JP2006081679A - Security unit - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a novel and useful security unit capable of storing personal articles or highly confidential articles separately as they remain locked, which can be easily applied to an existing shelf even if it does not have a door or the like. <P>SOLUTION: In the security unit, a shelf space 41 is formed by forming slits 43 in a side plate 42, to which an anchoring bar 2 is fitted through a fitting 1 by retrofitting so as to anchoring the articles 5 to be stored. The fitting 1 is fixed by a first fastener 14 in a relative position by relatively moving a pair of claws 11u and 11d vertically so as to be engaged at two positions of the slits 43. The anchoring bar 2 is integrally provided with an anchoring area 21 arranged widthwise in the shelf space 41, and a fitting area 22 extended from both ends of the anchoring area 21 toward an inner part of the shelf space 41 along an inner face 44 of the side plate 42. The fitting area 22 of the anchoring bar 2 is fixed at least to a part of the fitting 1 through a second fastener 15 so that a position is adjusted in a depth direction. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a security unit that is useful for individually storing various storage items in an open shelf or the like in a locked state.

Conventionally, there are storage furniture such as shelves, lockers, cabinets, etc. that are used for storing various storage items. These storage furniture is arranged in an office or the like and shared by a plurality of people or a large number of people, and when storing personal storage items or highly confidential storage items, as illustrated in FIG. It is customary to use attached storage furniture such as doors that can be locked and unlocked throughout the storage space.
JP 2004-92021 A

  However, if the personal items or highly confidential items are not so large, it is very inefficient to occupy the entire storage space to store them individually in a locked state. On the other hand, when storing and locking things that can be shared, it cannot be unlocked by anyone other than the person who manages the key, and if the key is placed in a place where anyone can use it, it does not make sense to lock it. In addition, it is difficult for each person to lock and unlock at any time without impairing the locking effect. In particular, storage furniture such as an open shelf does not have a closing means, and therefore it is not expected to store personal storage items or highly confidential storage items individually in a locked state.

  The present invention has been made paying attention to such problems, and can be easily applied to existing shelves even without doors and the like. It is an object of the present invention to provide a new and useful security unit that can store stored items individually in a locked state.

  In order to achieve the above object, the present invention takes the following measures.

  That is, the security unit of the present invention is such that a mooring bar for mooring stored items is attached to a shelf space formed by opening a slit in a side plate via an attachment, and the attachment includes a pair of attachments. The claw is fixed in the relative position engaged with the two locations of the slit by moving the claw in the vertical direction, and the mooring bar is disposed in the width direction of the shelf space. A mooring area, and an attachment area extending from the both ends of the mooring area to the back of the shelf space along the inner surface of the side plate, and at least the above attachment area via the second fastener It is fixed to a part of the fixture so that the position in the depth direction can be adjusted.

  With such a configuration, it is possible to appropriately cope with the difference in pitch of the slits by the relative movement of the claws, and the attachment by retrofitting can be effectively realized. And since a fixture and a fastening tool are located in the back of a mooring bar, even if it attaches a mooring bar by retrofitting, it can prevent removing easily and can ensure required security. In particular, since the mooring bar can be adjusted in the depth direction, positioning the mooring bar closer to the fasteners and fixtures makes it difficult to visually recognize and remove the attachment part, thus providing a security effect. Can be increased.

  In order to make the effect of retrofitting more effective, it is desirable that the mooring region can be expanded and contracted along the width direction of the shelf space.

  In order to effectively prevent the mooring bar from being pulled out even if the fastening tool is removed, a bar insertion part is provided in a part of the attachment, and the left and right bar insertion parts corresponding to the left and right attachment areas of the mooring bar It is preferable that the attachment regions can be removed from the bar insertion portion only by moving forward at substantially the same time.

  Examples of the bar insertion portion include a rail structure that guides both upper and lower edges of the attachment area of the mooring bar, and a through hole structure that penetrates the attachment area of the mooring bar.

  As a simple structure of the fixture, it is preferable to have a first bracket and a second bracket that can move relative to each other, and one of these brackets is provided with an upward claw and the other is provided with a downward claw.

  As a structure that suitably achieves both the relative movement in the vertical direction of the bracket and the function of adjusting the front-rear position of the mooring bar, the first fastening tool inserted through the long hole in the vertical direction provided in the first bracket is used as the second bracket. A second fastening system in which both brackets are fixed at predetermined relative positions by being screwed into the provided screw holes, and inserted into a longitudinal hole provided in either the attachment region of the mooring bar or the second bracket. The anchor bar is fixed at a predetermined position in the front-rear direction by screwing the tool into a screw hole provided on the other side.

  When the slit is open on the inner surface of the side plate, the first bracket is provided with a pressing piece facing the inner surface of the side plate with a gap in a state where the claw is engaged, and a vertical hole is formed in the pressing piece. The second bracket is provided with a pressing piece facing the inner surface of the side plate with a gap in a state where the claws are engaged, and a long hole in the front-rear direction is formed in the pressing piece. A structure in which the attachment region of the mooring bar is inserted into the gap between the pressing pieces in a superposed state is preferable.

  When the slit is opened on the rear surface of the side plate, the first bracket has a pressing piece facing the inner surface of the side plate with a gap in a state where the claw is engaged, and a vertical hole is formed in the pressing piece. It is assumed that the second bracket is provided with a pressing piece facing the inner surface of the side plate with a gap in a state where the claws are engaged, and a long hole in the front-rear direction is formed on the pressing piece. It is preferable that the attachment region of the mooring bar is inserted into the gap between the pressing pieces in a superposed state.

  Alternatively, as an aspect in the case where the slit is opened on the rearward surface of the side plate, the first bracket includes an extending piece that continues to the rear of the inner surface of the side plate with the claw engaged, and the extending piece is vertically The second bracket is provided with an extending piece that continues to the rear of the inner surface of the side plate with the claw engaged, and a long hole in the front-rear direction is formed in the extending piece. As a thing, what is trying to polymerize the extension pieces of both brackets is also suitable.

  In order to suitably moor the stored items on the mooring bar, mooring means for mooring one or two or more items stored in the shelf space to the mooring bar so as to be individually lockable is further provided. It is desirable.

  Since this invention is the above structures, it can become very useful when applied to the shelf space of the open shelf which does not have a closing member.

  As described above, the present invention can be easily attached to an existing shelf by retrofitting, and at the same time has a structure that is difficult to remove easily, and effectively holds personal items and highly confidential items. It is possible to provide a new and useful security unit with a mooring bar that can be kept.

Embodiments of the present invention will be described below with reference to the drawings.
<First Embodiment>
The storage space security unit S according to this embodiment is applied to the open shelf 4 having a shelf space 41 in which slits 43 are opened on the inner surface 44 of the side plate 42, as shown in FIGS. The mooring bar 2 for mooring the stored item 5 via the fixture 1 can be attached to the slit 43 by retrofitting.

  The slits 43 are vertically arranged at a predetermined pitch in a row in order to attach the shelf plate 46 so that the height can be changed. FIGS. 2 and 3 are located at the left edge of the front view. A slit 43 on the front end side is shown. The shelf board 46 is attached to a slit 43 whose front end portion and rear end portion on both left and right edges open at corresponding positions at the same height via shelf claws (not shown).

  The fixture 1 is provided with a pair of claws 11u and 11d so that they can move relative to each other, and the claws 11u and 11d are engaged at two positions of slits 43 that exist intermittently in the vertical direction. 1 is fixed by a fastener 14. Specifically, the fixture 1 includes a first bracket 12 having a downward claw 11d and a second bracket 13 having an upward claw 11u.

  The first bracket 12 includes a strip-shaped pressing piece 121 and a downward claw 11 d protruding from the lower end of the pressing piece 121 via a stepped portion 121 a. The first bracket 12 is pressed in a state where the downward claw 11 d is engaged with the slit 43. The piece 121 has a structure that can face the inner surface 44 of the side plate 42 with a predetermined gap. The pressing piece 121 is formed with a long hole 123 in the vertical direction.

  On the other hand, the second bracket 13 includes an inverted T-shaped pressing piece 131 and an upward claw 11u protruding through a step portion 131b on the upper end side of the standing portion 131a located at the center of the pressing piece 131. With the claw 11 u engaged with the slit 43, the pressing piece 131 can be configured to face the inner surface 44 of the side plate 42 with a predetermined gap. The front extending portion 131c and the rear extending portion 131d that are positioned in the front-rear direction with respect to the standing portion 131a of the pressing piece 131 are formed with a long hole 133 that extends in the front-rear direction with the tip open, and the standing portion 131a. Guide protrusions 135 and screw holes 134 are provided in the vicinity of the proximal end and the vicinity of the center, respectively.

  On the other hand, the mooring bar 2 extends in the depth direction of the shelf space 41 along the inner surface 44 of the side plate 42 from both ends of the mooring region 21 that is disposed in the width direction of the shelf space 41 and can be expanded and contracted. A mounting area 22 is provided integrally. A part of the mooring region 21 has a telescope structure, and can be adjusted to a length that matches the width of the shelf space 41 by expanding and contracting without losing continuity. The end of the mooring area 21 is bent vertically downward and further bent in the horizontal depth to be connected to the attachment area 22. The attachment area 22 is formed in a flat plate shape, and is guided in front of the attachment area 22. The protrusion 22a is provided with a screw hole 22b at the rear.

  Then, the guide protrusion 135 of the second bracket 13 and the elongated hole 123 of the first bracket 12 are made to correspond to each other, and the pressing piece 121 of the first bracket 12 is overlapped with the standing portion 131a constituting the pressing piece 131 of the second bracket 13. And the attachment region 22 of the mooring bar 2 in the gap between the front extension part 131c and the rear extension part 131d constituting the pressing piece 131 of the second bracket 13 and the inner surface 44 of the side plate 42, The guide protrusion 22a of the attachment region 22 is inserted in a state of being engaged with the long hole 133 of the front extension portion 131c. And after adjusting both the brackets 12 and 13 to a predetermined relative position, the 1st fastener 14 inserted in the long hole 123 of the 1st bracket 12 is fastened by the screw hole 134 of the 2nd bracket 13 by fastening. The brackets 12 and 13 are fixed at predetermined relative positions, and the mounting region 22 of the mooring bar 2 is adjusted in the depth direction, and then the second fastener 15 is attached to the elongated hole 133 of the rear extension 131d. The mooring bar 2 is attached to the second bracket 13 by being inserted and fastened to the screw hole 22b.

  The upper and lower edges of the front extension part 131c and the rear extension part 131d are bent outward to form the bar insertion part 16 of the rail structure 161, and the mooring bar 2 is attached to the bar insertion part 16 at the time of attachment. The attachment region 22 is inserted. The first fastener 14 and the second fastener 15 have circular heads with operation portions 14a, 15a such as hexagonal holes and cross grooves formed at the tops, such as drivers and wrenches. Fixing work is performed using the tool.

  After the mooring bar 2 is attached in this way, the mooring means 3 is used to moor one or more stored items 5 arranged in the shelf space 41 so that the mooring bar 2 can be individually locked and unlocked. Yes.

  As shown in FIG. 1, the mooring means 3 maintains / releases the connection state through a locking / unlocking mechanism 32 provided in a part of a connection member 31 that connects the mooring bar 2 and the stored item 5. is there. Specifically, the connecting member 31 is mainly composed of a linear body having flexibility and strength and having loops 31a formed at both ends. The locking / unlocking mechanism 32 is of a padlock type, and includes, for example, a protrusion 52 provided on a side wall 51 such as a portable box for storing a PC as a storage item 5 and a loop 31a positioned on one end side of the linear body. The loop 31a cannot be separated from the projection 52 by being inserted into the closing bar 32a of the unlocking mechanism 32 and closing and locking the closing bar 32a in that state. And if loop 31a located in the other end side of a wire is inserted in mooring bar 2 beforehand, it will become possible to make mooring to mooring bar 2 selectively for every stored matter 5. In this embodiment, the slide portion 5x of the fastener that opens and closes the inside of the box 5 is confined in the back of the protrusion 52.

  As described above, the security unit S of this embodiment is configured to attach the mooring bar 2 for mooring the stored items 5 to the shelf space 41 formed by opening the slits 43 in the side plate 42 via the attachment 1. The fixture 1 is fixed by the first fastening device 14 at a relative position where the pair of claws 11u and 11d are engaged with two locations of the slit 43 by moving the pair of claws 11u and 11d in the vertical direction. Is integrally provided with a mooring region 21 disposed in the width direction of the shelf space 41 and a mounting region 22 extending from the both ends of the mooring region 21 to the back of the shelf space 41 along the inner surface of the side plate. The mounting region 22 is fixed to at least a part of the mounting tool 1 via the second fastening tool 15 so that the position in the depth direction can be adjusted.

  Therefore, it is possible to appropriately cope with the pitch difference of the slits 43, and it is possible to effectively adapt to various shelves even when retrofitted. And the attachment tool 1 and the 1st, 2nd fastening tools 14 and 15 are located in the back of the mooring bar 2, and it is visually recognized while it is obstructed by the mooring bar 2 and the attachment part is difficult to see from the front. Since the psychological effect that it is difficult to remove by the presence of the first and second fasteners 14 and 15 and the fixture 1 in the back position, even if the mooring bar 2 is attached by retrofitting, It can be prevented from being easily removed, and necessary security can be ensured. In particular, this kind of mooring bar 2 can be adjusted in the depth direction, considering that the mooring area 21 is preferably located in the back rather than the front of the shelf space 41 unlike a drop-off prevention bar or the like. If the mooring bar 2 is positioned close to the first and second fasteners 14 and 15 and the fixture 1, the attachment portion is more difficult to see and remove, so the security effect can be further enhanced. . In particular, since the operation portions 14a and 15a of the first fastener 14 and the second fastener 15 have a structure that cannot be removed unless a tool such as a screwdriver or a wrench is used, this point can be easily removed. This can be effectively prevented. In addition, when attaching the mooring bar 2, this does not require any processing such as drilling a screw hole in the side plate 42 of the shelf 4, and only has a slit 43 provided in the side plate 42 of the shelf 4 in advance. Since it is sufficient, processing on the shelf 4 is not necessary at all, which is an advantage in installation.

  In addition, since the mooring region 21 can be expanded and contracted along the width direction of the shelf space 41, the mooring region 21 can be effectively applied to shelves with different width dimensions, and the effect of retrofitting can be more effectively demonstrated.

  At that time, the bar insertion part 16 is provided in a part of the fixture 1 so that the left and right attachment regions 22 of the mooring bar 2 are inserted into the corresponding left and right bar insertion parts 16, and at the same time forward. Since the structure is such that the attachment regions 22 can be removed from the bar insertion portion 16 only by moving them, even if the second fastener 15 is removed, one person can remove the left and right attachment regions 22. Since it is difficult to move forward at substantially the same time, and when the timing of movement is shifted, the attachment region 22 of the mooring bar 2 can be easily twisted between the side plates 42 and 42 so that the mooring bar 2 cannot be inserted or removed. Can be more effectively prevented from being easily removed.

  In particular, since the bar insertion portion 16 has a rail structure 161 that guides the upper and lower edges of the attachment region 22 of the mooring bar 2, it is provided on the upper and lower edges of the front extension portion 131c and the rear extension portion 131d of the pressing piece 131. The rail can be easily constructed simply by performing a bending process and the like, and an effective removal preventing effect can be achieved.

  Further, the fixture 1 is composed of a first bracket 12 and a second bracket 13 that are relatively movable, and an upward claw 11u is provided on one of the brackets 12 and 13, and a downward claw 11d is provided on the other. The fixture 1 can be configured only by using two brackets having a simple structure, the operation can be made stable and reliable, and the necessary strength can be ensured.

  Specifically, the brackets 12, 13 are formed by screwing the first fasteners 14 inserted into the vertical holes 123 provided in the first bracket 12 into the screw holes 134 provided in the second bracket 13. Is fixed at a predetermined relative position, and is provided with a second fastener 15 provided on the other side in a longitudinal hole 133 provided in either the attachment region 22 of the mooring bar 2 or the second bracket 13 in the front-rear direction. Since the mooring bar 2 is fixed at a predetermined position in the front-rear direction by screwing into the holes 22b, the fasteners 14 and 15 are positioned at appropriate portions of the corresponding long holes 123 and 133, respectively. By doing so, the relative movement in the vertical direction of the brackets 12 and 13 and the front-rear position adjustment of the mooring bar 2 can be performed in a suitable manner.

  More specifically, the shelf of the present embodiment is directed to the shelf 4 in which the slit 43 is opened on the inner surface 44 of the side plate 42, and the first bracket 12 is attached to the inner surface 44 of the side plate 42 with the claw 11d engaged. A pressing piece 121 facing the gap is provided, and a vertical hole 123 is formed in the pressing piece 121. The second bracket 13 has an inner surface 44 of the side plate 42 with the claw 11u engaged. Are provided with pressing pieces 131 facing each other with a gap therebetween, and a long hole 133 in the front-rear direction is formed in the holding piece 131, and the holding pieces 121 and 131 of the brackets 12 and 13 are overlapped with each other. Since the attachment area 22 of the mooring bar 2 is inserted into the gap, the slit structure of most existing shelf products can be effectively adapted.

  In addition, the present embodiment further includes mooring means 3 for mooring one or two or more stored items 5 arranged in the shelf space 41 to the mooring bar 2 so as to be individually lockable and unlockable. It is possible to effectively store the stored items 5 and the highly confidential stored items 5 individually in a locked state.

In the present embodiment, as described above, the shelf is the open shelf 4 that is not provided with a closing member such as a door, and the storage 5 can be easily taken in and out, and at the same time, the individual can lock and store the storage 5 separately. Since the state is realized, it can be extremely useful when implemented in an office or the like that employs a free address form.
Second Embodiment
Next, a second embodiment of the present invention will be described with reference to the drawings.

  As shown in FIGS. 4 and 5, the security unit XS of the storage space according to this embodiment is applied to an open shelf having a shelf space in which a slit X43 is opened on the rearward face X45 of the side plate X42. The mooring bar X2 for mooring the stored items to the slit X43 via the fixture X1 can be attached by retrofitting.

  The fixture X1 includes the first bracket X12 having the downward claws X11d and the second bracket X13 having the upward claws X11u as in the first embodiment described above, and the brackets X12 and X13 move relative to each other. It is possible. Then, the claw X11d and X11u are fixed by the first fastener X14 at a relative position where the claw X11d and X11u are engaged with two positions of the slit X43 intermittently present in the vertical direction.

  The first bracket X12 has a substantially L-shape formed with a rectangular pressing piece X121 and a folding piece X124 bent at a right angle from the rear edge of the pressing piece X121 to the lower end of the folding piece X124. A downward claw X11d protruding through the step portion X124a is provided. With the downward claw X11d engaged with the slit X43, the pressing piece X121 is configured to face the inner surface X44 of the side plate X42 with a predetermined gap. A vertical hole X123 is formed in the pressing piece X121.

  On the other hand, the second bracket X13 has a substantially L-shape formed with a rectangular pressing piece X131 and a folding piece X136 bent perpendicularly outward from the rear end of the pressing piece X131. Is provided with an upward claw X11u protruding through a step portion X136a. With the upward claws X11u engaged with the slits X43, the pressing piece X131 is configured to face the inner surface X44 of the side plate X42 with a predetermined gap. A long hole X133 extending in the front-rear direction is formed on the front upper end side of the pressing piece X131, and a screw hole X134 is provided in the vicinity of the rear lower end of the pressing piece X131. Further, by providing a through hole X162 in a part of the folded piece X136 orthogonal to the longitudinal direction of the long hole X133, a bar insertion portion X16 having a through hole structure is configured.

  On the other hand, the mooring bar X2 extends to the back of the shelf space along the inner surface X44 of the side plate X42 from both ends of the mooring region X21 that can be expanded and contracted and the mooring region X21, as described in the first embodiment. A mounting area X22 is provided integrally. The end of the mooring region X21 is bent in the horizontal depth and continues to the attachment region X22. The attachment region X22 is formed in a flat plate shape, and a screw hole X22b is provided in front of the attachment region X22. Yes.

  Then, the corner X13a between the pressing piece X131 and the folding piece X136 of the second bracket X13 is made to correspond to the corner X12a of the pressing piece X121 and the folding piece X124 of the first bracket 12, so that the brackets X12 and X13 are pressed. The pieces X121 and X131 are superposed, and the attachment region X22 of the mooring bar X2 is passed through the through hole X162 provided in the second bracket X13 in the gap between the pressing piece X131 of the second bracket X13 and the inner surface X44 of the side plate X42. It is made to insert in the state which made it go. Then, after adjusting both brackets X12 and X13 to a predetermined relative position, the first fastener X14 inserted through the long hole X123 of the first bracket X12 is fastened to the screw hole X134 of the second bracket X13. The brackets X12 and X13 are fixed at predetermined relative positions, and the attachment region X22 of the mooring bar X2 is adjusted in the depth direction, and then the second fastener X15 is inserted into the long hole X133 of the second bracket X13. Then, the mooring bar X2 is attached to the second bracket X13 by being fastened to the screw hole X22b.

  Note that the first fastener X14 and the second fastener X15 are the same as those described in the first embodiment, although the description thereof is omitted here.

  After the mooring bar X2 is attached in this way, one or more stored items arranged in the shelf space can be individually locked and unlocked to the mooring bar X2 by the mooring means similar to the first embodiment described above. To moor.

  As described above, in the security unit XS of the second embodiment, the slit X43 opens to the rearward surface X45 of the side plate X42, while the first bracket X12 has the claw X11d engaged with the inner surface of the side plate X42. X44 is provided with a pressing piece X121 facing with a gap, and a vertical slot X123 is formed in the pressing piece X121, and the second bracket X13 of the side plate X42 is engaged with the claw X11u. A pressing piece X131 facing the inner surface X44 with a gap is formed, and a longitudinal hole X133 is formed in the pressing piece X131, and the pressing pieces X121, X131 of both brackets X12, X13 are overlapped. The attachment region X22 of the mooring bar X2 is inserted into the gap.

  For this reason, if the slit X43 is opened in the rearward surface X45, the mounting structure of the brackets X12 and X13 is not visually recognized from the front, so that the removal method cannot be easily grasped.

  In particular, since the bar insertion portion X16 has a through-hole structure using the through-hole X162 that penetrates the attachment region X22 of the mooring bar X2, the through-hole X162 that is the bar insertion portion X16 in the second bracket X13 by the drilling operation. Can be easily formed.

  The specific configuration of each unit is not limited to the first embodiment and the second embodiment described above.

  For example, when the slit opens to the rearward surface of the side plate, but there is not enough contact margin for the fixture to contact the inner surface of the side plate, or when more secure security is desired, a modification of the second embodiment As an example, there is a security unit YS having a shape in which a fixture attached to the slit extends rearward from the rearward facing surface.

  Specifically, as shown in FIG. 6, the fixture Y1 includes a first bracket Y12 having an upward claw Y11u and a second bracket Y13 having a downward claw Y11d, and the brackets Y12, Y13 are provided. It is possible to move relative to each other.

  The first bracket Y12 is provided with an extending piece Y122 that continues to the rear of the rearward face Y45 of the inner surface Y44 of the side plate Y42 with the claw Y11u engaged, and an elongated hole Y123 in the vertical direction is formed in the extending piece Y122. The second bracket Y13 is provided with an extending piece Y132 that continues to the rear of the rearward face Y45 of the inner surface Y44 of the side plate Y42 with the claw Y11d engaged, and the elongated piece Y133 in the front-rear direction is provided in the extending piece Y132. The first fasteners at predetermined relative positions where the extended pieces Y122 and Y132 of the brackets Y12 and Y13 are overlapped to engage the brackets Y12 and Y13 with the two slits Y43. Fixed by Y14, the mooring bar Y2 is passed through a through-hole Y162 provided in the second bracket Y13, and a predetermined front-rear direction position is set by a second fastener Y15. In fixed.

  In such a case, if the slit Y43 is opened on the rearward surface Y45, the mounting structure of both the brackets Y12 and Y13 is not visually recognized from the front, so that the removal method cannot be easily grasped. . In addition, unlike the second embodiment, it is effective in that it can be applied even when there is not enough contact with the inner surface Y44 of the side plate Y42, and the brackets Y12 and Y13 are further removed so that they can be further removed. The advantage that becomes difficult is obtained.

  Other configurations can be variously modified without departing from the spirit of the present invention.

The perspective view which shows the use condition of the security unit which concerns on 1st Embodiment of this invention. The perspective view which shows the security unit which concerns on the same embodiment. The disassembled perspective view which shows the security unit which concerns on the same embodiment. The perspective view which shows the security unit which concerns on 2nd Embodiment of this invention. The disassembled perspective view which shows the security unit which concerns on the same embodiment. The perspective view which shows the security unit which concerns on the modification of the embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1, X1, Y1 ... Fixture 2, X2, Y2 ... Mooring bar 3 ... Mooring means 4 ... Open shelf 5 ... Storage 11u, 11d, X11u, X11d, Y11u, Y11d ... Claw 12, X12, Y12 ... First bracket 13, X13, Y13 ... 2nd bracket 14, X14, Y14 ... 1st fastener 15, X15, Y15 ... 2nd fastener 16, X16 ... Bar insertion part 21, X21 ... Mooring region 22, X22 ... Mounting region 41 ... shelf space 42, X42, Y42 ... side plate 43, X43, Y43 ... slit 44, X44, Y44 ... inner surface 121, X121, 131, X131 ... pressing piece 123, X123, Y123, 133, X133, Y133 ... slot 134 , X134, 22b, X22b ... screw hole 161 ... rail structure S, XS, YS ... security unit X45, Y45 ... rearward surface X1 2, Y162 ... through hole structure (through hole)
Y122, Y132 ... extended piece

Claims (12)

A mooring bar for mooring stored items by attaching to a shelf space formed by opening a slit in a side plate via a fixture,
The mounting tool is fixed by the first fastening device at a relative position where the pair of claws are engaged with each other at two locations by moving the pair of claws in the vertical direction.
The mooring bar is integrally provided with a mooring region disposed in the width direction of the shelf space, and an attachment region extending from the both ends of the mooring region along the inner surface of the side plate to the depth of the shelf space. The security unit is fixed on the attachment region via at least a second fastener so that the position in the depth direction can be adjusted. The security unit according to claim 1, wherein the mooring region is extendable along the width direction of the shelf space. A bar insertion part is provided in a part of the fixture, and the left and right attachment areas of the mooring bar are inserted into the corresponding left and right bar insertion parts. The security unit according to claim 1 or 2, wherein the area can be removed from the bar insertion portion. The security unit according to claim 3, wherein the bar insertion portion has a rail structure that guides both upper and lower edges of the attachment area of the mooring bar. The security unit according to claim 3, wherein the bar insertion portion has a through-hole structure that penetrates the attachment region of the mooring bar. The security unit according to claim 1, wherein the fixture includes a first bracket and a second bracket that are relatively movable, and an upward claw is provided on one of the brackets and a downward claw is provided on the other. Both brackets are fixed at a predetermined relative position by screwing the first fasteners inserted through the vertical holes provided in the first bracket into the screw holes provided in the second bracket, and the mooring bar is attached. The mooring bar is fixed at a predetermined position in the front-rear direction by screwing a second fastening member inserted through a long hole in the front-rear direction provided in either the region or the second bracket into a screw hole provided in the other. 7. The security unit according to claim 6, wherein While the slit opens to the inner surface of the side plate, the first bracket includes a pressing piece facing the inner surface of the side plate with a gap in a state where the claw is engaged, and the holding piece has a long hole in the vertical direction. The second bracket is provided with a pressing piece facing the inner surface of the side plate with a gap in a state where the claw is engaged, and a long hole in the front-rear direction is formed in the pressing piece. The security unit according to claim 7, wherein an attachment region of the mooring bar is inserted into a gap between the holding pieces of both brackets in a state where they are overlapped. While the slit opens to the rear surface of the side plate, the first bracket includes a pressing piece facing the inner surface of the side plate with a gap in a state where the claw is engaged, and the holding piece has a long hole in the vertical direction. The second bracket is provided with a pressing piece facing the inner surface of the side plate with a gap in a state where the claws are engaged, and a long hole in the front-rear direction is formed in the pressing piece. The security unit according to claim 7, wherein an attachment region of the mooring bar is inserted into a gap between the holding pieces of the brackets in a state where the pressing pieces are overlapped with each other. While the slit opens to the rear surface of the side plate, the first bracket includes an extending piece that is continuous to the rear of the inner surface of the side plate with the claw engaged, and the extending piece has an elongated hole in the vertical direction. In addition, the second bracket is provided with an extending piece that continues to the rear of the inner surface of the side plate with the claws engaged, and a long hole in the front-rear direction is formed in the extending piece. The security unit according to claim 7, wherein the extended pieces of both brackets are superposed. The security unit according to claim 1, further comprising a mooring means for mooring one or more stored items arranged in the shelf space so that the mooring bar can be individually locked and unlocked. The security unit according to claim 1, wherein the shelf space is formed in an open shelf that does not include a closing member.

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