CN110526143A - Bracket is used in a kind of symmetrical wall installing type lifting of high building - Google Patents
Bracket is used in a kind of symmetrical wall installing type lifting of high building Download PDFInfo
- Publication number
- CN110526143A CN110526143A CN201910753448.3A CN201910753448A CN110526143A CN 110526143 A CN110526143 A CN 110526143A CN 201910753448 A CN201910753448 A CN 201910753448A CN 110526143 A CN110526143 A CN 110526143A
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- China
- Prior art keywords
- distance adjusting
- reverse thread
- adjusting mechanism
- annular array
- intensity control
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- 238000009434 installation Methods 0.000 claims description 32
- 238000010276 construction Methods 0.000 claims description 12
- 230000001105 regulatory effect Effects 0.000 claims description 9
- 238000010586 diagram Methods 0.000 description 4
- 238000005452 bending Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 230000001681 protective effect Effects 0.000 description 1
- 230000001360 synchronised effect Effects 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66C—CRANES; LOAD-ENGAGING ELEMENTS OR DEVICES FOR CRANES, CAPSTANS, WINCHES, OR TACKLES
- B66C25/00—Cranes not provided for in groups B66C17/00 - B66C23/00
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66D—CAPSTANS; WINCHES; TACKLES, e.g. PULLEY BLOCKS; HOISTS
- B66D5/00—Braking or detent devices characterised by application to lifting or hoisting gear, e.g. for controlling the lowering of loads
- B66D5/02—Crane, lift hoist, or winch brakes operating on drums, barrels, or ropes
- B66D5/12—Crane, lift hoist, or winch brakes operating on drums, barrels, or ropes with axial effect
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Photovoltaic Devices (AREA)
Abstract
The invention discloses a kind of symmetrical wall installing type lifting brackets of high building, including the first transverse plate.The present invention can be mounted between the symmetrical wall face of roof two, so as to far from wall, reduce the probability between hoisting heavy damage metope, simultaneously when in use, due to being connected between symmetrical metope, so stress can be located at the centre of component, improve the security performance of work, when in use, it can be used with unification driving motor, it is efficient and convenient, and, there is the device groove to be clamped installing type component sliding equipment, it is slided in components interior, adjust working condition, furthermore, the device has the rotary distance adjusting mechanism of reverse thread structure, it can be adjusted according to the distance between symmetrical metope, enable bottom part stuck in metope, adaptability is high, simultaneously, improve the safety of work.
Description
Technical field
The present invention relates to hoisting bracket technical field, bracket is used in specially a kind of symmetrical wall installing type lifting of high building.
Background technique
Currently, workplace, such as roof work outdoors, needs for heavy object to be transported to roof, general side
Formula is excessively time-consuming and laborious, but existing boom hoisting for lifting the distance between position and metope be unable to control, have compared with
Big security risk.
Summary of the invention
The purpose of the present invention is to provide a kind of symmetrical wall installing type lifting brackets of high building, to solve above-mentioned background skill
The problem of being proposed in art.
To achieve the above object, the invention provides the following technical scheme: a kind of symmetrical wall installing type lifting branch of high building
Frame including the first transverse plate, the first longitudinal direction plate positioned at one side bottom of the first transverse plate, the second transverse plate and is located at second laterally
The second longitudinal direction plate of one side bottom of plate installs a reverse thread knot by bolt between the first longitudinal direction plate and second longitudinal direction plate
The center of the rotary distance adjusting mechanism of structure, first transverse plate and the second transverse plate upper surface is provided with master unit peace
Groove structure is filled, fluted clamping installing type component sliding equipment, two institutes are installed in the inside of the master unit installation groove structure
The inside for stating groove clamping installing type component sliding equipment is separately installed with first support bar and second support bar, and described first
Be separately installed with the first axle sleeve and the second axle sleeve at the top of strut and second support bar, first axle sleeve and the second axle sleeve it is interior
Portion is separately installed with the first rotary shaft and the second rotary shaft by base bearing, and first rotary shaft and the second rotary shaft are opposing
The other end of one elevator wheel of end installation, first rotary shaft and the second rotary shaft is separately installed with main connecting plate and circular array
Column spring maximum spin intensity control mechanism, one end center of the annular array spring maximum spin intensity control mechanism
One third rotary shaft is installed, a main pulley is installed in the end of the main third rotary shaft, in the periphery of the main pulley
The heart is provided with circular groove structure, and a main friction plate is installed in an end face of the main connecting plate, the first support bar middle section
Another reverse thread structure rotary distance adjusting mechanism is installed, and rotatably distance adjusts machine to the reverse thread structure on the body of rod
The other end of structure installs a connecting board structure, and an auxiliary friction plate, and the auxiliary friction plate and master are installed in the top of the connecting plate
Friction plate is in same level height.
Further, the groove clamping installing type component sliding equipment includes groove clamping installing type component sliding equipment
Installing type component skate machine is clamped with installation shell, groove clamping installing type component sliding equipment sliding block mobile space, groove
Structure connection bump position mobile space, groove clamping installing type component sliding equipment sliding block, groove are clamped installing type component
Sliding equipment connection bump position and groove are clamped installing type component sliding equipment support rod installation groove structure；It is described recessed
Slot is clamped installing type component sliding equipment and is provided centrally with groove clamping installing type component sliding equipment use with installation interior of shell
Sliding block mobile space, the groove clamping installing type component sliding equipment are provided with connection with the top center of sliding block mobile space
The groove of upper space is clamped installing type component sliding equipment connection bump position mobile space, and the groove is clamped installing type
Component sliding equipment sliding block mobile space and groove are clamped installing type component sliding equipment connection bump position mobile space
Inside be separately installed with groove clamping installing type component sliding equipment sliding block and groove clamping installing type component sliding equipment
With connection bump position, the bottom of the groove clamping installing type component sliding equipment sliding block is mounted on groove clamping installing type
The top center at component sliding equipment connection bump position, the groove are clamped installing type component sliding equipment connection bump
Fluted clamping installing type component sliding equipment support rod installation groove structure is arranged in position top center.
Further, the groove clamping installing type component sliding equipment is big with the size of the cross section of sliding block mobile space
Structure size in groove clamping installing type component sliding equipment connection bump position mobile space cross section.
Further, the groove clamping installing type component sliding equipment is mounted on master unit installation groove with installation shell
The inside of structure, and groove clamping installing type component sliding equipment is equipped with the with the inside of support rod installation groove structure
The body of rod of one support rod and second support bar bottom end.
Further, the rotary distance adjusting mechanism of reverse thread structure includes the rotary distance of reverse thread structure
Regulating mechanism screw shell, reverse thread structure rotary distance adjusting mechanism screw thread section, the rotation of reverse thread structure
Formula distance adjusting mechanism helicitic texture, reverse thread structure rotary distance adjusting mechanism bottom thread bar, reverse thread
It is structure rotary distance adjusting mechanism screw top bar, the rotary distance adjusting mechanism limit hole of reverse thread structure, anti-
To the rotary distance adjusting mechanism gag lever post of helicitic texture, the first connection of the rotary distance adjusting mechanism of reverse thread structure
Plate, the second connecting plate of the rotary distance adjusting mechanism of reverse thread structure, the rotary distance adjusting mechanism of reverse thread structure
With the second bolt hole of the first bolt hole and the rotary distance adjusting mechanism of reverse thread structure；The reverse thread structure rotation
The rotary distance adjusting mechanism of connection reverse thread structure that is provided centrally with inside formula distance adjusting mechanism screw shell is used
The reverse thread structure rotary distance adjusting mechanism screw thread section of screw shell both ends of the surface, the reverse thread structure rotation
Formula distance adjusting mechanism screw shell is being located at reverse thread structure rotary distance adjusting mechanism screw thread section
Inner wall is provided with the rotary distance adjusting mechanism helicitic texture of reverse thread structure, the rotary distance of reverse thread structure
The bottom and top in regulating mechanism screw thread section pass through the rotary distance adjusting mechanism screw thread knot of reverse thread structure respectively
Structure is connected with the rotary distance adjusting mechanism bottom thread bar of reverse thread structure and reverse thread structure, and rotatably distance is adjusted
Save mechanism screw top bar, reverse thread structure rotary distance adjusting mechanism the bottom thread bar and reverse thread knot
The rotary distance adjusting mechanism of structure is provided with reverse thread structure rotatably distance tune with screw top bar inside opposite end
Mechanism limit hole is saved, a reversed spiral shell is inserted into the inside of the two rotary distance adjusting mechanism limit holes of reverse thread structure
The rotary distance adjusting mechanism gag lever post of line structure, the rotary distance adjusting mechanism bottom thread of reverse thread structure
The other both ends of bar and reverse thread structure rotary distance adjusting mechanism screw top bar are separately installed with reverse thread knot
The second connecting plate of the first connecting plate of the rotary distance adjusting mechanism of structure and the rotary distance adjusting mechanism of reverse thread structure,
Rotatably distance adjusts machine for the first connecting plate of the rotary distance adjusting mechanism of reverse thread structure and reverse thread structure
The second connecting plate of structure is internally provided with reverse thread structure rotary distance adjusting mechanism the first bolt hole and reversed spiral shell
The second bolt hole of the rotary distance adjusting mechanism of line structure.
Further, the rotary distance adjusting mechanism of reverse thread structure includes being arranged in reversed spiral shell with helicitic texture
The internal thread structure of line structure rotary distance adjusting mechanism screw shell inner wall and setting are rotary in reverse thread structure
On distance adjusting mechanism bottom thread bar and reverse thread structure rotary distance adjusting mechanism screw top club shaft
External thread structure, and it is located at reverse thread structure rotary distance adjusting mechanism the bottom thread bar and reverse thread structure
Rotary distance adjusting mechanism is opposite with the hand of spiral of the helicitic texture on screw top club shaft.
Further, the construction profile of the reverse thread structure rotary distance adjusting mechanism limit hole cross section with
The rotary distance adjusting mechanism of reverse thread structure is triangular structure with the construction profile of gag lever post cross section, described reversed
The rotary distance adjusting mechanism of helicitic texture is connect by bolt with first longitudinal direction plate and first support bar with the first bolt hole, institute
The end for stating the second bolt hole of the rotary distance adjusting mechanism of reverse thread structure passes through bolt and second longitudinal direction plate and connection
Hardened structure connection.
Further, the annular array spring maximum spin intensity control mechanism includes that annular array spring is maximum
The main hollow section of the main hollow housing of spin intensity control mechanism, annular array spring maximum spin intensity control mechanism,
Annular array spring maximum spin intensity control mechanism column spinner, annular array spring maximum spin intensity control mechanism
With semi-circular recesses structure, the secondary hollow section of annular array spring maximum spin intensity control mechanism, annular array spring
Formula maximum spin intensity control mechanism movable plate, annular array spring maximum spin intensity control mechanism helical spring and
Annular array spring maximum spin intensity control mechanism push rod；The annular array spring maximum spin intensity controls machine
Structure is fixedly connected with the center of main one end face of hollow housing with the end of a third rotary shaft, and the annular array spring is maximum
Center of the spin intensity control mechanism inside main hollow housing is that the annular array spring maximum spin intensity controls machine
The main hollow section of structure, the annular array spring maximum spin intensity control mechanism are being located at the ring with main hollow housing
The inside in the main hollow section of shape array of springs formula maximum spin intensity control mechanism is socketed annular array spring maximum rotation
Turn strength control mechanism column spinner, the main hollow housing of the annular array spring maximum spin intensity control mechanism it is interior
Portion is the secondary hollow section of annular array spring maximum spin intensity control mechanism, the annular array spring maximum rotation
The inside in the secondary hollow section of strength control mechanism is being located at annular array spring maximum spin intensity control mechanism use
Place an annular array spring maximum spin intensity control mechanism movable plate, the circular array in one end face in main hollow section
The secondary hollow section of column spring maximum spin intensity control mechanism is in place in the annular array spring maximum spin intensity
An annular array spring maximum spin intensity control mechanism helical spring is fixed between one end of control mechanism movable plate,
One end face of the annular array spring maximum spin intensity control mechanism movable plate is provided with and its integral structure
Annular array spring maximum spin intensity control mechanism push rod, and the annular array spring maximum spin intensity controls
Mechanism push rod runs through the main hollow housing of the annular array spring maximum spin intensity control mechanism, and is located at the ring
The inside in the main hollow section of shape array of springs formula maximum spin intensity control mechanism, the annular array spring maximum rotation
Strength control mechanism push rod is being located at the main hollow section of the annular array spring maximum spin intensity control mechanism
One end is semicircular structure, and the side setting of the annular array spring maximum spin intensity control mechanism column spinner is useful
In the annular array spring maximum rotation for placing the annular array spring maximum spin intensity control mechanism push rod end
Turn strength control mechanism semi-circular recesses structure, the annular array spring maximum spin intensity control mechanism column spinner
The end that is rotated with third of one end fix.
Further, the initial length of the annular array spring maximum spin intensity control mechanism helical spring is big
Length in the secondary hollow section of the annular array spring maximum spin intensity control mechanism.
Further, the construction profile of the annular array spring maximum spin intensity control mechanism push rod end and
Annular array spring maximum spin intensity control mechanism is consistent with the construction profile of semi-circular recesses structure.
Compared with prior art, the beneficial effects of the present invention are: the present invention can be mounted on the symmetrical wall face of roof two it
Between, so as to far from wall, reduce the probability between hoisting heavy damage metope, while when in use, due to being connected to pair
Claim between metope, so stress can be located at the centre of component, improves the security performance of work, when in use, cooperation
One driving motor can be used, efficient and convenient, moreover, there is the device groove to be clamped installing type component sliding equipment, in component
Inside is slided, and working condition is adjusted, in addition, the device has the rotary distance adjusting mechanism of reverse thread structure, it can
It being adjusted according to the distance between symmetrical metope, enables bottom part stuck in metope, adaptability is high, meanwhile, it improves
The safety of work can control rotation in addition, the device has annular array spring maximum spin intensity control mechanism
When maximum resistance value, prevent rotational resistance excessive and caused by rotary shaft bending phenomenon generation.
Detailed description of the invention
Fig. 1 is the complete section structural schematic diagram that bracket is used in a kind of symmetrical wall installing type lifting of high building of the present invention；
Fig. 2 is a kind of high building of the present invention symmetrical wall installing type lifting bracket further groove clamping installing type component skate machine
The structural schematic diagram of structure；
Fig. 3 is that reverse thread structure rotatably adjust by distance in a kind of symmetrical wall installing type lifting bracket of high building of the present invention
Save the structural schematic diagram of mechanism；
Fig. 4 is that annular array of springs formula maximum rotation is strong in a kind of symmetrical wall installing type lifting bracket of high building of the present invention
Spend the structural schematic diagram of control mechanism；
In figure: 1, the first transverse plate, 2, the second transverse plate, 3, first longitudinal direction plate, 4, second longitudinal direction plate, 5, master unit installation
Groove structure, 6, groove are clamped installing type component sliding equipment, 61, and it is outer that groove is clamped the installation of installing type component sliding equipment
Shell, 62. grooves are clamped installing type component sliding equipment sliding block mobile space, 63, and groove is clamped installing type component sliding equipment
With connection bump position mobile space, 64, groove is clamped installing type component sliding equipment sliding block, and 65, groove is clamped installing type
Component sliding equipment connection bump position, 66, groove clamping installing type component sliding equipment support rod installation groove structure,
7, the rotary distance adjusting mechanism of reverse thread structure, 71, the rotary distance adjusting mechanism screw shell of reverse thread structure,
72, reverse thread structure rotary distance adjusting mechanism screw thread section, 73, the rotary distance adjusting mechanism of reverse thread structure
With helicitic texture, 74, reverse thread structure rotary distance adjusting mechanism bottom thread bar, 75, the rotation of reverse thread structure
Formula distance adjusting mechanism screw top bar, 76, the rotary distance adjusting mechanism limit hole of reverse thread structure, 77, reversely
The rotary distance adjusting mechanism gag lever post of helicitic texture, 78, the rotary distance adjusting mechanism of reverse thread structure is connected with first
Fishplate bar, 79, the second connecting plate of the rotary distance adjusting mechanism of reverse thread structure, 710, the rotary distance of reverse thread structure
The first bolt hole of regulating mechanism, 711, reverse thread structure rotary distance adjusting mechanism the second bolt hole, 8, first
Strut, 9, second support bar, 10, the first axle sleeve, 11, the second axle sleeve, 12, the first rotary shaft, 13, the second rotary shaft, 14, elevator
Wheel, 15, main connecting plate, 16, main friction plate, 17, annular array spring maximum spin intensity control mechanism, 171, annular array
The main hollow housing of spring maximum spin intensity control mechanism, 172, annular array spring maximum spin intensity control mechanism
With the hollow section of master, 173, annular array spring maximum spin intensity control mechanism column spinner, 174, annular array spring
Formula maximum spin intensity control mechanism semi-circular recesses structure, 175, annular array spring maximum spin intensity control mechanism
With secondary hollow section, 176, annular array spring maximum spin intensity control mechanism movable plate, 177, annular array spring
Formula maximum spin intensity control mechanism helical spring, 178, annular array spring maximum spin intensity control mechanism is with pushing away
Bar, 18, main third rotary shaft, 19, main pulley, 20, circular groove structure, 21, connecting board structure, 22, auxiliary friction plate.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the invention: including the first transverse plate 1, being located at 1 side of the first transverse plate
The first longitudinal direction plate 3 of bottom, the second transverse plate 2 and the second longitudinal direction plate 4 positioned at 2 one side bottom of the second transverse plate, feature exists
In: a reverse thread structure rotatably distance adjusting machine is installed by bolt between the first longitudinal direction plate 3 and second longitudinal direction plate 4
Structure 7, the center of 2 upper surface of first transverse plate 1 and the second transverse plate are provided with a master unit installation groove structure 5, institute
The inside for stating master unit installation groove structure 5 is installed by fluted clamping installing type component sliding equipment 6, the two groove clamping peaces
The inside of dress formula component sliding equipment 6 is separately installed with first support bar 8 and second support bar 9, the first support bar 8 and
The top of two support rods 9 is separately installed with the first axle sleeve 10 and the second axle sleeve 11, first axle sleeve 10 and the second axle sleeve 11
Inside is separately installed with the first rotary shaft 12 and the second rotary shaft 13, first rotary shaft 12 and the second rotation by base bearing 24
Shaft 13 installs an elevator wheel 14 in opposite end, and the other end of first rotary shaft 12 and the second rotary shaft 13 is installed respectively
There are main connecting plate 15 and annular array spring maximum spin intensity control mechanism 17, the annular array spring maximum rotation
A third rotary shaft 18 is installed at one end center of strength control mechanism 17, and a main skin is installed in the end of the main third rotary shaft 18
Belt wheel 19, the periphery of the main pulley 19 are provided centrally with circular groove structure 20, an end face of the main connecting plate 15
One main friction plate 16 is installed, another reverse thread structure is installed on the body of rod in 8 middle section of first support bar, and rotatably distance is adjusted
Mechanism 7 is saved, and the other end of the rotary distance adjusting mechanism 7 of the reverse thread structure installs a connecting board structure 21, the company
An auxiliary friction plate 22 is installed at the top of fishplate bar 21, and the auxiliary friction plate 22 and main friction plate 16 are in same level height.
Referring to Fig. 2, the groove clamping installing type component sliding equipment 6 includes that groove is clamped installing type component skate machine
Structure installation shell 61, groove clamping installing type component sliding equipment sliding block mobile space 62, groove are clamped installing type component
Sliding equipment connection bump position mobile space 63, groove clamping installing type component sliding equipment sliding block 64, groove clamping
Installing type component sliding equipment connection bump position 65 and groove clamping installing type component sliding equipment support rod installation are recessed
Slot structure 66；Fluted clamping installation is arranged in groove clamping installing type component sliding equipment installation 61 inside center of shell
Formula component sliding equipment sliding block mobile space 62, the groove are clamped installing type component sliding equipment sliding block mobile space 62
Top center be provided with connection upper space groove clamping installing type component sliding equipment connection bump position it is mobile empty
Between 63, groove clamping installing type component sliding equipment sliding block mobile space 62 and groove are clamped installing type component skate machine
Structure is separately installed with groove clamping installing type component sliding equipment sliding block 64 with the inside of connection bump position mobile space 63
It is clamped installing type component sliding equipment connection bump position 65 with groove, the groove clamping installing type component sliding equipment is used
The bottom of sliding block 64 is mounted on the top center at groove clamping installing type component sliding equipment connection bump position 65, described recessed
Slot is clamped installing type component sliding equipment 65 top center of connection bump position and fluted clamping installing type component sliding is arranged
Mechanism support rod installation groove structure 66；The cross of the groove clamping installing type component sliding equipment sliding block mobile space 62
The size in section is greater than the structure of groove clamping installing type component sliding equipment 63 cross section of connection bump position mobile space
Size；The groove clamping installing type component sliding equipment installation shell 61 is mounted on the interior of master unit installation groove structure 5
Portion, and groove clamping installing type component sliding equipment is equipped with the first support with the inside of support rod installation groove structure 66
The body of rod of 9 bottom end of bar 8 and second support bar, main function is: can be moved in inside, realize and adjust clamping effect.
Referring to Fig. 3, the rotary distance adjusting mechanism 7 of reverse thread structure include reverse thread structure rotatably away from
From regulating mechanism screw shell 71, reverse thread structure rotary distance adjusting mechanism screw thread section 72, reverse thread knot
Structure rotary distance adjusting mechanism helicitic texture 73, reverse thread structure rotary distance adjusting mechanism bottom thread bar
74, rotatably distance adjusts machine for reverse thread structure rotary distance adjusting mechanism screw top bar 75, reverse thread structure
Structure limit hole 76, reverse thread structure rotary distance adjusting mechanism gag lever post 77, the rotary distance of reverse thread structure
The first connecting plate 78 of regulating mechanism, the rotary distance adjusting mechanism of reverse thread structure the second connecting plate 79, reverse thread
The second spiral shell of the first bolt hole 710 of the rotary distance adjusting mechanism of structure and the rotary distance adjusting mechanism of reverse thread structure
Keyhole 711；Connection is provided centrally with instead inside the rotary distance adjusting mechanism screw shell 71 of reverse thread structure
To the reverse thread structure of helicitic texture rotary distance adjusting mechanism 71 both ends of the surface of screw shell, rotatably distance adjusts machine
Structure screw thread section 72, the rotary distance adjusting mechanism of reverse thread structure are being located at the reversed spiral shell with screw shell 71
The rotary distance adjusting mechanism of line structure is provided with reverse thread structure rotatably apart from adjusting machine with the inner wall in screw thread section 72
Structure helicitic texture 73, the bottom and top difference in the reverse thread structure rotary distance adjusting mechanism screw thread section 72
Being connected with reverse thread structure by the rotary distance adjusting mechanism helicitic texture 73 of reverse thread structure, rotatably distance is adjusted
Save mechanism bottom thread bar 74 and reverse thread structure rotary distance adjusting mechanism screw top bar 75, the reversed spiral shell
At the top of line structure rotary distance adjusting mechanism bottom thread bar 74 and the rotary distance adjusting mechanism of reverse thread structure
Threaded rod 75 is provided with the rotary distance adjusting mechanism limit hole 76 of reverse thread structure inside opposite end, and two is described anti-
Being inserted into a reverse thread structure to the inside of helicitic texture rotary distance adjusting mechanism limit hole 76, rotatably distance is adjusted
Mechanism gag lever post 77, reverse thread structure rotary distance adjusting mechanism the bottom thread bar 74 and reverse thread structure
The other both ends of rotary distance adjusting mechanism screw top bar 75 are separately installed with reverse thread structure, and rotatably distance is adjusted
Save the first connecting plate 78 of mechanism and the second connecting plate 79 of the rotary distance adjusting mechanism of reverse thread structure, the reversed spiral shell
The first connecting plate 78 of the rotary distance adjusting mechanism of line structure and the rotary distance adjusting mechanism of reverse thread structure are with second
Connecting plate 79 is internally provided with the rotary distance adjusting mechanism of reverse thread structure the first bolt hole 710 and reverse thread knot
The second bolt hole 711 of the rotary distance adjusting mechanism of structure；The rotary distance adjusting mechanism screw thread of reverse thread structure
Structure 73 include be arranged in rotary 71 inner wall of distance adjusting mechanism screw shell of reverse thread structure internal thread structure and
Setting is in reverse thread structure rotary distance adjusting mechanism bottom thread bar 74 and reverse thread structure rotatably apart from tune
External thread structure of the mechanism on 75 body of rod of screw top bar is saved, and is located at the reverse thread structure rotatably distance adjusting machine
Screw thread knot on 75 body of rod of structure bottom thread bar 74 and reverse thread structure rotary distance adjusting mechanism screw top bar
The hand of spiral of structure is opposite；The construction profile of the reverse thread structure rotary distance adjusting mechanism 76 cross section of limit hole
It with the construction profile of 77 cross section of gag lever post is triangular structure with the rotary distance adjusting mechanism of reverse thread structure, it is described
The rotary distance adjusting mechanism of reverse thread structure passes through bolt and first longitudinal direction plate 3 and the first support with the first bolt hole 710
Bar 8 connects, and the end of the second bolt hole 711 of the rotary distance adjusting mechanism of reverse thread structure passes through bolt and second
Longitudinal plate 4 and connecting board structure 21 connect, and main function is: the rotation rotary distance adjusting mechanism spiral shell of reverse thread structure
When line sleeve 71, it is able to carry out the adjustment effect of distance.
Referring to Fig. 4, the annular array spring maximum spin intensity control mechanism 17 includes annular array spring
During the main hollow housing 171 of maximum spin intensity control mechanism, annular array spring maximum spin intensity control mechanism are main
Empty interval 172, annular array spring maximum spin intensity control mechanism column spinner 173, the rotation of annular array spring maximum
It is secondary hollow to turn strength control mechanism semi-circular recesses structure 174, annular array spring maximum spin intensity control mechanism
Section 175, annular array spring maximum spin intensity control mechanism movable plate 176, the rotation of annular array spring maximum
Strength control mechanism helical spring 177 and annular array spring maximum spin intensity control mechanism push rod 178；The ring
The center of main 171 1 end face of hollow housing of shape array of springs formula maximum spin intensity control mechanism and a third rotary shaft 13
End is fixedly connected, the center of the annular array spring maximum spin intensity control mechanism inside main hollow housing 171
For the main hollow section 172 of the annular array spring maximum spin intensity control mechanism, the annular array spring is most
Big spin intensity control mechanism is being located at the annular array spring maximum spin intensity control mechanism with main hollow housing 171
It is socketed an annular array spring maximum spin intensity control mechanism column spinner 173 with the inside in the hollow section 172 of master, it is described
Annular array spring maximum spin intensity control mechanism is the rotation of annular array spring maximum with the inside of main hollow housing 171
Turn the secondary hollow section 175 of strength control mechanism, the annular array spring maximum spin intensity control mechanism is secondary hollow
The inside in section 175 is being located at the one of the main hollow section 172 of the annular array spring maximum spin intensity control mechanism
An annular array spring maximum spin intensity control mechanism movable plate 176 is placed in end face, and the annular array spring is most
The big secondary hollow section 175 of spin intensity control mechanism is being located at the annular array spring maximum spin intensity control mechanism
With fixing an annular array spring maximum spin intensity control mechanism helical spring 177, institute between one end of movable plate 176
The end face for stating annular array spring maximum spin intensity control mechanism movable plate 176 is provided with and its integral structure
Annular array spring maximum spin intensity control mechanism push rod 178, and the annular array spring maximum spin intensity
Control mechanism push rod 178 runs through the main hollow housing 171 of the annular array spring maximum spin intensity control mechanism, and
Positioned at the inside in the main hollow section 172 of the annular array spring maximum spin intensity control mechanism, the annular array
Spring maximum spin intensity control mechanism is being located at annular array spring maximum spin intensity control machine with push rod 178
Structure is semicircular structure with the one end in main hollow section 172, and the annular array spring maximum spin intensity control mechanism is used
The side of column spinner 173 is provided with for placing the annular array spring maximum spin intensity control mechanism push rod 178
The annular array spring maximum spin intensity control mechanism semi-circular recesses structure 174 of end, the annular array spring
Formula maximum spin intensity control mechanism is fixed with one end of column spinner 173 and the end of third rotary shaft 18；The annular array
The initial length of spring maximum spin intensity control mechanism helical spring 177 is revolved greater than the annular array spring maximum
Turn the length in the secondary hollow section 175 of strength control mechanism；The annular array spring maximum spin intensity control mechanism is used
The construction profile and annular array spring maximum spin intensity control mechanism semi-circular recesses structure 174 of 178 end of push rod
Construction profile it is consistent, main function is: when drive resistance it is excessive when, resistance be greater than annular array spring maximum rotation
When the elasticity of strength control mechanism helical spring 177, annular array spring maximum spin intensity control mechanism can be made to use
Helical spring 177 compresses, and under causation, so that realizing relative rotation between two rotary shafts, plays a protective role, so ring
It is strong when the elastic strength of shape array of springs formula maximum spin intensity control mechanism helical spring 177 is less than the bending of rotary shaft
Degree.
Specifically used mode: in present invention work, adjusting the rotary distance adjusting mechanism 7 of reverse thread structure, so that the
It is symmetrical that vertical space between one transverse plate 1 and first longitudinal direction plate 3 and the second transverse plate 2 and second longitudinal direction plate 4 is connected to two
Then corner at the top of metope will be connected between the belt pulley and main pulley 19 of a driving motor end by synchronous belt again
It connects, when driving motor work, will drive the rotation of elevator wheel 14, elevator wheel 14 is consolidated the wirerope of lifting by the prior art
Fixed to carry out slinging work inside it, when needing to brake, adjusting another reverse thread structure, rotatably distance is adjusted
Mechanism 7 can be braked so that realizing contact between the first friction plate 16 and the second friction plate 22, similarly be reversely rotated anti-
To the rotary distance adjusting mechanism 7 of helicitic texture, that is, each position may make to reset.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (10)
1. a kind of symmetrical wall installing type lifting bracket of high building, including the first transverse plate (1), it is located at the first transverse plate (1) one
First longitudinal direction plate (3), the second transverse plate (2) and the second longitudinal direction plate for being located at (2) one side bottom of the second transverse plate of side bottom
(4), it is characterised in that: a reverse thread structure is installed by bolt between the first longitudinal direction plate (3) and second longitudinal direction plate (4)
The center of rotary distance adjusting mechanism (7), first transverse plate (1) and the second transverse plate (2) upper surface is provided with one
The inside of master unit installation groove structure (5), the master unit installation groove structure (5) is installed by fluted clamping installing type component
The inside of sliding equipment (6), two groove clampings installing type component sliding equipment (6) is separately installed with first support bar (8)
With second support bar (9), the first axle sleeve (10) are separately installed at the top of the first support bar (8) and second support bar (9)
With the second axle sleeve (11), the inside of first axle sleeve (10) and the second axle sleeve (11) is separately installed with the by base bearing (24)
One rotary shaft (12) and the second rotary shaft (13), first rotary shaft (12) and the second rotary shaft (13) install one in opposite end
The other end of elevator wheel (14), first rotary shaft (12) and the second rotary shaft (13) is separately installed with main connecting plate (15)
With annular array spring maximum spin intensity control mechanism (17), the annular array spring maximum spin intensity controls machine
A third rotary shaft (18) is installed at one end center of structure (17), and a main pulley is installed in the end of the main third rotary shaft (18)
(19), the periphery of the main pulley (19) is provided centrally with circular groove structure (20), and the one of the main connecting plate (15)
A main friction plate (16) is installed in end face, and another reverse thread structure rotation is installed on the body of rod in first support bar (8) middle section
Formula distance adjusting mechanism (7), and one connection of other end installation of the rotary distance adjusting mechanism of reverse thread structure (7) is hardened
An auxiliary friction plate (22) are installed at the top of structure (21), the connecting plate (21), and the auxiliary friction plate (22) and main friction plate
(16) it is in same level height.
2. the symmetrical wall installing type lifting bracket of a kind of high building according to claim 1, it is characterised in that: the groove
Clamping installing type component sliding equipment (6) includes groove clamping installing type component sliding equipment installation shell (61), groove card
Connect installing type component sliding equipment sliding block mobile space (62), groove clamping installing type component sliding equipment connection bump portion
Position mobile space (63), groove clamping installing type component sliding equipment sliding block (64), groove are clamped installing type component skate machine
Structure connection bump position (65) and groove clamping installing type component sliding equipment support rod installation groove structure (66)；It is described
Groove is clamped installing type component sliding equipment installation shell (61) inside center and fluted clamping installing type component sliding is arranged
Mechanism sliding block mobile space (62), the top of groove clamping installing type component sliding equipment sliding block mobile space (62)
It is provided centrally with groove clamping installing type component sliding equipment connection bump position mobile space (63) of connection upper space,
The groove clamping installing type component sliding equipment sliding block mobile space (62) and groove are clamped installing type component sliding equipment
Groove clamping installing type component sliding equipment sliding block is separately installed with the inside of connection bump position mobile space (63)
(64) and groove is clamped installing type component sliding equipment connection bump position (65), the groove clamping installing type component sliding
Mechanism is mounted on the top of groove clamping installing type component sliding equipment connection bump position (65) with the bottom of sliding block (64)
Center, groove clamping installing type component sliding equipment connection bump position (65) top center are arranged fluted clamping and pacify
Dress formula component sliding equipment support rod installation groove structure (66).
3. the symmetrical wall installing type lifting bracket of a kind of high building according to claim 2, it is characterised in that: the groove
The size for being clamped the installing type component sliding equipment cross section of sliding block mobile space (62) is greater than groove and is clamped installing type component
The structure size of sliding equipment connection bump position mobile space (63) cross section.
4. the symmetrical wall installing type lifting bracket of a kind of high building according to claim 2, it is characterised in that: the groove
Clamping installing type component sliding equipment is mounted on the inside of master unit installation groove structure (5) with installation shell (61), and described
Groove be clamped installing type component sliding equipment with the inside of support rod installation groove structure (66) be equipped with first support bar (8) and
The body of rod of second support bar (9) bottom end.
5. the symmetrical wall installing type lifting bracket of a kind of high building according to claim 1, it is characterised in that: described reversed
The rotary distance adjusting mechanism of helicitic texture (7) includes the rotary distance adjusting mechanism screw shell of reverse thread structure
(71), with screw thread section (72), reverse thread structure, rotatably distance is adjusted the rotary distance adjusting mechanism of reverse thread structure
Mechanism helicitic texture (73), reverse thread structure rotary distance adjusting mechanism bottom thread bar (74), reverse thread knot
Structure rotary distance adjusting mechanism screw top bar (75), the rotary distance adjusting mechanism limit hole of reverse thread structure
(76), rotatably distance adjusts machine for reverse thread structure rotary distance adjusting mechanism gag lever post (77), reverse thread structure
Structure the first connecting plate (78), the rotary distance adjusting mechanism of reverse thread structure the second connecting plate (79), reverse thread knot
The second spiral shell of the rotary distance adjusting mechanism of structure the first bolt hole (710) and the rotary distance adjusting mechanism of reverse thread structure
Keyhole (711)；The internal company of being provided centrally with of the rotary distance adjusting mechanism screw shell (71) of reverse thread structure
The rotary distance of reverse thread structure of logical reverse thread structure rotary distance adjusting mechanism screw shell (71) both ends of the surface
Regulating mechanism is being located at screw thread section (72), the rotary distance adjusting mechanism screw shell (71) of reverse thread structure
The rotary distance adjusting mechanism of reverse thread structure is provided with the rotation of reverse thread structure with the inner wall of screw thread section (72)
Formula distance adjusting mechanism is with helicitic texture (73), and the rotary distance adjusting mechanism of reverse thread structure is with screw thread section (72)
Bottom and top pass through the rotary distance adjusting mechanism of reverse thread structure respectively and be connected with reversed spiral shell with helicitic texture (73)
Line structure rotary distance adjusting mechanism bottom thread bar (74) and the rotary distance adjusting mechanism top of reverse thread structure
Portion's threaded rod (75), reverse thread structure rotary distance adjusting mechanism bottom thread bar (74) and the reverse thread structure
Rotary distance adjusting mechanism is provided with the rotary distance of reverse thread structure with screw top bar (75) inside opposite end
Regulating mechanism is inserted with limit hole (76), the inside of two reverse thread structure rotary distance adjusting mechanism limit holes (76)
Enter the rotary distance adjusting mechanism gag lever post (77) of a reverse thread structure, rotatably distance is adjusted the reverse thread structure
Other the two of mechanism bottom thread bar (74) and reverse thread structure rotary distance adjusting mechanism screw top bar (75)
End is separately installed with the rotary distance adjusting mechanism of reverse thread structure the first connecting plate (78) and the rotation of reverse thread structure
Formula distance adjusting mechanism the second connecting plate (79), the first connecting plate of the rotary distance adjusting mechanism of reverse thread structure
(78) and the rotary distance adjusting mechanism of reverse thread structure with the second connecting plate (79) is internally provided with reverse thread structure
The second bolt of rotary distance adjusting mechanism the first bolt hole (710) and the rotary distance adjusting mechanism of reverse thread structure
Hole (711).
6. the symmetrical wall installing type lifting bracket of a kind of high building according to claim 5, it is characterised in that: described reversed
The rotary distance adjusting mechanism of helicitic texture includes setting in the rotatably distance adjusting of reverse thread structure with helicitic texture (73)
The mechanism internal thread structure of screw shell (71) inner wall and setting are at the rotary distance adjusting mechanism bottom of reverse thread structure
The external screw thread knot of portion's threaded rod (74) and reverse thread structure rotary distance adjusting mechanism on screw top bar (75) body of rod
Structure, and it is located at reverse thread structure rotary distance adjusting mechanism bottom thread bar (74) and the rotation of reverse thread structure
Formula distance adjusting mechanism is opposite with the hand of spiral of the helicitic texture on screw top bar (75) body of rod.
7. the symmetrical wall installing type lifting bracket of a kind of high building according to claim 5, it is characterised in that: described reversed
The construction profile of helicitic texture rotary distance adjusting mechanism limit hole (76) cross section and reverse thread structure rotatably away from
With the construction profile of gag lever post (77) cross section be triangular structure from regulating mechanism, the reverse thread structure rotatably away from
It is connect by bolt with first longitudinal direction plate (3) and first support bar (8) from regulating mechanism with the first bolt hole (710), it is described anti-
To the end of the rotary distance adjusting mechanism of helicitic texture the second bolt hole (711) by bolt and second longitudinal direction plate (4) and
Connecting board structure (21) connection.
8. the symmetrical wall installing type lifting bracket of a kind of high building according to claim 1, it is characterised in that: the annular
Array of springs formula maximum spin intensity control mechanism (17) includes annular array spring maximum spin intensity control mechanism master
The main hollow section (172) of hollow housing (171), annular array spring maximum spin intensity control mechanism, annular array bullet
Spring formula maximum spin intensity control mechanism column spinner (173), annular array spring maximum spin intensity control mechanism are with partly
The secondary hollow section (175) of circular groove structure (174), annular array spring maximum spin intensity control mechanism, circular array
Column spring maximum spin intensity control mechanism movable plate (176), annular array spring maximum spin intensity control mechanism
With helical spring (177) and annular array spring maximum spin intensity control mechanism push rod (178)；The annular array bullet
Spring formula maximum spin intensity the control mechanism center of main (171) one end face of hollow housing and the end of a third rotary shaft (13)
It is fixedly connected, the internal center of the annular array spring maximum spin intensity control mechanism main hollow housing (171) is
The main hollow section (172) of the annular array spring maximum spin intensity control mechanism, the annular array spring is most
Big spin intensity control mechanism is being located at annular array spring maximum spin intensity control machine with main hollow housing (171)
Structure is socketed an annular array spring maximum spin intensity control mechanism column spinner with the inside of main hollow section (172)
(173), the inside of the annular array spring maximum spin intensity control mechanism main hollow housing (171) is annular array
The secondary hollow section (175) of spring maximum spin intensity control mechanism, the annular array spring maximum spin intensity control
The inside of the secondary hollow section (175) of mechanism processed is being located at annular array spring maximum spin intensity control mechanism master
Place annular array spring maximum spin intensity control mechanism movable plate (176), an institute in one end face of hollow section (172)
It states the secondary hollow section (175) of annular array spring maximum spin intensity control mechanism and is being located at the annular array spring
Maximum spin intensity control mechanism is with fixing an annular array spring maximum spin intensity control between one end of movable plate (176)
Mechanism processed is with helical spring (177), and the annular array spring maximum spin intensity control mechanism is with the one of movable plate (176)
End face is provided with the annular array spring maximum spin intensity control mechanism push rod (178) with its integral structure, and institute
Annular array spring maximum spin intensity control mechanism push rod (178) is stated to rotate through the annular array spring maximum
Strength control mechanism is located at the annular array spring maximum spin intensity control mechanism and is used with main hollow housing (171)
The inside of main hollow section (172), the annular array spring maximum spin intensity control mechanism push rod (178) are being located at
One end of the main hollow section (172) of the annular array spring maximum spin intensity control mechanism is semicircular structure, institute
Annular array spring maximum spin intensity control mechanism is stated to be provided with the side of column spinner (173) for placing the annular
The annular array spring maximum spin intensity of array of springs formula maximum spin intensity control mechanism push rod (178) end controls
Mechanism is with semi-circular recesses structure (174), and the annular array spring maximum spin intensity control mechanism is with column spinner (173)
One end and the end of third rotary shaft (18) fix.
9. the symmetrical wall installing type lifting bracket of a kind of high building according to claim 8, it is characterised in that: the annular
The initial length of array of springs formula maximum spin intensity control mechanism helical spring (177) is greater than the annular array spring
The length of the secondary hollow section (175) of maximum spin intensity control mechanism.
10. the symmetrical wall installing type lifting bracket of a kind of high building according to claim 8, it is characterised in that: the ring
The construction profile and annular array spring of shape array of springs formula maximum spin intensity control mechanism push rod (178) end are maximum
Spin intensity control mechanism is consistent with the construction profile of semi-circular recesses structure (174).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910753448.3A CN110526143A (en) | 2019-08-15 | 2019-08-15 | Bracket is used in a kind of symmetrical wall installing type lifting of high building |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910753448.3A CN110526143A (en) | 2019-08-15 | 2019-08-15 | Bracket is used in a kind of symmetrical wall installing type lifting of high building |
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| CN110526143A true CN110526143A (en) | 2019-12-03 |
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|---|---|---|---|
| CN201910753448.3A Pending CN110526143A (en) | 2019-08-15 | 2019-08-15 | Bracket is used in a kind of symmetrical wall installing type lifting of high building |
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| CN (1) | CN110526143A (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111151449A (en) * | 2020-02-27 | 2020-05-15 | 胡晓勇 | Object screening device with relative rotation type |
| CN111196567A (en) * | 2020-02-21 | 2020-05-26 | 泉州思泉技术咨询服务有限公司 | Door and window joint fixed heavy object hoisting support |
| CN111232862A (en) * | 2020-02-27 | 2020-06-05 | 赵明月 | Auxiliary rotating device for automatic elevator winch |
| CN111248821A (en) * | 2020-02-24 | 2020-06-09 | 泉州昀康工业设计服务有限公司 | High-efficient dust collector is used in industrial production place |
| CN111285306A (en) * | 2020-02-14 | 2020-06-16 | 赵明月 | Town road underground well lid is with not hard up device |
| CN112079279A (en) * | 2020-10-08 | 2020-12-15 | 拉弗莱防坠落系统科技(苏州)有限公司 | Anti-falling device for elevator |
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| CN111151449A (en) * | 2020-02-27 | 2020-05-15 | 胡晓勇 | Object screening device with relative rotation type |
| CN111232862A (en) * | 2020-02-27 | 2020-06-05 | 赵明月 | Auxiliary rotating device for automatic elevator winch |
| CN112079279A (en) * | 2020-10-08 | 2020-12-15 | 拉弗莱防坠落系统科技(苏州)有限公司 | Anti-falling device for elevator |
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Application publication date: 20191203 |