JP2011056229A - Slide rack - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem that, since a slide rack where a front board is attached to the front wall of a tray often requires fine adjustment in the attachment in adjusting assembling with a cabinet, the attachment to be finely adjusted is increased in size, thus making the attachment assembling difficult and also making it difficult to obtain a compact easy-to-handle slide rack. <P>SOLUTION: The slide rack is constituted as follows. A base seat is arranged between the front wall of the tray and the front board. The front wall of the tray and the front board are attached by screws via the base seat. The base seat includes: a horizontal adjustment cam for adjusting the horizontal attachment of the front board to be attached to the front wall of the tray; a vertical adjustment cam for adjusting the vertical attachment of the front board with respect to the front wall of the tray; and a front and rear adjustment cam for adjusting the front and rear directional attachment of the front board by the pressure against the front wall of the tray by the cam surface of a head which is brought into contact with the front wall of the tray. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a slide rack accommodated in a drawer-type cabinet such as a vanity.

In general, a slide rack accommodated in a drawer-type cabinet such as a vanity is one in which a front plate is attached to the front wall of a box-like or basket-like tray.
In the slide rack, both side walls of the tray are supported by guide rails provided in the cabinet, and the slide is stored and pulled out.
At this time, there are variations in the mounting dimensions of the guide rails provided in the cabinet, resulting in variations in the position of the front plate attached to the front wall of the tray with respect to the cabinet, and because of this variation, commercialization was also lacking. .
Therefore, the assembly adjustment is performed by the mounting holes provided in the guide rails supporting the both side walls of the tray to which the front plate is mounted, and the adjusting mechanism. However, it was still very difficult and time-consuming to adjust the front panel to the cabinet.
Therefore, when the slide rack with the front plate attached to the front wall of the tray is assembled to the cabinet, there is a variation in the mounting position of the front plate. To eliminate this variation, the front plate is placed on the front wall of the tray. It is provided with a functional means that can be assembled and adjusted with the cabinet when the is attached.

  The tray has a front plate attached so as to cover its front wall, a shaft member extending in the vertical direction is fixed to the front wall of the tray, and a long hole extending in the left-right direction on the back surface of the front plate; An attachment member having a fitting concave portion with respect to the shaft member is fixed, and an attachment member having a fitting concave portion which is disposed to face the attachment member and is screwed is provided. When the mounting material is screwed to the front plate through the long hole of the mounting member, the shaft member is sandwiched between the fitting recesses of the mounting member and the mounting material, and the long hole of the mounting member It is possible to adjust in the left-right direction by loosening the screw inserted through the shaft, in the vertical direction by sliding the shaft member and loosening the shaft member, and in the direction around the horizontal plane.

  JP2008-167953

  The slide rack with the front plate attached to the front wall of the tray is assembled in the cabinet by holding the shaft member fixed to the front wall of the tray between the mounting member fixed to the front plate and the mounting material facing it. When attaching, the position of the front plate is displaced, and in order to correct this displacement, the screw inserted through the long hole of the mounting member is adjusted in the left-right direction. Then, depending on how to hold the shaft member again after loosening, the front plate is adjusted in the vertical direction with respect to the front wall of the tray or in the direction around the horizontal plane. So-called three-dimensional position adjustment can be performed, which is advantageous in this respect. However, when the front plate is attached to the front wall of the tray and the assembly adjustment with the cabinet is performed, fine adjustment is often required for the attachment, and a shaft member fixed to the front wall of the tray is required. Further, it is impossible to finely adjust the mounting only by a configuration in which the mounting member is fixed between the mounting member fixed to the front plate and the mounting material disposed opposite thereto. And in the configuration in which the screw inserted through the long hole of the mounting member is loosened and adjusted in the left-right direction, and the shaft member is sandwiched and adjusted between the mounting member and the mounting material, the size is increased, and fine adjustment is required It was difficult to mount and could not be made compact.

  Therefore, when attaching the front plate that can be easily assembled and adjusted to the cabinet on the front wall of the tray, it is possible to adjust its three-dimensional fine attachment, and it is easy to install and easy to handle. Another object of the present invention is to provide a slide rack having a structure for attaching a front plate to a front wall of a tray.

  The slide rack accommodated in the cabinet of the present invention comprises a tray supported by guide rails in the cabinet and a front plate that is attached to the front wall of the tray and adjusts the assembly with the cabinet. A pedestal is provided between the wall and the front plate, and the front wall and front plate of the tray are attached by screws through the pedestal, and the left and right direction mounting adjustment of the front plate attached to the front wall of the tray is attached to the pedestal Left and right adjustment cam, vertical adjustment cam that adjusts the vertical mounting of the front plate to the front wall of the tray, and pressing on the front wall of the tray by the cam surface of the head that is in contact with the front wall of the tray A front and rear adjustment cam for adjusting the front plate in the front and rear direction is provided.

  In the slide rack accommodated in the cabinet of the present invention, the front wall and the front plate of the tray are attached by screws via a pedestal, and a vertical elongated hole is formed in the pedestal, and the tray is pivotally supported by the vertical elongated hole. A vertical adjustment cam that includes a left and right adjustment cam that adjusts the horizontal direction of the front plate relative to the front wall, and that adjusts the vertical direction of the front plate relative to the front wall of the tray that pivotally supports the lateral wall surface of the pedestal; A front-rear adjustment cam is provided to adjust the front plate in the front-rear direction with respect to the front wall of the tray. Screws that are screwed to the front plate through the pedestal are inserted through the front wall of the tray. A hole with a cam housing is formed that allows a left and right adjustment cam to be fitted and a pedestal is mounted and adjusted by rotating an eccentric protrusion of the left and right adjustment cam. , Vertical adjustment cam Transverse grooves the vertical mounting adjustment of the seat in engagement by rotation to the tray of the front wall due to the claw portion is formed, in which the contact surface in contact with the cam surface of the head before and after the adjustment cam is formed.

  The slide rack accommodated in the cabinet of the present invention is provided with a pedestal joined to the front plate between the front wall and the front plate of the tray, and a screw is inserted into a free hole formed in the front wall of the tray. At the same time, the front wall of the tray and the front plate are attached by screwing to the front plate. A vertical hole is formed in the middle of the left and right mounting positions by the screw at the upper end of this pedestal, and the tray is pivotally supported by this vertical hole. A left and right adjustment cam for adjusting the front plate in the left and right direction with respect to the front wall is provided, and a front and rear adjustment cam for adjusting the front plate in the front and rear direction with respect to the front wall of the tray is pivotally supported at the lower end of the pedestal. These intermediate portions are provided with a vertical adjustment cam for pivotally adjusting the vertical mounting of the front plate with respect to the front wall of the tray.

  The slide rack accommodated in the cabinet of the present invention, the front plate and the front wall of the tray are inserted through a washer through a free hole in the front wall of the tray having a play margin by adjusting the mounting of the front plate, The left and right adjustment cams that are pivotally supported by the vertically long holes of the pedestal are fitted into the holes with the cam housing that are temporarily joined by screwing to the front plate via the pedestal, and the eccentric protrusions are The rotation of the left and right adjustment cam causes the eccentric protrusion to swing the pedestal to the left and right to adjust the mounting of the front plate with respect to the front wall of the tray. The horizontal groove provided on the front wall of the tray has the horizontal groove A vertical adjustment cam that forms a claw portion that engages with the head is pivotally supported at the middle position of the side wall surface of the pedestal, and the rotation of the vertical adjustment cam causes the pedestal to swing by the claw portion. Adjust the vertical mounting of the front plate against the bottom side wall surface of the pedestal. The front / rear adjustment cam is pivotally supported, the front / rear adjustment cam brings the cam surface of the head into contact with the front wall of the tray, and the front of the tray is pressed by the contact with the front wall of the tray that is in contact with the rotation of the front / rear adjustment cam. The front plate is attached and adjusted in the front-rear direction with respect to the wall. After these attachment adjustments, the screws are tightened again to fix the attachment.

  The slide rack of the present invention is provided with a pedestal between the front wall and the front plate of the tray, and the pedestal is provided with a left and right adjustment cam, a vertical adjustment cam, and a front and rear adjustment cam, thereby performing three-dimensional fine mounting adjustment. Since the left and right adjustment cams, the vertical adjustment cams, and the front and rear adjustment cams are pedestals, the shaft support can be easily mounted, handled easily, and can be made simple and compact.

  The slide rack of the present invention is provided with a pedestal between the front wall and the front plate of the tray, and the pedestal has a left / right adjustment cam for adjusting the left / right direction mounting, a vertical adjustment cam for adjusting the vertical direction mounting, and a front / rear direction. The front and rear adjustment cams for adjusting the mounting are provided in a compact manner, and these adjusting cams are gathered on the pedestal, so that the mounting fine adjustment is quick and easy, the form is simple, and the handling is easy. And it is excellent also in design.

  The slide rack of the present invention is provided with a pedestal between the front wall of the tray and the front plate, and the left and right adjustment cams for adjusting the left and right direction mounting of the front plate with respect to the front wall of the tray are provided on the pedestal. A front / rear adjustment cam that adjusts the front / rear mounting direction of the front plate relative to the front wall of the tray at the lower end of the pedestal, and a vertical adjustment that adjusts the front / rear mounting direction of the front plate relative to the front wall of the tray at these intermediate positions. Since the cam is pivotally supported, the adjustment function of the attachment can be exhibited to the maximum by each fine adjustment operation, and the fine adjustment of the attachment can be surely performed. In addition, since the mounting adjustment cams are collected on the pedestal, it can be simplified and made compact.

In the slide rack of the present invention, the front plate and the front wall of the tray are attached by screws via a pedestal and temporarily joined, so this provisional joining serves as a reference position for adjustment of mounting, left and right direction, up and down direction In addition, the mounting adjustment is performed separately from the front-rear direction, so that the mounting adjustment can be performed accurately and easily. In addition, this reference position can be set easily and easily.
Since the mounting position with screws is the reference position, the left and right adjustment cams that are pivotally supported by the vertically long holes in the pedestal are fitted into the holes with the cam housing formed in the front wall of the tray, and the left and right adjustments with eccentric protrusions By rotating the cam, the mounting adjustment of the pedestal in the left-right direction by the eccentric protrusion can be easily performed.
A vertical adjustment cam pivotally supported on the pedestal engages a claw provided on the head and a lateral groove formed on the front wall of the tray, and the claw moves the pedestal by the rotation of the vertical adjustment cam. The vertical mounting adjustment of the plate can be operated easily and easily and easily.
The front / rear adjustment cam pivotally supported by the pedestal contacts the cam surface of the head with the front wall of the tray, and the front and rear mounting adjustment is performed by pressing the contacting cam surface against the front wall of the tray by the rotation of the front / rear adjustment cam. Can be easily done.
Therefore, the three-dimensional fine mounting adjustment is easy to handle, simple, sophisticated, accurate and reliable.

  It is a back perspective view of the slide rack provided with the basket.   It is a rear view of the front board of the slide rack with which the tray provided with the basket was attached.   FIG. 4 is an exploded explanatory view of the slide rack with the front plate omitted, and an enlarged explanatory view of the left, right, up and down, front and rear adjustment cams.   It is a front view in the front wall of a tray.   It is a side view of a slide rack.   It is a side enlarged view in which the front plate is attached to the front wall of the tray of the slide rack.

  In the slide rack according to the embodiment of the present invention, as shown in FIGS. 1 and 2, the tray 1 supported by the guard rail in the cabinet and the basket 3 suspended by the tray 1 adjust the assembly with the cabinet. The front plate 2 is joined and attached by a tapping screw 11 or the like.

As shown in FIGS. 3 to 6, the slide rack is provided with a pedestal 4 to be joined to the front plate 10 between the front wall 10 and the front plate 2 of the tray. The pedestal is provided with a left and right adjustment cam 5 in which a vertically long hole 41 is formed, and the front plate 2 is attached to the front wall 10 of the tray that is pivotally supported in the vertically long hole. . A shaft hole is formed in the middle position of the lateral wall surface 42 of the pedestal 4, and the vertical adjustment for adjusting the vertical mounting of the front plate 2 with respect to the front wall 10 of the tray that is fitted in the shaft hole and pivotally supported. A shaft hole for a front / rear adjustment cam is formed at the lower end of the side wall surface 42 of the pedestal 4 and includes a cam 6. The front plate 2 extends in the front-rear direction with respect to the front wall 10 of the tray that is fitted in the shaft hole and pivotally supported. A front-rear adjustment cam 7 for adjusting the mounting is provided.
On the front wall 10 of the tray, a free hole 12 having a play allowance for adjusting the attachment to the position of the screw 11 is formed by mounting with the front plate 2 with a screw 11, and the screw 11 is inserted into the free hole, The front plate 2 is screwed through the pedestal 4 and a hole 13 with a cam housing is formed. The left and right adjustment cam 5 pivotally supported in the vertically long hole 41 of the pedestal 4 is fitted, and the left and right adjustment cam 5 is rotated. As a result, the eccentric protrusion 51 of the left / right adjustment cam 5 is swung to adjust the mounting of the base 2 in the left / right direction. Further, a lateral groove 14 is formed in the front wall 10 of the tray, and the vertical mounting of the pedestal 4 is performed by the engagement of the claw portion 61 with the lateral groove 14 by the rotation of the vertical adjustment cam 6 pivotally supported by the pedestal 4. A contact surface 15 that is adjusted and further contacts the cam surface 71 of the head of the front-rear adjustment cam 7 is formed.

A screw 11 is inserted into a free hole 12 formed at the left and right positions on the upper end of the front wall 10 of the tray, and is screwed to the front plate 2 together with the base 4 to attach the front wall 10 and the front plate 2 of the tray. A longitudinally long hole 41 is formed in the middle of the mounting position of the base 4 to be joined by the screw 11, and a left and right adjustment cam 5 that is pivotally supported by the longitudinally long hole 41 is provided. The left and right adjustment cam is connected to the front wall 10 of the tray. Is inserted into the hole 13 with the cam housing formed on the left and right, and the eccentric protrusion 51 is engaged with the groove 131 of the hole 13 with the cam housing by the rotation of the left and right adjustment cam 5, and the temporary attachment position by the screw 11 is changed. The pedestal 4 is attached and adjusted in the left-right direction as the reference position.
The front wall 10 of the tray is provided with a lateral groove 14 formed by parallel ribs 141 and the like, and a vertical adjustment cam 6 that forms a claw portion 61 that engages with the lateral groove on the head is provided on the lateral wall surface 42 of the pedestal 4. The vertical movement of the pedestal 4 by the claw 61 by the rotation of the vertical adjustment cam is pivotally supported at the middle position, and the front plate 2 is mounted in the vertical direction on the front wall 10 of the tray with the temporary mounting position of the screw 11 as a reference position. Adjustments will be made.
Further, a front / rear adjustment cam 7 is pivotally supported at the lower end of the lateral side wall surface 42 of the pedestal 4, and the front / rear adjustment cam causes the cam surface 71 of the head to contact the front wall 10 of the tray. By the pressing of the contacting cam surface 71 to the front wall 10 of the tray due to the rotation of the front plate 2, the front plate 2 is attached to the front wall 10 of the tray in the front-rear direction with the temporary attachment position of the screw 11 as the reference position.

The left / right adjustment cam 5 is a pivot shaft 52 that is pivotally supported in the vertically long hole 41 of the pedestal 4, and a main shaft 53 that is fitted into the hole 13 with a cam housing on the front wall 10 of the tray and is exposed to the rear surface of the front wall of the tray. And an eccentric protrusion 51 is provided on the main shaft.
A groove 54 is formed in the top surface of the main shaft 53 that is pivotally supported on the rear surface of the front wall of the tray, and the left and right adjusting cam 5 is rotated by an operation by a driver or the like. The base 4 is swung by the eccentric protrusion 51 engaged with the groove 131, and the mounting of the front plate 2 joined to the base is adjusted in the left-right direction.
The vertical adjustment cam 6 has a snap shaft 62 that pivotally supports a shaft hole formed in the middle position of the lateral wall surface 42 of the pedestal 4, and the head 63 is provided on the front wall 10 of the tray. A claw portion 61 that engages with the lateral groove 14 is provided.
The vertical adjustment cam 6 having a snap shaft 62 pivotally supported on the lateral side wall surface 42 of the base 4 is rotated by engaging a screwdriver or the like with a groove 64 or the like carved on the top surface of the head 63, whereby the tray The claw portion 61 that engages with the lateral groove 14 of the front wall 10 is swung, and the vertical mounting adjustment of the front plate 2 with respect to the front wall 10 of the tray can be performed.
The front-rear adjustment cam 7 has a snap shaft 72 that pivotally supports a shaft hole formed at the lower end of the side wall surface 42 of the pedestal 4, and the head 73 contacts the contact surface 15 of the front wall 10 of the tray. The cam surface 71 to be formed is formed.
When the front-rear adjusting cam 7 is rotated by engaging a screwdriver or the like with a groove 74 formed on the top surface of the head 73, the contact surface 15 of the front wall 10 of the tray with which the cam surface 71 is in contact. The front plate 2 is attached to the front wall 10 of the tray so that the front plate 2 is attached in the front-rear direction.

The pedestal 4 is pivotally supported with a left / right adjustment cam 5, a vertical adjustment cam 6, and a front / rear adjustment cam 7, and then the left / right adjustment cam 5 is fitted into a hole 13 with a cam housing on the front wall 10 of the tray and pivotally supported. Then, the claw portion 61 of the vertical adjustment cam 6 is engaged with the lateral groove 14 of the front wall 10 of the tray, and the cam surface 71 of the front / rear adjustment cam 7 is brought into contact with the contact surface 15 of the front wall 10 of the tray. The attached front wall 10 of the tray and the front plate 2 are attached by screwing the screw 11 to the free hole 12 of the front wall 10 of the tray through a washer and screwing to the front plate 2 together with the base 4. .
This attachment is temporary and a reference position for attachment adjustment is set.
Therefore, the left / right adjustment cam 5 pivotally supported on the pedestal 4 is rotated by a screwdriver or the like from the back of the front wall 10 of the tray to adjust the mounting of the front plate 2 in the left / right direction relative to the front wall 10 of the tray. The supported vertical adjustment cam 6 and front / rear adjustment cam 7 are rotated from the side of the pedestal 4 by a screwdriver or the like to adjust the vertical and front / rear direction mounting of the front plate 2 with respect to the front wall 10 of the tray. Then, the deviation caused by these mounting adjustments is absorbed by the free hole 12 of the front wall 10 of the tray and the vertically long hole 41 of the base 4.
After the mounting adjustment is made, the screw 11 is tightened again to fix the mounting.
Therefore, the slide rack in which the pedestal 4 that pivotally supports the left and right adjustment cam 5, the vertical adjustment cam 6, and the front and rear adjustment cam 7 is interposed between the front wall 10 and the front plate 2 of the tray is merely a temporary screw 11. It is easy, easy and quick to set the reference position for mounting adjustment by mounting, and this mounting adjustment operation is performed by separating the mounting adjustment from the left-right direction, the up-down direction, and the front-rear direction. However, with a simple configuration, the adjustment can be performed easily, easily, quickly and accurately.

DESCRIPTION OF SYMBOLS 1 Tray 10 Tray front wall 11 Screw 12 Free hole 13 Hole 131 with cam housing Groove part 14 Horizontal groove 141 Rib 15 Contact surface 2 Front plate 3 Basket 4 Base 41 Vertically long hole 42 Horizontal side wall surface 5 Left and right adjustment cam 51 Eccentric protrusion 52 Pippot Shaft 53 Main shaft 54 Groove 6 Vertical adjustment cam 61 Claw portion 62 Snap shaft 63 Head 64 Groove 7 Front / rear adjustment cam 71 Cam surface 72 Snap shaft 73 Head 74 Groove

Claims (4)

  A slide rack comprising a tray supported by guide rails in a cabinet and a front plate attached to the front wall of the tray for adjusting the assembly with the cabinet, between the front wall and the front plate of the tray And a front wall and a front plate of the tray are attached by screws through the base, and a left and right adjustment cam for adjusting the left and right direction of the front plate attached to the front wall of the tray, and A vertical adjustment cam that adjusts the vertical mounting of the front plate to the front wall of the tray, and the front plate's front / rear mounting by pressing against the front wall of the tray with the cam surface of the head in contact with the front wall of the tray A slide rack comprising a front-rear adjustment cam for adjusting.   The front wall and front plate of the tray are attached by screws through a pedestal, and a vertical hole is formed in the pedestal, and the left and right direction mounting adjustment of the front plate with respect to the front wall of the tray pivotally supported by the vertical hole is possible. Adjustment cam for adjusting the vertical mounting of the front plate with respect to the front wall of the tray pivotally supported on the side wall surface of the pedestal, and the vertical mounting adjustment of the front plate with respect to the front wall of the tray A front and rear adjustment cam is provided, and a screw that is screwed to the front plate via a pedestal is inserted in the front wall of the tray, and a free hole that has a play allowance to the screw position is formed by adjusting the mounting of the front plate In addition, a hole with a cam housing is formed in which a left and right adjustment cam is fitted and the pedestal is mounted and adjusted by rotating the eccentric protrusion of the left and right adjustment cam, and a tray by the claw is formed by rotating the vertical adjustment cam. In engagement with the front wall Are transverse grooves are formed in the vertical direction the mounting adjustment of the seat, the slide rack according to claim 1, wherein a contact surface in contact with the cam surface of the head before and after the adjustment cam is formed.   A pedestal to be joined to the front plate is provided between the front wall of the tray and the front plate, a screw is inserted into a free hole formed in the front wall of the tray, and the front wall of the tray is screwed to the front plate together with the pedestal. And a front plate, and a vertical hole is formed in the middle of the left and right mounting position by the screw on the upper end of this pedestal, and the horizontal adjustment of the front plate to the front wall of the tray that pivotally supports this vertical hole is adjusted. A front / rear adjustment cam for adjusting the front / rear direction mounting adjustment of the front plate with respect to the front wall of the tray is pivotally supported at the lower end of the pedestal. The slide rack according to any one of claims 1 to 2, further comprising a vertical adjustment cam for pivotally mounting and adjusting a front plate with respect to the vertical direction.   The front plate and the front wall of the tray are inserted into the hole in the front wall of the tray, which has enough play allowance by adjusting the mounting of the front plate. The left and right adjustment cams that are pivotally supported in the vertically long holes of the pedestal are fitted into the holes with the cam housing that are joined and formed in the front wall of the tray, and the eccentric protrusions are formed by the rotation of the left and right adjustment cams having the eccentric protrusions. Swings the pedestal to the left and right to adjust the mounting direction of the front plate to the front wall of the tray. A claw that engages with the lateral groove is formed in the head in the lateral groove provided on the front wall of the tray. The vertical adjustment cam is pivotally supported at the middle position of the side wall surface of the pedestal, and the swing of the pedestal by the claw portion by the rotation of the vertical adjustment cam adjusts the vertical mounting of the front plate with respect to the front wall of the tray, In addition, a front / rear adjustment cam is pivotally supported at the lower end of the side wall surface of the pedestal, and the front / rear adjustment cam is The front cam surface of the tray is brought into contact with the front wall of the tray, and the front plate is attached to the front wall of the tray by pressing against the front wall of the tray by the rotation of the front / rear adjustment cam. The slide rack according to any one of claims 1 to 3, wherein the mounting is fixed by retightening the screws.

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