CN204579237U - The careless disintegrating machine of a kind of hand hay cutter - Google Patents
The careless disintegrating machine of a kind of hand hay cutter Download PDFInfo
- Publication number
- CN204579237U CN204579237U CN201520146487.4U CN201520146487U CN204579237U CN 204579237 U CN204579237 U CN 204579237U CN 201520146487 U CN201520146487 U CN 201520146487U CN 204579237 U CN204579237 U CN 204579237U
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- cutterhead
- assembly
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- crushing cutter
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Abstract
The utility model relates to a kind of farm machinery, specifically a kind of hand hay cutter grass disintegrating machine adopting cutoff tool and crushing cutter integration of operation, comprise base, feeding mechanism, upper cover, gear and main shaft assembly, base is provided with the power source driving described main shaft assembly to rotate, described main shaft assembly is provided with the cutterhead assembly of band wind acanthus leaf, described main shaft assembly is connected with feeding mechanism by gear, described cutterhead assembly comprises cutterhead, cutoff tool layer and crushing cutter layer, the cutoff tool layer be wherein made up of multiple cutoff tool is arranged at cutterhead near feeding mechanism side, the crushing cutter layer be made up of multiple crushing cutter is arranged at cutterhead away from feeding mechanism side, described gear comprises casing, shift transmission mechanism and handle assembly, shift transmission mechanism to be arranged in described casing and by being arranged at the handle assembly adjustment gear on the upside of casing.The utility model substantially increases feed manufacturing fineness and feed manufacturing efficiency, can also realize the variation of feed manufacturing simultaneously.
Description
Technical field
The utility model relates to a kind of farm machinery, specifically a kind of hand hay cutter grass disintegrating machine adopting cutoff tool and crushing cutter integration of operation.
Background technology
Along with the development of livestock breeding, livestock-raising is more and more higher for the requirement of fodder grass crudy, conventional fodder grass process equipment mainly contains hay cutter and two kinds, cracker, wherein the crops such as green grass or stalk guillotine cutting can only be become segment by hay cutter of the prior art, can not further by each segment fragmentation, thus the fodder grass fineness processed is poor, livestock is reluctant to search for food, usually also need to carry out following process to improve feed fine degree, this both wasted manpower and materials, greatly reduce again feed manufacturing efficiency, although be provided with gear in the hay cutter of prior art in addition, but gear is only for reducing input speed, can not accurately set velocity of rotation gear.
Utility model content
The purpose of this utility model is to provide a kind of hand hay cutter grass disintegrating machine adopting cutoff tool and crushing cutter integration of operation, substantially increases feed manufacturing fineness and feed manufacturing efficiency, can also realize the variation of feed manufacturing simultaneously.
The purpose of this utility model is achieved through the following technical solutions:
The careless disintegrating machine of a kind of hand hay cutter, comprise base, feeding mechanism, upper cover, gear and main shaft assembly, base is provided with the power source driving described main shaft assembly to rotate, described main shaft assembly is provided with the cutterhead assembly of band wind acanthus leaf, described main shaft assembly is connected with feeding mechanism by gear, discharging opening is provided with on the upside of upper cover, it is characterized in that: described cutterhead assembly comprises cutterhead, cutoff tool layer and crushing cutter layer, the cutoff tool layer be wherein made up of multiple cutoff tool is arranged at cutterhead near feeding mechanism side, the crushing cutter layer be made up of multiple crushing cutter is arranged at cutterhead away from feeding mechanism side.
Described cutoff tool is arranged on same plane or is crisscross arranged in different planes.
Described cutoff tool is straight-blade type cutoff tool, bent sword formula cutoff tool or thin blade cutoff tool.
Rotating shaft along cutterhead is axially looked, and is equipped with crushing cutter between every two cutoff tools.
A crushing cutter is provided with between every two cutoff tools, or be provided with multiple crushing cutter along the in-plane being parallel to cutterhead, or the axial rotary along cutterhead is provided with multiple crushing cutter, or be provided with along the in-plane being parallel to cutterhead between every two cutoff tools and organize crushing cutter more, often group crushing cutter comprises the crushing cutter that multiple axial rotary along cutterhead is arranged.
Each cutoff tool dorsal part of cutterhead assembly is equipped with wind acanthus leaf, and each wind acanthus leaf is equipped with crushing cutter.
Described gear comprises casing, shift transmission mechanism and handle assembly, and shift transmission mechanism to be arranged in described casing and by being arranged at the handle assembly adjustment gear on the upside of casing.
Described shift transmission mechanism comprises anti-tooth axle, power shaft and output shaft, described anti-tooth axle, power shaft and output shaft are all arranged on described casing by nylon bearing supporting, described power shaft is provided with input bevel gear, main shaft assembly is provided with cone pinion, described cone pinion engages with described input bevel gear, the two ends of power shaft are connected with output shaft respectively by two different driving gear set, power shaft between described two driving gear set is provided with middle gear, between described two driving gear set output shaft on be provided with the balladeur train being pulled movement by described handle assembly, described output shaft is connected with described anti-tooth axle by reverse gear group away from one end of described feeding mechanism, described anti-tooth axle comprises two sections of rotating shafts be connected by universal joint.
Described handle assembly comprises shifting shaft, bent plate, Handle axis, handle, steel ball and Compress Spring, described shifting shaft, bent plate, Handle axis are vertically connected successively with handle, described balladeur train is provided with groove, described shifting shaft is arranged in described groove, described Handle axis is arranged on casing rotationally, described steel ball is arranged at inside handle by Compress Spring, casing is provided with along the direction of rotation of handle and represents different gear and the counter sink coordinated with described steel ball.
Described feeding mechanism comprises support, lower careless roller and upper grass roller moving up and down, and described lower careless roller and upper grass roller support rack-mount by nylon bearing, is provided with the pressing plate of band extension spring above described upper grass roller.
Advantage of the present utility model and good effect are:
1, the utility model is provided with cutoff tool layer for guillotine cutting crop to be processed at cutterhead near feeding mechanism side, be provided with crushing cutter layer for the segment joint crop after pulverizing guillotine cutting further at the opposite side of cutterhead, substantially increase feed manufacturing fineness and feed manufacturing efficiency.
2, gear of the present utility model is provided with different gear for adjusting the input speed of crop to be processed, thus realize multiple guillotine cutting length specification, and then under the effect of the crushing cutter layer of cutterhead assembly, realize particle (thread) feed of multiple thickness specification, achieve the variation of feed manufacturing kind.
3, the cutoff tool that the utility model cutterhead assembly adopts comprises straight-blade type cutoff tool, bent sword formula cutoff tool or thin blade cutoff tool, different blade type can be selected according to actual needs, the cutoff tool forming cutoff tool layer in addition can be arranged at same plane, and also can be crisscross arranged the fragmentation processing being beneficial to feed in different planes.
4, in cutterhead assembly of the present utility model, the crushing cutter that multiple edge is parallel to the in-plane arrangement of cutterhead can be set between every two cutoff tools, or the crushing cutter of multiple rotating shaft axially-aligned along cutterhead, or be provided with side by side along the in-plane being parallel to cutterhead between every two cutoff tools and organize crushing cutter more, often organize crushing cutter and comprise the crushing cutter of multiple rotating shaft axially-aligned along cutterhead, and web-type cutterhead, band muscle cutterhead, be all applicable to the utility model without cutterheads such as muscle cutterheads.
5, because working environment dust and dust are comparatively large, the utility model all adopts nylon bearing to support in feeding mechanism and gear, has both extended the service life of equipment, reduces again noise during operation.
6, the utility model is also provided with flexible pressing plate and ensures that crop to be processed input is smooth and easy above the upper grass roller of feeding mechanism.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model,
Fig. 2 of the present utility modelly in Fig. 1 removes the structural representation after upper cover,
Fig. 3 is the structural representation of main shaft assembly in Fig. 2,
The structural representation of the straight-blade type cutoff tool that Fig. 4 adopts for cutterhead assembly in Fig. 3,
The structural representation of the bent sword formula cutoff tool that Fig. 5 adopts for cutterhead assembly in Fig. 3,
The structural representation of the thin blade cutoff tool that Fig. 6 adopts for cutterhead assembly in Fig. 3,
The web-type cutterhead schematic diagram that Fig. 7 adopts for cutterhead assembly in Fig. 3,
Fig. 8 is cutterhead assembly in Fig. 3 structural representation when adopting web-type cutterhead and be provided with four cutoff tools,
Fig. 9 is the rearview of the cutterhead assembly in Fig. 8,
Figure 10 is the another kind of crushing cutter arrangement schematic diagram of the cutterhead assembly in Fig. 8,
Figure 11 is cutterhead assembly in Fig. 3 structural representation when adopting web-type cutterhead and be provided with six cutoff tools,
Figure 12 is the another kind of crushing cutter arrangement schematic diagram of the cutterhead assembly in Figure 11,
Figure 13 is another crushing cutter arrangement schematic diagram of the cutterhead assembly in Figure 11,
The band muscle cutterhead schematic diagram that Figure 14 adopts for the cutterhead assembly in Fig. 3,
Figure 15 is the structural representation that the cutterhead assembly in Fig. 3 adopts when being with muscle cutterhead,
Figure 16 for the cutterhead assembly in Fig. 3 adopt without muscle cutterhead schematic diagram,
Figure 17 is that the cutterhead assembly in Fig. 3 adopts without structural representation during muscle cutterhead,
Figure 18 is the front view of gear in Fig. 1,
Figure 19 is the end view of gear in Figure 18,
Figure 20 is the vertical view of gear in Figure 18,
Figure 21 is the structural representation of handle assembly in Figure 18,
Figure 22 is the end view of handle assembly in Figure 21,
Figure 23 is the working state schematic representation one of the inner transmission mechanism of gear in Figure 18,
Figure 24 is the working state schematic representation two of the inner transmission mechanism of gear in Figure 18,
Figure 25 is the working state schematic representation three of the inner transmission mechanism of gear in Figure 18,
Figure 26 is the working state schematic representation four of the inner transmission mechanism of gear in Figure 18,
Figure 27 is the structural representation of feeding mechanism in Fig. 1,
Figure 28 is the end view of feeding mechanism in Figure 27.
Wherein, 1 is base, 2 is feeding mechanism, 3 is upper cover, 4 is gear, 5 is main shaft assembly, 6 is cutterhead assembly, 7 is bearing, 8 is belt pulley, 9 is main shaft, 10 is cone pinion, 11 is cutoff tool, 12 is cutterhead, 13 is crushing cutter, 14 is wind acanthus leaf, 15 is arc gusset, 16 is anti-tooth axle, 17 is power shaft, 18 is nylon bearing, 19 is output shaft, 20 is casing, 21 is handle assembly, 22 is shifting shaft, 23 is bent plate, 24 is Handle axis, 25 is handle, 26 is steel ball, 27 is Compress Spring, 28 is upper cover, 29 is input bevel gear, 30 is the second driving gear set, 31 is middle gear, 32 is the first driving gear set, 33 is balladeur train, 34 is reverse gear group, 35 is lower careless roller, 36 is upper grass roller, 37 is support, 38 is pressing plate, 39 is extension spring, 40 is knee, 41 is material bin, 42 is nylon bearing.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
As shown in Fig. 1 ~ 2, the utility model comprises base 1, feeding mechanism 2, upper cover 3, gear 4 and main shaft assembly 5, wherein feeding mechanism 2, upper cover 3 and gear 4 are all arranged on base 1, main shaft assembly 5 is arranged in described upper cover 3, the side of base 1 is provided with power source, described power source drives described main shaft assembly 5 to rotate by belt gear, described power source can provide the element of rotary power for motor or motor etc., as shown in Figure 3, described main shaft assembly 5 comprises the cutterhead assembly 6 adding working substance, described cutterhead assembly 6 is three-decker, comprise cutterhead 12, cutoff tool layer and crushing cutter layer, wherein cutoff tool layer is arranged at cutterhead 12 near described feeding mechanism 2 side for guillotine cutting, crushing cutter layer is arranged at cutterhead 12 away from described feeding mechanism 2 side for the segment joint after broken guillotine cutting, described main shaft assembly 5 drives feeding mechanism 2 by crop feeding equipment to be processed by gear 4 carry-over moment, crop to be processed rotates guillotine cutting fragmentation by described cutterhead assembly 6, the rate of feeding of described feeding mechanism 2 adjusts by described gear 4 length realizing crop to be processed, in, short three kinds of guillotine cutting length specifications, discharging opening is provided with on the upside of described upper cover 3, cutterhead assembly 6 rotates the wind-force that formed by the feed blowout upper cover 3 after machining.
In described cutterhead assembly 6, as shown in figures 4-6, the cutoff tool 11 forming cutoff tool layer is straight-blade type cutoff tool, bent sword formula cutoff tool or thin blade cutoff tool, multiple cutoff tool 11 can be arranged on same plane or be crisscross arranged in two planes that height is different, the crushing cutter layer be made up of multiple crushing cutter 13 is arranged at cutterhead 12 away from described feeding mechanism 2 side, different according to cutterhead 12 structure, the installation site of crushing cutter 13 is different.
Cutterhead 12 is as shown in Figure 7 web-type cutterhead, crushing cutter 13 is arranged on the web dorsal part between every two cutoff tools 11, as depicted in figures 8-13, web dorsal part between every two cutoff tools 11 is provided with a crushing cutter 13, or the web dorsal part between every two cutoff tools 11 is provided with multiple crushing cutter 13 side by side along the in-plane being parallel to cutterhead 12, or the web dorsal part between every two cutoff tools 11 is axially provided with multiple crushing cutter 13 side by side along the rotating shaft of cutterhead 12, or the web dorsal part between every two cutoff tools 11 is provided with many group crushing cutters 13 side by side along the in-plane being parallel to cutterhead 12, often organize crushing cutter 13 and comprise the axial crushing cutter 13 arranged of multiple rotating shaft along cutterhead 12, also be provided with wind acanthus leaf 14 at cutterhead 12 away from the side of cutoff tool layer in order to produce rotating wind, the feed machined to be blown out by the discharging opening on the upside of upper cover 3.
Cutterhead 12 as shown in Figure 14 ~ 15 is band muscle cutterhead, comprise multiple cut-out tool rest, arc gusset 15 is provided with between every two cut-out tool rests, cutoff tool 11 is arranged on described cut-out tool rest, arc gusset 15 dorsal part between every two cutoff tools 11 is provided with a crushing cutter 13, or arc gusset 15 dorsal part between every two cutoff tools 11 is provided with multiple crushing cutter 13 side by side along the in-plane being parallel to cutterhead 12, or arc gusset 15 dorsal part between every two cutoff tools 11 is provided with multiple crushing cutter 13 side by side along the axial rotary of cutterhead 12, or arc gusset 15 dorsal part between every two cutoff tools 11 is provided with many group crushing cutters 13 side by side along the in-plane being parallel to cutterhead 12, often organize the crushing cutter 13 that crushing cutter 13 comprises the setting of multiple axial rotary along cutterhead 12, as shown in figure 14, the cross section of described cut-out tool rest is L-type, and cut off the wind acanthus leaf 14 of tool rest perpendicular to the side formation generation rotating wind of cutterhead 12.
Cutterhead 12 as shown in Figure 16 ~ 17 is without muscle cutterhead, comprise multiple cut-out tool rest, cutoff tool 11 is arranged on and cuts off on tool rest, each cut-out tool rest is equipped with a support plate perpendicular to cutterhead 12 plane away from the side of cutoff tool 11, described support plate forms the wind acanthus leaf 14 producing rotating wind, crushing cutter 13 is arranged on wind acanthus leaf 14 away from cutting off on the edge of tool rest side, each wind acanthus leaf 14 is arranged a crushing cutter 13 or is axially provided with multiple crushing cutter 13 side by side along the rotating shaft of cutterhead 12.
As shown in Figure 3, described main shaft assembly 5 also comprises belt pulley 8, main shaft 9 and cone pinion 10 except described cutterhead assembly 6, wherein main shaft 9 is arranged in described upper cover 3 by bearing 7 supporting, described main shaft 9 is provided with the cone pinion 10 for being connected with described gear 4 near one end of gear 4, described main shaft 9 is provided with belt pulley 8 away from one end of described gear 4, and described belt pulley 8 is connected with the driving pulley be arranged on power source by driving belt.
As shown in Figure 18 ~ 26, described gear 4 comprises casing 20, shift transmission mechanism and handle assembly 21, described casing 20 is arranged on base 1, shift transmission mechanism is arranged in described casing 20, described shift transmission mechanism adjusts different gear to realize adjusting the feeding speed of crop by the handle assembly 21 be arranged on the upside of casing 20, thus realizes long, medium and short three kinds of guillotine cutting length specifications of crop.
As shown in Figure 23 ~ 26, described shift transmission mechanism comprises the anti-tooth axle 16 be parallel to each other, power shaft 17 and output shaft 19, described anti-tooth axle 16, power shaft 17 and output shaft 19 are all arranged on described casing 20 by nylon bearing 18 supporting, because utility model works is in dust or the larger working environment of dust, adopt nylon bearing 18 can service life of extension device, reduce operating noise, described power shaft 17 is provided with input bevel gear 29, cone pinion 10 in main shaft assembly 5 engages with described input bevel gear 29, the both sides of power shaft 17 are connected with output shaft 19 with the second driving gear set 30 respectively by the first driving gear set 32 that transmission speed ratio is different, power shaft 17 between described first driving gear set 32 and the second driving gear set 30 is provided with middle gear 31, output shaft 19 between described first driving gear set 32 and the second driving gear set 30 is provided with moveable balladeur train 33, described balladeur train 33 pulls movement by described handle assembly 21.
As shown in Figure 23 ~ 26, when balladeur train 33 is chimeric with the first driving gear set 32, shift transmission mechanism is in the short gear making crop guillotine cutting length shorter, as shown in figure 24, when balladeur train 33 is unsettled, shift transmission mechanism is in neutral position, when balladeur train 33 engages with middle gear 31, shift transmission mechanism is in middle gear, and when balladeur train 33 is chimeric with the second driving gear set 30, shift transmission mechanism is in long span position.
Described output shaft 19 is connected with described anti-tooth axle 16 by reverse gear group 34 away from one end of described feeding mechanism 2, as shown in figure 27, the lower careless roller 35 for inputting crop and upper grass roller 36 is provided with in described feeding mechanism 2, described output shaft 19 is connected with described lower careless roller 35, described anti-tooth axle 16 is connected with described upper grass roller 36, wherein said upper grass roller 36 can be arranged in feeding mechanism 2 up or down, and described anti-tooth axle 16 comprises two sections of rotating shafts be connected by universal joint to ensure the movement of described upper grass roller 36.
Be arranged in described second driving gear set 30 bottom driving gear on power shaft 17 and casing 20 and leave 3 ~ 5mm gap, the machine oil in casing 20 can have been got rid of during to ensure this gear rotary work, machine oil is made to be splashed on each gear of shift transmission mechanism, simultaneously also be splashed on anti-tooth axle 16, power shaft 17 and output shaft 19, such machine oil will trickle and play active lubrication effect to nylon bearing 18.
As shown in Figure 21 ~ 22, described handle assembly 21 comprises shifting shaft 22, bent plate 23, Handle axis 24, handle 25, steel ball 26 and Compress Spring 27, described shifting shaft 22, bent plate 23, Handle axis 24 is vertically connected successively with handle 25, as shown in figure 23, balladeur train 33 in shift transmission mechanism is provided with groove, namely described shifting shaft 22 is arranged in described groove, described Handle axis 24 is arranged on the upper cover 28 of casing 20 rotationally, namely pull handle 25 drives shifting shaft 22 to rotate to drive described balladeur train 33 to move around described Handle axis 24, the steel ball 26 of location is provided with inside handle 25, described steel ball 26 is arranged on described handle 25 by a Compress Spring 27, the upper cover 28 of casing 20 is provided with four counter sinks along the direction of rotation of handle 25 to be represented short respectively, empty, in, long four gears, namely steel ball 26 embeds after moving to corresponding gear to represent in the counter sink of this gear and realizes fixing, when needs replace, the degree of depth due to counter sink is less than the radius of a ball of steel ball 26, pull handle 25, steel ball 26 moves up under the effect of counter sink disc, extruding Compress Spring 27 and up, thus realize the turn of handle assembly 21.
As shown in Figure 27 ~ 28, described feeding mechanism 2 is except described lower careless roller 35 and upper grass roller moving up and down 36, also comprise support 37, pressing plate 38 and material bin 41, its medium-height trestle 37 is arranged on base 1, described lower careless roller 35 and upper grass roller 36 are arranged on described support 37 by nylon bearing 42 supporting, the slotted eye moved up and down for described upper grass roller 36 is provided with in support 37 both sides, above described upper grass roller 36, be provided with pressing plate 38 input for guiding crop, described pressing plate 38 is provided with extension spring 39, pressing plate 38 is provided with knee 40, described extension spring 39 is linked up with on described knee 40, when described pressing plate 38 moves up with upper grass roller 36, described extension spring 39 ensures that pressing plate 38 resets in time, described extension spring 39 can ensure that crop to be processed input is smooth and easy, alleviate the labour intensity of operator, material bin 41 is arranged at the side of support 37 away from described main shaft assembly 5, crop to be processed is inputted by material bin 41.
Utility model works principle is:
Rotated by power source drive shaft assembly 5 during utility model works, and the broken crop of cutterhead assembly 6 guillotine cutting by being provided with cutoff tool layer and crushing cutter layer, cutterhead assembly 6 rotates the wind-force that formed by the feed blowout upper cover 3 after machining, the rate of feeding inputting the feeding mechanism 2 of crop to be processed is adjusted by gear 4, thus realize the multiple guillotine cutting length specification of crop, and then under the effect of the crushing cutter layer of cutterhead assembly 6, realize particle (thread) feed of multiple thickness specification, this had both achieved the variation of feed manufacturing kind, also substantially increase working (machining) efficiency simultaneously, in addition due to the dust of working environment and dust larger, the utility model all adopts nylon bearing to support with the service life extending equipment in feeding mechanism 2 and gear 4, reduce noise during operation simultaneously, the utility model is also provided with flexible pressing plate 38 and ensures that the input of crop to be processed is smooth and easy above the upper grass roller 36 of feeding mechanism 2.
Claims (10)
1. the careless disintegrating machine of hand hay cutter, comprise base, feeding mechanism, upper cover, gear and main shaft assembly, base is provided with the power source driving described main shaft assembly to rotate, described main shaft assembly is provided with the cutterhead assembly of band wind acanthus leaf, described main shaft assembly is connected with feeding mechanism by gear, discharging opening is provided with on the upside of upper cover, it is characterized in that: described cutterhead assembly (6) comprises cutterhead (12), cutoff tool layer and crushing cutter layer, the cutoff tool layer be wherein made up of multiple cutoff tool (11) is arranged at cutterhead (12) near feeding mechanism (2) side, the crushing cutter layer be made up of multiple crushing cutter (13) is arranged at cutterhead (12) away from feeding mechanism (2) side.
2. the careless disintegrating machine of hand hay cutter according to claim 1, is characterized in that: described cutoff tool (11) is arranged on same plane or is crisscross arranged in different planes.
3. the careless disintegrating machine of hand hay cutter according to claim 1 and 2, is characterized in that: described cutoff tool (11) is straight-blade type cutoff tool, bent sword formula cutoff tool or thin blade cutoff tool.
4. the careless disintegrating machine of hand hay cutter according to claim 1, is characterized in that: the rotating shaft along cutterhead (12) is axially looked, and is equipped with crushing cutter (13) between every two cutoff tools (11).
5. the careless disintegrating machine of hand hay cutter according to claim 4, it is characterized in that: between every two cutoff tools (11), be provided with a crushing cutter (13), or be provided with multiple crushing cutter (13) along the in-plane being parallel to cutterhead (12), or the axial rotary along cutterhead (12) is provided with multiple crushing cutter (13), or be provided with along the in-plane being parallel to cutterhead (12) between every two cutoff tools (11) and organize crushing cutter (13) more, often organize the crushing cutter (13) that crushing cutter (13) comprises the setting of multiple axial rotary along cutterhead (12).
6. the careless disintegrating machine of hand hay cutter according to claim 1, it is characterized in that: each cutoff tool (11) dorsal part of cutterhead assembly (6) is equipped with wind acanthus leaf (14), each wind acanthus leaf (14) is equipped with crushing cutter (13).
7. the careless disintegrating machine of hand hay cutter according to claim 1, it is characterized in that: described gear (4) comprises casing (20), shift transmission mechanism and handle assembly (21), shift transmission mechanism to be arranged in described casing (20) and handle assembly (21) adjustment gear by being arranged at casing (20) upside.
8. the careless disintegrating machine of hand hay cutter according to claim 7, it is characterized in that: described shift transmission mechanism comprises anti-tooth axle (16), power shaft (17) and output shaft (19), described anti-tooth axle (16), power shaft (17) and output shaft (19) are all arranged on described casing (20) by nylon bearing (18) supporting, described power shaft (17) is provided with input bevel gear (29), main shaft assembly (5) is provided with cone pinion (10), described cone pinion (10) engages with described input bevel gear (29), the two ends of power shaft (17) are connected with output shaft (19) respectively by two different driving gear set, power shaft (17) between described two driving gear set is provided with middle gear (31), between described two driving gear set output shaft (19) on be provided with the balladeur train (33) being pulled movement by described handle assembly (21), described output shaft (19) is connected with described anti-tooth axle (16) by reverse gear group (34) away from one end of described feeding mechanism (2), described anti-tooth axle (16) comprises two sections of rotating shafts be connected by universal joint.
9. the careless disintegrating machine of hand hay cutter according to claim 8, it is characterized in that: described handle assembly (21) comprises shifting shaft (22), bent plate (23), Handle axis (24), handle (25), steel ball (26) and Compress Spring (27), described shifting shaft (22), bent plate (23), Handle axis (24) is vertically connected successively with handle (25), described balladeur train (33) is provided with groove, described shifting shaft (22) is arranged in described groove, described Handle axis (24) is arranged on casing (20) rotationally, described steel ball (26) is arranged at handle (25) inner side by Compress Spring (27), casing (20) is provided with along the direction of rotation of handle (25) and represents different gear and the counter sink coordinated with described steel ball (26).
10. the careless disintegrating machine of hand hay cutter according to claim 1, it is characterized in that: described feeding mechanism (2) comprises support (37), lower careless roller (35) and upper grass roller moving up and down (36), described lower careless roller (35) and upper grass roller (36) are arranged on support (37) by nylon bearing (42) supporting, are provided with the pressing plate (38) of band extension spring (39) in described upper grass roller (36) top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520146487.4U CN204579237U (en) | 2015-03-16 | 2015-03-16 | The careless disintegrating machine of a kind of hand hay cutter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520146487.4U CN204579237U (en) | 2015-03-16 | 2015-03-16 | The careless disintegrating machine of a kind of hand hay cutter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204579237U true CN204579237U (en) | 2015-08-26 |
Family
ID=53915459
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520146487.4U Expired - Fee Related CN204579237U (en) | 2015-03-16 | 2015-03-16 | The careless disintegrating machine of a kind of hand hay cutter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204579237U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106031341A (en) * | 2015-03-16 | 2016-10-19 | 范嘉丽 | Hay cutting crusher |
| CN106853402A (en) * | 2015-12-09 | 2017-06-16 | 范嘉丽 | Biomass Cutting grinder |
-
2015
- 2015-03-16 CN CN201520146487.4U patent/CN204579237U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106031341A (en) * | 2015-03-16 | 2016-10-19 | 范嘉丽 | Hay cutting crusher |
| CN106031341B (en) * | 2015-03-16 | 2018-06-29 | 范嘉丽 | The careless crusher of hand hay cutter |
| CN106853402A (en) * | 2015-12-09 | 2017-06-16 | 范嘉丽 | Biomass Cutting grinder |
| CN106853402B (en) * | 2015-12-09 | 2018-12-11 | 范嘉丽 | Biomass Cutting grinder |
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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: 20150826 Termination date: 20160316 |