JP2015182150A - Attractable socket holder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an attractable socket holder that can be attracted to the wall of a tool cabinet by specially attaching a magnetic block.SOLUTION: The attractable socket holder includes: a rail board; stop members; and an attraction member. The rail board includes an attachment rail and a fixing rail formed on its bottom surface. The stop members are plugged in the openings of the attachment rail and the openings of the fixing rail. The attraction member includes at least one magnetic member that is slidably attached to the rail board. Accordingly, the attractable socket holder can be attracted to the wall of the tool cabinet by the magnetic member.

Description

  In particular, the present invention relates to a socket holder that can be attracted to a magnetic cabinet by attaching a magnetic material to the wall of the tool cabinet.

  A conventional suckable socket holder has a board and a plurality of latching blocks, and a plurality of rails are arranged at intervals on the upper surface of the board, and the latching blocks are slidable. At the time of use, the sockets of different sizes can be displayed and stored by inserting the sockets of different sizes into the latching blocks.

Taiwan Patent Publication No. 201127571

  However, the conventional suckable socket holder can accommodate multiple sockets, but cannot attach to the wall of the tool cabinet and needs to be placed in the tool cabinet, so it takes up space and is used Also inconvenient.

The socket holder that can be sucked according to the present invention has a rail board, a stop member, and a suction member,
Among them, the rail board includes a plate, a plurality of latching rails provided on the top surface of the plate at intervals, a plurality of latching blocks slidably fitted into the latching rails, Provided on the bottom surface, through grooves are formed along the longitudinal direction, and openings that communicate with the through grooves are formed at both ends, provided on at least one mounting rail, both sides of the mounting rail, and the bottom surface of the plate, A through groove is formed along the longitudinal direction, and provided with a plurality of fixed rails each having an opening communicating with the through groove at both ends.
The stopper member is detachably attached to the rail board, and includes a plurality of stoppers packed in the opening of the mounting rail and the opening of the fixed rail,
The adsorption member is attached to the rail board, and includes at least one magnetic member and at least two positioning members, and the magnetic member is slidably fitted into the attachment rail, A frame that is slidably fitted into the mounting rail while being in contact with the bottom surface; a side wall that extends upward on opposite sides of the bottom of the frame; and the other opposite sides of the bottom of the frame And at least one magnetic block installed between the side wall and the wing portion on the frame, and the at least two positioning members are slidable. The magnetic member is positioned on the mounting rail so that the magnetic member is in contact with the stopper and the stoppers are fitted in the openings at both ends of the mounting rail. In addition, the bottom of each positioning member is in contact with the bottom surface of the mounting rail, one end abuts against the magnetic block and the side wall of the magnetic member, and a recess that penetrates both ends is formed in the bottom surface. It is fitted to the wing part.

In such an adsorbable socket holder, a slit communicating with the through groove is formed on the upper surface of the mounting rail, and the width (M) of the slit is smaller than the width (W) of the mounting rail.
It is preferable that the side wall of the magnetic member is fitted into the slit of the mounting rail.

  In such an attractable socket holder, it is preferable that the width (G) of the concave portion of the positioning member is wider than the width (E) of the wing portion of the frame of the magnetic member.

  In the socket holder capable of attracting, a convex portion is provided on the upper surface of the positioning member, the convex portion is inserted into the slit of the mounting rail, and the width (P) of the convex portion is the width of the slit ( M) is preferably narrower.

  In such an adsorbable socket holder, the positioning block includes a dish part and a retaining column body, and the dish part has a disk shape, and is fitted into a retaining rail so as to be rotatable or slidable. The retaining pillar body is a hollow rectangular parallelepiped, in order to come into contact with two elongated holes formed in the wall, an elastic portion provided between the two elongated holes, and the inner peripheral surface of the socket, It is preferable to provide a convex portion that protrudes inside the elastic portion.

On the other hand, the attractable socket holder according to the present invention may have the following configuration. This adsorbable socket holder has a rail board, a stop member, and an adsorbing member,
Among them, the rail board includes a plate, a plurality of latching rails provided on the upper surface of the plate at intervals, a plurality of latching blocks slidably fitted into the latching rail, and the plate And a plurality of fixed rails provided on the bottom surface of the
The stop member includes a plurality of fixing blocks, a first support portion, and a second support portion, and the fixing block has a fixing hole and is slidable in the vicinity of both sides of the plate. The first support portion is attached to the bottom of one end of the plate, and includes a plurality of through holes, a plurality of bolts, and a connecting rail, each of these through holes being fixedly fitted into the plate. The bolts are formed at intervals in the first support portion so as to correspond to the fixing holes of the block, and these bolts pass through the through holes and are screwed into the fixing holes of the fixing block on the fixing rail. The first support part is coupled to a fixed block on the plate by combining the first support part with the plate, the connection rail has a connection hole, and the fixed rail and the attachment of the plate Is installed laterally on the inner surface of the first support portion so as to be positioned near one end of the tool, and the second support portion is attached to the bottom of the other end of the plate, and includes a plurality of through holes and a plurality of bolts. And a connecting rail, each of these through holes being formed at a distance from the second support portion so as to correspond to the fixing hole of the fixing block fitted into the plate, and each of these bolts passing through The second support part is combined with the plate by passing through the hole and screwed into the fixing hole on the fixing block, whereby the second support part is coupled to the fixing block on the plate, and the connecting rail Has a connecting hole and is installed laterally on the inner surface of the second support portion so as to be positioned in the vicinity of the other end of the fixed rail and the mounting rail of the plate, and is detachably attached to the rail board. It is those,
The adsorption member is attached to the rail board and has at least two adsorption sets, and the adsorption set includes a case and at least one magnetic block, and the case is fitted into a connecting rail of a support portion. A coupling hole is formed at a location corresponding to the connection hole of the support portion, and a bolt is passed through the connection hole and screwed into the connection hole, whereby the case is firmly attached to the support portion. The magnetic block is fitted to the connecting rail, and is attached to the outer surface of the case.

In such an adsorbable socket holder, the first support portion includes a side plate and a holding plate, and the side plate is provided in a vertical direction outside the first support portion so that the latch block does not escape from the plate. In order to do this, one end opening of the latching rail and the fixed rail in the plate is covered, and the handle portion extends laterally on the outer surface of the side plate,
The second support portion includes a side plate and a handle portion, and the side plate is provided in a vertical direction at an outer end of the second support portion, so that the latch block is prevented from falling off the plate. It is preferable that the other end openings of the rail and the fixed rail are covered, and the handle portion extends laterally on the outer surface of the side plate.

  In such an adsorbable socket holder, the latching block includes a dish part and a latching column body, and the dish part has a disk shape and is fitted into the latching rail so as to be rotatable or slidable. The latching pillar is a hollow rectangular parallelepiped, and includes two elongated holes formed in one side wall, an elastic portion provided between the two elongated holes, and an inner peripheral surface of the socket. In order to abut, it is preferable to provide a convex portion that is projected on the outer surface of the elastic portion.

  As described above, the socket holder that can be sucked according to the present invention can be accommodated by fitting the socket into the latching block, and the socket holder that can be sucked by the magnetic material of the suction member is attached to the wall 51 of the tool cabinet 50. The socket can be stored or displayed by being attracted to and hooked onto the socket. Further, in the present invention, it is not necessary to place a socket holder that can be sucked on the tool cabinet 50, so that space can be saved.

It is a perspective view of the 1st Example which concerns on the socket holder which can adsorb | suck of this invention in the top view. It is a perspective view of the bottom view of 1st Example which concerns on the socket holder which can adsorb | suck of this invention. It is a partial exploded perspective view of bottom view of the 1st example concerning the socket holder which can be adsorbed of the present invention. It is a partially exploded enlarged perspective view of the first embodiment of the socket holder that can be sucked according to the present invention in a bottom view. It is an expanded sectional view of 5-5 of FIG. FIG. 6 is an enlarged cross-sectional view taken along 6-6 in FIG. 2. It is a perspective view which shows the state before making it adsorb | suck to the wall of a tool cabinet in the 1st Example which concerns on the socket holder which can adsorb | suck of this invention. It is a top view perspective view of the 2nd example concerning a socket holder which can be adsorbed of the present invention. It is a perspective view of bottom view of the 2nd example concerning a socket holder which can be adsorbed of the present invention. It is a partial exploded perspective view of the bottom view of the 2nd example concerning the socket holder which can be adsorbed of the present invention. It is a partial disassembled expansion perspective view of the bottom view of 2nd Example which concerns on the socket holder which can adsorb | suck of this invention. FIG. 12 is an enlarged cross-sectional view taken along 12-12 of FIG. 9; It is an expanded sectional view of 13-13 of FIG. FIG. 6 is a perspective view showing a state in which a user has a socket holder that can be sucked by hand in a second embodiment of the socket holder that can be sucked according to the present invention; It is a perspective view which shows the state before making it adsorb | suck to the wall of a tool cabinet in the 2nd Example which concerns on the socket holder which can adsorb | suck of this invention. It is a perspective view which shows the state which the latching block in the 2nd Example which concerns on the socket holder which can adsorb | suck of this invention, and a 2nd Example rotates with respect to a latching rail.

  Preferred embodiments of the present invention will be described below in detail with reference to the accompanying drawings. In addition, the following Example is only what showed the preferred embodiment of this invention, and the technical scope of this invention is not limited to the following Example itself at all.

  As shown in FIGS. 1 to 3, the first embodiment of the socket holder capable of being sucked according to the present invention includes a rail board 10, a stopper member 20, and a sucking member 30.

  The rail board 10 is a long board formed by extruding aluminum, and includes a plate 11, a plurality of retaining rails 12, a plurality of retaining blocks 13, at least one mounting rail 14, and a plurality of fixed rails. 15, of which the plate 11 has an elongated shape, and the plurality of latching rails 12 are provided on the upper surface of the plate 11 at intervals so as to coincide with the length of the plate 11. Each of the stop blocks 13 is slidably fitted into the latch rail 12 of the rail board 10, and when used, the socket can be accommodated in the rail board 10 by fitting the socket into the latch block 13.

  Further, as shown in FIG. 16, the latching block 13 includes a dish part 131 and a latching pillar body 132, and the dish part 131 has a disk shape, and is a latching rail that is rotatable or slidable. 12 is a hollow rectangular parallelepiped, provided on the upper surface of the plate portion 131, and formed on the opposite walls of the retaining column 132, respectively. Two elongated holes 133, an elastic part 134 provided between the two elongated holes 133, and a convex part 135 protruding from the outer surface of the elastic part 134. When the socket is mounted, the convex part Positioning 135 can be achieved by bringing it into contact with the inner peripheral surface of the socket.

  The mounting rail 14 is a rail provided on the bottom surface of the plate 11 and having a through groove along the longitudinal direction. Openings 141 communicating with the through groove are formed at both ends, and the through groove is formed on the top surface. A slit 142 is formed, and the width (M) of the slit 142 is smaller than the width (W) of the mounting rail 14 (M <W) (as shown in FIG. 5), while the fixed rail 15 is The rail is provided in the vicinity of both sides of the mounting rail 14 and on the bottom surface of the plate 11 and has a through groove along the longitudinal direction. Openings 151 communicating with the through groove are formed at both ends.

  The stopper member 20 is detachably attached to the rail board 10 and includes a plurality of stoppers 21, which stopper rails 21 seal the both ends of the mounting rail 14 and both ends of the fixed rail 15. 14 and the opening 151 of the fixed rail 15 are fitted.

  3 and 4, the adsorption member 30 is attached to the rail board 10 and has at least one magnetic member 31 and at least two positioning members 32, of which the magnetic member 31 is made of metal, A frame 311 and at least one magnetic block 312 are slidably fitted into the mounting rail 14, and the frame 311 is slidably fitted into the mounting rail 14 so as to contact the bottom surface of the mounting rail 14. The side wall 313 extends toward the slit 142 on each opposite side of the bottom of the frame 311. That is, the side wall 313 extends from the bottom of the frame 311 upward in the drawing and Wings 314 extend along the longitudinal direction on the other opposite sides, respectively, and, as shown in FIG. 312 is disposed between the side wall 313 and the wing portion 314 of the frame 311.

  As shown in FIGS. 4 to 6, in the present invention, the at least two positioning members 32 are slidably fitted into the mounting rail 14 and abut against the magnetic member 31. The magnetic member 31 can be positioned on the mounting rail 14 because it is configured to abut against the stoppers 21 fitted in the openings 141 at both ends. Further, the bottom of the positioning member 32 is in contact with the bottom surface of the mounting rail 14, one end is in contact with the magnetic block 312 and the side wall 313 of the magnetic member 31, and the concave portion 321 penetrates both ends of the bottom surface of the positioning member 32. The recess 321 can be fitted into the wing 314 of the magnetic member 31 by making the width (G) wider than the width (E) of the wing 314 (G> E). In the first embodiment of the present invention, the magnetic member 31 can be positioned on the mounting rail 14 by fitting the wing 314 of the magnetic member 31 into the recess 321 of the positioning member 32.

  A convex portion 322 is provided on the upper surface of the positioning member 32, and the convex portion 322 is inserted into the slit 142 of the mounting rail 14. At this time, the width (P) of the convex portion 322 is narrower than the width (M) of the slit 142 (P <M).

  In the first embodiment of the present invention, the attracting member 30 includes two magnetic members 31 and three positioning members 32, and these magnetic members 31 and the positioning members 32 are fitted into the mounting rails 14 of the rail board 10. . That is, the magnetic member 31 can be positioned on the mounting rail 14 by installing the three positioning members 32 between the two stoppers 21 of the stopper member 20 and the two magnetic members 31.

  As shown in FIG. 1, FIG. 2 and FIG. 7, when using the first embodiment of the socket holder that can be sucked according to the present invention, the socket is fitted into the latching block 13 and stored. If the magnetic block 312 on the member 31 is attracted to the wall 51 of the tool cabinet 50 and the attractable socket holder is hooked on the wall 51 of the tool cabinet 50, the socket can be stored or displayed. According to this configuration, the space for leaving the socket holder capable of being sucked according to the present invention to be left in the tool cabinet 50 becomes unnecessary, so that the space can be saved.

  As shown in FIGS. 8 to 10, the second embodiment of the socket holder that can be sucked according to the present invention is almost the same as the first embodiment, but the stopper member 20A and the suction member 30A are different. According to the configuration, the second embodiment has the same plate 11A as the first embodiment, the latching rail 12A, the latching block 13A, the mounting rail 14A, and the fixed rail 15A. The latching rail 12A is provided on the top surface of the plate 11A, the latching block 13A is slidably fitted into the latching rail 12A, and the mounting rail 14A is provided on the bottom surface of the plate 11A. The fixed rail 15A is provided in the vicinity of the mounting rail 14A and on the bottom surface of the plate 11A.

  As shown in FIG. 16, the latching block 13A includes a tray part 131A and a latching column body 132A. The dish part 131A has a disk shape and is rotatable or slidable on the latching rail 12A. The retaining pillar 132A is a hollow rectangular parallelepiped, and is provided on the upper surface of the dish portion 131A, and two elongated holes 133A formed on opposite walls of the retaining pillar 132A. Since the elastic portion 134A provided between the two elongated holes 133A and the convex portion 135A protruding from the outer surface of the elastic portion 134A are provided, when the socket is mounted, the convex portion 135A By contacting the inner peripheral surface, the socket can be reliably positioned.

  The stop member 20A in the second embodiment is detachably attached to the rail board 10A, and includes a plurality of fixed blocks 22A, a first support portion 23A, and a second support portion 24A, of which the fixed block 22A is slidable It may be attached to the fixed rail 15A in the vicinity of both sides of the plate 11A and may have a rectangular shape, and a fixed hole 221A is formed at the center.

  As shown in FIGS. 11 to 13, the first support portion 23A is formed by extruding aluminum and is attached to the bottom of one end of the plate 11A, and includes a plurality of through holes 231A, a plurality of bolts 232A, and a side plate 234A. A plurality of through-holes 231A are spaced apart from the first support portion 23A so as to correspond to the fixing holes 221A of the fixing block 22A fitted in the plate 11A, respectively. Each of the plurality of bolts 232A passes through the through hole 231A and is screwed into the fixing hole 221A of the fixing block 22A on the fixing rail 15A. According to the above-described structure, since the first support portion 23A is coupled to the fixed block 22A on the plate 11A, the first support portion 23A can be firmly attached to the plate 11A.

  Further, the side plate 234A is provided on the outer side of the first support portion 23A in the vertical direction, thereby covering the opening of one end of the latching rail 12A and the fixed rail 15A in the plate 11A, and thus from the plate 11A of the latching block 13A. Can be prevented from falling off. On the other hand, the handle portion 235A extends laterally on the outer surface of the side plate 234A, and when used, the user can use a socket holder that can be sucked while holding the handle portion 235A. Further, the connecting rail 236A extends laterally on the inner surface of the first support portion 23A so as to be positioned near one end (as shown in FIG. 13) of the fixed rail 15A and the mounting rail 14A of the plate 11A. A connecting hole 237A is provided.

  The second support portion 24A is formed by extruding aluminum and is attached to the bottom of the other end of the plate 11A. The plurality of through holes 241A, the plurality of bolts 242A, the side plate 244A, the handle portion 245A, and the connecting rail 246A. Among them, the plurality of through holes 241A are formed at intervals in the second support portion 24A so as to correspond to the fixing holes 221A of the fixing block 22A fitted into the plate 11A, and the plurality of bolts Each of 242A passes through the through hole 241A and is screwed into the fixing hole 221A on the fixing block 22A. According to the above-described structure, since the second support portion 24A is coupled to the fixed block 22A on the plate 11A, the second support portion 24A can be firmly attached to the plate 11A.

  Further, the side plate 244A is provided vertically at the outer end of the second support portion 24A, and covers the opening at the other end of the latching rail 12A and the fixed rail 15A of the plate 11A. Dropping from the plate 11A can be prevented. On the other hand, the handle portion 245A extends laterally on the outer surface of the side plate 244A, and when used, the user can use a socket holder that can be sucked while holding the handle portion 245A. Further, the connecting rail 246A extends laterally on the inner surface of the second support portion 24A so as to be positioned in the vicinity of the other end (as shown in FIG. 13) of the fixed rail 15A and the mounting rail 14A of the plate 11A. A connecting hole 247A is provided.

  According to the above-described structure, since the first support portion 23A and the second support portion 24A are attached to opposite ends of the plate 11A, the structure of the rail board 10A can be strengthened, thereby providing a durable socket holder that can be sucked. can do.

  The adsorption member 30A is attached to the rail board 10 and has at least two adsorption sets. Among them, the adsorption set includes a case 33A and at least one magnetic block 34A, and the case 33A is made of metal. The connecting portions 233A and 246A of the support portions 23A and 24A are fitted into the connection rails 236A and 246A, the coupling holes 331A are formed at locations corresponding to the connection holes 237A and 247A of the support portions 23A and 24A, and the bolts 332A pass through the connection holes 237A and 247A. And screwed into the coupling hole 331A. According to this configuration, the case 33A can be firmly fitted into the connecting rails 236A and 246A of the support portions 23A and 24A.

  The magnetic block 34A has magnetism and is attached to the outer surface of the case 33A. In this embodiment, there are two magnetic blocks 34A, and these magnetic blocks 34A are attached to the outer surface and both ends of the case 33A, respectively.

  As described above, according to the second embodiment of the socket holder that can be sucked according to the present invention, the socket can be installed in the hanging block 13A of the rail board 10A and stored therein, as shown in FIG. The magnetic block 34A is attracted to the wall 51 of the tool cabinet 50, and the socket holder that can be attracted by the magnet's attracting force is hooked on the wall 51 of the tool cabinet 50, so that the socket is stored or displayed. be able to. In addition, according to this structure, since it is not necessary to place the socket holder which can be attracted | sucked in the tool cabinet 50, space can be saved.

  Furthermore, as shown in FIG. 13, in the socket holder that can be sucked according to the present invention, the stopper member 20 </ b> A and the suction member 30 </ b> A are attached to the bottom of the plate 11 </ b> A. The wall 51 of the tool cabinet 50 can be prevented from being damaged by the fixed rail 15A and the mounting rail 14A. As shown in FIG. 14, the handle portion 235A of the first support portion 23A and the handle portion 245A of the second support portion 24A extend outward from the opposite side of the plate 11A of the rail board 10A. When the handle has the handle portions 235A and 245A, the suckable socket holder can be easily lifted, which is very convenient in use.

10, 10A Rail board 11, 11A Plate 12, 12A Hanging rail 13, 13A Hanging block 131, 131A Plate part 132, 132A Hanging column body 133, 133A Long hole 134, 134A Elastic part 135, 135A Convex part 14, 14A Mounting rail 141 Opening 142 Slit 15, 15A Fixed rail 151 Opening 20, 20A Stopping member 21 Stopper 22A Fixing block 221A Fixing hole 23A First support portion 231A Through hole 232A Bolt 234A Side plate 235A Handle portion 236A Connecting rail 237A Connecting hole 24A First Two support parts 241A Through-hole 242A Bolt 244A Side plate 245A Handle part 246A Connection rail 247A Connection hole 30, 30A Adsorption member 31 Magnetic member 311 Frame 312 Magnetic block 313 Side wall 314 Wing part 32 Position Because member 321 recess 322 protrusion 33A casing 331A coupling hole 332A bolts 34A magnetic block 50 tool cabinet 51 walls E, M, W, P, M, G width

Claims (8)

A plate, a plurality of latching rails provided on the top surface of the plate at intervals, a plurality of hanging blocks slidably fitted into the latching rails, and provided on the bottom surface of the plate in the longitudinal direction A through groove is formed at each end, and an opening that communicates with the through groove is formed at both ends. The through groove is provided on at least one mounting rail, on both sides of the mounting rail, and on the bottom surface of the plate. A rail board comprising a plurality of fixed rails formed at both ends, each having an opening communicating with the through groove;
A stopper member that is detachably attached to the rail board and includes a plurality of stoppers that are packed in the opening of the mounting rail and the opening of the fixed rail;
At least one magnetic member and at least two positioning members are attached to the rail board, and the magnetic member is slidably fitted into the mounting rail while being in contact with the bottom surface of the mounting rail. A frame that is slidably fitted into the mounting rail, a side wall that extends upward on opposite sides of the bottom of the frame, and a longitudinal side on the other opposite sides of the bottom of the frame, respectively. Wings extending along the frame, and at least one magnetic block installed between the side wall and the wings on the frame, and the at least two positioning members are slidably attached to the mounting rail. The magnetic member is positioned on the mounting rail to contact the magnetic member and contact the stoppers inserted into the openings at both ends of the mounting rail. The bottom of the positioning member is in contact with the bottom surface of the mounting rail, and one end is in contact with the magnetic block and the side wall of the magnetic member, and a concave portion penetrating both ends is formed on the bottom surface. An adsorbable socket holder comprising: an adsorbing member to be combined. In the mounting rail, a slit communicating with the through groove is formed on the upper surface, and the width (M) of the slit is narrower than the width (W) of the mounting rail,
The attractable socket holder according to claim 1, wherein a side wall of the magnetic member is fitted into a slit of the mounting rail.   The attractable socket holder according to claim 2, wherein the width (G) of the concave portion of the positioning member is wider than the width (E) of the wing portion of the frame of the magnetic member.   A convex portion is provided on the upper surface of the positioning member, the convex portion is inserted into a slit of the mounting rail, and the width (P) of the convex portion is narrower than the width (M) of the slit. The socket holder which can adsorb | suck according to claim 3.   The positioning block includes a dish part and a retaining column body, and the dish part has a disk shape, and is fitted into a retaining rail so as to be rotatable or slidable. Two elongated holes formed in the wall, an elastic part provided between the two elongated holes, and an inner surface of the socket so as to abut on the inner peripheral surface of the socket. The adsorbable socket holder according to claim 4, further comprising a convex portion. A plate, a plurality of latching rails provided on the top surface of the plate at intervals, a plurality of latching blocks slidably fitted into the latching rail, and a plurality of fixings provided on the bottom surface of the plate A rail board comprising rails;
A plurality of fixing blocks, a first support portion, and a second support portion, wherein the fixing block has a fixing hole and is slidably attached to fixing rails near both sides of the plate; The first support portion is attached to a bottom portion of one end of the plate, and includes a plurality of through holes, a plurality of bolts, and a connecting rail, each of the through holes being a fixing hole of a fixing block fitted into the plate. Correspondingly, the first support part is formed at an interval, and each of these bolts passes through the through hole and is screwed into the fixing hole of the fixing block on the fixing rail. The support is coupled to a fixed block on the plate to combine the first support with the plate, the connecting rail having a connecting hole and near one end of the fixed rail and the mounting rail of the plate. The second support portion is attached to the bottom of the other end of the plate, and includes a plurality of through holes, a plurality of bolts, and a connecting rail. These through holes are formed at intervals in the second support part so as to correspond to the fixing holes of the fixing block fitted in the plate, respectively, and these bolts pass through the through holes, respectively. The second support part is combined with the plate by being screwed into a fixing hole on the fixing block, whereby the second supporting part is coupled to the fixing block on the plate, and the connecting rail has a connecting hole. And a stop member that is laterally installed on the inner surface of the second support portion and is detachably attached to the rail board so as to be positioned near the other end of the fixed rail and the mounting rail of the plate,
Attached to the rail board and having at least two suction sets, wherein the suction set includes a case and at least one magnetic block, and the case is fitted into a connecting rail of a support portion, and the support portion A coupling hole is formed at a location corresponding to the coupling hole of the first and second bolts, and a bolt that passes through the coupling hole and is screwed into the coupling hole. Thus, the case is firmly fitted into the coupling rail of the support portion, The magnetic block has a suction member attached to the outer surface of the case. The first support portion includes a side plate and a holding plate, and the side plate is provided on the outer side of the first support portion in a vertical direction so that the latch block does not escape from the plate. One end opening of the rail and the fixed rail is covered, and the handle portion extends laterally on the outer surface of the side plate,
The second support portion includes a side plate and a handle portion, and the side plate is provided in a vertical direction at an outer end of the second support portion, so that the latch block is prevented from falling off the plate. 7. The suckable socket holder according to claim 6, wherein the other end openings of the rail and the fixed rail are covered, and the handle portion extends laterally on the outer surface of the side plate.   The latching block includes a tray part and a latching column body, and the dish part has a disk shape, and is fitted into a latching rail so as to be rotatable or slidable. A hollow rectangular parallelepiped, two elongated holes formed on one side wall, an elastic portion provided between the two elongated holes, and the elastic portion for contacting the inner peripheral surface of the socket The adsorbable socket holder according to claim 7, further comprising a convex portion projecting from an outer surface of the socket.

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