CN204823712U - Rotary -cut compresses tightly integration grab bucket - Google Patents
Rotary -cut compresses tightly integration grab bucket Download PDFInfo
- Publication number
- CN204823712U CN204823712U CN201520415227.2U CN201520415227U CN204823712U CN 204823712 U CN204823712 U CN 204823712U CN 201520415227 U CN201520415227 U CN 201520415227U CN 204823712 U CN204823712 U CN 204823712U
- Authority
- CN
- China
- Prior art keywords
- rotary
- crossbeam
- cut
- grab bucket
- grab
- 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.)
- Expired - Fee Related
Links
Abstract
The utility model relates to a rotary -cut compresses tightly integration grab bucket, including crossbeam, six ear seats, two grab bucket devices, six no. Two ear seats, two pneumatic cylinders and four telescopic links, the up end symmetry of crossbeam is provided with two lugs, be located the outer wall of the even welding of the three ear seat of crossbeam homonymy at the crossbeam, two grab bucket device symmetric position in both sides of crossbeam, be located the even welding of no. Two three ear seats of crossbeam homonymy at the grab bucket device, the bottom of pneumatic cylinder is connected through the round pin axle between the ear seat on the central beam outer wall with being located, and the top of pneumatic cylinder spool is connected through the round pin with being located between no. Two ear seats on the grab bucket device middle part, be connected through the round pin axle between telescopic link top and the ear seat, and spool be connected through the round pin between telescopic link bottom and no. Two ear seats being located the pneumatic cylinder homonymy. The utility model discloses a mechanized function of handling pond mud and pasture and water plant has advantages such as little, the easy and simple to handle and work efficiency height of intensity of labour.
Description
Technical field
The utility model relates to grabbing puies forward machinery manufacturing technology field, and particularly a kind of rotary-cut compresses integration grab bucket.
Background technology
Grab bucket is that a kind of folding mainly keeping left right two combination buckets or multiple jaw captures and draws off the suspender of bulk material, grab bucket can be divided into fluid pressure type to grab bucket by type of drive and mechanical type grab bucket two large classes, fluid pressure type grab bucket itself is equipped with opening-closing structure, general hydraulic ram drives, hydraulic grab Application comparison in hydraulic pressure class specialized equipment is extensive, as hydraulic excavator, Hydraulic for lifting load tower etc.; And mechanical type grab bucket itself does not configure opening-closing structure, usually driven by rope or connecting rod external force, can be divided into twin rope grab and single rope grab by operating feature, the most frequently used is twin rope grab.
Often some dirts and water weeds can be produced in more existing large-scale ponds; often through all needing by manually going fish for mud and cut water weeds after a while; and existing pond dirt and water weeds all adopt manually-operated processing mode; degree of automation is low; this mode also exists that work under bad environment, labour intensity are large, complex operation and the inferior defect of inefficiency, and serious compromises the healthy of operator.
Utility model content
In order to solve the problem, the utility model provides a kind of rotary-cut and compresses integration grab bucket, solve the problem of existing pond dirt and water weeds difficult treatment, achieve the function of mechanization process pond dirt and water weeds, there is little, the easy and simple to handle and work efficiency advantages of higher of labour intensity.
To achieve these goals, the utility model realizes by the following technical solutions: a kind of rotary-cut compresses integration grab bucket, comprise crossbeam, six ear seats, two grab mechanisms, six No. two ear seats, two hydraulic actuating cylinders and four expansion links, described crossbeam is square structure, the upper surface of crossbeam is symmetrically arranged with two hangers, is arranged on existing hoisting crane by two hangers by the utility model; Six described ear seat symmetries are positioned at the both sides of crossbeam, and three the ear seats being positioned at crossbeam homonymy are welded on the outer wall of crossbeam uniformly; Described two grab mechanisms symmetry is positioned at the both sides of crossbeam, and grab mechanisms plays the function of rotary-cut, crawl and compression pond dirt and water weeds; Six described No. two ear seats symmetries are positioned at the both sides of crossbeam, and three No. two ear seats being positioned at crossbeam homonymy are welded on grab mechanisms uniformly; Two described hydraulic actuating cylinder symmetries are positioned at the both sides of crossbeam, be connected by bearing pin between the bottom of hydraulic actuating cylinder with on outer wall in the middle part of crossbeam ear seat, and the top of hydraulic actuating cylinder is connected by bearing pin with between the supermedial No. two ear seats of crossbeam homonymy grab mechanisms, hydraulic actuating cylinder is as the driving source controlling grab mechanisms work; Four described expansion link symmetries are positioned at the both sides of crossbeam, two the expansion link symmetries being positioned at crossbeam homonymy are positioned at the both sides of hydraulic actuating cylinder, be connected by bearing pin between expansion link top with an ear seat, and expansion link bottom is connected by bearing pin with between No. two ear seats of hydraulic actuating cylinder homonymy, four expansion links play the function of support and the work of auxiliary crab device, improve the stability of grab mechanisms work.During work, first the utility model will be arranged on existing hoisting crane by two hangers, then hydraulic actuating cylinder is started working, two hydraulic actuating cylinder control plunger bar execution simultaneously contractive action, under the auxiliary telescopic of four expansion links, two grab mechanisms are opened, now grab mechanisms starts to revolve and cuts water weeds, rotary-cut latter two hydraulic pressure complete is the expansion action of control plunger bar execution simultaneously again, two grab mechanisms capture the good water weeds of rotary-cut and dirt, capture latter two grab mechanisms complete and carry out compression action, thus achieve the utility model to pond water weeds and dirt rotary-cut, the function capturing and compress.
As a kind of optimal technical scheme of the present utility model, described grab mechanisms comprises grab bucket mechanism, rotary cutting mechanism and hold-down mechanism, described grab bucket mechanism comprises mounting rod, fixed plate, upper connecting rod and lower connecting rod, mounting rod upper end is welded on and is positioned on three No. two ear seats of crossbeam homonymy, and the lower end uniform welding of mounting rod has row's fixed plate, fixed plate is hook solid, all upper connecting rod is welded with between two adjacent fixed plates of upper end, all lower connecting rod is welded with between two adjacent fixed plates of lower end, upper connecting rod and lower connecting rod play the effect being connected and supporting fixed plate, grab bucket mechanism on grab mechanisms realizes the action captured under the drive of two hydraulic actuating cylinders, described rotary cutting mechanism comprises adapter plate, fixed bin, rotary-cut side chain and the spacing inserted link of L-type, be connected by welding manner between adapter plate with fixed bin, the rear wall of fixed bin is welded on fixed plate, form one between fixed bin and adapter plate and cavity is installed, and the installation cavity that formed of fixed bin and adapter plate is evenly provided with row's rotary-cut side chain, the fixed bin being positioned at leftmost side rotary-cut side chain left end is provided with a spacing inserted link of L-type, the fixed bin being positioned at rightmost side rotary-cut side chain right-hand member is provided with a spacing inserted link of L-type, and fixed bin between adjacent two rotary-cut side chains is all provided with two spacing inserted links of L-type, the spacing inserted link of L-type plays and limits the effect that pond water weeds facilitates the rotary-cut of rotary-cut side chain, because the extension elongation on front side of the spacing inserted link of L-type is greater than the extension elongation of rotary-cut side chain front end, thus prevent the utility model in the course of the work rotary-cut damage the phenomenon of rotary-cut side chain to hard object, rotary-cut side chain comprises rotary-cut motor, S. A., rotary-cut cutterhead and double nuts, rotary-cut motor is arranged on adapter plate, rotary-cut motor provides rotary-cut power for the utility model, S. A. is divided into large end and small end, be connected by coupler between large end with the output shaft on rotary-cut motor, the diameter of axle of small end is less than the diameter of axle of large end, rotary-cut cutterhead upper surface is fixed on the shaft shoulder that end and small end are formed greatly, the shaft shoulder that large end and small end are formed plays the effect of positioning rotary-cutting cutterhead, and rotary-cut cutterhead lower surface is fixed on small end by double nuts, double nuts plays the effect of locking rotating cutter disc, rotary cutting mechanism realizes rotary-cut action of the present utility model, described hold-down mechanism comprises stay bearing plate, compression axis, clamping motor and compression pawl, stay bearing plate is welded on the upper end of leftmost side fixed plate, all be connected by bearing between compression axis and each fixed plate on rotary-cut side chain, and the left end of compression axis stretches out the fixed plate outer wall of the leftmost side, clamping motor is installed on the supporting plate by motor cabinet, clamping motor provides the driving source of thrust as the utility model, single compression pawl is installed on the compression axis between adjacent two fixed plates, due to the water weeds good by rotary cutting mechanism rotary-cut grabbed bucket mechanism capture after more fluffy, now clamping motor is started working, clamping motor drives compression axis to rotate, compression axis drives all compression pawls to rotate, till compression pawl upwards compresses the water weeds of crawl, ensure that the object of crawl not easily drops in motion process, safety performance is high, also save the crawl space of grab mechanisms inside, improve work efficiency.
As a kind of optimal technical scheme of the present utility model, fixed plate on described each grab mechanisms is at least 11, the number of fixed plate quantity determines the length of grab mechanisms, and the length scale of grab mechanisms determines the number of crawl amount, thus determines work efficiency.
As a kind of optimal technical scheme of the present utility model, the rotary-cut side chain on described each grab mechanisms is at least four, and the quantity of rotary-cut side chain determines speed and the efficiency of rotary-cut, and rotary-cut side chain quantity needs to determine according to work-yard.
As a kind of optimal technical scheme of the present utility model, described rotary-cut motor and clamping motor type are drip proof machine, the gap that drip proof machine is inner and outside may be existed or passage all block by existing sealing mechanism, waterproof effect is good, even if drip proof machine is in water for a long time and works, also drip proof machine inner inlet can not be caused to burn out the phenomenon of drip proof machine, and drip proof machine also has certain explosion-proof performance simultaneously, and safety performance is good.
As a kind of optimal technical scheme of the present utility model, described compression pawl comprises binding ring and hook, described binding ring passes through two bolt-lockings on compression axis, the shape of hook is identical with the shape of fixed plate, ensure that grab bucket mechanism can not be subject to compressing the impact of pawl in the course of the work, and hook is welded on binding ring, makes to compress pawl by binding ring detachable, be convenient to maintenance.
The beneficial effects of the utility model are:
1, the utility model is provided with grab bucket mechanism, and the usable length of grab bucket mechanism can be determined according to demand, applied widely, can realize crawl function of the present utility model;
2, the utility model is provided with rotary cutting mechanism, and the quantity of rotary cutting mechanism can be determined according to working environment demand, can realize quick, the high efficiency rotary cutting function of the utility model;
3, the utility model is provided with hold-down mechanism, and the water weeds that rotary-cut can capture by hold-down mechanism and dirt compress, and ensure that the object of crawl not easily drops in motion process, safety performance is high, has saved inner crawl space, has improve work efficiency;
4, the utility model solves the problem of existing pond dirt and water weeds difficult treatment, achieves the function of mechanization process pond dirt and water weeds, has little, the easy and simple to handle and work efficiency advantages of higher of labour intensity.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is perspective view of the present utility model;
Fig. 2 is birds-eye view of the present utility model;
Fig. 3 is the perspective view of the utility model grab mechanisms;
Fig. 4 is the left view of the utility model grab mechanisms;
Fig. 5 is that the A-A of Fig. 4 is to cutaway view;
Fig. 6 is the perspective view that the utility model compresses pawl.
Specific embodiment
The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, below in conjunction with concrete diagram, setting forth the utility model further.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can be combined with each other.
As shown in Figures 1 to 6, a kind of rotary-cut compresses integration grab bucket, comprise crossbeam 1, six ear seats 2, two grab mechanisms 3, six No. two ear seats 4, two hydraulic actuating cylinders 5 and four expansion links 6, described crossbeam 1 is in square structure, the upper surface of crossbeam 1 is symmetrically arranged with two hanger 1a, is arranged on existing hoisting crane by two hanger 1a by the utility model; Six No. one described ear seat 2 symmetry is positioned at the both sides of crossbeam 1, and three the ear seats 2 being positioned at crossbeam 1 homonymy are welded on the outer wall of crossbeam 1 uniformly; Two described grab mechanisms 3 symmetries are positioned at the both sides of crossbeam 1, and grab mechanisms 3 plays the function of rotary-cut, crawl and compression pond dirt and water weeds; Six No. two described ear seat 4 symmetries are positioned at the both sides of crossbeam 1, and three No. two ear seats 4 being positioned at crossbeam 1 homonymy are welded on grab mechanisms 3 uniformly; Two described hydraulic actuating cylinder 5 symmetries are positioned at the both sides of crossbeam 1, the bottom of hydraulic actuating cylinder 5 is connected by bearing pin with between on outer wall in the middle part of crossbeam 1 No. one ear seat 2, and the top of hydraulic actuating cylinder 5 is connected by bearing pin with between the supermedial No. two ear seats 4 of crossbeam 1 homonymy grab mechanisms 3, hydraulic actuating cylinder 5 is as the driving source controlling grab mechanisms 3 work; Four described expansion link 6 symmetries are positioned at the both sides of crossbeam 1, two expansion link 6 symmetries being positioned at crossbeam 1 homonymy are positioned at the both sides of hydraulic actuating cylinder 5, be connected by bearing pin between expansion link 6 top with an ear seat 2, and expansion link 6 bottom is connected by bearing pin with between No. two ear seats 4 of hydraulic actuating cylinder 5 homonymy, four expansion links 6 play the function of support and auxiliary crab device 3 work, improve the stability that grab mechanisms 3 works.During work, first the utility model will be arranged on existing hoisting crane by two hanger 1a, then hydraulic actuating cylinder 5 is started working, two hydraulic actuating cylinder 5 control plunger bar execution simultaneously contractive action, under the auxiliary telescopic of four expansion links 6, two grab mechanisms 3 are opened, now grab mechanisms 3 starts to revolve and cuts water weeds, rotary-cut latter two hydraulic actuating cylinder 5 complete is the expansion action of control plunger bar execution simultaneously again, two grab mechanisms 3 capture the good water weeds of rotary-cut and dirt, capture latter two grab mechanisms 3 complete and carry out compression action, thus achieve the utility model to pond water weeds and dirt rotary-cut, the function capturing and compress.
Described grab mechanisms 3 comprises grab bucket mechanism 31, rotary cutting mechanism 32 and hold-down mechanism 33, described grab bucket mechanism 31 comprises mounting rod 31a, fixed plate 31b, upper connecting rod 31c and lower connecting rod 31d, mounting rod 31a upper end is welded on and is positioned on three No. two ear seats 4 of crossbeam 1 homonymy, and the lower end uniform welding of mounting rod 31a has row's fixed plate 31b, fixed plate 31b is hook solid, upper connecting rod 31c is all welded with between two adjacent fixed plate 31b of upper end, lower connecting rod 31d is all welded with between two adjacent fixed plate 31b of lower end, upper connecting rod 31c plays with lower connecting rod 31d the effect being connected and supporting fixed plate 31b, grab bucket mechanism 31 on grab mechanisms 3 realizes the action captured under the drive of two hydraulic actuating cylinders 5, described rotary cutting mechanism 32 comprises adapter plate 321, fixed bin 322, rotary-cut side chain 323 and the spacing inserted link 324 of L-type, be connected by welding manner between adapter plate 321 with fixed bin 322, the rear wall of fixed bin 322 is welded on fixed plate 31b, form one between fixed bin 322 and adapter plate 321 and cavity is installed, and the installation cavity that formed of fixed bin 322 and adapter plate 321 is evenly provided with row's rotary-cut side chain 323, the fixed bin 322 being positioned at leftmost side rotary-cut side chain 323 left end is provided with a spacing inserted link 324 of L-type, the fixed bin 322 being positioned at rightmost side rotary-cut side chain 323 right-hand member is provided with a spacing inserted link 324 of L-type, and fixed bin 322 between adjacent two rotary-cut side chains 323 is all provided with two spacing inserted links 324 of L-type, the spacing inserted link 324 of L-type plays and limits the effect that pond water weeds facilitates rotary-cut side chain 323 rotary-cut, because the extension elongation on front side of the spacing inserted link 324 of L-type is greater than the extension elongation of rotary-cut side chain 323 front end, thus prevent the utility model in the course of the work rotary-cut damage the phenomenon of rotary-cut side chain 323 to hard object, rotary-cut side chain 323 comprises rotary-cut motor 3231, S. A. 3232, rotary-cut cutterhead 3233 and double nuts 3234, rotary-cut motor 3231 is arranged on adapter plate 321, rotary-cut motor 3231 provides rotary-cut power for the utility model, S. A. 3232 is divided into large end 3232a and small end 3232b, large end 3232a is connected by coupler with between the output shaft on rotary-cut motor 3231, the diameter of axle of small end 3232b is less than the diameter of axle of large end 3232a, rotary-cut cutterhead 3233 upper surface is fixed on the large shaft shoulder holding 3232a and small end 3232b to be formed, the shaft shoulder that large end 3232a and small end 3232b is formed plays the effect of positioning rotary-cutting cutterhead 3233, and rotary-cut cutterhead 3233 lower surface is fixed on small end 3232b by double nuts 3234, double nuts 3234 plays the effect of locking rotating cutter disc 3233, rotary cutting mechanism 32 realizes rotary-cut action of the present utility model, described hold-down mechanism 33 comprises stay bearing plate 331, compression axis 332, clamping motor 333 and compression pawl 334, stay bearing plate 331 is welded on the upper end of leftmost side fixed plate 31b, all be connected by bearing between compression axis 332 and each fixed plate 31b on rotary-cut side chain 323, and the left end of compression axis 332 stretches out the fixed plate 31b outer wall of the leftmost side, clamping motor 333 is arranged on stay bearing plate 331 by motor cabinet, clamping motor 333 provides the driving source of thrust as the utility model, single compression pawl 334 is installed on the compression axis 332 between adjacent two fixed plate 31b, due to the water weeds good by rotary cutting mechanism 32 rotary-cut grabbed bucket mechanism 31 capture after more fluffy, now clamping motor 333 is started working, clamping motor 333 drives compression axis 332 to rotate, compression axis 332 drives all compression pawls 334 to rotate, till compression pawl 334 upwards compresses the water weeds of crawl, ensure that the object of crawl not easily drops in motion process, safety performance is high, save the crawl space of grab mechanisms 3 inside, improve work efficiency.
Fixed plate 31b on described each grab mechanisms 3 is at least 11, and the number of fixed plate 31b quantity determines the length of grab mechanisms 3, and the length scale of grab mechanisms 3 determines the number of crawl amount, thus determines work efficiency.
Rotary-cut side chain 323 on described each grab mechanisms 3 is at least four, and the quantity of rotary-cut side chain 323 determines speed and the efficiency of rotary-cut, and rotary-cut side chain 323 quantity needs to determine according to work-yard.
Described rotary-cut motor 3231 and clamping motor 333 type are drip proof machine, the gap that drip proof machine is inner and outside may be existed or passage all block by existing sealing mechanism, waterproof effect is good, even if drip proof machine is in water for a long time and works, also drip proof machine inner inlet can not be caused to burn out the phenomenon of drip proof machine, drip proof machine also has certain explosion-proof performance simultaneously, and safety performance is good.
Described compression pawl 334 comprises binding ring 334a and hook 334b, described binding ring 334a passes through two bolt-lockings on compression axis 332, the shape of hook 334b is identical with the shape of fixed plate 31b, ensure that grab bucket mechanism 31 can not be subject to compressing the impact of pawl 334 in the course of the work, and hook 334b is welded on binding ring 334a, make to compress pawl 334 by binding ring 334a detachable, be convenient to maintenance.
During work, by the hanger 1a of two on crossbeam 1, the utility model is arranged on existing hoisting crane, then hydraulic actuating cylinder 5 is started working, two hydraulic actuating cylinder 5 control plunger bar execution simultaneously contractive action, under the auxiliary telescopic of four expansion links 6, two grab bucket mechanisms 31 on two grab mechanisms 3 open, two rotary cutting mechanisms 32 now on two grab mechanisms 3 are started working, and then the rotary-cut side chain 323 on rotary cutting mechanism 32 is all started working, rotary-cut motor 3231 provides rotary-cut power, rotary-cut motor 3231 driven rotary axle 3232 works, S. A. 3232 drives rotary-cut cutterhead 3233 High Rotation Speed, rotary-cut cutterhead 3233 the spacing inserted link of the L-type of both sides 324 auxiliary under start quick rotary-cut water weeds, after two rotary cutting mechanisms 32 rotary-cut on two grab mechanisms 3, two hydraulic actuating cylinders 5 expansion action of control plunger bar execution simultaneously again, two grab bucket mechanisms 31 on two grab mechanisms 3 carry out grasping movement, after crawl, four hold-down mechanisms 33 on two grab mechanisms 3 are started working, clamping motor 333 starts to provide compression rotational force, clamping motor 333 drives compression axis 332 to rotate, compression axis 332 drives all compression pawls 334 to rotate, till compression pawl 334 upwards compresses the water weeds of crawl, thus achieve the function of the water weeds captured being carried out to two-stage compression, finally achieve the utility model to pond water weeds and dirt rotary-cut, the function capturing and compress, reach object.
More than show and describe groundwork of the present utility model, principal character and advantage.The technical personnel of the industry should be understood; the utility model is not restricted to the described embodiments; description in above-described embodiment and specification sheets principle of the present utility model is just described; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (5)
1. a rotary-cut compresses integration grab bucket, it is characterized in that: comprise crossbeam (1), six No. one ear seat (2), two grab mechanisms (3), six No. two ear seats (4), two hydraulic actuating cylinders (5) and four expansion links (6), described crossbeam (1) is in square structure, and the upper surface of crossbeam (1) is symmetrically arranged with two hangers (1a); Six No. one described ear seat (2) symmetry is positioned at the both sides of crossbeam (1), and three No. one ear seat (2) being positioned at crossbeam (1) homonymy is welded on the outer wall of crossbeam (1) uniformly; Two described grab mechanisms (3) symmetries are positioned at the both sides of crossbeam (1); Six No. two described ear seat (4) symmetries are positioned at the both sides of crossbeam (1), and three No. two ear seats (4) being positioned at crossbeam (1) homonymy are welded on grab mechanisms (3) uniformly; Two described hydraulic actuating cylinder (5) symmetries are positioned at the both sides of crossbeam (1), be connected by bearing pin between the bottom of hydraulic actuating cylinder (5) with the ear seat (2) be positioned on the outer wall of crossbeam (1) middle part, and the top of hydraulic actuating cylinder (5) is connected by bearing pin with being positioned between the supermedial No. two ear seats (4) of crossbeam (1) homonymy grab mechanisms (3); Four described expansion link (6) symmetries are positioned at the both sides of crossbeam (1), two expansion link (6) symmetries being positioned at crossbeam (1) homonymy are positioned at the both sides of hydraulic actuating cylinder (5), be connected by bearing pin between expansion link (6) top with an ear seat (2), and expansion link (6) bottom is connected by bearing pin with between No. two ear seats (4) being positioned at hydraulic actuating cylinder (5) homonymy;
Described grab mechanisms (3) comprises grab bucket mechanism (31), rotary cutting mechanism (32) and hold-down mechanism (33), described grab bucket mechanism (31) comprises mounting rod (31a), fixed plate (31b), upper connecting rod (31c) and lower connecting rod (31d), mounting rod (31a) upper end is welded on and is positioned on three No. two ear seats (4) of crossbeam (1) homonymy, and the lower end uniform welding of mounting rod (31a) has row's fixed plate (31b), fixed plate (31b) is in hook solid, upper connecting rod (31c) is all welded with between two the adjacent fixed plates (31b) being positioned at upper end, lower connecting rod (31d) is all welded with between two the adjacent fixed plates (31b) being positioned at lower end, described rotary cutting mechanism (32) comprises adapter plate (321), fixed bin (322), rotary-cut side chain (323) and the spacing inserted link of L-type (324), be connected by welding manner between adapter plate (321) with fixed bin (322), the rear wall of fixed bin (322) is welded on fixed plate (31b), form one between fixed bin (322) and adapter plate (321) and cavity is installed, and the installation cavity that formed of fixed bin (322) and adapter plate (321) is evenly provided with row's rotary-cut side chain (323), the fixed bin (322) being positioned at leftmost side rotary-cut side chain (323) left end is provided with a spacing inserted link of L-type (324), the fixed bin (322) being positioned at rightmost side rotary-cut side chain (323) right-hand member is provided with a spacing inserted link of L-type (324), and be positioned on the fixed bin (322) between adjacent two rotary-cut side chains (323) two spacing inserted links of L-type (324) are all installed, rotary-cut side chain (323) comprises rotary-cut motor (3231), S. A. (3232), rotary-cut cutterhead (3233) and double nuts (3234), rotary-cut motor (3231) is arranged on adapter plate (321), S. A. (3232) is divided into large end (3232a) and small end (3232b), be connected by coupler between large end (3232a) with the output shaft on rotary-cut motor (3231), the diameter of axle of small end (3232b) is less than the diameter of axle of large end (3232a), rotary-cut cutterhead (3233) upper surface is fixed on the shaft shoulder that large end (3232a) and small end (3232b) formed, and rotary-cut cutterhead (3233) lower surface is fixed on small end (3232b) by double nuts (3234), described hold-down mechanism (33) comprises stay bearing plate (331), compression axis (332), clamping motor (333) and compression pawl (334), stay bearing plate (331) is welded on the upper end of leftmost side fixed plate (31b), all be connected by bearing between compression axis (332) and each fixed plate (31b) on rotary-cut side chain (323), and the left end of compression axis (332) stretches out fixed plate (31b) outer wall of the leftmost side, clamping motor (333) is arranged on stay bearing plate (331) by motor cabinet, single compression pawl (334) is installed on the compression axis (332) between adjacent two fixed plates (31b).
2. a kind of rotary-cut according to claim 1 compresses integration grab bucket, it is characterized in that: the fixed plate (31b) on described each grab mechanisms (3) is at least 11.
3. a kind of rotary-cut according to claim 1 compresses integration grab bucket, it is characterized in that: the rotary-cut side chain (323) on described each grab mechanisms (3) is at least four.
4. a kind of rotary-cut according to claim 1 compresses integration grab bucket, it is characterized in that: described rotary-cut motor (3231) and clamping motor (333) type are drip proof machine.
5. a kind of rotary-cut according to claim 1 compresses integration grab bucket, it is characterized in that: described compression pawl (334) comprises binding ring (334a) and hook (334b), described binding ring (334a) by two bolt-lockings on compression axis (332), the shape of hook (334b) is identical with the shape of fixed plate (31b), and hook (334b) is welded on binding ring (334a).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520415227.2U CN204823712U (en) | 2015-06-16 | 2015-06-16 | Rotary -cut compresses tightly integration grab bucket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520415227.2U CN204823712U (en) | 2015-06-16 | 2015-06-16 | Rotary -cut compresses tightly integration grab bucket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204823712U true CN204823712U (en) | 2015-12-02 |
Family
ID=54681335
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520415227.2U Expired - Fee Related CN204823712U (en) | 2015-06-16 | 2015-06-16 | Rotary -cut compresses tightly integration grab bucket |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204823712U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104925658A (en) * | 2015-06-16 | 2015-09-23 | 安庆市华鑫重工股份有限公司 | Integral grab bucket capable of rotary-cutting and compressing |
-
2015
- 2015-06-16 CN CN201520415227.2U patent/CN204823712U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104925658A (en) * | 2015-06-16 | 2015-09-23 | 安庆市华鑫重工股份有限公司 | Integral grab bucket capable of rotary-cutting and compressing |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201376839Y (en) | Prestressed concrete pipe die self-weight self-locking pneumatic swinging device | |
| CN204823705U (en) | Rotary -cut formula grab bucket device | |
| CN104925658A (en) | Integral grab bucket capable of rotary-cutting and compressing | |
| CN204823713U (en) | Rotary -cut compresses tightly formula grab bucket device | |
| CN204823712U (en) | Rotary -cut compresses tightly integration grab bucket | |
| CN207484551U (en) | A kind of new mechanical arm desilting equipment used for aquiculture of crab fishes and shrimps | |
| CN104912139B (en) | Dust suction type breaking grab bucket | |
| CN212820356U (en) | Crushing device for removing cement silo pressure reduction cone plate caking materials | |
| CN104925659A (en) | Rotary-cutting pressing type grab bucket device | |
| CN212200299U (en) | Dirt cleaning device for nuclear power plant | |
| CN204826020U (en) | Broken grab bucket of dust absorption formula | |
| CN104925656A (en) | Rotary-cutting type grab bucket device | |
| CN201161900Y (en) | Grasping and lifting device for loose material | |
| CN104929173B (en) | A kind of dust-collecting type grab bucket mechanism | |
| CN101368381B (en) | Trash remover | |
| CN206087481U (en) | Bean vermicelli grabbing conveying mechanism | |
| CN204080748U (en) | A kind of power station garbage cleaning device | |
| CN208603375U (en) | Clam formula bucket with material-clearing device | |
| CN201214797Y (en) | Multifunction loading machine | |
| CN204826019U (en) | Dust absorption formula grab bucket mechanism | |
| CN213918303U (en) | Special tool manipulator for high-pressure pump maintenance | |
| CN105350507A (en) | Mechanical pressurization type decontamination slusher capable of being connected with multi-multiplying-power lifting tool | |
| CN109601153B (en) | Closed straw feeding device | |
| CN204849876U (en) | Special breaker of broken grab bucket of dust absorption formula | |
| CN109737109A (en) | A kind of multifunction manipulator remove device hydraulic power unit |
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: 20151202 Termination date: 20160616 |