CN109279480A - A kind of steel structure lift shaft splicing apparatus and method - Google Patents
A kind of steel structure lift shaft splicing apparatus and method Download PDFInfo
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- CN109279480A CN109279480A CN201811299807.4A CN201811299807A CN109279480A CN 109279480 A CN109279480 A CN 109279480A CN 201811299807 A CN201811299807 A CN 201811299807A CN 109279480 A CN109279480 A CN 109279480A
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- 229910000831 Steel Inorganic materials 0.000 title claims abstract description 76
- 239000010959 steel Substances 0.000 title claims abstract description 76
- 238000000034 method Methods 0.000 title claims abstract description 15
- 238000009434 installation Methods 0.000 claims abstract description 33
- 230000005540 biological transmission Effects 0.000 claims abstract description 8
- 238000010276 construction Methods 0.000 claims description 24
- 230000001681 protective effect Effects 0.000 claims description 8
- 239000000463 material Substances 0.000 claims description 4
- 230000000694 effects Effects 0.000 claims description 2
- 229910000679 solder Inorganic materials 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 8
- 230000008901 benefit Effects 0.000 description 4
- 230000005611 electricity Effects 0.000 description 4
- 230000032683 aging Effects 0.000 description 3
- 230000032258 transport Effects 0.000 description 2
- 230000007613 environmental effect Effects 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
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- 239000007787 solid Substances 0.000 description 1
- 230000035882 stress Effects 0.000 description 1
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B11/00—Main component parts of lifts in, or associated with, buildings or other structures
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
- E04F17/00—Vertical ducts; Channels, e.g. for drainage
- E04F17/005—Lift shafts
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Mechanical Engineering (AREA)
- Types And Forms Of Lifts (AREA)
- Lift-Guide Devices, And Elevator Ropes And Cables (AREA)
Abstract
The invention discloses a kind of steel structure lift shaft splicing apparatus and method, which includes packaged type hoistway mounting platform, the mobile guide shoe of fixable type, platform fixed connecting plate, movable hoisting platform and screw rod.Elevator shaft structure is built by column rectangular tube, crossbeam channel pipe and crossbeam rectangular tube.When work, mobile crane assembling platform is located at packaged type hoistway mounting platform upper layer, crossbeam and column are transported by hoist engine to packaged type hoistway mounting platform, movable hoisting platform is connected with packaged type hoistway mounting platform by screw rod, and screw pair rotating electric machine is installed in two mesa bases, realize that two platforms move up and down by screw pair transmission principle, to realize that elevator shaft is successively installed.Practicability of the present invention is good, and the safe, simple of elevator shaft, Fast Installation are completed in a manner of building block system assembly, meets because site environment narrow space is unable to integral solder assembly and segmental hoisting builds the requirement of hoistway.
Description
Technical field
The present invention relates to elevator related equipment technical fields, and in particular to a kind of steel structure lift shaft splicing apparatus and side
Method.
Background technique
With the quickening of aging of population process and the raising of Living consumption, the demand for installing elevator additional to aging blocks room is got over
Come bigger.Due to early stage is to the allocation plan of aging blocks room, most existing building is in distance between the narrow street building Shang Huo
Narrow, spatial framework is compact, can not be created by the way of lifting installation, live integral solder installation or newly-built concrete structure
Elevator shaft, thus how to realize that newly-built hoistway turns the problem that the existing building under such environmental condition installs elevator additional into.
Currently, the patent of related installation elevator shaft such as has a kind of steel construction of patent disclosure based on lifting mostly
Elevator shaft standard knot hoisting fixture and technique, the patent efficiently solve traditional steel construction standard knot lifting using in electricity
The method of scaffold is set up around stair shaft road install caused manpower to each standard knot, material resources and what is wasted on the time ask
Topic, but the narrow place of distance can not provide enough spaces, elevator still between street canyon and building for lifting operation
Road requires site space using bulk type splicing installation small, and each component of installation is detachable independent to be transported to erecting bed and nothing
It need to provide broad by space, thus the building of spaces compact urgently to be resolved can not install elevator problem additional.
Summary of the invention
The purpose of the present invention is to solve drawbacks described above in the prior art, provide a kind of steel structure lift shaft splicing
Device and method.
According to disclosed embodiment, the first aspect of the present invention discloses a kind of steel structure lift shaft splicing apparatus, institute
The splicing apparatus stated includes movable hoisting platform, packaged type hoistway mounting platform, elevator shaft structure, the first screw rod
27, the second screw rod 28, several guide rails 29；
The elevator shaft structure is successively formed by overlapping from bottom to high level using hierarchical structure, wherein the number of level
Amount is adjusted according to the height of elevator, and every layer of elevator shaft structure includes the four columns rectangular tube (four columns of rectangular setting
Rectangular tube is located at four apex angles of rectangle) and two deep crossbeam square channel pipe 7, two deep crossbeam slot rectangular tubes 8, one
Root wide beam channel pipe 10, four wide beam rectangular tubes 9, four columns angle steel 39, wherein two deep crossbeam channel pipes 7 and two
Root depth crossbeam rectangular tube 8 is fixedly connected for longitudinal column rectangular tube, a wide beam channel pipe 10 and four wide beam squares
Shape pipe 9 is fixedly connected for lateral column rectangular tube；Column angle steel 39 is used for vertically solid close to wide beam rectangular tube at vestibule
Fixed connection；
The guide rail 29 is separately fixed on the deep crossbeam rectangular tube 7 and deep crossbeam channel pipe 8 of two sides, described in every
It is provided with the mobile guide shoe 31 of two fixable types and two pieces of platform fixed connecting plates 30 on guide rail 29, is respectively used to fix removable
Dynamic formula hoisting platform and packaged type hoistway mounting platform；
The movable hoisting platform is located at the packaged type hoistway mounting platform upper layer, movable hoisting
Platform and packaged type hoistway mounting platform are connected by the first screw rod 27, the second screw rod 28, and install spiral shell in two mesa bases
Bar pair rotating electric machine realizes that two platforms move up and down by screw pair transmission principle, to realize that elevator shaft is successively installed；
When movable hoisting platform and packaged type hoistway mounting platform are in fixed operation working condition, pass through spiral shell
It tethers and connects, be pressed on the mobile guide shoe 31 of fixable type tightly on guide rail 29 with platform fixed connecting plate 30；Work as movable hoisting
When platform is in active job working condition, keeps the mobile guide shoe 31 of the fixable type on packaged type hoistway mounting platform and put down
Platform fixed connecting plate 30 is in impaction state, unclamps the mobile guide shoe 31 of the fixable type on movable hoisting platform and consolidates with platform
The bolt connection determined between connecting plate 30 is at active state, is then turned on screw pair rotating electric machine, passes through screw rod auxiliary driving
Principle, so that movable hoisting platform moves up and down；When packaged type hoistway mounting platform is in active job working condition
When, keep the mobile guide shoe 31 of the fixable type on movable hoisting platform to be in impaction state with platform fixed connecting plate 30,
The bolt unclamped between the mobile guide shoe 31 of the fixable type on packaged type hoistway mounting platform and platform fixed connecting plate 30 connects
It connects, is at active state, be then turned on screw pair rotating electric machine, by screw pair transmission principle, thus mobile hoistway peace
Assembling platform moves up and down.
Further, the packaged type hoistway mounting platform includes the first job platform 21, is set to the first operation
First protective fence 22 of 21 surrounding of platform, the third screw pair rotating electric machine 23 and the 4th for being set to 21 lower section of the first job platform
Screw pair rotating electric machine 24.
Further, the movable hoisting platform includes the second job platform 11, is set to the second job platform
Second protective fence 13 of 11 surroundings, the first screw pair rotating electric machine 17 and the second screw rod for being set to 11 lower section of the second job platform
Secondary rotating electric machine 18 is provided with hoist engine support beam 16 and sliding beam 15 on second job platform 11, described
Movable hoisting platform further includes hoist engine 12 and adjustable guide wheel 14, the hoist engine 12 and adjustable guide wheel 14
It is separately fixed in hoist engine support beam 16 and sliding beam 15 by bolt.
Further, first job platform 21 is fixed on first on frame 34, frame 34 on described first
It is fixed on the first lower frame 33, first lower frame 33 is fixed on angle steel 32, and frame 34 on described first
It is built by support beam 25 on second, first lower frame 33 is built by the second lower support beam 26, described
Angle steel 32 be fixed in the mobile guide shoe 31 of the fixable type.
Further, second job platform 11 is fixed on second on frame 36, frame 36 on described second
It is fixed on the second lower frame 35, second lower frame 35 is fixed on angle steel 32, and frame 36 on described second
It is built by support beam 19 on first, second lower frame 35 is built by the first lower support beam 20, described
Angle steel 32 be fixed in the mobile guide shoe 31 of fixable type.
Further, the mobile guide shoe 31 of the fixable type is set with platform fixed connecting plate 30 there are two bolt hole, is led to
It crosses and is bolted, be pressed on the mobile guide shoe 31 of fixable type tightly on guide rail 29 with platform fixed connecting plate 30.
Further, the elevator shaft structure is fixedly connected by gallery with the connection wall 37 of building, gallery
It is connect with building using linkwork 38.
Further, the hoist engine support beam 16 is equipped with slotted hole, and the adjustable guide wheel 14 is in length
Suitable longitudinal separation is adjusted in sliding in circular hole, is then joined with bolts adjustable guide wheel 14.
According to disclosed embodiment, the second aspect of the present invention discloses a kind of steel structure lift shaft joining method, institute
The joining method stated includes the following steps:
S1, the elevator shaft structure for building bottom, bottom elevator shaft structure include the four columns square of rectangular setting
Shape pipe is fixedly connected with the column rectangular tube of two deep crossbeam channel pipes, 8 pairs of longitudinal directions using two deep crossbeam rectangular tubes 7, is used
A piece wide beam channel pipe 10 and a wide beam rectangular tube 9 are to the fixed company of column rectangular tube away from vestibule wall side transverse direction
It connects；The column rectangular tube close to vestibule wall side transverse direction is fixedly connected using three wide beam rectangular tubes 9；Using column angle
Steel 39 is vertically fixedly connected to close to the wide beam rectangular tube 9 of vestibule wall side three；
S2, the deep crossbeam rectangular tube 7 that four guide rails of bottom are respectively symmetrically fixed on to two sides and deep crossbeam flute profile
On pipe 8；
S3, movable hoisting platform and packaged type hoistway mounting platform are built on bottom guide rail, by packaged type
Hoisting platform and packaged type hoistway mounting platform are connected by the first screw rod 27, the second screw rod 28, wherein described is removable
Formula hoisting platform is located at the packaged type hoistway mounting platform upper layer；
After S4, two stage+modules of completion, construction personnel need to continue to overlap upper strata guide rail on movable hoisting platform, be
Two platforms provide the stroke that climbs；
After S5, completion second layer guide rail installation, construction personnel is bolted, and is made the mobile guide shoe 31 of fixable type and is put down
Platform fixed connecting plate 30 is tightly pressed on guide rail, packaged type hoistway mounting platform is fixed, on movable hoisting platform
The bolt for unclamping fixable type mobile guide shoe 31 and platform fixed connecting plate 30, makes movable hoisting platform be in moving type
State opens motor, transports movable hoisting platform on the guide rail 29 overlapped by the first screw rod 27, the second screw rod 28
Row, after moving to corresponding job position, construction personnel is bolted, and is fixedly connected with the mobile guide shoe 31 of fixable type with platform
Plate 30 is tightly pressed on guide rail, fixes movable hoisting platform, unclamps fixable type in packaged type hoistway mounting platform
The bolt of mobile guide shoe 31 and platform fixed connecting plate 30, is in active state packaged type hoistway mounting platform, opens electricity
Machine makes packaged type hoistway mounting platform move to corresponding job position by the first screw rod 27, the second screw rod 28, and then passing through can
Fixed mobile guide shoe 31 fixes packaged type hoistway mounting platform with platform fixed connecting plate 30, using hoist engine by material
It is transported to packaged type hoistway mounting platform, for building hoistway with steel structure structure in the second layer, for safety assurance, each
Platform can only place a steel construction steel pipe, after a steel construction penstock installation to be done, reuse hoist engine to next
Steel pipe is transported to, and four guide rails 29 are manually transported to by the gap portion among movable hoisting platform and are moved
On formula hoisting platform, prepare for installation third layer guide rail 29；
S6, complete one layer of hoistway with steel structure installation after, standard vertical degree is checked with the depth of parallelism；
S7, step S4 and step S5 is repeated, carries out the installation exercise of next layer of hoistway with steel structure, until completing a whole set of steel knot
The installation of structure；Wherein, top layer above section is without installing guide rail, and therefore, two platforms lose the stroke that climbs, so pushing up in installation
When layer steel construction, four columns rectangular tube, close vestibule lower layer two root posts angle steel 39, close piece wide beam square of vestibule lower layer
Shape pipe 9 can be completed on packaged type hoistway mounting platform, but two deep crossbeam rectangular tube 7, two deep crossbeam channel pipes 8, one
10, three wide beam rectangular tubes 9 of root wide beam channel pipe need artificial by the gap portion among movable hoisting platform
It is transported to movable hoisting platform, and completes the installation of crossbeam on movable hoisting platform.
The disassembly of S8, platform: after completing top layer operation, loose bolts adjust adjustable guide wheel 14, make adjustable guiding
It is moved backward in the slotted hole that wheel 14 is equipped in hoist engine support beam 16, platform is avoided to interfere when falling with crossbeam,
Then one end platform is taken to fix, the set-up mode alternate with each other of other end platform moveable, make movable hoisting platform and
Packaged type hoistway mounting platform gradually moves down, when dislocation bottom, by movable hoisting platform and packaged type hoistway
Mounting platform is dismantled.
The present invention has the following advantages and effects with respect to the prior art:
Practicability of the present invention is good, and the safe, simple of elevator shaft, Fast Installation are completed in a manner of building block system assembly,
It meets because site environment narrow space is unable to integral solder assembly and segmental hoisting builds the requirement of hoistway, reduces installation electricity
The requirement to site environment space is built in stair shaft road, while scene, with building block system assembly, hoistway structure is simple, only needs component
Simultaneously the turn of the screw is overlapped, the installation period of hoistway with steel structure is substantially reduced, reduces construction and disturb residents, meet green construction and want
It asks.And two platform structure it is simple, be easy installation and disassembly, have significant economic benefit and social benefit.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of central post rectangular tube of the embodiment of the present invention；
Fig. 2 is the schematic diagram of elevator shaft structure in the embodiment of the present invention
Fig. 3 is movable hoisting platform structure schematic diagram in the embodiment of the present invention；
Fig. 4 is the structural schematic diagram of packaged type hoistway mounting platform in the embodiment of the present invention；
Fig. 5 is that the structure that movable hoisting platform is connect with packaged type hoistway mounting platform in the embodiment of the present invention is shown
It is intended to；
Fig. 6 is the mobile guide shoe of fixable type and the mobile plate attachment structure schematic diagram of fixable type in the embodiment of the present invention；
Fig. 7 is partial enlarged view at A in Fig. 6；
Fig. 8 is a kind of structural schematic diagram of packaged type hoistway mounting platform upper and lower frames in the embodiment of the present invention；
Fig. 9 is a kind of structural schematic diagram of movable hoisting platform upper and lower frames in the embodiment of the present invention；
Figure 10 is steel construction general assembly schematic diagram of the present invention；
Figure 11 is steel construction general assembly side schematic view of the present invention；
Figure 12 is partial enlarged view at A in Figure 11；
In figure, 1- rectangular tube, 2-L shape cross-beam connecting plate, 3- first crossbeam connection plate, 4- column bottom plate, 5- third cross
Beam connection plate, 6- second cross beam connection plate, 7- depth crossbeam rectangular tube, 8- depth crossbeam channel pipe, 9- wide beam rectangular tube,
10- wide beam channel pipe, the second job platform of 11-, 12- hoist engine, the second protective fence of 13-, 14- adjustable guide wheel, 15- are sliding
Dynamic crossbeam, 16- hoist engine support beam, 17- the first screw pair rotating electric machine, 18- the second screw pair rotating electric machine, 19- first
Upper support beam, the lower support beam of 20- first, the first job platform of 21-, the first protective fence of 22-, the rotation of 23- third screw pair
Motor, the 4th screw pair rotating electric machine of 24-, support beam on 25- second, the lower support beams of 26- second, the first screw rod of 27-,
The second screw rod of 28-, 29- guide rail, 30- platform fixed connecting plate, the mobile guide shoe of 31- fixable type, 32- angle steel, the first lower frame of 33-
Frame, frame on 34- first, the second lower frame of 35-, frame on 36- second, 37- vestibule wall, 38- linkwork, 39- column
Angle steel.
Specific embodiment
In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention
In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is
A part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art
Every other embodiment obtained without making creative work, shall fall within the protection scope of the present invention.
Embodiment one
Present embodiment discloses a kind of steel structure lift shaft splicing apparatus, which includes that movable hoisting is flat
Platform, fixable type mobile guide shoe 31, platform fixed connecting plate 30, packaged type hoistway mounting platform, elevator shaft structure, first
28, four screw rod 27, the second screw rod guide rails 29.
As shown in figure 5, movable hoisting platform is located at packaged type hoistway mounting platform upper layer when work, crossbeam and
Column is transported by hoist engine 12 to packaged type hoistway mounting platform, movable hoisting platform and the installation of packaged type hoistway
Platform is connected by the first screw rod 27, the second screw rod 28, and installs screw pair rotating electric machine in two mesa bases, passes through screw pair
Transmission principle realizes that two platforms move up and down, to realize that elevator shaft is successively installed.
As shown in figure 4, packaged type hoistway mounting platform is by the first job platform 21, the first protective fence 22, third screw rod
Secondary rotating electric machine 23, the 4th screw pair rotating electric machine 24 composition.
As shown in figure 3, movable hoisting platform is by the second job platform 11, the second protective fence 13, hoist engine 12, elevator
It machine support beam 16, sliding beam 15, the first screw pair rotating electric machine 17, the second screw pair rotating electric machine 18 and adjustable leads
It is formed to wheel 14.
Wherein, hoist engine 12 and adjustable guide wheel 14 be bolted be separately fixed at hoist engine support beam 16 with
On sliding beam 15.
As shown in Fig. 2, elevator shaft structure by several column rectangular tubes, wide beam channel pipe 10, wide beam rectangular tube 9,
Deep crossbeam rectangular tube 7, deep crossbeam channel pipe 8 and column angle steel 39 are built.Elevator shaft structure passes through gallery and building
The connection wall 37 of object is fixedly connected, and gallery is connect with building using linkwork 38, when avoiding hoistway setting of ground, building
Object bears tensile stress.
First job platform 21 is fixed on first on frame 34, and frame 34 is fixed on the first lower frame 33 on first,
First lower frame 33 is fixed on angle steel 32, and frame 34 is built by support beam 25 on second on first, under first
Frame 33 is built by the second lower support beam 26, and angle steel 32 is fixed in the mobile guide shoe 31 of fixable type, the second operation horizontal
Platform 11 is fixed on second on frame 36, and frame 36 is fixed on the second lower frame 35 on second, and the second lower frame 35 is fixed on
On angle steel 32, and frame 36 is built by support beam 19 on first on second, and the second lower frame 35 is by the first lower support
Crossbeam 20 is built, and angle steel 32 is fixed in the mobile guide shoe 31 of fixable type, and the mobile guide shoe 31 of fixable type is fixed with platform
Connecting plate 30 is set there are two bolt hole, when movable hoisting platform and packaged type hoistway mounting platform are in fixed operation work
It when making state, is bolted, is pressed on the mobile guide shoe 31 of fixable type tightly on guide rail with platform fixed connecting plate 30, when
When movable hoisting platform is in active job working condition, the fixable type on packaged type hoistway mounting platform is kept to move
Dynamic guide shoe 31 is in impaction state with platform fixed connecting plate 30, and the fixable type movement unclamped on movable hoisting platform is led
Bolt connection between boots 31 and platform fixed connecting plate 30 is at active state, is then turned on motor, is passed by screw pair
Dynamic principle, so that movable hoisting platform moves up and down.Conversely, when packaged type hoistway mounting platform is in active job work
When making state, keeps the mobile guide shoe 31 of the fixable type on movable hoisting platform to be in platform fixed connecting plate 30 and compress
State unclamps the mobile guide shoe 31 of fixable type on packaged type hoistway mounting platform and the spiral shell between platform fixed connecting plate 30
It tethers and connects, be at active state, be then turned on motor, by screw pair transmission principle, thus mobile hoistway mounting platform
It moves up and down.
As shown in figure 3, adjustable guide wheel 14 can front and back adjustable range, in hoist engine support beam 16 be equipped with it is oval
Hole, adjustable guide wheel 14 slide in slotted hole and suitable distance are adjusted, and are then joined with bolts directive wheel, in this way
It can be interfered to avoid after completing top layer operation, when workbench downlink with crossbeam.
As shown in Figure 1, column rectangular tube includes rectangular tube 1, L shape cross-beam connecting plate 2, first crossbeam connection plate 3, second
Crossbeam connects plate 6, third crossbeam connection plate 5 and column bottom plate 4.1 both ends of rectangular tube are equipped with notch, L shape cross-beam connecting plate 2
It is fixed on 1 inner side of rectangular tube, first crossbeam connection plate 3, second cross beam connection plate 6, third crossbeam connection plate 5 divide
It is not fixed on rectangular tube, specific location is as shown in Fig. 1, and column bottom plate 4 is fixed on 1 both ends of rectangular tube, and column bottom plate 4
It is equipped with bolt hole.Column rectangular tube by the bolt hole on column bottom plate 4 in the vertical direction with another root post rectangular tube
It is connected to a fixed, the notch at 1 both ends of rectangular tube is tightened to make construction personnel have enough spaces to carry out bolt.First crossbeam
Connection plate 3, second cross beam connection plate 6, third crossbeam connection plate 5 and L shape cross-beam connecting plate 2 are designed with bolt hole, deep
Crossbeam is divided into deep crossbeam rectangular tube 7 and deep 8 two types of crossbeam channel pipe, wherein deep crossbeam rectangular tube 7 is connected by first crossbeam
The bolt hole connect on plate 3 is connected with column rectangular tube, and two deep crossbeam channel pipes 8 are realized by L shape cross-beam connecting plate 2
Lower overlap joint is fixed, and is connected by L shape cross-beam connecting plate 2 with column rectangular tube.Wide beam is divided into wide beam rectangular tube 9 and width
10 two types of crossbeam channel pipe, wherein wide beam rectangular tube 9 connects the bolt hole and column square on plate 6 by second cross beam
Shape pipe is connected, and wide beam channel pipe 10 connects plate 5 by third crossbeam and is fixed on column rectangular tube.
Movable hoisting platform is located at packaged type hoistway mounting platform upper layer, the first screw pair rotating electric machine 17, and
Two screw pair rotating electric machines 18 are set to below movable hoisting workbench, are bolted and are fixed on the first lower support cross
On beam 20, third screw pair rotating electric machine 23, the 4th screw pair rotating electric machine 24 is set to below packaged type hoistway mounting platform,
It is bolted and is fixed in the second lower support beam 26, two platforms are connected by the first screw rod 27 and the second screw rod 28.
Embodiment two
Disclosed steel structure lift shaft splicing apparatus is objective for implementation to the present embodiment based on the above embodiment, discloses one
Kind steel structure lift shaft joining method, the joining method include the following steps:
S1, the elevator shaft structure for building bottom, bottom elevator shaft structure include the four columns square of rectangular setting
Shape pipe is fixedly connected with the column rectangular tube of two deep crossbeam channel pipes, 8 pairs of longitudinal directions using two deep crossbeam rectangular tubes 7, is used
A piece wide beam channel pipe 10 and a wide beam rectangular tube 9 are to the fixed company of column rectangular tube away from vestibule wall side transverse direction
It connects；The column rectangular tube close to vestibule wall side transverse direction is fixedly connected using three wide beam rectangular tubes 9；Using column angle
Steel 39 is vertically fixedly connected to close to the wide beam rectangular tube 9 of vestibule wall side three；
S2, the deep crossbeam rectangular tube 7 that four guide rails of bottom are respectively symmetrically fixed on to two sides and deep crossbeam flute profile
On pipe 8；
S3, movable hoisting platform and packaged type hoistway mounting platform are built on bottom guide rail, by packaged type
Hoisting platform and packaged type hoistway mounting platform are connected by the first screw rod 27, the second screw rod 28, wherein described is removable
Formula hoisting platform is located at the packaged type hoistway mounting platform upper layer；
After S4, two stage+modules of completion, construction personnel need to continue to overlap upper strata guide rail on movable hoisting platform, be
Two platforms provide the stroke that climbs；
After S5, completion second layer guide rail installation, construction personnel is bolted, and is made the mobile guide shoe 31 of fixable type and is put down
Platform fixed connecting plate 30 is tightly pressed on guide rail, packaged type hoistway mounting platform is fixed, on movable hoisting platform
The bolt for unclamping fixable type mobile guide shoe 31 and platform fixed connecting plate 30, makes movable hoisting platform be in moving type
State opens motor, transports movable hoisting platform on the guide rail 29 overlapped by the first screw rod 27, the second screw rod 28
Row, after moving to corresponding job position, construction personnel is bolted, and is fixedly connected with the mobile guide shoe 31 of fixable type with platform
Plate 30 is tightly pressed on guide rail, fixes movable hoisting platform, unclamps fixable type in packaged type hoistway mounting platform
The bolt of mobile guide shoe 31 and platform fixed connecting plate 30, is in active state packaged type hoistway mounting platform, opens electricity
Machine makes packaged type hoistway mounting platform move to corresponding job position by the first screw rod 27, the second screw rod 28, and then passing through can
Fixed mobile guide shoe 31 fixes packaged type hoistway mounting platform with platform fixed connecting plate 30, using hoist engine by material
It is transported to packaged type hoistway mounting platform, for building hoistway with steel structure structure in the second layer, for safety assurance, each
Platform can only place a steel construction steel pipe, after a steel construction penstock installation to be done, reuse hoist engine to next
Steel pipe is transported to, and four guide rails 29 are manually transported to by the gap portion among movable hoisting platform and are moved
On formula hoisting platform, prepare for installation third layer guide rail 29；
S6, complete one layer of hoistway with steel structure installation after, standard vertical degree is checked with the depth of parallelism；
S7, step S4 and step S5 is repeated, carries out the installation exercise of next layer of hoistway with steel structure, until completing a whole set of steel knot
The installation of structure；Wherein, top layer above section is without installing guide rail, and therefore, two platforms lose the stroke that climbs, so pushing up in installation
When layer steel construction, four columns rectangular tube, close vestibule lower layer two root posts angle steel 39, close piece wide beam square of vestibule lower layer
Shape pipe 9 can be completed on packaged type hoistway mounting platform, but two deep crossbeam rectangular tube 7, two deep crossbeam channel pipes 8, one
10, three wide beam rectangular tubes 9 of root wide beam channel pipe need artificial by the gap portion among movable hoisting platform
It is transported to movable hoisting platform, and completes the installation of crossbeam on movable hoisting platform.
The disassembly of S8, platform: after completing top layer operation, loose bolts adjust adjustable guide wheel 14, make adjustable guiding
It is moved backward in the slotted hole that wheel 14 is equipped in hoist engine support beam 16, platform is avoided to interfere when falling with crossbeam,
Then one end platform is taken to fix, the set-up mode alternate with each other of other end platform moveable, make movable hoisting platform and
Packaged type hoistway mounting platform gradually moves down, when dislocation bottom, by movable hoisting platform and packaged type hoistway
Mounting platform is dismantled.
The above embodiment is a preferred embodiment of the present invention, but embodiments of the present invention are not by above-described embodiment
Limitation, other any changes, modifications, substitutions, combinations, simplifications made without departing from the spirit and principles of the present invention,
It should be equivalent substitute mode, be included within the scope of the present invention.
Claims (9)
1. a kind of steel structure lift shaft splicing apparatus, which is characterized in that the splicing apparatus includes that movable hoisting is flat
Platform, packaged type hoistway mounting platform, elevator shaft structure, the first screw rod (27), the second screw rod (28), several guide rails
(29)；
The elevator shaft structure is successively formed by overlapping from bottom to high level using hierarchical structure, wherein the quantity root of level
It is adjusted according to the height of elevator, every layer of elevator shaft structure includes the four columns rectangular tube and two deep cross of rectangular setting
Beam rectangular tube (7), two deep crossbeam channel pipes (8), a wide beam channel pipes (10), four wide beam rectangular tubes (9), four
Column angle steel (39), wherein two deep crossbeam rectangular tubes (7) and two deep crossbeam channel pipes (8) are for longitudinal column rectangle
Pipe is fixedly connected, and a wide beam channel pipe (10) and four wide beam rectangular tubes (9) are fixed for lateral column rectangular tube
Connection, column angle steel (39) are used to vertically be fixedly connected close to wide beam rectangular tube at vestibule；
The guide rail (29) is separately fixed on the deep crossbeam rectangular tube (7) and deep crossbeam channel pipe (8) of two sides, described in every
Guide rail (29) on be provided with two fixable types mobile guide shoe (31) and two pieces of platform fixed connecting plates (30), be respectively used to
Fixed movable hoisting platform and packaged type hoistway mounting platform；
The movable hoisting platform is located at the packaged type hoistway mounting platform upper layer, movable hoisting platform
It is connected with packaged type hoistway mounting platform by the first screw rod (27), the second screw rod (28), and spiral shell is installed in two mesa bases
Bar pair rotating electric machine realizes that two platforms move up and down by screw pair transmission principle, to realize that elevator shaft is successively installed；
When movable hoisting platform and packaged type hoistway mounting platform are in fixed operation working condition, connected by bolt
It connects, is pressed on fixable type mobile guide shoe (31) and platform fixed connecting plate (30) tightly on guide rail (29)；When packaged type is hung
When assembling platform is in active job working condition, keep the fixable type on packaged type hoistway mounting platform mobile guide shoe (31)
It is in impaction state with platform fixed connecting plate (30), the fixable type unclamped on movable hoisting platform is mobile guide shoe (31)
Bolt between platform fixed connecting plate (30), which is connect, is at active state, is then turned on screw pair rotating electric machine, passes through
Screw pair transmission principle, so that movable hoisting platform moves up and down；Make when packaged type hoistway mounting platform is in activity
When industry working condition, fixable type mobile guide shoe (31) and platform fixed connecting plate (30) on movable hoisting platform are kept
In impaction state, fixable type mobile guide shoe (31) and the platform fixed connecting plate on packaged type hoistway mounting platform are unclamped
(30) the bolt connection between is at active state, is then turned on screw pair rotating electric machine, by screw pair transmission principle,
To which mobile hoistway mounting platform moves up and down.
2. a kind of steel structure lift shaft splicing apparatus according to claim 1, which is characterized in that the packaged type
Hoistway mounting platform include the first job platform (21), be set to the first job platform (21) surrounding the first protective fence (22),
The third screw pair rotating electric machine (23) and the 4th screw pair rotating electric machine (24) being set to below the first job platform (21).
3. a kind of steel structure lift shaft splicing apparatus according to claim 1, which is characterized in that the packaged type
Hoisting platform includes the second job platform (11), the second protective fence (13) for being set to the second job platform (11) surrounding, setting
The first screw pair rotating electric machine (17) and the second screw pair rotating electric machine (18) below the second job platform (11), it is described
Hoist engine support beam (16) and sliding beam (15) are provided on second job platform (11), the movable hoisting is flat
Platform further includes hoist engine (12) and adjustable guide wheel (14), and the hoist engine (12) and adjustable guide wheel (14) pass through spiral shell
Bolt is separately fixed on hoist engine support beam (16) and sliding beam (15).
4. a kind of steel structure lift shaft splicing apparatus according to claim 2, which is characterized in that first operation
Platform (21) is fixed on frame on first (34), and frame (34) is fixed on the first lower frame (33) on described first, institute
The first lower frame (33) stated is fixed on angle steel (32), and on described first frame (34) by support beam on second
(25) it builds, first lower frame (33) is built by second lower support beam (26), the angle steel (32)
It is fixed on the fixable type mobile guide shoe (31).
5. a kind of steel structure lift shaft splicing apparatus according to claim 3, which is characterized in that second operation
Platform (11) is fixed on frame on second (36), and frame (36) is fixed on the second lower frame (35) on described second, institute
The second lower frame (35) stated is fixed on angle steel (32), and on described second frame (36) by support beam on first
(19) it builds, second lower frame (35) is built by first lower support beam (20), the angle steel (32)
It is fixed on fixable type mobile guide shoe (31).
6. a kind of steel structure lift shaft splicing apparatus according to claim 1, which is characterized in that the fixable type
Mobile guide shoe (31) and platform fixed connecting plate (30) set that there are two bolts hole, are bolted, lead fixable type movement
Boots (31) and platform fixed connecting plate (30) are tightly pressed on guide rail (29).
7. a kind of steel structure lift shaft splicing apparatus according to claim 1, which is characterized in that the elevator shaft
Structure is fixedly connected by gallery with the connection wall (37) of building, wherein gallery and building use linkwork (38)
Connection.
8. a kind of steel structure lift shaft splicing apparatus according to claim 1, which is characterized in that the hoist engine branch
Support crossbeam (16) and be equipped with slotted hole, the adjustable guide wheel (14) slide in slotted hole it is adjustable suitable before and after away from
From being then joined with bolts adjustable guide wheel (14).
9. a kind of steel structure lift shaft joining method, the joining method include the following steps:
S1, the elevator shaft structure for building bottom, bottom elevator shaft structure include the four columns rectangular tube of rectangular setting,
Longitudinal column rectangular tube is fixedly connected with two deep crossbeam channel pipes (8) using two deep crossbeam rectangular tubes (7), using one
Root wide beam channel pipe (10) and a wide beam rectangular tube (9) fix the column rectangular tube away from vestibule wall side transverse direction
Connection；The column rectangular tube close to vestibule wall side transverse direction is fixedly connected using three wide beam rectangular tubes (9)；Using vertical
Column angle steel (39) is vertically fixedly connected to close to the wide beam rectangular tube (9) of vestibule wall side three；
S2, the deep crossbeam rectangular tube (7) that four guide rails of bottom elevator shaft structure are respectively symmetrically fixed on to two sides and
On deep crossbeam channel pipe (8)；
S3, movable hoisting platform and packaged type hoistway mounting platform are built on bottom guide rail, by movable hoisting
Platform and packaged type hoistway mounting platform are connected by the first screw rod (27), the second screw rod (28), wherein described is removable
Formula hoisting platform is located at the packaged type hoistway mounting platform upper layer；
S4, continue to overlap the guide rail of second of elevator shaft structure on movable hoisting platform, it is flat for movable hoisting
Platform and packaged type hoistway mounting platform provide the stroke that climbs；
S5, it is bolted, is pressed on fixable type mobile guide shoe (31) and platform fixed connecting plate (30) tightly on guide rail,
Packaged type hoistway mounting platform is fixed, fixable type mobile guide shoe (31) and platform are unclamped on movable hoisting platform
The bolt of fixed connecting plate (30), is in active state movable hoisting platform, opens the first screw pair rotating electric machine
(17) and the second screw pair rotating electric machine (18) movable hoisting platform, is made to pass through the first screw rod (27), the second screw rod (28)
It is run on the guide rail (29) overlapped, after moving to corresponding job position, construction personnel is bolted, and makes fixable type
Mobile guide shoe (31) and platform fixed connecting plate (30) are tightly pressed on guide rail, fix movable hoisting platform, removable
Dynamic formula hoistway mounting platform unclamps the bolt of fixable type mobile guide shoe (31) and platform fixed connecting plate (30), makes packaged type
Hoistway mounting platform is in active state, and opens third screw pair rotating electric machine (23) and the 4th screw pair rotating electric machine (24),
So that packaged type hoistway mounting platform is moved to corresponding job position by the first screw rod (27), the second screw rod (28), then, passes through
Fixable type mobile guide shoe (31) fixes packaged type hoistway mounting platform with platform fixed connecting plate (30), uses hoist engine
Material is transported to packaged type hoistway mounting platform, for building hoistway with steel structure structure in the second layer, each platform is only
Can place a steel construction steel pipe, after a steel construction penstock installation to be done, reuse hoist engine to next steel pipe into
Row phoresys, and four guide rails (29) are manually transported to packaged type by the gap portion among movable hoisting platform and hang
On assembling platform；
S6, complete one layer of hoistway with steel structure installation after, standard vertical degree is checked with the depth of parallelism；
S7, step S4 and step S5 is repeated, carries out the installation exercise of next layer of hoistway with steel structure, until completing a whole set of steel construction
Installation；Wherein, top layer above section is without installing guide rail, and therefore, two platforms lose the stroke that climbs, in installation top layer steel construction
When, four columns rectangular tube, close vestibule lower layer two root posts angle steel (39), close piece wide beam rectangular tube of vestibule lower layer
(9) it is completed on packaged type hoistway mounting platform, but two deep crossbeam rectangular tubes (7), two deep crossbeam channel pipes (8), one
Root wide beam channel pipe (10), three wide beam rectangular tubes (9) need through the gap portion among movable hoisting platform
It manually is transported to movable hoisting platform, and completes two deep crossbeam rectangular tubes (7), two on movable hoisting platform
The installation of deep crossbeam channel pipe (8), a wide beam channel pipe (10), three wide beam rectangular tubes (9)；
The disassembly of S8, platform: after completing top layer operation, loose bolts adjust adjustable guide wheel (14), make adjustable guide wheel
(14) it is moved backward in the slotted hole being equipped on hoist engine support beam (16), then takes one end platform to fix, the other end
The set-up mode alternate with each other of platform moveable keeps movable hoisting platform and packaged type hoistway mounting platform gradually downward
It is mobile, when dislocation bottom, movable hoisting platform and packaged type hoistway mounting platform are dismantled.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201811299807.4A CN109279480B (en) | 2018-11-02 | 2018-11-02 | Steel structure elevator hoistway splicing device and method |
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|---|---|---|---|
| CN201811299807.4A CN109279480B (en) | 2018-11-02 | 2018-11-02 | Steel structure elevator hoistway splicing device and method |
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Cited By (4)
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| CN110371823A (en) * | 2019-08-24 | 2019-10-25 | 华城(天津)建筑科技有限公司 | Self-carry suitable for the additional elevator construction of assembled rises hanging device and construction method |
| CN111298325A (en) * | 2020-04-14 | 2020-06-19 | 西安科技大学 | Detection and rescue integrated deep well rescue device |
| CN111851980A (en) * | 2020-08-20 | 2020-10-30 | 成都嘉泽正达科技有限公司 | Elevator shaft attached lifting protection platform and application method thereof |
| CN115872255A (en) * | 2022-12-07 | 2023-03-31 | 施密特电梯有限公司 | Method for installing sundry goods elevator fast-assembling shaft way |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111851980A (en) * | 2020-08-20 | 2020-10-30 | 成都嘉泽正达科技有限公司 | Elevator shaft attached lifting protection platform and application method thereof |
| CN115872255A (en) * | 2022-12-07 | 2023-03-31 | 施密特电梯有限公司 | Method for installing sundry goods elevator fast-assembling shaft way |
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