CN210947672U

CN210947672U - Inclined lifting climbing frame with triple anti-falling mechanisms and adjustable angle

Info

Publication number: CN210947672U
Application number: CN201921685676.3U
Authority: CN
Inventors: 刘品晶
Original assignee: Hebei Guoxin Shengan Trade Co ltd
Current assignee: Hebei Guoxin Shengan Trade Co ltd
Priority date: 2019-10-10
Filing date: 2019-10-10
Publication date: 2020-07-07
Anticipated expiration: 2029-10-10

Abstract

The utility model relates to a have triple anti-falling mechanism, angularly adjustable tilting lift and climb frame belongs to construction technical field. The technical scheme is as follows: the long vertical rod (7) and the short vertical rod (8) are both arranged in an inclined manner with the horizontal plane, and the inclined angles are the same; a plurality of standard operation layers (10) are from last to articulated setting in proper order down between long pole setting (7) and short pole setting (8), be equipped with operation layer adjustable diagonal brace (67) between standard operation layer (10) and short pole setting (8), operation layer adjustable diagonal brace (67) contain positive threaded rod, positive and negative thread sleeve and reverse threaded rod, positive threaded rod and reverse threaded rod pass through positive and negative thread muffjoint, positive threaded rod articulates on standard operation layer (10), reverse threaded rod articulates on short pole setting (8). The utility model discloses an actively the effect: can change the equipment mode in the job site is nimble according to building outer wall structural change, realize climbing the regulation of a support body gradient, realize climbing the slope lift of a support body.

Description

Inclined lifting climbing frame with triple anti-falling mechanisms and adjustable angle

Technical Field

The utility model relates to a have triple anti-falling mechanism, angularly adjustable tilting lift and climb frame belongs to construction technical field.

Background

With the development of the building industry, the external shapes of the high-rise and high-rise structures built at present are more and more complex, and the floors with different levels are gradually changed to form structural shapes with wide bottom and narrow top or narrow bottom and wide top; in order to ensure the construction safety during the construction of the building, the external protection uses an attached lifting scaffold. However, the lifting track angle of the equipment is not adjustable, and the equipment only can vertically climb and cannot meet the appearance requirement of a building structure; the frame body assembling mode and the anti-falling system are also the problems which are difficult to solve.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an inclined lifting climbing frame with a triple anti-falling mechanism and an adjustable angle, which can flexibly change the assembly mode on the construction site according to the structural change of the outer wall of a building, realize the adjustment of the inclination of the frame body of the climbing frame and realize the inclined lifting of the frame body of the climbing frame; the assembly mode can realize eccentric lifting and central lifting, and the electric hoist and the frame body can be lifted and descended simultaneously; after the climbing frame is lifted or lowered, the electric block does not need to be dismantled and installed on the next layer of wall-attached support again, so that the labor intensity of workers is reduced, the working time is saved, and the construction cost is reduced; the triple safety hook can prevent the climbing frame from falling all the time, meets the requirement of safe construction, and solves the problems existing in the prior art.

The technical scheme of the utility model is that:

an inclined lifting climbing frame with a triple anti-falling mechanism and an adjustable angle comprises a climbing frame body and a climbing frame guide rail, wherein the climbing frame body is a truss structure formed by matching and connecting a long vertical rod, a short vertical rod, a standard operation layer and a frame body horizontal truss; the climbing frame guide rail is fixed on the standard operation layer, the climbing frame guide rail and the short vertical rod are arranged in parallel, guide rail ladder baffles uniformly arranged from top to bottom are arranged on the climbing frame guide rail, and concave-shaped sliding grooves I are arranged on two sides of the climbing frame guide rail; a wall-attached support is arranged between the outer wall of the building and the upper part of the climbing frame guide rail, the wall-attached support is fixedly arranged on the outer wall of the building, the wall-attached support comprises a vertical rod, an inclined strut, a cross beam and a falling protector included angle, one end of the cross beam and one end of the inclined strut are respectively fixed on the vertical rod, the other end of the cross beam and the other end of the inclined strut are respectively fixed on the falling protector included angle, the vertical rod, the inclined strut and the cross beam form a right-angled triangle, and the falling protector included angle is an angle steel fixedly connected with the cross beam; the included angle of the anti-tilt wheel is an angle steel which is fixedly connected with the included angle of the anti-falling device through a connecting bolt, the anti-tilt wheel is rotatably arranged on the included angle of the anti-tilt wheel, the anti-tilt wheel is positioned in a concave chute I on the climbing frame guide rail, and the climbing frame guide rail can move up and down relative to the wall-attached support; it is characterized in that: the long vertical rod and the short vertical rod are both arranged in an inclined manner with the horizontal plane, and the inclined angles are the same; the multiple standard operation layers are sequentially hinged between the long vertical rod and the short vertical rod from top to bottom, an operation layer adjustable inclined strut is arranged between each standard operation layer and the short vertical rod and comprises a positive threaded rod, a positive threaded sleeve and a negative threaded rod, the positive threaded rod and the negative threaded rod are connected through the positive threaded sleeve and the negative threaded sleeve, the positive threaded rod is hinged on the standard operation layer, and the negative threaded rod is hinged on the short vertical rod;

a triple anti-falling mechanism is arranged between the wall-attached support and the climbing frame guide rail; the triple anti-falling mechanism comprises an ascending gravity rotating anti-falling device, a descending gravity rotating anti-falling device and a telescopic adjusting top locking device; the lifting gravity rotary falling protector is a rectangular support plate, one end of the lifting gravity rotary falling protector is rotatably connected to an included angle of the falling protector through an upper falling protector pin shaft, and the other end of the lifting gravity rotary falling protector is provided with a groove matched with the guide rail ladder stop; the falling gravity rotary falling protector is a rectangular supporting plate and comprises a falling gravity rotary falling protector upper jaw, a falling gravity rotary falling protector lower jaw and a lower falling protector pin shaft, wherein one end of the falling gravity rotary falling protector is the falling gravity rotary falling protector upper jaw which is provided with a U-shaped opening, the falling gravity rotary falling protector lower jaw is arranged in the U-shaped opening, the falling gravity rotary falling protector lower jaw is of a V-shaped structure matched with the guide rail ladder stop, the falling gravity rotary falling protector lower jaw and the falling gravity rotary falling protector upper jaw are rotatably connected to the falling protector included angle through a lower falling protector pin shaft, an ascending gravity falling protector limiting plate and a descending gravity rotating falling protector limiting plate which are matched with the ascending gravity rotating falling protector and the descending gravity rotating falling protector are respectively arranged on the falling protector included angle; the telescopic adjusting top locking device comprises a reverse thread sleeve, an adjusting top locking pin shaft, a positive and negative thread screw, a positive thread sleeve and a top locking chuck, the positive thread sleeve and the negative thread sleeve are connected through the positive and negative thread screw, the bottom end of the negative thread sleeve is hinged to the upper end of an included angle of the falling protector through the adjusting top locking pin shaft, the top end of the positive thread sleeve is fixedly provided with the top locking chuck, the longitudinal section of the top locking chuck is L-shaped and consists of a transverse plate and a vertical plate, the transverse plate is fixed to the top end of the positive thread sleeve, the vertical plate is arranged on one side, close to the guide rail ladder stop, of the transverse plate, and;

a lifting mechanism is arranged in the frame body of the climbing frame, the lifting mechanism comprises a frame body upper lifting point, a frame body lower lifting point, a guide roller, an electric hoist chain and a steel wire rope, the frame body upper lifting point and the frame body lower lifting point are arranged between the long vertical rod and the short vertical rod in an up-down parallel mode, one end of the frame body upper lifting point and one end of the frame body lower lifting point are vertically fixed on the short vertical rod and the climbing frame guide rail, and the other end of the frame body upper lifting point and one end; the electric hoist is hooked on the upper hanging point of the frame body, an electric hoist chain is arranged on the electric hoist, the guide roller is arranged on the lower hanging point of the frame body, one end of the steel wire rope is connected with the electric hoist chain, and the other end of the steel wire rope is connected with the included angle of the falling protector after being turned by the guide roller;

a wall attaching track is arranged between the lower part of the climbing frame guide rail and the outer wall of a building, the wall attaching track is fixed between the outer walls of two adjacent floors of buildings through wall penetrating bolts, concave-shaped chutes II are arranged on two sides of the wall attaching track, two sides of the bottom end of the climbing frame guide rail are respectively provided with a first wall attaching track anti-tilt wheel included angle and a second wall attaching track anti-tilt wheel included angle which are arranged oppositely, and the first wall attaching track anti-tilt wheel included angle and the second wall attaching track anti-tilt wheel included angle are connected through fixing bolts; the included angle of the first anti-tilt wheel of the wall attaching track is an angle steel fixedly connected with the climbing frame guide rail, and the included angle of the second anti-tilt wheel of the wall attaching track is an angle steel fixedly connected with the included angle of the first anti-tilt wheel of the wall attaching track; the wall attaching track anti-tilt wheel is rotatably arranged on the included angle II of the wall attaching track anti-tilt wheel and is positioned in the concave sliding groove II, and the climbing frame guide rail can move up and down along the wall attaching track through the wall attaching track anti-tilt wheel; and a downward falling preventing bolt arranged on the wall attaching track and a downward falling preventing bolt arranged under the wall attaching track are arranged in the concave-shaped sliding grooves II on two sides of the wall attaching track, and the downward falling preventing bolt on the wall attaching track and the downward falling preventing bolt under the wall attaching track limit the falling preventing wheels of the wall attaching track.

An adjustable inclined strut of an operation layer is arranged between the standard operation layer at the bottommost layer of the climbing frame body and the long vertical rod, a positive threaded rod of the adjustable inclined strut of the operation layer is hinged on the long vertical rod, and a reverse threaded rod of the adjustable inclined strut of the operation layer is hinged on the standard operation layer.

The positive threaded rod of the adjustable inclined strut of the operating layer is hinged to the standard operating layer through an upper hinge, and the reverse threaded rod is hinged to the short vertical rod through a lower hinge.

And a limiting nut is arranged at the middle part of the positive and negative thread screw rod.

The upper end of the included angle of the falling protector is provided with a top locking device limiting connecting rod, and the telescopic adjusting top locking device is limited through the top locking device limiting connecting rod.

And a bolt mounting seat is arranged on the wall attaching track, one end of the wall attaching track mounting bolt is fixed on the outer wall of the building, and the other end of the wall attaching track mounting bolt is fixed in the bolt mounting seat.

And an operation layer turning plate connecting plate is arranged on the standard operation layer, one end of the operation layer turning plate is fixed on the operation layer turning plate connecting plate, and the other end of the operation layer turning plate extends upwards at an angle of forty-five degrees and is in contact with the outer wall of the building.

The upper lifting point of the frame body comprises an upper lifting plate and an upper connecting piece, and two ends of the upper lifting plate are fixed between the long vertical rod and the short vertical rod through the upper connecting piece; the lower hanging point of the frame body comprises a lower hanging plate and a lower connecting piece, and two ends of the lower hanging plate are fixed between the long vertical rod and the short vertical rod through the lower connecting piece.

The number of the guide rollers is two, namely a guide roller I and a guide roller II, the guide roller I is arranged on the lower hanging plate, and the guide roller II is fixed on the lower connecting piece and is positioned outside the climbing frame body.

The lower end of the included angle of the falling protector is provided with a steel wire rope lifting hole, and a steel wire rope pin shaft is arranged on the steel wire rope lifting hole; one end of the steel wire rope is connected with the hook at the bottom end of the electric hoist chain, and the other end of the steel wire rope is connected with the steel wire rope pin shaft on the included angle of the falling protector after being turned by the guide roller.

And a distribution box connected with the electric hoist is arranged on the climbing frame body.

And two anti-tilt wheels of the wall attaching track are arranged up and down on the included angle II of the anti-tilt wheels of the wall attaching track.

The anti-tilt wheel comprises an anti-tilt wheel shaft, and is characterized in that two anti-tilt wheels which are arranged up and down are arranged on the included angle of the anti-tilt wheels, and the anti-tilt wheels are rotatably arranged on the included angle of the anti-tilt wheels through the anti-tilt wheel shaft.

The falling protector included angle is provided with a large tripod for enhancing the strength of the falling protector included angle, and the anti-roll wheel included angle is provided with a small tripod for enhancing the strength of the anti-roll wheel included angle.

And the upper end and the lower end of the wall attaching track are provided with mounting holes, and the anti-falling bolt on the wall attaching track and the anti-falling bolt under the wall attaching track penetrate through the mounting holes and are inserted at the upper end and the lower end of the wall attaching track.

The utility model discloses a in 2019 in month 8 30 days, the patent application number that proposes to the state intellectual property office is 2019108110820, the patent name is a portable all steel that has triple anti-falling mechanism goes up and down to climb the improvement of making on the basis of the technical scheme of the utility model patent application of frame and lifting method, the utility model relates to an it is the same with the technical scheme of above-mentioned patent application to attach wall support and triple anti-falling mechanism, central lifting method and eccentric lifting method.

The utility model discloses can change the equipment mode in the job site is nimble according to building outer wall structural change, realize short pole setting and long pole setting for the horizontal plane contained angle from 80 degrees to 100 degrees between adjust.

The utility model discloses an actively the effect: can be according to building outer wall structural change, change the equipment mode in the job site is nimble: the electric hoist and the climbing frame body can be lifted eccentrically and centrally, and the electric hoist and the climbing frame body can be lifted simultaneously in the lifting or descending process; after the frame body of the climbing frame is lifted or descended, the electric block does not need to be dismantled and installed on the next layer of wall-attached support again, so that the labor intensity of workers is reduced, the working time is saved, and the construction cost is reduced; the triple anti-falling mechanism can prevent the climbing frame from falling in all directions, and the safe construction requirement is met.

Drawings

FIG. 1 is a front view of the eccentric lifting assembly of the present invention;

FIG. 2 is a front view of the center lift assembly of the present invention;

FIG. 3 is a top view of the eccentric lifting assembly of the present invention;

fig. 4 is a top view of the center lift assembly of the present invention;

FIG. 5 is an enlarged view of section C of FIG. 3;

FIG. 6 is an enlarged view of section A of FIG. 4;

fig. 7 is a schematic view of the initial state of the body of the climbing frame of the present invention (the short vertical rods and the long vertical rods are inclined 80 degrees to the horizontal plane);

fig. 8 is a schematic view of the state of the climbing frame body in fig. 7 after the frame body is lifted by one layer;

FIG. 9 is a schematic view of the climbing frame of FIG. 8 after the frame body is lifted up;

FIG. 10 is an enlarged view of section F of FIG. 7;

FIG. 11 is an enlarged view of section G of FIG. 7;

FIG. 12 is an enlarged view of section H of FIG. 7;

FIG. 13 is an enlarged view of section I of FIG. 8;

fig. 14 is a schematic view of the initial state of the body of the climbing frame of the present invention (the short vertical rods and the long vertical rods are inclined 100 degrees to the horizontal plane);

fig. 15 is a schematic view of the state of the climbing frame body in fig. 14 after the frame body is lifted by one layer;

fig. 16 is a schematic view illustrating the climbing frame of fig. 15 after the frame body is lifted and the climbing frame is continuously installed and used;

FIG. 17 is a wall-attached support with a triple anti-falling mechanism of the present invention;

FIG. 18 is a left side view of the wall-attached support of the present invention;

FIG. 19 is a top view of the wall attachment support of the present invention;

FIG. 20 is a front view of the wall-attached support of the present invention;

FIG. 21 is a left side view of the telescopic adjusting top locking device of the present invention;

FIG. 22 is a schematic structural view of the rising gravity rotary falling protector of the wall-attached support of the present invention;

FIG. 23 is a schematic structural view of the falling protector of the present invention;

FIG. 24 is a front view of the wall attaching rail of the present invention;

FIG. 25 is a left side view of the wall attaching rail of the present invention;

FIG. 26 is a top view of the wall attaching rail of the present invention;

FIG. 27 is a front view of the anti-falling bolt of the wall-attached track of the present invention;

FIG. 28 is a left side view of the anti-falling bolt of the wall-attached track of the present invention;

FIG. 29 is a top view of the anti-falling bolt on the wall-attached rail of the present invention;

FIG. 30 is a schematic view of the installation of the wall attaching track and the anti-roll wheel of the wall attaching track of the present invention;

fig. 31 is a schematic structural view of the adjustable inclined strut of the operation layer of the present invention;

in the figure: the anti-falling device comprises a wall-attached support 1-1, a telescopic adjusting top locking device 1-2, a rising gravity rotary anti-falling device 1-3, a falling gravity rotary anti-falling device 1-4, a long upright 7, a short upright 8, a standard operating layer 10, an operating layer connecting plate 12, an operating layer turning plate connecting plate 13, an operating layer turning plate 14, a frame body upper lifting point 16, an upper lifting plate 16-1, an upper connecting piece 16-2, a frame body lower lifting point 17, a lower lifting plate 17-1, a lower connecting piece 17-2, a guide rail roller 18, a guide roller I18-1, a guide roller II 18-2, a frame body horizontal truss 19, a frame body external steel mesh 20, a steel mesh connecting piece 21, a distribution box 22, an electric hoist 23, a steel wire rope 24, a wrap angle 26, a cross beam 27, a top locking device limiting connecting rod 28, a limiting plate 29, a reverse thread sleeve 30, the anti-falling device comprises a vertical rod 33, an upper anti-falling device pin shaft 34, an ascending gravity anti-falling device limiting plate 35, a descending gravity rotary anti-falling device upper jaw 36, a descending gravity rotary anti-falling device lower jaw 37, an inclined support 38, a descending gravity rotary anti-falling device limiting plate 39, a vertical rod limiting plate 40, a small tripod 41, an anti-falling wheel included angle 42, an anti-falling wheel 43, an anti-falling wheel shaft 44, a connecting bolt 45, a lower anti-falling device pin shaft 46, a hoisting point reinforced steel plate 47, a steel wire pin shaft 48, a large tripod 49, a lower support connecting plate 50, an upper support connecting plate 51, an adjusting top locking pin shaft 52, a positive and negative threaded screw rod 53, a positive threaded sleeve 54, a top locking chuck 55, a wall penetrating bolt 56, a wall penetrating bolt nut 57, a gasket 58, a climbing frame guide rail 59, a guide rail ladder stop 60, a limiting nut 61, a wall attaching rail 62, an upper wall attaching rail upright pin 63, a, The anti-tilt mechanism comprises an operation layer adjustable inclined strut 67, a positive threaded rod 67-1, a positive and negative threaded sleeve 67-2, a negative threaded rod 67-3, an upper hinge 67-4, a lower hinge 67-5, a frame body main vertical rod connecting piece 68, a wall-attached track anti-tilt wheel included angle I70, a wall-attached track anti-tilt wheel included angle II 71, a wall-attached track mounting bolt 72 and a bolt mounting seat 73.

Detailed Description

The invention is further described with reference to the following figures and examples:

an inclined lifting climbing frame with a triple anti-falling mechanism and an adjustable angle comprises a climbing frame body and a climbing frame guide rail, wherein the climbing frame body is a truss structure formed by matching and connecting a long vertical rod 7, a short vertical rod 8, a standard operating layer 10 and a frame body horizontal truss 19; the climbing frame guide rail is fixed on the standard operation layer 10, the climbing frame guide rail and the short upright post 8 are arranged in parallel, the climbing frame guide rail 59 is provided with guide rail ladder baffles 60 which are uniformly arranged from top to bottom, and two sides of the climbing frame guide rail 59 are provided with concave-shaped sliding grooves I; a wall-attached support is arranged between the outer wall of the building and the upper part of the climbing frame guide rail 59, the wall-attached support is fixedly arranged on the outer wall of the building, the wall-attached support 1-1 comprises an upright rod 33, an inclined strut 38, a cross beam 27 and a falling protector included angle 31, one end of the cross beam 27 and one end of the inclined strut 38 are respectively fixed on the upright rod 33, the other end of the cross beam 27 and the other end of the inclined strut 38 are respectively fixed on the falling protector included angle 31, the upright rod 33, the inclined strut 38 and the cross beam 27 form a right triangle, and the falling protector included angle is an angle steel fixedly connected with the wall-attached support; the included angle of the anti-tilt wheel is an angle steel which is fixedly connected with the included angle of the anti-falling device through a connecting bolt, the anti-tilt wheel 43 is rotatably arranged on the included angle 42 of the anti-tilt wheel, the anti-tilt wheel 43 is positioned in a concave chute I on the climbing frame guide rail 59, and the climbing frame guide rail 59 can move up and down relative to the wall-attached support; the method is characterized in that: the long vertical rod 7 and the short vertical rod 8 are both arranged in an inclined manner with the horizontal plane, and the inclined angles are the same; a plurality of standard operation layers 10 are sequentially hinged between the long vertical rod 7 and the short vertical rod 8 from top to bottom, an operation layer adjustable inclined strut 67 is arranged between each standard operation layer 10 and the short vertical rod 8, each operation layer adjustable inclined strut 67 comprises a positive threaded rod 67-1, a positive and negative threaded sleeve 67-2 and a negative threaded rod 67-3, the positive threaded rod and the negative threaded rod are connected through the positive and negative threaded sleeves, the positive threaded rod is hinged on the standard operation layer 10, and the negative threaded rod is hinged on the short vertical rod 8;

a triple anti-falling mechanism is arranged between the wall-attached support and the climbing frame guide rail 59; the triple anti-falling mechanism comprises an ascending gravity rotating anti-falling device 1-3, a descending gravity rotating anti-falling device 1-4 and a telescopic adjusting top locking device 1-2; the lifting gravity rotary falling protector 1-3 is a rectangular support plate, one end of the lifting gravity rotary falling protector 1-3 is rotatably connected to the falling protector included angle 31 through an upper falling protector pin shaft 34, and the other end of the lifting gravity rotary falling protector 1-3 is provided with a groove matched with the guide rail ladder stop 60; the falling gravity rotary falling protector 1-4 is a rectangular supporting plate, the falling gravity rotary falling protector 1-4 comprises a falling gravity rotary falling protector upper jaw 36, a falling gravity rotary falling protector lower jaw 37 and a lower falling protector pin shaft 46, one end of the falling gravity rotary falling protector is the falling gravity rotary falling protector upper jaw 36, the falling gravity rotary falling protector upper jaw 36 is provided with a U-shaped opening, a falling gravity rotary falling protector lower jaw 37 is arranged in the U-shaped opening, the falling gravity rotary falling protector lower jaw 37 is of a V-shaped structure matched with the guide rail ladder baffle 60, the falling gravity rotary falling protector lower jaw and the falling gravity rotary falling protector upper jaw are rotatably connected to a falling protector included angle 31 through the lower falling protector pin shaft 46, and an ascending gravity falling protector limiting plate 35 and a descending gravity rotary falling protector limiting plate 39 which are matched with the ascending gravity rotary falling protector 1-3 and the falling gravity rotary falling protector 1-4 are respectively arranged on the falling protector included angle 31 (ii) a The telescopic adjusting top locking device comprises a reverse thread sleeve 30, an adjusting top locking pin shaft 52, a positive and negative thread screw 53, a positive thread sleeve 54 and a top locking chuck 55, the positive thread sleeve 54 and the reverse thread sleeve 30 are connected through the positive and negative thread screw 53, the bottom end of the reverse thread sleeve 30 is hinged to the upper end of the falling protector included angle 31 through the adjusting top locking pin shaft 52, the top end of the positive thread sleeve 54 is fixedly provided with the top locking chuck 55, the longitudinal section of the top locking chuck 55 is L-shaped and consists of a transverse plate and a vertical plate, the transverse plate is fixed at the top end of the positive thread sleeve 54, the vertical plate is arranged on one side of the transverse plate close to the guide rail ladder stop 60, and the top locking chuck 55;

a lifting mechanism is arranged in the frame body of the climbing frame, the lifting mechanism comprises a frame body upper lifting point 16, a frame body lower lifting point 17, a guide roller 18, an electric hoist 23, an electric hoist chain 32 and a steel wire rope 24, the frame body upper lifting point 16 and the frame body lower lifting point 17 are arranged between the long vertical rod 7 and the short vertical rod 8 in an up-down parallel mode, one end of the frame body upper lifting point 16 and one end of the frame body lower lifting point 17 are vertically fixed on the short vertical rod 8 and the climbing frame guide rail 59, and the other end of the frame body upper lifting point 16 and one end; the electric hoist 23 is hooked on the upper hanging point 16 of the frame body, an electric hoist chain 32 is arranged on the electric hoist 23, the guide roller 18 is arranged on the lower hanging point 17 of the frame body, one end of the steel wire rope 24 is connected with the electric hoist chain 32, and the other end of the steel wire rope is connected with the falling protector included angle 31 after being turned by the guide roller 18;

a wall attaching track 62 is arranged between the lower part of the climbing frame guide rail and the outer wall of a building, the wall attaching track 62 is fixed between the outer walls of two adjacent layers of buildings through wall penetrating bolts, concave-shaped chutes II are arranged on two sides of the wall attaching track 62, two sides of the bottom end of the climbing frame guide rail are respectively provided with a wall attaching track anti-tilt wheel included angle I70 and a wall attaching track anti-tilt wheel included angle II 71 which are oppositely arranged, and the wall attaching track anti-tilt wheel included angle I and the wall attaching track anti-tilt wheel included angle II are connected through fixing bolts; the included angle of the first anti-tilt wheel of the wall attaching track is an angle steel fixedly connected with the climbing frame guide rail, and the included angle of the second anti-tilt wheel of the wall attaching track is an angle steel fixedly connected with the included angle of the first anti-tilt wheel of the wall attaching track; the wall attaching track anti-tilt wheel 65 is rotatably arranged on the included angle II of the wall attaching track anti-tilt wheel and is positioned in the concave sliding groove II, and the climbing frame guide rail can move up and down along the wall attaching track 62 through the wall attaching track anti-tilt wheel; and a vertically arranged anti-falling bolt 63 on the wall attaching track and an anti-falling bolt 64 under the wall attaching track are arranged in the concave-shaped sliding grooves II on two sides of the wall attaching track 62, and the anti-falling bolt 63 on the wall attaching track and the anti-falling bolt 64 under the wall attaching track limit anti-falling wheels of the wall attaching track.

An operation layer adjustable inclined strut 67 is arranged between the standard operation layer 10 positioned at the bottommost layer of the climbing frame body and the long vertical rod 7, a positive threaded rod of the operation layer adjustable inclined strut 67 is hinged on the long vertical rod 7, and a reverse threaded rod of the operation layer adjustable inclined strut 67 is hinged on the standard operation layer 10.

The positive threaded rod 67-1 of the adjustable inclined strut 67 of the operating layer is hinged on the standard operating layer 10 through an upper hinge 67-4, and the reverse threaded rod 67-3 is hinged on the short vertical rod 8 through a lower hinge 67-5.

The wall attaching rail 62 is provided with a bolt mounting seat 73, one end of the wall attaching rail mounting bolt 72 is fixed on the outer wall of the building, and the other end is fixed in the bolt mounting seat 73.

And two wall-attached rail anti-tilt wheels 65 which are arranged up and down are arranged on the included angle II of the wall-attached rail anti-tilt wheels.

And a limiting nut 61 is arranged in the middle of the positive and negative threaded screw 53.

The upper end of the falling protector included angle 31 is provided with a top locking device limiting connecting rod 28, and the telescopic adjusting top locking device is limited through the top locking device limiting connecting rod 28.

An operation layer turning plate connecting plate 13 is arranged on the standard operation layer 10, one end of an operation layer turning plate 14 is fixed on the operation layer turning plate connecting plate 13, and the other end of the operation layer turning plate extends upwards at an angle of forty-five degrees and is in contact with the outer wall of the building.

The frame body upper lifting point 16 comprises an upper lifting plate 16-1 and an upper connecting piece 16-2, and two ends of the upper lifting plate 16-1 are fixed between the long vertical rod 7 and the short vertical rod 8 through the upper connecting piece 16-2; the frame body lower lifting point 17 comprises a lower lifting plate 17-1 and a lower connecting piece 17-2, and two ends of the lower lifting plate 17-1 are fixed between the long vertical rod 7 and the short vertical rod 8 through the lower connecting piece 17-2.

The number of the guide rollers 18 is two, namely a first guide roller 18-1 and a second guide roller 18-2, the first guide roller is arranged on the lower hanging plate 17-1, and the second guide roller is fixed on the lower connecting piece 17-2 and is positioned on the outer side of the climbing frame body.

The lower end of the falling protector included angle 31 is provided with a steel wire rope lifting hole, and a steel wire rope pin shaft 48 is arranged on the steel wire rope lifting hole; one end of the steel wire rope 24 is connected with a hook at the bottom end of the electric hoist chain 32, and the other end of the steel wire rope is connected with a steel wire rope pin shaft 48 on the included angle 31 of the falling protector after being turned by the guide roller 18.

A distribution box 22 connected with an electric hoist is arranged on the climbing frame body.

The included angle 42 of the anti-roll wheel is provided with two anti-roll wheels which are arranged up and down, and the anti-roll wheel 43 is rotatably arranged on the included angle 42 of the anti-roll wheel through an anti-roll wheel shaft 44.

The two sets of the through-wall bolts 56 are transversely distributed and connected to the cross beam 27 of the wall-attached support, and compared with the mode that the two sets of the through-wall bolts are vertically arranged and connected with the wall-attached support, the tensile stress is dispersed to the two screw rods by one screw rod, and the compressive stress is borne by the wall-attached support and the concrete wall body, so that the wall-attached support is safer and more reliable.

The number of the short upright posts 8 and the number of the long upright posts 7 are multiple, and the short upright posts 8 are arranged in parallel and arranged in a row; the long upright posts 7 are arranged in parallel and arranged in a row; a plurality of standard operation layer 10 from last to articulated setting in proper order down between one row of long pole setting 7 and one row of short pole setting 8, a plurality of support body horizontal truss 19 accordant connection are on standard operation layer 10, long pole setting 7 and short pole setting (8) to the messenger climbs the support body and forms whole truss structure. The standard operation layer 10 is hinged to the short vertical rod and the long vertical rod through the operation layer vertical rod hinge 66, the angle between the standard operation layer 10 and the short vertical rod and the angle between the standard operation layer 10 and the long vertical rod are adjusted through the telescopic adjustability of the operation layer adjustable inclined strut 67, the climbing frame body is inclined and climbs, and the standard operation layer 10 is enabled to be horizontal.

The wall attaching track is attached to the outer wall of a building by wall penetrating bolts, a first wall attaching track anti-tilt wheel included angle and a second wall attaching track anti-tilt wheel included angle are connected with a climbing frame guide rail to form an encircling structure, the wall attaching track is clamped by the wall attaching track anti-tilt wheel arranged on the second wall attaching track anti-tilt wheel included angle, the climbing frame guide rail can only move up and down along the wall attaching track, the anti-falling bolt on the wall attaching track and the anti-falling bolt under the wall attaching track are respectively inserted into the upper end and the lower end of the wall attaching track, the up-and-down movement distance of the wall attaching track anti-tilt wheel is controlled, and the limiting effect is. If the wall-attached track is not arranged, the climbing frame body is controlled to obliquely ascend only by the adjustable inclined strut on the operation layer, and the climbing frame body can deform due to dead weight and cannot obliquely ascend.

The long vertical rods 7 and the short vertical rods 8 are connected with steel mesh connecting pieces 21, steel meshes 20 outside the rack body are connected with the steel mesh connecting pieces 21, and the section steel stairs inside the rack body are connected with the standard operation layer 10, so that workers can freely go up and down inside the rack body and do not need to go round a construction area. The operation layer turning plate connecting plate 13 is connected with the standard operation layer 10, and the operation layer turning plate 14 is connected with the operation layer turning plate connecting plate 13 to lean against the outer wall of the building in a forty-five degree manner, so that the aims of tight protection and safe construction are fulfilled.

The included angle 42 of the anti-tilt wheel is welded with the anti-tilt wheel shaft 44, the tilt angle of the anti-tilt wheel 43 is completely fitted with the flange angle of the national standard channel steel, when the included angle 42 of the anti-tilt wheel is connected with the included angle 31 of the anti-falling device through three sets of connecting bolts 45, the climbing frame guide rail 59 can be limited in the horizontal direction, at the moment, the climbing frame guide rail 59 can only slide up and down relative to the anti-tilt wheel 43, the anti-tilt wheel 43 is in a group of two groups, the climbing frame guide rail 59 can be limited to rotate in the vertical direction, and due to the effect of the anti-tilt wheel 43, the sliding friction force is changed into rolling friction force, and the; at the moment, the position of the guide rail ladder stop 60 is positioned in the groove of the ascending gravity rotating falling protector 1-3 and between the upper jaw and the lower jaw of the descending gravity rotating falling protector, when the climbing frame guide rail 59 slides up and down, the ascending gravity rotating falling protector 1-3, the upper jaw 36 of the descending gravity rotating falling protector and the lower jaw 37 of the descending gravity rotating falling protector are in working states simultaneously; the falling gravity rotation falling protector limiting plate 39 is used for limiting the inclination angle of the falling gravity rotation falling protector upper jaw 36 so as to achieve the purpose of controlling the rotation angle. The ascending gravity falling protector limiting plate 35 is used for limiting the rotating angle of the ascending gravity rotating falling protector 1-3 when the ascending gravity rotating falling protector 1-3 is contacted with the guide rail ladder stop 60 and begins to fall, so that the purpose of preventing the falling is achieved. The function of the top locking device limiting connecting rod 28 is to limit the rotation angle of the falling protector upper jaw 36 rotated by the falling gravity when the falling protector upper jaw 36 is contacted with the guide rail ladder stop 60 to start falling, so as to achieve the purpose of preventing falling.

The positive thread sleeve 54 is connected with the top locking chuck 55 in a welding mode, and the positive thread sleeve 54 is connected with the negative thread sleeve 30 through the positive and negative thread screw 53, so that the telescopic adjustment can be realized. The top locking chuck 55 can extend into the climbing frame guide rail 59 to clamp the guide rail ladder stopper 60, the bottom end of the reverse thread sleeve 30 is provided with a hole, and the purpose of locking the guide rail ladder stopper 60 to prevent falling is achieved by adjusting the included angle between the top locking pin shaft 52 and the falling protector to form a hinged structure. The telescopic adjusting top locking device 1-2 can rotate by taking the adjusting top locking pin shaft as a circle center, and when the telescopic adjusting top locking device rotates anticlockwise, due to the limitation of the top locking device limiting connecting rod, the angle between the telescopic adjusting top locking device and the top locking device limiting connecting rod can be larger than 80 degrees, so that the telescopic adjusting top locking device is limited. When the climbing frame guide rail 59 is lifted in place and does not slide upwards any more, the positive and negative thread screw 53 is rotated anticlockwise, the distance between the positive thread sleeve 54 and the negative thread sleeve 30 is increased, the top locking chuck 55 is adjusted to be clamped at the lower end of the guide rail ladder stop 60, the climbing frame guide rail 59 is locked, and the purpose that the climbing frame guide rail 59 cannot slide downwards is achieved.

The utility model discloses a lifting method, the step is as follows:

① A method for lifting the central climbing frame body includes assembling the climbing frame body, the climbing frame guide rail, the wall-attached support, the wall-attached track, the triple anti-falling mechanism and the lifting mechanism, adjusting the angle between the standard operating layer 10 and the long and short vertical rods by adjusting the length of the adjustable inclined strut 67 of the operating layer until the inclination angles of the long and short vertical rods are consistent with the inclination angle of the outer wall of the building and the standard operating layer 10 is in a horizontal state, and when the lifting point of the electric hoist 23 and the projection of the climbing frame guide rail 59 projected onto the building at the same time coincide, the central inclined lifting is realized;

starting the electric hoist, shortening one end of the electric hoist chain 32 connected with the steel wire rope, enabling one end of the steel wire rope 24 connected with the electric hoist chain 32 to ascend, shortening one end of the steel wire rope 24 connected with the falling protector included angle 31 of the wall-attached support, and driving the climbing frame body, the climbing frame guide rail and the lifting mechanism to ascend integrally; after the climbing frame body is lifted to the height of a first floor, the bottom end of the climbing frame body is lifted to the top end of the wall attaching rail from the bottom end of the wall attaching rail, the wall attaching rail is detached and installed on the outer wall of an upper-floor building, and then a wall attaching support at the lowest layer of the climbing frame body and a triple anti-falling mechanism arranged on the wall attaching support are detached and installed on the topmost layer of the climbing frame body for turnover use; then extending one end of the electric hoist chain connected with the steel wire rope, hanging the steel wire rope on the falling protector included angle 31 of the wall-attached support positioned at the bottommost part of the climbing frame body again, and repeating the process until the operation is finished;

② A method for obliquely lifting the frame body of an eccentric climbing frame comprises assembling the frame body of the climbing frame, a guide rail of the climbing frame, a support seat attached to the wall, a track attached to the wall, a triple anti-falling mechanism and a lifting mechanism, adjusting the angle between a standard operating layer 10 and a long vertical rod and a short vertical rod by adjusting the length of an adjustable inclined strut 67 of the operating layer until the inclination angles of the long vertical rod and the short vertical rod are consistent with the inclination angle of the outer wall of the building and the standard operating layer 10 is in a horizontal state, and performing eccentric oblique lifting when the lifting point of an electric hoist 23 is separated from the projection of the guide rail 59 of the climbing frame onto the building;

starting the electric hoist, shortening one end of the electric hoist chain 32 connected with the steel wire rope, ascending one end of the steel wire rope 24 connected with the electric hoist chain 32, shortening one end of the steel wire rope 24 connected with the falling protector included angle (31) of the wall-attached support, and driving the climbing frame body, the climbing frame guide rail and the lifting mechanism to ascend integrally; after the climbing frame body is lifted to the height of a first floor, the bottom end of the climbing frame body is lifted to the top end of the wall attaching rail from the bottom end of the wall attaching rail, the wall attaching rail is detached and installed on the outer wall of an upper-floor building, and then a wall attaching support at the lowest layer of the climbing frame body and a triple anti-falling mechanism arranged on the wall attaching support are detached and installed on the topmost layer for turnover use; and extending one end of the electric hoist chain connected with the steel wire rope, hanging the steel wire rope on the falling protector included angle 31 of the wall-attached support positioned at the bottommost part of the climbing frame body again, and repeating the process until the operation is finished.

The eccentric lifting structure is suitable for being used in the areas with more changed appearances of the south balcony, the north balcony and the air conditioning plate.

The utility model discloses but the frame is climbed in the lift both eccentric lifting and central promotion when the equipment, can attach the position of wall support according to the adjustment of the appearance characteristics of building outward, again according to the position relation who attaches the position installation of wall support climb a guide rail and last hoisting point, lower hoisting point, realize the switching that central promotion and eccentric promotion.

The center lifting mode and the eccentric lifting mode are connected with an upper lifting point of the climbing frame body by adopting an electric hoist, and the electric hoist and the climbing frame body are lifted simultaneously in the lifting or descending process; after the frame body of the climbing frame is lifted or descended, the electric block does not need to be detached and installed on the next layer of wall-attached support again, the labor intensity of workers is reduced, the working hours are saved, and the construction cost is reduced. The utility model discloses when the frame equipment is climbed in the lift, can hoist the assigned position installation after ground equipment, also can use the assigned position equipment at the building, the equipment mode is nimble reliable, the occuping in the engineering place of reduction.

The utility model discloses anti-falling method of triple anti-falling mechanism, the step is as follows:

① first anti-falling method:

when the climbing frame guide rail 59 slides upwards, the telescopic adjusting top locking device inclines towards the climbing frame guide rail 59 due to gravity, the telescopic adjusting top locking device extends into the climbing frame guide rail 59, and the top locking chuck 55 is propped against the lower end of the guide rail ladder stop 60 to prevent the climbing frame guide rail 59 from falling down; when the guide rail ladder stop 60 slides upwards to a position separated from the top lock chuck 55, the telescopic adjusting top lock device rotates clockwise, at the moment, the guide rail ladder stop 60 positioned below slides upwards to jack the telescopic adjusting top lock device upwards, the telescopic adjusting top lock device rotates anticlockwise, the limit is performed through the top lock device limit connecting rod 28, the telescopic adjusting top lock device inclines towards the direction of the climbing frame guide rail 59 again due to gravity and returns to the initial position, and the first heavy falling prevention is realized;

② second anti-falling method:

when the climbing frame guide rail 59 slides upwards, the guide rail ladder stop 60 pushes the ascending gravity rotary falling protector 1-3 and the descending gravity rotary falling protector lower jaw 37 to rotate anticlockwise, and after the guide rail ladder stop 60 slides upwards to a certain position, the ascending gravity rotary falling protector 1-3 and the descending gravity rotary falling protector lower jaw 37 can rotate clockwise under the action of gravity, and the initial position is restored, so that the ascending gravity rotary falling protector 1-3 and the descending gravity rotary falling protector lower jaw 37 are respectively supported on the guide rail ladder stop 60, the falling prevention purpose of the climbing frame guide rail 59 is achieved, and secondary falling prevention is achieved;

③ A third anti-falling method:

when the climbing frame guide rail 59 slides downwards, the ascending gravity rotary falling protector 1-3 rotates anticlockwise to a position far away from the guide rail ladder stop 60, the descending gravity rotary falling protector upper jaw 36 and the descending gravity rotary falling protector lower jaw 37 rotate clockwise along with the guide rail ladder stop 60 when the guide rail ladder stop 60 descends, and after the guide rail ladder stop 60 slides downwards to a certain position, the descending gravity rotary falling protector upper jaw 36 and the descending gravity rotary falling protector lower jaw 37 rotate anticlockwise under the action of gravity to recover the initial position, so that the descending gravity rotary falling protector lower jaw 37 is supported on the guide rail ladder stop 60 to prevent the climbing frame guide rail 59 from falling; if the climbing frame guide rail 59 falls rapidly, the falling gravity rotates the falling protector upper jaw 36 to contact with the guide rail ladder stopper 60 and block the guide rail ladder stopper 60 before returning to the original position, so that the purpose of preventing the climbing frame guide rail 59 from falling is achieved, and the third falling prevention is realized.

Claims

1. An inclined lifting climbing frame with a triple anti-falling mechanism and an adjustable angle comprises a climbing frame body and a climbing frame guide rail, wherein the climbing frame body is a truss structure formed by matching and connecting a long vertical rod (7), a short vertical rod (8), a standard operation layer (10) and a frame body horizontal truss (19); a climbing frame guide rail is fixed on a standard operation layer (10), the climbing frame guide rail and the short vertical rod (8) are arranged in parallel, a guide rail ladder stop (60) which is uniformly arranged from top to bottom is arranged on the climbing frame guide rail (59), and concave-shaped sliding grooves I are formed in the two sides of the climbing frame guide rail (59); a wall-attached support is arranged between the outer wall of the building and the upper part of a climbing frame guide rail (59), the wall-attached support is fixedly arranged on the outer wall of the building, the wall-attached support (1-1) comprises a vertical rod (33), an inclined strut (38), a cross beam (27) and a falling protector included angle (31), one end of the cross beam (27) and one end of the inclined strut (38) are respectively fixed on the vertical rod (33), the other end of the cross beam (27) and the other end of the inclined strut (38) are respectively fixed on the falling protector included angle (31), the vertical rod (33), the inclined strut (38) and the cross beam (27) form a right triangle, and the falling protector included angle is an angle steel fixedly connected with the wall-attached support cross beam and; the included angle of the anti-tilt wheel is an angle steel which is fixedly connected with the included angle of the anti-falling device through a connecting bolt, the anti-tilt wheel (43) is rotatably arranged on the included angle (42) of the anti-tilt wheel, the anti-tilt wheel (43) is positioned in a concave chute I on the climbing frame guide rail (59), and the climbing frame guide rail (59) can move up and down relative to the wall-attached support; the method is characterized in that: the long vertical rod (7) and the short vertical rod (8) are both arranged in an inclined manner with the horizontal plane, and the inclined angles are the same; the multiple standard operation layers (10) are sequentially hinged between the long vertical rod (7) and the short vertical rod (8) from top to bottom, an operation layer adjustable inclined strut (67) is arranged between the standard operation layers (10) and the short vertical rod (8), the operation layer adjustable inclined strut (67) comprises a positive threaded rod (67-1), a positive threaded sleeve (67-2) and a negative threaded rod (67-3), the positive threaded rod and the negative threaded rod are connected through the positive threaded sleeve and the negative threaded sleeve, the positive threaded rod is hinged to the standard operation layer (10), and the negative threaded rod is hinged to the short vertical rod (8);

a triple anti-falling mechanism is arranged between the wall-attached support and the climbing frame guide rail (59); the triple anti-falling mechanism comprises an ascending gravity rotating anti-falling device (1-3), a descending gravity rotating anti-falling device (1-4) and a telescopic adjusting top locking device (1-2); the lifting gravity rotary falling protector (1-3) is a rectangular support plate, one end of the lifting gravity rotary falling protector (1-3) is rotatably connected to the falling protector included angle (31) through an upper falling protector pin shaft (34), and the other end of the lifting gravity rotary falling protector (1-3) is provided with a groove matched with the guide rail ladder stop (60); the falling gravity rotary falling protector (1-4) is a rectangular supporting plate, the falling gravity rotary falling protector (1-4) comprises a falling gravity rotary falling protector upper jaw (36), a falling gravity rotary falling protector lower jaw (37) and a lower falling protector pin shaft (46), one end of the falling gravity rotary falling protector is the falling gravity rotary falling protector upper jaw (36), the falling gravity rotary falling protector upper jaw (36) is provided with a U-shaped opening, a falling gravity rotary falling protector lower jaw (37) is arranged in the U-shaped opening, the falling gravity rotary falling protector lower jaw (37) is a V-shaped structure matched with the guide rail ladder baffle (60), the falling gravity rotary falling protector lower jaw and the falling gravity rotary falling protector upper jaw are rotatably connected to a falling protector included angle (31) through the lower falling protector pin shaft (46), and the falling protector included angle (31) is respectively provided with the falling protector (1-3) and the falling gravity rotary falling protector (1-4) ) The ascending gravity falling protector limiting plate (35) and the descending gravity rotating falling protector limiting plate (39) are matched; the telescopic adjusting top locking device comprises a reverse thread sleeve (30), an adjusting top locking pin shaft (52), a positive and negative thread screw rod (53), a positive thread sleeve (54) and a top locking chuck (55), the positive thread sleeve (54) and the negative thread sleeve (30) are connected through the positive and negative thread screw rod (53), the bottom end of the reverse thread sleeve (30) is hinged to the upper end of an included angle (31) of the falling protector through the adjusting top locking pin shaft (52), the top end of the positive thread sleeve (54) is fixedly provided with the top locking chuck (55), the longitudinal section of the top locking chuck (55) is L-shaped and consists of a transverse plate and a vertical plate, the transverse plate is fixed to the top end of the positive thread sleeve (54), the vertical plate is arranged on one side of the transverse plate close to the guide rail ladder stop (60), and the top locking chuck (55) is matched with;

a lifting mechanism is arranged in the frame body of the climbing frame, the lifting mechanism comprises a frame body upper lifting point (16), a frame body lower lifting point (17), a guide roller (18), an electric hoist (23), an electric hoist chain (32) and a steel wire rope (24), the frame body upper lifting point (16) and the frame body lower lifting point (17) are arranged between the long vertical rod (7) and the short vertical rod (8) in an up-down parallel mode, one end of the frame body upper lifting point (16) and one end of the frame body lower lifting point (17) are vertically fixed on the short vertical rod (8) and the climbing frame guide rail (59), and the other end of the frame body upper lifting point and the other end of the; an electric block (23) is hooked on a frame body upper lifting point (16), an electric block chain (32) is arranged on the electric block (23), a guide roller (18) is arranged on a frame body lower lifting point (17), one end of a steel wire rope (24) is connected with the electric block chain (32), and the other end of the steel wire rope is connected with a falling protector included angle (31) after being turned by the guide roller (18);

a wall attaching track (62) is arranged between the lower part of the climbing frame guide rail and the outer wall of a building, the wall attaching track (62) is fixed between the outer walls of two adjacent layers of buildings through wall penetrating bolts, concave-shaped sliding grooves II are formed in two sides of the wall attaching track (62), two sides of the bottom end of the climbing frame guide rail are provided with a wall attaching track anti-tilt wheel included angle I (70) and a wall attaching track anti-tilt wheel included angle II (71) which are oppositely arranged, and the wall attaching track anti-tilt wheel included angle I and the wall attaching track anti-tilt wheel included angle II are connected through fixing bolts; the included angle of the first anti-tilt wheel of the wall attaching track is an angle steel fixedly connected with the climbing frame guide rail, and the included angle of the second anti-tilt wheel of the wall attaching track is an angle steel fixedly connected with the included angle of the first anti-tilt wheel of the wall attaching track; the wall attaching track anti-tilt wheel (65) is rotatably arranged on the included angle II of the wall attaching track anti-tilt wheel and is positioned in the concave sliding groove II, and the climbing frame guide rail can move up and down along the wall attaching track (62) through the wall attaching track anti-tilt wheel; and a vertically arranged anti-falling bolt (63) on the wall attaching track and an anti-falling bolt (64) under the wall attaching track are arranged in the concave-shaped sliding grooves II on the two sides of the wall attaching track (62), and the anti-falling bolt (63) on the wall attaching track and the anti-falling bolt (64) under the wall attaching track limit the anti-falling wheels of the wall attaching track.

2. The inclined type lifting climbing frame with the triple anti-falling mechanism and the adjustable angle as claimed in claim 1 is characterized in that: an adjustable inclined strut (67) of an operation layer is arranged between the standard operation layer (10) at the bottommost layer of the climbing frame body and the long vertical rod (7), a positive threaded rod of the adjustable inclined strut (67) of the operation layer is hinged on the long vertical rod (7), and a reverse threaded rod of the adjustable inclined strut (67) of the operation layer is hinged on the standard operation layer (10).

3. The inclined type lifting climbing frame with the triple anti-falling mechanism and the adjustable angle as claimed in claim 1 is characterized in that: a positive threaded rod (67-1) of the adjustable inclined strut (67) of the operation layer is hinged to the standard operation layer (10) through an upper hinge piece (67-4), and a reverse threaded rod (67-3) is hinged to the short vertical rod (8) through a lower hinge piece (67-5).

4. The inclined type lifting climbing frame with the triple anti-falling mechanism and the adjustable angle as claimed in claim 1 or 2, is characterized in that: and a bolt mounting seat (73) is arranged on the wall attaching rail (62), one end of a wall attaching rail mounting bolt (72) is fixed on the outer wall of the building, and the other end of the wall attaching rail mounting bolt is fixed in the bolt mounting seat (73).

5. The inclined type lifting climbing frame with the triple anti-falling mechanism and the adjustable angle as claimed in claim 1 or 2, is characterized in that: the frame body upper lifting point (16) comprises an upper lifting plate (16-1) and an upper connecting piece (16-2), and two ends of the upper lifting plate (16-1) are fixed between the long vertical rod (7) and the short vertical rod (8) through the upper connecting piece (16-2); the lower lifting point (17) of the frame body comprises a lower lifting plate (17-1) and a lower connecting piece (17-2), and two ends of the lower lifting plate (17-1) are fixed between the long vertical rod (7) and the short vertical rod (8) through the lower connecting piece (17-2).

6. The inclined type lifting climbing frame with the triple anti-falling mechanism and the adjustable angle as claimed in claim 5 is characterized in that: the number of the guide rollers (18) is two, the guide rollers are a guide roller I (18-1) and a guide roller II (18-2), the guide roller I is arranged on the lower hanging plate (17-1), and the guide roller II is fixed on the lower connecting piece (17-2) and is positioned on the outer side of the frame body of the climbing frame.

7. The inclined type lifting climbing frame with the triple anti-falling mechanism and the adjustable angle as claimed in claim 1 or 2, is characterized in that: the lower end of the falling protector included angle (31) is provided with a steel wire rope lifting hole, and a steel wire rope pin shaft (48) is arranged on the steel wire rope lifting hole; one end of the steel wire rope (24) is connected with a hook at the bottom end of the electric hoist chain (32), and the other end of the steel wire rope is connected with a steel wire rope pin shaft (48) on the falling protector included angle (31) after being turned by the guide roller (18).

8. The inclined type lifting climbing frame with the triple anti-falling mechanism and the adjustable angle as claimed in claim 1 or 2, is characterized in that: the climbing frame body is provided with a distribution box (22) connected with the electric hoist.

9. The inclined type lifting climbing frame with the triple anti-falling mechanism and the adjustable angle as claimed in claim 1 or 2, is characterized in that: and two wall-attached track anti-tilt wheels (65) which are arranged up and down are arranged on the included angle II of the wall-attached track anti-tilt wheels.