CN204897192U - Powered grabs bucket for hoist - Google Patents
Powered grabs bucket for hoist Download PDFInfo
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- CN204897192U CN204897192U CN201520685249.0U CN201520685249U CN204897192U CN 204897192 U CN204897192 U CN 204897192U CN 201520685249 U CN201520685249 U CN 201520685249U CN 204897192 U CN204897192 U CN 204897192U
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- telescoping cylinder
- lobe plate
- hinged
- grabbing
- cylinder
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Abstract
The utility model relates to a powered grabs bucket for hoist, it includes davit, rotary mechanism, the end -to -end connection rotary mechanism of davit, rotary mechanism's end sets up frame and pneumatic cylinder, and articulated the setting is grabbed lamella board A, is grabbed lamella board B, is grabbed lamella board C in the frame, and the articulated terminal of end -to -end connection of rotary mechanism's center, pneumatic cylinder is connected on the top of pneumatic cylinder, articulate telescoping cylinder A, telescoping cylinder B, telescoping cylinder C on articulating the terminal, telescoping cylinder A, telescoping cylinder B, telescoping cylinder C's one end all articulates the terminal, and telescoping cylinder A, telescoping cylinder B, telescoping cylinder C's the other end articulates a A respectively, articulates a B, articulates a C, articulates a A, articulates a B, articulates a C to set up respectively in the outside of grabbing lamella board A, grabbing lamella board B, grabbing lamella board C, unanimous and even setting of specification of grabbing lamella board A, grabbing lamella board B, grabbing lamella board C, the utility model has the advantages of rational in infrastructure, the grab bucket space is big, snatch that the scope is big, stable performance, convenient to use, durable.
Description
Technical field
The utility model belongs to hoisting crane technical field, is specifically related to a kind of hoisting crane dynamical type and grabs bucket.
Background technology
Along with the development of China's industry, hoisting crane manufacture uses more, wherein the grab bucket of hoisting crane is more, along with the increase of application and increasing of requirement, a kind of dynamical type is needed to grab bucket, and the crawl scope of existing dynamical type grab bucket is generally and adopts single cylinder to fix petal type to capture structure, this mode price is comparatively simple, power is sufficient, but its shortcoming is also comparatively obvious, heavy, dumb, crawl scope is fixed, is regulated inconvenience, for solving the problem, be therefore necessary that researching and developing a kind of hoisting crane dynamical type grabs bucket.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, and provide a kind of rational in infrastructure, grab bucket space is large, crawl scope large, stable performance, easy to use, durable hoisting crane dynamical type are grabbed bucket.
The purpose of this utility model is achieved in that a kind of hoisting crane dynamical type is grabbed bucket, it comprises arm, rotating mechanism, the end of described arm is connected with rotating mechanism, the end of described rotating mechanism is provided with frame and hydraulic actuating cylinder, in described frame, hinged being provided with is grabbed lobe plate A, grabs lobe plate B, is grabbed lobe plate C, the top of described hydraulic actuating cylinder is connected with the center of rotating mechanism, and the end of described hydraulic actuating cylinder is connected with hinged terminal; Described hinged terminal is hinged with telescoping cylinder A, telescoping cylinder B, telescoping cylinder C, one end of described telescoping cylinder A, telescoping cylinder B, telescoping cylinder C is all hinged with hinged terminal, the other end of described telescoping cylinder A, telescoping cylinder B, telescoping cylinder C is hinged with hinged block A, hinged block B, hinged block C respectively, and described hinged block A, hinged block B, hinged block C are separately positioned on the outside of grabbing lobe plate A, grabbing lobe plate B, grabbing lobe plate C; Described grab lobe plate A, grab lobe plate B, to grab the specification of lobe plate C consistent, described grab lobe plate A, grab lobe plate B, grab the setting of 120 degree, lobe plate C interval.
The flexible stroke of described hydraulic actuating cylinder is between 0 to 60 millimeter.
The specification of described telescoping cylinder A, telescoping cylinder B, telescoping cylinder C is consistent.
The flexible stroke of described telescoping cylinder A, telescoping cylinder B, telescoping cylinder C is between 0 to 1200 millimeter.
The specification of described hinged block A, hinged block B, hinged block C is consistent.
Described hinged block A, the connection of grabbing lobe plate A are welded structure, and described hinged block B, the connection of grabbing lobe plate B are welded structure, and described hinged block C, the connection of grabbing lobe plate C are welded structure.
The cross section of described frame is annular arrangement or equilateral triangle or regular hexagon.
The beneficial effects of the utility model: the utility model adopts arm, hydraulic actuating cylinder, contiguous block, grabs lobe plate A, hinged block A, telescoping cylinder A, hinged terminal, hinged block B, telescoping cylinder B, grabs lobe plate B, rotating mechanism, grabs lobe plate C, hinged block C, telescoping cylinder C forms a kind of hoisting crane dynamical type and grabs bucket, have rational in infrastructure, grab bucket space is large, crawl scope is large, stable performance, easy to use, durable advantage; The hydraulic actuating cylinder that the utility model is arranged, telescoping cylinder A, telescoping cylinder B, telescoping cylinder C constitute the power-driven mechanism of grab bucket, compare with common grab bucket power driven, hydraulic actuating cylinder can by regulating the height of the fixed end of telescoping cylinder A, telescoping cylinder B, telescoping cylinder C and then increasing the crawl Space adjustment of grab bucket, also can realize grasping movement by regulator solution cylinder pressure and telescoping cylinder A, telescoping cylinder B, telescoping cylinder C, have be swift in motion, sensitive, capture effective advantage; The rotating mechanism that the utility model is arranged can realize the adjustment capturing point of penetration, can realize freely, capture on a large scale; Total, the utility model have rational in infrastructure, grab bucket space is large, crawl scope is large, stable performance, easy to use, durable advantage.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of a kind of hoisting crane dynamical type grab bucket of the utility model.
In figure: 1, arm 2, hydraulic actuating cylinder 3, contiguous block 4, grab lobe plate A5, hinged block A6, telescoping cylinder A7, hinged terminal 8, hinged block B9, telescoping cylinder B10, grab lobe plate B11, rotating mechanism.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described further.
Embodiment 1
As shown in Figure 1, a kind of hoisting crane dynamical type is grabbed bucket, it comprises arm 1, rotating mechanism 11, the end of described arm 1 is connected with rotating mechanism 11, the end of described rotating mechanism 11 is provided with frame and hydraulic actuating cylinder 2, in described frame, hinged being provided with is grabbed lobe plate A4, grabs lobe plate B10, is grabbed lobe plate C, and the top of described hydraulic actuating cylinder 2 is connected with the center of rotating mechanism 11, and the end of described hydraulic actuating cylinder 2 is connected with hinged terminal 7; Described hinged terminal 7 is hinged with telescoping cylinder A6, telescoping cylinder B9, telescoping cylinder C, one end of described telescoping cylinder A6, telescoping cylinder B9, telescoping cylinder C is all hinged with hinged terminal 7, the other end of described telescoping cylinder A6, telescoping cylinder B9, telescoping cylinder C is hinged with hinged block A5, hinged block B8, hinged block C respectively, and described hinged block A5, hinged block B8, hinged block C are separately positioned on the outside of grabbing lobe plate A4, grabbing lobe plate B10, grabbing lobe plate C; Described grab lobe plate A4, grab lobe plate B10, to grab the specification of lobe plate C consistent, described grab lobe plate A4, grab lobe plate B10, grab the setting of 120 degree, lobe plate C interval.
When the utility model is implemented, first at the end connection traversing mechanism 11 of arm 1, at the end of rotating mechanism 11, frame and hydraulic actuating cylinder 2 are set, in frame, hinged setting is grabbed lobe plate A4, grabs lobe plate B10, is grabbed lobe plate C, at the center of the top connection traversing mechanism 11 of hydraulic actuating cylinder 2, connect hinged terminal 7 at the end of hydraulic actuating cylinder 2; Articulated telescopic cylinder A6, telescoping cylinder B9, telescoping cylinder C in hinged terminal 7, the all hinged terminal 7 in one end of telescoping cylinder A6, telescoping cylinder B9, telescoping cylinder C, at the other end hinged hinged block A5, hinged block B8, the hinged block C respectively of telescoping cylinder A6, telescoping cylinder B9, telescoping cylinder C, be separately positioned on the outside of grabbing lobe plate A4, grabbing lobe plate B10, grabbing lobe plate C at hinged block A5, hinged block B8, hinged block C; Grabbing lobe plate A4, grabbing lobe plate B10, grabbing the specification of lobe plate C unanimously, grabbing lobe plate A4, grabbing lobe plate B10, grabbing the setting of 120 degree, lobe plate C interval; Place in operation is got final product after completing above-mentioned installation, the adjustment capturing point of penetration can be realized by rotating mechanism, the power-driven mechanism of grab bucket is constituted by hydraulic actuating cylinder, telescoping cylinder A, telescoping cylinder B, telescoping cylinder C, compare with common grab bucket power driven, hydraulic actuating cylinder can by regulating the height of the fixed end of telescoping cylinder A, telescoping cylinder B, telescoping cylinder C and then increasing the crawl Space adjustment of grab bucket, and then drive and grab lobe plate A, grab lobe plate B, grab lobe plate C and realize capturing operation; Total, the utility model have rational in infrastructure, grab bucket space is large, crawl scope is large, stable performance, easy to use, durable advantage.
Embodiment 2
As shown in Figure 1, a kind of hoisting crane dynamical type is grabbed bucket, it comprises arm 1, rotating mechanism 11, the end of described arm 1 is connected with rotating mechanism 11, the end of described rotating mechanism 11 is provided with frame and hydraulic actuating cylinder 2, in described frame, hinged being provided with is grabbed lobe plate A4, grabs lobe plate B10, is grabbed lobe plate C, and the top of described hydraulic actuating cylinder 2 is connected with the center of rotating mechanism 11, and the end of described hydraulic actuating cylinder 2 is connected with hinged terminal 7, described hinged terminal 7 is hinged with telescoping cylinder A6, telescoping cylinder B9, telescoping cylinder C, one end of described telescoping cylinder A6, telescoping cylinder B9, telescoping cylinder C is all hinged with hinged terminal 7, the other end of described telescoping cylinder A6, telescoping cylinder B9, telescoping cylinder C is hinged with hinged block A5, hinged block B8, hinged block C respectively, and described hinged block A5, hinged block B8, hinged block C are separately positioned on the outside of grabbing lobe plate A4, grabbing lobe plate B10, grabbing lobe plate C, described grabs lobe plate A4, grab lobe plate B10, the specification of grabbing lobe plate C is consistent, described grabs lobe plate A4, grab lobe plate B10, grab the setting of 120 degree, lobe plate C interval, the flexible stroke of described hydraulic actuating cylinder 2 is between 0 to 60 millimeter, described telescoping cylinder A6, telescoping cylinder B9, the specification of telescoping cylinder C is consistent, described telescoping cylinder A6, telescoping cylinder B9, the flexible stroke of telescoping cylinder C is between 0 to 1200 millimeter, described hinged block A5, hinged block B8, the specification of hinged block C is consistent, described hinged block A5, the connection of grabbing lobe plate A4 is welded structure, described hinged block B8, the connection of grabbing lobe plate B10 is welded structure, described hinged block C, the connection of grabbing lobe plate C is welded structure, the cross section of described frame is annular arrangement.
When the utility model is implemented, first at the end connection traversing mechanism 11 of arm 1, at the end of rotating mechanism 11, frame and hydraulic actuating cylinder 2 are set, in frame, hinged setting is grabbed lobe plate A4, grabs lobe plate B10, is grabbed lobe plate C, at the center of the top connection traversing mechanism 11 of hydraulic actuating cylinder 2, connect hinged terminal 7 at the end of hydraulic actuating cylinder 2; Articulated telescopic cylinder A6, telescoping cylinder B9, telescoping cylinder C in hinged terminal 7, the all hinged terminal 7 in one end of telescoping cylinder A6, telescoping cylinder B9, telescoping cylinder C, at the other end hinged hinged block A5, hinged block B8, the hinged block C respectively of telescoping cylinder A6, telescoping cylinder B9, telescoping cylinder C, be separately positioned on the outside of grabbing lobe plate A4, grabbing lobe plate B10, grabbing lobe plate C at hinged block A5, hinged block B8, hinged block C; Grabbing lobe plate A4, grabbing lobe plate B10, grabbing the specification of lobe plate C unanimously, grabbing lobe plate A4, grabbing lobe plate B10, grabbing the setting of 120 degree, lobe plate C interval; Place in operation is got final product after completing above-mentioned installation, the adjustment capturing point of penetration can be realized by rotating mechanism, the power-driven mechanism of grab bucket is constituted by hydraulic actuating cylinder, telescoping cylinder A, telescoping cylinder B, telescoping cylinder C, compare with common grab bucket power driven, hydraulic actuating cylinder can by regulating the height of the fixed end of telescoping cylinder A, telescoping cylinder B, telescoping cylinder C and then increasing the crawl Space adjustment of grab bucket, and then drive and grab lobe plate A, grab lobe plate B, grab lobe plate C and realize capturing operation; The flexible stroke of hydraulic actuating cylinder 2 of the present utility model, between 0 to 60 millimeter, has the advantage that structure is simple, execution space is large, effective; The specification of telescoping cylinder A6 of the present utility model, telescoping cylinder B9, telescoping cylinder C is consistent, the flexible stroke of telescoping cylinder A6, telescoping cylinder B9, telescoping cylinder C between 0 to 1200 millimeter, have that structure is simple, balance quality good, capture volume large, capture advantage flexibly; The specification of hinged block A5 of the present utility model, hinged block B8, hinged block C is consistent, hinged block A5, the connection of grabbing lobe plate A4 are welded structure, hinged block B8, the connection of grabbing lobe plate B10 are welded structure, hinged block C, the connection of grabbing lobe plate C are welded structure, have structure simple, connect reliable, cost is low, the advantage of stable performance; The cross section of frame of the present utility model is annular arrangement, has the advantage that structure is simple, cost is low, effective; Total, the utility model have rational in infrastructure, grab bucket space is large, crawl scope is large, stable performance, easy to use, durable advantage.
Claims (7)
1. a hoisting crane dynamical type is grabbed bucket, it comprises arm, rotating mechanism, it is characterized in that: the end of described arm is connected with rotating mechanism, the end of described rotating mechanism is provided with frame and hydraulic actuating cylinder, in described frame, hinged being provided with is grabbed lobe plate A, grabs lobe plate B, is grabbed lobe plate C, the top of described hydraulic actuating cylinder is connected with the center of rotating mechanism, and the end of described hydraulic actuating cylinder is connected with hinged terminal; Described hinged terminal is hinged with telescoping cylinder A, telescoping cylinder B, telescoping cylinder C, one end of described telescoping cylinder A, telescoping cylinder B, telescoping cylinder C is all hinged with hinged terminal, the other end of described telescoping cylinder A, telescoping cylinder B, telescoping cylinder C is hinged with hinged block A, hinged block B, hinged block C respectively, and described hinged block A, hinged block B, hinged block C are separately positioned on the outside of grabbing lobe plate A, grabbing lobe plate B, grabbing lobe plate C; Described grab lobe plate A, grab lobe plate B, to grab the specification of lobe plate C consistent, described grab lobe plate A, grab lobe plate B, grab the setting of 120 degree, lobe plate C interval.
2. a kind of hoisting crane dynamical type according to claim 1 is grabbed bucket, and it is characterized in that: the flexible stroke of described hydraulic actuating cylinder is between 0 to 60 millimeter.
3. a kind of hoisting crane dynamical type according to claim 1 is grabbed bucket, and it is characterized in that: the specification of described telescoping cylinder A, telescoping cylinder B, telescoping cylinder C is consistent.
4. a kind of hoisting crane dynamical type according to claim 1 or 3 is grabbed bucket, and it is characterized in that: the flexible stroke of described telescoping cylinder A, telescoping cylinder B, telescoping cylinder C is between 0 to 1200 millimeter.
5. a kind of hoisting crane dynamical type according to claim 1 is grabbed bucket, and it is characterized in that: the specification of described hinged block A, hinged block B, hinged block C is consistent.
6. a kind of hoisting crane dynamical type is grabbed bucket according to claim 1 or 5, it is characterized in that: described hinged block A, the connection of grabbing lobe plate A are welded structure, described hinged block B, the connection of grabbing lobe plate B are welded structure, and described hinged block C, the connection of grabbing lobe plate C are welded structure.
7. a kind of hoisting crane dynamical type according to claim 1 is grabbed bucket, and it is characterized in that: the cross section of described frame is annular arrangement or equilateral triangle or regular hexagon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520685249.0U CN204897192U (en) | 2015-09-07 | 2015-09-07 | Powered grabs bucket for hoist |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520685249.0U CN204897192U (en) | 2015-09-07 | 2015-09-07 | Powered grabs bucket for hoist |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204897192U true CN204897192U (en) | 2015-12-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520685249.0U Expired - Fee Related CN204897192U (en) | 2015-09-07 | 2015-09-07 | Powered grabs bucket for hoist |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204897192U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111225870A (en) * | 2017-10-13 | 2020-06-02 | 赛克工程设计有限公司 | Grab bucket |
-
2015
- 2015-09-07 CN CN201520685249.0U patent/CN204897192U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111225870A (en) * | 2017-10-13 | 2020-06-02 | 赛克工程设计有限公司 | Grab bucket |
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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: 20151223 Termination date: 20160907 |