CN217602043U - Connection construction structure between scaffold frame bodies - Google Patents
Connection construction structure between scaffold frame bodies Download PDFInfo
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- CN217602043U CN217602043U CN202221543414.5U CN202221543414U CN217602043U CN 217602043 U CN217602043 U CN 217602043U CN 202221543414 U CN202221543414 U CN 202221543414U CN 217602043 U CN217602043 U CN 217602043U
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Abstract
The utility model discloses a construction structure for connecting scaffold frame bodies, after a first scaffold frame body and a second scaffold frame body are lifted and dropped to be attached to a building, one side of a safety net rotates with the first scaffold frame body, the other side of the safety net is quickly installed with the second scaffold frame body through a quick-release component, and the safety net is used for carrying out safety protection on the outer side edges of the fracture of the first scaffold frame body and the second scaffold frame body; when first scaffold frame body, second scaffold frame body go up and down on the building of needs, the safety net opposite side is dismantled with second scaffold frame body through quick detach subassembly fast, and safety net one side is around taking in on first scaffold frame body with first scaffold frame body is rotatory, has solved the plastics ribbon and has cut the problem that uses new plastics ribbon can increase the cost and increase the construction to environmental pollution, realizes green construction.
Description
Technical Field
The utility model relates to a connection construction structure between scaffold frame body belongs to scaffold frame technical field.
Background
When a high-rise building is built, a liftable attached scaffold needs to be used as a construction operation protection platform on the building outer vertical surface, when the building outer vertical surface is in an irregular shape, the liftable attached scaffold needs to be disassembled into a plurality of frame bodies to be correspondingly installed on the building outer vertical surface, and the frame bodies are in protection connection.
In a construction scheme of an attached lifting scaffold with a Chinese patent publication number of CN103362297B, the publicly adopted technology is as follows: use the plastics ribbon to tie up the safety net at support body fracture department and protect, when the support body on different building faces need go up and down, because the plastics ribbon relieves the too little inconvenient dismantlement of mouthful, often cuts the plastics ribbon between, realizes that safety net one side is dismantled from support body on one side. Although, use the plastics ribbon can be with the dismantled and assembled installation of safety net on the support body, there is the plastics ribbon to cut off and use new plastics ribbon can increase the cost and increase the problem of construction to environmental pollution, is unfavorable for green construction.
SUMMERY OF THE UTILITY MODEL
In order to solve the technical problem, the utility model provides a connection construction structure between scaffold frame body.
The utility model discloses a following technical scheme can realize.
The utility model provides a pair of connection construction structure between scaffold frame body, include:
the scaffold comprises a first scaffold frame body and a second scaffold frame body, wherein the first scaffold frame body and the second scaffold frame body are distributed at intervals;
a safety net for protection is arranged on the outer side edges of the fractures of the first scaffold frame body and the second scaffold frame body, and the safety net is a flexibly deformable net body; safety net one side is rotatable to be articulated on first scaffold frame body, but safety net opposite side quick detach subassembly quick detach installs on second scaffold frame body.
One side of the safety net is rotatably hinged on the first scaffold body through a hinge.
The scaffold comprises a first scaffold frame body and a second scaffold frame body, and is characterized by further comprising rigid scaffold plates, wherein the scaffold plates are installed in the middle of fracture bottom surfaces of the first scaffold frame body and the second scaffold frame body to form a channel.
The quick release assembly comprises:
the quick-release rotating blade A is fixedly connected with the safety net and is provided with a through hole;
the quick-release rotating blade B is fixedly connected with the second scaffold frame body and is provided with a through hole;
the quick-release damping shaft penetrates through the through hole of the quick-release rotating blade A and the through hole of the quick-release rotating blade B in a clearance fit manner; the quick-release damping shaft is formed by fixing an upper rigid section, a middle damping section and a lower rigid section, the middle damping section is a damping body to generate damping force, and the middle damping section is located at a contact section of the quick-release rotating blade B and the quick-release rotating blade A.
The middle damping section is made of hard elastic rubber.
The quick detach subassembly still includes: the action rod is fixedly connected with the bottom of the lower rigid section through the switching block;
the clamping plate is fixedly connected to the action rod and provided with a clamping through hole;
the clamping rod is in clearance sliding fit with the clamping through hole of the clamping plate;
be equipped with the screens cooperation through-hole that corresponds with the screens through-hole on the second scaffold frame body, screens cooperation through-hole is two of interval distribution.
A hollow space is arranged in the middle of the middle damping section; the bottom of the action rod is provided with a thread stuffy hole, a pressurizing bolt and the thread stuffy hole are hermetically screwed in the thread stuffy hole to form a containing space, the containing space is communicated with the hollow space, and the pipeline penetrates into the middle damping section from the lower rigid section.
The accommodating space is communicated with the hollow space through a pipeline.
The beneficial effects of the utility model reside in that: after the first scaffold frame body and the second scaffold frame body are lifted and attached to a building, one side of the safety net rotates with the first scaffold frame body, and the other side of the safety net is quickly installed with the second scaffold frame body through the quick-release assembly, so that the safety net can safely protect the outer side edges of the fractures of the first scaffold frame body and the second scaffold frame body; when first scaffold frame body, second scaffold frame body go up and down on the building of needs, the safety net opposite side is dismantled with second scaffold frame body through quick detach subassembly fast, and safety net one side is around taking in on first scaffold frame body with first scaffold frame body is rotatory, has solved the plastics ribbon and has cut the problem that uses new plastics ribbon can increase the cost and increase the construction to environmental pollution, realizes green construction.
Drawings
FIG. 1 is a schematic structural view of the present invention in use;
fig. 2 is a schematic structural view of the quick release assembly of the present invention on a second scaffold frame body;
FIG. 3 is a schematic view of the quick release assembly of the present invention;
in the figure: 1, building; 2-a first scaffold body; 3-a second scaffold body; 4-safety net; 41-a hinge; 5-scaffold board; 6-a quick release assembly; 61-quick release rotary blade A; 62-quick release rotary blade B; 63-quick-release damping shaft; 631-an upper rigid section; 632-a middle damping section; 633-lower rigid section; 64-a transfer block; 65-an action lever; 66-a clamping plate; 67-a detent lever; 68-compression bolts; 69-pipe.
Detailed Description
The technical solution of the present invention is further described below, but the scope of the claimed invention is not limited to the described.
As shown in fig. 1-3.
The application discloses a connection construction structure between scaffold frame body includes:
the first scaffold frame body 2 and the second scaffold frame body 3 which can be lifted and attached to the building 1 are distributed at intervals;
a safety net 4 for protection is arranged on the outer side edge of the fracture of the first scaffold frame body 2 and the second scaffold frame body 3, and the safety net 4 is a flexibly deformable net body; safety net 4 one side is rotatable to be articulated on first scaffold frame body 2 through hinge 41, but safety net 4 opposite side quick detach subassembly 6 quick assembly disassembly install on second scaffold frame body 3.
After the first scaffold frame body 2 and the second scaffold frame body 3 are lifted and attached to the building 1, one side of a safety net 4 rotates with the first scaffold frame body 2, and the other side of the safety net 4 is quickly installed with the second scaffold frame body 3 through a quick-release assembly 6, so that the safety net 4 can perform safety protection on the outer side edges of fractures of the first scaffold frame body 2 and the second scaffold frame body 3; when first scaffold frame body 2, second scaffold frame body 3 go up and down on building 1 as required, 4 opposite sides of safety net are dismantled with second scaffold frame body 3 through quick detach subassembly 6 fast, and 4 one sides of safety net are accomodate on first scaffold frame body 2 around rotating with first scaffold frame body 2, have solved the plastics ribbon and have cut the plastics ribbon and can add the cost and increase the problem of construction to environmental pollution, realize green construction.
Still include rigid scaffold board 5, scaffold board 5 is installed and is formed the passageway on first scaffold frame body 2 and 3 fracture bottom surface middle parts of second scaffold frame body. Scaffold board 5 one end through hinge rotatable hinge on first scaffold frame body 2 bottom surface middle part, scaffold board 5 other end demountable installation is on second scaffold frame body 3.
The quick release assembly 6 comprises:
the quick-release rotating blade A61 is fixedly connected with the safety net 4, and a through hole is formed in the quick-release rotating blade A61;
the quick-release rotating blade B62 is fixedly connected with the second scaffold body 3, and a through hole is formed in the quick-release rotating blade B62;
a quick-release damping shaft 63 which is in clearance fit with and penetrates through the through hole of the quick-release rotating blade A61 and the through hole of the quick-release rotating blade B62; the quick release damping shaft 63 is fixedly formed by an upper rigid section 631, a middle damping section 632 and a lower rigid section 633, the middle damping section 632 is a damping body formed by hard elastic rubber to generate damping force, and the middle damping section 632 is located at a contact section of the quick release rotating blade B62 and the quick release rotating blade a 61.
After the quick-release damping shaft 63 is inserted into the through hole of the quick-release rotating blade A61 from the through hole of the quick-release rotating blade B62 in a penetrating manner, the other side of the safety net 4 is quickly mounted on the second scaffold frame body 3 through the quick-release assembly 6, the middle damping section 632 is located at the contact section of the quick-release rotating blade B62 and the quick-release rotating blade A61, the upper rigid section 631 is located in the quick-release rotating blade A61, and the middle damping section 632 of the quick-release damping shaft 63 provides damping force for mounting and connecting the safety net 4 and the second scaffold frame body 3 to overcome the vibration displacement generated by operation between the scaffold frame bodies, so that the safety net 4 is prevented from being easily torn and damaged by the displacement of the first scaffold frame body 2 and the second scaffold frame body 3; after the quick-release damping shaft 63 with the upper rigid section 631 runs through the through hole of the quick-release rotary blade a61 completely, the other side of the safety net 4 is quickly detached from the second scaffold body 3 through the quick-release assembly 6.
The quick release assembly 6 further comprises: an action rod 65 fixedly connected with the bottom of the lower rigid section 633 through a switching block 64;
a clamping plate 66 fixedly connected to the action rod 65, wherein a clamping through hole is formed in the clamping plate 66;
a clamping rod 67 in clearance sliding fit with the clamping through hole of the clamping plate 66;
be equipped with the screens cooperation through-hole that corresponds with the screens through-hole on the second scaffold frame body 3, screens cooperation through-hole is two of interval distribution.
When the action rod 65 pushes against the quick-release damping shaft 63 through the lower rigid section 633 to move upwards, and the quick-release damping shaft 63 penetrates through the through hole of the quick-release rotating blade B62 and is inserted into the through hole of the quick-release rotating blade A61, the clamping rod 67 penetrates through the clamping through hole of the clamping plate 66 to be matched with the clamping matching through hole above the second scaffold frame body 3 in a clearance manner, so that the quick-release damping shaft 63 is pushed against the quick-release rotating blade B62 and the quick-release rotating blade A61;
when action bars 65 pull quick detach damping axle 63 through rigidity section 633 down and move down, quick detach damping axle 63 takes upper rigidity section 631 to run through completely from quick detach rotation page or leaf A61 through-hole and breaks away from, realizes that safety net 4 opposite side is dismantled on second scaffold frame body 3 through quick detach subassembly 6, screens pole 67 runs through to the cooperation of screens cooperation through-hole of second scaffold frame body 3 below from the screens through-hole clearance of screens board 66, and quick detach subassembly is located second scaffold frame body 3.
A hollow space is arranged in the middle of the middle damping section 632; the bottom of the action rod 65 is provided with a thread blind hole, a pressurizing bolt 68 and the thread blind hole are hermetically screwed in the thread blind hole to form an accommodating space, the accommodating space is communicated with the hollow space through a pipeline 69, and the pipeline 69 penetrates into the middle damping section 632 from the lower rigid section 633; when the middle damping section 632 is located at the contact section between the quick release rotating blade B62 and the quick release rotating blade a61, the pressurizing bolt 68 is screwed in or out from the threaded blank hole of the actuating rod 65 to control the liquid in the accommodating space to be filled or discharged into the hollow space of the middle damping section 632, so as to adjust the damping force provided by the middle damping section 632 for the installation and connection of the safety net 4 and the second scaffold frame body 3.
Can set up quick detach subassembly 6 on the first scaffold frame body 2 and come to install with 4 opposite side quick assembly disassembly of safety net, be convenient for accomodate the installation after safety net 4 is dismantled from second scaffold frame body 3.
A connection construction method for a connection construction structure between scaffold bodies comprises the following steps:
step one, safety net 4 and the quick installation of second scaffold frame body 3: the safety net 4 is provided with the quick-release rotating blade A61 which corresponds to a quick-release rotating blade B62 on the second scaffold body 3, a quick-release damping shaft 63 is inserted into the quick-release rotating blade A61 and the quick-release rotating blade B62 in a clearance manner for quick installation, a middle damping section 632 is positioned at a contact section of the quick-release rotating blade B62 and the quick-release rotating blade A61, a pressurizing bolt 68 is screwed upwards on a threaded blind hole of an action rod 65, and liquid in a containing space is filled into a hollow space of the middle damping section 632;
step two, safety net 4 and 3 quick dismantlements of second scaffold frame body: the pressure bolt 68 is screwed out downwards from the threaded blind hole of the actuating rod 65 to control the liquid in the accommodating space to discharge the hollow space of the middle damping section 632, the gap of the quick-release damping shaft 63 is quickly and completely separated from the quick-release rotating blade B62, and the safety net 4 drives the quick-release rotating blade a61 to be separated from the quick-release rotating blade B62 on the second scaffold body 3.
Because quick release damping axle 63 can insert or break away from quick clearance that carries on in quick detach rotation page or leaf A61 and the quick detach rotation page or leaf B62, solved current plastics ribbon and cut off the problem that uses new plastics ribbon and can increase the cost and increase the construction to environmental pollution, do benefit to green construction.
Claims (8)
1. The utility model provides a connection construction structure between scaffold frame body which characterized in that includes:
the scaffold comprises a first scaffold frame body (2) and a second scaffold frame body (3), wherein the first scaffold frame body (2) and the second scaffold frame body (3) are distributed at intervals;
a safety net (4) for protection is arranged on the outer side edge of the fracture of the first scaffold body (2) and the second scaffold body (3), and the safety net (4) is a flexible deformable net body; one side of the safety net (4) is rotatably hinged on the first scaffold body (2), and the other side of the safety net (4) can be quickly disassembled and assembled on the second scaffold body (3) through the quick disassembling component (6).
2. The connection construction structure between scaffold bodies of claim 1, wherein: one side of the safety net (4) is rotatably hinged on the first scaffold body (2) through a hinge (41).
3. The connection construction structure between scaffold bodies of claim 1, wherein: the scaffold is characterized by further comprising rigid scaffold plates (5), wherein the scaffold plates (5) are installed on the middle portions of fracture bottom surfaces of the first scaffold frame body (2) and the second scaffold frame body (3) to form a channel.
4. The structure for connecting construction work between scaffold bodies according to claim 1, wherein the quick release assembly (6) comprises:
the quick-release rotating blade A (61) is fixedly connected with the safety net (4), and a through hole is formed in the quick-release rotating blade A (61);
the quick-release rotating blade B (62) is fixedly connected with the second scaffold body (3), and a through hole is formed in the quick-release rotating blade B (62);
a quick-release damping shaft (63) which is in clearance fit with and penetrates through the through hole of the quick-release rotating blade A (61) and the through hole of the quick-release rotating blade B (62); the quick-release damping shaft (63) is formed by fixing an upper rigid section (631), a middle damping section (632) and a lower rigid section (633), the middle damping section (632) generates damping force for a damping body, and the middle damping section (632) is located at a contact section of a quick-release rotating blade B (62) and a quick-release rotating blade A (61).
5. The connection construction structure between scaffold bodies of claim 4, wherein: the middle damping section (632) is made of hard elastic rubber.
6. The structure for connecting and constructing scaffold frames according to claim 4, wherein the quick release assembly (6) further comprises: an action rod (65) fixedly connected with the bottom of the lower rigid section (633) through a switching block (64);
a clamping plate (66) fixedly connected to the action rod (65), wherein a clamping through hole is arranged on the clamping plate (66);
a clamping rod (67) in clearance sliding fit with the clamping through hole of the clamping plate (66);
be equipped with the screens cooperation through-hole that corresponds with the screens through-hole on second scaffold frame body (3), screens cooperation through-hole is two of interval distribution.
7. The connection construction structure between scaffold bodies of claim 6, wherein: a hollow space is arranged in the middle of the middle damping section (632); action pole (65) bottom is equipped with screw thread stifle hole, and airtight the closure has in the screw thread stifle that pressurizing bolt (68) constitutes accommodation space with the thread stifle hole, and accommodation space and cavity space intercommunication, pipeline (69) run through in well damping section (632) from lower rigidity section (633).
8. The connection construction structure between scaffold bodies of claim 7, wherein: the receiving space communicates with the hollow space via a duct (69).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221543414.5U CN217602043U (en) | 2022-06-20 | 2022-06-20 | Connection construction structure between scaffold frame bodies |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221543414.5U CN217602043U (en) | 2022-06-20 | 2022-06-20 | Connection construction structure between scaffold frame bodies |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN217602043U true CN217602043U (en) | 2022-10-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202221543414.5U Active CN217602043U (en) | 2022-06-20 | 2022-06-20 | Connection construction structure between scaffold frame bodies |
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| Country | Link |
|---|---|
| CN (1) | CN217602043U (en) |
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2022
- 2022-06-20 CN CN202221543414.5U patent/CN217602043U/en active Active
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