CN207720752U

CN207720752U - Ensilage machine

Info

Publication number: CN207720752U
Application number: CN201721918953.1U
Authority: CN
Inventors: 柳新民
Original assignee: HANGZHOU KINGGEAR ENGINEERING Co Ltd
Current assignee: HANGZHOU KINGGEAR ENGINEERING Co Ltd
Priority date: 2017-12-29
Filing date: 2017-12-29
Publication date: 2018-08-14
Anticipated expiration: 2027-12-29

Abstract

The utility model discloses a kind of ensilage machines, are characterized in that：Including rack, the rack is equipped with feeding component and two groups of cutting assemblies, the feeding component includes that left-handed feeding case feeds case with dextrorotation, the rack is equipped with the drive component for driving left-handed feeding case and dextrorotation feeding case, the cutting assembly includes left-handed cutting box and dextrorotation cutting box, the rack is equipped with the driving device for driving left-handed cutting box and dextrorotation cutting box, clutch is dallied when stress reaches certain torque in operation process, within 70 degree, whole assembly service life improves high rotation speed operation Oil-temperature control.

Description

Ensilage machine

Technical field

The utility model belongs to ensilage machine field, more specifically, it is related to a kind of ensilage machine.

Background technology

Grain at home（Major Maize）Price constantly declines, so that under the premise of external corn is also low than the country, carries Go out corn and sell thinking as greenfeed, greatly improves the income of peasant, ensilage is than fresh feed shelf-stable, nutritional ingredient It is better than dry feed, in addition, ensilage storage is taken up an area less, does not have fire problem, it is gradually universal in the husbandry sector of countries in the world It promotes and applies, is the important green succulent feed for feeding Livestock.Currently, Sativa Silage Technology has larger change compared with the past Into silage equipment is to large-scale closed Mechanization Development, and charging has been carried out mechanization with feeding, but stress arrives at work When dallying up to clutch when certain torque, high rotation speed operation oil temperature is higher so that whole assembly service life is relatively low.

Utility model content

The utility model patent, clutch idle running when stress reaches certain torque in operation process, high rotation speed operation oil Within 70 degree, whole assembly service life improves temperature control system.

To achieve the above object, the utility model provides following technical solution：A kind of ensilage machine, including rack, it is described Rack is equipped with feeding component and two groups of cutting assemblies, and the feeding component includes that left-handed feeding case feeds case, institute with dextrorotation It states rack to be equipped with for driving the left-handed drive component for feeding case and dextrorotation feeding case, the cutting assembly includes left-handed cutting Case and dextrorotation cutting box, the rack are equipped with the driving device for driving left-handed cutting box and dextrorotation cutting box.

Preferably：The driving component includes engine and the first gearbox, and the engine is mounted in rack, institute It includes the first input shaft, the second input shaft, the first output shaft and the first mounting shell, first input shaft to state the first gearbox It is equipped with the first helical gear, second input shaft is equipped with the second helical gear coordinated with the first helical gear, and described first is defeated Shaft is equipped with the first spur gear, and second input shaft is equipped with the second spur gear coordinated with the first spur gear, The first input shaft of the engine driving.

Preferably：First bearing group, second output shaft are equipped on first output shaft between the first mounting shell It is equipped with second bearing group between the first mounting shell, 3rd bearing group is equipped between first output shaft and the first mounting shell.

Preferably：First output shaft is equipped with flange, and the left-handed feeding case passes through method respectively with dextrorotation feeding case It is blue to export axis connection with first.

Preferably：The driving device includes the second gearbox, and second gearbox includes third input shaft, the 4th defeated Enter axis, the second output shaft and the second mounting shell, the third input shaft is equipped with third spur gear, on the 4th input shaft Equipped with the 4th spur gear coordinated with third spur gear, second output shaft is equipped with third helical gear, and described the Four input shafts are equipped with the 4th helical gear coordinated with third helical gear, and the engine driving third input shaft is described left-handed Cutting box exports axis connection with second respectively with dextrorotation cutting box.

Preferably：Fourth bearing group, the 4th output shaft are equipped on second output shaft between the second mounting shell It is equipped with 5th bearing group between the second mounting shell, 6th bearing group is equipped between second output shaft and the second mounting shell.

The new shape of this practicality has the beneficial effect that：Engine power passes to power input magazine, and left-handed cutting box is cut with dextrorotation Cut the cutting work that case completes stalk, then by the stalk cut all by left-handed feeding case and dextrorotation feed case be collected into it is interior Portion, then feed is chopped by internal hobboing cutter, it is transported to the completion of vehicle rear portion, this patent can be improved at 6 grades with precision hereinafter, big The big service life for improving gearbox, the design of core institution has passed through actual verification, ensure that job requirements, in operation process Clutch is dallied when middle stress reaches certain torque, and high rotation speed operation Oil-temperature control is within 70 degree, whole assembly service life It improves.

Description of the drawings

Fig. 1 is a kind of structural schematic diagram of ensilage machine of the utility model；

Fig. 2 is the structural schematic diagram of the first gearbox；

Fig. 3 is the structural schematic diagram of the second gearbox.

In figure：1, rack；2, left-handed feeding case；3, dextrorotation feeds case；4, left-handed cutting box；5, dextrorotation cutting box；6, One input shaft；7, the second input shaft；8, the first output shaft；9, the first mounting shell；10, the first helical gear；11, the second helical gear； 12, the first spur gear；13, the second spur gear；14, first bearing group；15, second bearing group；16,3rd bearing group；17, method It is blue；18, third input shaft；19, the 4th input shaft；20, the second output shaft；21, the second mounting shell；22, third spur gear；23、 4th spur gear；24, third helical gear；25, the 4th helical gear；26, fourth bearing group；27,5th bearing group；28, the 6th axis Hold group.

Specific implementation mode

Shown in Fig. 3, a kind of ensilage machine that present case is implemented, including rack 1, the rack 1 are equipped with feeding Component and two groups of cutting assemblies, the feeding component include that left-handed feeding case 2 feeds case 3 with dextrorotation, and the rack 1 is equipped with Drive component for driving left-handed feeding case 2 and dextrorotation feeding case 3, the cutting assembly includes left-handed cutting box 4 and dextrorotation Cutting box 5, the rack 1 are equipped with the driving device for driving left-handed cutting box 4 and dextrorotation cutting box 5；

The driving component includes engine and the first gearbox, and the engine is mounted in rack 1, and described first Gearbox includes the first input shaft 6, the second input shaft 7, the first output shaft 8 and the first mounting shell 9, first input shaft 6 It is equipped with the first helical gear 10, second input shaft 7 is equipped with the second helical gear 11 coordinated with the first helical gear 10, described First output shaft 8 is equipped with the first spur gear 12, and second input shaft 7 is equipped with to be coordinated with the first spur gear 12 Second spur gear 13, the first input shaft of the engine driving 6 are equipped between the first mounting shell 9 on first output shaft 8 First bearing group 14 is equipped with second bearing group 15, first output shaft between second output shaft, 20 and first mounting shell 9 8 and first are equipped with 3rd bearing group 16 between mounting shell 9, and first output shaft 8 is equipped with flange 17, the left-handed feeding case 2 are connect by flange 17 with the first output shaft 8 respectively with dextrorotation feeding case 3；

The driving device includes the second gearbox, and second gearbox includes third input shaft 18, the 4th input shaft 19, the second output shaft 20 and the second mounting shell 21, the third input shaft 18 are equipped with third spur gear 22, and the described 4th is defeated Enter axis 19 and be equipped with the 4th spur gear 23 coordinated with third spur gear 22, second output shaft 20 is equipped with third Helical gear 24, the 4th input shaft 19 are equipped with the 4th helical gear 25 coordinated with third helical gear 24, and the engine drives Dynamic third input shaft 18, the left-handed cutting box 4 is connect with the second output shaft 20 respectively with dextrorotation cutting box 5, and described second is defeated Fourth bearing group 26 is equipped on shaft 20 between the second mounting shell 21, is set between the 4th output shaft and the second mounting shell 21 There is 5th bearing group 27,6th bearing group 28 is equipped between second output shaft, 20 and second mounting shell 21.

Engine power passes to power input magazine, and left-handed cutting box 4 completes the cutter of stalk with dextrorotation cutting box 5 Make, then the stalk cut is all collected into inside by left-handed feeding case 2 and dextrorotation feeding case 3, then is shredded by internal hobboing cutter At feed, it is transported to the completion of vehicle rear portion, this patent can be improved at 6 grades with precision hereinafter, greatly improving the use of gearbox The design in service life, core institution has passed through actual verification, ensure that job requirements, and stress reaches certain torsion in operation process Clutch is dallied when square, and within 70 degree, whole assembly service life improves high rotation speed operation Oil-temperature control.

Embodiment described above is a kind of preferable scheme of the utility model, is not made to the utility model any Formal limitation, on the premise of not exceeding the technical scheme recorded in the claims also other variations and modifications.

Claims

1. a kind of ensilage machine, including rack, it is characterised in that：The rack is equipped with feeding component and two groups of cutting assemblies, The feeding component includes that left-handed feeding case feeds case with dextrorotation, and the rack is equipped with for driving left-handed feeding case and dextrorotation The drive component of case is fed, the cutting assembly includes left-handed cutting box and dextrorotation cutting box, and it is left that the rack is equipped with driving Revolve the driving device of cutting box and dextrorotation cutting box.

2. ensilage machine according to claim 1, it is characterised in that：The driving component includes engine and the first speed change Case, the engine are mounted in rack, and first gearbox includes the first input shaft, the second input shaft, the first output shaft And first mounting shell, first input shaft are equipped with the first helical gear, second input shaft is equipped with and the first helical teeth The second helical gear of cooperation is taken turns, first output shaft is equipped with the first spur gear, and second input shaft is equipped with and first Second spur gear of spur gear cooperation, the first input shaft of the engine driving.

3. ensilage machine according to claim 2, it is characterised in that：It is set between the first mounting shell on first output shaft There is first bearing group, second bearing group, first output shaft and the are equipped between second output shaft and the first mounting shell 3rd bearing group is equipped between one mounting shell.

4. ensilage machine according to claim 3, it is characterised in that：First output shaft is equipped with flange, described left-handed Case is fed with dextrorotation feeding case respectively by flange and the first output axis connection.

5. ensilage machine according to claim 4, it is characterised in that：The driving device includes the second gearbox, and described the Two gearboxes include third input shaft, the 4th input shaft, the second output shaft and the second mounting shell, are set on the third input shaft There are third spur gear, the 4th input shaft to be equipped with the 4th spur gear coordinated with third spur gear, second output shaft It is equipped with third helical gear, the 4th input shaft is equipped with the 4th helical gear coordinated with third helical gear, the engine Third input shaft, the left-handed cutting box is driven to export axis connection with second respectively with dextrorotation cutting box.

6. ensilage machine according to claim 5, it is characterised in that：It is set between the second mounting shell on second output shaft There is fourth bearing group, 5th bearing group, second output shaft and the are equipped between the 4th output shaft and the second mounting shell 6th bearing group is equipped between two mounting shells.