CN100564223C - Structure of a kind of hydraulic elevator and preparation method thereof - Google Patents
Structure of a kind of hydraulic elevator and preparation method thereof Download PDFInfo
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- CN100564223C CN100564223C CNB2007100562047A CN200710056204A CN100564223C CN 100564223 C CN100564223 C CN 100564223C CN B2007100562047 A CNB2007100562047 A CN B2007100562047A CN 200710056204 A CN200710056204 A CN 200710056204A CN 100564223 C CN100564223 C CN 100564223C
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- lifting appliance
- guiding
- tubing string
- guide pipe
- bogey
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Abstract
The present invention relates to structure of a kind of hydraulic elevator and preparation method thereof, structure of the hydraulic elevator that particularly a kind of steel structure tubing string cooperates and preparation method thereof, by steel structure hoistway framework, bottom base, top base, structural upright, the structure crossbeam, carrying operation guiding tubing string, bogey, guiding balance positioning and guiding tubing string, lifting appliance, the lifting appliance guide pipe, being connected of hydraulic actuating cylinder, realized a kind of conduit, guide pillar, the structural pattern of the steel structure hydraulic elevator of working in coordination between guide pin bushing, constituted functional integral structure, has the omnidistance balance control of structural operation, positioning and guiding, the function that stops inclination and hydraulic lifting stroke to amplify, changed the form of cab body guide piece along the split respective outer side edges of lifting rail operation, hydraulic-driven, area occupied is little, miniwatt, low power consuming, low-cost, simple in structure, safe and reliable, operate steadily, can be designed to sightseeing elevator, be applicable to villa, dwelling house, the airport, the hotel, the market, install and use.
Description
Technical field:
The present invention relates to structure of a kind of hydraulic elevator and preparation method thereof, structure of the hydraulic elevator that particularly a kind of steel structure tubing string cooperates and preparation method thereof belongs to the mechanical elevating technical field.
Background technology: existing elevator all is to be cooperated by guide rail and guide piece that metal material processing becomes, affects the cab body to move along lifting rail by tow chain.Its shortcoming is: complex structure, and area occupied is big, and the additional configurations parts are many, processing and assembling complexity, cost height.
Summary of the invention:
The present invention relates to structure of a kind of hydraulic elevator and preparation method thereof, structure of the hydraulic elevator that particularly a kind of steel structure tubing string cooperates and preparation method thereof, changed the split respective outer side edges form of existing elevator cage body guide piece, realized a kind of incorporate steel structure hydraulic pressure elevator integral structure along the lifting rail operation.
Making assemble flow of the present invention is as follows:
Material selection → parts making → Installation and Debugging → finished product.
Of the present inventionly finish by following steps:
One, parts are made:
1, select shape to make measure-alike bottom base and the top base of frame, carrier bar is captiveed joint in the top base middle part with frame, two groups of angle pulleies of captive joint and tow chain adaptor union below the captive joint fixed pulley below the carrier bar, a side frame.
2, select shape to make structural upright, each layer structure crossbeam and the hoistway framed structure of design length.
3, select shape to make design length carrying operation guiding tubing string, guide pipe, positioning and guiding balance control guiding tubing string, lifting appliance guide pipe; Guide pipe internal diameter and carrying operation guiding tubing string crest clearance frictional fit, lifting appliance guide pipe internal diameter and positioning and guiding balance control guiding tubing string crest clearance frictional fit.
4, select shape to make bogey, bogey is made of two shapes, the both sides captive joint guide pipe of the centre of length and carrying pulley, and spacing width cooperates with the guide pipe overall diameter; Also can be made of a shape, mid-length is provided with hydraulic actuating cylinder installation hole, both sides are provided with guide pipe hole and carrying pulley installation hole are installed.
5, select shape to make lifting appliance, the matrix arm end of lifting appliance is captive joint lifting appliance guide pipe respectively, above captive joint tow chain connecting device.
Two, Installation and Debugging:
Bottom base is placed on the installation site accurately, adjusts the vertical parallel position, captive joint two or four main bodys tubing strings that lead above the bottom base and below the top base; Bogey is enclosed within on two carrying operation guiding tubing strings by the guide pipe on the bogey, and the two ends by carrying operation guiding tubing string are respectively with above bottom base one side frame and below the frame of top base the same side together, captive joint; Hydraulic cylinder piston is captiveed joint with the hydraulic cylinder piston connecting device on the bogey, and hydraulic cylinder moves guiding tubing string, captive joint with carrying respectively by hydraulic cylinder location structure crossbeam; Captive joint below cooresponding top base frame in the hydraulic cylinder bottom; Lifting appliance is enclosed within on two positioning and guiding balance control guiding tubing strings by the lifting appliance guide pipe of the matrix arm end of lifting appliance, two ends by two positioning and guiding balance controls guiding tubing strings are respectively with the bogey homonymy or above opposite side bottom base one side frame and below the frame of top base the same side together, captive joint; Captive joint with carrying cab body top below the lifting appliance guide pipe top captive joint brake gear, lifting appliance; Of inboard the captiveing joint of each layer structure crossbeam with each construction profile column of hoistway framed structure; Bottom base is captiveed joint with building with ground respectively with top base; Tow chain one end is captiveed joint with the connecting device on carrying cab body top, and the fixed pulley below cooresponding top base, the angle pulley below the top base frame, the carrying pulley on the bogey are captiveed joint with adaptor union below the top base frame; Hydraulic piston drives bogey tow chain traction carrying cab body lifting operation.
Good effect of the present invention is: by steel structure hoistway framework, bottom base, top base, structural upright, the structure crossbeam, carrying operation guiding tubing string, bogey, guiding balance positioning and guiding tubing string, lifting appliance, the lifting appliance guide pipe, being connected of hydraulic actuating cylinder, realized a kind of conduit, guide pillar, the structural pattern of the steel structure hydraulic elevator of working in coordination between guide pin bushing, constituted functional integral structure, has the omnidistance balance control of structural operation, positioning and guiding, the function that stops inclination and hydraulic lifting stroke to amplify, changed the form of cab body guide piece along the split respective outer side edges of lifting rail operation, hydraulic-driven, bogey, the lifting appliance lifting moves omnidistance balance control, area occupied is little, miniwatt, low power consuming, low-cost, simple in structure, safe and reliable, operate steadily, can be designed to the sightseeing elevator of different shape, be applicable to villa, dwelling house, the airport, the hotel, the market, install and use.
Description of drawings:
Fig. 1 is the construction profile schematic diagram; Fig. 2 is the Facad structure schematic diagram.
1, bottom base; 2, main body guiding tubing string; 3, bogey; 4, guide pipe; 5, carrying operation guiding tubing string; 6, lifting appliance; 7, matrix arm; 8, location structure crossbeam; 9, top base; 10, frame; 11, hydraulic actuating cylinder; 12, hydraulic cylinder piston; 13, hydraulic cylinder piston connecting device; 14, lifting appliance guide pipe; 15, positioning and guiding balance control guiding tubing string; 16, brake gear; 17, carrying cab body; 18, each layer structure crossbeam; 19, hoistway framed structure; 20, tow chain; 21, fixed pulley; 22, angle pulley; 23, carrying pulley; 24, adaptor union.
The specific embodiment:
The steel structure of housing hydraulic elevator:
One, component design is made:
1, gets length 1500mm x width 200mm X height 100mm shape and make bottom base and top base, getting length 1100mm x width 200mm X height 100mm makes the top base middle part and captives joint carrier bar with frame, captive joint two groups of diameter 200mm angle pulley and tow chain adaptor union below the captive joint diameter 200mm fixed pulley below the carrier bar, a side frame.
2, getting length 20000mm x width 150mm X height 150mm shape makes structural upright, gets length 1200mm x width 150mm X height 150mm and make each layer structure crossbeam.
3, get length 19700mm x external diameter 120mm metal pipe material and make carrying operation guiding tubing string; Get length 300mm x internal diameter 122mm metal pipe material and make guide pipe; Get length 17700mm x external diameter 120mm metal pipe material and make positioning and guiding balance control guiding tubing string; Get length 300mm x internal diameter 122mm metal pipe material and make the lifting appliance guide pipe.
4, get length 1000mm x width 150mm X height 60mm shape and make bogey, mid-length is provided with the hydraulic actuating cylinder connecting device, both sides are provided with external diameter 133mm guide pipe hole and length 220mm carrying pulley installation hole are installed, and diameter 200mm carrying pulley is installed.
5, get length 1400mm x width 150mm X height 60mm shape and make lifting appliance, the matrix arm end of lifting appliance is captive joint internal diameter 122mm lifting appliance guide pipe respectively, above captive joint tow chain connecting device.
Two, Installation and Debugging:
On bottom base 1 with top base 9 below captive joint four main bodys guiding tubing strings 2; The guide pipes 4 that bogey logical 3 is crossed on the bogey 3 are enclosed within on two carrying operation guiding tubing strings 5, and the two ends by carrying operation guiding tubing string 5 are respectively with above bottom base 1 one side frames and below top base 9 the same side frames 10 together, captive joint; Hydraulic cylinder piston 12 is captiveed joint with the hydraulic cylinder piston connecting device 13 on the bogey 3, length 8500mm, clean stroke 7800mm, cylinder body external diameter 120mm hydraulic actuating cylinder 11 bodies are moved guiding tubing string 5, captive joint with carrying respectively by hydraulic actuating cylinder 11 body location structure crossbeams 8; Captive joint below cooresponding top base 9 frames 10 in hydraulic actuating cylinder 11 bodies bottom; Lifting appliance 6 is enclosed within on two positioning and guiding balance control guiding tubing strings 15 by the lifting appliance guide pipe 14 of matrix arm 7 ends of lifting appliance 6, two ends by two positioning and guiding balance controls guiding tubing strings 15 are respectively with above bottom base 1 frame of bogey 3 homonymies and below top base 9 frames together, captive joint; Captive joint with carrying cab body 17 tops below the lifting appliance guide pipe 15 top captive joint brake gears 16, lifting appliance 6; Captive joint each layer structure crossbeam 18 in the position of height 2200mm upwards on each layer ground with hoistway framed structure 19 the inboard of each construction profile column 2; Bottom base 1 is captiveed joint with building with ground respectively with top base 9; Tow chain 20 1 ends are captiveed joint with the connecting device on carrying cab body 17 tops, and the fixed pulley 21 below cooresponding top base 9, the angle pulley 22 below top base 9 frames, the carrying pulley 23 on the bogey 3 are captiveed joint with adaptor union 24 below top base 9 frames; Hydraulic actuating cylinder 11 piston actuated bogeys 3 tow chains 20 traction carrying cab bodies 17 liftings operation, the check debugging is qualified, steel structure of housing hydraulic elevator product.
Villa steel structure hydraulic pressure sightseeing elevator:
One, component design is made:
1, gets length 1200mm x width 200mm X height 100mm and 600mm x width 200mm X height 100mm shape making bottom base and top base, getting length 800mm x width 200mm X height 100mm and length 600mm x width 200mm X height 100mm makes the top base middle part and captives joint carrier bar with frame, captive joint two groups of diameter 160mm angle pulley and tow chain adaptor union below the captive joint diameter 160mm fixed pulley below the carrier bar, a side frame.
2, getting length 9000mm x width 100mm X height 100mm shape makes structural upright, gets length 1100mm x width 100mm X height 100mm and length 900mm x width 100mm X height 100mm makes each layer structure crossbeam.
3, get length 8700mm x external diameter 60mm metal pipe material and make carrying operation guiding tubing string; Get length 300mm x internal diameter 62mm metal pipe material and make guide pipe; Get length 8700mm x external diameter 60mm metal pipe material and make positioning and guiding balance control guiding tubing string; Get length 300mm x internal diameter 62mm metal pipe material and make the lifting appliance guide pipe.
4, get length 65mm x width 120mm X height 50mm shape and make bogey, mid-length is provided with the hydraulic actuating cylinder connecting device, both sides are provided with external diameter 72mm guide pipe hole and length 180mm carrying pulley installation hole are installed, and diameter 160mm carrying pulley is installed.
5, get length 900mm x width 120mm X height 50mm shape and make lifting appliance, the matrix arm end of lifting appliance is captive joint external diameter 72mm lifting appliance guide pipe respectively, above captive joint tow chain connecting device.
Two, Installation and Debugging:
On bottom base 1 with top base 9 below captive joint four main bodys guiding tubing strings 2; The guide pipes 4 that bogey logical 3 is crossed on the bogey 3 are enclosed within on two carrying operation guiding tubing strings 5, and the two ends by carrying operation guiding tubing string 5 are respectively with above bottom base 1 one side frames and below top base 9 the same side frames 10 together, captive joint; Hydraulic cylinder piston 12 is captiveed joint with the hydraulic cylinder piston connecting device 13 on the bogey 3, length 4500mm, clean stroke 4000mm, cylinder body external diameter 80mm hydraulic actuating cylinder 11 bodies are moved guiding tubing string 5, captive joint with carrying respectively by hydraulic actuating cylinder 11 body location structure crossbeams 8; Captive joint below cooresponding top base 9 frames 10 in hydraulic actuating cylinder 11 bodies bottom; Lifting appliance 6 is enclosed within on two positioning and guiding balance control guiding tubing strings 15 by the lifting appliance guide pipe 14 of matrix arm 7 ends of lifting appliance 6, two ends by two positioning and guiding balance controls guiding tubing strings 15 are respectively with above bottom base 1 frame of bogey 3 homonymies and below top base 9 frames together, captive joint; Captive joint with carrying cab body 17 tops below the lifting appliance guide pipe 15 top captive joint brake gears 16, lifting appliance 6; Captive joint each layer structure crossbeam 18 in the position of height 2200mm upwards on each layer ground with hoistway framed structure 19 the inboard of each construction profile column 2; Bottom base 1 is captiveed joint with building with ground respectively with top base 9; Tow chain 20 1 ends are captiveed joint with the connecting device on carrying cab body 17 tops, and the fixed pulley 21 below cooresponding top base 9, the angle pulley 22 below top base 9 frames, the carrying pulley 23 on the bogey 3 are captiveed joint with adaptor union 24 below top base 9 frames; Hydraulic actuating cylinder 11 piston actuated bogeys 3 tow chains 20 traction carrying cab bodies 17 liftings operation, the sealing of glass curtain, the check debugging is qualified, steel structure of housing hydraulic elevator product.
Embodiment 3
Steel structure hydraulic pressure hall sightseeing elevator:
One, component design is made:
1, gets length 2000mm x width 200mm X height 100mm shape and make bottom base and top base, getting length 1600mm x width 200mm X height 100mm makes the top base middle part and captives joint carrier bar with frame, captive joint two groups of diameter 200mm angle pulley and tow chain adaptor union below the captive joint diameter 200mm fixed pulley below the carrier bar, a side frame.
2, getting length 15000mm x width 150mm X height 150mm shape makes structural upright, gets length 1200mm x width 150mm X height 150mm and make each layer structure crossbeam.
3, get length 14700mm x external diameter 120mm metal pipe material and make carrying operation guiding tubing string; Get length 300mm x internal diameter 122mm metal pipe material and make guide pipe; Get length 14700mm x external diameter 120mm metal pipe material and make positioning and guiding balance control guiding tubing string; Get length 300mm x internal diameter 122mm metal pipe material and make the lifting appliance guide pipe.
4, get length 1200mm x width 150mm X height 60mm shape and make bogey, mid-length is provided with the hydraulic actuating cylinder connecting device, both sides are provided with external diameter 133mm guide pipe hole and length 220mm carrying pulley installation hole are installed, and diameter 200mm carrying pulley is installed.
5, get length 1600mm x width 150mm X height 60mm shape and make lifting appliance, the matrix arm end of lifting appliance is captive joint internal diameter 122mm lifting appliance guide pipe respectively, above captive joint tow chain connecting device.
Two, Installation and Debugging:
On bottom base 1 with top base 9 below captive joint four main bodys guiding tubing strings 2; The guide pipes 4 that bogey logical 3 is crossed on the bogey 3 are enclosed within on two carrying operation guiding tubing strings 5, and the two ends by carrying operation guiding tubing string 5 are respectively with above bottom base 1 one side frames and below top base 9 the same side frames 10 together, captive joint; Hydraulic cylinder piston 12 is captiveed joint with the hydraulic cylinder piston connecting device 13 on the bogey 3, length 7000mm, clean stroke 6700mm, cylinder body external diameter 120mm hydraulic actuating cylinder 11 bodies are moved guiding tubing string 5, captive joint with carrying respectively by hydraulic actuating cylinder 11 body location structure crossbeams 8; Captive joint below cooresponding top base 9 frames 10 in hydraulic actuating cylinder 11 bodies bottom; Lifting appliance 6 is enclosed within on two positioning and guiding balance control guiding tubing strings 15 by the lifting appliance guide pipe 14 of matrix arm 7 ends of lifting appliance 6, two ends by two positioning and guiding balance controls guiding tubing strings 15 are respectively with above bottom base 1 frame of bogey 3 homonymies and below top base 9 frames together, captive joint; Captive joint with carrying cab body 17 tops below the lifting appliance guide pipe 15 top captive joint brake gears 16, lifting appliance 6; Captive joint each layer structure crossbeam 18 in the position of height 2200mm upwards on each layer ground with hoistway framed structure 19 the inboard of each construction profile column 2; Bottom base 1 is captiveed joint with building with ground respectively with top base 9; Tow chain 20 1 ends are captiveed joint with the connecting device on carrying cab body 17 tops, and the fixed pulley 21 below cooresponding top base 9, the angle pulley 22 below top base 9 frames, the carrying pulley 23 on the bogey 3 are captiveed joint with adaptor union 24 below top base 9 frames; Hydraulic actuating cylinder 11 piston actuated bogeys 3 tow chains 20 traction carrying cab bodies 17 liftings operation, the sealing of glass curtain, the check debugging is qualified, steel structure hydraulic pressure hall sightseeing elevator.
Claims (2)
1, a kind of method for making of hydraulic elevator is characterized in that:
1) select shape to make bottom base and top base, carrier bar is captiveed joint in the top base middle part with the top base frame, two angle pulleies of captive joint and two tow chain adaptor unions below the captive joint fixed pulley below the carrier bar, top base frame; Select shape to make main body guiding tubing string, each layer structure crossbeam and the hoistway framed structure of design length; Select shape to make design length carrying operation guiding tubing string, guide pipe, positioning and guiding balance control guiding tubing string and lifting appliance guide pipe; Guide pipe internal diameter and carrying operation guiding tubing string crest clearance frictional fit, lifting appliance guide pipe internal diameter and positioning and guiding balance control guiding tubing string crest clearance frictional fit; Select shape to make bogey, bogey constitutes equal captive joint guide pipe in the both sides of the centre of bogey length and carrying pulley by two or a shape; The bogey mid-length is provided with hydraulic actuating cylinder and hole is installed and is provided with the hydraulic cylinder piston connecting device, and both sides are provided with guide pipe installation hole and the carrying pulley is installed hole; Select shape to make lifting appliance, the matrix arm end of lifting appliance is captive joint lifting appliance guide pipe respectively, captive joint tow chain connecting device above the lifting appliance;
2) on bottom base with top base below captive joint two or four main bodys guiding tubing strings; Bogey is enclosed within on two carrying operation guiding tubing strings by described guide pipe, the two ends of carrying operation guiding tubing string respectively with above the bottom base frame with the top base frame of the same side below captive joint; Hydraulic cylinder piston is captiveed joint with the hydraulic cylinder piston connecting device on the bogey, and hydraulic cylinder is captiveed joint with carrying operation guiding tubing string respectively by hydraulic cylinder location structure crossbeam; Captive joint below cooresponding top base frame in the hydraulic cylinder bottom; The lifting appliance guide pipe of lifting appliance by the matrix arm end of lifting appliance is enclosed within on two positioning and guiding balance controls guiding tubing strings, the two ends of each described positioning and guiding balance control guiding tubing string respectively with above the bogey bottom base frame with the same side top base frame below captive joint; Captive joint with carrying cab body top below the lifting appliance guide pipe top captive joint brake gear, lifting appliance; Each layer structure crossbeam is captiveed joint with the main body guiding tubing string of hoistway framed structure side is inboard; Bottom base is captiveed joint with ground, and top base is captiveed joint with building; Tow chain one end is captiveed joint with the connecting device on carrying cab body top, and fixed pulley, angle pulley top base frame below, carrying pulley bogey on of the tow chain other end below cooresponding top base captiveed joint with the tow chain adaptor union below the top base frame; Hydraulic cylinder piston drives bogey, tow chain traction carrying cab body lifting operation.
2, the product that obtains according to the described method of claim 1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2007100562047A CN100564223C (en) | 2007-10-22 | 2007-10-22 | Structure of a kind of hydraulic elevator and preparation method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2007100562047A CN100564223C (en) | 2007-10-22 | 2007-10-22 | Structure of a kind of hydraulic elevator and preparation method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101157428A CN101157428A (en) | 2008-04-09 |
| CN100564223C true CN100564223C (en) | 2009-12-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2007100562047A Expired - Fee Related CN100564223C (en) | 2007-10-22 | 2007-10-22 | Structure of a kind of hydraulic elevator and preparation method thereof |
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| Country | Link |
|---|---|
| CN (1) | CN100564223C (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104003265B (en) * | 2014-06-18 | 2016-04-27 | 沈传良 | Reversely hung Yong side hydraulic pressure goods lift |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3650356A (en) * | 1969-12-18 | 1972-03-21 | Rchard L Brown | Hydraulically-actuatable elevator system |
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2007
- 2007-10-22 CN CNB2007100562047A patent/CN100564223C/en not_active Expired - Fee Related
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3650356A (en) * | 1969-12-18 | 1972-03-21 | Rchard L Brown | Hydraulically-actuatable elevator system |
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| Publication number | Publication date |
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| CN101157428A (en) | 2008-04-09 |
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Granted publication date: 20091202 Termination date: 20121022 |