JP2010019038A - Panel connecting device in stack-up type partitioning device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a panel connecting device in a stack-up type partitioning device capable of connecting a plurality of unit panels sequentially in the vertical direction and the right and left directions by a simple and firm connection structure and shifting a position of a joint line of the right and left unit panels to the right or left side at an upper step and a lower step to stack and connect the unit panels. <P>SOLUTION: In this panel connecting device, groove parts 16 and fitting rails 24 are formed on end faces on both sides of the unit panel 1 and along upper end parts, respectively. A connection means is composed of a lower coupler 2, an upper coupler 3, and a fastener 4, and first engaging parts 30 engaging with the fitting rails by sliding are formed in a lower part of the lower coupler. The fastener is arranged in a vertical space formed by the groove parts on both sides of the right and left unit panels, and the lower coupler is locked in a lower locking part 17 formed in lower end parts of the groove parts on both sides at the same time. The first engaging parts are engaged with proper sections in the fitting rails of the unit panel at a lower step, and the lower coupler and the upper coupler are drawn close to each other by using the fastener while the upper coupler is locked in an upper locking part 18 formed in upper end parts of the groove parts on both sides at the same time to connect the unit panels mutually. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a panel connecting device in a stacked partition device, and more particularly to a panel connecting device in 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, Patent Document 1 includes a partition panel in which a plurality of engagement holes are formed in the side end surface with a space in the vertical direction, and an upwardly inclined hook portion that can be engaged with the engagement hole in the lower part. A lower piece member, an upper piece member having a downwardly inclined hook portion that can be engaged with the engagement hole on the upper side, and the lower piece member, and the upper piece member is rotated. It consists of a connecting rod having a head that is freely loosely fitted and has a head that prevents it from being lifted upward. Among the plurality of engaging holes, two upper and lower portions corresponding to each other are selected, and the lower engaging holes are By engaging the hook portion inclined upward in the piece member and the hook portion inclined downward in the upper piece member with the upper engagement hole, and by rotating the connecting rod, the hook of each piece member Deeply engage the inclined surface of the part with the engagement hole Thereby attract both partition panel to each other, coupling device connecting to partition panel is disclosed.

  However, what is described in Patent Document 1 is not a structure in which panels are stacked and connected in the vertical direction. Note that there are some panels that are extended 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 vertically penetrates the upper panel is connected to the upper end of the lower panel. Have been proposed to be screwed into the horizontal frame of

  Further, Patent Document 2 uses a rectangular T-shaped connector having a concave groove on four end faces of a unit panel formed in a square shape and having a cross section twice that of the concave groove. In the state where the left and right unit panels are arranged above and the joint glands of the upper two unit panels are located in the middle of the upper edge of the lower unit panel, the end surfaces of the three unit panels intersect A structure is disclosed in which a T-shaped connector is fitted and connected in the recessed groove.

  Further, in Patent Document 3, four end surfaces of a unit panel formed in a quadrangular shape are provided with concave grooves, a plurality of unit panels are stacked up and down, left and right, and a joiner is fitted into the concave grooves on each joint surface. In addition to normal stacking in which vertical joints are arranged in a straight line by connecting them without using an adhesive or a screw, a partition device is disclosed that enables brick stacking in which the vertical joints are shifted to the left and right at each stage.

However, the partition devices described in Patent Documents 2 and 3 can be configured by shifting the joint glands of the left and right unit panels, that is, the vertical joints to the left and right at each stage, and stacking them to a desired height. It must be weak and extremely unstable.
Japanese Patent No. 3673976 JP-A-63-300152 JP 2002-70216 A

  Therefore, in view of the above-described situation, the present invention intends to solve the problem in that a plurality of unit panels are sequentially connected vertically and horizontally by a simple and strong connection structure, and the upper and lower unit panels are joined to the left and right unit panels. It is in the point which provides the panel connection apparatus in the stacking-type partition apparatus which can be stacked and connected by shifting the position of right and left.

  In order to solve the above-mentioned problems, the present invention is a panel connecting device in a stacked partition device in which a plurality of unit panels are connected vertically and horizontally by connecting means, and the groove portions are formed on both side end surfaces of the unit panel. And a fitting rail is formed along the upper end portion, and the connecting means includes a lower connecting tool, an upper connecting tool, and a fastener for attracting the lower connecting tool, and the unit panel is fitted to the lower part of the lower connecting tool. Forming a first engaging portion that slide-engages with the mating rail, disposing at least the fastener in a vertical space formed by a concave groove on both sides in the connecting portion between the left and right unit panels, and disposing the lower connecting device on both sides At the same time, the lower engaging portion formed at the lower end portion of the concave groove portion is simultaneously engaged, the first engaging portion is engaged with an appropriate position of the fitting rail of the lower unit panel, and the upper connector is recessed on both sides. Superordinate formed at the upper end of the groove Simultaneously the locked state in part, to constitute a panel connecting apparatus in stacked type partition and wherein the connecting attracting lower connector and the upper connector with said fastener (claim 1).

  Here, the vertical joint formed at the connecting portion of the lower left and right unit panels and the vertical joint formed at the connecting portion of the upper left and right unit panels are stacked so that they are shifted to the left and right in the in-plane direction of the panel. (Claim 2).

  Here, a fitting groove is formed in the upper end portion of the unit panel so that the inside of the unit panel is wider than the opening edge, thereby forming the fitting rail. It is preferable to form a first engagement portion formed of a substantially T-shaped engagement convex portion that slides and slides in the direction.

  Further, as the connecting means, a lower connecting tool having locking claw portions on the upper side that are locked to the lower locking portion from below on both sides, and locking claw portions that are locked on the upper locking portion on both sides from above. It is preferable that the upper connection tool having a lower portion and a screw-type fastener that is located in the concave groove and attracts the lower connection tool and the upper connection tool are provided.

  And the 2nd engaging part which consists of an engagement recessed part which slide-engages in the panel surface inward direction so that it cannot move up and down is formed in the 1st engaging part of the lower connecting tool in the upper part of the upper connecting tool, It is more preferable that the lower connection tool of the connection means provided for connection and the upper connection tool of the connection means provided for the lower connection are vertically locked to enable connection (Claim 5).

  In addition, the unit panel forms a lower fitting portion at a lower end portion, and forms an upper fitting portion at the upper end portion that can be unevenly fitted to the lower fitting portion to restrict displacement in the panel surface direction. The fitting rail is formed in the upper fitting portion, and when the plurality of unit panels are stacked up and down, the upper fitting portion of the lower unit panel and the lower fitting portion of the upper unit panel are fitted. It is also preferable (Claim 6).

  The panel connecting device in the stacked partition device of the invention according to claim 1 as described above has at least a fastener disposed in the vertical space formed by the concave grooves on both sides in the connecting portion between the left and right unit panels, and the lower connecting device. The tool is simultaneously locked to the lower locking part formed at the lower end part of the both-side concave groove part, the first engaging part is engaged with the appropriate position of the fitting rail of the lower unit panel, and the upper connecting tool is connected to both sides. An arbitrary position of the lateral width of the lower unit panel by pulling and connecting the lower connector and the upper connector with the fasteners while being simultaneously locked to the upper locking portion formed at the upper end of the concave groove In addition, it is possible to connect the upper and lower unit panels by setting the joint glands of the upper left and right unit panels, that is, vertical joints, which also form a fitting rail along the upper end of the unit panel, and the lower part of the lower connector In a sliding engagement with the fitting rail. Since only forms the engaging portion, it is possible to enhance the coupling function while suppressing an increase in cost, the connection mode of stacked type partition device can be greatly increased. In addition, the first engagement portion of the lower connector is slidably engaged with the fitting rail of the lower unit panel, and the lower connector is simultaneously locked to both lower locking portions of the upper left and right unit panels. When the connecting tool is locked to both upper locking parts at the same time, and the lower connecting tool and the upper connecting tool are attracted and connected by the fastener, the lower unit panel fitting rails are simultaneously attracted. The connection and the connection of the lower unit panel can be firmly performed simultaneously. Moreover, since the said connection means is accommodated in the vertical space formed by a both-concave groove part between adjacent unit panels, it becomes the appearance refreshing.

  According to the second aspect, the vertical joint formed in the connecting portion of the lower left and right unit panels and the vertical joint formed in the connecting portion of the upper left and right unit panels are shifted left and right in the in-plane direction of the panel. Since it is in a stacked form, it becomes a novel partitioning device that looks like brickwork.

  According to claim 3, a fitting groove whose inside is wider than an opening edge is formed at the upper end portion of the unit panel to form the fitting rail, and the fitting groove of the unit panel is formed below the lower connector. Since the first engaging portion is formed of a substantially T-shaped engaging convex portion that slides and slides in the in-plane direction of the panel, the first engagement of the lower connector in the fitting groove of the unit panel The unit can be reliably engaged at an arbitrary position, and since there is no need to provide an extra protrusion at the upper end of the unit panel, the unit panel can be handled easily.

  According to a fourth aspect of the present invention, as the connecting means, a lower connecting tool having locking claws on the both sides to be locked to the lower locking portions from below, and locking the upper locking portions on both sides from above. The upper connecting tool having a locking claw part to be provided at the lower part and the screw-type fastener that is located in the concave groove part and attracts the lower connecting tool and the upper connecting tool. To the lower locking portion formed at the lower end portion of each concave groove portion of the panel, simultaneously locking both locking claws of the lower connector from below, and to the upper locking portion formed at the upper end portion of each concave groove portion, Both the locking claws of the upper connector are simultaneously locked from above, and the left and right unit panels are strengthened by pulling the lower connector and the upper connector with a screw-type fastener positioned in the groove. Can be linked to.

  According to a fifth aspect of the present invention, the second engaging portion is formed on the upper portion of the upper connecting tool, and the second engaging portion includes an engaging recess that slides in the panel inward direction so as not to be vertically displaced by the first engaging portion of the lower connecting tool. Since the lower connecting tool of the connecting means for forming and connecting the upper stage and the upper connecting tool of the connecting means for connecting the lower stage can be locked up and down, it can be connected, so that it was used for the left and right connection of the lower unit panel In the engagement recess as the second engagement portion of the upper connector, an engagement convex portion having a substantially T-shape in side view as the first engagement portion of the lower connector used for the left and right connection of the upper unit panel is provided. It is possible to engage in a manner that cannot be displaced up and down simply by slidingly engaging in the in-plane direction. Since the upper and lower unit panels can be connected by the connecting means and simultaneously connected in the vertical direction, the connecting operation is easy.

  According to the sixth aspect of the present invention, when the upper unit of the upper unit panel of the lower unit panel and the lower unit of the lower unit panel of the upper unit panel are ruggedly fitted, the plurality of unit panels are stacked up and down. In addition, the displacement in the direction outside the panel surface can be reliably regulated.

  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 panel connecting device in a stacked partition device according to the present invention, in which 1 is a unit panel, 2 is a lower connector, 3 is an upper connector, and 4 is a fastener. Respectively.

  The stacked partition device according to the present embodiment is configured by connecting a plurality of unit panels 1 made of an aluminum extrusion mold material vertically and horizontally by a connecting means including a lower connector 2, an upper connector 3, and a fastener 4. A partition device having a desired height and length is configured. The headboard base 5, the headboard cover 6 and the baseboard member 7 that are also made of an aluminum extrusion mold are connected in a straight line to form a minimum structure for constructing the partitioning device. In addition, an end post and an end cover for processing the panel end surface, a corner post and a post cover for connecting in an L shape, a T shape, or a cross shape are necessary. 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. 1 to 8, the unit panel 1 includes a front plate 8 and a back plate 9 connected by a lower fitting portion 10, an upper fitting portion 11 and a single or a plurality of connecting portions 12. The end member 14 having a hollow shape and having a groove 13 formed at the center on both side cut surfaces and covering the cut surface on both sides and an end member 14 provided with a groove 16 at the center is provided on the groove 16 Are fitted into the concave groove 13 and screwed to the connecting portions 12,... To form a lower locking portion 17 and an upper locking portion 18 in the concave groove portion 16 of the end member 14. In the present embodiment, the upper fitting portion 11 is a convex shape protruding upward, and the lower fitting portion 10 is a concave shape. In the present invention, the structure of the unit panel 1 is not limited, and the unit panel 1 has the concave grooves 13 and 13 on both side end surfaces, and the lower fitting portion 10 and the upper fitting portion at the upper and lower end portions. 11 can be employed as long as the panel has 11. For example, a structure in which panel plates are attached to both front and back surfaces of a square frame or a solid structure may be used.

  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, as shown in FIG. 5, the end member 14 has a cylindrical shape that fits into the concave groove 13, and is long when mounted across a plurality of unit panels 1. However, since the sufficient rigidity is ensured, the concave groove portion 16 is shallow. The lower locking portion 17 is formed by cutting out the lower end portion of the bottom surface portion 21 of the concave groove portion 16, and the upper locking portion 18 is formed by cutting out the upper end portion of the bottom surface portion 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. Projections 23 and 23 projecting upward are projected. And between the protrusions 23 and 23 of the said upper fitting part 11, the fitting groove | channel 24 which the inside expanded rather than the opening edge is formed. This fitting groove 24 becomes a fitting rail in the present invention. Further, locking edges 25,... 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 25, 25 of the unit panels 1, 1 positioned above and below are opposed to each other. An opening 26 is provided between them, and a hanging groove 27 is formed between the upper and lower unit panels. The hanging groove 27 is configured by using a part of the lower fitting portion 10 and the upper fitting portion 11 in addition to the locking edge 25, 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 26 of the hanging groove 27 so that the joining line cannot be seen. Similarly, hanging grooves 27 are also formed between the headboard cover 6 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 specifically described 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 28 and 28 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. And a square hole 29 is formed, and a first engagement portion 30 is further formed in the lower part.

  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 engaging portion 30 projecting downward from the lower connector 2 is a substantially T-shaped engaging convex portion in side view, and the second engaging portion 34 of the upper connector 3 is more than the inside. The opening is a narrow engaging recess, and the first engaging portion 30 and the second engaging portion 34 are slidably engaged in the in-plane direction of the panel and engaged with each other so that they cannot be displaced vertically. Here, the cross-sectional shape of the fitting groove 24 of the upper fitting portion 11 of the unit panel 1 and the second engaging portion 34 of the upper connector 3 are substantially matched.

  The fitting rail described above may basically be a convex rail having a substantially T-shaped cross section. In this case, the first engaging portion 30 of the lower connector 2 is engaged with an opening narrower than the inside. It is necessary to make the second engaging portion 34 of the upper connector 3 an engaging convex portion that is substantially T-shaped in side view. However, since the convex upper fitting portion 11 is formed at the upper end portion of the unit panel 1, it is not preferable in terms of structure to further project the convex fitting rail thereon. However, when the upper fitting portion 11 of the unit panel 1 is concave and the lower fitting portion 10 is convex, a convex fitting rail may be provided in the groove of the upper fitting portion 11.

  And the said fastener 4 consists of the square shaft 29 and the fastening screws 36 and 36 which fit in the square hole 29 of the said lower connector 2, and the square hole 32 of the said upper connector 3 so that a vertical slide is possible. ing. The lower end portion of the connecting shaft 35 is fitted into the square hole 29 of the lower connector 2, and a C-shaped spring pin 37 is tightly fitted and fixed to the tube portion and the connecting shaft 35 from the side. A screw hole 38 is formed in the upper end portion of the connection shaft 35 in the axial direction, the upper end portion is fitted into the square hole 32 of the upper connection tool 3, and the fastening screw 36 is passed through the through hole 33 from above. And screwed into the screw hole 38. Here, all the fasteners 4 are accommodated in the recessed grooves 16 and 16 of the both end members 14 and 14.

  In order to connect the unit panels 1 to the left and right, the lower connector 2, the upper connector 3, and the fastener 4 are sequentially used from the lower stage to the upper stage. First, as shown in FIG. 1 and FIG. 2, the locking claws 28, 28 of the lower connector 2 attached to the lower end of the connecting shaft 35 are connected to the ends of the left and right unit panels 1, 1. Specifically, the flanges 15 and 15 of the end members 14 and 14 are joined together 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 portion of the connecting shaft 35 is fitted into the square hole 32 of the upper connector 3 from above, and both the locking claw portions 31, 31 are connected to the upper locking portions 18, 14 of the end members 14, 14, respectively. 18, the fastening screw 36 is inserted through the through hole 33 from above, and is screwed into the screw hole 38 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 28, 28 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 and FIG. The first engaging portion 30 of the lower connector 2 used for connecting the unit panels 1 and 1 is slidably engaged from the open end, and the lower connector 2 is set to an appropriate position in the lateral width of the lower unit panel 1. In this state, the lower fitting portions 10 of the upper unit panels 1 and 1 are placed on the upper fitting portion 11 of the lower unit panels 1 and 1 to be concavo-convexly fitted, and each end member 14 and 14 is engaged with both locking claws 28, 28 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 32 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. 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 38 of the connecting shaft 35. Then, the lower connector 2 is pulled up, and the first engaging portion 30 is strongly engaged with the fitting groove 24 of the lower unit panel 1. At the same time, both locking claws 28, 28 of the lower connector 2 simultaneously strongly contact the lower locking portions 17, 17 of the end members 14, 14. In this way, the joint gland of the upper left and right unit panels 1, 1, that is, the vertical joint formed by the flanges 15, 15 of the end members 14, 14 is at an intermediate position of the lateral width of the lower unit panel 1. It can be set at an arbitrary position.

  Here, when the other unit panel 1 is connected to the other end of the upper unit panel 1 in a state where one side end of the lower unit panel 1 and the upper unit panel 1 are already connected in a step difference, The lower connector 2 having the first engaging portion 30 engaged with the fitting groove 24 of the unit panel 1 is moved, and the lower connector 2 is moved below the lower locking portion 17 of the existing unit panel 1. The lower connector 2 needs to be slightly displaced up and down in a state where the first engaging portion 30 is engaged with the fitting groove 24 so that one of the locking claws 28 can enter. Such clearance is provided. Then, in a state where the first engaging portion 30 is engaged with the fitting groove 24, the lower connector 2 is lifted, and the first engaging portion 30 is engaged with the fitting groove 24, and further upward. The size is set so that the locking claw portion 28 comes into contact with the lower locking portion 17 when the displacement becomes impossible.

  Next, a structure in which the headboard base 5 and the headboard cover 6 are connected to the upper end of the uppermost unit panel 1 and the baseboard member 7 is connected to the lower end of the lowermost unit panel 1 is shown in FIGS. 7 will be briefly described. The headboard base 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 39 of the headboard base 5 is similar to the shape of the lower fitting portion 10 of the unit panel 1, and the shape of the upper fitting portion 40 of the baseboard member 7 is the unit. It matches the shape of the upper fitting portion 11 of the panel 1. The cap cover 6 is fitted from above so as to completely cover the cap base 5.

  In order to attach the headboard base 5 to the upper end of the uppermost unit panel 1, a screw 41 penetrating the bottom surface of the headboard base 5 is inserted into a fitting groove 24 formed in the upper fitting portion 11 of the unit panel 1. The locking member 42 inserted from the side end is screwed and tightened. Specifically, a through hole 43 through which the screw 41 is inserted and square holes 44, 44 are formed on both sides of the bottom surface of the headboard base 5. The locking member 42 is formed with a screw hole 45 at a central portion of a rectangular plate piece that is slidably engaged with the fitting groove 24 in a state of being pulled upward, and the fitting groove 24 is formed on both sides thereof. Projections 46 and 46 are formed so as to project upward from the top and fit into the square holes 44 and 44 of the headboard base 5. Then, with the locking member 42 engaged with the fitting groove 24 of the unit panel 1, the fitting portion 39 of the headboard base 5 is fitted to the upper fitting portion 11 of the unit panel 1, and The protrusions 46 and 46 of the stop member 42 are fitted into the square holes 44 and 44 of the cap base 5, and are screwed into the through holes 43 from above and screwed into the screw holes 45 of the locking member 42.

  Further, the connecting portions of the adjacent unit panels 1 and 1 are firmly connected by using connecting plates 47 having a length extending over the headboard bases 5 and 5 on both sides. At both ends of the connecting plate 47, a through hole 48 and square holes 49, 49 are formed so as to correspond to the through hole 43 and the square holes 44, 44 of the headboard base 5. Then, in the state where the square holes 49, 49 of the connection plate 47 are fitted into the projections 46, 46 of the locking member 42 protruding upward from the square holes 44, 44 of the headboard base 5, the connection plate 47 The screw 41 through the through hole 48 and the through hole 43 of the headboard base 5 is screwed into the screw hole 45 of the locking member 42 and attached. Both sides of the connecting plate 47 are connected to the unit panels 1 and 1 via adjacent headboard bases 5 and 5, respectively.

  The headboard cover 6 has a substantially U-shaped cross section, and a pair of locking pieces 50, 50 having an L-shaped cross section are formed in parallel on the inner surface of the concave groove so that the fitting member 51 made of synthetic resin is formed. The upper locking plate 52 can be rotationally engaged. When the cap board cover 6 is fitted with the cap base 5 from above with a predetermined number of fitting members 51,. The base 5 is elastically engaged with the inside.

  The baseboard member 7 is formed with a concave groove 54 similar to the concave 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 concave groove 54. In the same manner as described above, the upper fitting portion 40 is unevenly fitted to the lower fitting portion 10 of the unit panel 1 while being screwed. The baseboard member 7 is provided with an adjuster 55 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,. In addition, it is also possible to form a single composite panel by firmly connecting with the 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 synthetic resin cap cap 56 is fitted to the end portions of the cap base 5 and the cap cover 6 to close the ends. Note that the thickness of the flange portion 57 of the cap cap 56 is twice the thickness of the flange portion 15 of the end member 14, and the end of the cap base 5 and the cap cover 6 on one side at the left and right connecting portions. The cap cap 56 is fitted only to the portion, and the end portions of the cap base 5 and the cap cover 6 on the other side are in contact with the flange portion 57. A mounting portion 58 for fitting from above the flange portion 57 of the cap cap 56 to the cap base 5 is extended, and a recess 59 for receiving the upper connector 3 is provided at the lower portion of the flange portion 57.

  A state in which the plurality of unit panels 1,... Are connected vertically and horizontally is shown in FIG. In this case, the hanging groove 27 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, the same hanging groove 27 is also provided between the uppermost unit panel 1 and the headboard cover 6. A hanging groove 27 similar to that described above is also provided between the lowermost unit panel 1 and the baseboard member 7. And the side surface of the surface board 8 and the back surface board 9, the coping cover 6 and the baseboard member 7 of the said unit panel 1 is extended in a horizontal direction, and becomes a repeated corrugated surface in the up-down direction, and is unified as a whole Is configured.

  The first engaging portion 30 of the lower connector 2 can be slidably engaged with the fitting groove 24 formed in the upper fitting portion 11 of the unit panel 1, so that it is used for the lower connection. The unit panel 1 can be stacked and connected to the upper stage without being engaged with the second engaging portion 34 of the upper connecting tool 3.

  FIG. 9A shows a state before the headboard base 5 is mounted by the unit panels 1 and 1 connected in the left-right direction, and FIG. 9B shows a state in which the headboard base 5 is mounted and connected by the connecting plate 47. Shows the state. FIG. 10 shows a state in which an end cover 60 having a U-shape in plan view is attached via an end post 61 to the end of the unit panel 1 located at the terminal end.

  In order to connect the unit panels 1 and 1 so that the vertical joints are arranged in a straight line on the upper stage of the unit panels 1 that are already connected to the left and right, as shown in FIGS. 11 and 12, the lower unit panel The upper connecting tool 3 used for connecting 1 and 1 is used. Specifically, the first engagement portion 30 of the lower connector 2 attached to the lower end portion of the connection shaft 35 is connected to the second engagement portion 34 of the upper connector 3 used for lower connection in the panel in-plane direction. In this state, the lower fitting portion 10 of both unit panels 1 and 1 is placed on the upper fitting portion 11 of the lower unit panel 1 and 1 so as to be unevenly fitted. At the same time, the lower locking portions 17, 17 of the end members 14, 14 are engaged with both locking claws 28, 28 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 32 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. 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 38 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, the size is set so that both the locking claws 28, 28 of the lower connector 2 simultaneously come into strong contact with the lower locking portions 17, 17 of the end members 14, 14.

  In FIG. 13, a glass panel 62 is connected instead of a part of the unit panels 1 to constitute a partition device with a window. If the panel connecting device of the present invention is used, it is possible to cut out a part of the unit panel 1 having a long width and attach the glass panel 62 to this portion to constitute a partition device with a window. The glass panel 62 has a structure in which glass plates 66 and 66 are adhered to both front and back surfaces of a rectangular frame in which an upper horizontal frame 63 and a lower horizontal frame 64 are connected by both side frames 65 and 65. The lower side of the lower horizontal frame 64 forms a fitting part 67 having the same structure as the lower fitting part 10 of the unit panel 1, and the upper side of the upper horizontal frame 63 is the upper fitting of the unit panel 1. The fitting part 68 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. The end frame 14 is attached to the side frame 65 so that the unit panel 1 can be connected to the side in the same manner as described above.

  FIG. 14 shows a specific example in which a glass panel is incorporated into a part of a stacking type partition device to constitute a partition device with a window, and FIG. 14 (a) is a mode in which the glass panel is incorporated into a part of the width of the unit panel. FIG. 14B shows a mode in which a glass panel is incorporated across the left and right connecting portions of the unit panel. In FIG. 14A, the auxiliary unit panels 1A and 1A having a narrow width are connected to both sides of the glass panel 62 so as to coincide with the width of the other unit panel 1. The present invention is applied to the left and right connection with the auxiliary unit panel 1 </ b> A and the connection with the lower unit panel 1. In addition, the connection structure shown in FIG.11 and FIG.12 is employ | adopted as the method of connecting the vertical joint of the left and right unit panels 1 and 1 on the upper and lower sides on a straight line. 14B, the glass panel 62 is disposed across the vertical joints of the upper and lower unit panels, and the auxiliary unit panels 1B and 1B having a narrow width are connected to both sides of the glass panel 62. The present invention is applied to the left and right connection between the glass panel 62 and the auxiliary unit panel 1B and the connection to the lower unit panel 1. According to the present invention, since the end of the unit panel 1 or the glass panel can be positioned and connected to the upper stage at any position of the lower unit panel 1, a desired mode can be realized.

It is a fragmentary perspective view of the state where a plurality of unit panels were linearly connected up and down and right and left with the upper and lower joints shifted. It is a principal part disassembled perspective view of the panel connection apparatus of this invention for implement | achieving the connection aspect of FIG. 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. 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. FIG. 5 is a partial perspective view of a state in which a plurality of unit panels are connected in a straight line vertically and horizontally with their upper and lower joints aligned. It is a principal part exploded perspective view of the panel connection apparatus for implement | achieving the connection aspect of FIG. 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 example which comprised the partition apparatus with a window is shown, (a) is the simplified front view of the aspect which incorporated the glass panel in a part of width of the unit panel, (b) is glass ranging over the connection part of the right and left of a unit panel It is a simplified front view of the aspect incorporating a panel.

Explanation of symbols

1 unit panel, 2 lower connector,
3 Upper connector, 4 Fastener,
5 Kasagi base, 6 Kasagi cover,
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 flange part, 16 groove part, 17 lower locking part, 18 upper locking part,
19 pilot hole, 20 tapping screw,
21 bottom surface part, 22 engagement groove,
23 protrusions, 24 fitting grooves (fitting rails),
25 locking edge, 26 opening,
27 hanging grooves, 28 locking claws,
29 square 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 spring pin, 38 screw hole,
39 fitting parts, 40 fitting parts,
41 screws, 42 locking members,
43 through holes, 44 square holes,
45 screw holes, 46 protrusions,
47 connecting plates, 48 through holes,
49 square holes, 50 locking pieces,
51 fitting member, 52 locking plate,
53 leg pieces, 54 concave grooves,
55 Adjuster, 56 Kasagi Cap,
57 flange, 58 mounting,
59 recess, 60 end cover,
61 end posts, 62 glass panels,
63 Upper horizontal frame, 64 Lower horizontal frame,
65 side frame, 66 glass plate,
67 fitting part, 68 fitting part.

Claims (6)

  A panel connecting device in a stacked partition device configured by connecting a plurality of unit panels vertically and horizontally by connecting means, and forming concave grooves on both side end surfaces of the unit panel and fitting along the upper end portion A first engaging portion that forms a rail, the connecting means includes a lower connecting tool, an upper connecting tool, and a fastener for attracting the lower connecting tool, and is slidably engaged with a fitting rail of the unit panel at a lower portion of the lower connecting tool. A lower locking portion in which at least the fastener is arranged in a vertical space formed by the concave grooves on both sides in the connecting portion between the left and right unit panels, and the lower connecting tool is formed at the lower end of the concave grooves on both sides. At the same time, engaging the first engaging portion with the appropriate position of the fitting rail of the lower unit panel, and the upper connecting portion formed on the upper end portions of the concave grooves on both sides. In the locked state at the same time, Panel connecting apparatus in stacked type partition device characterized by the ingredients and the upper connector connects to attract by the fastener.   The stacked type according to claim 1, wherein the vertical joint formed at the connecting portion of the lower left and right unit panels and the vertical joint formed at the connecting portion of the upper left and right unit panels are shifted left and right in the panel in-plane direction. Panel connecting device in the partition device.   A fitting groove whose inside is wider than the opening edge is formed at the upper end of the unit panel to form the fitting rail, and slides in the panel surface inward of the fitting groove of the unit panel at the lower part of the lower connector. The panel coupling device in the stacked partition device according to claim 1 or 2, wherein a first engaging portion is formed of an engaging convex portion having a substantially T-shape in side view in sliding engagement.   As the connecting means, a lower connecting tool having locking claw portions on the upper side to be locked on the lower locking portion from below on both sides, and a lower locking claw portion to be locked on the upper locking portion on the both sides on the lower side. The stacked partition device according to any one of claims 1 to 3, further comprising: an upper connecting tool provided on the groove, and a screw-type fastener that is positioned in the concave groove and that attracts the lower connecting tool and the upper connecting tool. Panel coupling device.   A second engagement portion is formed on the upper portion of the upper connector, and the first engagement portion of the lower connector is formed with an engagement recess that slide-engages in the in-panel direction so as not to be vertically displaced. The panel connection device in the stacked partition apparatus according to any one of claims 1 to 4, wherein the lower connection tool provided for connection and the upper connection tool for connection means provided for lower connection are vertically locked to enable connection. The unit panel forms a lower fitting portion at a lower end portion, and forms an upper fitting portion at the upper end portion that can be unevenly fitted to the lower fitting portion to restrict displacement in the panel surface outward direction, The fitting rail is formed in the upper fitting portion, and when a plurality of unit panels are stacked up and down, the upper fitting portion of the lower unit panel and the lower fitting portion of the upper unit panel are fitted. The panel coupling device in the stacked partition device according to any one of claims 1 to 5.

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