CN109372161B - Hanging partition wall - Google Patents

Abstract

The invention relates to a hanging type partition wall, which comprises transverse connection keels and vertical connection keels, wherein the transverse connection keels are in a groove shape and comprise first vertical walls, second vertical walls and groove bottom walls which are approximately arranged in parallel, and the transverse connection keels are connected to the vertical connection keels through the first vertical walls; the panel connector comprises a base body, a cantilever body extending from the base body and a lower extending arm for forming a clamping groove, wherein a threaded adjusting hole and an adjusting screw screwed on the threaded adjusting hole are further formed in the cantilever body, the threaded adjusting hole and the lower extending arm are arranged in a staggered mode, and the threaded adjusting hole is located at a position far away from the base body relative to the lower extending arm. Thus, when the decoration panel is hung on the second vertical wall through the panel connector, the second vertical wall is clamped and inserted into the clamping groove, the bottom end of the adjusting screw is propped against the bottom wall of the groove, and the position of the decoration panel in the up-down direction can be finely adjusted by rotating the adjusting screw.

Description

Hanging partition wall

Technical Field

The invention relates to a hanging type partition wall, which can be used for dividing indoor space, can also be used for decorating wall surfaces, and is also suitable for being used as a cabinet board on a wardrobe.

Background technique

In large indoor spaces such as offices, partition walls are often used to separate independent small spaces. Partition walls are generally composed of a support frame system and partitions laid on the support frame system. The support frame system is composed of crisscrossed horizontal profiles and longitudinal profiles connected to each other. The partitions are rectangular plate members such as glass plates, aluminum plates or stone plates. There are many types of connection structures between the partitions and the support frame system, such as hanging type, plug-in type, etc. The installation operation of the partition wall with a hanging structure is relatively convenient and widely used. In order to be able to hang the partition on the support frame system, a plurality of hanging grooves arranged at intervals up and down are provided on the support frame system, and a plurality of hooks arranged at intervals laterally that can be hung on the hanging grooves are provided on the partition. The hooks are pre-positioned on the back side of the partition. Due to the positioning error of the hooks, and the inevitable processing error and assembly error of the partition and the support frame system, the superposition of the above errors will cause the position of the partition in the up and down direction after being hung on the support frame system to deviate from the original set position.

In order to solve the above technical problems, patent CN201810669558.7 discloses a back-bolt sheet curtain wall, which includes a keel frame, a sheet panel, a hanger and a back bolt. The keel frame includes at least two vertically arranged columns and a plurality of horizontally arranged beams. The beam is a metal profile with a groove-shaped cross section, on which a support groove extending along the length and running through the entire length is provided; the back of the web of the beam is closely attached to and fixed on the front side of the keel frame. The hanger consists of a positioning screw and a right-angle connecting plate, wherein the diameter of the positioning head of the positioning screw matches the width of the supporting groove, and the length matches the depth of the supporting groove. One right-angle side of the right-angle connecting plate is locked on the sheet panel by a back bolt, and a positioning screw hole is provided on the other right-angle side, and the positioning screw is screwed into the positioning screw hole. During installation, the positioning head of the positioning screw extends into the supporting groove and always acts on the bottom surface of the supporting groove. The height of the sheet panel can be adjusted by turning the positioning screw so that the sheet panel is placed in the original set position.

Summary of the invention

Patent CN201810669558.7 discloses an adjustment structure for adjusting the height of a sheet material panel. This adjustment structure has obvious drawbacks, mainly reflected in that the sheet material panel is mainly positioned by the combination of the positioning head of the positioning screw and the support groove. This structure requires that the width of the support groove must be equivalent to the diameter of the positioning head of the positioning screw, otherwise the sheet material panel will have obvious movement virtual position in the inner and outer directions. During installation, the large-format sheet material panel blocks the positioning screw, and it is very difficult for the installer to accurately insert the positioning head of the positioning screw into the narrow support groove in a blind operation, which requires multiple and long trial and error processes, seriously delaying the installation progress.

In order to solve the above technical problems, the invention object of the present invention is to propose a hanging partition wall, which can not only adjust the height of the decorative panel (equivalent to the plate panel in patent CN201810669558.7), but also facilitate to simplify the hanging operation of the decorative panel. The hanging partition wall includes a transverse connecting keel and a vertical connecting keel, which are respectively in the shape of a profile, and a plurality of the transverse connecting keels and a plurality of the vertical connecting keels are arranged and connected in a staggered manner horizontally and vertically; it is characterized in that the transverse connecting keel is in the shape of a groove and includes a first vertical wall and a second vertical wall arranged roughly in parallel, the first vertical wall and the second vertical wall are connected by a groove bottom wall, and the transverse connecting keel is connected to the vertical connecting keel through the first vertical wall; it also includes a decorative panel, and a panel connector is arranged on the back side wall of the decorative panel, and the panel connector includes a base for connecting to the back side wall of the decorative panel, a cantilever body extending outward from the base, and a and a lower extension arm for forming a slot, wherein the slot is used for allowing the second vertical wall to be inserted into the slot, the lower extension arm extends from the cantilever body or the base, and the cantilever body is also provided with a threaded adjustment hole and an adjustment screw screwed on the threaded adjustment hole, the threaded adjustment hole and the lower extension arm are staggered and arranged so that the threaded adjustment hole is located at a position farther away from the base relative to the lower extension arm; when the decorative panel is hung on the second vertical wall through the panel connector, the second vertical wall is inserted into the slot, the bottom end of the adjustment screw is against the bottom wall of the slot and the position of the decorative panel in the up and down directions can be fine-tuned by rotating the adjustment screw.

The transverse connecting keel is in the shape of a groove, and the first vertical wall, the second vertical wall and the groove bottom wall of the transverse connecting keel form a groove cavity, and the groove cavity can at least accommodate the adjusting screw and the lower extension arm.

The transverse connection keel is connected to the vertical connection keel through the first vertical wall, which can be interpreted as the first vertical wall is directly connected to the vertical connection keel by welding, threaded connection, etc., or a mounting seat is provided on the vertical connection keel, and the transverse connection keel is plugged into the mounting seat and indirectly connected to the vertical connection keel.

Among them, a panel connector is arranged on the back wall of the decorative panel, and this feature defines the layout position of the panel connector on the decorative panel. The back wall of the decorative panel refers to the wall on the decorative panel facing the side of the vertical connection keel when in the installed state. In this way, an observer standing on the front side of the decorative panel will not be able to observe the panel connector. Under this visual sense, the panel connector is collected by the decorative panel. Secondly, the panel connector can be directly formed on the decorative panel, or it can be an independent component and connected to the back wall of the decorative panel by bonding, clamping, threading, etc.

Among them, the lower extension arm used to form the slot, this feature defines that the lower extension arm can directly form the slot by its own structure or cooperate with other components to form the slot, that is, the lower extension arm is at least a side wall body forming the slot. For example, the slot can be directly set on the lower extension arm, or the base of the panel connector can be set on the side of the lower extension arm so that the base cooperates with the lower extension arm to form the slot together, and after the panel connector is installed on the back side wall of the decorative panel, the decorative panel can cooperate with the lower extension arm to form the slot together.

The threaded adjustment hole is located at a position farther away from the base relative to the lower extension arm. The above feature defines the position of the threaded adjustment hole relative to the lower extension arm. Since the threaded adjustment hole is relatively far from the base, that is, the threaded adjustment hole is relatively far from the back wall of the decorative panel, it is not only convenient to operate the adjustment screw screwed on the threaded adjustment hole, but also not easy to affect the structural strength of the panel connector.

According to the above technical solution, compared with the prior art, the beneficial technical effect of the present invention is that: during installation, the second vertical wall is inserted into the card slot, so that the decorative panel is positioned in the inner and outer directions by the card connection of the second vertical wall and the card slot, without affecting the fine adjustment of the decorative panel in the height direction. In addition, since the position of the decorative panel in the up and down direction is adjusted by the adjusting screw, the adjusting screw is mainly used to fine-tune the position of the decorative panel in the up and down direction, and is not used to locate the position of the decorative panel in the inner and outer directions, so the groove cavity formed by the first vertical wall, the second vertical wall and the groove bottom wall combined with the adjusting screw does not need to be set as narrow as the supporting groove in patent CN201810669558.7. The groove cavity can not only accommodate the adjusting screw, but also appropriately increase the width so that the adjusting screw can be easily inserted into the groove cavity. In this way, the installer standing on the front side of the decorative panel can easily insert the adjusting screw into the groove cavity even though he cannot directly observe the panel connector and the transverse connecting keel and is in a blind operation state. The combination of the adjusting screw and the groove cavity will not hinder the decorative panel from being easily hung on the transverse connecting keel.

A further technical solution may be that the lower extension arm is an arc-shaped arm or a bent arm capable of enhancing elasticity. In this way, when the second vertical wall is inserted into the slot, the lower extension arm can appropriately expand the slot when receiving the push force of the second vertical wall to allow the second vertical wall to be inserted into the slot relatively easily, and then can return to its original position to narrow the slot and reduce the looseness of the second vertical wall in the slot in the inward and outward directions, thereby reducing the looseness of the decorative panel in the inward and outward directions.

In order to facilitate the quick insertion of the second vertical wall into the slot, a further technical solution may be that the slot is horn-shaped. In this way, the slot has a shape in which the slot opening is larger than the slot cavity. With the above shape feature, the accuracy of the second vertical wall being inserted into the slot in one go can be improved, and the difficulty of quickly inserting the second vertical wall into the slot can be reduced.

A further technical solution may be that the side wall of the substrate is provided with concave-convex patterns for receiving adhesive, so that the substrate can be bonded to the decorative panel by the adhesive received on the concave-convex patterns.

The transverse connecting keel and the vertical connecting keel can be connected together by fasteners, welding, etc., and in order to facilitate disassembly and assembly, the following technical solution is further adopted: a card arm is also provided on the first vertical wall of the transverse connecting keel, which is inclined and protrudes outward, and the transverse width of the card arm is much smaller than the transverse width of the first vertical wall. The card arm is welded on the first vertical wall or formed into an integrated card arm by a punching method on the first vertical wall; a window for connecting the card arm is provided on the vertical connecting keel, and the transverse connecting keel can be detachably connected to the window peripheral wall of the vertical connecting keel through the card arm. Among them, the card arm is inclined and protrudes outward, which means that the card arm is protruded outside the groove cavity of the transverse connecting keel. And the transverse width of the card arm is much smaller than the transverse width of the first vertical wall, which means that there is a significant transverse width difference between the card arm and the first vertical wall, for example, the transverse width of the first vertical wall is 0.5m, while the transverse width of the card arm is only 10mm. In this way, the clamping arm has more superior elasticity than the first vertical wall, providing a feasible technical basis for clamping the peripheral wall of the window.

In addition to decoration and space division, the hanging partition wall can also store power signal pipelines. A further technical solution may be that the vertical connecting keel is provided with a wire hole for avoiding the power signal pipeline.

During the use of the mounted partition after delivery, if the power signal pipeline needs to be maintained or replaced, the decorative panel needs to be removed. When the decorative panel has a relatively large surface area, such as 1mx2m, it is very difficult to disassemble the entire panel. In view of this, the present invention further proposes the following solution: the decorative panel includes a main panel and an auxiliary panel arranged above or below the main panel. The auxiliary panel is hung on a transverse connecting keel corresponding to the arrangement of the wire holes so as to hide the wire holes. In this way, the auxiliary panel can be removed separately to maintain or replace the power signal pipeline.

In order to improve the standing stability of the mounted partition wall, a further technical solution may also include a roughly L-shaped connecting angle code, which is connected to the top or the foot of the vertical connecting keel to connect the vertical connecting keel to the building.

Since the present invention has the above characteristics and advantages, it can be applied to hanging type partition walls.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a schematic diagram of the three-dimensional structure of a partition wall frame 100 using the technical solution of the present invention;

FIG2 is a schematic diagram of the cross-sectional structure of the intermediate limiting column 1;

FIG3 is a schematic diagram of the three-dimensional structure of the intermediate limiting column 1;

FIG4 is a schematic diagram of the cross-sectional structure of the main column 4;

FIG5 is a schematic diagram of the three-dimensional structure of the transition vertical column 2;

FIG6 is a schematic diagram of the three-dimensional structure of the transversely connected keel 6;

FIG. 7 is a schematic diagram of the hanging structure of the decorative panel 200;

FIG. 8 is a schematic diagram of the cross-sectional structure of the panel connector 7 .

Detailed ways

The structure of the hanging partition wall using the technical solution of the present invention will be further described below in conjunction with the accompanying drawings.

As shown in FIG1 , it is a schematic diagram of the three-dimensional structure of a hanging partition wall, wherein the hanging partition wall comprises a partition wall frame 100 and a decorative panel 200. The partition wall frame 100 comprises a transverse connecting keel 6 and a vertical connecting keel (1, 2, 4) which are respectively in the shape of a profile, and a plurality of the transverse connecting keels 6 and a plurality of the vertical connecting keels (1, 2, 4) are arranged and connected in a staggered manner horizontally and vertically. Firstly, the structures of the keels constituting the partition wall frame 100 are described in detail below.

As shown in Figures 2 and 3, it is a schematic diagram of the structure of the intermediate limit column 1. The intermediate limit column 1 is a profile member, which belongs to a type of vertical connection keel. From the cross section of the intermediate limit column 1, the intermediate limit column 1 is in the shape of a hollow profile, that is, the intermediate limit column 1 relies on its wall body to form a hollow cavity. In this way, from the cross section, the intermediate limit column 1 is not in the shape of a straight plate but has a bent structure, which is conducive to improving its support strength. In addition, there are protrusions (11, 11a) on the inner and outer sides of the intermediate limit column 1 respectively. The protrusions (11, 11a) are ridges extending away from the hollow cavity of the intermediate limit column 1 relative to the side shoulders (12, 13) located on both sides of the protrusion 11, forming an obvious bent structure on the intermediate limit column 1, which can further strengthen the support strength of the intermediate limit column 1 and can also play a separating role. A plurality of windows 14 arranged at intervals in vertical direction are respectively arranged on the two side shoulders (12, 13) of the protrusion 11, and a plurality of windows arranged at intervals in vertical direction are also respectively arranged on the two side shoulders (11a, 12a) of the protrusion 11a. In this way, the inner and outer sides of one intermediate limiting column 1 can at least connect to two transverse connecting keels 6, that is, one intermediate limiting column 1 can at least connect to four transverse connecting keels 6, connecting two transverse connecting keels 6 arranged adjacent to each other in the transverse direction. Secondly, the end of the transverse connecting keel 6 is pressed against the side of the protrusion (11, 11a) of the intermediate limiting column 1.

FIG4 is a schematic diagram of the cross-sectional structure of the main column 4, which is also a type of vertical connection keel. The main column 4 includes a main vertical column 3 for positioning on the building and a transitional vertical column 2 attached to the side of the main vertical column 3. The transitional vertical column 2 is connected to the main vertical column 3 by screws, and its bottom end can be on the ground or suspended in the air. The main vertical column 3 is an aluminum alloy profile formed by extrusion.

As shown in FIG5 , from the cross section of the transition vertical column 2, the transition vertical column 2 is in the shape of a door frame and includes left and right side frame edges (21, 22) and a bottom edge 23, and the left and right side frame edges (21, 22) are respectively provided with the windows 25. In this way, the structure of the transition vertical column 2 is relatively simple, which can reduce the total weight and consumables of the partition wall frame. The transition vertical column 2 is an iron profile formed by bending.

As shown in FIG4 , from the cross section of the main vertical column 3, the main vertical column 3 is a hollow square, each side of the square is provided with a pair of T-shaped slots (31, 32), and the length L1 of each side is greater than the width L2 of the bottom side 23 of the transition vertical column 2. The bottom side 23 of the transition vertical column 2 fits on one side 33 of the main vertical column 3, and the fastener passes through the transition vertical column 2 and is locked into the T-shaped slots (31, 32) so that the transition vertical column 2 and the main vertical column 3 are combined together. The left and right side frame edges (21, 22) of the transition vertical column 2 are spaced apart from the other two edges (34, 35) of the main vertical column 3 by a spacing (L3, L4), and the spacing (L3, L4) is equal to the width W3 of the transverse connecting keel 6, so that the side edge of the transverse connecting keel 6 snapped onto the transition vertical column 2 can be flush with the side edge of the main vertical column 3, thereby not affecting the installation stability of the decorative panel 200. In another solution, the spacing (L3, L4) is equal to the width W3 of the transverse connecting keel 6 + the thickness of the decorative panel 200, so that when the decorative panel 200 is installed, the outer surface of the decorative panel 200 is flush with the outer surface of the main vertical column 3 and the side end surface of the decorative panel 200 is against the main vertical column 3. In actual application, the transition vertical column 2 can be connected to each side of the main vertical column 3 through the T-shaped groove (31, 32), and the main vertical column 3 can be arranged at the corner position of the partition wall frame 100.

It can be seen that the main column 4 is composed of the main vertical column 3 and the transition vertical column 2. The main vertical column 3 and the transition vertical column 2 are separated structures. In this way, the main vertical column 3 can be freed from the limitation that the transition vertical column 2 needs to be set as a thin-walled structure due to processing the window 14, and a thick or complex cross-sectional structure with better support strength can be adopted. In actual application, the main vertical column 3 can even choose to adopt a common column within the enterprise or industry, without the need to specially design a new column for setting the window 14. Similarly, the transition vertical column 2 is freed from the limitation of having good support strength and can choose a suitable thin-walled structure to meet the requirements of having a certain support strength and being able to conveniently process the window. The combined structure of the main vertical column 3 and the transition vertical column 2 solves the problem that the main column 4 needs to have sufficient support strength and can conveniently process the window 14. In addition, since the transition vertical column 2 is an independent column, in addition to being attached to the main vertical column 3 to form the main column 4, it can also be used as an independent vertical connecting keel, which can reduce the types of settings of the vertical connecting keel and simplify management and storage.

As shown in FIG6 , it is a three-dimensional structural diagram of the transverse connecting keel 6, and the transverse connecting keel 6 is an iron profile formed by bending. The transverse connecting keel 6 is groove-shaped and includes a first vertical wall 61 and a second vertical wall 62 arranged roughly in parallel. The first vertical wall 61 and the second vertical wall 62 are connected by a groove bottom wall 63. A plurality of integrated clamping arms 611 are formed on the first vertical wall 61 by a punching method. Of course, in other embodiments, the clamping arms 611 can be welded to the first vertical wall 61. A plurality of clamping arms 611 are arranged at intervals along the length extension direction of the transverse connecting keel 6. The clamping arms 611 are inclined and protrude outwards, and the transverse width W1 of the clamping arms 611 is much smaller than the transverse width W2 of the first vertical wall 61, that is, there is a significant transverse width difference between the clamping arms 611 and the transverse connecting keel 6, for example, the transverse width of the transverse connecting keel 6 is 0.5m, while the transverse width of the clamping arms 611 is only 10mm. In this way, the clamping arm 611 has a certain elasticity, which provides a feasible basis for clamping the peripheral wall of the window 14.

As shown in FIG. 1 , in this embodiment, the partition wall frame 100 is in a straight line shape. Of course, in other embodiments, the partition wall frame 100 may be in a square shape, an L shape, or other shapes. A main column 4 is arranged on the left and right sides of the partition wall frame 100, and two intermediate limiting columns 1 and three transition vertical columns 2a are arranged within the wall width between the two main columns 4 (the structure of the transition vertical column 2a is the same as that of the transition vertical column 2). Of course, in other embodiments, only one transition vertical column 2a may be arranged. The transverse connecting keel 6 can be detachably clamped to the window surrounding walls of the windows respectively arranged on the transition vertical column 2a, the transition vertical column 2, and the intermediate limiting column 1 through the clamping arms 611 respectively paired with the transition vertical column 2a, the transition vertical column 2, and the intermediate limiting column 1. When the decorative panel 200 needs to be mounted on both sides, the transverse connecting keels 6 are respectively clamped on both sides of the transition vertical column 2 to form a double-layer skeleton structure and a layer of decorative panel 200 can be installed on both sides of the transition vertical column 2. Secondly, the end of the transverse connecting keel 6 not only butts against the side of the protrusion (11, 11a) of the middle limiting column 1 but also against the side of the main vertical column 3.

The decorative panel 200 is arranged on the outer side of the transverse connecting keel 6. The transverse width of the decorative panel 200 is equivalent to the transverse width of the wall of the main vertical column 3 and the intermediate limiting column 1. One side of the decorative panel 200 is against the side of the main vertical column 3, and the other side is against the side of the protrusion 11 of the intermediate limiting column 1. In this way, the protrusion 11 becomes a spacing decorative strip between two adjacent decorative panels 200 in the transverse direction, enriching the decorative effect. A panel connector 7 is arranged on the back wall of the decorative panel 200, and the decorative panel 200 is detachably hung on the transverse connecting keel 6 through the panel connector 7. The panel connector 7 can be directly formed on the decorative panel 200, or it can be an independent component and connected to the back wall of the decorative panel 200 by bonding, clamping, threading, etc.

As shown in FIG7 , the panel connector 7 includes a base 71 for connecting to the back wall of the decorative panel 200, a cantilever body 72 extending outward from the base 71, and a lower extension arm 73 for forming a slot 74, and the slot 74 is used for the second vertical wall 62 to be inserted into the slot. The slot 74 is formed between the lower extension arm 73 and the base 71. Of course, in other embodiments, the slot 74 can be provided on the lower extension arm 73 as a whole, or the lower extension arm 73 and the decorative panel 200 cooperate to form the slot 74. The lower extension arm 73 extends from the cantilever body 72 or the base 71, and a threaded adjustment hole 720 and an adjustment screw 8 screwed on the threaded adjustment hole 720 are also provided on the cantilever body 72. The threaded adjustment hole 720 and the lower extension arm 73 are staggered, and the threaded adjustment hole 720 is located at a position farther away from the base 71 relative to the lower extension arm 73; when the decorative panel 200 is hung on the second vertical wall 62 through the panel connector 7, the second vertical wall 62 is snap-fitted into the slot 74, and the bottom end of the adjustment screw 8 is pressed against the bottom wall 63 of the slot and the position of the decorative panel 200 in the up and down directions can be fine-tuned by rotating the adjustment screw 8.

According to the above technical solution, it can be found that: during installation, the second vertical wall 62 is inserted into the card slot 74 by snapping. In this way, the decorative panel 200 is positioned in the inner and outer directions by snapping the second vertical wall 62 and the card slot 74, without affecting the fine adjustment of the decorative panel 200 in the height direction. In addition, since the position of the decorative panel 200 in the up and down direction is adjusted by the adjusting screw 8, the adjusting screw 8 is mainly used to fine-tune the position of the decorative panel 200 in the up and down direction, and is not used to locate the position of the decorative panel 200 in the inner and outer directions, so the groove cavity formed by the first vertical wall 61, the second vertical wall 62 and the groove bottom wall 63 combined with the adjusting screw 8 does not need to be set as narrow as the supporting groove in patent CN201810669558.7. The groove cavity can not only accommodate the adjusting screw 8, but also appropriately increase the width so that the adjusting screw 8 can be conveniently inserted into the groove cavity. In this way, the installer can stand on the front side of the decorative panel 200 and can easily insert the adjusting screw 8 into the groove cavity without being able to directly observe the panel connector 7 and the transverse connecting keel 6. The combination of the adjusting screw 8 and the groove cavity does not hinder the decorative panel 200 from being easily mounted on the transverse connecting keel 6. The side wall of the base 71 is provided with concave-convex patterns for receiving adhesive. In this way, the base 71 can be bonded to the decorative panel 200 by the adhesive received on the concave-convex patterns.

Furthermore, the lower extension arm 73 is an arc-shaped arm capable of enhancing elasticity, the lower end of the arc-shaped arm extends in a direction away from the base 71, and the middle part of the arc-shaped arm protrudes in a direction close to the base 71. In this way, the slot 74 is trumpet-shaped with a wide notch formed at the bottom. With the above shape feature, the accuracy of the second vertical wall 62 being inserted into the slot 74 at one time can be improved, and the difficulty of quickly inserting the second vertical wall 62 into the slot 74 can be reduced. In the process of the second vertical wall 62 being inserted into the slot 74, the lower extension arm 73 can appropriately open outward to expand the slot 74 when receiving the thrust of the second vertical wall 62, so that the second vertical wall 62 can be inserted into the slot 74 relatively easily, and then can be reset to narrow the slot 74 and reduce the looseness of the second vertical wall 62 in the slot 74 in the inward and outward directions, thereby reducing the looseness of the decorative panel 200 in the inward and outward directions.

In addition to decoration and separation of spaces, the hanging partition wall can also store power signal pipelines. Furthermore, the vertical connection keels (1, 2) are provided with wire holes (15, 24) for avoiding the power signal pipelines. In this embodiment, the wire holes (15, 24) are arranged at the feet of the vertical connection keels (1, 2). During the use of the hanging partition after delivery, if the power signal pipeline needs to be maintained or replaced, the decorative panel 200 needs to be removed. When the surface area of the decorative panel 200 is relatively large, such as 1mx2m, it is very difficult to disassemble the entire panel. In view of this, in this embodiment, the decorative panel 200 is divided into a main panel 201 and auxiliary panels (202, 203) arranged above and below the main panel 201, wherein the auxiliary panel 202 is hung on the horizontal connection keel 6 arranged corresponding to the wire holes (15, 24) so as to hide the wire holes (15, 24). In this way, the auxiliary panel 202 can be removed separately to perform maintenance or replacement on the power signal pipeline.

In order to improve the standing stability of the hanging partition wall, it also includes a roughly L-shaped connecting angle code (not shown in the figure), which is connected to the top or the foot of the vertical connecting keels (1, 2, 4) for connecting the vertical connecting keels (1, 2, 4) to the building.

Claims (8)

1. The hanging type partition wall comprises transverse connection keels and vertical connection keels which are respectively in sectional shapes, and a plurality of the transverse connection keels and a plurality of the vertical connection keels are arranged in a transverse and vertical staggered mode and connected; the transverse connection keel is in a groove shape and comprises a first vertical wall and a second vertical wall which are arranged in parallel approximately, the first vertical wall and the second vertical wall are connected through a groove bottom wall, and the transverse connection keel is connected to the vertical connection keel through the first vertical wall; the novel decorative panel comprises a decorative panel body, and is characterized in that a panel connector is arranged on the back side wall of the decorative panel body, the panel connector comprises a base body, a cantilever body and a lower extension arm, the base body is connected to the back side wall of the decorative panel, the cantilever body extends outwards from the base body, the lower extension arm is used for forming a clamping groove, the second vertical wall is used for being clamped and inserted, the lower extension arm extends out from the cantilever body or the base body, a threaded adjusting hole and an adjusting screw rod screwed on the threaded adjusting hole are further arranged on the cantilever body, and the threaded adjusting hole and the lower extension arm are arranged in a staggered mode and are located at positions far away from the base body relative to the lower extension arm; when the decorative panel is hung on the second vertical wall through the panel connector, the second vertical wall is inserted into the clamping groove in a clamping way, the bottom end of the adjusting screw rod is propped against the bottom wall of the groove, and the position of the decorative panel in the up-down direction can be finely adjusted by rotating the adjusting screw rod;

A clamping arm protruding outwards obliquely is further arranged on the first vertical wall of the transverse connection keel, and the transverse width of the clamping arm is far smaller than that of the first vertical wall; the vertical connection keel is provided with a window for connecting the clamping arm, and the transverse connection keel can be detachably clamped on the peripheral wall of the window of the vertical connection keel through the clamping arm.

2. The wall-mounted partition wall according to claim 1, wherein the lower extension arm is an arc arm or a bent arm capable of enhancing elasticity.

3. The wall-hung partition according to claim 1, wherein the clip-on slot is trumpet-shaped.

4. The wall-hung partition according to claim 1, wherein the side walls of the base are provided with embossments for receiving adhesive.

5. The wall-mounted partition wall according to claim 1, wherein the lower extension arm is an arc-shaped arm capable of enhancing elasticity, the clamping groove is horn-shaped, and the clamping arm is welded on the first vertical wall or integrally formed on the first vertical wall by a punching method.

6. The wall-hung partition according to any one of claims 1 to 4 wherein the vertical connecting keel is provided with a through hole for receiving a power signal line.

7. The wall-hung partition according to claim 6 wherein the decorative panel comprises a main panel and an auxiliary panel disposed above or below the main panel, the auxiliary panel being hung on a transverse connection keel disposed in correspondence to the through-line hole so as to conceal the through-line hole.

8. The wall-mount spacer wall as claimed in any one of claims 1 to 4, further comprising a generally L-shaped connector bracket connected to the top or/and foot of the vertical connector runner for connecting the vertical connector runner to a building.