CN204661108U - Two-layer twin columns lifting working platform - Google Patents
Two-layer twin columns lifting working platform Download PDFInfo
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- CN204661108U CN204661108U CN201520366366.0U CN201520366366U CN204661108U CN 204661108 U CN204661108 U CN 204661108U CN 201520366366 U CN201520366366 U CN 201520366366U CN 204661108 U CN204661108 U CN 204661108U
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- twin columns
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Abstract
The utility model discloses the two-layer twin columns lifting working platform of a kind of two-stage, comprise 2 single-column devices; Each described single-column device comprises chassis, frame, lifting structure, two-stage platform; Described frame comprises several standard knots, one or more anchor fitting, and described anchor fitting one end and described standard knot are fixed, and the other end and body of wall are fixed; Described chassis is positioned at the below of described frame; Described lifting structure is positioned at described machine frame inside; Described two-stage platform and described lifting structure are fixed on one, and 2 described single-column devices are connected by described two-stage platform.The two-layer twin columns lifting working platform of this two-stage that the utility model provides, both may be used for exterior wall field process, and can be used for again interior decoration work, its safety performance is greater than scaffold, and install, dismantlement work convenience more succinct than scaffold.Can be used for alternative scaffold, complete aloft work, structure is simple, assembled dismounting Portable safety, and is convenient to check quantity.
Description
Technical field
The utility model relates to field process equipment, relate generally to a kind of can the field process equipment of auto-update.
Background technology
At present when building, be all generally use scaffold to complete the operation of exterior wall, inside fitting.But scaffold be by one by one independently steel pipe or synthetic material pipe build, in the whole build process of scaffold, need to consume a large amount of manpower, and due to scaffolding inherently very heavy, whole build process is wasted time and energy more.After construction completes, also need manually to tear open and remove scaffold, and need to carry out checking quantity, process is loaded down with trivial details, and work capacity is large, takes manpower very much.The most key, scaffold, owing to being the shelf manually built, very easily has an accident when constructing.Several scaffold stand, in build process, need to ensure that each support place of building is firm, as long as there is a place to occur loosening, and problem, the life security of serious threat workmen such as can cause the toppling over of whole scaffold, collapse.
Although scaffold is now in continuous improvement, the material such as bamboo and wood material by, replace to the material that the quality such as steel pipe, composite material is harder gradually, its threaten degree does not reduce.Along with the rising of building height, scaffold needs the height built also more and more higher, has occurred attachment type raise scaffold and lifted scaffold for this reason.Attachment type raise scaffold can rise according to the rising of floor, but it still needs to carry out building of some sections of supports, need to ensure the firm of each support junction, and it is all be attached on house, hangs on ground, very dangerous.Lifted scaffold is then rely on that roof is stressed up promotes, and because scaffold weight is large, hoisting speed is very slow, and comprises again the shortcoming of scaffold, also very dangerous.At present; the domestic news that often there will be scaffold construction accident; scaffold does not singly just threaten to workmen; the pedestrian walked near building site, vehicle are also threatened; especially the location such as room, finishing is made on road limit; to the life security of people, there is wretched insufficiency in serious threat.
Utility model content
For overcoming the above problems, the utility model provides a kind of two-layer twin columns lifting working platform, comprises 2 single-column devices 500, and each described single-column device 500 comprises chassis 100, frame 200, lifting structure 300, two-layer platform 400; Described frame 200 comprises several standard knots 201, one or more anchor fitting 203, the described frame 200 of described several standard knots 201 superposition fixing composition cuboid, described anchor fitting 203 one end and described standard knot 201 are fixed, and the other end and body of wall are fixed.The every 6-9m mono-of described anchor fitting 203, for firm two-layer twin columns lifting working platform.Described chassis 100 is positioned at the below of described frame 200; It is inner that described lifting structure 300 is positioned at described frame 200; Described two-layer platform 400 and described lifting structure 300 are fixed on one, and described two-layer platform 400 and described frame 200, lifting structure 300 are vertical, and in vertical direction, described two-layer platform 400 and the cross-sectional plane of described frame 200 are " ten " font; Described 2 single-column devices 500 are connected by described platform 400, and in vertical direction, the cross-sectional plane of this two-layer twin columns lifting working platform is in " well " font; Described two-layer platform 400 is tightly connected, and length is identical.
Preferably, described two-layer platform 400 comprises some joint platform case 410, one or polylith baffle plate 420, one or more keeps off frame 430, several case lids 440, several bracing frames 450; Often save described platform case 410 and comprise base plate 411, several railings 412; Described base plate 411 is positioned at described case 410 bottom; Several described railings 412 are positioned at described case 410 both sides; Described some joint platform case 410 level connection joints form cuboid; Described gear frame 430 is positioned at described two-layer platform 400 two ends, is connected with described the case 410 at most two ends; Described baffle plate 420 inserts between described gear frame 430 and described platform case 410; Several described case lids 440 are positioned at above platform 400 described in top layer; Several described bracing frames 450 are positioned at below the described platform 400 of bottom, and described bracing frame 450 cross-sectional plane is in vertical direction triangular in shape; Several described case lid 440 quantity are identical with platform case 410 quantity described in every layer, several case 410 quantity described in several described bracing frame 450 number ratio every layer few 1.Described case 410 can still need to set quantity, but need ensure that both sides are symmetrical, the phenomenon such as prevent inclination, collapse.
Preferably, platform 400 described in every layer also comprises one or more hollow cylindrical suspension rod 460, described suspension rod 460 is positioned at described case 410 top closest to described frame 200, and described suspension rod 460 is supporting with lifting mechanism, is convenient to the article such as standard knot 201, described case 410 described in handling.
Preferably, often save described platform case 410 and also comprise several hollow type jacks 413, several scalable shape extending brackets 414, one or more pullable extension plane 415; Described extension plane 415 is between described jack 413 and described base plate 411; Described extending bracket 414 is positioned at described jack 413; Described railing 412 is fixed on above described extension plane 415.When described extension plane 415 regulates outward, need to regulate described extending bracket 414, described extending bracket 414 can share certain weight simultaneously, reduces the stressed of described extension plane 415, prevents it from rupturing.
Preferably, described extending bracket 414 is nano-sized carbon material with the material of described extension plane 415, and nano-carbon material quality is light, hardness is large.
Preferably, described frame 200 also comprises Anti-over-hoisting device 202, and described Anti-over-hoisting device 202 is positioned at described frame 200 top.
Preferably, each described chassis 100 comprises several recoil springs 101, and described spring 101 is positioned at below described chassis 100, and when ground of constructing is uneven, described spring 101 can cushion, and prevents at the bottom of whole lifting working platform 400 pier.
Preferably, one or more cable protection bracket 500, hollow type cable bracket 600 is also comprised; Described cable protection bracket 500 cross-sectional plane is in the horizontal plane rectangular, and described cable protection bracket 500 is fixed on described standard knot 201; Described cable bracket 600 is fixed on the support frame as described above 450 near described standard knot 201.Described cable protection bracket 500 for attached cable line, prevents cable in lifting process from blocking or twisting disconnected with described cable bracket 600.
Preferably, described cable protection bracket 500 portion of material is metal 501, and portion of material is rubber 502; Described cable protection bracket 500 is rubber 502 near the material of described standard knot 201 place rectangular edges; Described rubber 502 has 2 sections, and the top of every section is fixed with described metal 501 material respectively.
This two-layer twin columns lifting working platform that the utility model provides, ultimate range can reach 24m in the horizontal direction, maximum height can reach 300m in vertical direction, both may be used for exterior wall field process, can be used for again interior decoration work, its safety performance is greater than scaffold, and install, dismantlement work convenience more succinct than scaffold.This two-layer twin columns lifting working platform, according to needing the quantity increasing described standard knot 201, can set its height, and can automatically move up and down.In practical operation, can there is certain distance between metope and this two-layer twin columns lifting working platform, the described extension plane 415 of special increase and described extending bracket 414 are for addressing this problem.Described extending bracket 414 and described extension plane 415 select nano-carbon material, and this texture material is soft, hardness large, not easy fracture.This two-layer twin columns lifting working platform that the utility model provides can be used for alternative scaffold, completes aloft work, and structure is simple, assembled dismounting Portable safety, and is convenient to check quantity.Compared with scaffold, except safety improves, whole installing/dismounting, check, handling process is also more simple and easy; Whole structure is more attractive in appearance than scaffold; Structure is simple, is convenient to large-scale production and application, practical.
Accompanying drawing explanation
Fig. 1 is two-layer twin columns self-powered platform schematic diagram;
Fig. 2 is frame schematic diagram;
Fig. 3 is platform case schematic diagram;
Fig. 4 is cable protection bracket schematic diagram;
Fig. 5 is cable bracket schematic diagram.
Detailed description of the invention
The two-layer twin columns lifting working platform of one as shown in Figures 1 to 5, comprises 2 single-column devices 500.Each described single-column device 500 comprises chassis 100, frame 200, lifting structure 300, two-layer platform 400, cable protection bracket 500, hollow type cable bracket 600.
Described frame 200 comprises 6 standard knots 201, Anti-over-hoisting device 202,2 anchor fittings 203, and described Anti-over-hoisting device 202 is positioned at described frame 200 top, and 6 described standard knots 201 superpose the described frame 200 of fixing composition cuboid.Described anchor fitting 203 one end and described standard knot 201 are fixed, and the other end and body of wall are fixed.The every 6m mono-of described anchor fitting 203, for firm two-layer twin columns lifting working platform.
Described chassis 100 is positioned at the below of described frame 200; Each described chassis 100 comprises 4 recoil springs 101, and described spring 101 is positioned at below described chassis 100.
It is inner that described lifting structure 300 is positioned at described frame 200; Described two-layer platform 400 and described lifting structure 300 are fixed on one, and described two-layer platform 400 and described frame 200, lifting structure 300 are vertical, and in vertical direction, described two-layer platform 400 and the cross-sectional plane of described frame 200 are " ten " font; Single-column device 500 described in 2 is connected by described platform 400, and in vertical direction, the cross-sectional plane of this two-layer twin columns lifting working platform is in " well " font; Described two-layer platform 400 is tightly connected, and length is identical.
Described two-layer platform 400 comprises 420,2,18 joint platform case, 410,9 pieces of baffle plates gear frame 430,9 case lids 440,8 bracing frames, 450,1 hollow cylindrical suspension rod 460; Often save described platform case 410 and comprise base plate 411,6 railings 412,4 hollow type jacks 413,4 scalable shape extending brackets 414,2 pullable extension planes 415; Described base plate 411 is positioned at described case 410 bottom; 6 described railings 412 are positioned at described case 410 both sides; Platform case 410 level connection joint described in 9 joints forms cuboid; Described gear frame 430 is positioned at described two-layer platform 400 two ends, is connected with the platform case 410 at most two ends; Described extension plane 415 is between described jack 413 and described base plate 411; Described extending bracket 414 is positioned at described jack 413; Described railing 412 is fixed on above described extension plane 415; Described baffle plate 420 inserts between described gear frame 430 and described platform case 410; 9 described case lids 440 are positioned at above platform 400 described in top layer; 8 described bracing frames 450 are positioned at below the described platform 400 of bottom, and described bracing frame 450 cross-sectional plane is in vertical direction triangular in shape; Described suspension rod 460 is positioned at described case 410 top closest to described frame 200.Described extending bracket 414 is nano-sized carbon material with the material of described extension plane 415.
Described cable protection bracket 500 cross-sectional plane is in the horizontal plane rectangular, and described cable protection bracket 500 is fixed on described standard knot 201, every 6m mono-.Described cable bracket 600 is fixed on the support frame as described above 450 near described standard knot 201, and it is inner that cable runs through described cable bracket 600.Described cable protection bracket 500 for attached cable line, prevents cable in lifting process from blocking or twisting disconnected with described cable bracket 600.Described cable protection bracket 500 portion of material is metal 501, and portion of material is rubber 502; Described cable protection bracket 500 is rubber 502 near the material of described standard knot 201 place rectangular edges; Described rubber 502 has 2 sections, and the top of every section is fixed with described metal 501 material respectively.When described platform 400 rises, described cable bracket 600 rises along with described platform 400, and described 2 sections of rubber 502 overhanging portions upwards form one and dehisce, and described cable bracket 600 transports from dehiscing, and cable is positioned at described cable protection bracket 500.
During use, carry the article such as described standard knot 201, described case 410, described checking motion 202 by described suspension rod 460 with lifting mechanism.After installing, if there is distance between this two-layer twin columns lifting working platform and metope, for ensureing the safety of workmen, described extending bracket 414 being adjusted to described extension plane 415 and contacting with body of wall, start subsequently to regulate described lifting mechanism to specified altitude assignment, carry out operation.After operation, described platform 400 is reduced to bottom, and starts dismounting, carrying, and check quantity.This two-layer twin columns lifting working platform also carries overload protection device, unbalanced load protection device, the at the uniform velocity device such as brake equipment, device preventing tilting; for the protection of the safety of workmen; when there is the situations such as overload, unbalance loading, inclination, described lifting structure 300 damage; this two-layer twin columns lifting working platform is by unlatching alarm and brake described platform 400 and decommission, in case produce construction accident.Meanwhile, this two-layer twin columns lifting working platform, also with skylight and helper between two-layer, during construction, is convenient to two-layer workmen and walks about.In addition, in every layer 9 joint described case 410, described middle case 410 is provided with a rotary Qianmen, convenient construction personnel pass in and out two-layer twin columns lifting table, simultaneously can according to needs when assembling, have a joint to have a rotary back door in platform case 410 described in every layer 9 joint, constructability personnel pass in and out in construction floor and two-layer twin columns lifting table.
These are only the utility model preferred embodiment, therefore can not limit the scope of the utility model enforcement according to this, the equivalence namely done according to the utility model description changes and decoration, all should belong in the scope of the utility model covering.
Claims (9)
1. a two-layer twin columns lifting working platform, is characterized in that comprising 2 single-column devices, and each described single-column device comprises chassis, frame, lifting structure, two-layer platform; Described frame comprises several standard knots, one or more anchor fitting, the described frame of described several standard knots superposition fixing composition cuboid, and described anchor fitting one end and described standard knot are fixed, and the other end and body of wall are fixed; Described chassis is positioned at the below of described frame; Described lifting structure is positioned at described machine frame inside; Described two-layer platform and described lifting structure are fixed on one, and described two-layer platform and described frame, lifting structure are vertical, and in vertical direction, described two-layer platform and the cross-sectional plane of described frame are " ten " font; 2 described single-column devices are connected by described platform, and in vertical direction, the cross-sectional plane of this two-layer twin columns lifting working platform is in " well " font; Described two-layer platform is tightly connected, and length is identical.
2., according to the two-layer twin columns lifting working platform described in claim 1, it is characterized in that described two-layer platform comprises some joint platform casees, one or polylith baffle plate, one or more keeps off frame, several case lids, several bracing frames; Often save described platform case and comprise base plate, several railings; Described base plate is positioned at described case bottom; Several described railings are positioned at described case both sides; Described some joint platform case level connection joints form cuboid; Described gear frame is positioned at described two-layer platform two ends, is connected with described the case at most two ends; Described baffle plate inserts between described gear frame and described platform case; Several described case lids are positioned at above platform described in top layer; Several described bracing frames are positioned at below the described platform of bottom, and described bracing frame cross-sectional plane is in vertical direction triangular in shape; Several described case lid quantity are identical with the platform box number described in every layer, described several box numbers described in several bracing frame number ratio every layer few 1.
3., according to the two-layer twin columns lifting working platform described in claim 2, it is characterized in that each described platform also comprises one or more hollow cylindrical suspension rod, described suspension rod is positioned at described the case top closest to described frame.
4., according to the two-layer twin columns lifting working platform described in claim 2, it is characterized in that each described platform case also comprises several hollow type jacks, several scalable shape extending brackets, one or more pullable extension plane; Described extension plane is between described jack and described base plate; Described extending bracket is positioned at described jack; Described railing is fixed on above described extension plane.
5., according to the two-layer twin columns lifting working platform described in claim 4, it is characterized in that the material of described extending bracket and described extension plane is nano-sized carbon material.
6. according to the two-layer twin columns lifting working platform described in claim 1, it is characterized in that described frame also comprises Anti-over-hoisting device, described Anti-over-hoisting device is positioned at described frame top.
7., according to the two-layer twin columns lifting working platform described in claim 1, it is characterized in that each described chassis comprises several recoil springs, described spring is positioned at below described chassis.
8., according to the two-layer twin columns lifting working platform described in claim 2, characterized by further comprising one or more cable protection bracket, hollow type cable bracket; Described cable protection bracket cross-sectional plane is in the horizontal plane rectangular, and described cable protection bracket is fixed on described standard knot; Described cable bracket is fixed on the support frame as described above near described standard knot.
9. according to Claim 8 described in two-layer twin columns lifting working platform, it is characterized in that described cable protection bracket portion of material is metal, portion of material is rubber; Described cable protection bracket is rubber near the material of described standard knot place rectangular edges; Described rubber has 2 sections, and the top of every section is fixed with described metallic material respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520366366.0U CN204661108U (en) | 2015-06-01 | 2015-06-01 | Two-layer twin columns lifting working platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520366366.0U CN204661108U (en) | 2015-06-01 | 2015-06-01 | Two-layer twin columns lifting working platform |
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| Publication Number | Publication Date |
|---|---|
| CN204661108U true CN204661108U (en) | 2015-09-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520366366.0U Expired - Fee Related CN204661108U (en) | 2015-06-01 | 2015-06-01 | Two-layer twin columns lifting working platform |
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| CN (1) | CN204661108U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106276551A (en) * | 2015-06-01 | 2017-01-04 | 江苏京龙工程机械有限公司 | Two-layer twin columns lifting working platform |
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2015
- 2015-06-01 CN CN201520366366.0U patent/CN204661108U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106276551A (en) * | 2015-06-01 | 2017-01-04 | 江苏京龙工程机械有限公司 | Two-layer twin columns lifting working platform |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150923 Termination date: 20180601 |