KR101154437B1 - fixing apparatusfor sliding self - Google Patents

Abstract

The present invention relates to a fixing device for a sliding shelf, the fixing device is installed on both sides provided with a sliding body to be fixed to the fixing groove inside the cooking utensil, the lower surface of the shelf across the horizontal direction facing each other It is located on the inner surface of the beam, it is disposed in the horizontal direction between the operation lever having a handle in the center, the operation bar protruding downward at both ends of the operation lever, the operating bar and the inner surface of the sliding body facing each other, An operating hinge which is hinged to an inner side of the sliding body facing each other so that the operating bar can be moved by rotation, and is disposed in an outer surface direction of the sliding body on one side of the operating bar, and rotation of the operating bar Drive bracket moved to one side by, the drive bracket It is disposed in the upper direction toward the outer surface of the sliding body, the operating bracket which can be inserted into the fixed groove while being moved together with the drive bracket, and is disposed in the vertical direction between the operating bracket and the outer surface of the sliding body It includes a fixed hinge that is hinged to the outer surface of the sliding body so that the operation bracket can be rotated.

Lathes, cookware, sliding bodies, operating levers, fixed devices

Description

Fixing apparatus for sliding shelf {fixing apparatusfor sliding self}

The present invention relates to a fixing device for a sliding shelf.

In general, a cooking utensil such as a gas oven or an electric oven is provided with a shelf on which food is stored inside. The shelf is provided to be withdrawn and drawn in order to be stored inside the cooking utensil in a state where food is placed. Shelf is generally used for cooking utensils that are heated is made of a mesh form to increase the heat transfer efficiency to the food. The shelf of the mesh type may be provided with a sliding device that can be pulled in and out by sliding on both sides and inside the cooking utensil.

Conventional sliding shelf is a user draws the shelf to the outside to settle the food, and the cooked by closing the cooking utensil with the shelf fixed to the cooking utensil after positioning the shelf inside the cooking utensil Is carried out. At this time, while the position of the shelf is adjusted according to the size of the food can be cooked in a fixed state with a fixing device. That is, the shelf is provided with a fixing device inside the cooking utensil so as to be detachable while adjusting the position according to the size of the food.

Conventional fixing devices are disposed on both sliding sides of the sliding shelf, and are respectively inserted into grooves formed in the cooking utensil to fix the shelf. An elastic body is provided at the fixed position and is fixed while being rotated by an elastic force at the time of attachment. The grooves disposed in the cooking utensils are arranged in plural so that the shelf can be fixed while the position thereof is adjusted in the vertical direction. Fixing devices fixed to both sides of the sliding shelf are arranged in independent positions on each side. When moving in the up and down direction of the sliding shelf, the fixed devices are operated independently of each other to be detached and released in the released state, and when the removable sliding shelf is inserted and installed in a predetermined position, it is placed in the position determined by the elastic body without additional manipulation. While being caught in the grooves are rotated by the elastic force and attached by fixing. That is, when any one of the fixing devices that are independently operated on both sides at the time of withdrawing the shelf to the cooking utensil is not operated, the fixing is not released and the sliding shelf cannot be properly detached.

Conventional sliding shelf fixing device has a problem that the user is difficult to operate as the user needs to perform the detachment operation using both hands, the ease of use.

In addition, the fixing devices respectively installed on both sides are operated by different operating forces without the equal force applied to each fixing device at the time of operation as the user is operated by different operating forces using both hands. As such, when the fixing device is operated with different operating forces, if the force operated by one of the fixing devices is small, the fixing operation cannot be released, and if the operating force is large, damage or breakage may occur, resulting in a decrease in lifespan. there was.

The problem to be solved by the present invention is to provide a fixing device for the sliding shelf is installed on the cooking utensils installed on both sides of the sliding sliding shelf to be removable in one operation to improve the ease of use.

The fixing device for a sliding shelf according to an embodiment of the present invention is a fixing device installed on both sides provided with a sliding body to be fixed to the fixing groove in the cooking utensil, the lower portion of the shelf across the horizontal direction of the sliding body It is located on the inner side facing each other, the operating lever having a handle in the center, the operation bar protruding downward at both ends of the operation lever, the horizontal bar between the operation bar and the inner side facing each other of the sliding body is disposed in a horizontal direction And a hinge hinged to an inner side of the sliding body facing each other so that the operating bar can be moved by rotation, and disposed at one side of the operating bar in an outer surface direction of the sliding body. The drive bracket is moved to one side by the rotation of the drive bracket It is disposed upward in the sliding body outer surface direction of the bracket, the operating bracket which can be inserted into the fixing groove while being moved together with the drive bracket, and disposed in the vertical direction between the operating bracket and the outer surface of the sliding body And a fixed hinge that is hinged to an outer surface of the sliding body so that the operating bracket can be rotated, and the operating lever is operated about the operating hinge when the operating lever is operated to the other side while holding the handle part. As the bar is rotated, the driving bracket can be moved in one direction. When the driving bracket is moved to one side by the movement of the operating bar, the operating bracket is rotated around the fixing hinge to be inserted into the fixing groove. Can be moved to release the locked state.

In addition, the outer surface of the operating hinge, the operation bar may further include an operation elastic body is elastically supported, the operation elastic body is tensioned when the operation lever of the operation lever, the operation lever is finished when the operation lever The actuation lever can be returned to its pre-operation position.

And, the protruding on the inner surface of the sliding body facing each other, is located on the lower side of the operation bar and the elastic support and the other side of the sliding body is supported on the other side of the operating elastic body elastically supported on one side of the operating bar Protruding to the inner side facing each other, it is further located on the other side of the operation bar may further include a stopper for limiting the rotation range of the operation bar, the operating bar rotated about the operating hinge is the elastic support An elastic force is applied from the upper side to the other side by the operating elastic body supported by the elastic member, and the rotation of the operating bar rotated by the action of the elastic force of the operating elastic body is limited to the stopper to maintain the position before the operation of the operating bar. Can be.

In addition, the outer surface of the fixed hinge, the operation bracket may further include a fixed elastic body is elastically supported, the fixed elastic body is tensioned during the operation of the actuating lever, the actuation before the actuating lever is actuated The bracket may be returned to the insertion groove in the fixing groove, and the operation bracket elastically supported by the fixing elastic body is tensioned by the fixing elastic body when the shelf is inserted into the fixing groove by the elastic force without actuating the operating lever. It can be inserted and fixed.

According to an embodiment of the present invention, the operating device is installed on both sides of the shelf is connected to the fixing device which is arranged on both sides of the shelf installed so that the food is sliding on the cooking utensil to be cooked at the same time to operate on both sides in one operation Since the installed fixing device is released and the shelf is detached, the user can operate the fixing device with one hand, thereby providing an effect of improving convenience of use.

In addition, as the actuating levers connected to the fixing devices installed on both sides are operated while the operating force is simultaneously distributed to both sides by one operation, the operating force is prevented from being concentrated and damaged on either side, thereby providing an effect of increasing the service life.

Then, as the fixing devices arranged on both sides of the shelf are operated simultaneously by one operation, the detachable state of the shelf where the fixing of each fixing device is released can be recognized from the outside, and the fixing devices installed on both sides operate reliably. Can be provided to increase the accuracy of the operation.

In addition, the fixing device is provided with an elastic body that is returned to the state before operation in the operating portion operated by one hand, so that the operation efficiency can be improved as it can be repeatedly operated to be detachable.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Like parts are designated by like reference numerals throughout the specification.

Then, with reference to FIGS. 1 to 3, a shelf provided with a sliding device for fixing a shelf according to an embodiment of the present invention and a cooking appliance provided with the shelf will be described.

1 is a block diagram showing a state in which the fixing device for a sliding shelf according to an embodiment of the present invention is installed in the cooking appliance, Figure 2 is a perspective view showing a shelf provided with the fixing device for a sliding shelf of Figure 1, Figure 3 Is a bottom view of the shelf of FIG.

1 to 3, the shelf 10 and the cooking appliance 1 on which the shelf 10 is installed, the fixing device 100 for the sliding shelf 100 according to the embodiment of the present invention, has a fixing groove ( 2) is formed, the shelf 10 includes a sliding body 11 and the fixing device 100. The cooking appliance 1 cooks food, and may include an electronic oven, a gas oven, a microwave oven, and a gas range. That is, the cooking utensil 1 includes all the usual utensils for cooking. In the cooking appliance 1, fixing grooves 2 on which the shelf 10 is fixed are formed at both sides of the inner surface where the shelf 10 on which the food is placed is located. The fixing groove 2 is formed at a position facing each other that is detached or attached to the shelf 10, and may be arranged in a plurality of vertical directions so that the shelf 10 may be attached while being moved up and down.

The shelf 10 may be supplied and discharged in a state in which food to be cooked by the cooking appliance 1 is placed. Shelf 10 is formed in the form of a net so that the heat generated from the cooking appliance 1 when the food is heated can be transferred to the food. The shelf 10 may be moved inward and outward of the cooking appliance 1 in a state where food is placed therein.

Sliding body 11 is disposed on both sides of the shelf 10, the shelf 10 is installed in the cooking utensil 1 so that the shelf 10 can be withdrawn and drawn while sliding in and out.

Here, the sliding body 11 may include all conventional devices that slide so that the shelf 10 may be inserted into and drawn out from the cooking appliance 1. For example, moving rails are provided at both sides of the shelf 10, a fixing rail is provided inside the cooking apparatus 1, and a ball, a roller, and the like, which are sliding bodies, may be installed between the moving rail and the fixing rail. . The shelf 10 may be pulled in and out of the cooking appliance 1 through the sliding body. The sliding body 11 as described above includes all the devices that are normally sliding, so that detailed description thereof will be omitted herein.

The fixing device 100 is located on both sides of the shelf 10 and is coupled to the sliding body 11. The fixing device is inserted into the fixing groove when the shelf is detached, and is inserted into the fixing groove to maintain the fixed state when the shelf is attached, and when the shelf is detached, the fixing device is operated to release the fixing from the fixing groove. Can be. That is, the fixing device 100 is installed so that the shelf 10 can be fixed in a state located inside the cooking appliance 1.

The fixing device for a sliding shelf according to an embodiment of the present invention described above will be described with reference to FIGS. 4 to 6.

4 is a partially cutaway perspective view showing the main part of the fixing device for the sliding shelf of FIG. 2, FIG. 5 is a partially cutaway plan view showing the fixing device for the sliding shelf of FIG. 4, and FIG. 6 is a fixing device for the sliding shelf of FIG. Some incision use state diagram showing the state of use.

4 to 6, the fixing device 100 for a sliding shelf according to an embodiment of the present invention includes an operation unit 110 and a fixing unit 120. The operation unit 110 is an operation lever 111, a handle 112, an operation bar 113, an operation hinge 114, an operation elastic body 115, elasticity for simultaneously operating the fixing device 100 disposed on both sides A support 116, and a stopper 117. The actuating lever 111 is located on the inner surfaces of the sliding body 11 facing each other, which are disposed on both sides of the shelf 10 in the horizontal direction. In the center of the operating lever 111 is formed a handle portion 112 that can be gripped by the user. The operation lever 111 is positioned across the sliding bodies 11 disposed on both sides of the bottom of the shelf 10 in the form of a net, and a user's hand is inserted into the empty space of the shelf 10 of the form of a mesh. The part 112 is exposed to hold. That is, when the user operates the fixing device 100, the user may grip the handle 112 to operate the operating lever 111 by inserting one hand into the shelf 10 of the mesh type.

The actuating bar 113 protrudes downward from both ends of the actuating lever 111, and is integrally provided with the actuating lever 111. When the user operates the operation lever 111, the operation bar 113 integrally provided is operated together to operate the fixing part 120. The operation bar 113 protrudes downward at both ends of the operation lever 111 located on the inner surfaces of the sliding body 11 facing each other.

The operating hinge 114 hinges the operating bars 113 protruding on both sides to the inner surfaces of the sliding bodies 11 facing each other in the horizontal direction. The operating bar 113 is hinged to the inner surface of the sliding body 11 by the operating hinge 114 can be moved in the front and rear direction while being rotated about the operating hinge 114. Each operation bar 113 which is integrally connected with the operation lever 111 is hinged to the inner surface of the sliding body 11 by the operation hinge 114 to operate the operation bar 113 around the operation hinge 114. The rotating lever 111 may be operated back and forth while rotating. Therefore, when the user pulls forward by holding the handle 112 of the operation lever 111, the operation bar 113 is rotated about the operation hinge 114. When the operating bar 113 is rotated, the upper portion of the operating hinge 114 is moved forward and the lower portion is moved rearward. In accordance with the movement of the operation bar 113, the fixing unit 120 is operated to fix and release the shelf 10.

The actuating elastic body 115 surrounds the outer surface of the actuating hinge 114 and is supported at one side in the upper front of the actuating bar 113. The working elastic body 115 is installed so that the elastic force is applied to the working bar 113 from the upper front to the rear. When the operating lever 111 is operated to release the fixing of the shelf 10, the upper portion of the operating bar 113 is rotated forward about the operating hinge 114. When the upper portion of the operation bar 113 is moved to the front to move the lower portion to the rear to operate the fixing part (120). When the upper portion of the operating bar 113 is rotated forward, the operating elastic body 115 supported by one side is in a tensioned state. When the operation of the operation lever 111 is finished, the upper portion of the operation bar 113 is moved rearward by the elastic force of the tensioned operation elastic body 115 to return to the pre-operation position. When the operating bar 113 is moved, the integrally formed operating lever 111 is also moved together to return to the pre-operation state. Therefore, the fixing device 100 may be repeatedly operated as the operating lever 111 and the operating bar 113 are operated to be returned to the pre-operation position by the elastic force of the operating elastic body 115. Preferably, an elastic body such as a coil spring may be used as the working elastic body 115.

The elastic support 116 protrudes from the inner surfaces of the sliding body 11 which face each other, and is located at the lower front of the operation bar 113. One side of the working elastic body 115 is supported at the upper front of the operating bar 113, the other side is supported by the elastic support 116. The elastic support 116 is supported on the other side of the working elastic body 115 to provide an elastic force to the operating bar 113.

The stopper 117 protrudes on the inner surfaces of the sliding body 11 facing each other, and is located at the upper rear of the operation bar 113. After completing the operation, the operation bar 113, which is returned to the pre-operation state, is rotated to be moved in the upper rear direction by the operation elastic body 115 tensioned in the upper front. When the elastic force of the actuating elastic body 115 acts upon the rotation of the actuating bar 113, the upper part may be rotated out of the pre-operation position to the rear. Accordingly, the stopper 117 protruding from the upper rear of the operation bar 113 is installed to limit the rotation angle so that the operation bar 113 rotated by the action of the operation elastic body 115 is maintained before the operation. do.

The fixing part 120 includes an operating bracket 121, a driving bracket 122, a fixing hinge 123, and a fixing elastic body 124 disposed on outer surfaces of the sliding body 11 arranged on both sides of the shelf. Include. The operating brackets 121 are respectively disposed on the outer surfaces of the sliding bodies 11 disposed on both sides of the shelf 10, and are installed to be inserted into the fixing grooves 2 of the cooking appliance 1. The operation bracket 121 is inserted into the fixing groove 2 to fix the shelf 10 and may be released by rotation.

The driving bracket 122 is disposed at a rear side in a direction in which the driving bracket 122 moves from the lower portion of the operating bracket 121 to the operating bar 113, and is integrally provided with the operating bracket 121. The drive bracket 122 is rearward from the lower side of the operating bracket 121 so that the operating bar 113 rotated about the operating hinge 114 through the lower surface of the sliding body 11 can be moved in contact with the moving position. It is arranged. When the operating bar 113 is moved rearward by the rotation about the operating hinge 114, the driving bracket 122 is moved to the rear while being in contact with the driving bracket 122. When the driving bracket 122 is moved backward, the integrally formed operating bracket 121 is moved together.

The fixed hinge 123 is disposed in the vertical direction between the outer surface of the sliding body 11 and the operating bracket 121 disposed on both sides of the shelf, respectively, and the operating bracket 121 on the outer surface of the sliding body 11. It hinges so that it rotates. The operating bracket 121 is moved to the side while being rotated about the fixed hinge 123 disposed in the vertical direction when the driving bracket 122 is integrally provided to move backward by the rotation of the operating bar 113. That is, the operating bracket 121 may be rotated about the fixed hinge 123 and moved in the direction of the fixing groove 2 of the cooking appliance on the outer surface of the sliding body 11. In other words, when the operating bracket 121 is integrally moved with the driving bracket 122 which is moved to one side by the operation of the operating bar 113, the operating bracket 121 is drawn out to the fixing groove 2 by rotation about the fixed hinge 123. While fixing the shelf 10 can be released.

The fixed elastic body 124 surrounds the outer surface of the fixed hinge 123, and the operating bracket 121 is elastically supported. The fixed elastic body 124 is elastically supported to maintain the position before the operation of the operating bracket 121 rotated about the fixed hinge 123. The operation bracket 121 is inserted into the fixing groove 2 of the cooking utensil 1 to fix the shelf 10 inside the cooking utensil 1, and then the fixing is released by the operation of the operating lever 111. The stationary elastic body 124 is tensioned as it is rotated into position. When the operation bracket 121 is rotated so that the shelf 10 is released and the operation is completed, the operation bracket 121 may be inserted into the fixing groove 2 by the elastic force of the tensioned fixing elastic body 124. To return. Therefore, the operation bracket 121 can be used repeatedly as it returns to a position fixed by the elastic force of the fixed elastic body 124. In addition, the operation bracket 121 elastically supported by the fixed elastic body 124 is rotated by the elastic force at the time of attachment of the shelf 10 is inserted and fixed in the fixing groove (2) without additional operation, thereby improving the convenience of attachment of the shelf do. Preferably, an elastic body such as a coil spring may be used as the fixed elastic body 124.

The operation of the sliding device for a sliding shelf according to an embodiment of the present invention configured as described above will be described with reference to FIGS. 7 and 8.

7 is a configuration diagram showing a state in which the fixing device for a sliding shelf of FIG. 5 is fixed, and FIG. 8 is a configuration diagram showing a state in which the fixing device for the sliding shelf fixing device of FIG. 5 is released.

Referring to FIGS. 7 and 8, the operating bracket 121 is inserted into and fixed to the fixing groove 2 while the shelf 10 is inserted into the cooking appliance 1. In order to pull out the fixed shelf 10, one hand of the user is inserted into the shelf 10 of the mesh shape to grip the handle 112 of the operation lever. The operation lever 111 is pulled toward the front of the shelf 10 while the handle 112 is held. When the operation lever 111 is pulled forward, the lower portion of the operation bar 113 coupled with the operation hinges 114 respectively disposed on the inner surfaces of the sliding body 11 facing each other is moved rearward by rotation. The elastic body 115 is brought into a tensioned state by the rotation of the operation bar 113. When the operation bar 113 is moved to the rear, the driving bracket 122 located at the rear is moved to the rear while contacting. When the driving bracket 122 is moved to the rear, the integrally formed operating bracket 121 is rotated about the fixed hinge 123 to rotate in the direction of the outer surface of the sliding body 11, and the fixed elastic body 124 is the operating bracket. It becomes the state tensioned by rotation of 121. As shown in FIG. When the operating bracket 121 is rotated, the fixing is released while being drawn from the inside of the fixing groove 2. That is, the user detaches the shelf 10 in a state in which the fixing device 100 is released by manipulating the operation lever 111 with one hand.

When the shelf 10 is detached, the user releases the operation force of the operation lever 111, and when the operation force is released, the operation bar 113 is returned to the pre-operation position by the elastic force of the tensioned operation elastic body 115. At this time, when the rotation for the return of the operation bar 113 is stopped by the stopper 117 located rearward to return to the original position so that the operation bar 113 is returned to the state maintained before the operation is maintained again. do.

When the shelf 10 is attached and operated again, the operation bracket 121 elastically supported by the fixed elastic body 124 is inserted into the operation groove 2 while being rotated by the elastic force along the wall surface of the cooking utensil 1 and is separately attached. By attaching the shelf by the elastic force without operation to the operation lever 111 of the, it is automatically fixed by the insertion of the shelf 10 can be improved ease of attachment.

When the operating bar 113 is returned by the elastic force of the operating elastic body 115, the operating force moved to the rear of the driving bracket 122 is removed. When the operating force is removed, the operating bracket 121 integrally provided with the driving bracket 122 is rotated about the fixed hinge 123 by the elastic force of the tensioned fixed elastic body 124 to the fixing groove 2 of the cooking utensil. Is inserted. When the operating bracket 121 is inserted into the fixing groove 2, the shelf 10 may be fixed by the fixing device 100 in the cooking appliance 1. At this time, the driving bracket 122 is provided integrally with the operation bracket 121 to be in contact with the operation bar 113 when rotating together. The driving bracket 122 may be stopped while being in contact with the operating bar. That is, the driving bracket 122 may maintain the fixed state by the operation bar 113 serves as the stopper 117.

As described above, when the user operates the operation lever 111 with one hand, the operation brackets 121 disposed on both sides are rotated and the fixing is released. When the operation force is removed from the operation lever 111, the operation bracket 121 is removed. Can be moved to a fixed position. That is, the operating bracket 121 fixed to both sides of the sliding shelf 10 can be operated at the same time according to the operation of the operating lever 111, thereby improving the convenience of operation.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

1 is a block diagram showing a state in which a fixing device for a sliding shelf according to an embodiment of the present invention is installed in a cooking utensil.

FIG. 2 is a perspective view illustrating a shelf provided with a fixing device for a sliding shelf of FIG. 1; FIG.

3 is a bottom view of the shelf of FIG.

4 is a partially cutaway perspective view showing the main part of the fixing device for a sliding shelf of FIG.

FIG. 5 is a partially cutaway plan view of the fixing device for the sliding shelf of FIG. 4; FIG.

FIG. 6 is a partially cutaway use state diagram showing a use state of the fixing device for a sliding shelf of FIG. 4; FIG.

7 is a configuration diagram showing a state in which the fixing device for a sliding shelf of FIG. 5 is fixed.

8 is a configuration diagram showing a state in which the fixing of the fixing device for a sliding shelf of FIG. 5 is released.

* Description of the symbols for the main parts of the drawings *

1: cooking utensil 2: fixing groove

10 shelf 11 sliding body

100: fixing device 110: operating part

111: operation lever 112: handle portion

113: operating bar 114: operating hinge

115: working elastic body 116: elastic support

117: stopper 120: fixing part

121: operating bracket 122: driving bracket

123: fixed hinge 124: fixed elastic body

Claims (4)

In the sliding device provided on the sliding body provided on opposite sides of the shelf coupled to the fixing groove provided on the inside of the cooking utensil for fixing the shelf shelf, An actuating lever positioned on an inner side of the sliding body facing each other across the lower portion of the shelf in a horizontal direction; An operation bar which protrudes downward from each end of the operation lever, An operating hinge disposed in a horizontal direction between the operating bars and the inner surfaces of the sliding bodies facing each other, the hinge being coupled to the inner sides of the sliding bodies so as to be moved by rotation; A driving bracket disposed on one side of the operation bar in an outer surface direction of the sliding body and moved to one side by rotation of the operation bar; An operating bracket which is disposed upward in an outer surface direction of the sliding bracket of the driving bracket and which can be inserted into the fixing groove while being moved together with the driving bracket; A fixed hinge disposed vertically between the operating bracket and the outer surface of the sliding body, the hinge being coupled to the outer surface of the sliding body so that the operating bracket can be rotated Including; When the operation lever is operated to the other side while holding the handle part, the operation bar may be rotated about the operation hinge to move the driving bracket in one direction, and the driving bracket may be moved by the movement of the operation bar. When moved to the center of the fixed hinge while the operating bracket is rotated can be moved to release the fixed state inserted into the fixing groove Fixture for sliding shelves. The method of claim 1, An actuating elastic body surrounding an outer surface of the actuating hinge, the actuating bar being elastically supported; Further provided, The actuating elastic body is tensioned when the actuating lever is actuated, and the actuating lever can be returned to the pre-operation position when the actuating lever is finished. Fixture for sliding shelves. 3. The method of claim 2, An elastic support protruding from the inner surfaces of the sliding bodies facing each other, positioned on one side of the lower side of the operating bar, and the other side of the operating elastic body elastically supported by the upper one side of the operating bar; A stopper protruding from the inner surface of the sliding body facing each other, located on the other side of the upper operation bar to limit the rotation range of the operation bar Further provided, The actuating bar rotated about the actuating hinge has an elastic force acting from the upper side to the other side by the actuating elastic body supported by the elastic support, and rotates the actuating bar rotated by the action of the elastic force of the actuating elastic body. Limited to the stopper to maintain the pre-operation position of the actuation bar. Fixture for sliding shelves. The method of claim 1, A fixed elastic body surrounding an outer surface of the fixed hinge, and the operating bracket being elastically supported Further provided, The fixed elastic body is tensioned when the actuating lever is actuated, and the actuating bracket before the actuating lever is actuated can be returned to the insertion position in the fixing groove, The operation bracket elastically supported by the fixed elastic body may be inserted into and fixed to the fixing groove by elastic force without the operation lever being actuated while the fixing elastic body is tensioned when the shelf is inserted. Fixture for sliding shelves.

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