CN208235927U - All steel intelligent building construction lifting platform - Google Patents
All steel intelligent building construction lifting platform Download PDFInfo
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- CN208235927U CN208235927U CN201721710836.6U CN201721710836U CN208235927U CN 208235927 U CN208235927 U CN 208235927U CN 201721710836 U CN201721710836 U CN 201721710836U CN 208235927 U CN208235927 U CN 208235927U
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Abstract
A kind of all steel intelligent building construction lifting platform, including support system, attachment guiding and Load Relief System, frame body lifting system, dual anti-drop system, construction protection system, electrical control system, motor hoist setting hanging is inside frame body, primary hanging need not move repeatedly, and be blocked by steel walkway board；It is provided with the device of tower crane attached wall, can be used in the position for having tower crane wall-attaching equipment；Frame body is docked using difference in height structure, and node strength is high；Horizontal truss is installed on frame body.Its advantage is that full steel structure designs, plant produced, assembled in situ lifting reduces transportation cost, and fully integrated, full fire prevention, anti-skidding, bottom is totally-enclosed, modularization theory, is suitble to the requirement of shelter of the various structures of building；It avoids drenching with rain and building mortar is stained, reduce motor hoist and damage probability, greatly reduce the labor intensity of operator, and reduce operational hazards when hanging, horizontal truss structure ensure that the stability of frame body.
Description
Technical field
The present invention relates to adhesion types to go up and down hand cradle technical field, in particular to a kind of all steel intelligent building construction lifting is flat
Platform.
Background technique
Chinese patent has separated Patent No. 201320538568(all steel attachment type raise scaffold) patent, this specially
Benefit: 1, the motor hoist in frame body lifting system is mounted to that frame body is external, is stained for a long time by the building mortar to drench with rain,
So that motor hoist damage probability is high, meanwhile, it needs to move repeatedly after hanging, operator's large labor intensity increases hanging
When operational hazards, there is also leakage risks for cable；2, frame body is not provided with the device by tower crane attached wall, therefore, it is impossible to make
For there is the position of tower crane wall-attaching equipment；3, it is not provided with horizontal truss, so that the stability of frame body is poor；4, guide rail and guide rail,
Sustained height is butted up against between upright bar and upright bar, so that the node strength at frame body docking is poor；5, there is no electric appliance general control system,
Only single lifting system is individually controlled.
Summary of the invention
It is an object of the invention to provide a kind of setting hangings of motor hoist inside frame body, and primary hanging need not be repeatedly
It is mobile, it is blocked by steel walkway board, avoids drenching with rain and building mortar is stained, reduce motor hoist and damage probability, substantially reduce
The labor intensity of operator, and reduce operational hazards when hanging.Cable is relatively fixed to also reduce leakage risk；
It is provided with the device of tower crane attached wall, can be used in the position for having tower crane wall-attaching equipment；Frame body is high to the node strength at place,
Master control and long-range control can be carried out with whole system using electric appliance general control system；The good all steel of frame body stability is intelligently built
Build construction lifting platform.
Solution of the invention is such that
A kind of all steel intelligent building construction lifting platform, including support system, attachment guiding and Load Relief System, frame body are promoted
System, dual anti-drop system, construction protection system, electrical control system, in the support system, mainly by guide rail, vertical vertical
Bar, Z support, walkway board assembly, anti-tilt device, anti-fall device are bolted, and the frame body lifting system includes electricity
The upper, middle and lower suspension centre of cucurbit elevator, cucurbit is moved, elevator uses Electric Chain Blocks, horizontal girder is equipped on frame body
Frame, the horizontal truss are at least fastenedly connected with two outer vertical rods；The walkway board assembly is welded using connection orifice plate and square tube
Connect the rectangular frame to be formed, the width of the strip-shaped frame with it is vertical in the distance between upright bar and vertical outer vertical rod match,
So that the square tube of two sides is engaged with vertical interior upright bar, vertical outer vertical rod respectively when installation, it is provided in square tube multiple equidistant
Square tube is fixed on upright bar or vertical outer vertical rod in vertical for being connected by screw bolts structure by through-hole；The one of rectangular frame
Side is welded with checkered steel plate, forms the closed walkway board in top；Multiple through-holes are provided on the connection orifice plate, for adjacent
Walkway board be connected with each other；Suspension centre is rod-shaped on cucurbit in the frame body lifting system, and both ends are welded with connecting plate, wherein one
End connecting plate is provided with suspension centre and guide rail connecting hole on cucurbit, and other end connecting plate is provided with suspension centre and interior upright bar connecting hole on cucurbit,
It is welded with lifting hole(eyelet) plate in centre, suspension centre through-hole on cucurbit is provided on lifting hole(eyelet) plate, suspension centre and guide rail, interior upright bar spiral shell on cucurbit
After bolt is connected and fixed, a little it is located inside frame body so that cucurbit is hung oneself, suspension centre through-hole is hung under described towards building direction on cucurbit
Point include upper and lower two lateral square tubes and left and right two vertical square tubes solderings at frame, the vertical square tube and transverse direction square tube
Interconnecting part is welded with fixed orifice plate, and the fixed orifice plate is the structure of upward or lower outer stretching, in fixed orifice plate and vertical side
Pipe, lateral square tube knot point on the outside of be welded with pasting board, lower suspension centre support is welded in the middle part of upper one lateral square tube, under hang
Point support is provided with electric block platform sling connecting hole, and the vertical square tube in suspension centre side in fixed orifice plate bolt and frame body by standing instantly
Bar fastening, after the vertical square tube in the other side is by fixed orifice plate and guide rail fastening, by electric block setting hanging inside frame body；Institute
It states in support system, tower crane attached wall overturning B panel assembly is hinged at the aisle of the corresponding position of tower crane attached wall, in tower crane attached wall
Overturn the turnover panel steel wire for being connected between the turning end and frame body of B panel assembly and pulling the overturning B panel assembly overturning positioning of tower crane attached wall
Rope.
More specific technical solution further include: the horizontal truss is mounted on the first walkway board.
Further: the horizontal truss is mounted on tower crane walkway board in road second from the bottom.
Further: at least setting twice turnover panel is closed at the walkway board of frame body, wherein one of turnover panel closing setting exists
First of aisle, another road turnover panel closing are arranged in third road aisle or need to set according to building.
Further: the docking location at docking between frame body guide rail and guide rail, upright bar and upright bar is not in same height
Degree.
Further: the Z, which is supported on, to be connected the lower end of vertical square tube and is fixed with support tube, the front end of the support tube
It is welded with groove profile bent plate, the slot of the groove profile bent plate, which is stuck on guide rail, connects spiral shell by Z-shaped supporting ellipse shape and guide rail connecting hole
Bolt connect fastening with guide rail, and Z-shaped support circle and vertical external riser connecting hole are provided in vertical square tube.
Further: the bottom of the walkway board assembly is supported in aisle board bracket, and the aisle board bracket has aisle
Plate support portion and with guide rail or interior upright bar interconnecting piece, wherein walkway board support portion is laterally to stretch to the bottom of walkway board assembly, with
There is vertical walkway board supporting plate reeve slot and walkway board are connect with square tube on guide rail or interior upright bar for guide rail or interior upright bar interconnecting piece
Square tube or interior upright bar connecting screw hole on supporting plate and guide rail.
Further: what the frame body guide rail docked that height is higher than upright bar and upright bar with guide rail docks height.
Further: the fire safety screen frame in the construction protection system uses plastic-spraying fire safety screen frame.
Further: the electrical control system includes total control box, divides control cabinet, by total control box by dividing control cabinet
Each electric block is controlled, so that each seat in the plane automatically adjusts travel distance, row early warning is loaded into the overload of each seat in the plane, mistake
And control, the control that guide rail Caton is alarmed and powered off.
The invention has the advantages that
1, inside frame body, primary hanging need not be moved repeatedly for motor hoist setting hanging, blocked, kept away by steel walkway board
Exempt to drench with rain and building mortar is stained, reduces motor hoist and damage probability, greatly reduce the labor intensity of operator, and
And operational hazards when hanging are reduced, cable is relatively fixed to also reduce leakage risk；
2, it is provided with the device of tower crane attached wall, can be used in the position for having tower crane wall-attaching equipment；
3, the node strength at frame body docking is high；
4, horizontal truss structure ensure that the stability of frame body.
5, wall-attached supporting seat uses dual anti-drop system, anti-drop system one: using eccentric impact formula catching device, passive design
It never falls theory, fully automatic working, completion prevents catching device human failure；Anti-drop system two: adjustable unloading limits support top
Device relies in climbing frame platform lifting process always on the anti-fall lever lever of track, once there is climbing frame tenesmus because abnormal, then
Branch apical organ can withstand guide rail immediately, play the role of anti-tenesmus.Therefore the branch apical organ is that can be played to unload by operating condition in climbing frame platform
Lotus effect, plays the role of anti-fall again in Lifting and lowering for scaffold operating condition；
6, T-type Track desigh and guide holder slide into formula cooperation, and guide holder is designed using double rollers, solves the problems, such as to put and tumble,
The operation up and down of guide rail intelligence securely and reliably reduces and unexpectedly occurs, and cooperates guide holder electrodeless adjustment frame body with a distance from building；
7, full steel structure design, plant produced, assembled in situ lifting, reduce transportation cost, it is fully integrated, it is full fire prevention, it is anti-skidding,
Bottom is totally-enclosed, modularization theory, is suitble to the requirement of shelter of the various structures of building；
8, mobile electric elevator is exempted from using integrated reverse, cancels elevator high-altitude transport process, prevents falling object from high altitude
Extend the machinery equipment service life, reduces labor intensity；
9, full-automatic computer control system monitors each seat in the plane operating status in real time, automatically processes the items in operational process
Signal parameter guarantees that frame body can correctly be run；
10, it is easy management, it is highly-safe, it is to modernize the selection preferentially selected.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention.
Fig. 2 is the A-A cross-sectional view of Fig. 1.
Fig. 3 is the local I enlarged drawing of Fig. 2.
Fig. 4 is Fig. 2 local J enlarged drawing.
Fig. 5 is the front schematic view of structure shown in Fig. 1.
Fig. 6 is the top view of Fig. 5.
Fig. 7 is the left view of Fig. 5.
Fig. 8 is the local K enlarged drawing of Fig. 7.
Fig. 9 is the B-B cross-sectional view of Fig. 8.
Figure 10 is the C-C cross-sectional view of Fig. 5.
Figure 11 is the local M enlarged drawing of Fig. 7.
Figure 12 is frame body lifting system schematic diagram.
Figure 13 is system control schematic diagram.
Figure 14 is the structural schematic diagram of suspension centre 2 on cucurbit.
Figure 15 is the structural schematic diagram of wall-attached supporting seat 3.
Figure 16 is the partial enlarged view of Figure 15.
Figure 17 is the structural schematic diagram of Z-shaped support 6.
Figure 18 is the structural schematic diagram of horizontal truss 8.
Figure 19 is the structural schematic diagram of lower suspension centre 9.
Figure 20 is the structural schematic diagram of fire safety frame 11.
Figure 21 is the structural schematic diagram of I-shaped prop 15.
Figure 22 is the structural schematic diagram of walkway board 14.
Figure 23 is the structural schematic diagram of aisle board bracket 18.
Figure 24 is the structural schematic diagram of guide rail 19.
Figure 25 is the structural schematic diagram of turnover panel connecting square pipes 20.
Figure 26 is the entopic structural schematic diagram of frame body outside tower crane wall-attaching equipment.
Figure 27 is the structural schematic diagram when frame body being located at outside tower crane wall-attaching equipment passes through wall-attaching equipment.
Appended drawing reference in figure are as follows: 1, building level surface, 2, suspension centre on cucurbit, 3, wall-attached supporting seat, 4, middle suspension centre, 5, interior upright bar,
6, Z-shaped supports, 7, Electric Chain Blocks, 8, horizontal truss, 9, lower suspension centre, 10, tower crane attached wall overturning B panel assembly, 11, fire safety
Screen frame, 12, outer vertical rod, 13, Z-type bent plate, 14, walkway board assembly, 15, I-shaped prop, 16, I-shaped prop closed plate, 17, reprint dress
It sets, 18, walkway board supporting plate, 19, guide rail, 20, reprint connecting square pipes, 21, external splint, 22, built-in inserted plate, 23, screen frame fixing seat,
24, first of turnover panel closing, 25, the closing of second turnover panel, 26, tapping screw, the position that 27, guide rail and interior upright bar are docked, 28,
The position of outer vertical rod docking, 29, suspension centre and guide rail connecting hole on cucurbit, 30, suspension centre and interior upright bar connecting hole on cucurbit, 31, calabash
Suspension centre through-hole on reed, 32, company's wall screw, 33, New-type plate support, 34, adjustable unloading limit branch apical organ, 35, guiding branch
Seat, 36, anti-fall device, 37, Z-shaped supporting ellipse shape and guide rail connecting hole, 38, Z-shaped support circle and vertical external riser connecting hole,
39, horizontal truss and vertical external riser connecting hole, 40, horizontal truss connecting hole, 41, with electric block platform sling connecting hole, 42, with
Upright bar or guide rail connecting hole in frame body, 43, with walkway board connecting hole, 44, with turnover panel square tube connecting hole, 45, walkway board supporting plate with
Slot is injected in square tube or interior upright bar connection on guide rail, square tube or interior upright bar connecting screw hole on 46, walkway board supporting plate and guide rail, and 47, walk
Guidance tape supporting plate and walkway board connecting screw hole, 48, the support portion of walkway board supporting plate and walkway board lower surface, 49, Vertical Square guide
To guide groove, 50, with aisle board bracket connecting hole, 51, turnover panel connecting square pipes and I-shaped prop or panel turnover device connecting hole 52 turn over
Crab bolt, 53, turnover panel wirerope, 54, walkway board connect orifice plate, 55, walkway board square tube, 56, checkered steel plate, 57, lower suspension centre it is solid
Determine orifice plate, 58, lower suspension centre pasting board, 59, support tube.
Specific embodiment
As shown in Figure 1, the present invention include support system, attachment guiding and Load Relief System, it is frame body lifting system, dual anti-fall
System, construction protection system, electrical control system.
In the support system, 6, walkway board assembly 14 is mainly supported by guide rail 19, vertical upright bar, Z, anti-tilt device, is prevented
Fall device is bolted, and the frame body lifting system includes the upper, middle and lower suspension centre of electric block elevator, cucurbit,
Elevator uses Electric Chain Blocks, is equipped with horizontal truss 8 on frame body, the horizontal truss 8 at least with two outer vertical rods
12 are fastenedly connected, and mean level truss installa-tion is equipped with through the device of tower crane attached wall, is mounted on first of walkway board
On tower crane walkway board in road second from the bottom, horizontal truss transverse direction will guarantee continuity.
As shown in figure 22, the rectangle frame that the walkway board assembly 14 is formed using connection orifice plate 54 and the welding of square tube 55
Frame, the width of the strip-shaped frame with it is vertical in the distance between upright bar 5 and vertical outer vertical rod 12 match, when so that installing,
The square tube of two sides is engaged with vertical interior upright bar 5, vertical outer vertical rod 12 respectively, and multiple equidistant through-holes are provided in square tube 55,
Square tube 55 is fixed on upright bar 7 or vertical outer vertical rod 12 in vertical for being connected by screw bolts structure；The one of rectangular frame
Side is welded with checkered steel plate 56, forms the closed walkway board in top；Multiple through-holes are provided on the connection orifice plate 54, are used for
Adjacent walkway board is connected with each other.
Above-mentioned support system is bolted, and frame body platform aisle has anti-skidding, fire-proof function, and frame body walks height can
According to construction demand adjustment.
Attachment guiding and the Load Relief System system by guide rail, adjustable off-load limit branch apical organ, guide wheel group, wall-attached supporting seat and
Through-wall bolt composition.
As shown in figure 14, on the cucurbit in the frame body lifting system suspension centre 2 be it is rod-shaped, both ends are welded with connecting plate,
Middle one end connecting plate is provided with suspension centre and guide rail connecting hole 29 on cucurbit, and other end connecting plate is provided with suspension centre and interior upright bar on cucurbit and connects
Connect hole 30, be welded with lifting hole(eyelet) plate in centre, suspension centre through-hole 31 on cucurbit is provided on lifting hole(eyelet) plate, on cucurbit suspension centre 2 and guide rail,
After interior upright bar is joined with bolts, so that suspension centre 2 is located inside frame body on cucurbit, suspension centre through-hole 31 is towards building side on cucurbit
To.
As shown in figure 19, the lower suspension centre 9 includes upper and lower two lateral square tubes and left and right two vertical square tubes solderings
At frame, the vertical square tube and lateral square tube interconnecting part be welded with fixed orifice plate 57, the fixed orifice plate 57 be upwards or
The outer structure stretched out under person, fixed orifice plate 57 and vertical square tube, lateral square tube knot point on the outside of be welded with pasting board 58, upper
It is welded with lower suspension centre support in the middle part of one lateral square tube, lower suspension centre support is provided with electric block platform sling connecting hole 41, hangs instantly
The point vertical square tube in 9 sides is fastened by upright bar in the bolt of fixed orifice plate 57 and frame body, and the vertical square tube in the other side passes through fixation hole
After plate 57 and guide rail fastening, by electric block setting hanging inside frame body.
As shown in figure 12, the motor hoist including suspension centre 2, lower suspension centre 9 and middle suspension centre on cucurbit is arranged in frame body
Portion, primary hanging need not be moved repeatedly, be blocked by steel walkway board, avoid drenching with rain and building mortar is stained, reduce electronic promotion
Machine damages probability, greatly reduces the labor intensity of operator, and reduce operational hazards when hanging.Cable is relatively solid
Surely leakage risk is also reduced；Mobile electric elevator is exempted from using integrated reverse, cancels elevator high-altitude transport process, prevents
Falling object from high altitude extends the machinery equipment service life, reduces labor intensity.
Dual anti-drop system anti-drop system one: using eccentric impact formula catching device, passive to design theory of never falling；It is anti-
Drop system two: adjustable unloading limit branch apical organ relies on the anti-fall lever lever of track always in climbing frame platform lifting process
On, once there is climbing frame tenesmus because abnormal, then branch apical organ can withstand guide rail immediately, play the role of anti-tenesmus.Therefore the branch apical organ
It is that Unloading Effect can be played the role of by operating condition in climbing frame platform, is played again in Lifting and lowering for scaffold operating condition anti-fall.
As shown in Figure 26,27, in the support system, it is attached at the aisle of the corresponding position of tower crane attached wall to be hinged with tower crane
Wall overturns B panel assembly 10, is connected between the turning end and frame body of tower crane attached wall overturning B panel assembly 10 and tower crane attached wall is pulled to turn over
The turnover panel wirerope 53 for turning the overturning positioning of B panel assembly 10 under normal condition as shown in figure 26 when will be by tower crane attached wall, be torn open
Safe net frame is removed, tower crane attached wall overturning B panel assembly 10 and connection bolt are removed, tightening turnover panel steel wire restricts by force 53, forms Figure 27 institute
Show structure, so that it may set back at once after tower crane attached wall by tower crane attached wall.
As shown in Figure 1, at least setting twice turnover panel is closed at the walkway board of frame body, between frame body and building
Closing, wherein one turnover panel closing setting is in first of aisle, another road turnover panel closing setting third road aisle or according to
Building needs to set.
As shown in figure 11, the docking location at docking between frame body guide rail and guide rail, upright bar and upright bar is not same
Highly, in the present embodiment, the frame body guide rail docks the height of docking that height is higher than upright bar and upright bar with guide rail, guarantees frame body pair
The node strength for connecing position is greater than or equal to the intensity of other nodes.
As shown in figure 17, Z support 6 is fixed with support tube 59, the support tube in the lower end for connecting vertical square tube
59 front end is welded with groove profile bent plate, and the slot of the groove profile bent plate is stuck on guide rail through Z-shaped supporting ellipse shape and guide rail connecting hole
37 connect fastening with guide rail with connection bolt, and Z-shaped support circle and vertical external riser connecting hole 38 are provided in vertical square tube.
As shown in Figure 22,23, the bottom of the walkway board assembly 14 is supported in aisle board bracket 18, the aisle board bracket
18 have walkway board support portion and with guide rail or interior upright bar interconnecting piece, wherein walkway board support portion is laterally to stretch to walkway board assembly
Bottom, with guide rail or interior upright bar interconnecting piece there is vertical walkway board supporting plate to connect reeve slot with square tube on guide rail or interior upright bar
45 and walkway board supporting plate and guide rail on square tube or interior upright bar connecting screw hole 46.
As shown in figure 13, the electrical control system includes total control box, divides control cabinet, passes through sub-control system by total control box
Case controls each electric block, so that each seat in the plane automatically adjusts travel distance, to the overload of each seat in the plane, loses to be loaded into and go in advance
Alert and control, the control that guide rail Caton is alarmed and powered off.
Electrical control system is developed in strict accordance with " construction tool type scaffold technical specification of security " standard
Lifting and lowering for scaffold early warning system, this system has the following characteristics that
1, each seat in the plane has synchronism；
2, each seat in the plane has automatic adjustment travel distance, and the distance for guaranteeing that each electric block seat in the plane is walked is equal
's；
3, each seat in the plane has overload, loses load early warning and control device；
4, there is guide rail Caton to alarm and power off, while is sent on the computer remotely monitored, and sound an alarm；Work as guide rail
When Caton, which can become larger suddenly, main control box, issue alarm sound, report the failure of the seat in the plane, and
Power-off, prevents wall-attached supporting seat architecture storey drawing crack；
5, the system can also be monitored remotely, and monitoring content has: every time lifting when time, load, the distance of lifting,
It is whether faulty, can also remote repairing fault code, the data gone up and down every time can also be printed, convenient for the maintenance of later stage work
And operation.Signal acquisition is connect using single twisted-pair shielded wire and multiple monitoring points with main controller, pc machine, and remote transmission is anti-dry
Ability is strong, exempts the multi-thread connection of construction site multiple spot, more adaptation complex working condition.
As shown in figure 20, the fire safety screen frame 11 in the construction protection system uses plastic-spraying fire safety screen frame, climbs
Body panel construction protection system by plastic-spraying fire safety screen frame, anti-slip steel walkway board, Z-type bent plate security seal steel protection turnover panel and
Bolt is connected to constitute.
As shown in Figure 15,16, wall-attached supporting seat uses dual anti-drop system, anti-drop system 1: anti-fall using eccentric impact formula
Device, passive to design theory of never falling, fully automatic working is completed to prevent catching device human failure；Anti-drop system 2: adjustable
Unloading limit branch apical organ relies in climbing frame platform lifting process always on the anti-fall lever lever of track, once because of abnormal appearance
Climbing frame tenesmus, then branch apical organ can withstand guide rail immediately, play the role of anti-tenesmus.Therefore the branch apical organ is by operating condition in climbing frame platform
It can play the role of Unloading Effect, be played again in Lifting and lowering for scaffold operating condition anti-fall.
As shown in Figure 24,25, T-type Track desigh and guide holder slide into formula cooperation, and guide holder is designed using double rollers, solve
Put the problem of tumbling, the operation up and down of guide rail intelligence, securely and reliably, reduce it is unexpected occur, cooperation guide holder electrodeless adjustment frame body from
The distance of building.
Claims (10)
1. a kind of all steel intelligent building construction lifting platform, including support system, attachment guiding and Load Relief System, frame body promote system
System, dual anti-drop system, construction protection system, electrical control system, in the support system, mainly by guide rail (19), vertical
Upright bar, Z support (6), walkway board assembly (14), anti-tilt device, anti-fall device are bolted, and the frame body promotes system
System includes the upper, middle and lower suspension centre of electric block elevator, cucurbit, and elevator uses Electric Chain Blocks, it is characterised in that:
It is equipped on frame body horizontal truss (8), the horizontal truss (8) is at least fastenedly connected with two outer vertical rods (12)；Described walks
Guidance tape assembly (14) using connection orifice plate (54) and square tube (55) welding formed rectangular frame, the width of the rectangular frame with
The distance between upright bar (5) and vertical outer vertical rod (12) match in vertical, and when so that installing, the square tube of two sides is respectively and vertically
Interior upright bar (5), vertical outer vertical rod (12) engagement, are provided with multiple equidistant through-holes on square tube (55), for being connected using bolt
Square tube (55) is fixed on upright bar (5) or vertical outer vertical rod (12) in vertical by binding structure；It is welded in the side of rectangular frame
Checkered steel plate (56) forms the closed walkway board in top；Multiple through-holes are provided on the connection orifice plate (54), for adjacent
Walkway board be connected with each other；Suspension centre (2) is rod-shaped on cucurbit in the frame body lifting system, and both ends are welded with connecting plate,
Middle one end connecting plate is provided with suspension centre and guide rail connecting hole (29) on cucurbit, and other end connecting plate is provided with suspension centre and interior upright bar on cucurbit
Connecting hole (30) is welded with lifting hole(eyelet) plate in centre, suspension centre through-hole (31) on cucurbit, the suspension centre on cucurbit is provided on lifting hole(eyelet) plate
(2) after being joined with bolts with guide rail, interior upright bar, so that suspension centre (2) is located inside frame body on cucurbit, suspension centre through-hole on cucurbit
(31) towards building direction, the lower suspension centre (9) includes upper and lower two lateral square tubes and left and right two vertical square tubes solderings
At frame, the vertical square tube and lateral square tube interconnecting part be welded with fixed orifice plate (57), the fixed orifice plate (57) be to
The structure of upper or lower outer stretching is welded with pasting board in the knot point outside of fixed orifice plate (57) and vertical square tube, lateral square tube
(58), lower suspension centre support is welded in the middle part of upper one lateral square tube, lower suspension centre support is provided with electric block platform sling connecting hole
(41), the vertical square tube in suspension centre (9) side is fastened by fixed orifice plate (57) with upright bar in bolt and frame body instantly, and the other side is vertical
After square tube is by fixed orifice plate (57) and guide rail fastening, by electric block setting hanging inside frame body；In the support system,
Tower crane attached wall overturning B panel assembly (10) is hinged at the aisle of the corresponding position of tower crane attached wall, in tower crane attached wall overturning B plate dress
Set the turnover panel wirerope for being connected between the turning end and frame body of (10) and pulling tower crane attached wall overturning B panel assembly (10) overturning positioning
(53).
2. all steel intelligent building construction lifting platform according to claim 1, it is characterised in that: the horizontal truss (8)
It is mounted on the first walkway board.
3. all steel intelligent building construction lifting platform according to claim 1, it is characterised in that: the horizontal truss (8)
It is mounted on tower crane walkway board in road second from the bottom.
4. all steel intelligent building construction lifting platform according to claim 1, it is characterised in that: at the walkway board of frame body
At least setting twice turnover panel is closed, wherein one turnover panel closing setting is in first of aisle, another road turnover panel closing setting is the
Three aisle need to set according to building.
5. all steel intelligent building construction lifting platform according to claim 1, it is characterised in that: frame body guide rail with lead
The docking location for docking place between rail, upright bar and upright bar is not in sustained height.
6. all steel intelligent building construction lifting platform according to claim 1, it is characterised in that: the Z support (6) exists
The lower end for connecting vertical square tube is fixed with support tube (59), and the front end of the support tube (59) is welded with groove profile bent plate, the groove profile
The slot of bent plate, which is stuck on guide rail, connect fastening with guide rail with connection bolt by Z-shaped supporting ellipse shape and guide rail connecting hole (29),
Z-shaped support circle and vertical external riser connecting hole (38) are provided in vertical square tube.
7. all steel intelligent building construction lifting platform according to claim 1, it is characterised in that: the walkway board assembly
(14) bottom is supported in aisle board bracket (18), the aisle board bracket (18) have walkway board support portion and with guide rail or interior
Upright bar interconnecting piece, wherein walkway board support portion is the bottom for laterally stretching to walkway board assembly, is had with guide rail or interior upright bar interconnecting piece
There is vertical walkway board supporting plate to connect with square tube on guide rail or interior upright bar and injects square tube on slot (45) and walkway board supporting plate and guide rail
Or interior upright bar connecting screw hole (46).
8. all steel intelligent building construction lifting platform according to claim 5, it is characterised in that: the frame body guide rail with lead
What rail docking height was higher than upright bar and upright bar docks height.
9. all steel intelligent building construction lifting platform according to claim 1, it is characterised in that: the construction protection system
In fire safety screen frame (11) use plastic-spraying fire safety screen frame.
10. all steel intelligent building construction lifting platform according to claim 1, it is characterised in that: the electrical equipment control system
System includes total control box, divides control cabinet, by total control box by dividing control cabinet to control each electric block, so that each
Seat in the plane automatically adjusts travel distance, is loaded into row early warning and control to the overload of each seat in the plane, mistake, the control that guide rail Caton is alarmed and powered off
System.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721710836.6U CN208235927U (en) | 2017-12-11 | 2017-12-11 | All steel intelligent building construction lifting platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721710836.6U CN208235927U (en) | 2017-12-11 | 2017-12-11 | All steel intelligent building construction lifting platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208235927U true CN208235927U (en) | 2018-12-14 |
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| CN201721710836.6U Active CN208235927U (en) | 2017-12-11 | 2017-12-11 | All steel intelligent building construction lifting platform |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109797958A (en) * | 2019-02-26 | 2019-05-24 | 彭绍华 | Intelligent and safe elevating scaffold |
| CN111910905A (en) * | 2020-08-26 | 2020-11-10 | 恒强（天津）模架有限公司 | Vertical main frame of lifting operation safety protection platform for high-rise building construction |
| CN112093228A (en) * | 2020-09-21 | 2020-12-18 | 苏州市吴中区教育印刷有限公司 | Environment-friendly high strength packing carton |
-
2017
- 2017-12-11 CN CN201721710836.6U patent/CN208235927U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109797958A (en) * | 2019-02-26 | 2019-05-24 | 彭绍华 | Intelligent and safe elevating scaffold |
| CN111910905A (en) * | 2020-08-26 | 2020-11-10 | 恒强（天津）模架有限公司 | Vertical main frame of lifting operation safety protection platform for high-rise building construction |
| CN112093228A (en) * | 2020-09-21 | 2020-12-18 | 苏州市吴中区教育印刷有限公司 | Environment-friendly high strength packing carton |
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Address after: Keelung Village Industrial Park, Liuzhou City, Iraq Liunan District No. 2 the Guangxi Zhuang Autonomous Region 545000 Patentee after: Guangxi mutual construction equipment Technology Co., Ltd. Address before: Keelung Village Industrial Park, Liuzhou City, Iraq Liunan District No. 2 the Guangxi Zhuang Autonomous Region 545000 Patentee before: Guangxi mutual building materials Co., Ltd. Heng |