JP2009121225A - Stacked type partition apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a stacked type partition apparatus attaining abundant merchandise development in breadth while minimizing a cost increase by connecting a plurality of unit panels vertically and laterally in sequence with a simple and strong connecting structure to construct a partition apparatus of desired height and length. <P>SOLUTION: The unit panel 1 formed of an extruded shape has a lower fitting part 10 and an upper fitting part 11 ruggedly fitted to the lower fitting part, formed at the lower and upper ends respectively; and lower locking parts 17 formed at the lower ends of recessed groove parts 16 formed at both side end faces, and upper locking parts 18 formed at the upper ends. The unit panel 1 comprises, as connecting means, a lower connecting implement 2 having locking claw parts 27 locked to the lower locking parts on both sides, an upper connecting implement 3 having locking claw parts 31 locked to the upper locking parts on both sides, and a screw type fastener 4 located in the recessed groove to draw the lower connecting implement and the upper connecting implement. A first engaging part 30 and a second engaging part 34 engaged with each other out of vertical displacement are formed at the lower part of the lower connecting implement and the upper part of the upper connecting implement respectively. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a stacked partition device, and more particularly to a stacked partition device in which unit panels are stacked at a desired height and connected vertically and horizontally.

  Conventionally, an assembly structure of a panel having a structure in which partition panels are sequentially connected without interposing a support column is provided. For example, in Patent Document 1, a vertical groove groove that is open outward is provided at a side edge of a vertical frame of a panel, and a locking piece is provided at a lower portion of the groove, so that a vertical frame of an adjacent panel is provided. While joining each other and engaging the two locking pieces in an inseparable manner, the tapered grooves of the coupling tool are fitted from above to the upper ends of the opposed concave groove portions of both vertical frames, and below the coupling tool. An assembly structure of a panel that is tightened close to each other by screwing a bolt inserted from above into the through hole of the coupling member into the engagement piece locked at the opening of both vertical frames. Is disclosed.

  Further, in Patent Document 2, a frame hanger having a concave groove portion along the center portion is fixed to the side end surface of the panel, and an upper wedge block having a wedge surface with an inclined upper surface is attached above the frame hanger. In addition, a lower wedge block having a wedge surface whose lower surface is inclined below the frame hanger is fixed, the frame hangers of both panels are joined together, and the lower attracting block is inclined to the wedge surfaces of the lower wedge blocks. Engage the attracting surface, engage the inclined attracting surface of the upper attracting block with the wedge surfaces of the upper wedge blocks, pass through the upper and lower through holes of the upper attracting block from above, and enter the concave groove Screw the screw part at the lower end of the attracting rod that is positioned into the screw hole of the cylindrical receiving body fixed to the lower attracting block, and attract both panels in the approaching direction. Structure for coupling is disclosed Te.

  However, those described in Patent Documents 1 and 2 do not have a structure in which panels are stacked and connected in the vertical direction. Each of these panels has a structure in which panel plates are fixed on both front and back surfaces of a frame composed of a vertical frame and a horizontal frame. To prepare a plurality of types of panels having different widths, at least a horizontal frame is used. Frames and panel boards with dimensions corresponding to them must be manufactured, and it is inevitable that costs will increase significantly if abundant product development, high expandability and flexibility are to be ensured.

There are some panels that extend from the upper part of the partition panel, but the upper panel is fitted to the upper edge of the lower panel, and a bolt that penetrates the upper panel vertically is connected to the upper edge of the lower panel. A structure that is screwed into the horizontal frame of the frame has been proposed.
Japanese Utility Model Publication No. 05-047114 Japanese Patent No. 2873306

  Therefore, in view of the above-described situation, the present invention intends to solve the problem that a plurality of unit panels are sequentially connected vertically and horizontally by a simple and strong connection structure to construct a partition device having a desired height and length. In addition, it is possible to provide a stacking type partitioning device that can suppress a rise in cost to a minimum and can develop a wide variety of products in the width, and can realize an unprecedented new form. is there.

  In order to solve the above-mentioned problems, the present invention provides a plurality of unit panels made of extruded molds that are vertically, horizontally and laterally connected by means of connecting means using end members provided on both side ends of the unit panels. A stacked partition device characterized in that it is connected to (1).

  More specifically, it is a stacking type partitioning device configured by connecting a plurality of unit panels made of extruded mold material vertically and horizontally by connecting means, and the unit panel forms a lower fitting portion at a lower end portion. In addition, an upper fitting portion is formed on the upper end portion so that the lower fitting portion is concavo-convexly fitted to restrict displacement in the outer direction of the panel surface, and a lower locking portion is provided at the lower end portion of the groove portion formed on both side end surfaces. Forming a top locking portion at the upper end of the concave groove portion, and as a connecting means, a lower connector having locking claws on the both sides to be locked from below to the lower locking portion on the upper side, An upper connecting member having a locking claw portion locked at the lower side to the upper locking portion from above on both sides, and a screw-type fastener that is located in the concave groove and attracts the lower connecting member and the upper connecting member; And a lower displacement of the lower connector and an upper portion of the upper connector are not displaced vertically. A first engaging portion and the second engagement portion is formed to be engaged, is the concatenation of the lower unit panel and the upper unit panel of (claim 2).

  Here, the unit panel has a hollow shape in which a front plate and a back plate are connected by the lower fitting portion, the upper fitting portion, and a single or a plurality of connecting portions, and a concave groove is formed in the center portion on both side cut surfaces. The end member provided with the flange portion and the groove portion that covers the cut surface on both sides is fitted into the groove portion and screwed to the connecting portion, and the end member is recessed. Preferably, the lower locking portion and the upper locking portion are formed in the groove portion (Claim 3).

  In addition, the lower fitting portion and the upper fitting portion are concavo-convexly fitted to each other with the plurality of unit panels, and the end members having lengths extending through the respective concave grooves are fitted into the concave grooves of the plurality of unit panels. In addition, it is also preferable that each unit panel is screwed and integrated.

  And the 1st engaging part of the said lower connector is an engagement recessed part, and the 2nd engaging part of the said upper connector is a substantially T-shaped engagement convex part in a side view, and each slides in a panel surface inward direction It is a structure to engage (Claim 5).

  Alternatively, the first engagement portion of the lower connector is an engagement convex portion that is substantially T-shaped in a side view, and the second engagement portion of the upper connector is an engagement recess, and each slides inward in the panel plane. It is a structure to engage (Claim 6).

  The fastener includes a connecting shaft and a screw, and a screw hole is formed in an axial direction at an upper end of the connecting shaft, and a lower end portion of the connecting shaft is fixed to the lower connector so as not to rotate. It is more preferable that the portion is fitted to the upper connector so as to be slidable in the vertical direction, and a screw penetrating the upper connector is screwed into the screw hole.

  Further, a locking edge is formed along the upper and lower edges of the unit panel, the locking edges of the upper and lower unit panels are opposed to each other, and an opening is provided therebetween to form a hanging groove along the upper and lower unit panels. It is also preferable to form it (claim 8).

  In the stacked partition device of the invention according to claim 1 as described above, the unit panel is made of an extrusion mold material, so that the upper and lower fitting portions have high accuracy, can realize uneven fitting without rattling, and further appropriately It is possible to easily manufacture products having different widths by simply cutting to a desired length. And, since the end members provided on both side ends of the unit panel are connected to the upper and lower sides and the right and left without the support by the connecting means, a partition device with a desired height can be configured, and further, the partition with different steps, etc. It is also easy to configure the device.

  According to the second aspect of the present invention, both the locking claws of the lower connector are simultaneously locked from below to the lower locking portions formed at the lower ends of the respective recessed groove portions of both unit panels arranged on the left and right, and The upper locking portion formed on the upper end portion of the groove portion simultaneously locks both locking claws of the upper connecting device from above, and the upper connecting portion and the upper connecting portion are screwed with a screw-type fastener positioned in the concave groove portion. By pulling the connector, the left and right unit panels can be firmly connected. To connect the unit panel to the upper part of the unit panel that has already been connected to the left and right, the upper connection used to connect the lower unit panels. The first engagement portion of the lower connection tool used to connect the upper unit panel to the left and right is engaged with the second engagement portion of the tool so as not to be vertically displaceable, and By engaging the fitting part with the lower fitting part of the lower end of the upper unit panel Can be firmly connected to the upper and lower, can be easily connected sequentially unit panels by these connecting means vertically and horizontally. According to the present invention, it is possible to develop a wide variety of products with respect to the lateral width while suppressing an increase in cost to a minimum, and it is possible to realize an unprecedented new form.

  According to the third aspect, the unit panel has a hollow shape in which the front plate and the back plate are connected by the lower fitting portion, the upper fitting portion, and a single or a plurality of connecting portions. Therefore, it is possible to produce a large width, and the cut surfaces on both sides of the mold material are only post-processed by forming a groove at the center, and the groove of the end member is fitted into the groove and screwed. By doing so, the cut surface can be covered with the both side flanges of the end member, and the lower locking portion and the upper locking portion used for connection by the connecting means are formed in the recessed groove portion of the end member, so that the fastening is performed. Since the longitudinal direction of the end member is directed in the direction of attraction by the tool, the strength is very high and the unit panel is not deformed. Note that when the unit panels are connected to the left and right, the flange portions of the end member are joined to each other. be able to.

  According to claim 4, a plurality of unit panels are preliminarily fitted in a concavo-convex manner, and the end member having a length over each concave groove is fitted into a concave groove of the plurality of unit panels, and each unit is fitted. By screwing to the panel and integrating it, not only can the work on the construction site be saved, but also multiple unit panels can be screwed and integrated at the same time with a common end member, so the panel surface direction Strength is increased against bending.

  According to the fifth aspect of the present invention, the upper unit panel is used for the left and right connection of the upper T unit engagement convex portion as the second engagement portion of the upper connection tool provided for the left and right connection of the lower unit panel. The engaging recess as the first engaging portion of the lower connector can be engaged so that it cannot be displaced up and down simply by slidingly engaging in the in-plane direction of the panel. Since the vertical connection can be achieved at the same time, the connection work is easy.

  According to the sixth aspect, the first engagement of the lower connector used for the left and right connection of the upper unit panel is provided in the engagement recess as the second engagement portion of the upper connector provided for the left and right connection of the lower unit panel. When the engagement convex part having a substantially T-shape in side view as the joint part can be engaged so as not to be vertically displaceable only by slidingly engaging in the in-plane direction of the panel, the upper left and right unit panels are connected by the connecting means. Since the vertical connection can be achieved at the same time, the connection work is easy.

  According to claim 7, the fastener includes a connecting shaft and a screw, and a screw hole is formed in the upper end of the connecting shaft in the axial direction, and the lower end portion of the connecting shaft cannot be rotated to the lower connecting tool. The upper end of the fastener is slidably fitted to the upper connector, and a screw passing through the upper connector is screwed into the screw hole. Even if it becomes long, the fastening work is easy, and the construction efficiency of the partition device is dramatically increased.

  According to claim 8, by connecting the unit panels up and down, a hanging groove can be automatically formed between both unit panels, and a decorative panel, a blackboard, a white board, etc. can be formed using the hanging groove. Various options including the board can be mounted along the surface. In addition, the joining line inevitably generated by connecting the upper and lower unit panels can be made inconspicuous by the hanging groove.

  Next, the present invention will be described in more detail based on the embodiments shown in the accompanying drawings. 1 to 8 show a first embodiment of a stacked partition device according to the present invention, in which reference numeral 1 is a unit panel, 2 is a lower connector, 3 is an upper connector, and 4 is a fastener. Yes.

  In the stacked partition device according to the present invention, a plurality of unit panels 1,... Made of an aluminum extrusion mold are connected in the vertical and horizontal directions by a connecting means comprising a lower connector 2, an upper connector 3, and a fastener 4. The partition device of the height and the length is configured. Furthermore, the head member 5, the head member 6 and the base member 7, which are also made of an aluminum extruded mold, are the minimum configuration for connecting the members in a straight line to construct the partition device. In addition to this, an end cover, a corner post, a post cover, and the like for processing the panel end surface and connecting in an L shape, T shape, or a cross shape are necessary, which will be described later. In addition, it is also possible to use the synthetic resin-made extrusion mold material instead of the aluminum extrusion mold material.

  First, as shown in FIG. 1 to FIG. 8, the unit panel 1 has a basic dimension of 200 mm in the vertical width, and a plurality of types of horizontal widths in the range of 450 to 3600 mm by cutting an aluminum extrusion mold material to an appropriate length. Is made. Both horizontal unit panels 1 have the same post-processing on both ends. Specifically, the unit panel 1 has a hollow shape in which a front plate 8 and a back plate 9 are connected by a lower fitting portion 10, an upper fitting portion 11, and a single or a plurality of connecting portions 12,. In the cut surface on both sides, the groove 13 is formed in the center, and the end member 14 provided with the flange 15 and the groove 16 covering the cut surface on both sides is fitted into the groove 13, .. Are screwed to the connecting portions 12,..., And a lower locking portion 17 and an upper locking portion 18 are formed in the recessed groove portion of the end member 14.

  Actually, the groove 13 is formed by cutting out the lower fitting portion 10, the upper fitting portion 11 and the central portion of the single or plural connecting portions 12. Then, a tapping screw 20 penetrated from the bottom of the concave groove portion 16 of the end member 14 is screwed into and attached to a pilot hole 19 having a C-shaped cross section integrally formed at the central portion of the connecting portion 12. Further, a pair of ribs 21 and 21 project from the middle of both side walls of the concave groove portion 16 of the end member 14 in a direction opposite to each other, and the lower ends of the ribs 21 and 21 are cut out to form the lower locking portion. A portion 17 is formed, and the upper locking portion 18 is formed by cutting out the upper ends of the ribs 21 and 21.

  And the lower fitting part 10 and the upper fitting part 11 of the said unit panel 1 have a structure which carries out uneven fitting with each other, and controls the displacement of a panel surface direction. Specifically, the lower fitting portion 10 is formed with engaging grooves 22 and 22 opened downward, and the upper fitting portion 11 is engaged with the engaging groove 22 of the lower fitting portion 10. Projecting pieces 23 and 23 projecting upward are projected. Further, locking edges 24,... Are formed along the upper and lower edges of the front panel 8 and the rear panel 9 of the unit panel 1, and the locking edges 24, 24 of the unit panels 1, 1 positioned above and below are opposed to each other. An opening 25 is provided between them to form a hanging groove 26 along the upper and lower unit panels. The hanging groove 26 is configured by using a part of the lower fitting portion 10 and the upper fitting portion 11 in addition to the locking edge 24, and the joining lines of the upper and lower unit panels 1, 1 are It is set so as to coincide with the upper edge of the opening 25 of the hanging groove 26 so that the joint line is not visible. Similarly, hanging grooves 26 are also formed between the headboard member 5 and the unit panel 1 and between the baseboard member 7 and the unit panel 1.

  Next, a connection structure for connecting the unit panels 1 and 1 vertically and horizontally will be described in detail with reference to FIGS. In the case of the present invention, it is a feature that a connecting portion is not provided with a support, and a vertical connecting and a horizontal (horizontal) connection are realized simultaneously by a common connecting means. The lower connector 2 is a block-shaped metal member, and has locking claw portions 27 and 27 that are locked to the lower locking portion 17 from below on both sides, and a cylindrical portion that protrudes from the upper central portion. A square hole 28 is formed to form a through hole 29 penetrating vertically inside the square hole 28, and a first engagement portion 30 is formed further below.

  On the other hand, the upper connector 3 is a block-shaped metal member, and has locking claw portions 31 and 31 that are locked to the upper locking portion 18 from above on both sides at the lower portion and a cylindrical portion at the lower center portion. Is formed so as to form a square hole 32, a through-hole 33 penetrating vertically is formed inside the square hole 32, and a second engagement portion 34 is further formed on the upper part. Here, the first engagement portion 30 of the lower connection tool 2 is an engagement recess whose opening is narrower than the inside, and the second engagement portion 34 of the upper connection tool 3 is a substantially T-shaped engagement in a side view. It is a convex part, and is a structure which slide-engages in the panel surface inward direction and engages with each other so that vertical displacement is impossible.

  And the said fastener 4 consists of the square shaft 28 and the fastening screws 36 and 36 which are inserted in the square hole 28 of the said lower connector 2, and the square hole 32 of the said upper connector 3 so that a vertical slide is possible. , Screw holes 37 are formed in the axial direction at both ends of the connecting shaft 35. The lower end portion of the fastener 4 is fitted into the square hole 28 of the lower connector 2, and the fastening screw 36 is threaded into the screw hole 37 through the through hole 33 from below. Further, the upper end portion of the fastener 4 is fitted into the square hole 32 of the upper connector 3, and the fastening screw 36 is threaded into the screw hole 37 through the through hole 33 from above. Here, all the fasteners 4 are accommodated in the recessed grooves 16 and 16 of the both end members 14 and 14.

  The unit panels 1,... Are connected to the upper, lower, left and right using the fasteners 4 sequentially from the lower stage to the upper stage. First, in a state where the lower end portion of the connecting shaft 35 is connected to the lower connecting tool 2, both the locking claws 27, 27 of the lower connecting tool 2 are connected to the end portions of the left and right unit panels 1, 1 specifically. Are joined to the flanges 15 and 15 of the end members 14 and 14 and locked to the lower locking portions 17 and 17 of the end members 14 and 14. At this time, the connecting shaft 35 is positioned upright in a vertical hole formed by the recessed groove portions 16 and 16. Then, the upper end of the connecting shaft 35 is fitted into the square hole 28 of the upper connector 3 from above, and both the locking claws 31, 31 are connected to the upper locking portions 18, 14 of the end members 14, 14. 18, the fastening screw 36 is inserted through the through hole 33 from above, and is screwed into the screw hole 37 of the connecting shaft 35. By tightening the fastening screw 36, the lower connector 2 and the upper connector 3 are attracted, and the left and right unit panels 1 and 1 are utilized by utilizing the inclination of the locking claw portions 27, 27 and the locking claw portions 31, 31. 1 is pulled and connected.

  Here, a protrusion 15 </ b> A is formed on one flange 15 of the end member 14 along the opening of the groove 16, and the other flange 15 is formed along the opening of the groove 16. The groove 15B is formed. When the left and right unit panels 1 and 1 are connected, when the flanges 15 and 15 of the end members 14 and 14 are joined, the protrusion 15A and the groove 15B are engaged, and the panel faces outward. It is possible to regulate the displacement and to connect at an accurate position.

  Then, in order to connect the unit panels 1 and 1 to the upper stage of the unit panels 1 that are already connected to the left and right, as shown in FIG. 1, the upper connector 3 used to connect the lower unit panels 1 and 1 is used. Use. Specifically, in a state where the lower end portion of the connection shaft 35 is connected to the lower connection tool 2, the first engagement portion 30 of the lower connection tool 2 is used as the second of the upper connection tool 3 used for lower connection. The engaging portion 34 is slidably engaged from the in-plane direction of the panel and maintained in an upright state. In this state, the lower fitting portion 10 of both unit panels 1, 1 is fitted to the upper unit panel 1,1. While being placed on the portion 11 and engaging with the concave and convex portions, the lower locking portions 17 and 17 of the end members 14 and 14 are engaged with the both locking claw portions 27 and 27 of the lower connector 2. Thereafter, similarly to the above, the upper end portion of the connecting shaft 35 is fitted into the square hole 28 of the upper connecting member 3 from above, and both the locking claws 31 and 31 are engaged with the upper ends of the end members 14 and 14, respectively. The stoppers 18 are engaged with each other, and the fastening screws 36 are inserted from above through the through holes 33 and screwed into the screw holes 37 of the connecting shaft 35. Then, the lower connector 2 is pulled up, and the first engagement portion 30 is strongly engaged with the second engagement portion 34 of the lower upper connector 3. At this time, it is preferable to set the dimensions so that both the locking claws 27, 27 of the lower connector 2 strongly come into contact with the lower locking portions 17, 17 of the end members 14, 14 simultaneously.

  Next, a structure for connecting the headboard member 5 and the baseboard member 7 will be briefly described with reference to FIGS. 1, 4, and 5 to 8. The headboard member 5, the headboard cover 6, and the baseboard member 7 are made of an aluminum extrusion mold material, and are appropriately cut according to the width of the unit panel 1. The shape of the lower fitting portion 38 of the cap member 5 matches the shape of the lower fitting portion 10 of the unit panel 1, and the shape of the upper fitting portion 39 of the base board member 7 is the unit. It matches the shape of the upper fitting portion 11 of the panel 1.

  In order to attach the head member 5 to the upper end of the uppermost unit panel 1, a central portion of a rectangular locking piece 41 is screwed into a lower part of a screw 40 penetrating the bottom surface of the head member 5, and the unit panel. By inserting the locking piece 41 into between the two protruding pieces 23, 23 of the upper fitting portion 11 and tightening the screw 40, the locking piece 41 rotates about 80 degrees to The fitting portion 38 of the head member 5 and the upper fitting portion 11 of the unit panel 1 are firmly fitted by being locked to the lower portions of the pieces 23 and 23 and further tightened. And since the recessed part 42 is formed in the upper part of the said head member 5 except a both-sides edge, the several holding tool 43 is rotationally locked in this recessed part 42, and the said holding tool 43, ... A cap cover 6 is fitted to close the recessed portion 42.

  The baseboard member 7 is formed with a groove 44 similar to the groove 13 of the unit panel 1 at both ends, and the lower extension of the end member 14 of the upper unit panel 1 is fitted into the groove 44. In the same manner as described above, the upper fitting portion 39 is recessed and fitted to the lower fitting portion 10 of the unit panel 1 while being screwed. The baseboard member 7 is provided with an adjuster 45 as appropriate.

  Here, the partition device according to the present invention is characterized in that it is constructed by stacking sequentially on site, but since the lower part needs a minimum height, the baseboard member 7 and one to four sheets are required. It is also preferable to connect the unit panels 1,. In that case, the base plate member 7 and the unit panels 1,... Are connected vertically using the long end members 14. Alternatively, the plurality of unit panels 1,... Are vertically fitted to the extent that they can be handled, and the concave groove portions 16 of the long end members 14, 14 are fitted over the concave grooves 13,. It is also possible to form a single composite panel by firmly connecting with the tapping screw 20 and handle it in the same manner as the unit panel 1 and connect it vertically and horizontally as described above. And in order to connect this composite panel to right and left, it is only necessary to prepare a long connecting shaft 35 corresponding to the vertical height, and the other lower connecting tool 2 and upper connecting tool 3 can be used in common. .

  A cap cap 46 made of synthetic resin is fitted to the end portion of the cap member 5 to close the end portion. Note that the thickness of the flange portion 47 of the cap board cap 46 matches the thickness of the flange portion 15 of the end member 14, and a recess 48 for accommodating the upper connector 3 is provided inside.

  The state in which the plurality of unit panels 1,... Are connected vertically and horizontally is shown in FIG. In this case, the hanging groove 26 formed between the upper and lower unit panels 1 and 1 also serves as a joint portion continuously from the left and right. Further, there is nothing except that the flanges 15 and 15 of the end members 14 and 14 are overlapped between the left and right unit panels 1 and 1, and it has a clean appearance. Similarly, a hanging groove 26 similar to the above is provided between the uppermost unit panel 1 and the head member 5. A hanging groove 26 similar to the above is also provided between the lowermost unit panel 1 and the baseboard member 7. The side surfaces of the front panel 8 and the rear panel 9, the coping member 5 and the baseboard member 7 of the unit panel 1 extend in the horizontal direction and are repeatedly corrugated in the vertical direction, forming a unified design as a whole. is doing.

  FIG. 9 shows a state before the headboard member 5 is mounted by the unit panels 1 and 1 connected in the left-right direction. FIG. 10 shows a state in which an end cover 49 having a U-shape in plan view is attached to the end portion of the unit panel 1 located at the end portion via a connecting member 50. FIG. 11 shows an L-shaped connection state in which two unit panels 1 and 1 are connected in an L shape via a corner post 51 and a spacer 52, and the corner post 51 is covered with an L-shaped post cover 53 in plan view. Show. In FIG. 12, three unit panels 1,... Are connected in a T shape via a corner post 51 and two spacers 52, and the corner post 51 is covered with a straight post cover 54 in plan view. Indicates the state. 13 shows a cross-shaped connection state in which the four unit panels 1,... Are connected in a cross shape via the corner posts 51 and the three spacers 52. In these connected states, the corner posts 51 and the spacers 52 are common members.

  First, the processing of the termination portion will be described with reference to FIGS. The end cover 49 having a U-shape in plan view is formed by processing an aluminum extruded mold having the same corrugated surface as the surface of the unit panel 1. A locking portion 55 is formed at least on the inner side of the end cover 49, and end edges 56, 56 similar to the locking edge 24 of the unit panel 1 are formed on the upper and lower edges. The connecting member 50 is made of an aluminum extruded mold having substantially the same cross section as the end member 14, and has a recessed groove portion 57 and flange portions 58, 58 on both sides. When the flange portions 58 and 58 of the connecting member 50 and the flange portions 15 and 15 of the end member 14 of the unit panel 1 are joined, the concave and convex portions are fitted so as not to be displaced outward from the panel surface as described above. Yes. Then, a lower locking portion 59 similar to the above is formed at the lower end portion inside the recessed groove portion 57 of the connecting member 50, and an upper locking portion 60 is formed at the upper end portion, and the lower connecting tool 2 and the upper connecting tool 3 are formed. In addition, the connecting member 50 can be connected to the end member 14 using the fastener 4. A locking tool 61 is attached to the bottom of the upper end portion of the concave groove portion 57 of the connecting member 50, and the locking portion 55 of the end cover 49 is locked to the locking tool 61. 49A is held on the upper end 49B of the lower end cover 49 in an uneven manner. Here, between the end edges 56, 56 of the upper and lower end covers 49, 49, as shown in FIG. 17, a lateral groove 62 continuing to the hanging groove 26 is formed. Further, an upper end cap 63 is attached to the space between the upper end of the uppermost end cover 49 and the end of the head member 5, and the same is applied between the upper end cap 63 and the uppermost end cover 49. A lateral groove 62 is formed. Note that the upper and lower end covers 49, 49 do not have to be unevenly fitted, and in that case, only the end edges 56, 56 are formed on the upper and lower edges. In some cases, the unit panels 1 are connected to the left and right with different heights. In that case, the end member 14 is connected to the side end of the higher unit panel 1 to conceal the end.

  Next, the structure of the L-shaped connecting portion will be described based on FIGS. 15, 16, and 18. As described above, the corner post 51 and the spacer 52 are connected to each other, and the L-shaped post cover 53 is attached to the outer surface of the corner post 51. The corner post 51 is made of an aluminum extruded mold material, has a square cylindrical portion 64 at the center, and has a pair of flange pieces 65 extending radially from the four corners. A concave groove portion 66 similar to the concave groove portion 57 is formed, and flanges 67 and 67 are integrally formed at both ends thereof. And the lower latching part 68 and the upper latching | locking part 69 are each formed in the lower end part and upper end part in the recessed groove part 66 of the said corner post 51, and the lower connection tool 2, the upper connection tool 3, and the fastener 4 similarly to the above. Can be connected to the end member 14 of the unit panel 1. The other three sides of the corner post 51 have a shape in which the concave groove portion 66 is cut in the middle. The spacer 52 can be joined to this portion, and the stopper 61 can be attached. A notch 71 is formed in the inward ribs 70, 70 of the two flange pieces 65, 65 facing each other, and a lower locking portion 72 is formed at the lower end and an upper locking portion 73 is formed at the upper end. The spacer 52 is made of an aluminum extrusion mold material, has a groove-shaped joint 74 at the center, and has flanges 75 and 75 similar to the flanges 15 and 15 of the end member 14 on both sides thereof. ing. The upper and lower ends of the joint portion 74 of the spacer 52 are provided with notches 76, 76 at the same positions as the lower connecting portion 17 and the upper locking portion 18 of the end member 14, The connector 3 can be received. The post cover 53 is formed by processing a mold having the same cross-sectional shape as the end cover 49 and forming an L shape in a plan view. The post cover 53 has a locking portion 77 at the upper part of the inner surface, and has a lower end 53A and an upper end 53B. And have a shape in which concave and convex are fitted to each other. Note that the upper and lower post covers 53 do not have to be unevenly fitted, and in that case, only the end edge similar to the locking edge 24 of the unit panel 1 is formed on the upper and lower edges.

  And while joining the edge part member 14 of the unit panel 1 to the side which has the collar parts 67 and 67 of the said corner post 51, it connects with the lower connector 2, the upper connector 3, and the fastener 4 similarly to the above, The joint portions 74 of the spacer 52 are brought into contact with both flange pieces 65 and 65 on the adjacent surface, and the flange portions 15 and 15 of the end member 14 of the other unit panel 1 are brought into contact with the flange portions 75 and 75 of the spacer 52. Are connected by the lower connector 2, the upper connector 3, and the fastener 4 in the same manner as described above. The stoppers 61, 61 are respectively attached to the remaining two cutouts 71, 71 of the corner post 51, the locking portion 77 of the post cover 53 is locked, and the lower end 53A is fixed to the lower post cover 53. The upper end 53B is held in a concave-convex manner. Similarly, a lateral groove 78 that is continuous with the hanging groove 26 is formed between the upper and lower post covers 53, 53, and a lateral groove 78 is also formed between the upper end cap 79 and the uppermost post cover 53. .

  As shown in FIG. 19, the T-shaped connecting portion is substantially the same as the aforementioned L-shaped connecting portion, but the post cover 54 has a linear plan view shape. The end member 14 of the unit panel 1 is joined to the side of the corner post 51 having the flanges 67, 67 and connected by the lower connector 2, the upper connector 3, and the fastener 4 in the same manner as described above. The joint portions 74 of the spacer 52 are brought into contact with both flange pieces 65 and 65 on the adjacent surfaces, and the flange portions 15 and 15 of the end member 14 of the other unit panel 1 are attached to the flange portions 75 and 75 of the spacer 52. In the joined state, the lower connector 2, the upper connector 3, and the fastener 4 are connected in the same manner as described above. On the remaining surface of the corner post 51, the locking member 61 is attached to the notch 71, and the post cover 54 is locked and fitted to the lower post cover 54. Similarly to the above, a horizontal groove 80 is formed between the upper and lower post covers 54, 54, and the horizontal groove 80 is formed between the upper end cap 81 and the uppermost post cover 54. Yes.

  Further, although the linking structure of the cross-shaped connecting portion is not shown, in this case, the unit panels 1,... Are connected to the four surfaces of the corner post 51, so that the end cover as described above is unnecessary. That is, the end member 14 of the unit panel 1 is joined to the side having the flanges 67, 67 of the corner post 51 and connected by the lower connector 2, the upper connector 3, and the fastener 4 in the same manner as described above. The joint portions 74 of the spacer 52 are brought into contact with the remaining flanges 65, 65 on the remaining three surfaces, and the collar portions 15, 15 of the end member 14 of the other unit panel 1 are joined to the collar portions 75, 75 of the spacer 52. In this state, the fasteners 4 are connected in the same manner as described above.

  In addition, there is an aspect in which the height of the unit panel 1 is different on both sides of the corner post 51. In that case, it is necessary to cover the exposed surface of the corner post 51 with a post cover. The corner post necessary for the L-shaped connection is U-shaped in plan view, and the corner post necessary for the T-shaped connection is L-shaped in plan view and U-shaped in plan view. Further, in the case of a cross-shaped connection, there is a great possibility of a difference in level, and there is a possibility that all post covers having a straight line shape, an L shape, and a U shape are used in plan view.

  FIG. 20 shows another embodiment of the connecting means. The connection means of the present embodiment is composed of a lower connector 2, an upper connector 3, and a fastener 4, and the lower connector 2 has locking claw portions 27, 27 and a first engagement portion 30, The upper connector 3 is common in that it has locking claws 31, 31 and a second engaging portion 34. The difference from the above-described embodiment is that a cylindrical portion 82 is projected from the center upper portion of the lower connector 2, a screw hole 83 is formed inside, and a through hole 84 is formed in the center portion of the upper connector 3. The fastener 4 is composed of a long bolt 85 and has a structure in which the lower end portion of the bolt 85 penetrating from above into the through hole 84 of the upper connector 3 is directly screwed into the screw hole 83 of the lower connector 2. . Since other configurations are the same as those described above, the same components are denoted by the same reference numerals and description thereof is omitted.

  FIG. 21 shows a partition device with a window by connecting a glass panel 86 instead of a part of the unit panels 1. The glass panel 86 has a structure in which glass plates 90 and 90 are attached to both front and back surfaces of a rectangular frame in which an upper horizontal frame 87 and a lower horizontal frame 88 are connected by both side frames 89 and 89. The lower side of the lower horizontal frame 88 forms a fitting part 91 having the same structure as the lower fitting part 10 of the unit panel 1, and the upper side of the upper horizontal frame 87 is the upper fitting of the unit panel 1. The fitting part 92 of the same structure as the part 11 is formed, and the unit panel 1 can be connected to the upper and lower parts respectively. Further, the end member 14 is attached to the side frame 89 so that the unit panel 1 can be connected to the side in the same manner as described above.

  Finally, a usage example in which an option is attached using the hanging groove 26 will be briefly described with reference to FIGS. FIG. 22 shows an example in which a decorative panel 93 is attached along the surface of the unit panel 1 using locking members 94. The locking member 94 has an L-shaped locking piece 96 that locks inside the hanging groove 26 at one end of a cylindrical main body 95, and a fitting shaft that has a reduced diameter at the other end. 97 is formed, and the fitting shaft 97 has a screw hole 98 formed therein. Then, the locking piece 96 of the locking member 94 is locked upward in the upper hanging groove 26, and the locking piece 96 of the locking member 94 is locked downward in the lower hanging groove 26. Then, the through hole 99 of the decorative panel 93 is tightly fitted to the fitting shaft 97 of each locking member 94, and the set screw 100 is screwed into the screw hole 98 of the fitting shaft 97 from the front side and held.

  FIG. 23 shows an example in which a board 101 such as a blackboard or a white board is attached along the surface of the unit panel 1. Support frames 102, 102 having the same shape are attached to the upper and lower edges of the back surface of the board 101 by turning them upside down, and a horizontally long engagement groove 103 is formed on the back surface of the support frame 102. Then, the upper locking member 104 is attached using the engagement groove 103 of the upper support frame 102, and the lower locking member 105 is attached using the engagement groove 103 of the lower support frame 102. The upper locking member 104 is formed with a locking piece 107 that locks in the hanging groove 26 on one side surface of the block-shaped main body portion 106, and an oval shape that rotates and engages with the engaging groove 103 on the other side surface. A locking plate 108 is formed. Since the engagement groove 103 has a shape in which the inside expands vertically from the opening portion, the engagement plate 108 is inserted through the opening portion in a state of being turned sideways and rotated 90 degrees to engage the engagement groove 103. The upper and lower edges are locked in pressure contact. On the other hand, the lower locking member 105 is formed with a locking claw 110 that elastically engages with the locking edge 24 on the upper side of the hanging groove 26 at the lower edge of the block-shaped main body 109 and the front surface with the locking claw 110. A similar oval locking plate 111 is formed and locked in the engaging groove 103 of the lower support frame 102 in the same manner as described above. In this state, after the upper locking piece 107 of the upper locking member 104 is locked to the upper hanging groove 26, the locking claw 110 of the lower locking member 105 is moved to the upper locking edge 24 of the lower hanging groove 26. Lock elastically. In this state, the board 101 can be moved laterally along the hanging groove 26. However, if the lower end of the board 101 is pulled forward and the locking claw 110 is removed from the hanging groove 26, the upper part can be easily removed. The locking piece 107 of the locking member 104 can also be removed from the hanging groove 26 and can be attached in the same manner after being moved to a desired position.

  FIG. 24 shows a usage example in which the shelf board 112 is held using one hanging groove 26. The shelf plate 112 is configured by combining a plurality of aluminum extrusion molds, and provided with an upward locking claw 113 along the upper edge of the base end portion, and a contact with the surface of the unit panel 1 below it. A stop 114 is formed. In this case, in a tilted state where the front side of the shelf 112 is lifted, the locking claw 113 is locked to the upper part of the hanging groove 26 and then returned to the horizontal position so that the lower end of the locking claw 113 is below the hanging groove 26. While being abutted against the locking edge 24 on the side, the abutting portion 114 is abutted against and held by the surface of the unit panel 1 at the lower position. In addition, the bottom surface of the shelf 112 has an inclined surface 115 extending to the stopper 114, and a lighting fixture 116 is attached to an opening provided in the inclined surface 115.

  Next, based on FIGS. 25-32, 2nd Embodiment of this invention is described. This embodiment is also basically the same as the first embodiment described above, but the shape of the upper and lower fitting portions of the unit panel 201, the convex connector 202 as the lower connector, and the concave connector 203 as the upper connector. , The fastener 204 is fixed to the lower convex connector 202, the headboard is composed of the headboard base 205 and the headboard cover 206, and the corner posts are connected in an L shape, T shape, or cross shape. There is a difference in using each dedicated one. In the figure, reference numeral 201 denotes a unit panel, 202 denotes a convex connector (lower connector), 203 denotes a concave connector (upper connector), and 204 denotes a fastener.

  The stacked partition device of the present embodiment also connects a plurality of unit panels 201 made of an aluminum extrusion mold material vertically and horizontally by a connecting means including a convex connector 202, a concave connector 203 and a fastener 204. The point which comprises the partition apparatus of desired height and length is the same. The headboard base 205, the headboard cover 206, and the baseboard member 207, which are also made of an aluminum extrusion mold, are the minimum configuration for connecting the linearly and constructing the partitioning device. In addition to this, an end cover for processing the panel end surface, a dedicated corner post and a post cover for connecting in an L shape, T shape, or a cross shape are necessary. These configurations will be described later. To do. In addition, it is also possible to use the synthetic resin-made extrusion mold material instead of the aluminum extrusion mold material.

  First, as shown in FIGS. 25 to 32, the unit panel 1 has a front plate 208 and a back plate 209 connected by a lower fitting portion 210, an upper fitting portion 211, and a single or a plurality of connecting portions 212. The hollow member 213 has a groove 213 formed at the center on both side cut surfaces, and a flange 215 that covers the cut surface on both sides and an end member 214 provided with a groove 216 at the center. Are fitted into the concave groove 213 and screwed to the connecting portions 212... To form a lower locking portion 217 and an upper locking portion 218 in the concave groove portion 216 of the end member 214.

  Actually, the concave groove 213 is formed by cutting out the lower fitting portion 210, the upper fitting portion 211, and the central portion of the single or plural connecting portions 212,. Then, a tapping screw 220 penetrating from the bottom of the concave groove 216 of the end member 214 is screwed into a pilot hole 219 having a C-shaped cross section integrally formed at the center of the connecting portion 212. In addition, as shown in FIG. 28, the end member 214 has a cylindrical shape that fits into the concave groove 213, and is long when mounted across a plurality of unit panels 201,. However, since sufficient rigidity is ensured, the concave groove 216 is shallow. The lower locking portion 217 is formed by cutting out the lower end portion of the bottom surface portion 221 of the concave groove portion 216, and the upper locking portion 218 is formed by cutting out the upper end portion of the bottom surface portion 221.

  And the lower fitting part 210 and the upper fitting part 211 of the said unit panel 1 have a structure which concavo-convexly fits each other, and controls the displacement of a panel surface direction. Specifically, the lower fitting portion 210 is formed with engaging grooves 222 and 222 opened downward, and the upper fitting portion 211 is engaged with the engaging groove 222 of the lower fitting portion 210. Projections 223 and 223 projecting upward are provided. And between the protrusions 223 and 223 of the upper fitting portion 211, a fitting groove 224 whose inside is wider than the opening edge is formed. Further, locking edges 225,... Are formed along the top and bottom edges of the front panel 208 and the back panel 209 of the unit panel 201, and the locking edges 225, 225 of the unit panels 201, 201 positioned above and below are opposed to each other. An opening 226 is provided between them, and a hanging groove 227 is formed between the upper and lower unit panels. The hanging groove 227 is configured by using a part of the lower fitting portion 210 and the upper fitting portion 211 in addition to the locking edge 225, and the joining lines of the upper and lower unit panels 201, 201 are connected to the hanging groove 227. It is set so as to coincide with the upper edge of the opening 226 of the hanging groove 227 so that the joining line is not visible. Similarly, hanging grooves 227 are also formed between the headboard cover 206 and the unit panel 201 and between the baseboard member 207 and the unit panel 201.

  Next, a connection structure for connecting the unit panels 201, 201 vertically and horizontally will be described in detail with reference to FIGS. In the case of the present invention, it is a feature that a connecting portion is not provided with a support, and a vertical connecting and a horizontal (horizontal) connection are realized simultaneously by a common connecting means. The convex connector 202 is a block-shaped metal member, and has locking claws 228 and 228 that are locked to the lower locking portion 217 from below on both sides and a cylindrical portion at the upper center. A square hole 229 is formed by projecting, and a first engagement portion 230 is formed further below.

  On the other hand, the concave connector 203 is a block-shaped metal member, and has locking claw portions 231 and 231 that are locked to the upper locking portion 218 from above on both sides and a cylindrical portion at the lower center portion. Is formed so as to form a square hole 232, a through hole 233 penetrating vertically is formed inside the square hole 232, and a second engagement portion 234 is formed further above. Here, the first engaging portion 230 of the convex connector 202 is a substantially T-shaped engaging convex portion in a side view, and the second engaging portion 234 of the concave connector 203 has a narrower opening than the inside. It is an engagement recessed part, and is a structure which slide-engages in the panel surface inward direction, and engages each other so that a vertical displacement is impossible. Here, the cross-sectional shape of the fitting groove 224 of the upper fitting portion 211 of the unit panel 201 and the second engagement portion 234 of the concave connector 203 are substantially matched.

  The fastener 204 includes a square connecting shaft 235 and a fastening screw 236, 236 that are slidably inserted into the square hole 229 of the convex connector 202 and the square hole 232 of the concave connector 203. It has become. The lower end portion of the connecting shaft 235 is fitted into the square hole 229 of the convex connector 202, and a C-shaped spring pin 237 is tightly fitted to the cylindrical portion and the connecting shaft 235 from the side. A screw hole 238 is formed in the upper end portion of the connecting shaft 235 in the axial direction, the upper end portion is fitted into the square hole 232 of the concave connector 203, and the fastening screw 236 is passed through the through hole 233 from above. And screwed into the screw hole 238. Here, all the fasteners 204 are accommodated in the recessed grooves 216 and 216 of the both end members 214 and 214.

  The unit panels 201,... Are connected vertically and horizontally using the convex connector 202, the concave connector 203, and the fastener 204 in order from the lower stage to the upper stage. First, the engaging claw portions 228 and 228 of the convex connector 202 attached to the lower end portion of the connecting shaft 235 are connected to the end portions of the left and right unit panels 201 and 201, specifically, the respective end member 214. , 214 are joined together and locked to the lower locking portions 217, 217 of the end members 214, 214. At this time, the connecting shaft 235 is positioned upright in a vertical hole formed by the recessed groove portions 216 and 216. Then, the upper end portion of the connecting shaft 235 is fitted into the square hole 232 of the concave connector 203 from above, and both the locking claws 231 and 231 are connected to the upper locking portions 218 of the end members 214 and 214, respectively. The fastening screw 236 is inserted through the through hole 233 from above and is screwed into the screw hole 238 of the connecting shaft 235. By tightening the fastening screw 236, the convex connector 202 and the concave connector 203 are attracted, and the right and left unit panels 201 are utilized by utilizing the inclination of the locking claw portions 228 and 228 and the locking claw portions 231 and 231. , 201 are drawn together for connection.

  Here, a protrusion 215 </ b> A is formed on one flange 215 of the end member 214 along the opening of the recessed groove 216, and the other flange 215 is formed along the opening of the recessed groove 216. The groove 215B is formed. When the left and right unit panels 201 and 201 are connected, when the flanges 215 and 215 of the end members 214 and 214 are joined, the protrusion 215A and the groove 215B are engaged, and the panel faces outward. It is possible to regulate the displacement and to connect at an accurate position.

  And, in order to connect the unit panels 201, 201 to the upper stage of the unit panels 201, ... already connected to the left and right, as shown in FIG. 25, the concave connector 203 used for connecting the lower unit panels 201, 201 is provided. Use. Specifically, the first engaging portion 230 of the convex connector 202 attached to the lower end portion of the connecting shaft 235 is connected to the second engaging portion 234 of the concave connector 203 used for lower connection within the panel surface. In this state, the lower fitting portion 210 of both unit panels 201 and 201 is placed on the upper fitting portion 211 of the lower unit panels 201 and 201 so as to be uneven. At the same time, the lower locking portions 217 and 217 of the end members 214 and 214 are engaged with both locking claws 228 and 228 of the convex connector 202. Thereafter, similarly to the above, the upper end portion of the connecting shaft 235 is fitted into the square hole 232 of the concave connector 203 from above, and the engaging claw portions 231 and 231 are engaged with the upper ends of the end members 214 and 214, respectively. The stoppers 218 and 218 are engaged, and the fastening screw 236 is inserted from above through the through hole 233 and screwed into the screw hole 238 of the connecting shaft 235. Then, the convex connector 202 is pulled up, and the first engaging portion 230 is strongly engaged with the second engaging portion 234 of the lower concave connector 203. At this time, it is preferable to set the dimensions so that both the locking claws 228, 228 of the convex connector 202 strongly come into contact with the lower locking portions 217, 217 of the end members 214, 214 simultaneously.

  Next, a structure in which the headboard base 205 and the headboard cover 206 are connected to the upper end of the uppermost unit panel 201 and the baseboard member 207 is connected to the lower end of the lowermost unit panel 201 is shown in FIGS. 25 and 27 to 32. And explain briefly. The headboard base 205, the headboard cover 206, and the baseboard member 207 are made of an extruded aluminum material, and are cut to a suitable length according to the width of the unit panel 201. The shape of the lower fitting portion 239 of the headboard base 205 is similar to the shape of the lower fitting portion 210 of the unit panel 201, and the shape of the upper fitting portion 240 of the baseboard member 207 is the unit. It matches the shape of the upper fitting portion 211 of the panel 201. The cap cover 206 is fitted from above so as to completely cover the cap base 205.

  In order to attach the headboard base 205 to the upper end of the uppermost unit panel 201, a screw 241 penetrating the bottom surface of the headboard base 205 is inserted into a fitting groove 224 formed in the upper fitting portion 211 of the unit panel 201. The locking member 242 inserted from the side end is screwed and tightened. Specifically, a through hole 243 through which the screw 241 is inserted and square holes 244 and 244 are formed on both sides of the bottom surface of the headboard base 205. The locking member 242 is formed with a screw hole 245 at the center of a rectangular plate piece that is slidably engaged with the fitting groove 224 in an upwardly secured state, and the fitting groove 224 is formed on both sides thereof. Projections 246 and 246 that protrude upward from the top and fit into the square holes 244 and 244 of the headboard base 205 are formed upward. Then, in a state where the locking member 242 is engaged with the fitting groove 224 of the unit panel 201, the fitting portion 239 of the headboard base 205 is fitted to the upper fitting portion 211 of the unit panel 201, and the engagement member 242 is engaged. The protrusions 246 and 246 of the stop member 242 are fitted into the square holes 244 and 244 of the headboard base 205, and are screwed into the through holes 243 from above and screwed into the screw holes 245 of the locking member 242.

  Moreover, in the connection part of the adjacent unit panels 201 and 201, it connects firmly using the connection board 247 of the length over the headboard bases 205 and 205 of both sides. At both ends of the connecting plate 247, through holes 248 and square holes 249 and 249 are formed corresponding to the through holes 243 and the square holes 244 and 244 of the headboard base 205, respectively. Then, in a state where the square holes 249 and 249 of the connecting plate 247 are fitted into the projections 246 and 246 of the locking member 242 protruding upward from the square holes 244 and 244 of the headboard base 205, the connecting plate 247 The screw 241 that has passed through the through hole 248 and the through hole 243 of the headboard base 205 is screwed into the screw hole 245 of the locking member 242 and attached. Both sides of the connecting plate 247 are connected to the unit panels 201 and 201 via adjacent headboard bases 205 and 205, respectively.

  The headboard cover 206 has a substantially U-shaped cross section, and a pair of locking pieces 250 and 250 having an L-shaped cross section are formed in parallel on the inner surface of the concave groove so that the fitting member 251 made of synthetic resin is formed. The upper locking plate 252 can be rotationally engaged. When the predetermined number of fitting members 251 are attached to the cap cover 206, when the cap base 205 is fitted from above, the leg pieces 253 and 253 formed at the lower portion of the fitting member 251 are the cap pieces. The base 205 is elastically engaged with the inside.

  The base plate member 207 is formed with a concave groove 254 similar to the concave groove 213 of the unit panel 201 at both ends, and the lower extension of the end member 214 of the upper unit panel 201 is fitted into the concave groove 254. In the same manner as described above, the upper fitting portion 240 is unevenly fitted to the lower fitting portion 210 of the unit panel 201 while being screwed. Note that an adjuster 255 is appropriately provided on the baseboard member 207.

  Here, the partition device according to the present invention is characterized in that it is constructed by sequentially stacking at the site, but since the lower part needs a minimum height, the baseboard member 207 and one to four sheets are required. It is also preferable to connect the unit panels 201,. In that case, the base plate member 207 and the unit panels 201,... Are connected vertically using the long end members 214, 214. Alternatively, the plurality of unit panels 201 are vertically fitted in such a manner that they can be handled, and the recessed grooves 216 of the long end members 214 and 214 are fitted over the recessed grooves 213 at both ends. In addition, it is also possible to form a single composite panel by firmly connecting with the tapping screw 220, and handle it in the same manner as the unit panel 201 and connect it vertically and horizontally as described above. In order to connect this composite panel to the left and right, it is only necessary to prepare a long connecting shaft 235 according to the vertical height, and other convex connecting tools 202 and concave connecting tools 203 are used in common. it can.

  A synthetic resin cap cap 256 is fitted to the end portions of the cap base 205 and the cap cover 206 to close the ends. The thickness of the flange portion 257 of the head cap 256 is set to be twice the thickness of the flange portion 215 of the end member 214, and the end of the head base 205 and the head cover 206 on one side at the left and right connecting portions. The cap cap 256 is fitted only to the portion, and the end portions of the cap base 205 and the cap cover 206 on the other side are in contact with the flange portion 257. A mounting portion 258 that fits from above the flange portion 257 of the cap cap 256 to the cap base 205 is extended, and a concave portion 259 that accommodates the concave connector 203 is provided below the flange portion 257.

  The state in which the plurality of unit panels 201,... Are connected vertically and horizontally is shown in FIG. In this case, the hanging groove 227 formed between the upper and lower unit panels 201, 201 also serves as a joint portion continuously from the left and right. Further, there is nothing except that the flange portions 215 and 215 of the end members 214 and 214 are overlapped between the left and right unit panels 201 and 201, and it has a clean appearance. Similarly, the same hanging groove 227 is also provided between the uppermost unit panel 201 and the headboard cover 206. Also, the same hanging groove 227 is provided between the lowermost unit panel 201 and the baseboard member 207. The side surfaces of the front panel 208 and the rear panel 209, the cap board cover 206, and the baseboard member 207 of the unit panel 201 extend in the horizontal direction and have a repeated corrugated surface in the vertical direction. Is configured.

  FIG. 33A shows a state before the headboard base 205 is mounted by the unit panels 201 and 201 connected in the left-right direction, and FIG. 33B shows a state in which the headboard base 205 is mounted and connected by the connecting plate 247. Shows the state. FIG. 34 shows a state in which a U-shaped end cover 260 in a plan view is attached to the end of the unit panel 201 located at the terminal end via a connecting member 261. In FIG. 35, the two unit panels 201, 201 are connected in a straight line via the intermediate post 262 that is connected in a straight line, and the lower unit panel 201 is connected in a T-shape via the intermediate post 262 at a different level. Indicates the state. FIG. 36 shows an L-shaped connection state in which two unit panels 201 and 201 are connected in an L shape via a corner post 263 and the corner post 263 is covered with an L-shaped post cover 264 in plan view. . FIG. 37 shows a T-shaped connection state in which the three unit panels 201,... Are connected in a T shape via the corner posts 265, and the corner posts 265 are covered with a post cover 266 that is linear in plan view. . 38 shows a cruciform connection state in which the four unit panels 201,... Are connected in a cruciform shape via the corner posts 267.

  First, the processing of the end portion will be described with reference to FIGS. The end cover 260 having a U-shape in plan view is formed by processing an aluminum extruded mold having the same corrugated surface as the surface of the unit panel 201. Downward engaging portions 268 and 268 are formed on the inner upper end and lower portion of the end cover 260, and end edges 269 and 269 similar to the engaging edge 225 of the unit panel 201 are formed on the upper and lower edges. ing. Furthermore, upwardly engaging portions 270 and 270 are formed on the inner upper portion and the lower end portion of the end cover 260, and an L-shape made of a synthetic resin using the engaging portion 270 at a corner portion bent at 90 degrees. The shape retaining member 271 is fitted.

  The connecting member 261 is made of an aluminum extruded mold having a cross-sectional shape similar to that of the end member 214, and has a recessed groove portion 272 and flange portions 273, 273 on both sides. When the flange portions 273 and 273 of the connecting member 261 and the flange portions 215 and 215 of the end member 214 of the unit panel 201 are joined, the concave and convex portions are fitted so as not to be displaced outward from the panel surface as described above. Yes. Then, a lower locking portion 274 similar to the lower locking portion 59 is formed at the lower end portion inside the concave groove portion 272 of the connecting member 261, and an upper locking portion similar to the upper locking portion 60 is formed at the upper end portion. 275 is formed so that the connecting member 261 can be connected to the end member 214 using the convex connector 202, the concave connector 203, and the fastener 204. Openings 276 and 276 are formed at the bottom of the upper and lower portions of the concave groove portion 272 of the connecting member 261, and a locking tool 277 is attached to the openings 276 and 276, and the end portion is attached to the upward locking piece 278 of the locking tool 277. The locking portions 268 and 268 of the cover 260 are locked. Here, between the end edges 269 and 269 of the upper and lower end covers 260 and 260, as shown in FIG. 42, a lateral groove 279 continuous with the hanging groove 227 is formed.

  In addition, a synthetic resin upper end cap 280 is attached to the space between the upper end of the uppermost end cover 260 and the end portion of the headboard cover 206, and the upper end cap 280 is placed between the upper end cap 280 and the uppermost end cover 260. Also, a lateral groove 279 similar to the above is formed. A fitting projection 281 that fits the upper end of the connecting member 261 is formed at the lower part of the upper end cap 280, and a claw piece 282 is provided on one side of the connecting side. Then, after the fitting protrusion 281 of the upper end cap 280 is fitted to the upper end portion of the connecting member 261, the claw piece 282 is moved upward by the concave portion 259 of the headboard cap 256 fitted to the end portion of the headboard base 205 from above. By attaching the cap cover 206 from above the cap cap 256, the mounting portion 258 of the cap cap 256 is locked from above at the end of the cap cover 206, so that the cap cap 256 is fixed. Is prevented from coming out upward. In some cases, the unit panel 201 may be connected to the left and right with different heights. In this case, the connecting member 261 and the end cover 260 are connected to the side end of the higher unit panel 201. Conceal the edge.

  Next, the structure of the L-shaped connecting portion will be described based on FIGS. 40, 41 and 43. FIG. As described above, unit panels 201 and 201 are connected to two adjacent surfaces of the corner post 263 as described above, and an L-shaped post cover 264 in plan view is attached to the outer surface of the remaining two surfaces. It has become. The corner post 263 is made of an aluminum extrusion mold, has a square cylindrical portion 283 at the center, and forms an edge portion 284 having an arrow-shaped cross section from one corner portion, and is opposed to the edge portion 284. Extension portions 285 and 285 having a substantially L-shaped cross section are formed at one corner portion, and the groove portion 286 similar to the groove portion 272 of the connecting member 261 is formed by the edge portion 284 and the extension portion 285, and the extension portion A flange portion 287 that is integrally formed with the end edge of 285 and extends to the outside and a surface of the edge portion 284 are joined to the flange portions 215 and 215 of the end member 214 of the unit panel 201. Openings 288 and 288 for fitting the locking members 277 are formed on the upper and lower portions of the outer two surfaces of the corner post 263. And the lower latching | locking part 289 and the upper latching | locking part 290 are each formed in the lower end part and upper end part in the recessed groove part 286 of the said corner post 263, and the convex connector 202, the concave connector 203, and a fastener similarly to the above. 204 can be connected to the end member 214 of the unit panel 201. The post cover 264 is formed by processing a mold having the same cross-sectional shape as the end cover 260 and forming an L shape in a plan view, and has locking portions 268 and 268 on the upper and lower portions of the inner surface. Further, similarly to the above, an L-shaped shape-retaining member 271 made of synthetic resin is fitted to the inner corner portion using the locking portion 270 to maintain the shape.

  Then, the end member 214 of the unit panel 201 is joined to the side of the corner post 263 having the edge portion 284 and the flange portion 287, and the convex connector 202, the concave connector 203, and the fastener 204 are joined in the same manner as described above. Connect with Are attached to the openings 288,... On the remaining two surfaces of the corner post 263, respectively, and the locking portions 268 of the post cover 264 are locked. Similarly to the above, a horizontal groove 291 continuous with the hanging groove 227 is formed between the upper and lower post covers 264 and 264, and a horizontal groove 291 is also formed between the upper end cap 292 made of synthetic resin and the uppermost post cover 264. Is formed. Also in this case, a fitting projection 293 that fits to the upper end portion of the corner post 263 is projected below the upper end cap 292, and a claw piece 294 is projected from one side of the connecting side, so that the cap cap 256 The claw piece 294 is stopped from above by a concave portion 259 to prevent the claw piece 294 from being removed.

  As shown in FIG. 44, the T-shaped connecting portion is substantially the same as the L-shaped connecting portion described above, but the corner post 265 has edge portions 284 and 284 at two adjacent corner portions. The extension portions 285 similar to those described above are formed at the corner portions adjacent to the edge portions 284, and the post cover 266 has a linear plan view shape. The end member 214 of the unit panel 201 is joined to the one surface having the two edge portions 284 and 284 of the corner post 265 and the two surfaces having the flange portions 287 adjacent to the edge portions 284, respectively. Similarly, it is connected by a convex connector 202, a concave connector 203 and a fastener 204. Then, locking tools 277 and 277 are fitted into openings 288 and 288 formed in the same manner as described above on the outer surface of the corner post 265, and the locking portions 268 and 268 of the linear post cover 266 are locked and held. . In the same manner as described above, a horizontal groove 295 is formed between the upper and lower post covers 266 and 266, and the horizontal groove 295 is formed between the upper end cap 292 and the uppermost post cover 266. Yes. Further, the flange portions 257 of the cap cap 256 fitted to the cap base 205 are in contact with the three surfaces on the connection side of the upper end cap 292.

  Further, although a cross-linking connection structure is not illustrated, in this case, the corner posts 267 are formed with edge portions 284,... At the four corners, and the unit panels 201,. Therefore, the end cover as described above is unnecessary. That is, the end member 214 of the unit panel 201 is joined to the edge portions 284 and 284 of the corner post 267 and connected by the convex connector 202, the concave connector 203, and the fastener 204 in the same manner as described above.

  In FIG. 45, a glass panel 296 is connected instead of a part of the unit panels 201 to constitute a partition device with a window. This glass panel 296 has a structure in which glass plates 300, 300 are attached to both front and back sides of a rectangular frame in which an upper horizontal frame 297 and a lower horizontal frame 298 are connected by both side frames 299, 299. The lower side of the lower horizontal frame 298 forms a fitting part 301 having the same structure as the lower fitting part 210 of the unit panel 201, and the upper side of the upper horizontal frame 297 is the upper fitting of the unit panel 201. The fitting part 302 having the same structure as the part 211 is formed, and the unit panel 201 can be connected to the upper and lower parts respectively. Further, the end member 214 is attached to the side frame 299 so that the unit panel 201 can be connected to the side in the same manner as described above.

  And when the said glass panel 296 is located in an edge part or a corner part, in order to aim at unification of a host cover and an edge part cover, the surface is coat | covered with a transparent or translucent glass plate or a synthetic resin board. . 46 and 47 show the post cover 303 used for the L-shaped connecting portion. The post cover 303 is formed by cutting downward hook pieces 306,... Into the inside of the two holding plates 305, 305 of the cover base material 304 formed by bending a steel plate into an L-shaped section, and holding each holding plate. Decorative plates 307 and 307 made of transparent or semi-transparent glass plates or synthetic resin plates are attached to the outer surfaces of the plates 305 and 305, respectively, and protective caps 308 and 308 made of synthetic resin and having an L shape in plan view are further formed on the upper and lower ends. Are fitted and attached. The protective cap 308 hides the end portions of the holding plates 305 and 305 and the decorative plates 307 and 307 of the cover base material 304, and the vertical width of the glass plate holding portions 309 of the upper horizontal frame 297 and the lower horizontal frame 298. Since the vertical width of the collar portion 310 of the protective cap 308 is matched, the appearance can be unified. The post cover 303 attaches the locking tools 277,... To the corner posts 263, and holds the downward hook pieces 306,.

  FIG. 48 shows another embodiment of the cover. FIG. 48 (a) shows a state in which the end cover 311 is attached to the connecting member 261 used for end processing, and FIG. 48 (b) shows an end used for end processing. FIG. 48 (c) shows a state in which a straight post cover 313 is attached to a corner post 265 used for the T-shaped connecting portion. Reference numeral 48 (d) shows a state in which a linear post cover 313 is mounted on a pair of opposing surfaces of the intermediate post 314 used for the linear coupling part or the stepped T-shaped coupling part. Since these post covers have a basic structure similar to that of the post cover 303 shown in FIGS. 46 and 47, the same components are denoted by the same reference numerals, and description thereof is omitted.

  In the stacked partition device of the present embodiment, a usage example in which an option is attached using the hanging groove 227 will be briefly described with reference to FIGS. 49 to 52. FIG. 49 shows an example in which a decorative panel 315 is attached along the surface of the unit panel 201 using locking members 316,. The locking member 316 has an L-shaped locking piece 318 that locks inside the hanging groove 227 at one end of a columnar body 317 and a fitting shaft that has a reduced diameter at the other end. 319 is formed, and the fitting shaft fitting shaft 319 is formed with a screw hole 320 therein. Then, the locking piece 318 of the locking member 316 is locked upward in the upper hanging groove 227, and the locking piece 318 of the locking member 316 is locked downward in the lower hanging groove 227. Thus, the through hole 321 of the decorative panel 315 is closely fitted to the fitting shaft 319 of each locking member 316, and the set screw 322 is screwed into the screw hole 320 of the fitting shaft 319 from the front side and held.

  FIG. 50 shows an example in which a board 323 such as a blackboard or a white board is attached along the surface of the unit panel 201. A support frame constituted by connecting an upper frame 324, a lower frame 325, and both side frames 326 made of an aluminum mold member with corner metal fittings 327, etc. is attached to the peripheral edge of the back surface of the board 323. The protruding upward hook piece 328 is locked to the upper edge of the hanging groove 227, and the locking portion 329 formed below the base of the upward hook piece 328 is locked to the lower edge of the hanging groove 227, and A protrusion 330 formed at the lower back of the lower frame 325 is held against the surface of the unit panel 201 and held.

  FIG. 51 is a modification of that shown in FIG. 50, in which a thin display plate 331 made of a transparent or translucent glass plate or synthetic resin plate is held along the surface of the unit panel 201. In this case, since the thickness of the display plate 331 is thinner than the board 323, a height retaining member 332 formed by bending a steel plate is attached to the rear peripheral edge or the rear upper and lower edges of the display plate 331, and the height retaining member is attached. 332 is fitted from the front side to a support frame formed by connecting the upper frame 333, the lower frame 334, and both side frames 335 with corner metal fittings 336,. Similarly to the above, an upward hook piece 337 protruding from the upper back of the upper frame 333 is engaged with the upper edge of the hanging groove 227, and an engaging portion 338 formed below the base of the upward hook piece 337 is provided. A downward hook 339 formed on the lower part of the rear surface of the lower frame 334 is engaged with and held at the lower edge of the hanging groove 227.

  FIG. 52 shows a usage example in which the shelf board 340 is held using one hanging groove 227. The shelf plate 340 has basically the same structure as the shelf plate 112, but has a design change. The shelf board 340 of the present embodiment is configured by combining a plurality of aluminum extrusion molds, and provided with an upward locking claw 341 along the upper edge of the base end, and below the surface of the unit panel 201. A stop portion 342 having a triangular shape in a side view is formed. In this case, in a tilted state where the front side of the shelf plate 340 is lifted, the locking claw 341 is locked to the upper part of the hanging groove 227 and then returned to the horizontal position so that the lower end of the locking claw 341 is below the hanging groove 227. While being abutted against the locking edge 225 on the side, the abutting portion 342 is abutted against and held by the surface of the unit panel 201 at the lower position. In addition, the bottom surface of the shelf 340 has an inclined surface 343 extending to the stopper 342, and a lighting fixture 344 is attached to an opening provided in the inclined surface 343.

It is a disassembled perspective view of the principal part of the pile-up-type partition apparatus which concerns on 1st Embodiment of this invention. It is a disassembled perspective view of the principal part which shows the structure which connects a unit panel up and down. It is a partial vertical front view of the state which connected the some unit panel up and down, right and left. It is a disassembled perspective view which shows the relationship between the structure of the edge part of a unit panel, and a head board member. It is a disassembled perspective view which shows the relationship between the structure of the edge part of a unit panel, a headboard member, and a baseboard member. It is a vertical side view which similarly shows the relationship between a unit panel, a headboard member, and a baseboard member. It is a top view which shows the structure which attaches a cap member to a unit panel, and the structure which holds a cap cover. It is a fragmentary perspective view in the state where a plurality of unit panels were connected in the shape of a straight line up and down, right and left. It is a fragmentary top view of a linear connection part similarly. It is a fragmentary top view which shows the processing structure of the termination | terminus part using an edge part cover. It is a partial top view of an L-shaped connection part. It is a partial top view of a T-shaped connection part. It is a fragmentary top view of a cross-shaped connection part. It is a disassembled perspective view which shows the process structure of a termination | terminus part. It is a disassembled perspective view which shows the structure of an L-shaped connection part. It is a disassembled perspective view which similarly shows the relationship between a corner post, a spacer, and an end cover. It is a perspective view of a termination | terminus part. It is a perspective view of an L-shaped connection part. It is a perspective view of a T-shaped connection part. It is a disassembled perspective view of the principal part which shows other embodiment of a connection means. Embodiment which provides a glass panel between unit panels is shown, (a) is the partial front view partially shown with the longitudinal cross-section, (b) is a vertical side view. The usage example which attached the decorative panel along the surface of the unit panel using the hanging groove | channel is shown, (a) is a partial vertical side view of a mounting state, (b) is a perspective view of a locking member. The usage example which attached the board along the surface of the unit panel using the hanging groove | channel is shown, (a) is a partial vertical side view of a mounting state, (b) is a perspective view of an upper locking member, (c) is It is a perspective view of a lower locking member. It is a partial vertical side view which shows the usage example which attached the shelf board using the hanging groove | channel. It is a disassembled perspective view of the principal part of the pile-up-type partition apparatus which concerns on 2nd Embodiment of this invention. It is a disassembled perspective view of the principal part which shows the structure which connects a unit panel up and down. It is a partial vertical front view of the state which connected the some unit panel up and down, right and left. It is a disassembled perspective view which shows the relationship between the structure of the edge part of a unit panel, a headboard base, and a headboard cover. It is a disassembled perspective view which shows the relationship between the structure of the edge part of a unit panel, a headboard base, a headboard cover, and a baseboard member. It is a longitudinal side view which similarly shows the relationship between a unit panel, a headboard base, a headboard cover, and a baseboard member. It is a top view which shows the structure which attaches a headboard base to a unit panel, and the structure which holds a headboard cover. It is a fragmentary perspective view in the state where a plurality of unit panels were connected in the shape of a straight line up and down, right and left. The linear connection part is similarly shown, (a) is a partial plan view of the linear connection part before attaching the headboard base, (b) is a partial plan view of the linear connection part in a state where the headboard base is attached and connected by the connection plate. FIG. It is a fragmentary top view which shows the processing structure of the termination | terminus part using an edge part cover. It is a partial top view of the linear connection part using an intermediate | middle post. It is a partial top view of an L-shaped connection part. It is a partial top view of a T-shaped connection part. It is a fragmentary top view of a cross-shaped connection part. It is a disassembled perspective view which shows the process structure of a termination | terminus part. It is a disassembled perspective view which shows the structure of an L-shaped connection part. It is a disassembled perspective view which similarly shows the relationship between a corner post and an end cover. It is a perspective view of a termination | terminus part. It is a perspective view of an L-shaped connection part. It is a perspective view of a T-shaped connection part. Embodiment which provides a glass panel between unit panels is shown, (a) is the partial front view partially shown with the longitudinal cross-section, (b) is a vertical side view. It is a disassembled perspective view of the post cover used for the L-shaped connection part of the partition apparatus comprised using a glass panel. It is a simplified top view of the state which attached the post cover to the corner post similarly used for a T-shaped connection part. The other aspect of the cover of the partition apparatus comprised using a glass panel is shown, (a) is a simplified top view of the state which attached the end cover to the connection member used for end process, (b) is used for end process. (C) is a simplified plan view with a straight post cover attached to a corner post used for a T-shaped connecting portion; (d) is a simplified plan view showing a state in which a linear post cover is mounted on a pair of opposed surfaces of an intermediate post used for a linear connecting portion or a stepped T-shaped connecting portion. The usage example which attached the decorative panel along the surface of the unit panel using the hanging groove | channel is shown, (a) is a partial vertical side view of a mounting state, (b) is a perspective view of a locking member. The usage example which attached the board along the surface of the unit panel using the hanging groove | channel is shown, (a) is a partial vertical side view of a mounting state, (b) is a perspective view of a support frame. The usage example which attached the glass plate along the surface of the unit panel using the hanging groove | channel is shown, (a) is a partial vertical side view of a mounting state, (b) is a perspective view of a support frame. It is a partial vertical side view which shows the usage example which attached the shelf board using the hanging groove | channel.

Explanation of symbols

1 unit panel, 2 lower connector,
3 Upper connector, 4 Fastener,
5 Kasagi materials, 6 Kasagi covers,
7 baseboard members, 8 face plates,
9 Back plate, 10 Lower fitting part,
11 upper fitting part, 12 connecting part,
13 concave groove, 14 end member,
15 groin, 16 groove,
17 Lower locking part, 18 Upper locking part,
19 pilot holes, 20 screws,
21 ribs, 22 engaging grooves,
23 projecting pieces, 24 locking edges,
25 opening, 26 hanging groove,
27 locking claws, 28 square holes,
29 through-holes, 30 first engaging portion,
31 locking claws, 32 square holes,
33 through hole, 34 second engaging portion,
35 connecting shaft, 36 fastening screw,
37 screw holes, 38 fitting parts,
39 fitting part, 40 screw,
41 locking pieces, 42 recessed portions,
43 holder, 44 groove,
45 Adjuster, 46 Kasagi Cap,
47 flange, 48 recess,
49 end cover, 50 connecting member,
51 corner posts, 52 spacers,
53 post cover, 54 post cover,
55 locking part, 56 edge,
57 concave groove, 58 buttocks,
59 Lower locking part, 60 Upper locking part,
61 Locking tool, 62 Cross groove,
63 upper end cap, 64 cylinder part,
65 scissors, 66 grooves,
67 buttocks, 68 lower locking part,
69 upper locking part, 70 rib,
71 Notch, 72 Lower locking part,
73 Upper locking part, 74 Joint part,
75 buttock, 76 notch,
77 locking part, 78 lateral groove,
79 top cap, 80 transverse groove,
81 top cap, 82 cylinder,
83 screw holes, 84 through holes,
85 volts, 86 glass panels,
87 Upper horizontal frame, 88 Lower horizontal frame,
89 side frame, 90 glass plate,
91 fitting part, 92 fitting part,
93 decorative panel, 94 locking member,
95 body, 96 locking piece,
97 mating shaft, 98 screw hole,
99 through holes, 100 screws,
101 board, 102 support frame,
103 engaging groove, 104 upper locking member,
105 Lower locking member, 106 Main body,
107 locking pieces, 108 locking plates,
109 body, 110 locking claw,
111 locking plate, 112 shelf plate,
113 latching claw, 114 stop part,
115 inclined surfaces, 116 lighting fixtures,
201 unit panel, 202 convex connector,
203 concave connector, 204 fastener,
205 Kasagi base, 206 Kasagi cover,
207 baseboard member, 208 face plate,
209 back plate, 210 lower fitting part,
211 upper fitting part, 212 connecting part,
213 concave groove, 214 end member,
215 ridge, 216 concave groove,
217 Lower locking part, 218 Upper locking part,
219 pilot holes, 220 tapping screws,
221 bottom surface portion, 222 engagement groove,
223 protrusion, 224 fitting groove,
225 locking edge, 226 opening,
227 hanging groove, 228 locking claw,
229 square hole, 230 first engagement portion,
231 locking claw, 232 square hole,
233 through hole, 234 second engaging portion,
235 connecting shaft, 236 fastening screw,
237 spring pin, 238 screw hole,
239 fitting portion, 240 fitting portion,
241 screws, 242 locking members,
243 through holes, 244 square holes,
245 screw holes, 246 protrusions,
247 connecting plate, 248 through hole,
249 square holes, 250 locking pieces,
251 fitting member, 252 locking plate,
253 leg pieces, 254 concave grooves,
255 Adjuster, 256 Kasagi Cap,
257 flange part, 258 mounting part,
259 recess, 260 end cover,
261 connecting member, 262 intermediate post,
263 corner post, 264 post cover,
265 corner post, 266 post cover,
267 corner post, 268 locking part,
269 edge, 270 locking part,
271 shape retaining member, 272 concave groove,
273 collar part, 274 lower locking part,
275 upper locking part, 276 opening,
277 locking device, 278 locking piece,
279 lateral groove, 280 top cap,
281 fitting protrusion, 282 nail piece,
283 cylinder, 284 edge,
285 extension, 286 concave groove,
287 buttocks, 288 opening,
289 Lower locking part, 290 Upper locking part,
291 lateral groove, 292 top cap,
293 fitting protrusion, 294 nail piece,
295 lateral groove, 296 glass panel,
297 Upper horizontal frame, 298 Lower horizontal frame,
299 side frame, 300 glass plate,
301 fitting part, 302 fitting part,
303 post cover, 304 cover base material,
305 holding plate, 306 downward hook piece,
307 decorative plate, 308 protective cap,
309 glass plate holder, 310 collar,
311 end cover, 312 end post,
313 post cover, 314 intermediate post,
315 decorative panel, 316 locking member,
317 body, 318 locking piece,
319 fitting shaft, 320 screw hole,
321 through hole, 322 screw,
323 board, 324 top frame,
325 bottom frame, 326 side frame,
327 corner fitting, 328 upward hook piece,
329 locking part, 330 pedestal,
331 display board, 332 retaining member,
333 Upper frame, 334 Lower frame,
335 side frame, 336 corner bracket,
337 upward hook piece, 338 locking part,
339 downward hook piece, 340 shelf board,
341 locking claw, 342 stop part,
343 Inclined surface, 344 Lighting equipment.

Claims (8)

  A stacked partition device characterized in that a plurality of unit panels made of extruded mold members are connected to each other vertically and horizontally without using support columns by connecting means using end members provided on both side ends of the unit panels. .   A stacking type partitioning device configured by connecting a plurality of unit panels made of extruded mold material vertically and horizontally by connecting means, wherein the unit panel forms a lower fitting portion at a lower end portion and the upper end portion at the upper end portion. An upper fitting part that regulates the displacement of the panel surface outward direction by forming a concave and convex fitting with the lower fitting part is formed, and a lower locking part is formed at the lower end part of the concave groove part formed on both side end faces, and the concave An upper locking part is formed at the upper end of the groove part, and as the connecting means, a lower connecting tool having locking claws at the upper part on both sides to be locked to the lower locking part from below, and the upper locking on both sides An upper connecting member having a locking claw portion in the lower portion, and a screw-type fastener that is positioned in the concave groove and attracts the lower connecting member and the upper connecting member. A first engaging with a lower part of the connecting tool and an upper part of the upper connecting tool so that they cannot be displaced vertically. Engaging portion and the second engaging portion is formed, formed by connecting the lower unit panel and the upper unit panel according to claim 1 stacked type partition device according.   The unit panel has a hollow shape in which a front plate and a back plate are connected by the lower fitting portion, the upper fitting portion, and a single or a plurality of connecting portions, and a concave groove is formed in the center portion on both side cut surfaces. The end member provided with the flange and the groove portion covering the cut surface on both sides is fitted into the groove and screwed to the connecting portion, and is inserted into the groove portion of the end member. The stacked partition device according to claim 2, wherein the lower locking portion and the upper locking portion are formed.   The plurality of unit panels are fitted to the lower fitting portion and the upper fitting portion with each other, and the end member having a length extending over each groove is fitted into the groove of the plurality of unit panels. The stacked partition device according to claim 3, wherein each unit panel is screwed and integrated.   The first engagement portion of the lower connection tool is an engagement recess, and the second engagement portion of the upper connection tool is an engagement protrusion having a substantially T shape in a side view, and each slide-engages in the in-panel direction. The stacked partition device according to any one of claims 2 to 4, wherein the stacked partition device is a structure.   The first engaging portion of the lower connecting tool is an engaging convex portion having a substantially T-shape in side view, and the second engaging portion of the upper connecting tool is an engaging concave portion, each slidingly engaging in the in-panel direction. The stacked partition device according to any one of claims 2 to 4, wherein the stacked partition device is a structure.   The fastener includes a connecting shaft and a screw, and a screw hole is formed in an axial direction at an upper end of the connecting shaft, and a lower end portion of the connecting shaft is fixed to the lower connecting device in a non-rotatable manner. The stacked partition device according to claim 5 or 6, wherein the upper connecting tool is slidably fitted in the upper connecting tool, and a screw penetrating the upper connecting tool is screwed into the screw hole. Locking edges are formed along the upper and lower edges of the unit panel, the locking edges of the upper and lower unit panels are opposed, and an opening is provided therebetween to form a hanging groove along the upper and lower unit panels. The stacked partition device according to any one of claims 2 to 7.

Images