizontal wire 54 and the fourth front side horizontal wire 55 of the front frame portion 5. The front plate portion 43 is fixed to the frame portion 42 in the above-mentioned state.

The frame portion 42 is the distance between the third rear side vertical wire 65 and the fourth rear side vertical wire 66 of the rear frame portion 6, and the distance between the fourth horizontal wire 804 and the fifth horizontal wire 805 of the second side frame portion 8. , The distance between the 6th horizontal wire 806 and the 7th horizontal wire 807 of the 2nd side frame portion 8, the distance between the 8th horizontal wire 808 and the 11th horizontal wire 811 of the 2nd side frame portion 8, and the intermediate frame portion 9. The distance between the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932 and the distance between the second intermediate rear wire 923 and the third intermediate rear wire 933 of the intermediate frame portion 9 are set to the same dimensions.

As shown in FIGS. 3, 6 and 7, the first partition member 2 has a first mounting portion 21 and a first partition portion 22. The first mounting portion 21 is fixed to the frame portion 42 (see FIG. 3). The first partition portion 22 is arranged inside the frame portion 42. The first partition member 2 can be fixed to the fourth horizontal wire 804 and the fifth horizontal wire 805 of the second side frame portion 8. In the description of the first partition member 2, it is assumed that the first partition member 2 is in a posture of being fixed to the fourth horizontal wire 804 and the fifth horizontal wire 805. The first partition member 2 is formed of a wire made of steel such as stainless steel.

As shown in FIGS. 6 and 7, the first mounting portion 21 is formed of the first fixing wire 23. The first fixing wire 23 includes a first front fixing wire 231, a first rear fixing wire 232, and a first intermediate fixing wire 233. The first front fixing wire 231 and the first rear fixing wire 232 and the first intermediate fixing wire 233 are continuous 1 in the order of the first front fixing wire 231, the first intermediate fixing wire 233, and the first rear fixing wire 232. It is a wire of a book.

The first front fixing wire 231 is arranged at the front end portion of the first mounting portion 21 in a direction extending in the vertical direction. The end of the first fixing wire 23 is arranged on the upper side of the first front fixing wire 231. The first front side fixing wire 231 is formed in a J shape in which the upper end portion is bent to the other side and the lower side in the lateral direction. The portion bent into a J shape at the upper end portion of the first front side fixing wire 231 is referred to as the first front side hooking portion 24. The first front side hooking portion 24 can be hooked on the fifth horizontal wire 805 from above. The lower end portion of the first front side fixing wire 231 is bent in an L shape on the other side in the lateral direction.

The first rear side fixing wire 232 is arranged at the rear end portion of the first mounting portion 21 in a direction extending in the vertical direction. The first rear fixing wire 232 is formed in the same manner as the first front fixing wire 231. The portion bent into a J shape at the upper end portion of the first rear side fixing wire 232 is referred to as the first rear side hooking portion 25. The first rear hooking portion 25 can be hooked on the fifth horizontal wire 805 from above. The first front-side fixing wire 231 and the first rear-side fixing wire 232 are arranged at intervals in the front-rear direction.

As shown in FIGS. 6 and 7, the first intermediate fixing wire 233 is arranged at the lower end portion of the first mounting portion 21 in a direction extending in the front-rear direction. The front end of the first intermediate fixing wire 233 is continuous with the lower end of the first front fixing wire 231 and the rear end is continuous with the lower end of the first rear fixing wire 232. The first intermediate fixing wire 233 has an intermediate portion in the front-rear direction protruding upward. The portion of the first intermediate fixing wire 233 that protrudes upward in the intermediate portion in the front-rear direction is referred to as a protruding portion 234.

The lower end of the first front fixing wire 231 is bent into an L shape, the lower end of the first rear fixing wire 232 is bent into an L shape, and the first intermediate fixing wire 233 is first fixed. It is referred to as a part 26. When the first front hooking portion 24 and the first front hooking portion 25 are hooked on the fifth lateral wire 805 from one side in the lateral direction, the first fixing portion 26 becomes the fourth lateral wire 804. It is placed on one side in the horizontal direction. In this state, the first fixing portion 26 is elastically deformed to move the first intermediate fixing wire 233 from the lower side of the fourth horizontal wire 804 to the other side in the lateral direction from the fourth horizontal wire 804, and the first fixing portion 26 is fitted into the fourth horizontal wire 804. When the first fixing portion 26 is fitted into the fourth horizontal wire 804, the lower end portion of the first front side fixing wire 231 and the lower end portion of the first rear side fixing wire 232 are located below the fourth horizontal wire 804, and the second 1 The protruding portion 234 of the intermediate fixing wire 233 is located on the other side of the fourth lateral wire 804 in the lateral direction.

The first partition portion 22 is formed of the first partition wire 27. The first partition wire 27 is formed in a C shape. The first partition wire 27 includes a first pre-partition wire 271, a first post-partition wire 272, and a first partition horizontal wire 273. The first pre-partition wire 271, the first post-partition wire 272, and the first partition horizontal wire 273 are one continuous wire in the order of the first pre-partition wire 271, the first partition horizontal wire 273, and the first post-partition wire 272. It is a wire.

The first pre-partition wire 271 and the first post-partition wire 272 are formed in a straight line. The first pre-partition wire 271 and the first post-partition wire 272 extend laterally. The first pre-partition wire 271 is arranged at the front end of the first partition 22, and the first post-partition wire 272 is arranged at the rear end of the first partition 22. The first partition horizontal wire 273 is formed in a straight line. The first partition horizontal wire 273 extends in the front-rear direction. The first partition horizontal wire 273 is provided between one end of the first pre-partition wire 271 in the lateral direction and one end of the first post-partition wire 272 in the lateral direction.

In the first partition portion 22, the other end of the first pre-partition wire 271 in the lateral direction is joined in the vicinity of the upper end of the first front-side fixed wire 231 and the other end of the first post-partition wire 272 in the lateral direction is joined. The end portion is joined in the vicinity of the upper end portion of the first rear side fixing wire 232. The first partition portion 22 projects from the first mounting portion 21 to one side in the lateral direction. The first partition horizontal wire 273 is arranged on one side in the lateral direction with respect to the first mounting portion 21. When the first mounting portion 21 is attached to the fourth horizontal wire 804 and the fifth horizontal wire 805, the first partition horizontal wire 273 is arranged on one side of the fifth horizontal wire 805 in the lateral direction at intervals. The wire.

A cutting board or the like is erected in the empty portion 221 surrounded by the first partition horizontal wire 273, the first pre-partition wire 271, the first post-partition wire 272, and the fifth lateral wire 805 in the first partition portion 22. It can be inserted from above. The empty portion 221 is located on the rear side and the other side in the lateral direction of the bottom portion 41 of the drawer 4 and above the second groove portion 45b. Therefore, when the cutting board is inserted into the empty portion 221 from above and the lower end portion of the cutting board hits the bottom cover plate 46, the bottom cover plate 46 is pushed into the second groove portion 45b. As shown in FIG. 4, in the present embodiment, since the rear portion of the bottom cover plate 46 on the other side edge in the lateral direction is placed on the first horizontal wire 801, the bottom cover plate 46 is the first. 2 It is prevented from entering the inside of the groove portion 45b.

The first partition member 2 is configured to be detachable from the fourth horizontal wire 804 and the fifth horizontal wire 805. As shown in FIG. 3, the first partition member 2 is attached to the fourth transverse wire 804 and the fifth transverse wire 805 on the front side of the first regulation wire 84. As a result, the movement of the first partition member 2 to the rear side of the first regulation wire 84 is restricted. When the first partition member 2 is attached to the fourth horizontal wire 804 and the fifth horizontal wire 805, one end in the horizontal direction (first partition horizontal wire 273) is lateral to the first side frame portion 7. Is placed on the other side of the.

The first partition member 2 can be attached to wires other than the fourth horizontal wire 804 and the fifth horizontal wire 805, which are spaced apart from each other in the same manner as the fourth horizontal wire 804 and the fifth horizontal wire 805. As described above, in the present embodiment, the distance between the sixth horizontal wire 806 and the seventh horizontal wire 807 and the distance between the eighth horizontal wire 808 and the eleventh horizontal wire 811 are the fourth horizontal wire 804 and the fifth. It is set to the same dimension as the distance from the horizontal wire 805. Therefore, the first partition member 2 can be attached to the sixth horizontal wire 806 and the seventh horizontal wire 807, and can be attached to the eighth horizontal wire 808 and the eleventh horizontal wire 811. A second regulation wire 85 is attached to the sixth lateral wire 806 and the seventh lateral wire 807. Therefore, the first partition member 2 attached to the sixth horizontal wire 806 and the seventh horizontal wire 807 is restricted from moving to the rear side by the second regulating wire 85. A third regulation wire 86 is attached to the eighth horizontal wire 808 and the eleventh horizontal wire 811. Therefore, the first partition member 2 attached to the eighth horizontal wire 808 and the eleventh horizontal wire 811 is restricted from moving to the rear side by the third regulating wire 86.

In the present embodiment, the distance between the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932 of the intermediate frame portion 9 is also set to the same dimension as the distance between the fourth horizontal wire 804 and the fifth horizontal wire 805. For this reason. The first partition member 2 can be attached to the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932 when the first partition member 2 is rotated by 180 ° in the horizontal plane so that one side and the other side in the lateral direction are interchanged. .. In the present embodiment, the distance between the third rear vertical wire 65 and the fourth rear vertical wire 66 of the rear frame portion 6 is also set to the same dimension as the distance between the fourth horizontal wire 804 and the fifth horizontal wire 805. There is. Therefore, as shown in FIG. 8, in the first partition member 2, the first mounting portion 21 is on the rear side of the first partition portion 22, and the first partition horizontal wire 273 of the first partition portion 22 extends in the vertical direction. When oriented, it can be attached to the third rear vertical wire 65 and the fourth rear vertical wire 66.

As shown in FIGS. 3, 9 and 10, the second partition member 3 has a second mounting portion 31 and a second partition portion 32. The second mounting portion 31 is fixed to the frame portion 42. The second partition portion 32 is arranged inside the frame portion 42. The second partition member 3 can be fixed to the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932 of the intermediate frame portion 9. The second partition member 3 is formed of a wire made of steel such as stainless steel. In the description of the second partition member 3, it is assumed that the second partition member 3 is in a posture of being fixed to the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932.

As shown in FIGS. 9 and 10, the second mounting portion 31 has a second fixing wire 33, a first connecting wire 341, and a second connecting wire 342. The second fixing wire 33 is fixed to the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932. The first connecting wire 341 and the second connecting wire 342 are joined to the second fixing wire 33 to form a second partition portion. 32 are joined. The second fixing wire 33 has a second front side fixing wire 331, a second rear side fixing wire 332, and a second intermediate fixing wire 333. The second front fixing wire 331, the second rear fixing wire 332, and the second intermediate fixing wire 333 are one continuous wire in the order of the second front fixing wire 331, the second intermediate fixing wire 333, and the second rear fixing wire 332. Wire.

The second front fixing wire 331 is arranged at the front end portion of the second mounting portion 31 and extends in the vertical direction. The end of the second fixing wire 33 is arranged on the upper side of the second front fixing wire 331. The second front side fixing wire 331 is formed in a J shape in which the upper end portion is bent to one side and the lower side in the lateral direction. The portion bent into a J shape at the upper end portion of the second front side fixing wire 331 is referred to as the second front side hooking portion 35. The second front hooking portion 35 can be hooked on the third intermediate horizontal wire 932 from above. The lower end portion of the second front side fixing wire 331 is bent in an L shape on the other side in the lateral direction.

The second rear fixing wire 332 is arranged at the rear end portion of the second mounting portion 31 and extends in the vertical direction. The second rear fixing wire 332 is formed in the same manner as the second front fixing wire 331. The portion bent into a J shape at the upper end portion of the second rear side fixing wire 332 is referred to as the second rear side hooking portion 36. The second rear hooking portion 36 can be hooked on the third intermediate horizontal wire 932 from above. The second front fixing wire 331 and the second rear fixing wire 332 are arranged at intervals in the front-rear direction.

The second intermediate fixing wire 333 is arranged at the lower end portion of the second mounting portion 31 and extends in the front-rear direction. The front end of the second intermediate fixing wire 333 is continuous with the lower end of the second front fixing wire 331, and the rear end is continuous with the lower end of the second rear fixing wire 332. The first connecting wire 341 and the second connecting wire 342 are formed in a straight line with the same shape as each other. The first connecting wire 341 and the second connecting wire 342 are arranged so as to extend in the front-rear direction, respectively. The front end of the first connecting wire 341 is joined to the vicinity of the upper end of the second front fixing wire 331, and the rear end is joined to the vicinity of the upper end of the second rear fixing wire 332. The front end of the first connecting wire 341 is joined to the vicinity of the lower end of the second front fixing wire 331, and the rear end is joined to the vicinity of the lower end of the second rear fixing wire 332.

The lower end of the second front fixing wire 331 is bent into an L shape, the lower end of the second rear fixing wire 332 is bent into an L shape, and the second intermediate fixing wire 333 is fixed to the second. It is referred to as a part 37. In the second mounting portion 31, when the second front hooking portion 35 and the second rear hooking portion 36 are hooked on the third intermediate horizontal wire 932 from the upper side and the other side in the lateral direction, the second fixing portion 37 becomes the second intermediate horizontal wire. It is arranged on the other side of the wire 922 in the lateral direction. In this state, the second fixing portion 37 is elastically deformed to move the second intermediate fixing wire 333 from the lower side of the second intermediate horizontal wire 922 to one side in the lateral direction with respect to the second intermediate horizontal wire 922. The fixing portion 37 is fitted into the second intermediate horizontal wire 922. When the second fixing portion 37 is fitted into the second intermediate horizontal wire 922, the lower end portion of the second front fixing wire 331 and the lower end portion of the second rear fixing wire 332 are located below the second intermediate horizontal wire 922. ..

The second partition portion 32 is formed of the second partition wire 38. The second partition wire 38 is formed in a square frame shape. The second partition wire 38 has a second partition upper wire 381, a second partition lower wire 382, a first partition vertical wire 383, and a second partition vertical wire 384. The second partition upper wire 381, the second partition lower wire 382, the first partition vertical wire 383, and the second partition vertical wire 384 are the second partition upper wire 381, the first partition vertical wire 383, and the second partition lower wire 382. It is one wire that is continuous in the order of the second partition vertical wire 384.

The second partition upper wire 381 and the second partition lower wire 382 are formed in a straight line. The second partition upper wire 381 and the second partition lower wire 382 extend in the lateral direction. The second partition upper wire 381 is provided on the upper side of the second partition lower wire 382 at intervals. The first partition vertical wire 383 and the second partition vertical wire 384 are formed in a straight line. The first partition vertical wire 383 and the second partition vertical wire 384 extend in the vertical direction, respectively. The upper end of the first partition vertical wire 383 is connected to one end in the horizontal direction of the second partition upper wire 381, and the lower end is connected to the one end in the horizontal direction of the second partition lower wire 382. Has been done. The upper end of the second partition vertical wire 384 is connected to the other end of the second partition upper wire 381 in the horizontal direction, and the lower end is connected to the other end of the second partition lower wire 382 in the horizontal direction. Has been done. The first partition vertical wire 383 is joined to the first connecting wire 341 and the second connecting wire 342 from the other side in the horizontal direction. The second partition portion 32 can partition the internal space 4a of the drawer 4 back and forth.

The second partition member 3 is configured to be detachable from the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932. The second partition member 3 is attached to the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932 on the front side of the fourth regulation wire 94. As a result, the movement of the second partition member 3 to the rear side of the fourth regulation wire 94 is restricted. When the second partition member 3 is attached to the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932, the second partition portion 32 becomes the first intermediate wire 91, the second intermediate front wire 921, and the second intermediate frame portion 9. 3 It is arranged on the rear side at a distance from the intermediate front wire 931. As a result, a storage space sandwiched between the second partition portion 32 and the first intermediate wire 91, the second intermediate front wire 921, and the third intermediate front wire 931 is formed. This storage space has a depth dimension in which the distance between the second partition portion 32 and the first intermediate wire 91, the second intermediate front wire 921, and the third intermediate front wire 931 is set, for example, in a state where a food wrap box is erected. By doing so, the food wrap can be stored.

When the second partition member 3 is attached to the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932, the other end portion (second partition vertical wire 384) in the horizontal direction is the second side plate portion 453 of the bottom portion 41. It is arranged at a space on one side in the lateral direction. The second partition member 3 attached to the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932 does not interfere with the first partition member 2 attached to the fourth horizontal wire 804 and the fifth horizontal wire 805. It is set. The second partition member 3 attached to the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932 and the first partition member 2 attached to the fourth horizontal wire 804 and the fifth horizontal wire 805 are viewed from above. It is placed in a position where it does not overlap when viewed.

The second partition member 3 can be attached to wires that are spaced apart from the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932 as well as the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932. Is. As described above, in the present embodiment, the distance between the fourth horizontal wire 804 and the fifth horizontal wire 805, the distance between the sixth horizontal wire 806 and the seventh horizontal wire 807, and the distance between the eighth horizontal wire 808 and the eleventh horizontal wire 808. The distance from the wire 811 is set to the same dimension as the distance from the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932. Therefore, the second partition member 3 can be attached to the 4th horizontal wire 804 and the 5th horizontal wire 805, and can be attached to the 6th horizontal wire 806 and the 7th horizontal wire 807. It can be attached to the eighth horizontal wire 808 and the eleventh horizontal wire 811.

A first regulation wire 84 is attached to the fourth horizontal wire 804 and the fifth horizontal wire 805. Therefore, the second restricting wire 85 can restrict the movement of the second partition member 3 attached to the fourth lateral wire 804 and the fifth lateral wire 805 to the rear side. A second regulation wire 85 is attached to the sixth lateral wire 806 and the seventh lateral wire 807. Therefore, the second restricting wire 85 can restrict the movement of the second partition member 3 attached to the sixth lateral wire 806 and the seventh lateral wire 807 to the rear side. A third regulation wire 86 is attached to the eighth horizontal wire 808 and the eleventh horizontal wire 811. Therefore, the third restricting wire 86 can restrict the movement of the first partition member 2 attached to the eighth lateral wire 808 and the eleventh lateral wire 811 to the rear side.

In the present embodiment, the distance between the second intermediate rear wire 923 and the third intermediate rear wire 933 of the intermediate frame portion 9 is also set to the same dimension as the distance between the second intermediate horizontal wire 922 and the third intermediate horizontal wire 932. There is. Therefore, as shown in FIG. 8, in the second partition member 3, when the second mounting portion 31 faces the rear side of the second partition portion 32, the second intermediate rear wire 923 and the third intermediate rear wire 933 Can be attached to.

As shown in FIG. 3, the kitchen knife storage portion 44 has a kitchen knife case 441 and a kitchen knife case fixing portion 47. The kitchen knife case 441 is formed in the shape of a long box. The kitchen knife case fixing portion 47 is provided in a portion of the frame portion 42 surrounded by the second front side vertical wire 512, the vertical wire 82, the tenth horizontal wire 810, and the eleventh horizontal wire 811.

As shown in FIGS. 2 and 5, the kitchen knife case fixing portion 47 has a fixing plate portion 471 and a kitchen knife storage side plate portion 472. The kitchen knife storage side plate portion 472 is arranged on the other side in the lateral direction of the fixed plate portion 471. As shown in FIG. 5, the fixing plate portion 471 has a first plate portion 473, a second plate portion 474, and a third plate portion 475. The first plate portion 473 is formed in a flat plate shape and is arranged so that the plate surface faces the vertical direction in the lateral direction. The second plate portion 474 is formed in a flat plate shape, and is connected to the front side of the first plate portion 473 in a direction in which the plate surface faces the vertical direction. The third plate portion 475 is formed in a flat plate shape, and is connected to the rear side of the first plate portion 473 in a direction in which the plate surface faces the vertical direction. The first plate portion 473 is formed thicker than the second plate portion 474 and the third plate portion 475. The first plate portion 473, the second plate portion 474, and the third plate portion 475 are each formed to have the same height dimension. The first plate portion 473 is formed long and wide in the front-rear direction with respect to the second plate portion 474 and the third plate portion 475. The fixing plate portion 471 is fitted into a portion surrounded by the second front side vertical wire 512, the vertical wire 82, the tenth horizontal wire 810, and the eleventh horizontal wire 811. It is joined to the wire 82, the tenth horizontal wire 810, and the eleventh horizontal wire 811 by welding or the like. The second plate portion 474 is formed with a screw hole 474a for fixing a fixture such as a screw for fixing the kitchen knife case 441.

As shown in FIG. 2, the kitchen knife storage side plate portion 472 is formed in a flat plate shape and is arranged so that the plate surface faces the vertical direction in the lateral direction. The lower edge portion of the kitchen knife storage side plate portion 472 is joined to the third horizontal wire 803, and the upper edge portion is joined to the ninth horizontal wire 809. The kitchen knife storage side plate portion 472 is provided so as to be flush with the second side plate portion 453 of the bottom member 45 of the bottom portion 41.

As shown in FIG. 11, the kitchen knife case 441 is formed in a long box shape and is installed in a direction extending in the vertical direction. The kitchen knife case 441 is formed with a plurality of holes 443 into which the kitchen knife is inserted from above. In the kitchen knife case 441, the kitchen knife case side plate portion 444 located on the other side in the lateral direction is fixed to the fixing plate portion 471 with a fixing tool such as a screw. The kitchen knife case 441 is fixed to the kitchen knife case fixing portion 47 from one side in the lateral direction. As shown in FIG. 3, in the kitchen knife case 441 fixed to the kitchen knife case fixing portion 47, one end in the lateral direction is arranged on the other side in the lateral direction with respect to the first side plate portion 452 of the bottom portion 41. The drawer 4 can store an article on one side in the lateral direction with respect to the kitchen knife case 441.

In the internal space 4a of the drawer 4, the kitchen knife storage portion 44 is arranged on the front side, and the first partition member 2 and the second partition member 3 on the rear side of the kitchen knife storage portion 44 are arranged. As a result, in the internal space 4a of the drawer 4, behind the kitchen knife storage space 481 by the kitchen knife storage unit 44, a cutting board storage space 482 partitioned by the first partition member 2, and the second partition member 3 and the intermediate frame portion are provided. A food wrap storage space 483 partitioned by 9 is provided. That is, in the internal space 4a of the drawer 4, storage spaces are arranged (arranged) side by side in the front-rear direction. The cutting board storage space 482 and the food wrap storage space 483 are formed over the entire vertical direction of the internal space 4a of the drawer 4.

The horizontal dimensions of the kitchen knife storage space 481, the cutting board storage space 482, and the food wrap storage space 483 are set smaller than the width dimension of the internal space 4a of the drawer 4. In the internal space 4a of the drawer 4, another storage space is provided on one side or the other side in the lateral direction of the kitchen knife storage space 481, the cutting board storage space 482, and the food wrap storage space 483, respectively. In the present embodiment, the storage space 484 is provided on one side of the kitchen knife storage space 481 in the width direction. A food wrap storage space 483 and a storage space 485 are provided on one side of the cutting board storage space 482 in the lateral direction. That is, in the internal space 4a of the drawer 4, storage spaces are arranged (arranged) side by side in the horizontal direction.

In the cabinet 1 with drawers according to the above embodiment, a kitchen knife storage space 481, a cutting board storage space 482, and a food wrap storage space 483, which can integrally store stored items, are arranged in the front-rear direction. The internal space 4a of the drawer 4 is not partitioned in the vertical direction. Therefore, the cabinet 1 with drawers according to the above embodiment does not limit the height dimension of the stored items, and stores long items such as cutting boards, food wraps, and kitchen knives in their respective storage spaces. It is easy to use and it is easy to change the layout because it is not partitioned in the vertical direction.

In the cabinet 1 with drawers according to the above embodiment, the storage space 484 is provided on one side of the kitchen knife storage space 481 in the width direction, and the food wrap storage space 483 and the food wrap storage space 483 are stored on one side of the cutting board storage space 482 in the lateral direction. A space 485 is provided, and storage spaces are arranged in the horizontal direction in the internal space 4a of the drawer 4. Therefore, cutting boards, food wraps, and other items of kitchen knives can be stored in their respective storage spaces. The cutting board storage space 482 and the food wrap storage space 483 on the rear side can be used via the storage space 484 on the front side, which is convenient.

In the cabinet 1 with drawers according to the above embodiment, the drawer 4 has a frame portion 42 provided on the outer peripheral portion of the drawer 4, and a first partition member 2 and a first partition member 2 and a first partition member 2 that can be attached to and detached from the frame portion 42 to partition the internal space 4a of the drawer 4. It has two partition members 3. Therefore, by attaching the first partition member 2 and the second partition member 3 to the frame portion 42 according to the stored items, the internal space 4a of the drawer 4 can be arbitrarily partitioned.

In the cabinet 1 with drawers according to the above embodiment, the first partition member 2 and the second partition member 3 can be attached to and detached from a plurality of different positions of the frame portion 42. Therefore, the internal space 4a of the drawer 4 can be arbitrarily partitioned by attaching the first partition member 2 and the second partition member 3 to the desired positions of the frame portion 42 according to the stored items. The first partition member 2 and the second partition member 3 can be attached to the rear frame portion 6 of the frame portion 42. Therefore, when the first partition member 2 and the second partition member 3 are not used, by attaching the unused partition member to the rear frame portion 6, the unused partition member does not get in the way and is not used further. It is possible to prevent the partition member from being lost.

In the cabinet 1 with drawers according to the above embodiment, the first to third regulating wires 84-86, the fourth, and the fifth that regulate the movement of the first partition member 2 and the second partition member 3 with respect to the frame portion 42 in the front-rear direction. Regulatory wires 94 and 95 (regulatory members) are provided. Therefore, the first partition member 2 and the second partition member 3 attached to the frame portion 42 are prevented from moving in the front-rear direction. When the first partition member 2 and the second partition member 3 are attached to the frame portion 42, positioning can be easily performed by referring to the position of the regulation wire.

In the cabinet 1 with drawers according to the above embodiment, the frame portion 42 is formed of wires, and the first partition member 2 and the second partition member 3 are also formed of wires. As a result, the design of the frame portion 42 and the designs of the first partition member 2 and the second partition member 3 are aligned, and the design of the cabinet 1 with drawers can be improved.

In the first partition member 2 according to the above embodiment, the first mounting portion 21 includes a first front hooking portion 24 and a first front hooking portion 25 provided on the upper portion and hooked on the frame portion 42, and a frame portion provided on the lower portion. It has a first fixing portion 26 fixed to 42. The first partition portion 22 is joined to the upper side of the first mounting portion 21. As a result, the first partition portion 22 can be arranged at a high position, so that even if the height of the stored items stored in the space partitioned by the first partition member 2 is high, the stored items will not fall over. Can be supported by. Since the first partition portion 22 is separated from the first fixed portion 26 by being joined to the upper side of the first mounting portion 21, the first fixed portion 26 is separated from the first fixed portion 26 when an external force acts on the first partition portion 22. The external force transmitted to is small, and it is possible to prevent the first fixing portion 26 from coming off from the frame portion 42.

The present disclosure is not limited to the above-described embodiment, and can be appropriately modified without departing from the spirit of the present invention. For example, the cabinet with drawers according to the above embodiment is provided with a kitchen knife storage space 481, a cutting board storage space 482, and a food wrap storage space 483, but is not partitioned vertically according to the stored items. Are arranged in the front-rear direction.

In the cabinet 1 with drawers according to the above embodiment, the width dimensions of the kitchen knife storage space 481, the cutting board storage space 482, and the food wrap storage space 483 are set smaller than the width dimensions of the internal space 4a of the drawer 4. It may be set to the same dimension as the width dimension of the internal space 4a of the drawer 4.

In the cabinet 1 with drawers according to the above embodiment, the drawer 4 has a frame portion 42 provided on the outer peripheral portion of the drawer 4, and a first partition member 2 and a first partition member 2 and a first partition member 2 that can be attached to and detached from the frame portion 42 to partition the internal space 4a of the drawer 4. It has two partition members 3. On the other hand, the form of the partition member for partitioning the internal space 4a of the drawer 4, the number, the position where the partition member is provided, and the form of the frame portion to which the partition member is attached may be other than the above.

In the cabinet 1 with drawers according to the above embodiment, the first partition member 2 and the second partition member 3 can be attached to and detached from a plurality of different positions of the frame portion 42, but may be fixed to the frame portion 42. , It may be configured to be attached to a specific position of the frame portion 42.

In the cabinet 1 with drawers according to the above embodiment, the first to third regulating wires 84-86, the fourth, and the fifth that regulate the movement of the first partition member 2 and the second partition member 3 with respect to the frame portion 42 in the front-rear direction. Although the regulating wires 94 and 95 (regulating members) are provided, such regulating members may not be provided. The regulating member may be formed of a steel plate or the like other than a wire.

In the cabinet 1 with drawers according to the above embodiment, the frame portion 42 is formed of wires, and the first partition member 2 and the second partition member 3 are also formed of wires. On the other hand, the frame portion of the drawer 4, the first partition member 2 and the second partition member 3 may be formed of other than wires.

In the first partition member 2 according to the above embodiment, the first mounting portion 21 includes a first front hooking portion 24 and a first front hooking portion 25 provided on the upper portion and hooked on the frame portion 42, and a frame portion provided on the lower portion. It has a first fixing portion 26 fixed to 42. The first partition portion 22 is joined to the upper side of the first mounting portion 21. On the other hand, the form of the first mounting portion 21 of the first partition member 2 and the joining position of the first partition portion 22 with respect to the first mounting portion 21 may be appropriately set. Regarding the second partition member 3, the form of the second mounting portion 31 and the joining position of the second partition portion 32 with respect to the second mounting portion 31 may be appropriately set. In the second partition member 3, the second partition portion 32 may be joined to the upper side of the second mounting portion 31.

1 Cabinet with drawer, 2 1st partition member (partition member), 3 2nd partition member (partition member), 4 drawer, 4a internal space, 14 drawer accommodating part, 21 1st mounting part (mounting part), 22 1st Partition (partition) 24 1st front hook (hook), 25 1st rear hook (hook), 26 1st fixing (fixing), 31 2nd mounting (mounting), 32 2nd partition (partition), 35 2nd front hook (hook), 36 2nd rear hook (hook), 37 2nd fixed (fixed), 42 frame, 84 1st regulation Wire (regulatory member), 85 2nd regulatory wire (regulatory member), 86 3rd regulatory wire (regulatory member), 94 4th regulatory wire (regulatory member), 95 5th regulatory wire (regulatory member), 481 Kitchen knife storage space (Storage space), 482 Cutting board storage space (storage space), 483 Food wrap storage space (storage space)

Claims (7)

Withdrawals and
It has a drawer accommodating portion that slidably supports the drawer in the depth direction and accommodates the drawer.
The internal space of the drawer is provided with a plurality of storage spaces that can integrally store stored items in the entire vertical direction.
The plurality of storage spaces are cabinets with drawers arranged in the depth direction. The cabinet with drawers according to claim 1, wherein the plurality of storage spaces are arranged in the width direction. The drawer
A frame portion provided on the outer peripheral portion of the drawer and a frame portion
The cabinet with a drawer according to claim 1 or 2, further comprising a partition member that is removable from the frame and partitions the internal space of the drawer. The cabinet with a drawer according to claim 3, wherein the partition member can be attached to and detached from a plurality of different positions of the frame portion. The cabinet with a drawer according to claim 3 or 4, further comprising a restricting member that regulates the movement of the partition member in the depth direction with respect to the frame portion. The frame portion is made of a wire rod.
The cabinet with a drawer according to any one of claims 3 to 5, wherein the partition member is formed of a wire rod and can be attached to and detached from the wire rod of the frame portion. Detachable mounting part on the outer circumference of the drawer,
It has a partition portion that protrudes from the mounting portion toward the inside of the drawer and partitions the inside of the drawer.
The mounting part is
A hooking portion provided on the upper part and hooked on the outer peripheral portion of the drawer,
It has a fixing portion provided at the lower part and fixed to the outer peripheral portion of the drawer.
The partition portion is a partition member joined to the upper side of the mounting portion.

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