阅读说明：本技术 一种用于清洗建筑外墙玻璃的改进型悬吊支撑架 (Improved suspension support frame for cleaning building outer wall glass ) 是由 邱志祥 于 2020-12-31 设计创作，主要内容包括：一种用于清洗建筑外墙玻璃的改进型悬吊支撑架,第一钢管、横连钢管一、横连钢管二、横连钢板组合形成固定机构；固定机构通过左右两根第一钢管能从女儿墙的顶端向下卡入从而实现固定机构与女儿墙的紧固连接目的；位于左侧的第二钢管的前管端能向下插入横连钢板中位于左侧的竖向通孔并旋接一颗定位螺母一；位于右侧的第二钢管的前管端能向下插入横连钢板中位于右侧的竖向通孔并旋接一颗定位螺母二；第二钢管、定位螺母一、定位螺母二、横连钢管三、横连钢管四组合形成吊架机构。本发明具有结构新颖、拆装简便、安全性能高、实用性强的特点。(An improved suspension support frame for cleaning building outer wall glass is characterized in that a first steel pipe, a first transverse connecting steel pipe, a second transverse connecting steel pipe and a transverse connecting steel plate are combined to form a fixing mechanism; the fixing mechanism can be clamped downwards from the top end of the parapet through the left first steel pipe and the right first steel pipe, so that the purpose of fastening and connecting the fixing mechanism and the parapet is achieved; the front pipe end of the second steel pipe positioned on the left side can be downwards inserted into the vertical through hole positioned on the left side in the transverse steel plate and is screwed with a first positioning nut; the front pipe end of the second steel pipe on the right side can be downwards inserted into the vertical through hole on the right side in the transverse steel plate and is screwed with a second positioning nut; the second steel pipe, the first positioning nut, the second positioning nut, the third transverse connecting steel pipe and the fourth transverse connecting steel pipe are combined to form the hanger mechanism. The invention has the characteristics of novel structure, simple and convenient disassembly and assembly, high safety performance and strong practicability.)

1. An improved suspension support frame for cleaning building outer wall glass, which consists of a fixing mechanism and a hanger mechanism and is characterized in that,

the first steel pipe (A1) is bent to form an n-shaped clamping pipe, the left first steel pipe (A1) and the right first steel pipe (A1) are pulled apart in parallel, an upper transverse steel pipe (A2) and a lower transverse steel pipe (A2) are welded between the front sides of the left first steel pipe (A1) and the right first steel pipe (A1), and an upper transverse steel pipe (A2) and a lower transverse steel pipe (B) are welded between the rear sides of the left first steel pipe;

a transverse connecting steel plate (A3) is welded between the middle parts of the front sides of the left first steel pipe (A1) and the right first steel pipe (A1), and a left vertical through hole (A31) and a right vertical through hole (A31) are drilled in the transverse connecting steel plate (A3);

the transverse steel plate (A3), the transverse steel pipe I (A2) and the transverse steel pipe II are parallel to each other;

the first steel pipe (A1), the first transverse connecting steel pipe (A2), the second transverse connecting steel pipe and the transverse connecting steel plate (A3) are combined to form a fixing mechanism;

the fixing mechanism can be downwards clamped from the top end of the parapet wall (C) through the left and right first steel pipes (A1) so as to realize the purpose of fastening and connecting the fixing mechanism and the parapet wall (C);

the second steel pipe (B1) is bent to form an n-shaped hanger pipe, the left second steel pipe (B1) and the right second steel pipe (B1) are pulled apart in parallel, a third transverse connecting steel pipe (B2) is welded between the upper ends of the front sides of the left second steel pipe (B1) and the right second steel pipe (B1), and a fourth five transverse connecting steel pipes (B3) are welded between the rear sides of the left second steel pipe (B1) and the right second steel pipe (B1);

the front pipe ends of the left second steel pipe (B1) and the right second steel pipe (B1) are milled with screw threads;

the left second steel pipe (B1) and the right second steel pipe (B1) can be embedded downwards from the upper part of the fixing mechanism;

the front pipe end of the second steel pipe (B1) positioned on the left side can be downwards inserted into the vertical through hole positioned on the left side in the transverse steel plate (A3) and is screwed with a first positioning nut (B41);

the front pipe end of the second steel pipe (B1) positioned on the right side can be downwards inserted into the vertical through hole positioned on the right side in the transverse steel plate (A3) and is screwed with a second positioning nut (B42);

and the second steel pipe (B1), the first positioning nut (B41), the second positioning nut (B42), the third transverse connecting steel pipe (B2) and the fourth transverse connecting steel pipe (B3) are combined to form the hoisting mechanism.

Technical Field

The invention relates to an improved suspension support frame for cleaning building outer wall glass.

Background

When the high-rise building outer wall glass needs to be cleaned, professional workers are specially hired to handle the high-rise building outer wall glass, at present, workers in charge of cleaning the high-rise building outer wall glass can directly tie lifting ropes on certain fixed supporting points of a parapet, and the operation mode has potential safety hazards.

Disclosure of Invention

In order to solve the problems, the invention provides an improved suspension support frame for cleaning building outer wall glass, which has the characteristics of novel structure, simplicity and convenience in disassembly and assembly, high safety performance and strong practicability.

In order to achieve the purpose, the invention adopts the following specific technical measures: an improved suspension support frame for cleaning building outer wall glass, which consists of a fixing mechanism and a hanger mechanism and is characterized in that,

the first steel pipe is bent to form an n-shaped clamping pipe, the left first steel pipe and the right first steel pipe are pulled open in parallel, an upper transverse steel pipe and a lower transverse steel pipe I are welded between the front sides of the left first steel pipe and the right first steel pipe, and an upper transverse steel pipe and a lower transverse steel pipe II are welded between the rear sides of the left first steel pipe and the right first steel pipe;

a transverse connecting steel plate is welded between the middle parts of the front sides of the left first steel pipe and the right first steel pipe, and a left vertical through hole and a right vertical through hole are drilled in the transverse connecting steel plate;

the transverse steel plate, the transverse steel pipe I and the transverse steel pipe II are parallel to each other;

the first steel pipe, the transverse steel pipe I, the transverse steel pipe II and the transverse steel plate are combined to form a fixing mechanism;

the fixing mechanism can be clamped downwards from the top end of the parapet through the left first steel pipe and the right first steel pipe, so that the purpose of fastening and connecting the fixing mechanism and the parapet is achieved;

the second steel pipes are bent to form n-shaped hanger pipes, the left second steel pipe and the right second steel pipe are pulled open in parallel, a third transverse connecting steel pipe is welded between the upper ends of the front sides of the left second steel pipe and the right second steel pipe, and a fourth five transverse connecting steel pipes are welded between the rear sides of the left second steel pipe and the right second steel pipe;

the front pipe ends of the left second steel pipe and the right second steel pipe are milled with rotary connecting grains;

the left second steel pipe and the right second steel pipe can be embedded downwards from the upper part of the fixing mechanism;

the front pipe end of the second steel pipe positioned on the left side can be downwards inserted into the vertical through hole positioned on the left side in the transverse steel plate and is screwed with a first positioning nut;

the front pipe end of the second steel pipe on the right side can be downwards inserted into the vertical through hole on the right side in the transverse steel plate and is screwed with a second positioning nut;

the second steel pipe, the first positioning nut, the second positioning nut, the third transverse connecting steel pipe and the fourth transverse connecting steel pipe are combined to form the hanger mechanism.

Because the force generated when the building outer wall cleaning operation is carried out is vertical downward, the hanger mechanism and the fixing mechanism can be stably fixed on the parapet all the time, and the safety performance is higher during the operation.

The cross-connecting steel pipe IV can be used for binding a lifting rope and a safety rope respectively, and the invention can also effectively avoid the breakage caused by the friction between the lifting rope and the safety rope and the corner of the parapet wall.

The invention has the advantages of novel structure, simple and convenient disassembly and assembly, high safety performance and strong practicability.

The invention is further described below with reference to the accompanying drawings and examples.

Drawings

FIG. 1 is a side view of the composite joint structure of the present invention in an installed condition;

FIG. 2 is a side view of the composite joint structure of the present invention;

FIG. 3 is a side view of the fastening mechanism of the present invention;

FIG. 4 is a left side view of FIG. 3;

FIG. 5 is a side view of the combination coupling structure of the hanger mechanism of the present invention;

fig. 6 is a left side view of fig. 5.

In the figure: a1-a first steel pipe, A2-a first transverse connecting steel pipe, A3-a transverse connecting steel plate, A31-a vertical through hole, B1-a second steel pipe, B2-a third transverse connecting steel pipe, B3-a fourth transverse connecting steel pipe, B41-a first positioning nut, B42-a second positioning nut and C-a parapet.

Detailed Description

As shown in fig. 1, fig. 2, fig. 3, fig. 4, fig. 5 and fig. 6, an improved suspension support frame for cleaning building outer wall glass is composed of a fixing mechanism and a hanging bracket mechanism, and is characterized in that,

the first steel pipe A1 is bent to form an n-shaped clamping pipe, the left and right first steel pipes A1 are pulled open in parallel, an upper transverse connecting steel pipe A2 and a lower transverse connecting steel pipe A2 are welded between the front sides of the left and right first steel pipes A1, and an upper transverse connecting steel pipe B and a lower transverse connecting steel pipe B are welded between the rear sides of the left and right first steel pipes A1;

a transverse steel plate A3 is welded between the middle parts of the front sides of the left first steel pipe A1 and the right first steel pipe A1, and a left vertical through hole A31 and a right vertical through hole A31 are drilled on the transverse steel plate A3;

the transverse steel plate A3, the transverse steel pipe I A2 and the transverse steel pipe II are mutually parallel;

the first steel pipe A1, the first transverse connecting steel pipe A2, the second transverse connecting steel pipe and the transverse connecting steel plate A3 are combined to form a fixing mechanism;

the fixing mechanism can be downwards clamped from the top end of the parapet C through the left and right first steel pipes A1, so that the purpose of fastening and connecting the fixing mechanism and the parapet C is achieved;

the second steel pipes B1 are bent to form n-shaped hanger pipes, the left second steel pipe B1 and the right second steel pipe B1 are pulled apart in parallel, a transverse connecting steel pipe three B2 is welded between the upper ends of the front sides of the left second steel pipe B1 and the upper ends of the rear sides of the left second steel pipe B1 and the right second steel pipe B1, and five transverse connecting steel pipes four B3 are welded between the rear sides of the left second steel pipe B1 and;

the front pipe ends of the left second steel pipe B1 and the right second steel pipe B1 are milled with screw threads;

the left second steel pipe B1 and the right second steel pipe B1 can be embedded downwards from the upper part of the fixing mechanism;

the front pipe end of the second steel pipe B1 positioned on the left side can be downwards inserted into the vertical through hole positioned on the left side in the transverse steel plate A3 and is screwed with a positioning nut B41;

the front pipe end of the second steel pipe B1 on the right side can be downwards inserted into the vertical through hole on the right side in the transverse steel plate A3 and is screwed with a second positioning nut B42;

the second steel pipe B1, the first positioning nut B41, the second positioning nut B42, the third transverse connecting steel pipe B2 and the fourth transverse connecting steel pipe B3 are combined to form the hanger mechanism.