CN204968619U - Gyration is thrown and is sent type ensilage machine with maze structure - Google Patents
Gyration is thrown and is sent type ensilage machine with maze structure Download PDFInfo
- Publication number
- CN204968619U CN204968619U CN201520567393.4U CN201520567393U CN204968619U CN 204968619 U CN204968619 U CN 204968619U CN 201520567393 U CN201520567393 U CN 201520567393U CN 204968619 U CN204968619 U CN 204968619U
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- connecting cylinder
- breaker
- throws
- throw
- throwing
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Abstract
The utility model discloses a gyration is thrown and is sent type ensilage machine with maze structure, including feeding device, breaker, feeding system and collection device, the fixed just upper end of the upper portion of a breaker exit linkage section of thick bamboo and gyration support bearing's inner circle extends to the top of rotary support bearing's inner circle, and the upper end of a breaker exit linkage section of thick bamboo is provided with brake motor, the gear mesh that gear that the brake motor output shaft set up and gyration support bearing outer lane outside surface set up, gyration support bearing's outer lane up end with throw the bottom mounting that send a connecting cylinder, a breaker exit linkage section of thick bamboo is provided with the protruding edge of a breaker exit linkage section of thick bamboo and the throwing that the multiunit formed the maze structure and send a connecting cylinder protruding edge with throwing to send between the connecting cylinder, the lower pot head that the throwing was sent tin is established on a connecting cylinder is sent in the throwing. The utility model discloses can send a section of thick bamboo to carry out the rotation of circumferencial direction to the throwing according to the actual production demand to realize that ensilage machine throws the adjustment of sending the angle.
Description
Technical field
The utility model relates to a kind of agricultural machinery, particularly relates to a kind of revolution with labyrinth structure and throws type ensilage machine.
Background technology
At present, ensilage machine becomes a kind of conventional agricultural machinery gradually, for gathering in the crops the short silage crops such as dark green herbage, oat, beet cauline leaf.Ensilage machine mainly comprises frame, feed unit and breaker is provided with in frame, frame is provided with feed system and gathering unit, silage crop is sent into breaker and carries out fragmentation by feed unit, and the silage crop after fragmentation is sent in gathering unit by feed system by the wind-force that recycling throws blower fan generation.In existing ensilage machine, what feed system adopted arc throws cylinder, the outlet of breaker that frame is arranged directly with throw cylinder and weld, causing throwing angle cannot adjust, and is unfavorable for that feed is collected, also very easily causes feed waste.
Utility model content
The purpose of this utility model is to provide a kind of revolution with labyrinth structure and throws type ensilage machine, can according to actual production demand to the rotation throwing cylinder and carry out circumferencial direction, to realize the adjustment that ensilage machine throws angle, improve feed collection efficiency, avoid feed waste.
The utility model adopts following technical proposals:
A kind of revolution with labyrinth structure throws type ensilage machine, comprise frame, feed unit and breaker is provided with in frame, frame is provided with feed system and gathering unit, described feed system comprises breaker outlet connecting cylinder, slewing bearing, throw a connecting cylinder and throw cylinder, the lower end of described breaker outlet connecting cylinder is fixed on the breaker outlet that frame is arranged, the breaker that the breaker outlet lower ending opening of connecting cylinder and frame are arranged exports and is conducted, the breaker outlet top of connecting cylinder and the inner ring of slewing bearing are fixed, and the upper end of breaker outlet connecting cylinder extends to the top of the inner ring of slewing bearing, the outer surface of upper of breaker outlet connecting cylinder is provided with brake motor mount pad, brake motor is provided with in brake motor mount pad, brake motor output shaft front end is provided with gear, the outer ring outer surface of slewing bearing circumferentially method is evenly provided with tooth, the gear that brake motor output shaft front end is arranged is meshed with the tooth that slewing bearing outer ring outer surface is arranged, the upper surface, outer ring of slewing bearing is fixed with the bottom throwing a connecting cylinder, the upper end outer surface of breaker outlet connecting cylinder is provided with many group breaker outlet connecting cylinder convex edges from top to bottom, often organizes breaker outlet connecting cylinder convex edge and is the convex annular edge arranged along breaker outlet connecting cylinder circumferencial direction, throw an inner surface for connecting cylinder lower end to be provided with many groups from top to bottom and to throw a connecting cylinder convex edge, often group throws a connecting cylinder convex edge and is a convex annular edge along throwing a connecting cylinder circumferencial direction and arranging, breaker outlet connecting cylinder convex edge and throw a width of connecting cylinder convex edge and be all greater than breaker outlet connecting cylinder outer surface and throw the half in gap between a connecting cylinder inner surface, and breaker outlet connecting cylinder convex edge and throw a position relationship of connecting cylinder convex edge for being crisscross arranged, many group breaker outlet connecting cylinder convex edges and many groups throw a connecting cylinder convex edge and form a labyrinth structure, the upper surface, outer ring of slewing bearing is also fixed with and horizontally disposedly throws an installing plate, and the side throwing an installing plate is also vertically installed with two and spacedly throws an articulated slab, the lower end throwing cylinder is set in and throws on a connecting cylinder, and the lower surface throwing cylinder has been horizontally disposed with fixed head, and fixed head side is also vertically installed with two and spacedly throws an installing plate articulated slab, the outlet throwing cylinder is arranged on gathering unit porch.
A described installing plate that throws adopts annular slab.
Described throw a connecting cylinder offers throw a fixing threaded hole.
A described connecting cylinder outer surface that throws along the circumferential direction is provided with elastic rubber ring.
The lower ending opening place of described breaker outlet connecting cylinder is provided with breaker outlet fixed head.
The utility model is owing to being provided with slewing bearing, and breaker outlet connecting cylinder with throw a connecting cylinder and fix with the inner ring of slewing bearing and outer ring respectively, therefore, under the driving of brake motor, the gear that brake motor output shaft front end is arranged will drive the outer ring rotating of slewing bearing, thus realize breaker outlet connecting cylinder and throw freely adjusting of angle of revolution between a connecting cylinder, to realize the adjustment that ensilage machine throws angle, improve feed collection efficiency, avoid feed waste.In the utility model, also special selection brake motor is as drive motors, and when after brake motor power-off, brake motor output shaft will be locked, to ensure breaker outlet connecting cylinder and to throw the relative fixing of position between a connecting cylinder.The utility model according to actual production demand to the rotation throwing cylinder and carry out circumferencial direction, to realize the adjustment that ensilage machine throws angle, can improve feed collection efficiency, avoids feed waste.
Accompanying drawing explanation
Fig. 1 is the structural representation of feed system in the utility model.
Embodiment
Below in conjunction with drawings and Examples, the utility model is done with detailed description:
As shown in Figure 1, the revolution with labyrinth structure described in the utility model throws type ensilage machine, comprise frame, feed unit and breaker is provided with in frame, frame is provided with feed system and gathering unit, described feed system comprises breaker outlet connecting cylinder 1, slewing bearing, throw a connecting cylinder 2 and throw cylinder 15, the lower end of breaker outlet connecting cylinder 1 is fixed on the breaker outlet that frame is arranged, breaker outlet connecting cylinder 1 is connected and conducting for exporting with the breaker that frame is arranged, throw a connecting cylinder 2 for throw cylinder 15 and to be connected and conducting, the outlet throwing cylinder 15 is arranged on gathering unit porch.
The breaker that the lower ending opening of described breaker outlet connecting cylinder 1 and frame are arranged exports and matches, the lower ending opening place of breaker outlet connecting cylinder 1 is provided with breaker outlet fixed head 3, utilize bolt breaker can be exported fixed head 3 to be fixed in frame, thus make the lower ending opening of breaker outlet connecting cylinder 1 and breaker export conducting.
The top of breaker outlet connecting cylinder 1 and the inner ring 4 of slewing bearing are fixed, and the outer surface of upper of breaker outlet connecting cylinder 1 is provided with brake motor mount pad 5, is provided with brake motor 6 in brake motor mount pad 5; Brake motor 6 output shaft front end is provided with gear 7; Outer ring 8 outer surface of slewing bearing circumferentially method is evenly provided with tooth 9, the gear 7 that brake motor 6 output shaft front end is arranged is meshed with the tooth 9 that slewing bearing outer ring 8 outer surface is arranged, and the upper surface, outer ring 8 of slewing bearing is fixed with the bottom throwing a connecting cylinder 2.Owing to being provided with slewing bearing in the utility model, and breaker outlet connecting cylinder 1 with throw a connecting cylinder 2 and fix with the inner ring 4 of slewing bearing and outer ring 8 respectively, therefore, under the driving of brake motor 6, the gear 7 that brake motor 6 output shaft front end is arranged rotates driving the outer ring 8 of slewing bearing, thus realize breaker outlet connecting cylinder 1 and throw freely adjusting of angle of revolution between a connecting cylinder 2, to realize the adjustment that ensilage machine throws angle, improve feed collection efficiency, avoid feed waste.In the utility model, also special selection brake motor 6 is as drive motors, and when after brake motor 6 power-off, brake motor 6 output shaft will be locked, to ensure breaker outlet connecting cylinder 1 and to throw the relative fixing of position between a connecting cylinder 2.The lower end throwing cylinder 15 is set in and throws on a connecting cylinder 2, and the lower surface throwing cylinder 15 has been horizontally disposed with fixed head 16, and fixed head 16 side is also vertically installed with two and spacedly throws an installing plate articulated slab.
The upper end of breaker outlet connecting cylinder 1 extends to the top of the inner ring 4 of slewing bearing, the upper end outer surface of breaker outlet connecting cylinder 1 is provided with many group breaker outlet connecting cylinder convex edges 10 from top to bottom, often organizes breaker outlet connecting cylinder convex edge and is the convex annular edge arranged along breaker outlet connecting cylinder circumferencial direction; The inner surface throwing a connecting cylinder 2 lower end is provided with many groups from top to bottom and throws a connecting cylinder convex edge 17, and often group throws a connecting cylinder convex edge 17 and is a convex annular edge along throwing a tin connecting cylinder circumferencial direction and arranging; Breaker outlet connecting cylinder convex edge 10 and throw a width of connecting cylinder convex edge 17 and be all greater than breaker outlet connecting cylinder 1 outer surface and throw the half in gap between a connecting cylinder 2 inner surface.And breaker exports connecting cylinder convex edge 10 and throws a position relationship of connecting cylinder convex edge 17 for being crisscross arranged.Many groups breaker outlet connecting cylinder convex edge 10 and many groups throw a connecting cylinder convex edge 17 and form labyrinth structure, there is good dust-proof effect, silage crop after can effectively preventing fragmentation enters slewing bearing inside, ensures the service life of slewing bearing.
The upper surface, outer ring 8 of slewing bearing is also fixed with and horizontally disposedly throws an installing plate 11, throws an installing plate 11 and adopts annular slab.The side throwing an installing plate 11 is also vertically installed with two and spacedly throws an articulated slab 12; Throw a connecting cylinder 2 offers and throw a fixing threaded hole 13.When installation throws cylinder 15, can utilize throw that an articulated slab 12 and fixed head 16 are arranged throwing that an installing plate 11 is arranged throw an installing plate articulated slab, realize throwing a connecting cylinder 2 and the socket throwing cylinder 15 by bearing pin; And then utilize throw a connecting cylinder 2 is arranged throw a fixing threaded hole 13 and throw the fixing threaded hole that cylinder 15 is arranged, realize fixing by bolt.
The utility model is also along the circumferential direction provided with elastic rubber ring 14 throwing a connecting cylinder 2 outer surface, be set in throw after on a connecting cylinder 2 when throwing cylinder 15, the silage crop after elastic rubber ring 14 can effectively prevent fragmentation enter throw cylinder 15 and throw between a connecting cylinder 2 gap in.
Claims (5)
1. a revolution with labyrinth structure throws type ensilage machine, comprise frame, feed unit and breaker is provided with in frame, frame is provided with feed system and gathering unit, it is characterized in that: described feed system comprises breaker outlet connecting cylinder, slewing bearing, throw a connecting cylinder and throw cylinder, the lower end of described breaker outlet connecting cylinder is fixed on the breaker outlet that frame is arranged, the breaker that the breaker outlet lower ending opening of connecting cylinder and frame are arranged exports and is conducted, the breaker outlet top of connecting cylinder and the inner ring of slewing bearing are fixed, and the upper end of breaker outlet connecting cylinder extends to the top of the inner ring of slewing bearing, the outer surface of upper of breaker outlet connecting cylinder is provided with brake motor mount pad, brake motor is provided with in brake motor mount pad, brake motor output shaft front end is provided with gear, the outer ring outer surface of slewing bearing circumferentially method is evenly provided with tooth, the gear that brake motor output shaft front end is arranged is meshed with the tooth that slewing bearing outer ring outer surface is arranged, the upper surface, outer ring of slewing bearing is fixed with the bottom throwing a connecting cylinder, the upper end outer surface of breaker outlet connecting cylinder is provided with many group breaker outlet connecting cylinder convex edges from top to bottom, often organizes breaker outlet connecting cylinder convex edge and is the convex annular edge arranged along breaker outlet connecting cylinder circumferencial direction, throw an inner surface for connecting cylinder lower end to be provided with many groups from top to bottom and to throw a connecting cylinder convex edge, often group throws a connecting cylinder convex edge and is a convex annular edge along throwing a connecting cylinder circumferencial direction and arranging, breaker outlet connecting cylinder convex edge and throw a width of connecting cylinder convex edge and be all greater than breaker outlet connecting cylinder outer surface and throw the half in gap between a connecting cylinder inner surface, and breaker outlet connecting cylinder convex edge and throw a position relationship of connecting cylinder convex edge for being crisscross arranged, many group breaker outlet connecting cylinder convex edges and many groups throw a connecting cylinder convex edge and form a labyrinth structure, the upper surface, outer ring of slewing bearing is also fixed with and horizontally disposedly throws an installing plate, and the side throwing an installing plate is also vertically installed with two and spacedly throws an articulated slab, the lower end throwing cylinder is set in and throws on a connecting cylinder, and the lower surface throwing cylinder has been horizontally disposed with fixed head, and fixed head side is also vertically installed with two and spacedly throws an installing plate articulated slab, the outlet throwing cylinder is arranged on gathering unit porch.
2. the revolution with labyrinth structure according to claim 1 throws type ensilage machine, it is characterized in that: a described installing plate that throws adopts annular slab.
3. the revolution with labyrinth structure according to claim 1 throws type ensilage machine, it is characterized in that: described throw a connecting cylinder offers throw a fixing threaded hole.
4. the revolution with labyrinth structure according to claim 1 throws type ensilage machine, it is characterized in that: a described connecting cylinder outer surface that throws along the circumferential direction is provided with elastic rubber ring.
5. the revolution with labyrinth structure according to claim 1 throws type ensilage machine, it is characterized in that: the lower ending opening place of described breaker outlet connecting cylinder is provided with breaker outlet fixed head.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520567393.4U CN204968619U (en) | 2015-07-31 | 2015-07-31 | Gyration is thrown and is sent type ensilage machine with maze structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520567393.4U CN204968619U (en) | 2015-07-31 | 2015-07-31 | Gyration is thrown and is sent type ensilage machine with maze structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204968619U true CN204968619U (en) | 2016-01-20 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520567393.4U Withdrawn - After Issue CN204968619U (en) | 2015-07-31 | 2015-07-31 | Gyration is thrown and is sent type ensilage machine with maze structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204968619U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105103825A (en) * | 2015-07-31 | 2015-12-02 | 濮阳市农发机械制造有限公司 | Rotary throwing type ensiling machine with labyrinth structure |
-
2015
- 2015-07-31 CN CN201520567393.4U patent/CN204968619U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105103825A (en) * | 2015-07-31 | 2015-12-02 | 濮阳市农发机械制造有限公司 | Rotary throwing type ensiling machine with labyrinth structure |
| CN105103825B (en) * | 2015-07-31 | 2017-03-29 | 濮阳市农发机械制造有限公司 | A kind of revolution with labyrinth structure throws type ensilage machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160120 Effective date of abandoning: 20170329 |