CN209384578U - A kind of hoistway with steel structure - Google Patents
A kind of hoistway with steel structure Download PDFInfo
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- CN209384578U CN209384578U CN201822104033.7U CN201822104033U CN209384578U CN 209384578 U CN209384578 U CN 209384578U CN 201822104033 U CN201822104033 U CN 201822104033U CN 209384578 U CN209384578 U CN 209384578U
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Abstract
The utility model proposes a kind of hoistway with steel structure, including template framework, template framework includes the symmetrical left frame of structure and correct frame, left frame or correct frame include preceding hoistway column, rear hoistway column, first crossbeam structure is provided between preceding hoistway column and rear hoistway column, it is provided with location structure in left frame or correct frame, is provided with crossbeam connector on preceding hoistway column and rear hoistway column；It is provided with second cross beam structure between the crossbeam connector being arranged on the preceding hoistway column of left frame and correct frame, is provided with third beam structure between the crossbeam connector being arranged on the rear hoistway column of left frame and correct frame.The utility model take template framework by stack set up elevator shaft, will not site welding and generate smell, it is small in size, convenient transportation, upper and lower hoistway column is all connect with clamping plate and standard bolt component with connections such as crossbeams, and installation progress is fast, reduces the construction time.
Description
Technical field
The utility model relates to arrive elevator shaft system, it is related specifically to a kind of hoistway with steel structure.
Background technique
Elevator shaft generally uses concrete or brick mix structure, and aging blocks install elevator additional and generally use hoistway with steel structure,
And hoistway with steel structure currently on the market is generally divided into: on-site cutting welded steel structure hoistway and plant produced welding, scene
Building block system overlaps two kinds of hoistway with steel structure.However on-site cutting welded steel structure hoistway long construction period, arc of lighting and noise, smell
Deng to community resident life be affected, site welding needs to overlap the equipment such as electric wire, often overhead elevator shaft welding when,
Construction personnel needs to carry welding equipment and welds hoistway on frame, this just increases work difficulty, labor intensity；Factory
Production welding, live building block system overlap hoistway with steel structure, can effectively shorten the site operation period, reduce the life to community resident
It influences, but since hoistway frame forms, volume is big, this results in transport difficult, transports the at high cost of consumption, while at the scene
In work progress, elevator shaft needs to lift, and molding hoistway hoisting difficulty is larger.Therefore the prior art of elevator shaft exists
Long construction period, installation and transportation difficulty be big, construction influences big realistic problem on resident living.
Utility model content
For the long construction period of the existing technology of solution elevator shaft, installation and transportation difficulty is big, construction is raw to resident
Living to influence big disadvantage, the utility model proposes a kind of hoistway with steel structure.
The utility model proposes technical solution be: a kind of hoistway with steel structure, including template framework, template framework include knot
The symmetrical left frame of structure and correct frame, left frame or correct frame include preceding hoistway column, rear hoistway column, preceding hoistway column with
First crossbeam structure is provided between hoistway column afterwards, is provided with location structure in left frame or correct frame, preceding hoistway column with
Crossbeam connector is provided on hoistway column afterwards；Between the crossbeam connector being arranged on the preceding hoistway column of left frame and correct frame
It is provided with second cross beam structure, is provided with third between the crossbeam connector being arranged on the rear hoistway column of left frame and correct frame
Beam structure.
The utility model takes a kind of hoistway frame of template type in such a way that stack is built, and fast construction is at difference
The elevator shaft of height requirement, in-site installation elevator shaft no longer need welding technology, directly use standard bolt component and clamping plate
Be fixedly connected with frame part, realize elevator shaft quickly assemble, easy removal.The template framework of the utility model includes knot
The symmetrical left frame of structure and correct frame, left frame or correct frame include preceding hoistway column, rear hoistway column, preceding hoistway column with
First crossbeam structure is provided between hoistway column afterwards, is provided with symmetrical crossbeam on preceding hoistway column and rear hoistway column
It is provided with second cross beam structure between the crossbeam connector being arranged on the preceding hoistway column of connector, left frame and correct frame, it is left
Third beam structure, hoistway column and are provided between the crossbeam connector being arranged on the rear hoistway column of frame and correct frame
One, second, third beam structure collectively forms the main body of template framework, and crossbeam connector keeps left and right frame easy for assemble or unload,
Transport difficulty is small；Hoistway column, beam structure all use H profile steel to make, and crossbeam connector is used than hoistway column, beam structure
The H profile steel of small No.1 makes, and H profile steel bears that load is big, and factory is fast, and selectivity is high, hoistway column using calibrated altitude production,
Meet general elevator floor height, facilitate volume production, first crossbeam structure welding is between the hoistway column of front and back, front and back hoistway column
The wing plate of H profile steel is opposite to be set up, and web outwardly, opens up mounting hole, the welding of crossbeam connector on the web of hoistway column upper and lower side
On the interior coxostermum of hoistway column, left and right crossbeam connector is symmetrically to setting up, second cross beam structure standard bolt component
It is arranged in clamping plate and is arranged on the preceding hoistway column of the crossbeam connector and correct frame that are arranged on the preceding hoistway column of left frame
Between crossbeam connector, third beam structure is arranged on the rear hoistway column of left frame with standard bolt component and clamping plate and is arranged
Crossbeam connector and correct frame rear hoistway column between the crossbeam connector that is arranged, clamping plate is in the web two sides of H profile steel
It is respectively provided with；In order to guarantee that upper layer and lower layer frame installation site is corresponding up and down, facilitates frame mounting and adjusting, all set on the frame of left and right
It is equipped with location structure；It is thusly-formed template framework.Left frame and correct frame are in factory's welding fabrication, remaining parts factory in bulk,
The component transported required for guaranteeing occupies little space, and facilitates shipment, reduction transportation cost and time, when installation, first fixes bottom
The left and right frame of layer, adjustment good position, after angle, then rear cross beam of going forward, bottom mould are connected with high-strength bolt component with clamping plate
After plate framework is set up, continues up stack and set up upper former frame, when upper layer template framework is installed, bolster frame
Hoistway column connected with high-strength bolt component by clamping plate, clamping plate is all disposed in the web two sides of H profile steel, upper and lower mould sheet frame
The location structure of frame is aligned, and does not need additional inspection adjustment.It would not need to overlap again at the scene in this way
Electric welding equipment generates odor impact resident living, and stack sets up template framework, when greatly reducing elevator shaft installation
Between, save the cost.
The advantageous effects of the utility model are: the utility model takes stack framework electric by template hoistway frame
Stair shaft road does not need site welding, overlaps electric welding equipment, this would not generate electric welding odor impact resident living, template framework
Widget can be separated by producing by batch, greatly reduce the hoistway construction time, while fast and easy transports in-site installation,
By template framework framework layer by layer, upper and lower level connect by bolt assembly with clamping plate, low in cost, and inspection repair is simple and efficient,
Therefore well solved that the long construction period of the existing technology of elevator shaft, installation and transportation difficulty be big, construction is to resident
Life influences big disadvantage.
Detailed description of the invention
Attached drawing 1 is the structural schematic diagram of the utility model；
Attached drawing 2 is the structural schematic diagram of left frame；
1, left frame in figure, 2, rear cross beam, 3, correct frame, 4, front beam, 5, door pillar, 6, pilot hole, 7, rear hoistway it is vertical
Column, 8, rear cross beam connector, 9, upper guiding crossbeam, 10, guide cone, 11, front beam connector, 12, shelter bridge support frame, 13, preceding
Hoistway column, 14, left and right crossbeam, 15, adjustment hole, 16, lower guiding crossbeam.
A kind of hoistway with steel structure of the utility model is further described in the following with reference to the drawings and specific embodiments.
Specific embodiment
In the utility model description, the temporald eixis such as relational language "upper", "lower", "left", "right" position is only based on attached
Orientation shown in figure and for ease of description simplify the utility model, be not the components must have orientation, construction,
Therefore it should not be understood as limiting the present invention.
Embodiment 1
As shown in the picture, a kind of hoistway with steel structure, including template framework, template framework include the symmetrical left frame of structure
1 and correct frame 3, left frame 1 or correct frame 3 include preceding hoistway column 13, rear hoistway column 7, preceding hoistway column 13 and rear hoistway
It is provided with first crossbeam structure between column 7, location structure is provided in left frame 1 or correct frame 3, preceding hoistway column 13 is with after
Crossbeam connector is provided on hoistway column 7；The crossbeam connector being arranged on the preceding hoistway column 13 of left frame 1 and correct frame 3
Between be provided with second cross beam structure, set between the crossbeam connector being arranged on the rear hoistway column 7 of left frame 1 and correct frame 3
It is equipped with third beam structure.
The utility model takes a kind of hoistway frame of template type in such a way that stack is built, and fast construction is at difference
The elevator shaft of height requirement, in-site installation elevator shaft no longer need welding technology, directly use standard bolt component and clamping plate
Be fixedly connected with frame part, realize elevator shaft quickly assemble, easy removal.The template framework of the utility model includes knot
The symmetrical left frame 1 of structure and correct frame 3, left frame 1 or correct frame 3 include preceding hoistway column 13, rear hoistway column 7, preceding well
It is provided with first crossbeam structure between road column 13 and rear hoistway column 7, is provided with location structure on left frame 1 or correct frame 3,
Crossbeam connector is provided on preceding hoistway column 13 and rear hoistway column 7；On the preceding hoistway column 13 of left frame 1 and correct frame 3
It is provided with second cross beam structure between the crossbeam connector of setting, is arranged on the rear hoistway column 7 of left frame 1 and correct frame 3
Third beam structure is provided between crossbeam connector, hoistway column and the first, second, third beam structure collectively form template
The main body of frame, crossbeam connector keep left and right frame easy for assemble or unload, and transport difficulty is small；Hoistway column, beam structure are all adopted
It is made of H profile steel, crossbeam connector uses the H profile steel production of No.1 smaller than hoistway column, beam structure, and H profile steel bears load
Greatly, factory is fast, and selectivity is high, and hoistway column is made of calibrated altitude, meets general elevator floor height, facilitates volume production, the
One beam structure is welded between the hoistway column of front and back, and the wing plate of front and back hoistway column H profile steel is opposite to be set up, web outwardly, well
Mounting hole is opened up on the web of road column upper and lower side, crossbeam connector is welded on the interior coxostermum of hoistway column, left and right crossbeam
Connector is symmetrically to setting up, and second cross beam structure is arranged on the preceding hoistway column of left frame with standard bolt component and clamping plate
Between the crossbeam connector being arranged on the crossbeam connector of setting and the preceding hoistway column of correct frame, third beam structure standard
The rear hoistway column of the crossbeam connector and correct frame that are arranged on the rear hoistway column of left frame is arranged in bolt assembly and clamping plate
Between the crossbeam connector of upper setting, clamping plate is respectively provided in the web two sides of H profile steel；In order to guarantee upper layer and lower layer frame installation position
Correspondence up and down is set, facilitates frame mounting and adjusting, is both provided with location structure in left frame 1 or correct frame 3；It is thusly-formed template
Frame.Left frame 1 and correct frame 3 are in factory's welding fabrication, remaining parts factory in bulk, the component occupancy transported required for guaranteeing
Space is small, facilitates shipment, reduces transportation cost and time, when installation, first fixes the left and right frame of bottom, adjustment good position,
After angle, then rear cross beam of going forward is connected after bottom template framework is set up with high-strength bolt component with clamping plate and continues up heap
Stacked sets up upper former frame, and when installing upper layer template framework, the hoistway column of bolster frame passes through clamping plate and high-strength
Bolt assembly connection is spent, clamping plate is all disposed in the web two sides of H profile steel, the location structure alignment of bolster frame, no
Additional inspection is needed to adjust.Electric welding equipment would not be needed to overlap in this way again at the scene, generate odor impact residence
The people's livelihood is living, and stack sets up template framework, greatly reduces elevator shaft installation time, save the cost.
Further, first crossbeam structure includes upper guiding crossbeam 9, left and right crossbeam 14 and lower guiding crossbeam 16, upper guiding
Crossbeam 9 is welded between the upper end of preceding hoistway column 13 and the upper end of rear hoistway column 7, and lower guiding crossbeam 16 is welded on preceding hoistway
Between the lower end 13 of column and the lower end of rear hoistway column 7, left and right crossbeam 14 is three and three or more, and even level's setting exists
Between upper guiding crossbeam 9 and lower guiding crossbeam 16, and it is welded between preceding hoistway column 13 and rear hoistway column 7.Upper guiding is horizontal
Beam 9 and lower guiding crossbeam 16 are respectively welded at top and the low side of front and back hoistway column, and location structure is arranged on guiding crossbeam,
Left and right crossbeam 14 is uniformly arranged between guiding crossbeam up and down, and level is welded between the hoistway column of front and back, and location structure exists
Other adjustment angle is no longer needed when upper layer template framework is installed, saves the frame construction time, and three left sides are arranged in the present embodiment
Right crossbeam 14, meets the installation of hoistway frame curtain wall, reaches the stability_intensity of hoistway frame.
Location structure includes guide cone 10, pilot hole 6, and guide cone 10 is arranged on upper guiding crossbeam 9, and pilot hole 6 is arranged
On lower guiding crossbeam 16, and it is corresponding with above and below the position of guide cone 10.Left frame 1 or correct frame 3 or both are all equipped with
Location structure, location structure guarantee not needing excessively to adjust orientation, angle when installation upper layer and lower layer template framework, quickly connection group
Dress, when installing upper layer template framework, the guide cone 10 of lower template frame is inserted directly into the pilot hole 6 of upper former frame, layer
Layer is so.
It the crossbeam connector bilateral symmetry that is arranged in left frame 1 and the front and back hoistway column of correct frame 3 and is arranged in pairs, it is left
The right side of left frame 1 is arranged in the crossbeam connector of side, and the left side of correct frame 3 is arranged in the crossbeam connector of right, and crossbeam connects
Mounting hole is provided on fitting；Crossbeam connector include two groups and front beam connector 11 more than two and three pairs and three pairs with
On rear cross beam connector 8, the position height of each pair of rear cross beam connector 8 is corresponding with the position height of left and right crossbeam 14.Often
Group front beam connector 11 includes two pairs of crossbeam connectors, and every team includes each one symmetrical crossbeam connector around；It is each pair of
Rear cross beam connector 8 includes the symmetrical crossbeam connector in each one of left and right, the position height of each pair of rear cross beam connector 8 and every
The position height of a or so crossbeam 14 is corresponding, and crossbeam connector can be installed according to actual items to be needed to increase, and meets project
It is required that.
Second cross beam structure includes two groups and front beam more than two 4, is provided with mounting hole on front beam 4, front beam 4 is set
It sets between symmetrical front beam connector 11, passes through clamping plate and high-intensitive spiral shell between both ends and front beam connector 11
Bolt assembly is cooperatively connected.Every group include two crossbeams, one section of the interval of upper and lower two groups of crossbeams as elevator door height grow away from
From being cooperatively connected between front beam 4 and front beam connector 11 by clamping plate and high-strength bolt component, when installation, clamping plate is in H
The web two sides of fashioned iron all dispose, reinforcement structure carrying.
Third beam structure includes three and three or more rear cross beams 2, and mounting hole, rear cross beam 2 are provided on rear cross beam 2
It is arranged between symmetrical rear cross beam connector 8, passes through clamping plate and high-intensitive spiral shell between both ends and rear cross beam connector 8
Bolt assembly is cooperatively connected.When installation connection rear cross beam 2 and rear cross beam connector 8, clamping plate is all disposed in the web two sides of H profile steel,
Reinforcement structure carrying.
One end corner cut of crossbeam connector contact hoistway column.It is vertical can be deep into hoistway for crossbeam connector when in order to weld
The contact jaw of crossbeam connector is cut right angle, then is welded and fixed by the inside of column.
Door pillar 5 is additionally provided between neighbouring two groups of front beams 4.Installation elevator door needs door pillar 5, this is practical new
Type, which is taken, is connected to door pillar 5 on lower and upper cross-member with bolt assembly, can also be welded on lower and upper cross-member, second, third is horizontal
Girder construction installs door pillar 5 again after the installation is completed.
It is provided with shelter bridge support frame 12 on the preceding hoistway column 13 of left frame 1, is provided with connecting hole on shelter bridge support frame 12,
It is provided with adjustment hole 15 on preceding hoistway column 13 where 12 top of shelter bridge support frame, preceding well corresponding with 15 position of adjustment hole
The inside of road column 13 is welded with adjusting nut.Shelter bridge is installed between elevator and building and facilitates walk, shelter bridge and shelter bridge
Support frame 12 connects, the verticality that when connection has adjustment structure to adjust hoistway, other component after the installation is completed, finally measurement is every
Layer building even highly, the quantity of shelter bridge support frame 12 is calculated according to height, then is welded on the preceding hoistway column of left and right frame, corridor
The bridge other end is mounted on building by seedling spigot,
Obviously, the utility model takes template framework to set up elevator shaft by stack, does not need site welding, will not
Smell is generated, template framework is small in size, convenient transportation, and clamping plate and standard bolt group are all used in the connections such as upper and lower hoistway column and crossbeam
Part connection, at low cost, installation progress is fast, reduces the construction time, has practical value well in elevator industry.
The above-mentioned preferred embodiment for the utility model, it should be understood that those skilled in the art is without creative work
It according to the present utility model can conceive and related skill is obtained by logic analysis, reasoning or experiment etc. on the basis of existing technology
Art scheme, therefore these related art schemes all should be in the protection scope of present claims.
Claims (9)
1. a kind of hoistway with steel structure, including template framework, it is characterised in that: template framework includes the symmetrical left frame of structure
(1) and correct frame (3), left frame (1) or correct frame (3) include preceding hoistway column (13), rear hoistway column (7), and preceding hoistway is vertical
It is provided with first crossbeam structure between column (13) and rear hoistway column (7), is provided with positioning on left frame (1) or correct frame (3)
Crossbeam connector is provided on structure, preceding hoistway column (13) and rear hoistway column (7)；Before left frame (1) and correct frame (3)
Second cross beam structure is provided between the crossbeam connector being arranged on hoistway column (13), after left frame (1) and correct frame (3)
Third beam structure is provided between the crossbeam connector being arranged on hoistway column (7).
2. a kind of hoistway with steel structure according to claim 1, it is characterised in that: first crossbeam structure includes upper guiding crossbeam
(9), left and right crossbeam (14) and lower guiding crossbeam (16), the upper end of hoistway column (13) is with after before upper guiding crossbeam (9) is welded on
Between the upper end of hoistway column (7), it is lower guiding crossbeam (16) be welded on preceding hoistway column (13) lower end and rear hoistway column (7)
Lower end between, left and right crossbeam (14) is three and three or more, and even level's setting is in upper guiding crossbeam (9) and lower guiding cross
Between beam (16), and it is welded between preceding hoistway column (13) and rear hoistway column (7).
3. a kind of hoistway with steel structure according to claim 1 or 2, it is characterised in that: location structure include guide cone (10),
Pilot hole (6), guide cone (10) are arranged on upper guiding crossbeam (9), and pilot hole (6) is arranged on lower guiding crossbeam (16), and
It is corresponding with above and below the position of guide cone (10).
4. a kind of hoistway with steel structure according to claim 1 or 2, it is characterised in that: left frame (1) and correct frame (3)
It the crossbeam connector bilateral symmetry that is arranged on the hoistway column of front and back and is arranged in pairs, the crossbeam connector of left is arranged in left frame
(1) the crossbeam connector setting on right side, right is provided with mounting hole on the left side of correct frame (3), crossbeam connector；Crossbeam
Connector includes the rear cross beam connector (8) of two groups and front beam connector (11) more than two and three pairs and three pairs or more,
The position height of each pair of rear cross beam connector (8) is corresponding with the position height of left and right crossbeam (14).
5. a kind of hoistway with steel structure according to claim 1 or 2, it is characterised in that: second cross beam structure include two groups and
Front beam (4) more than two, mounting hole is provided on front beam (4), and front beam (4) setting is connected in symmetrical front beam
Between part (11), it is cooperatively connected between both ends and front beam connector (11) by clamping plate and high-strength bolt component.
6. a kind of hoistway with steel structure according to claim 1 or 2, it is characterised in that: third beam structure include three and
Three or more rear cross beams (2), mounting hole is provided on rear cross beam (2), and rear cross beam (2) setting connects in symmetrical rear cross beam
Between fitting (8), it is cooperatively connected between both ends and rear cross beam connector (8) by clamping plate and high-strength bolt component.
7. a kind of hoistway with steel structure according to claim 4, it is characterised in that: crossbeam connector contacts the one of hoistway column
Hold corner cut.
8. a kind of hoistway with steel structure according to claim 1 or 2 or 7, it is characterised in that: neighbouring two groups of front beams
(4) door pillar (5) are additionally provided between.
9. a kind of hoistway with steel structure according to claim 1 or 2 or 7, it is characterised in that: the preceding hoistway of left frame (1) is vertical
It is provided on column (13) shelter bridge support frame (12), connecting hole, shelter bridge support frame (12) top is provided on shelter bridge support frame (12)
It is provided with adjustment hole (15) on the preceding hoistway column (13) at place, preceding hoistway column (13) corresponding with adjustment hole (15) position
Inside be welded with adjusting nut.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822104033.7U CN209384578U (en) | 2018-12-14 | 2018-12-14 | A kind of hoistway with steel structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822104033.7U CN209384578U (en) | 2018-12-14 | 2018-12-14 | A kind of hoistway with steel structure |
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| Publication Number | Publication Date |
|---|---|
| CN209384578U true CN209384578U (en) | 2019-09-13 |
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ID=67871982
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822104033.7U Active CN209384578U (en) | 2018-12-14 | 2018-12-14 | A kind of hoistway with steel structure |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111519867A (en) * | 2020-04-28 | 2020-08-11 | 河南远大可持续建筑科技有限公司 | Fireproof plugging process for inner wall of steel-structure elevator shaft |
| CN115788103A (en) * | 2023-02-08 | 2023-03-14 | 集束智能装配科技有限公司 | Construction method of elevator shaft modular assembly structure system |
-
2018
- 2018-12-14 CN CN201822104033.7U patent/CN209384578U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111519867A (en) * | 2020-04-28 | 2020-08-11 | 河南远大可持续建筑科技有限公司 | Fireproof plugging process for inner wall of steel-structure elevator shaft |
| CN115788103A (en) * | 2023-02-08 | 2023-03-14 | 集束智能装配科技有限公司 | Construction method of elevator shaft modular assembly structure system |
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