JP2009077774A - Wall cabinet - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To make it easy to perform work of taking out a stored object from a wall cabinet or work of storing it in the wall cabinet and to open a door body without making the stored object fall even when collapse or the like of the stored object is caused and is supported by the door body. <P>SOLUTION: The front surface open part of the shelf main body 1 of the wall cabinet S is closed by positioning the door body 2 combined with the shelf main body 1 slidably in the vertical direction at an elevation end position. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to an improvement of a hanging cupboard that is attached to a ceiling side of a kitchen or a living room and used for storage.

  A hanging cupboard that is attached to a wall on the ceiling side of a kitchen or the like and is used for storage is generally closed so as to be openable by a hinged door or a sliding door.

  However, in the case of a hanging cabinet with a hinged door, the hinged door protrudes forward when released. The hinged door may get in the way. In particular, when the above-described work is performed on a step platform or the like, there are many cases in which it is necessary to operate the hinged door while sliding the body.

  In addition, in a hanging cabinet provided with a sliding door, the hanging cabinet cannot be opened to the full width of the hanging cabinet, which may be inconvenient for taking in and out large items.

  Furthermore, in a hanging cabinet equipped with hinged doors, when the items stored in a stack are collapsed due to an earthquake, etc., and the stored items are supported by the inner surface of the hinged door in the closed position Since the stored items fall as soon as the hinged door is operated, even if an earthquake-resistant latch or the like is provided, special attention is paid to the opening after the earthquake.

  In addition, in a hanging cabinet equipped with sliding doors, when the storage items stored in a stack are collapsed due to an earthquake or the like, the storage items are supported by the inner surface of the sliding door in the closed position. In some cases, this may catch on the inner edge of the sliding door and make the opening operation impossible or difficult.

  The main problem to be solved by the present invention is that it is easier to carry out the operation of taking out the stored item from the hanging cabinet or storing it in the hanging cabinet, and the stored item is broken and supported by the door. The point is that the door can be opened without dropping it.

  In order to achieve the above object, according to the present invention, the hanging cabinet is positioned at the front end of the shelf body, and the door body combined with the shelf body so as to be slidable in the vertical direction is positioned at the end of the lift. Therefore, it was supposed to be blocked.

  Such a hanging cabinet has a function of opening the front opening portion of the shelf body by sliding the door in the rising end position downward. The door of the hanging cabinet does not protrude forward when it is opened, like a conventional hanging cabinet that closes the front opening of the hanging cabinet with a double door or a single door. The door body does not get in the way in the work of taking out the stored items from the hanging cupboard located in the front or the storing work in the hanging cupboard. Moreover, the door body of this hanging cupboard opens the front opening part to the full width when opening compared with the conventional hanging cupboard which closes the front opening part of a hanging cupboard with a sliding door. In addition, when the stored items stored in a stack are collapsed due to an earthquake, etc., and the stored item is supported by the inner surface of the door at the rising end position, the door is gradually slid downward. It is possible to take out from the front opening part partially opened on the door body or to reload it while supporting the stored items so as not to collapse by the door body by operating to move.

  The door is composed of an upper door that closes the upper side of the front opening of the shelf main body at the rising end position, and a lower door that closes the lower side of the front opening of the shelf main body at the rising end position. If so, the upper and lower sides of the shelf body can be opened individually. In this case, further, if the upper end of the lower door body at the lift end position is positioned inside the lower end of the upper door body at the lift end position, the upper door bodies at the lift end position respectively. And the lower door body can close the front opening part without gaps, and when the stored item collapses, the stored item enters the lower side of the upper door body and the upper door body is lowered. It is possible not to cause a situation that hinders the situation.

  If all or a part of the door body is made transparent or translucent so that the storage state of the articles stored in the shelf body can be visually confirmed through the door body, the door can be checked for collapse of the stored items. Allow the operator to recognize before lowering the body, and to allow the operator to recognize the level at which the door can be lowered without causing the stored items to fall if collapses occur. Can do.

  According to the hanging cabinet according to the present invention, the door does not interfere with the operator in the opening operation of the door located in front of the hanging cabinet, and the shelf body can be opened to the full width. It is easy to take out the stored items from the hanging cabinet or store them in the hanging cabinet, and even if the items are broken and supported by the door, the door does not fall Can be released.

  Hereinafter, the best mode for carrying out the present invention will be described with reference to FIGS.

  1 shows the usage state of the hanging cabinet S according to the embodiment, and FIGS. 2 and 3 show the suspension cabinet S as viewed from the front, and FIGS. The front side is shown in a cross-sectional state. Moreover, FIG. 6 has shown the example which changed a part of structure of the hanging cupboard S shown by FIGS. 3 and 5, the door 2 is in the lowering end position, and in FIGS. 2, 4, and 6, the door 2 is in the rising end position.

  The hanging cupboard S according to this embodiment is attached to the ceiling side of a kitchen or a living room and used for storage. That is, in this specification, the hanging cupboard S is a concept including a wall cabinet or a wall unit.

   The hanging cabinet S is configured to close the front opening 10 of the shelf main body 1 by positioning the door body 2 combined with the shelf main body 1 so as to be slidable in the vertical direction at the rising end position.

  In the illustrated example, the shelf body 1 includes a top plate 11, a bottom plate 12, a back plate 13, and left and right side plates 14 and 14, and an outer surface of the back plate 13 is an attachment surface to a wall surface.

  On both the left and right sides of the front opening 10, rail portions 15 are provided along the vertical direction so that the rail openings 15 a face the inside of the front opening 10. The door body 2 is a plate-like body having a substantially square shape when viewed from the front. The right side portion 21 along the vertical direction is inserted into the right rail portion 15, and the left side portion 20 along the vertical direction is placed on the left side. It is inserted into the rail portion 15 and combined with the shelf body 1 so as to be slidable in the vertical direction.

  The dimension between the left and right side parts 20 and 21 of the door 2 is larger than the dimension between the rail openings 15a of the left and right rail parts 15, but is smaller than the dimension between the inner back parts 15b of the left and right rail parts 15. It is configured. And the corner part of the upper side part 22 and the right side part 21 along the left-right direction of the door 2 and the corner part of this upper side part 22 and the left side part 20 are respectively in the inner back part 15b of the rail part 15. A retaining portion 24 that protrudes toward the surface is provided. On the other hand, a restricting portion 16 is provided at the lower end of the rail portion 15, and the door body 2 can be lowered to a position where the retaining portion 24 is hooked on the restricting portion 16 from above. It is designed to be greatly open. (Descent end position / FIGS. 3 and 5)

  Further, a cover portion 25 is formed on the lower side portion 23 of the door body 2 so as to protrude forward from the lower side portion 23 across the lower side portion 23. The left end portion 25 a of the cover portion 25 protrudes laterally from the corners of the lower side portion 23 and the left side portion 20 of the door body 2, and the right end portion 25 a of the cover portion 25 is the lower side portion 23 of the door body 2. And the right side portion 21 project sideways. In a state where the front opening portion 10 is completely closed by the door body 2, the cover portion 25 closes the gap 17 for housing the door body 2 formed in front of the front end 12 a of the bottom plate 12 of the hanging door shelf S from below. (Upward end position / FIGS. 2 and 4) In this state, the left end 25a of the cover 25 is engaged with the left restricting portion 16, and the right end 25a of the cover 25 is engaged with the right restricting portion 16. Is to be multiplied. Thereby, the state which completely obstruct | occluded the front surface opening part 10 with the door 2 can be maintained. In the illustrated example, the lower portion of the restricting portion 16 and the upper portion of the end portion 25a of the cover portion 25 are adsorbed by magnetic force by the adsorbing members 3 (magnets adsorbing each other or a magnet and a magnetic body). In this way, the relationship between the two is realized. In the example shown in the drawing, the front opening portion 10 is formed by placing a finger on the cover portion 25 of the door body 2 that completely closes the front opening portion 10 and pulling the door body 2 downward with a force large enough to release such engagement. Is to be released. If a finger hook or the like is formed on the front end surface of the cover portion 25, the door body 2 can be easily operated. For lowering the door body 2, various known means (for example, a pinion that engages with a rack provided on one of the door body 2 and the shelf body 1 is provided on the other, and this pinion is provided on the rotor of the rotary damper. It is preferable that the door body 2 is slowly lowered by applying braking by connecting them). In the illustrated example, the shelf main body 1 is divided into two vertically in the partition shelf 4.

  Such a hanging cabinet S has a function of opening the front opening 10 of the shelf body 1 by sliding the door 2 in the lift end position downward. The door 2 of the hanging cabinet S does not protrude forward when it is opened like the conventional hanging cabinet S that closes the front opening 10 of the hanging cabinet S with a double door or a single door. The door body 2 does not get in the way of taking out the stored items from the hanging cabinet S located in front of the front opening 10 of S or storing the items in the hanging cabinet S. Further, the door body 2 of the hanging cabinet S opens the front opening portion 10 to its full width when opened compared to a conventional hanging cabinet S that closes the front opening portion 10 of the hanging cabinet S with a sliding door. In addition, when the stored items stored in a stacked shape are collapsed due to an earthquake or the like, and the stored items are supported by the inner surface 26 of the door 2 at the rising end position, the door 2 is gradually moved. Taking out or re-loading from the front opening 10 partially opened on the door 2 while supporting the stored items so as not to collapse by the door 2 by operating to slide downward. Can do.

  If all or part of the door 2 is made transparent or translucent so that the storage state of the articles stored in the shelf body 1 through the door 2 can be seen, The operator can recognize the presence / absence of the door 2 before lowering the door 2, and if a collapse has occurred, operate the level at which the door 2 can be lowered without causing the stored items to fall. Can be recognized.

  If the entire door 2 is made of tempered glass or engineer plastic having a transparent or translucent characteristic, the entire door 2 can be made transparent or translucent. If the window 2 etc. which were obstruct | occluded with such transparent or semi-transparent tempered glass etc. are formed in the door body 2, a part of the door body 2 will become transparent or translucent.

   FIG. 6 shows an upper door 2 ′ that closes the upper side of the front opening 10 of the shelf body 1 at the lift end position, and a lower side of the front opening 10 of the shelf body 1 at the lift end position. In this example, the upper and lower sides of the shelf body 1 can be opened individually.

  In this embodiment, the upper end portion 22a of the lower door body 2 ″ at the rising end position is positioned inside the lower end portion 23a of the upper door body 2 ′ at the rising end position. It has become.

  In the illustrated example, the rail portion 15 has the support portion 15c of the upper door body 2 ′ positioned on the front side, and the support portion 15d of the lower door body 2 ″ positioned on the rear side thereof. When only the upper side is opened, the upper door body 2 ′ at the lowering end position is positioned on the front side of the lower door body 2 ″ so that the two substantially overlap each other in the front-rear direction.

  In this case, the upper door 2 ′ and the lower door 2 ″ at the rising end positions can close the front opening portion without any gaps, and the stored item collapses. Thus, it is possible to prevent a situation in which the stored item enters under the lower end portion 23a of the upper door body 2 ′ and prevents the lowering operation of the upper door body 2 ′.

The block diagram which showed the use condition of the hanging cupboard S Front view of hanging cabinet S Front view of hanging cabinet S Main section vertical cross-sectional configuration diagram of the hanging cupboard S Main section vertical cross-sectional configuration diagram of the hanging cupboard S Vertical cross-sectional configuration diagram of the hanging cupboard S

Explanation of symbols

S Suspension cabinet 1 Shelf body 10 Front opening 2 Door

Claims (4)

  It is a hanging cabinet, and the front opening part of the shelf body is configured to be closed by positioning the door body combined with the shelf body so as to be slidable in the vertical direction at the rising end position. Hanging cupboard.   The door is composed of an upper door that closes the upper side of the front opening part of the shelf main body at the rising end position, and a lower door body that closes the lower side of the front opening part of the shelf main body at the rising end position. The hanging cupboard according to claim 1.   The hanging door shelf according to claim 2, wherein an upper end portion of the lower door body at the rising end position is positioned inward of a lower end portion of the upper door body at the rising end position.   The whole or part of the door body is transparent or translucent, and the storage state of the articles stored in the shelf body through the door body is visible. The hanging cupboard according to any one of 3 above.

Images