JP2009066277A - Storage type storeroom apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a storage type storeroom apparatus of which the width is formed in a thin type and which can be installed in a slender space extended in a longitudinal direction. <P>SOLUTION: The storage type storeroom apparatus consists of: a slide means equipped with a vertical plate section in the vertical direction; and a storage means which stores the slide means in such a manner that the slide means can be drawn out. The slide means can move between a housing position and a drawing-out position. The slide means has a storeroom member turnably tied between a standing posture along the longitudinal plate section and a development posture which intersects the longitudinal plate section, and a control mechanism is formed between the slide means and the storage means. The control mechanism can turn the storeroom means to the development posture when the slide means is moved to the drawing-out position from the housing position and can turn the storeroom means to be the standing posture when the slide means is moved to the housing position from the drawing-out position. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a retractable storage device configured to store a storage member such as a cup holder or a storage shelf.

  2. Description of the Related Art Conventionally, a retractable cup holder device mounted on an automobile armrest is known. For example, the sliding means is retractably stored in the case, and an arcuate cup holder is provided on the sliding means so as to be movable in the expansion / contraction direction, and the cup holder moves in the expansion direction when the sliding means is pulled out of the case. Thus, a device has been proposed in which a cup-holdable state is formed, and when the sliding means is pushed into the case, the cup holder moves in the contraction direction and is stored inside the case.

JP 2006-96182 A JP 2006-82769 A

  The conventional retractable cup holder device is configured such that the cup holder is expanded or folded laterally with the vertical axis as the pivot in conjunction with the pulling-out operation. Therefore, it is inevitable that the overall size of the apparatus becomes wide.

  By the way, for example, many pachinko machines are arranged on the island of pachinko halls, and customers enjoy pachinko games for a long time. Therefore, it is desirable to provide a cup holder on the pachinko machine for customer convenience. However, since the pachinko machine is generally replaced in a relatively short period of time, it is uneconomical to attach the cup holder to the pachinko machine.

  In this regard, the present inventor can re-use regardless of the replacement of the pachinko machine by inserting a cup holder device that can be stored between adjacent pachinko machines, and can be stored during use. Therefore, it was learned that it would not get in the way of customers' pachinko games.

  However, since the space allowed between adjacent pachinko machines is limited to a narrow and long and narrow space extending in the vertical direction, it is not possible to use the above-described automobile cup holder device having a wide width. Is possible. For this reason, it is necessary to fundamentally modify the storage structure of the prior art.

  It is an object of the present invention to provide a retractable storage means such as a cup holder that can be mounted in a vertically elongated space.

  Therefore, the present invention is configured as the first means, comprising slide means having a vertical plate portion in the vertical direction and storage means for retractably storing the slide means, wherein the slide means is defined as a storage position. The storage member is configured to be movable between the drawing positions, and the slide means is pivotally mounted so as to be rotatable between a standing posture along the vertical plate portion and a deployed posture crossing the vertical plate portion. The storage means is rotated between the slide means and the storage means so that when the slide means is moved from the storage position to the extraction position, the storage means is turned to the deployed position, and the slide means is moved from the extraction position to the storage position. And a control mechanism for rotating the storage means so as to be in an upright posture when moved.

  Further, the present invention is configured as the second means, comprising slide means having a vertical plate portion in the vertical direction and storage means for retractably storing the slide means, wherein the slide means is set as a storage position. The storage member is configured to be movable between the drawing positions, and the slide means is pivotally mounted so as to be rotatable between a standing posture along the vertical plate portion and a deployed posture crossing the vertical plate portion. The swinging operation arm provided on the slide means and the fixed drive rail provided on the storage means are operated by the drive rail in conjunction with movement of the slide means in the pull-out direction and the storage direction. A control mechanism configured to swing the arm, and the operating arm includes an operating piece that moves up and down by the swinging of the operating arm, and the upward movement of the operating piece changes the storage member from the deployed position to the standing position. And the storage rail is configured to rotate downward from the standing posture to the deployed posture by the downward movement of the operating piece. When the slide means moves from the pull-out position to the predetermined intermediate position before the storage member enters the storage means, the upward movement of the operating piece is completed, and the slide means is moved from the predetermined intermediate position. In order to complete the downward movement of the operating piece when moving to the extraction position, a drive unit that swings the operating arm in a range between the extraction position and a predetermined intermediate position is provided.

  In a preferred embodiment of the present invention, the storage member forms a follower on the bottom surface and is urged so as to rotate from a standing posture to a deployed posture in a free state. The actuating member is rotated from the follower of the storage member to the upright position by pushing up the driven part of the storage member that has been deployed by the upward movement of the storage member, and is moved to the upright position by the downward movement of the operation piece. The container member is configured to be rotated to the unfolded posture by moving the container away from each other.

  At this time, by pivotally attaching the pivot piece of the storage member to the bracket protruding from the vertical plate portion of the slide means, the storage member is configured to rotate between the standing posture and the deployed posture, Preferably, the driven auxiliary piece extends from the storage member at a position adjacent to the pivot piece, and the driven portion extends from the bottom surface of the storage member to the bottom surface of the driven auxiliary piece.

  According to the first aspect of the present invention, the storage member 23 is pivotally attached between the standing posture along the vertical plate portion 17 in the vertical direction and the deployed posture intersecting the vertical plate portion 17. Therefore, the apparatus main body 1 can be formed into a vertically long shape with a thin overall width. Therefore, there is an effect that it can be installed in a vertically long space 4 that is allowed between adjacent pachinko machines.

  Then, when the slide means 8 is moved from the storage position S to the extraction position E between the slide means 8 and the storage means 9, the storage means 23 is rotated so as to be in the deployed position, and the slide means 8 is moved from the extraction position E. Since the control mechanism 38 is provided to rotate the storage unit 23 so that the storage unit 23 is in the upright position when the storage unit S is moved to the storage position S, the storage unit 23 is automatically moved by simply moving the slide unit 8 in the pull-out direction. On the contrary, by simply moving the sliding means 8 in the storing direction, the storage member 23 is automatically set in the standing position and stored in the storing means 9, which is extremely convenient and convenient.

  According to the second aspect of the present invention, the control mechanism 38 is configured by the swingable operation arm 39 provided on the slide means 8 and the fixed drive rail 40 provided on the storage means 9. Since the operation member 42 is moved up and down by the swinging movement of the storage member 23, the storage member 23 is rotated in the vertical direction. The structure can be rotated smoothly between postures.

  And since it is the structure which formed the drive part 50 in the drive rail 40 corresponding to the drawing position E and the predetermined intermediate position M of the sliding means 8, when the sliding means 8 is moved to the storing direction from the drawing position E, a storage member Before the 23 enters the storage means 9, the upward movement of the operation piece 42 by the swing of the operation arm 39 is completed, and the storage member 23 is held in a standing posture, thereby enabling a smooth storage operation without any trouble. In addition, such an operation has an advantage that it can be realized with a simple structure in which the drive unit 50 is formed in a predetermined region of the drive rail 40.

  According to the third aspect of the present invention, the storage member 23 is urged so as to rotate from the standing posture to the deployed posture in a free state, and the driven portion 33 of the operating arm 39 is pushed up. As a result, the storage member 23 is rotated from the deployed posture to the standing posture, while the operating piece 42 is moved away from the driven portion 33 to rotate the storage member 23 from the standing posture to the deployed posture by the biasing force. Since it is a structure, the mechanism between the action piece 42 and the driven part 33 can be formed simply, and it becomes possible to provide the apparatus which can be used safely without a trouble.

  According to the fourth aspect of the present invention, the driven auxiliary piece 32 extends from a position adjacent to the pivot piece 27 of the storage member 23, and the driven portion 33 extends from the bottom surface of the driven auxiliary piece 32 to the bottom surface of the storage member 23. Therefore, when the operating piece 42 of the operating arm 39 pushes up the storage member 23 in the deployed posture, the operating piece 42 is disengaged from the driven portion 33 in the vicinity of the pivot piece 27 of the storage member 23. There is no fear of so-called idling of moving upward toward the position, and the operating piece 42 is reliably brought into contact with the bottom surface of the driven auxiliary piece 32 at the time of initial movement, and the operating piece 42 is subsequently scooped along the bottom surface of the storage member 23. There is an effect that it can be moved up to rise.

  Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

  The retractable storage device 1 according to the present invention is characterized in that it can be mounted in a long and narrow space in the vertical direction. For example, as shown in FIG. 1, adjacent pachinko machines arranged in an island 2 are arranged. It is mounted in a vertically elongated space 4 that is allowed between the game tables 3 and 3 such as a pachislot table or the like. In the case of the illustrated example, a lending machine (a ball lending machine in the case of a pachinko machine, a pseudo coin lending machine in the case of a pachislot machine) 5 and a retractable storage device 1 are juxtaposed between the game machines 3 and 3.

  The retractable storage device 1 is configured such that the apparatus main body 6 is detachably assembled to the column 7, and the apparatus main body 6 is attached to the elongate space 4 as will be described later, and the apparatus main body 6 is attached to the front side of the column 7. It is assembled by inserting from. The column 7 constitutes a middle pillar for forming a mounting space for the game table 3 with respect to the island 2, and the upper and lower flanges 7 a and 7 b of the column 7 are connected to the upper beam and the lower beam of the island 2 (not shown). The top and bottom beams are supported by each other. At this time, the front wall 7c of the support column 7 has a decorative finish by painting or the like, and the front wall 7c arranged substantially flush with the front of the game table 3 opens the opening on the front side of the space 4. Close. Hereinafter, the terms “front”, “back”, and “side” are used in the sense that the front of the game table 3 is used as a reference.

  As shown in FIGS. 2 to 4, the apparatus main body 6 includes slide means 8 and storage means 9, and is combined so that the slide means 8 is retractably stored in the storage means 9.

(Basic configuration of storage means)
The storage means 9 is composed of a thin box-shaped casing 10 formed in a rectangular dish shape whose side is opened, and a cover plate 12 connected to a side edge on the back side of the casing 10 via a hinge 11. The flange plate 13 is provided on the front side of the casing 10, and in the case of the illustrated embodiment, it is integrally formed of synthetic resin.

  Inside the upper and lower walls 10a and 10b of the casing 10, a plurality of claw pieces 14 (the claw pieces on the upper wall are not shown but are arranged symmetrically with the claw pieces on the lower wall) are provided. A tongue piece 15 is provided in the vicinity of the upper and lower edges of the inner surface of the plate 12. Therefore, when the lid plate 12 and the casing 10 are brought together, the tongue piece 15 is fitted between the upper and lower walls 10 a and 10 b and the claw piece 14, and the side opening of the casing 10 is closed by the lid plate 12. A window hole 16 communicating with the inside of the casing 10 is formed in the flange plate 13.

(Basic configuration of slide means)
The sliding means 8 includes a vertical plate portion 17 in the vertical direction that is retractably stored in the storage means 9 through the window hole 16, and a guide rib 18 is provided along the upper edge of the vertical plate portion 17. A support rib 19 is provided along the vicinity of the edge, and further, a closing wall 20 is provided at the side edge on the front side, and a vertical wall that is positioned slightly closer to the front side from the side edge on the back side and extends in the vertical direction. 21 is provided in the vertical plate portion 17 and is integrally formed of synthetic resin in the case of the illustrated embodiment.

  Therefore, when the sliding means 8 is stored in the storage means 9, the window hole 16 is closed with the closing wall 20 positioned substantially flush with the flange plate 13 as shown in FIG. 3. When the sliding means 8 is pulled out from the storage means 9, as shown in FIG. 4, the vertical wall 21 is close to the flange plate 13 and covers most of the window hole 16 from the inside. Therefore, the sliding means 8 can move forward and backward between the storage position shown in FIG. 3 and the drawing position shown in FIG. 4, and the vertical plate portion 17 overlaps the dish-shaped bottom wall 10 c of the casing 10 during the movement. In addition to sliding, the guide rib 18 slides on the inner surface of the upper wall 10a of the casing 10, and the lower edge of the vertical plate portion 17 slides on the inner surface of the lower wall 10b of the casing 10. In order to assist withdrawing the sliding means 8, a knob 22 is provided on the closing wall 20.

(Structure of the storage member)
On the vertical plate portion 17 of the sliding means 8, a storage member 23 pivotally attached so as to be rotatable between a standing posture along the vertical plate portion 17 and a deployed posture crossing the vertical plate portion 17. Is provided. In the case of the illustrated embodiment, the storage member 23 constitutes a cup holder including a receiving tray 24 disposed on the lower side and a holding ring 25 disposed on the upper side.

  As shown in FIG. 2, the saucer 24 constitutes a dish body 26 integrally formed of synthetic resin, and slides on the pivot pieces 27 and 27 extending from the dish body 26 formed in a substantially circular shape as a whole. By pivotally attaching to the brackets 28, 28 projecting from the vertical plate portion 17 of the means 8, it can be rotated between the standing posture and the deployed posture. In the case of the illustrated embodiment, the plate body 26 extends a support piece 29 extending between the pivot pieces 27, 27, whereas the vertical plate portion 17 of the slide means 8 is below the brackets 28, 28. A support rib 30 is provided on the support rib 19, and a receiving piece 31 is protruded from the vertical plate portion 17 between the brackets 28 and 28. Thereby, when the pan body 26 is rotated downward from the standing posture toward the deployed posture, the end surface of the support piece 29 comes into contact with the support rib 30 and the support piece 29 comes into contact with the lower surface of the receiving piece 31. Stopper means for holding the dish body 26 in the unfolded posture is configured. When the plate body 26 is rotated upward from the deployed posture to the standing posture, the support piece 29 is separated from the support rib 30 and the receiving piece 31, so that the stopper means rotates the plate body 26 upward. There is no hindrance.

  The saucer 24 is described later by extending the follower assisting piece 32 from the saucer body 26 at a position adjacent to the pivot piece 27 and forming the bottom surface of the saucer 24 and the bottom surface of the follower assisting piece 32 substantially flush with each other. A driven portion 33 that receives the operation of the control mechanism is configured.

  The holding ring 25 is formed by bending a wire rod into a substantially annular shape, and pivoting pieces 34 and 34 having pivots at both ends of the wire rod are provided as brackets 35 protruding from the vertical plate portion 17 of the slide means 8. , 35 is pivotable between the standing posture and the deployed posture. In the case of the illustrated embodiment, a pedestal 36 extending from the bracket 35 is provided directly below the pivot piece 34. Thereby, when the holding ring 25 is rotated downward from the standing posture toward the deployed posture, the pivot piece 34 is placed on the receiving stand 36, and the stopper means is configured to hold the retaining ring 25 in the deployed posture. ing. When the holding ring 25 is rotated upward from the deployed position toward the standing position, the pivot piece 34 is separated from the receiving base 36, so that the stopper means does not prevent the holding ring 25 from rotating upward. .

  Both the tray 24 and the holding ring 25 constituting the storage member 23 are urged to rotate from the standing posture to the deployed posture in a free state. In the case of the illustrated embodiment, the biasing means uses the weight of the tray 24 and the holding ring 25. That is, the tray 24 and the holding ring 25 are in a standing posture such that the portions above the pivots of the pivot pieces 27 and 34 are slightly inclined outward (in the direction toward the cover plate 12 of the storage means 9). Accordingly, the tray 24 and the retaining ring 25 are urged to rotate toward the deployed posture by their own weights unless they are held by an operating arm of a control mechanism described later. The urging means may be configured by providing springs such as crane springs on the pivots of the pivot pieces 27 and 34, respectively, in addition to using the weights of the tray 24 and the holding ring 25.

  The vertical distance between the tray 24 and the holding ring 25 is configured such that the tray 24 overlaps the holding ring 25 in a state where both are in the standing posture. In the case of the illustrated example, a substantially central region of the tray 24 is arranged so as to face the pivot piece 34 of the holding ring 25, and a notch hole 37 is formed in a substantially central portion of the tray 24. Thereby, when the receiving tray 24 is set in the standing posture, the bracket 35 and the receiving stand 36 of the holding ring 25 face toward the notch hole 37 to prevent mutual interference.

(Configuration of control mechanism)
Between the slide means 8 and the storage means 9, when the slide means 8 is moved from the retracted position to the pulled-out position, the storage member 23 (specifically, the tray 24) is rotated so as to be in the unfolded posture, and the opposite In addition, there is provided a control mechanism 38 that rotates the storage member 23 (specifically, the tray 24) so as to be in an upright posture when the slide means 8 is moved from the drawer position to the storage position.

  The control mechanism 38 includes a swingable operating arm 39 provided on the slide means 8 and a fixed drive rail 40 provided on the storage means 9, and is interlocked with the movement of the slide means 8 in the pull-out direction and the storage direction. The actuating arm 39 is swung by the drive rail 40.

  The operating arm 39 is pivotally supported so that the base end portion of the operating arm 39 is rotatable with respect to the support shaft 41 provided on the vertical plate portion 17 and located slightly on the back side of the vertical wall 21 of the sliding means 8. Then, by extending the operating arm 39 so as to cross the vertical wall 21, an operating piece 42 that faces the driven portion 33 of the tray 24 is formed at the tip, and the outer side surface (the storage means 9) of the intermediate portion of the operating arm 39 is formed. The drive protrusion 43 is provided on the side surface facing the cover plate 12. Therefore, when the operation arm 39 is rotated, the operation piece 42 moves up and down along the driven portion 33 of the tray 24.

  In the case of the illustrated embodiment, a pair of leg pieces 44, 45 are provided on the inner side surface (side surface facing the vertical plate portion 17) of the operating arm 39, with the operating arm 39 being pivotally supported by the support shaft 41. The pieces 44 and 45 are located on both sides of the vertical wall 21 and slidably support the vertical plate portion 17. The vertical wall 21 forms a notch 46 that receives the actuating arm 39 in a swingable manner, and constitutes a stopper that restricts the upward movement of the actuating arm 39 by the upper end of the notch 46.

  The drive rail 40 is provided on the cover plate 12 of the storage means 9 and extends over a range in which the slide means 8 moves between the drawer position and the storage position, and controls the drive protrusion 43 of the operating arm 39. In the case of the illustrated embodiment, as shown in FIG. 3, the drive rail 40 is formed by a slit 47 formed in the cover plate 12 and a rib 48 that protrudes from the inner surface of the cover plate 12 and borders the slit 47. However, it is sufficient that the drive protrusion 43 of the operating arm 39 is slidably controllable. Therefore, the drive rail 40 may be constituted by only the slit 17 or the rib 48. It does not have to be rail-shaped.

  With the slide means 8 stored in the storage means 9 and assembled, the drive protrusion 43 of the operating arm 39 is slidably fitted to the drive rail 40. With respect to the movement range between the storage position and the drawer position of the slide means 8, before the storage position S, the drawer position E, and the slide means 8 are moved from the drawer position E and the storage member 23 enters the window hole 16 of the storage means 9. When the predetermined intermediate position M is set, the drive rail 40 includes a holding portion 49 that slides the drive protrusion 43 that moves between the storage position S and the predetermined intermediate position M in a fitted state, and the predetermined intermediate position M and the extraction position. A driving portion 50 is formed in which the driving protrusion 43 moving between E is slid in a fitted state, the holding portion 49 and the driving portion 50 are continuously communicated, and the holding portion 49 is disposed substantially horizontally to drive The portion 50 is inclined so as to descend from the holding portion 49 toward the front side.

(Configuration of display unit)
As shown in FIG. 4, an information display unit 51 is provided in front of the upper end portion of the flange plate 13 of the storage means 9, and an article name such as “cup holder” is displayed. Thereby, as shown in FIG. 1, a user can recognize that the apparatus main body 6 incorporated in the support | pillar 7 is a retractable storage device.

  In the case of the illustrated embodiment, when the storage member 23 is rotated to the unfolded posture by pulling out the sliding means 8, a relatively large exposed surface is formed on the vertical plate portion 17, so that the second surface is formed on the surface. The information display section 52 is provided. Various advertisements and the like can be displayed on the second information display unit 52. In the case of a cup holder, it is preferable to display advertisements of beverage companies, and in addition, advertisements of pachinko halls are displayed. You can also.

(Function of the device)
The operation of the apparatus main body 6 based on the above configuration will be described with reference to FIGS. As described above, the slide means 8 stored in the storage means 9 is movable between the storage position and the drawer position, and the drive rail 43 is engaged with the drive rail 40 in a state where the drive protrusion 43 of the operation arm 39 is fitted to the drive rail 40. Therefore, the storage position S, the predetermined intermediate position M, and the extraction position E described above are indicated by chain lines with the drive protrusion 43 as a reference.

  FIG. 5 shows a state in which the slide means 8 has moved to the storage position S. The side edge on the back side of the vertical plate portion 17 of the slide means 8 comes into contact with the side wall on the back side of the storage means 9, and the window hole 16. The surface on the front side of the closing wall 20 that closes the wall is disposed substantially flush with the surface on the front side of the flange plate 13. In this state, the tray 24 and the holding ring 25 constituting the side object placing member 23 are all in the standing posture, and the substantially upper half portion of the tray 24 is overlapped with the substantially lower half portion of the retaining ring 25. The driving projection 43 of the operating arm 39 is fitted to the holding portion 49 of the driving rail 40. In this state, the operating piece 42 is positioned at the uppermost end of the driven portion 33 of the tray 24, and the driven portion 33 is pressed. The tray 24 is held in a standing posture. Note that the holding ring 25 holds the standing posture while being pressed by the tray 24.

  When the slide means 8 is pulled out by picking the knob 22 from this state, the horizontally extending holding portion 49 of the drive rail 40 is slid until the drive protrusion 43 moves and reaches the predetermined intermediate position M. The arm 39 does not rotate. That is, the storage member 23 is kept standing by the operating piece 42 of the operating arm 39 until the predetermined intermediate position M, that is, until the storage member 23 comes out of the window hole 16.

  Therefore, when the sliding means 8 moves from the predetermined intermediate position M to the drawing position E, the driving projection 43 of the operating arm 39 slides downward along the driving portion 50 of the driving rail 40, so that the operating arm 39 rotates to move the operating piece 42 downward. As described above, since the storage member 23 is biased to rotate downward from the standing posture to the deployed posture, the working piece 42 moves downward and moves away from the driven portion 33 of the tray 24. The tray 24 rotates toward the deployed posture. At the same time, as the tray 24 moves away from the retaining ring 25, the retaining ring 25 also pivots toward the deployed posture.

  When the slide means 8 moves to the drawing position E, as shown in FIG. 6, the drive protrusion 43 reaches the lowermost end of the drive section 50 of the drive rail 40, and the operation piece 42 of the operation arm 39 finishes moving downward. In this state, the tray 24 and the holding ring 25 are held in the deployed posture by the stopper means as described above, and the operating piece 42 is stopped at a lower position away from the driven portion 33 of the tray 24. Therefore, similarly to a normal cup holder, a container 53 such as a beverage cup or a beverage can can be placed and held on the storage member 23.

  Contrary to the above operation, when the container 53 is removed from the storage member 23 and the slide means 8 is moved from the drawer position E to the storage position S and stored, the drive protrusion 43 of the operating arm 39 is driven by the drive portion of the drive rail 40. 50, the operating arm 39 is rotated and the operating piece 42 is moved upward. Since the operating piece 42 comes into contact with the bottom surface of the follower auxiliary piece 32 of the receiving tray 24 and then moves up along the bottom surface of the receiving tray 24, the driven portion 33 is pushed up by the operating piece 42 to bring the receiving tray 24 into an upright posture. Rotate towards. When the receiving tray 24 comes into contact with the holding ring 25 in the deployed posture from below, the holding ring 25 also rotates along with the receiving tray 24 toward the standing posture.

  The storage member 23 is configured not to enter the window hole 16 until the drive protrusion 43 that moves together with the sliding means 8 reaches the predetermined intermediate position M from the pull-out position E. That is, when the driving projection 43 reaches the predetermined intermediate position M, the rotation of the operating arm 39 is ended by the driving unit 50 of the driving rail 40, and the operating piece 42 moves up to the uppermost position, whereby the tray 24 and the holding ring are moved. 25 is held in a complete standing posture. Accordingly, the sliding means 8 can be moved from the predetermined intermediate position M toward the storage position S. At this time, since the driving protrusion 43 slides in the horizontal direction along the holding portion 49 of the driving rail 40, the storage member 23 is held in the standing posture by the operating piece 42.

(Structure of the support)
FIG. 7 shows the relationship between the apparatus main body 6 and the column 7. Locking claws 54 and 55 are provided on both sides of the casing 10 in the vicinity of the back surface of the flange plate 13 of the storage means 9. As shown in FIG. 7A, one locking claw 54 protrudes with a gap 56 formed between the bottom wall 10c of the casing 10 and the flange plate 13, and is spaced apart in the vertical direction. There are multiple rows. As shown in FIG. 7 (B), the other locking claw 55 is projected on the opposite side of the casing 10 with a gap 57 formed between it and the flange plate 13, and is spaced apart in the vertical direction. There are multiple rows. At this time, as shown in the drawing, the left and right locking claws 54 and the locking claws 55 are provided so as to be displaced from each other in the horizontal direction. A notch 58 is formed on the side edge of the cover plate 12 that covers the casing 10 so as not to interfere with the other locking claw 54.

  The flange plate 13 has an upper piece 13 a extending upward of the casing 10 and a lower piece 13 b extending downward. The information display unit 51 described above is provided on the front surface of the upper piece 13a. The lower piece 13b is provided with a lateral slit 59, and a fitting claw 60 having an L-shaped cross section is provided on the rear surface of the lower piece 13b so as to project from above the slit 59. 60 is formed so as to cover the slit 59 in a state where a gap is formed between the lower piece 13b and a projection 60a facing the slit 59 is provided at the lower end edge of the fitting claw 60.

  On the other hand, the support column 7 is formed in a cross-sectional groove shape, and an insertion window 61 is provided in the front wall 7c. The insertion window 61 has a width that is substantially the same as or slightly wider than the width of the casing 10 covered by the cover plate 12, and is longer than the vertical length of the casing 10. It is formed in a vertical dimension that is longer by a corresponding dimension. Therefore, locking edges 62 and 63 are formed by both side edges of the insertion window hole 61, and notched recesses 64 and 65 that allow the locking claws 54 and 55 to pass through are formed in the locking edges 62 and 63. ing. Further, a horizontal slit 66 is formed below the insertion window 61, and a fitting portion 67 is formed between the lower end of the insertion window 61 and the slit 66.

  According to the above configuration, the storage means 9 can insert the casing 10 covered by the cover plate 12 from the end on the back side into the insertion window 61 as shown by the arrow F in the figure. When the rear surface of the flange plate 13 is inserted until it contacts the front wall 7c, the locking claws 54 and 55 are inserted through the recesses 64 and 65, respectively, and the fitting claw 60 passes through the lower end of the insertion window 61. Inserted. Therefore, when the storage means 9 is moved downward as indicated by the arrow D in this insertion state, the locking claws 54 and 55 are locked to the inner surfaces (rear surfaces) of the locking edges 62 and 63, and the fitting piece 60. Is fitted to the inner surface (rear surface) of the fitting portion 67, and the projection 60 a of the fitting piece 60 is locked to the slit 66. As a result, the storage means 9 is brought into an assembled state in which it cannot be removed from the support column 7. In addition, since the protrusion 60a is engaged with the slit 66, the casing 10 is prevented from moving upward.

  When it is necessary to remove the storage means 9 from the column 7, a jig such as a driver tool is inserted from the slit 59 and the fitting claw 60 is pushed to release the locking of the projection 60 a and the slit 66, and the casing 10. Is moved upward, the engaging claws 54, 55 face the recesses 64, 65, and the fitting claws 60 face the lower end of the insertion window 61, so the casing 10 may be removed from the insertion window 61.

  As described above, after the column 7 is attached to the space 4 as shown in FIG. 1, the apparatus main body 6 can be assembled or removed from the front side.

(Other embodiments)
The storage member 23 in the retractable storage device of the present invention is a thin case that can be opened and closed, such as a shelf for mounting small articles such as cigarettes, ashtrays, etc., as shown in FIG. It can be used for various purposes.

It is a perspective view which shows the example which mounted | wore islands, such as a pachinko, with the retractable storage device which concerns on this invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing an embodiment of the present invention and showing each member in an exploded state. FIG. 3 is a perspective view showing a state in which the slide means is stored in the storage means and the cover plate of the storage means is opened from the casing according to the embodiment of the present invention. FIG. 5 is a perspective view showing a state in which the slide means is pulled out from the storage means and the cover plate of the storage means is broken, showing an embodiment of the present invention. It is sectional drawing which shows the effect | action of one Embodiment of this invention, and shows the state which moved the slide means to the storing position. It is sectional drawing which shows the effect | action of one Embodiment of this invention, and shows the state which moved the slide means to the drawer position. 1 shows an example of an assembly structure of an apparatus main body and a column, (A) is a perspective view showing the apparatus main body in a state where the bottom wall of the casing is viewed from the back side, and (B) is an apparatus main body viewed from the opposite side. FIG. It is a perspective view which shows another example of a storage member.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Retractable storage device 4 Space 6 Apparatus main body 7 Support | pillar 7c Front wall 8 Slide means 9 Storage means 10 Casing 12 Cover plate 13 Flange plate 16 Window hole 17 Vertical plate part 20 Closing wall 23 Storage member 24 Sauce plate 25 Holding ring 27 Pivoting Piece 28 Bracket 29 Support piece 30 Abutment rib 31 Receiving piece 32 Followed auxiliary piece 33 Followed portion 34 Pivoting piece 35 Bracket 36 Receiving base 38 Control mechanism 39 Actuating arm 40 Driving rail 41 Support shaft 42 Acting piece 43 Driving projection 49 Holding portion 50 Driving part 51, 52 Information display part 54, 55 Locking claw 59 Slit 60 Inserting piece 61 Insertion window 62, 63 Locking edge 64, 65 Recessed part 66 Slit 67 Inserting part

Claims (4)

The slide means (8) provided with the vertical plate portion (17) in the vertical direction and the storage means (9) for retractably storing the slide means (8), the slide means (8) being in the storage position ( Configured to be movable between S) and the drawer position (E),
The sliding means (8) includes a storage member (23) pivotably mounted between a standing posture along the vertical plate portion (17) and a deployed posture crossing the vertical plate portion (17). ,
When the slide means (8) is moved from the storage position (S) to the extraction position (E) between the slide means (8) and the storage means (9), the storage member (23) is in the deployed posture. And a control mechanism (38) for rotating the storage member (23) so as to be in an upright position when the slide means (8) is moved from the extraction position (E) to the storage position (S). A retractable storage device characterized by being provided. The slide means (8) provided with the vertical plate portion (17) in the vertical direction and the storage means (9) for retractably storing the slide means (8), the slide means (8) being in the storage position ( Configured to be movable between S) and the drawer position (E),
The sliding means (8) includes a storage member (23) pivotably mounted between a standing posture along the vertical plate portion (17) and a deployed posture crossing the vertical plate portion (17). ,
The swinging operation arm (39) provided on the slide means (8) and the fixed drive rail (40) provided on the storage means (9) allow the slide means (8) to be pulled out and stored. A control mechanism (38) that swings the operating arm (39) by the drive rail (40) in conjunction with the movement of the
The operating arm (39) has an operating piece (42) that moves up and down by swinging of the operating arm (39), and when the operating piece (42) moves up, the storage member (23) stands up from the deployed position. It is configured to rotate upward so as to be in a posture, and to rotate the storage member (23) downward from a standing posture to a deployed posture by downward movement of the operating piece (42),
The drive rail (40) moves the slide means (8) from the pull-out position (E) with respect to the movement range between the pull-out position (E) and the storage position (S) of the slide means (8). When moving (23) to the predetermined intermediate position (M) before entering the storage means (9), the upward movement of the operating piece (42) is completed, and the slide means (8) is moved from the predetermined intermediate position (M). Thus, the operating arm (39) is swung in a range between the drawing position (E) and the predetermined intermediate position (M) so that the downward movement of the operating piece (42) is completed when moving to the drawing position (E). A retractable storage device comprising a drive unit (50) to be moved. The storage member (23) forms a follower (33) on the bottom surface and is biased to rotate from a standing posture to a deployed posture in a free state,
The operating arm (39) rotates the storage member (23) to a standing posture by pushing up the driven portion (33) of the storage member (23) which is set to the deployed posture by the upward movement of the operating piece (42). And moving the storage member (23) to the deployed position by moving the operating piece (42) away from the driven portion (33) of the storage member (23) placed in the upright position by the downward movement of the operating piece (42). The retractable storage device according to claim 2, wherein the storage device is configured to be moved. The article storage member (23) is erected by pivotally attaching the pivot piece (27) of the object storage member (23) to a bracket (28) protruding from the vertical plate portion (17) of the slide means (8). It is configured to rotate between the posture and the deployed posture,
A driven auxiliary piece (32) is extended from the storage member (23) at a position adjacent to the pivot piece (27), and the driven portion (33) is driven from the bottom surface of the storage member (23). The retractable storage device according to claim 3, wherein the storage device is extended to the bottom surface of the storage device.

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