CN202558577U - Multifunctional three-dimensional rotating aerial work platform - Google Patents
Multifunctional three-dimensional rotating aerial work platform Download PDFInfo
- Publication number
- CN202558577U CN202558577U CN201220177079.1U CN201220177079U CN202558577U CN 202558577 U CN202558577 U CN 202558577U CN 201220177079 U CN201220177079 U CN 201220177079U CN 202558577 U CN202558577 U CN 202558577U
- Authority
- CN
- China
- Prior art keywords
- oil cylinder
- multifunction
- support
- operation platform
- altitude operation
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Images
Landscapes
- Forklifts And Lifting Vehicles (AREA)
Abstract
The utility model belongs to the field of aloft work and particularly relates to a multifunctional three-dimensional rotating aerial work platform which is used on a straight-arm type high-altitude operation car, and not only can achieve automatically lifting and installing of supplies but also can carry workers to operate. The multifunctional three-dimensional rotating aerial work platform comprises a support arm, a rotating connection unit and a bracket, wherein the support arm, the rotating connection unit and the bracket are connected in sequence. The bracket comprises horizontal support bracket and a leaning bracket which are arranged perpendicular to each other. A mounting seat is disposed in the middle of the leaning bracket and rotatably connected with the rotating connection unit. The rotating connection unit is provided with a horizontal rotating oil cylinder and a vertical rotating oil cylinder. The horizontal rotating oil cylinder is used for driving the bracket to rotate in the horizontal plane, and the vertical rotating oil cylinder is used for driving the bracket to rotate on a gravity plane. The support arm is provided with an oscillation telescopic oil cylinder which is used for driving the bracket to lift and descend. The multifunctional three-dimensional rotating aerial work platform can be adjusted to rotate in large scale in any position and any direction in a three-dimensional space and simultaneously can carry out operations in a narrow space.
Description
Technical field
The utility model belongs to the aloft work field, is specifically related to a kind of being applied to and can carries out the high-altitude operation platform that multifunction three-dimensional rotation that can manned operation is installed again in the material lifting automatically on the straight arm type aerial platform.
Background technology
Present ventilator tube is generally all bigger, and in large-scale synthesis property factory, reduction of fractions to a common denominator pipeline uses more.But difficult with very in installation process, the one, the space is limited; The 2nd, aspect ratio is higher; The 3rd, huge volume is arranged; The 4th, heavier or the like.Have now by the straight arm type high-altitude operation platform it is carried out the lifting installation; But existing high-altitude operation platform can only be realized airduct is given rise to the installation site; Can't install accurately voluntarily; Or after giving rise to specified altitude assignment since high-altitude operation platform from the limitation of rotating, make airduct deliver to specified altitude assignment in three dimensional space after setting angle be not easy to fitting operation.When existing high-altitude operation platform needs material that the staff operates in lifting installations on the material limit, can't carry and realize people and the convenient requirement that develops simultaneously of thing, narrow application range, the more single accommodation inadequately of the work that can carry out.Needing large space to hold whole loom simultaneously operates.Like application number is 200520073744.2 patents that are called " straight arm self-propelled high-altitude operating platform "; It comprises back balance oil cylinder, telescopic boom, turn table, amplitude oil cylinder and walking chassis, and turn table is arranged at the walking chassis, and telescopic boom rear end and turn table are hinged; The back balance oil cylinder is fixedly connected on the turn table; Its piston rod and telescopic boom rear end are hinged, and amplitude oil cylinder is fixedly connected on the turn table, and its piston rod and telescopic boom rear portion are hinged.This high-altitude operation platform improves on the chassis, realize the significantly rotation of whole telescopic boom on horizontal surface, but the workplatform anglec of rotation of telescopic boom front end is limited, very flexible, but the operation element scope in telescopic boom when location is little.
The utility model content
The purpose of the utility model is for addressing the above problem a kind of high-altitude operation platform that can lift airduct class tubulose material and the function three-dimensional rotation that simultaneously people and material can develop simultaneously is installed to be provided.
The above-mentioned technical purpose of the utility model is achieved through following technical scheme:
A kind of high-altitude operation platform of multifunction three-dimensional rotation comprises bonded assembly hold-down arm, revolving joint and carriage successively; Said carriage comprises that mutual vertically disposed horizontal holder support and side are by support; Said side is provided with mount pad by mid-stent; The said revolving joint of the rotatable connection of said mount pad; Said revolving joint is provided with and is used to drive carriage and horizontally rotates oil cylinder and be used to drive the vertical rotary oil cylinder that carriage rotates on the gravity face what rotate on the horizontal surface; Said hold-down arm is provided with and is used to drive the swing telescopic oil cylinder that carriage raises up and has a down dip.
As preferably, said revolving joint comprises connecting panel; Said connecting panel is provided with upper bracket plate and lower bracket plate towards a side of hold-down arm perpendicular to connecting panel; Said vertical rotary oil cylinder is positioned at said upper bracket plate top and is vertically connected at said connecting panel; The said oil cylinder that horizontally rotates is vertically connected between upper bracket plate and the lower bracket plate; Said horizontally rotate oil cylinder dorsad connecting panel one side be provided with link span; Said hold-down arm front end is provided with installation portion; Said installation portion is hinged with the upper and lower of said link span respectively with the piston rod of swing telescopic oil cylinder.
As preferably, said vertical rotary oil cylinder is connected with said connecting panel through mounting flange; Said connecting panel is provided with the through hole that is used to pass vertical rotary oil cylinder oil cylinder axle; Said vertical rotary oil cylinder oil cylinder axle passes the output flange that the through-hole section front end is provided with the mount pad that is used to be connected.
Vertical rotary oil cylinder shell is fixed on the connecting panel, through electric control operation, starts vertical rotary oil cylinder and makes the carriage that is fixed on the output flange on the gravity face, realize the rotation of 360 degree with the oil cylinder axle.
The oil cylinder axle that horizontally rotates oil cylinder is connected between supporting plate and the lower bracket plate, and it is motionless to horizontally rotate cylinder block during operation, and cylinder body inner cylinder axle rotates and drives upper bracket plate and lower bracket plate and carriage and on horizontal surface, do nearly 360 rotations of spending.
Telescopic oil cylinder is downward-sloping is arranged in the hold-down arm front end in swing, and piston rod stretches out hold-down arm and is connected with the link span bottom, makes hold-down arm, swings stable support whole operation flat-bed triangular support structure of formation between telescopic oil cylinder and the link span.Simultaneously the collapsing length of adjusting piston bar is to change leg-of-mutton shape and reach not only stable support but also can drive whole revolving joint and the carriage swing that raises up or have a down dip.
Traditional straight-arm aloft work machine can only be realized the rotation of single horizontal surface, makes that aloft work generally only is used for mannedly removing to install and keep in repair other equipment to assigned address.
This equipment realizes that through the relevant position setting of three oil cylinders carriage optional position, any direction in three dimensional space significantly rotate adjustment, and equipment can more carry out operation in the narrow space simultaneously.Alerting ability is big, and control is accurately sensitive, and fretting performance is good.Make the aloft work machine be adapted to more environment and more areas.
When airduct carries out vertical installation, can control vertical rotary oil cylinder rotation, automatically airduct erected and be in place.Airduct carries out horizontal positioned when installing, and can control the swing telescopic oil cylinder and make the carriage airduct that has a down dip tumble the installation site automatically.For the installation on the angle of inclination, can select best angle and position to install through regulating three oil cylinders simultaneously.
As preferably, said carriage is provided with latching device; Said latching device comprises that being connected in horizontal holder support and side leans on the tight rope between the support, and is arranged at side and leans on and connect the tension assembly that tight rope one end is used for the tensioning tight rope on the support.
As preferably, said tension assembly comprise be arranged at side lean on the S. A. on support top, be positioned at rotating shaft terminal with the S. A. be the axle center rotate cranking arm and being arranged at side and lean on support lower piston bar and crank arm lower end pivotally attached tensioning telescopic oil cylinder.
As preferably, said cranking arm has spoonful head and spoon portion, and a spoon head is fixed on said S. A., spoon portion and tensioning telescopic oil cylinder all towards horizontal holder support lopsidedness setting; Spoon connects said tight rope to the portion top through tensioner.
Spoon all towards horizontal holder support one side, makes portion upper end and tensioning telescopic oil cylinder upper end drive a spoon head lower end when stretching on the piston rod and rotate around S. A., makes spoonful to spur tight rope to portion around the S. A. backward rotation.
As preferably, said horizontal holder support comprises the square horizontal pressure pin that is arranged at the support body both sides; Said horizontal pressure pin comprises the canned paragraph with inner chamber that leans on support one side near side and be set in can be along the extension that the canned paragraph inner chamber stretches in the canned paragraph inner chamber; The said extension leading section formation breeze way that raises up.
Regulate the extension and stretch into the length of canned paragraph inner chamber, make being bundled on the carriage that the airduct of different-diameter size can both be more firm.Safer during operation.
As preferably, the said tight rope other end is provided with latch; Said horizontal pressure pin is provided with several pin-and-holes that cooperates latch to use.
As preferably, said pin-and-hole comprises that perforate direction along continuous straight runs is arranged at lateral pin hole and perforate direction in the breeze way is arranged at horizontal pressure pin inboard along gravity direction vertical pin-and-hole.
Tight rope around tying up on airduct, behind the latch insertion pin-and-hole, with the manually simple tensioning tight rope of tensioner, is restarted the tensioning telescopic oil cylinder, and piston rod drives the while spoon and turns round portion around S. A. to rising, further the firm airduct of tensioning tight rope.
Tension assembly can be fixed on airduct on the carriage, carries out lifting of stability and safety, guarantees the safety of whole erection process.
Adopt machinery and artificial two step tensioning steps simultaneously; Carriage airduct when high-altitude rotation is tilted or toppled over can also firmly be fastened on the carriage; After on the angle of adjusting to any needs of safety and firmness and the position; Ground remote control unclamps the bigger mechanical tensioning of tensile force, and artificial immediately tensioning is unclamped automatically, and airduct slips into position to be installed accurately automatically on this position and angle.Automatically install thereby the safety that realizes airduct is accurate.
When airduct need erect dress, when terrestrial operation, two latches on the tight rope of both sides, predetermined same direction are fixed after inserting the lateral pin hole.Lift adjustment carriage angle and position behind the position to be installed when rotation (on the gravity face be rotated towards latch one side) and make the airduct setting; Latch is positioned at the below that latch belongs to horizontal pressure pin, the electronic again tensioning telescopic oil cylinder of controlling, and piston rod is pulled back; Loosening tight rope; Latch is coming off in pin-and-hole under the self gravitation effect automatically, and tight rope unclamps airduct, and the realization airduct comes off voluntarily safely and installs.
When airduct needs horizontal dress, when terrestrial operation, latch is inserted vertical pin-and-hole from bottom to up, carry out airduct and further fix.With carriage have a down dip put in place after, unclamp tight rope, latch comes off automatically, airduct accurately is rolled on the installation site automatically.
Through the cooperation of revolving joint and tension assembly, realize the work of carrying out loading and accurately putting thing automatically of safety and stability.
When aloft work, can carry out the full automaticity installation that remote control realizes macrotype tubular thing safety and stability such as airduct by the surface work personnel fully.
As preferably, be arranged with upper bracket and the undersetting that has guide groove on the said connecting panel both sides.
When needed also can be on upper bracket and undersetting with the hanger of manned platform safety.Realize manned and lift thing starting at the same time.Or use the manned platform mono-instead and carry out the people for aloft work.Having changed traditional aloft work machine can only be manned or the simple function pattern of loading, flexible more, and a loom is applicable in multiple work, the value of maximized realization aloft work machine.In sum, the utlity model has following beneficial effect:
1, this equipment realizes that through the relevant position setting of three oil cylinders carriage optional position, any direction in three dimensional space significantly rotate adjustment, and alerting ability is big, and control is accurately sensitive, and fretting performance is good;
2, can in little space, carry out significantly rotation and the swing on the three-dimensional around the hold-down arm front end, reduce the requirement to working environment, rotary bracket can more carry out operation in the narrow space;
3, this equipment can carry out manned and lift thing starting at the same time, and the also convertible mono-that carries out is manned or lift thing and carry out aloft work, realizes that a loom is applicable in multiple work, and is applied widely and the field is many;
4,, realize the work of carrying out loading and accurately putting thing automatically of safety and stability, and can carry out the full automaticity installation that remote control realizes macrotype tubular thing safety and stability such as airduct by the surface work personnel through the cooperation of revolving joint and tension assembly;
5, revolving joint and tension assembly and carriage joint structure is simple, designs ingeniously, and productive costs is low;
6, saved human and material resources greatly during this equipment availability, operated safer stable.
Description of drawings:
Fig. 1 is revolving joint and hold-down arm bonded assembly structural representation;
Fig. 2 is the connecting panel structural representation;
Fig. 3 is a carrier structure scheme drawing one;
Fig. 4 is a carrier structure scheme drawing two;
Fig. 5 is tight rope, tensioner and latch connection structure scheme drawing;
1-connecting panel among the figure, 11-upper bracket plate, 12-lower bracket plate, 13-through hole, 14-upper bracket, 15-undersetting; The 2-installation portion, 3-horizontally rotates oil cylinder, the 31-link span, the vertical rotary oil cylinder of 4-, the 41-output flange, 5-swings telescopic oil cylinder; The 61-canned paragraph, 62-extension, 63-breeze way, 65-pin-and-hole, 76-mount pad, 81-S. A.; 82-tensioning telescopic oil cylinder, 83-spoon head, 84-spoon be portion, 89-tight rope, 891-latch, 10-airduct.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is done further explain.
This specific embodiment only is the explanation to the utility model; It is not the restriction to the utility model; Those skilled in the art can make the modification that does not have creative contribution to present embodiment as required after reading this specification sheets, but as long as in the claim scope of the utility model, all receive the protection of patent law.
Embodiment:
Shown in accompanying drawing, a kind of high-altitude operation platform of multifunction three-dimensional rotation comprises bonded assembly hold-down arm, revolving joint and carriage successively; Said carriage comprises that mutual vertically disposed horizontal holder support and side are by support; Said side is provided with mount pad 76 by mid-stent; The said revolving joint of said mount pad 76 rotatable connections; Said revolving joint is provided with and is used to drive carriage and horizontally rotates oil cylinder 3 and be used to drive the vertical rotary oil cylinder 4 that carriage rotates on the gravity face what rotate on the horizontal surface; Said hold-down arm is provided with and is used to drive the swing telescopic oil cylinder 5 that carriage raises up and has a down dip.
Said revolving joint comprises connecting panel 1; Said connecting panel 1 is provided with upper bracket plate 11 and lower bracket plate 12 towards a side of hold-down arm perpendicular to connecting panel 1; Said vertical rotary oil cylinder 4 is positioned at said upper bracket plate 11 tops and is vertically installed in said connecting panel 1; The said oil cylinder 3 that horizontally rotates is vertically connected between upper bracket plate 11 and the lower bracket plate 12; Said horizontally rotate oil cylinder 3 dorsad connecting panel 1 one sides be provided with link span 31; Said hold-down arm front end is provided with installation portion 2; Said installation portion 2 is hinged with the upper and lower of said link span 31 respectively with the piston rod of swing telescopic oil cylinder 5.
Said vertical rotary oil cylinder 4 is connected with said connecting panel 1 through mounting flange; Said connecting panel 1 is provided with the through hole 13 that is used to pass vertical rotary oil cylinder 4 oil cylinder axles; Said vertical rotary oil cylinder 4 oil cylinder axles pass the output flange 41 that 13 front ends of through hole are provided with the mount pad 76 that is used to be connected.
Said carriage is provided with latching device; Said latching device comprises that being connected in horizontal holder support and side leans on the tight rope 89 between the support, and is arranged at side and leans on and connect the tension assembly that tight rope 89 1 ends are used for tensioning tight rope 89 on the support.
Said tension assembly comprise be arranged at side lean on the S. A. 81 on support top, be positioned at S. A. 81 two ends with S. A. 81 be the axle center rotate cranking arm and being arranged at side and lean on the support lower piston bar and the lower end pivotally attached tensioning telescopic oil cylinder 82 of cranking arm.
Said cranking arm has spoonful head 83 and spoon portion 84, and a spoon head 83 is fixed on said S. A. 81, spoon portion 84 and tensioning telescopic oil cylinder 82 all towards horizontal holder support lopsidedness setting; Spoon connects said tight rope 89 to portion 84 tops through tensioner.
Said horizontal holder support comprises the square horizontal pressure pin that is arranged at the support body both sides; Said horizontal pressure pin comprises the canned paragraph with inner chamber 61 that leans on support one side near side and be set in can be along the extension 62 that canned paragraph 61 inner chambers stretch in canned paragraph 61 inner chambers; Said extension 62 leading sections raise up and form breeze way 63.
Said tight rope 89 other ends are provided with latch 891; Said horizontal pressure pin is provided with several pin-and-holes 65 that cooperates latch 891 usefulness.
Said pin-and-hole 65 comprises that lateral pin hole and perforate direction that perforate direction along continuous straight runs is arranged in the breeze way 63 are arranged at the inboard vertical pin-and-hole of horizontal pressure pin along gravity direction.
Be arranged with the upper bracket 14 and undersetting 15 that have guide groove on said connecting panel 1 both sides.
During operation, airduct 10 is put on the horizontal holder support, regulates extension 62 length, again with tight rope 89 around being bonded on the airduct 10.
When airduct 10 needs perpendicular dress, when terrestrial operation, two latches on the both sides tight rope 89 891, predetermined same direction are fixed after inserting the lateral pin hole.After latch 891 inserts pin-and-holes, with the manually simple tensioning tight rope 89 of tensioner, restart tensioning telescopic oil cylinder 82, piston rod drives spoon simultaneously and turns round further tensioning tight rope 89 firm airducts 10 to portion 84 around S. A. to rising.Through revolving joint adjustment carriage angle and position (being rotated towards latch 891 1 sides when rotating on the gravity face) airduct 10 is erect after lifting position to be installed; Latch 891 is positioned at the below that latch belongs to horizontal pressure pin, the electronic again tensioning telescopic oil cylinder 82 of controlling, and piston rod is pulled back; Loosening tight rope 89; Latch 891 comes off for 65 li from pin-and-hole automatically, and tight rope 89 unclamps airduct, and airduct 10 is shed on the installation site voluntarily.
When airduct 10 needs horizontal dress, when terrestrial operation, latch 891 inserted from bottom to up and indulge pin-and-hole, carry out after airduct 10 fixes.After lifting specified altitude assignment; Regulate rotation and connect device, carriage drives airduct 10 and leans forward more accurately on the installation site, and tensioning telescopic oil cylinder 82 unclamps tight rope 89; Latch 891 comes off under self gravitation automatically, and airduct 10 automatic safes stably are rolled on the installation site.Can latch 891 be inserted suitable pin-and-hole 65 according to setting angle when other angles are installed and to realize the full automaticity installation equally.
This equipment can carry out the full automaticity installation that remote control realizes airduct 10 safety and stability such as thing such as macrotype tubular such as grade by the surface work personnel fully when aloft work.
When needed also can be on upper bracket 14 and undersetting 15 with the hanger of manned platform safety.Realize manned and lift thing starting at the same time.Or use the manned platform mono-instead and carry out the people for aloft work.Having changed traditional aloft work machine can only be manned or the simple function pattern of loading, flexible more, and a loom is applicable in multiple work, the value of maximized realization aloft work machine.
This equipment realizes that through the relevant position setting of three oil cylinders carriage optional position, any direction in three dimensional space significantly rotate adjustment, and equipment can more carry out operation in the narrow space simultaneously.Alerting ability is big, and control is accurately sensitive, and fretting performance is good.Make the aloft work machine be adapted to more environment and more areas.
Claims (10)
1. the high-altitude operation platform of a multifunction three-dimensional rotation comprises bonded assembly hold-down arm, revolving joint and carriage successively; Said carriage comprises that mutual vertically disposed horizontal holder support and side are by support; It is characterized in that: said side is provided with mount pad (76) by mid-stent; The said revolving joint of the rotatable connection of said mount pad (76); Said revolving joint is provided with and is used to drive carriage and horizontally rotates oil cylinder (3) and be used to drive the vertical rotary oil cylinder (4) that carriage rotates on the gravity face what rotate on the horizontal surface; Said hold-down arm is provided with and is used to drive the swing telescopic oil cylinder (5) that carriage raises up and has a down dip.
2. according to the high-altitude operation platform of the said a kind of multifunction three-dimensional rotation of claim 1, it is characterized in that: said revolving joint comprises connecting panel (1); Said connecting panel (1) is provided with upper bracket plate (11) and lower bracket plate (12) towards a side of hold-down arm perpendicular to connecting panel (1); Said vertical rotary oil cylinder (4) is positioned at said upper bracket plate (11) top and is vertically installed in said connecting panel (1); The said oil cylinder (3) that horizontally rotates is vertically connected between upper bracket plate (11) and the lower bracket plate (12); Said horizontally rotate oil cylinder (3) dorsad connecting panel (1) one side be provided with link span (31); Said hold-down arm front end is provided with installation portion (2); The piston rod of said installation portion (2) and swing telescopic oil cylinder (5) is hinged with the upper and lower of said link span (31) respectively.
3. according to the high-altitude operation platform of the said a kind of multifunction three-dimensional rotation of claim 2, it is characterized in that: said vertical rotary oil cylinder (4) is connected with said connecting panel (1) through mounting flange; Said connecting panel (1) is provided with the through hole (13) that is used to pass vertical rotary oil cylinder (4) oil cylinder axle; Said vertical rotary oil cylinder (4) oil cylinder axle passes the output flange (41) that through hole (13) portion front end is provided with mount pad (76) that are used to be connected.
4. according to the high-altitude operation platform of claim 1 or 2 or 3 said a kind of multifunction three-dimensional rotations, it is characterized in that: said carriage is provided with latching device; Said latching device comprises that being connected in horizontal holder support and side leans on the tight rope (89) between the support, and is arranged at side and leans on the support and connect the tension assembly that tight rope (89) one ends are used for tensioning tight rope (89).
5. according to the high-altitude operation platform of the said a kind of multifunction three-dimensional rotation of claim 4, it is characterized in that: said tension assembly comprise be arranged at side lean on the S. A. (81) on support top, be positioned at S. A. (81) two ends with S. A. (81) be the axle center rotate cranking arm and being arranged at side and lean on the support lower piston bar and the lower end pivotally attached tensioning telescopic oil cylinder (82) of cranking arm.
6. the high-altitude operation platform that rotates according to the said a kind of multifunction three-dimensional of claim 5; It is characterized in that: said crank arm have a spoonful head (83) and the spoon portion (84); Spoon head (83) is fixed on said S. A. (81), and spoon all is provided with portion (84) and tensioning telescopic oil cylinder (82) towards horizontal holder support lopsidedness; Spoon connects said tight rope (89) to portion (84) top through tensioner.
7. according to the high-altitude operation platform of the said a kind of multifunction three-dimensional rotation of claim 6, it is characterized in that: said horizontal holder support comprises the square horizontal pressure pin that is arranged at the support body both sides; Said horizontal pressure pin comprises the canned paragraph with inner chamber (61) that leans on support one side near side and be set in can be along the extension (62) of canned paragraph (61) inner chamber stretching in canned paragraph (61) inner chamber; Said extension (62) leading section raises up and forms breeze way (63).
8. according to the high-altitude operation platform of the said a kind of multifunction three-dimensional rotation of claim 7, it is characterized in that: said tight rope (89) other end is provided with latch (891); Said horizontal pressure pin is provided with several pin-and-holes (65) that cooperates latch (891) usefulness.
9. the high-altitude operation platform of said according to Claim 8 a kind of multifunction three-dimensional rotation is characterized in that: said pin-and-hole (65) comprises that lateral pin hole and perforate direction that perforate direction along continuous straight runs is arranged in the breeze way (63) are arranged at the inboard vertical pin-and-hole of horizontal pressure pin along gravity direction.
10. according to the high-altitude operation platform of the said a kind of multifunction three-dimensional rotation of claim 9, it is characterized in that: be arranged with the upper bracket (14) and the undersetting (15) that have guide groove on said connecting panel (1) both sides.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220177079.1U CN202558577U (en) | 2012-04-25 | 2012-04-25 | Multifunctional three-dimensional rotating aerial work platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201220177079.1U CN202558577U (en) | 2012-04-25 | 2012-04-25 | Multifunctional three-dimensional rotating aerial work platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202558577U true CN202558577U (en) | 2012-11-28 |
Family
ID=47208257
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201220177079.1U Withdrawn - After Issue CN202558577U (en) | 2012-04-25 | 2012-04-25 | Multifunctional three-dimensional rotating aerial work platform |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202558577U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102627246A (en) * | 2012-04-25 | 2012-08-08 | 浙江鼎力机械股份有限公司 | Multifunctional three-dimensional-rotating aerial work platform |
| CN103964346A (en) * | 2014-04-09 | 2014-08-06 | 洛阳巨亚彩钢工程有限公司 | High-altitude operation machine |
-
2012
- 2012-04-25 CN CN201220177079.1U patent/CN202558577U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102627246A (en) * | 2012-04-25 | 2012-08-08 | 浙江鼎力机械股份有限公司 | Multifunctional three-dimensional-rotating aerial work platform |
| CN103964346A (en) * | 2014-04-09 | 2014-08-06 | 洛阳巨亚彩钢工程有限公司 | High-altitude operation machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205985303U (en) | Novel electronic communication antenna boom | |
| CN106853580B (en) | A kind of manipulator and the method using manipulator progress fan blade installation | |
| CN109019298A (en) | Wind power generating set single blade hoisting fixture and hanging method | |
| CN207108418U (en) | Turning tool for wind-driven generator | |
| CN102627246B (en) | Multifunctional three-dimensional-rotating aerial work platform | |
| CN202558577U (en) | Multifunctional three-dimensional rotating aerial work platform | |
| CN104986319B (en) | A kind of installation method of vector propulsion device, dirigible and vector propulsion device | |
| CN205908098U (en) | Novel sunshade | |
| CN110847564A (en) | Indoor mounting equipment of using of building glass and operating mechanism thereof | |
| CN109707211A (en) | A kind of aluminium alloy automation awning | |
| CN206573102U (en) | A kind of portable multi-function instrument of surveying and mapping tripod | |
| CN102616701A (en) | Mounting bracket for overhead working | |
| CN202558570U (en) | Mounting bracket for aloft work | |
| CN114198620B (en) | High survey and drawing support of stability for geological survey | |
| CN211058435U (en) | Portable support frame for power transmission and transformation engineering construction maintenance | |
| CN211313329U (en) | Multifunctional combined hanging basket | |
| CN108862129A (en) | A kind of construction antihunting hanging basket | |
| CN104536466B (en) | Solar panels track rack device automatically | |
| CN211447646U (en) | Indoor installation equipment for building glass and operating mechanism thereof | |
| CN209572660U (en) | A kind of afforestation nursery stock lodging-prevention bracket | |
| CN209165334U (en) | A kind of lifting type traffic signal lamp bracket | |
| CN209195153U (en) | Pointed tent moulding supporting mechanism | |
| CN102633216A (en) | Bracket for aerial work | |
| CN108843033B (en) | Umbrella for building | |
| CN207181247U (en) | A kind of environmental test chamber for being easy to lifting |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121128 Effective date of abandoning: 20140312 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20121128 Effective date of abandoning: 20140312 |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |