CN114508262A - Fast-assembling combination formula construction enclosure - Google Patents

Abstract

The utility model provides a fast-assembling combination formula construction enclosure, solves the baffle that prior art exists and connects complex operation, intensity of labour is big, and installation time is long, and connect the fastness poor, and easily receive the influence of job site topography, and the fastness that the baffle supported is poor, and adaptability is not enough, influences whole aesthetic property, is unfavorable for artifical transport and the problem installed. Including a plurality of groups vertical baffle that arrange side by side, its characterized in that: the connecting part between two adjacent groups of vertical baffles is provided with locking type connecting mechanisms which are arranged vertically and at intervals; and a group of locking type connecting mechanisms positioned at the lowermost end are provided with fixed supporting legs used for being connected with the ground. Its reasonable in design, compact structure, the installation with dismantle conveniently, can shorten the construction and enclose the installation time of baffle, baffle firm in connection receives the influence of job site topography and installation space little, the construction encloses the support of baffle firm, whole aesthetic property is good, uses in a flexible way, the practicality is strong.

Description

A quick-installed combined construction fence

technical field

The invention belongs to the technical field of construction facilities, in particular to a kind of convenient installation and disassembly, which can shorten the installation time of construction enclosure baffles, the baffles are firmly connected, the support height of the outriggers is adjustable, and is affected by the construction site terrain and installation space Small, the support of the construction fence is firm, the overall aesthetics is good, and it can be reused, flexible in use, strong in practicability, and a quick-installed combined construction fence with a wide range of applications.

Background technique

At present, in the short-term construction operations of municipal engineering, most of the assembled construction fences that are easy to disassemble are used for temporary partition. However, the connection between the existing assembled construction enclosures basically adopts the method of wire connection. This traditional operation method is not only cumbersome to operate, labor-intensive, and prolongs the installation time, but also has poor connection firmness. Insufficient practicality. At the same time, some methods of using hinges and hinges to connect construction enclosures have certain connection stability, but the workload in the process of installation and disassembly is huge, the flexibility of use is poor, and the hinge structure is difficult to transport. In the process of transportation and transportation, it is very easy to be damaged and deformed, and the amount of maintenance in the later period is large, which seriously affects the installation progress of the construction baffle.

In addition, the existing assembled construction enclosure baffle generally adopts a leg structure with a fixed length to support the baffle plate body. In actual use, this traditional support structure is often affected by the terrain of the construction site, and there is not enough installation space, resulting in poor support and insufficient adaptability of the construction baffle. Moreover, the baffle legs of the existing structure can only be applied to relatively flat ground. For the uneven ground, the flatness between the fixed construction enclosure baffles is poor and the height is uneven, which affects the construction enclosure. The overall aesthetics of the board. In addition, the plate body of the currently used construction enclosure plate is heavy, which is not conducive to manual handling and installation in the construction process. Therefore, it is necessary to improve the assembled construction baffle in the prior art.

SUMMARY OF THE INVENTION

The present invention is aimed at the above problems, and provides a kind of convenient installation and disassembly, which can shorten the installation time of the construction enclosure baffles, the baffles are firmly connected, the support height of the outriggers is adjustable, and is less affected by the construction site terrain and installation space. The support of the construction fence is firm, the overall aesthetics is good, and it can be reused, flexible in use, strong in practicability, and a quick-installed combined construction fence with a wide range of applications.

The technical scheme adopted in the present invention is: the quick-installed combined construction enclosure baffle plate includes several groups of vertical baffle plates arranged side by side, and is characterized in that: the connecting parts between the adjacent two groups of the vertical baffle plates, Several groups of locking connection mechanisms are arranged vertically and at intervals, and the group of locking connection mechanisms located at the lowermost end is also provided with fixed legs for connecting with the ground.

The vertical baffle is composed of a baffle plate surface, and a number of baffle ventilation holes are arranged on the baffle plate surface; Several sets of baffle beams are arranged between them. The locking connection mechanism is arranged on the baffle side posts of the two adjacent vertical baffles, and the baffle ventilation holes are used to reduce the wind force acting on the baffle plate surface when the wind blows, and at the same time, reduce the The weight of the baffle deck.

The locking connection mechanism includes a fixed clip, a guide connecting rod is arranged on the fixed clip, and a movable clip is movably arranged on the guide connecting rod, and between the movable clip and the fixed clip, a space for clips is formed. The press-fit connection cavity of the connection part between the two vertical baffles is fixed; the side of the movable clip facing away from the press-fit connection cavity, on the rod body of the guide connecting rod, is also movably provided with a locking structure; the guide The end of the connecting rod that is not provided with the fixing clip is provided with an extended connecting portion for connecting with other auxiliary components. By using fixed clips, movable clips and locking structures, the locking connection mechanism is clamped on the baffle side posts of two adjacent vertical baffles; and according to specific use needs, guide the connecting rods The extension connecting part at the rear end connects the entire connecting mechanism with other auxiliary components such as the diagonal support rod and the fixed support leg, which is convenient for the use of the device.

The fixed clip is composed of a main body of the fixed piece. The two ends of the main body of the fixed piece and the side facing the press-fit connection cavity are respectively provided with fixed-piece press-fit protrusions for clamping with the connection part of the vertical baffle. The movable clip is composed of a movable piece main body, the middle part of the movable piece main body is provided with a connecting rod insertion hole, and the movable piece main body is movably arranged on the rod body guiding the connecting rod through the connecting rod insertion hole; The two ends of the sheet main body, and the side facing the press-fit connection cavity, are respectively provided with movable sheet press-fit bumps which are used for clamping with the connection part of the vertical baffle. In the process of driving the movable clip to press and close in the direction of the fixed clip, the locking structure composed of the wedge-shaped locking block or the rotating cam will press the protrusions and the movable clip through the fixed clips at both ends of the fixed clip. The movable sheets at both ends of the sheet are pressed against the bumps to tightly squeeze the baffle side posts at the connection part between the two vertical baffles to ensure the connection reliability.

The locking structure movably arranged on the guide connecting rod is composed of a wedge-shaped locking block, and the wedge-shaped locking block is arranged in the direction intersecting with the guide connecting rod; at the same time, the wedge-shaped locking block faces away from the movable clip. On one side, on the rod body of the guiding connecting rod, a locking block positioning pin for limiting the position of the wedge-shaped locking block is fixedly arranged; the wedge-shaped locking block is composed of a long strip-shaped locking block body, The two ends are respectively provided with the wide end of the locking block and the narrow end of the locking block, and the middle part of the main body of the locking block is also provided with a long locking guide hole; On the rod body of the connecting rod, and the main body of the locking block can move up and down along the locking guide long hole in a direction perpendicular to the guide connecting rod. So that the wedge-shaped locking block can move vertically along the guide connecting rod along the locking guide long hole in the middle, and then move the movable clip movably arranged on the guide connecting rod toward or away from the fixed clip, The clamping and separation of the baffle side column at the connection part between the two vertical baffles is realized.

The shape of the transverse section of the baffle I side column and the baffle II side column at the connection part of the two adjacent vertical baffle plates is the same, and the opposite sides of the baffle I side column and the baffle II side column are symmetrically arranged respectively. The fixed piece has a built-in cavity; the fixed clip of the locking connection mechanism is hidden in the built-in cavity of the fixed piece of the baffle I side column and the baffle II side column, and the two ends of the fixed clip are respectively connected with each other. In the built-in cavity of the fixed piece, the fixed piece pressing groove arranged on one side of the inner side of the pressing connection cavity is clamped; At the sides, there are respectively provided with movable piece pressing grooves for being clamped with both ends of the movable clip. The fixed clip of the locking connection mechanism is hidden and arranged in the built-in cavity of the fixed piece of the side column of the baffle I and the side column of the baffle II, and the movable clips and The ends of the fixed clips are respectively engaged with the movable piece pressing groove on the outer wall of the side column and the fixed piece pressing groove in the built-in cavity of the fixed piece to improve the clamping stability of the locking connection mechanism. At the same time, the clamping of the locking connection mechanism on the baffle I side column and the baffle II side column can be adjusted flexibly through the fixed piece pressing groove and the movable piece pressing groove arranged continuously on each side column. It is convenient for the installation of the green plant decoration cloth on the vertical baffle plate surface, and effectively improves the flatness of the green plant decoration cloth laying.

The shape of the transverse section of the baffle I side column and the baffle II side column at the connection part of the two groups of adjacent vertical baffles is the same, and it can also be on the outer wall of the baffle I side column and the baffle II side column. . The parts in contact with the end of the fixed clip and the end of the movable clip are respectively provided with a pressing groove for the fixed clip and a pressing groove for the movable clip. By using the end of the movable clip and the fixed clip that are close to each other with the movement of the wedge-shaped locking block, they are respectively engaged with the movable clip pressing groove and the fixed clip pressing groove on the outer wall of the side column. Improve the clamping stability of the locking connection mechanism; and flexibly adjust the locking connection mechanism on the baffle plate I through the continuously arranged fixed piece pressing grooves and movable piece pressing grooves on the outer wall of each side column. Clamping position on side post and baffle II side post.

The fixed outrigger includes an outrigger body, the lower end of the outrigger body is provided with a leg base for contacting the ground, the upper end of the outrigger body is movably provided with a lifting connecting sleeve, and the lifting connecting sleeve is sleeved through the cavity in the middle On the upper part of the main body of the outrigger; between the elevating connecting sleeve and the main body of the outrigger, there is also a elevating adjustment mechanism for adjusting the vertical position of the elevating connecting sleeve; the elevating adjustment mechanism includes a vertically arranged elevating adjustment screw The adjusting cap at the upper end of the lifting adjusting stud is located on the outer side of the top of the lifting connecting sleeve; at the same time, the lower end of the lifting adjusting stud is threadedly connected with the stud connecting screw hole provided on the main body of the outrigger; and the lifting connecting sleeve It is also connected with the locking connection mechanism at the lowermost end through the expansion connection part. The socket structure between the lifting connecting sleeve and the main body of the outrigger is used to effectively prevent the dust and sundries on the construction site from entering the inside of the lifting structure of the fixed outrigger to ensure the use effect of the device; The rotation in the screw hole of the column connection can flexibly adjust the height position of the lifting connecting sleeve relative to the main body of the outrigger, thereby facilitating the adjustment of the height of the fixed outrigger and adapting to the unevenness of the construction ground.

The outrigger base at the lower end of the main body of the outrigger is provided with a rotating fixed piece, and the rotating fixed piece is movably connected with the outrigger base through the fixed piece rotating shaft; The fixing plate locks the nut; at the same time, the rotating fixing plate is also provided with an expansion screw hole for punching an expansion screw and a positioning insertion rod hole for punching a long insertion rod. According to the specific installation needs of the vertical baffle, the rotating fixing plate on the outrigger base can be flexibly rotated to facilitate the fixed connection between the outrigger base and the ground; Secure the position of the outrigger base.

The outrigger base at the lower end of the outrigger main body is further provided with an outrigger extension frame on one end away from the vertical baffle plate body. One end of the main body is connected with a leg insertion part, and the other end of the extension frame main body is provided with an extension frame fixing hole; between the leg extension frame and the vertical baffle plate body, a diagonal support rod is also arranged , and the lower end of the diagonal bracing rod is connected to the slider through the diagonal bracing rod, and is slidably connected with the diagonal bracing rod sliding slot set on the upper side of the extension frame main body of the outrigger extension frame; the upper end of the diagonal bracing rod is connected to the vertical block A locking connection mechanism arranged in the middle of the connection part between the plates is connected. The outrigger extension frame is extended and arranged on the outrigger base of the outrigger body through the outrigger insertion part, thereby enhancing the supporting effect of the fixed outrigger on the construction baffle, reducing the influence of the terrain, and improving the reliability of the device. ; And it is conducive to the adjustment of the supporting angle of the diagonal support rod, which is convenient to use.

Beneficial effects of the present invention: Since the present invention adopts several groups of vertical baffles arranged in parallel, the connection parts between the adjacent two groups of vertical baffles are provided with several groups of vertical and spaced locking connections. Mechanism; a set of locking connection mechanisms located at the bottom end is provided with the structural form of the fixed legs for connecting with the ground, so its design is reasonable, the structure is compact, and the locking connection between adjacent vertical baffles The installation and disassembly of the mechanism are convenient, which can shorten the installation time of the construction fence and save the construction cost. Moreover, the connection of the locking connection mechanism is firm; the support height of the fixed outrigger is adjustable, which is affected by the terrain of the construction site and the installation space. The impact is small, the firmness of the construction enclosure baffle support is strong, the overall layout is beautiful, and it can be reused, flexible in use, strong in practicability, and wide in application.

Description of drawings

FIG. 1 is a schematic structural diagram of the present invention.

FIG. 2 is a view taken along the line A of FIG. 1 .

FIG. 3 is a schematic structural diagram of the vertical baffle in FIG. 1 .

FIG. 4 is a partial structural schematic diagram of the part of the outrigger extension frame in FIG. 1 .

FIG. 5 is a schematic structural diagram of the locking connection mechanism in FIG. 4 .

FIG. 6 is a view taken along arrow C of FIG. 5 .

FIG. 7 is a schematic diagram of a connection structure of the fixing clip and the guide connecting rod in FIG. 5 .

FIG. 8 is a schematic structural diagram of the movable clip in FIG. 5 .

FIG. 9 is a schematic structural diagram of the wedge-shaped locking block in FIG. 5 .

FIG. 10 is a schematic diagram of a connection mode between the locking connection mechanism in the present invention and the baffle side posts between two adjacent groups of vertical baffles.

FIG. 11 is a plan view of FIG. 10 .

FIG. 12 is a schematic diagram of another connection mode between the locking connection mechanism in the present invention and the baffle side posts between two adjacent groups of vertical baffles.

FIG. 13 is a plan view of FIG. 12 .

FIG. 14 is a schematic structural diagram of the fixing leg in FIG. 4 .

FIG. 15 is a schematic diagram of the split structure of FIG. 14 .

FIG. 16 is a cross-sectional view of an internal structure of FIG. 14 .

FIG. 17 is an enlarged view of a part of the structure at B in FIG. 1 .

FIG. 18 is a schematic structural diagram of the outrigger extension frame in FIG. 4 .

FIG. 19 is a plan view of FIG. 18 .

FIG. 20 is a schematic structural diagram of the diagonal strut connecting the slider in FIG. 18 .

FIG. 21 is a D-direction view of FIG. 20 .

FIG. 22 is a schematic diagram of an embodiment of the present invention on a steep slope road surface.

Fig. 23 is a schematic diagram of an embodiment of the present invention on a undulating road surface.

Description of the serial number in the picture: 1 vertical baffle, 2 locking connection mechanism, 3 fixed legs, 4 leg extension, 5 diagonal support rod, 6 baffle plate, 7 baffle ventilation holes, 8 baffle Side column, 9 baffle beam, 10 through-hole reinforced side wall, 11 fixed clip, 12 guide connecting rod, 13 movable clip, 14 press connection cavity, 15 wedge locking block, 16 locking block positioning bayonet, 17 Extension connection part, 18 Fixed piece main body, 19 Fixed piece pressing bump, 20 Positioning pin hole, 21 Active piece main body, 22 Connecting rod insertion hole, 23 Active piece pressing bump, 24 Locking block main body, 25 Wide end of locking block, 26 narrow end of locking block, 27 locking guide slot, 28 movable piece pressing surface, 29 pressing guide slope, 30 baffle I side column, 31 baffle II side column, 32 fixed piece Built-in cavity, 33 fixed piece pressing groove, 34 movable piece pressing groove, 35 outrigger body, 36 outrigger base, 37 lift connection sleeve, 38 lift adjustment stud, 39 rotary fixed piece, 40 fixed piece shaft, 41 Fixing plate locking nut, 42 Stud connection screw hole, 43 Limit washer, 44 Positioning pin, 45 Limit block, 46 Expansion screw hole, 47 Positioning rod hole, 48 Extension frame body, 49 Outrigger plug Joint, 50 Shaft Avoidance Gap, 51 Rotating Piece Positioning Slot, 52 Diagonal Bracing Rod Sliding Slot, 53 Slider Mounting Wide Mouth, 54 Extension Frame Fixing Hole, 55 Diagonal Bracing Rod Connecting Slider, 56 Connecting Block Main Body, 57 Oblique Support rod hinged ear plate, 58 guide bayonet, 59 slider locking shaft, 60 slider locking clip.

Detailed ways

The specific structure of the present invention will be described in detail with reference to FIGS. 1 to 23 . The quick-installed combined construction enclosure baffle includes several sets of vertical baffles 1 arranged side by side, the vertical baffle 1 is composed of a baffle plate surface 6, and a plurality of baffle ventilation holes 7 are arranged on the baffle plate surface 6; In order to increase the structural strength of the baffle plate surface 6 made of thin metal plate, a circle of through-hole reinforcement side walls 10 are respectively provided on the hole edge of each baffle ventilation hole 7 . Moreover, the left and right ends of the baffle plate surface 6 are respectively provided with vertically arranged baffle side posts 8; between the two baffle side posts 8 and on the rear side of the baffle plate surface 6, several groups The baffle beam 9; and then use the baffle ventilation holes 7 to reduce the wind force acting on the baffle plate surface 6 when the wind blows, and at the same time, reduce the weight of the baffle plate surface 6; and through the holes of each baffle ventilation hole 7 The side walls 10 are strengthened by the through holes respectively provided on the edge to ensure the strength of the baffle plate surface 6 made of thin metal plate and to ensure the baffle effect.

On the two baffle side posts 8 (ie: the baffle I side post 30 and the baffle II side post 31 in FIG. 10 and FIG. At least two groups of locking connection mechanisms 2 are arranged vertically and at intervals, for example: one group of locking connection mechanisms 2 is arranged in the middle of the side post 8 of the baffle plate, and the other group of locking connection mechanisms 2 is arranged in the baffle plate The lower part of the side post 8 (as shown in Figure 4). The locking connection mechanism 2 includes a fixing clip 11 for clamping the baffle side posts 8 of the connecting parts of the two groups of adjacent vertical baffles 1 . The two ends, facing the side of the press-fit connection cavity 14, are respectively provided with fixed-piece press-fit projections 19 for engaging with the fixed-piece press-fit grooves 33 on the baffle side posts 8; and then on the wedge-shaped locking block 15 (or the rotating cam) drives the movable clip 13 to press and close toward the fixed clip 11, and the fixed clip pressing bumps 19 provided at both ends of the fixed clip 11 are used to press the fixed clip 11 tightly. The pressing grooves on the side posts 8 of the baffles at the connection parts of the two adjacent vertical baffles 1 ensure the reliability of the connection.

On the fixing piece main body 18 of the fixing clip 11 of the locking connection mechanism 2, the middle part of the side where the fixing piece pressing projections 19 are arranged is provided with a horizontally arranged guide connecting rod 12, and the guide connecting rod 12 has a movable sleeve on it. A movable clip 13 is provided, and between the movable clip 13 and the fixed clip 11, a baffle side column 8 (the baffle I side column 30 and the baffle plate 1 side column 30 and the baffle plate side column 30 and the baffle plate side column 8) for clamping the connection parts of the two adjacent vertical baffle plates 1 are formed. The press-fit connection cavity 14 of the plate II side column 31). The movable clip 13 is composed of a movable piece main body 21 , the middle of the movable piece main body 21 is provided with a connecting rod insertion hole 22 , and the movable piece main body 21 is movably arranged on the rod body guiding the connecting rod 12 through the connecting rod insertion hole 22 . At the same time, both ends of the movable piece main body 21 and the side facing the pressing connection cavity 14 are respectively provided with movable piece pressing bumps 23 for engaging with the movable piece pressing grooves 34 on the baffle side posts 8 . . Therefore, in the process of pressing down the wedge-shaped locking block 15 (or rotating the rotating cam), driving the movable clip 13 movably arranged on the guide connecting rod 12, and pressing and approaching the fixed clip 11, the movable clip 13 is moved toward the fixed clip 11. The movable piece pressing bumps 23 provided at both ends of the piece 13 are used to firmly squeeze the pressing grooves of the baffle side posts 8 at the connection parts of the two adjacent vertical baffles 1, so as to further improve the connection reliability. .

In addition, a wedge-shaped locking block 15 (or a rotating cam) is movably provided on the side of the movable clip 13 of the locking connection mechanism 2 that faces away from the press-fit connection cavity 14 and guides the rod body of the connecting rod 12 . The wedge-shaped locking block 15 can be arranged in the vertical direction intersecting with the guide connecting rod 12, and the side of the wedge-shaped locking block 15 facing away from the movable clip 13, in the positioning pin hole 20 on the rod body of the guide connecting rod 12, is fixed. A locking block positioning bayonet 16 is provided for limiting the position of the rear side of the wedge-shaped locking block 15 . The wedge-shaped locking block 15 is composed of a long strip-shaped locking block body 24. The upper end of the vertically arranged locking block body 24 is provided with a locking block wide end 25, and the lower end of the locking block body 24 is provided with a locking block. The narrow end 26; the middle of the locking block main body 24 is also provided with a locking guide long hole 27, and the length of the locking guide long hole 27 in the vertical direction is greater than the width of the guide connecting rod 12 in the vertical direction. The locking block main body 24 is movably arranged on the rod body of the guide connecting rod 12 through the vertical locking guide long hole 27; In the vertical direction, move up and down; further, the wedge-shaped locking block 15 can move vertically along the guide connecting rod 12 along the locking guide long hole 27 in the middle thereof, so that the guide connecting rod 12 can be moved vertically on the guide connecting rod 12. The movable clips 13 that are arranged movably move toward or away from the fixed clips 11 to achieve clamping and separation of the baffle side posts 8 at the connection parts of the two groups of adjacent vertical baffles 1 .

At the same time, on the locking block body 24 of the wedge-shaped locking block 15 of the locking connection mechanism 2, on the side facing the movable clip 13, there is a movable piece pressing surface 28 for contacting the movable clip 13, and the movable The sheet pressing surface 28 may adopt a planar structure. The other side of the locking block main body 24 facing away from the movable clip 13 is provided with a pressing guide slope 29 for contacting the locking block positioning pin 16 fixed on the guide connecting rod 12 . Therefore, during the upward and downward movement of the wedge-shaped locking block 15 along the locking guide long hole 27, the pressing and guiding inclined surface 29 on the rear side of the locking block main body 24 is used to locate the locking block fixed on the guide connecting rod 12. The mating contact of the bayonet 16 improves the smoothness of the wedge-shaped locking block 15 moving forward and backward along the extending direction of the guide connecting rod 12; The contact of the rear side pushes the movement of the movable clip 13 . It can be understood that, in order to facilitate the use of the device, the end of the guide connecting rod 12 that is not provided with the fixed clip 11 is provided with an extended connecting portion 17; 17. Connect the entire connecting mechanism with other auxiliary components such as the diagonal support rod 5 and the fixed support leg 3 to ensure the stability of the installation of the vertical baffle 1 .

The shape of the transverse section of the baffle I side column 30 and the baffle II side column 31 at the connection part of the two adjacent vertical baffle plates 1 are the same, and the opposite side of the baffle I side column 30 and the baffle II side column 31 , respectively symmetrically provided with built-in cavity 32 of the fixed piece. The fixed clips 11 of the locking connection mechanism 2 are hidden and arranged in the fixed-piece built-in cavity 32 of the baffle I side column 30 and the baffle II side column 31, and the fixed clips at the left and right ends of the fixed clip 11 are pressed together. The protruding blocks 19 are respectively clamped with the fixing piece pressing grooves 33 provided in the corresponding fixing piece built-in cavity 32 and located on one side of the inside of the pressing connecting cavity 14 . In addition, on the outer walls of the side post 30 of the baffle I and the side post 31 of the baffle II, on the side facing the movable clip 13 , there are respectively provided with movable piece pressing bumps 23 for the left and right ends of the movable clip 13 . The snapped movable pieces are pressed into the groove 34 (as shown in FIG. 10 and FIG. 11 ).

Further, the fixing clips 11 of the locking connection mechanism 2 are hidden and arranged in the fixed-piece built-in cavity 32 of the side post 30 of the baffle I and the side post 31 of the baffle II, and are used to move along with the wedge-shaped locking block 15, The movable clip 13 and the pressing bumps at the ends of the fixed clip 11 that are close to each other are respectively fitted with the movable clip pressing groove 34 on the outer wall of the side column and the fixed clip pressing groove 33 in the fixed clip built-in cavity 32. The matching and snap-fitting of the connecting mechanism improves the clamping stability of the connecting mechanism. At the same time, the locking connection mechanism can be adjusted flexibly through the fixed piece pressing groove 33 and the movable piece pressing groove 34 on the side column 30 of the baffle I and the side column 31 of the baffle II, which are continuously arranged along the extension direction of the side column. 2. The clamping position of the movable clip 13 and the fixed clip 11 on the side column 30 of the baffle I and the side column 31 of the baffle II. According to specific usage requirements, the size of the movable clip 13 and the fixed clip 11 of the locking connection mechanism 2 may be the same or different.

Moreover, when a green planting decorative cloth needs to be arranged on the vertical baffle 1, the edges of the two ends of each green planting decorative cloth can be respectively passed through the fixing clips 11 (or other fastening pieces) of the locking connection mechanism 2. Fixing mechanism), firmly clamped in the built-in cavity 32 of the fixed piece of the side post 30 of the baffle I and the side post 31 of the baffle II; The edge is tightly and concealed arranged in the built-in cavity 32 of the fixed piece of the baffle I side column 30 or the baffle II side column 31, so as to facilitate the installation of the green plant decoration cloth on the construction baffle plate surface 6, and to effectively ensure The flatness of the green plant decoration cloth can improve the overall appearance.

In addition, the connection parts of the two groups of adjacent vertical baffles 1 and the baffle I side pillars 30 and baffle II side pillars 31 with the same transverse cross-sectional shape can also be fixed with the locking connection mechanism 2 on their outer walls. The parts where the fixed piece pressing bump 19 at the end of the clip 11 and the movable piece pressing bump 23 at the end of the movable clip 13 are in contact are respectively set to press the fixed pieces on the left and right ends of the fixed clip 11 . The tabs 19 and the tabs 23 at the left and right ends of the movable clip 13, the tabs 33 and the tabs 34 that are attached to each other (as shown in Figures 12 and 13). Show). Then, the movable clips 13 and the end of the fixed clips 11 which are close to each other with the movement of the wedge-shaped locking block 15 (or the rotating cam) are used to press the movable clips on the outer wall of the baffle side post 8 respectively. The clamping groove 34 and the pressing groove 33 of the fixing piece are engaged and snapped together to improve the clamping stability of the locking connection mechanism 2 . In addition, the locking connection mechanism can be flexibly adjusted through the fixed piece pressing grooves 33 and movable piece pressing grooves 34 continuously arranged on the outer walls of the baffle I side column 30 and the baffle II side column 31 along the extension direction of the side column. 2. The clamping position on the side column 30 of the baffle I and the side column 31 of the baffle II is convenient for use.

On the two baffle side posts 8 of the connecting parts between the adjacent two groups of vertical baffles 1, the extended connection part 17 of a group of locking connection mechanisms 2 located at the lowermost end is provided with a fixed support for connecting with the ground. Leg 3. The fixed outrigger 3 includes an outrigger main body 35, the lower end of the outrigger main body 35 is provided with an outrigger base 36 for contacting with the ground, and the upper end of the outrigger main body 35 is movably provided with a lifting connecting sleeve 37; The cavity is sleeved on the upper part of the main body 35 of the outrigger. In addition, the outer side wall of the lifting connecting sleeve 37 is connected with the expansion connecting part 17 of the locking connection mechanism 2 at the lower part of the baffle side post 8; Prevent dust and sundries on the construction site from entering the interior of the lifting structure of the fixed outrigger 3 to ensure the use effect of the fixed outrigger 3 .

The leg base 36 at the lower end of the leg main body 35 of the fixed leg 3 is provided with a rotating fixing piece 39; The fixed plate locking nut 41 at the rotational position of the locking and rotating fixed plate 39 . At the same time, the two ends of the rotating fixing plate 39 are also provided with expansion screw holes 46 for punching expansion screws and positioning insertion rod holes 47 for punching long insertion rods, respectively. Therefore, according to the specific installation requirements of the vertical baffle 1, the rotating fixed piece 39 on the outrigger base 36 can be flexibly rotated to facilitate the fixed connection between the outrigger base 36 and the ground; And go deep into the expansion screw or long insertion rod below the ground to fix the position of the outrigger base 36 .

Between the lifting connecting sleeve 37 of the fixed outrigger 3 and the main body 35 of the outrigger, there is also a lifting adjusting mechanism for adjusting the vertical position of the lifting connecting sleeve 37 . The lift adjustment mechanism includes a vertically arranged lift adjustment stud 38 , and an adjustment cap at the upper end of the lift adjustment stud 38 is located outside the top of the lift connection sleeve 37 . At the same time, the lower end of the lifting adjusting stud 38 is threadedly connected with the stud connecting screw hole 42 provided on the main body 35 of the outrigger. Furthermore, by rotating the lifting adjusting stud 38 in the stud connecting screw hole 42, the height position of the lifting connecting sleeve 37 relative to the outrigger body 35 can be flexibly adjusted, so as to adjust the height of the fixed outrigger 3 and adapt to the construction ground. uneven situation. In order to effectively avoid the loss of the components of the lifting adjustment mechanism, the upper end of the threaded section of the lifting adjustment stud 38 is detachably provided with a limit washer 43 through the positioning pin 44, and the limit washer 43 is located at the upper end of the lifting connecting sleeve 37. Inside the cavity, above the leg body 35 . Moreover, the lower end of the threaded section of the lift adjustment stud 38 is detachably provided with a limit stopper 45 . Therefore, the limit washer 43 and the limit stop piece 45 respectively provided on the upper end and the lower end of the threaded section are used to prevent the lift adjustment stud 38 from being disengaged during the rotation adjustment process.

According to the terrain and installation space of the construction site, on the outrigger base 36 at the lower end of the outrigger main body 35 of the fixed outrigger 3, away from the rear end of the vertical baffle 1, an outrigger extension frame 4 for improving the supporting effect may also be provided . The outrigger extension frame 4 is constituted by an extension frame main body 48 , and one end of the extension frame main body 48 connected to the outrigger main body 35 is provided with a leg insertion part 49 . The upper and lower sides of the outrigger plug-in portion 49 are respectively provided with a shaft locking notch and a rotating piece positioning slot 51; Connect the outrigger extension frame 4 to the outrigger base 36 at the lower end of the outrigger main body 35; The other end of the extension frame main body 48 of the outrigger extension frame 4 is provided with an extension frame fixing hole 54, and the bottom of the extension frame fixing hole 54 can be provided with an expansion screw hole 46 and a positioning rod hole 47; The rear end of the frame 4 can also be provided with a counterweight for further stabilizing the construction baffle. Furthermore, the outrigger extension frame 4 is extended and arranged on the outrigger base 36 of the outrigger body 35 through the outrigger insertion portion 49, so as to enhance the supporting effect of the fixed outrigger 3 on the construction baffle plate, reduce the influence of the terrain, and improve the Use reliability.

Between the outrigger extension frame 4 of the fixed outrigger 3 and the vertical baffle 1, a diagonal support rod 5 is also arranged; and the diagonal support rod 5 adopts a structure that can be telescopically adjusted in length. The upper end of the diagonal support rod 5 is connected to the expansion connecting part 17 of the locking connection mechanism 2 provided in the middle of the baffle side column 8 of the connecting part of the two adjacent vertical baffles 1 . The lower end of the diagonal bracing rod 5 is connected to the slider 55 through the diagonal bracing rod, and is slidably connected to the diagonal bracing rod sliding slot 52 provided on the upper side of the extension frame main body 48 of the outrigger extension frame 4; The end of the slot 52 is also provided with a slider mounting wide opening 53 which is convenient for connecting the slider to be inserted. The diagonal strut connecting slider 55 is composed of a connecting block main body 56, and the upper side of the connecting block main body 56 is provided with a diagonal bracing ear plate 57; The connecting slider 55 is hinged. The two ends of the connecting block main body 56 of the diagonal strut connecting block 55 are also provided with guide pins 58 for engaging with the diagonal bracing sliding slot 52, and for locking the diagonal bracing connecting slider. The slider locking clip 60 at position 55; and the slider locking clip 60 is connected to the connecting block body 56 through the slider locking shaft 59 . Therefore, the reciprocating movement of the diagonal brace connecting slider 55 in the diagonal bracing sliding slot 52 is guided by the guide pin 58, and the diagonal bracing connecting slider is clamped by the slider locking clip 60. 55 to facilitate the adjustment of the supporting angle of the diagonal support rod 5 .

When the quick-installed combined construction enclosure baffle is used, first, several groups of vertical baffles 1 are arranged side by side at the position where the baffle is required on the construction site. Then, place several groups of locking connection mechanisms 2 at the connection positions between the adjacent two groups of vertical baffles 1 respectively; 30 and each fixed piece pressing groove 33 and movable piece pressing groove 34 on the side column 31 of the baffle plate II, both of which are located in the pressing force between the fixed clip 11 and the movable clip 13 of each locking connection mechanism 2. into the connecting cavity 14 . Then, according to the height of the vertical baffle 1 and the installation requirements, move the locking connection mechanism up and down along the continuously arranged fixed piece pressing grooves 33 and movable piece pressing grooves 34 on the baffle side posts 8 2 position. When the locking connection mechanism 2 moves to the position that needs to be fixed, the wedge-shaped locking block 15 is pressed downward, and the wedge-shaped locking block 15 is moved downward along the locking guide slot 27; at the same time, the wedge-shaped locking block is used The press-fit guide slope 29 on the rear side of the block 15 is in cooperative contact with the locking block positioning bayonet 16 fixed on the guide connecting rod 12, so that the wedge-shaped locking block 15 moves forward along the guide connecting rod 12, and passes the wedge-shaped locking block 15. The movable piece pressing surface 28 on the front side of the locking block 15 synchronously pushes the movable clip 13 to move in the direction of the fixed clip 11 .

Further, using the movable clip 13 and the movable clip pressing bump 23 and the fixed clip pressing bump 19 at the ends of the movable clip 13 and the fixed clip 11 that are clamped downward with the wedge-shaped locking block 15 and abut against each other, the two The baffle I side column 30 between the adjacent vertical baffles 1 and the movable piece pressing groove 34 and the fixed piece pressing groove 33 on the baffle II side column 31 are matched and snapped to securely connect. Squeeze the connection parts of the two adjacent vertical baffles 1 to achieve fast and stable connection of the construction enclosure baffles (as shown in Figure 1). In addition, when the interconnected vertical baffles 1 need to be disassembled separately, push the wedge-shaped locking block 15 upward to release the clamping of the movable clip 13 by the wedge-shaped locking block 15, and then use external force to move the movable clip 13. The clip 13 and the fixed clip 11 are separated, and the locking connection mechanism 2 is removed.

In the process of connecting several sets of vertical baffles 1 arranged in parallel, the fixed legs 3 connected to a set of locking connection mechanisms 2 arranged at the lower part of the baffle side posts 8 can be used at the same time to connect the vertical baffles 1 together. Board 1 is connected to the ground. For example, the fixed outrigger 3 (as shown in Figure 17 ) can be fixed by means of an expansion screw or a long insertion rod that is inserted into the rotating fixing plate 39 at the lower part of the outrigger base 36 and penetrates deep into the ground. In addition, according to the unevenness of the construction ground, the lifting adjustment studs 38 provided on each fixing leg 3 can be used to flexibly adjust the height position of the lifting connecting sleeve 37 of the corresponding fixing leg 3, thereby changing the vertical baffle. 1 block height (as shown in Figures 22 and 23) to reduce the impact of terrain on the layout of construction enclosures and improve the overall aesthetics.

Moreover, according to the terrain and installation space of the construction site, the outrigger extension frame 4 can be set on the outrigger base 36 of the fixed outrigger 3 through the outrigger insertion part 49; The outrigger 3 is provided with an outrigger extension frame 4; and a diagonal strut is used to connect the slider 55, the lower end of the diagonal bracing rod 5 is connected with the outrigger extension frame 4, and the upper end of the diagonal bracing rod 5 is vertically connected to two adjacent groups. Connect to the middle of the baffle side posts 8 between the baffles 1 (as shown in FIG. 4 ) to enhance the supporting effect of the fixed legs 3 on the vertical baffle 1 .

Claims (10)

1. A quick-assembled combined construction enclosure baffle, comprising several sets of vertical baffles (1) arranged side by side, characterized in that: the connecting part between the adjacent two groups of the vertical baffles (1) , there are several groups of locking connection mechanisms (2) arranged vertically and at intervals, and, on a group of locking connection mechanisms (2) located at the lowermost end, there are also fixed legs for connecting with the ground (3). 2. The quick-assembled combined construction enclosure baffle plate according to claim 1, characterized in that: the vertical baffle plate (1) is composed of a baffle plate surface (6), and a baffle plate surface (6) is provided on the baffle plate surface (6). There are several baffle ventilation holes (7); two ends of the baffle plate surface (6) are respectively provided with baffle side posts (8), and several groups of baffles are arranged between the baffle side posts (8). beam (9). 3 . The quick-installed combined construction enclosure according to claim 1 , wherein the locking connection mechanism ( 2 ) comprises a fixed clip ( 11 ), and a guide is provided on the fixed clip ( 11 ). 4 . The connecting rod (12), the guide connecting rod (12) is movably provided with a movable clip (13), and between the movable clip (13) and the fixed clip (11), there is formed a space for clamping two The press-fit connection cavity (14) at the connection part between the vertical baffles (1); the movable clip (13) is on the side facing away from the press-fit connection chamber (14) and guides the rod body of the connection rod (12). , and a locking structure is also movably provided; the end of the guide connecting rod (12) that is not provided with the fixing clip (11) is provided with an expansion connection part (17) for connecting with other auxiliary components. 4 . The quick-installed combined construction enclosure baffle plate according to claim 3 , wherein the fixing clip ( 11 ) is composed of a fixing piece main body ( 18 ), and two ends of the fixing piece main body ( 18 ) facing the One side of the press-fit connection cavity (14) is respectively provided with a fixed-piece press-fit protrusion (19) for engaging with the connection part of the vertical baffle plate (1); the movable clip (13) is formed by The movable piece main body (21) is formed, the middle part of the movable piece main body (21) is provided with a connecting rod insertion hole (22), and the movable piece main body (21) is movably arranged in the guide connection through the connecting rod insertion hole (22) On the rod body of the rod (12); and the two ends of the movable piece main body (21), the side facing the press-fit connection cavity (14), are respectively provided with a connection part for engaging with the vertical baffle (1) The connected movable piece is pressed against the bump (23). 5 . The quick-installed combined construction enclosure baffle plate according to claim 3 , wherein the locking structure movably arranged on the guide connecting rod ( 12 ) is composed of a wedge-shaped locking block ( 15 ). The locking block (15) is arranged in a direction intersecting with the guide connecting rod (12); at the same time, the wedge-shaped locking block (15) faces away from the movable clip (13) on the side, and the guide connecting rod (12) On the rod body, a locking block positioning bayonet (16) for limiting the position of the wedge-shaped locking block (15) is fixedly arranged; the wedge-shaped locking block (15) is composed of an elongated locking block body (24), Both ends of the locking block body (24) are respectively provided with a locking block wide end (25) and a locking block narrow end (26), and a locking guide long hole ( 27); the locking block main body (24) is movably arranged on the rod body of the guide connecting rod (12) through the locking guide long hole (27), and the locking block main body (24) can be guided along the locking guide The long hole (27) moves up and down in the direction perpendicular to the guide connecting rod (12). 6. The quick-installed combined construction enclosure baffle plate according to claim 3, characterized in that: baffle plate I side column (30) and baffle plate II side column at the connection part of two groups of adjacent vertical baffle plates (1) (31) The shape of the transverse section is the same, and the opposite sides of the baffle I side column (30) and the baffle II side column (31) are symmetrically provided with a fixed plate built-in cavity (32); The fixing clips (11) of the connecting mechanism (2) are hidden in the built-in cavities (32) of the fixing clips of the side post (30) of the baffle I and the side post (31) of the baffle II, and the fixing clips (11) The two ends of the fixing piece are respectively clamped with the fixing piece pressing grooves (33) provided in the built-in cavity (32) of each fixing piece and located on one side of the pressing connection cavity (14); The outer walls of the column (30) and the baffle II side column (31), facing the side of the movable clip (13), are respectively provided with movable clips for clamping with the two ends of the movable clip (13). Groove (34). 7. The quick-installed combined construction enclosure baffle according to claim 3, characterized in that: baffle I side column (30) and baffle II side column at the connection part of two sets of adjacent vertical baffles (1) The shape of the transverse section of (31) is the same, and on the outer walls of the baffle I side column (30) and baffle II side column (31), the end of the fixed clip (11) and the movable clip ( 13) The parts where the ends are in contact are respectively provided with a fixed piece pressing groove (33) and a movable piece pressing groove (34). 8 . The quick-installed combined construction enclosure according to claim 1 , wherein the fixed outrigger ( 3 ) comprises an outrigger main body ( 35 ), and the lower end of the outrigger main body ( 35 ) is provided with a The outrigger base (36) in contact with the ground, the upper end of the outrigger main body (35) is movably provided with a lifting connecting sleeve (37), and the lifting connecting sleeve (37) is sleeved on the outrigger main body (37) through a cavity in the middle. 35); between the lift connecting sleeve (37) and the outrigger body (35), a lift adjusting mechanism for adjusting the vertical position of the lift connecting sleeve (37) is also provided; the lift adjusting mechanism includes a vertical The arranged lifting adjustment stud (38), the adjustment cap at the upper end of the lifting adjustment stud (38) is located on the outer side of the top of the lifting connecting sleeve (37); The stud connection screw hole (42) provided on the 35) is threadedly connected; and the lifting connection sleeve (37) is also connected with the locking connection mechanism (2) at the lowermost end through the extension connection portion (17). 9 . The quick-installed combined construction enclosure according to claim 8 , wherein the leg base ( 36 ) at the lower end of the leg main body ( 35 ) is provided with a rotating fixing plate ( 39 ), which rotates 9 . The fixed piece (39) is movably connected with the outrigger base (36) through the fixed piece rotating shaft (40); and the fixed piece rotating shaft (40) is also provided with a fixed piece locking plate for locking the rotating position of the rotating fixed piece (39). A nut (41); meanwhile, an expansion screw hole (46) for punching an expansion screw and a positioning plunger hole (47) for punching a long plunger are respectively provided on the rotating fixing plate (39). 10. The quick-installed combined construction enclosure according to claim 8, characterized in that: the outrigger base (36) at the lower end of the outrigger body (35) is on and away from the vertical baffle (1). An outrigger extension frame (4) is also provided at one end of the extension frame. The outrigger extension frame (4) is composed of an extension frame main body (48), and the end of the extension frame main body (48) is connected to the outrigger main body (35). , is provided with an outrigger insertion part (49), and the other end of the extension frame main body (48) is provided with an extension frame fixing hole (54); the outrigger extension frame (4) and the vertical baffle (1) plate A diagonal bracing rod (5) is also provided between the bodies, and the lower end of the diagonal bracing rod (5) is connected to the slider (55) through the diagonal bracing rod, and the extension frame main body (48) of the outrigger extension frame (4) ) The sliding slot (52) of the diagonal bracing rod provided on the upper side is slidably connected; the upper end of the diagonal bracing rod (5) is connected to the locking connection mechanism ( 2) Connected.

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