CN208775041U - A kind of animal husbandry quantitative sack-filling device of herbage crushing cutting - Google Patents

Abstract

It is crushed the utility model discloses a kind of animal husbandry with herbage and cuts quantitative sack-filling device, including cutting and grinding case ontology and motor, the cutting and grinding case body interior offers cutting chamber, crushing chamber and splicing chamber, feed inlet mouth is offered at the cutting and grinding case body upper surface center, discharge port is offered at the cutting and grinding case ontology lower surface center, the intracavitary portion of cutting is rotatably connected to first rotating shaft and the second shaft, the utility model passes through starting motor, motor output end drives the rotation of the 6th runner simultaneously, third shaft is driven to rotate simultaneously, first rotating shaft is driven to rotate simultaneously, then the rotation of cutting blade is driven, third shaft drives the rotation of the first grinding gear simultaneously, then the rotation of the second grinding gear is driven, then the rotation of the 4th shaft is driven, then the rotation of the second shaft is driven, the is driven simultaneously Cutting blade rotation in two shafts, has thus reached and has cut herbage advance, then crushed.

Description

A kind of animal husbandry quantitative sack-filling device of herbage crushing cutting

Technical field

The utility model relates to animal husbandry equipment technology field, specially a kind of animal husbandry crushes the quantitative dress of cutting with herbage It is packed to set.

Background technique

Forage is the Major Foods of raise livestock, and animal husbandry is the important component in agricultural production, the growth of forage Speed is fast, and the nutrient needed in forage containing many livestocks, and livestock is in practical forage, usually first by forage powder It is broken, then feeding livestock again.

1. existing herding crusher for fodder can only crush some specific forages, if encounter large-scale forage, powder The difference of broken effect causes forage cutting uneven, influences the edible of livestock and digests and assimilates, or even occur not crushing ask Topic.

2. existing herding crusher for fodder is all that directly herding forage powder is discharged from discharge port in smashed forage Crushing device is external, if finished product forage will be fallen directly on the ground, not only waste money in this way, having little time to find the device of splicing Source also wastes the time of cleaning, and on the other hand, existing herding crusher for fodder, no standard measure fills finished product forage Bag.

Utility model content

It is crushed the purpose of this utility model is to provide a kind of animal husbandry with herbage and cuts quantitative sack-filling device, on solving State the problem of proposing in background technique.

To achieve the above object, the utility model provides the following technical solutions: a kind of animal husbandry is fixed with herbage crushing cutting Sack-filling device, including cutting and grinding case ontology and motor are measured, the cutting and grinding case body interior offers cutting chamber, crushing chamber With splicing chamber, feed inlet mouth, the cutting and grinding case ontology following table are offered at the cutting and grinding case body upper surface center Offer discharge port at the center of face, the intracavitary portion of cutting is rotatably connected to first rotating shaft and the second shaft, outside the cutting chamber The two sides of wall are inlaid with the first axle sleeve of cooperation first rotating shaft and the second shaft, and the first rotating shaft and the second shaft outer wall are uniform It is socketed with cutting blade, one end that the first rotating shaft and the second shaft are located on the outside of crushing chamber is respectively sleeved on the first runner, Second runner, the crushing chamber inner rotation are connected with third shaft and the 4th shaft, and the two sides for crushing cavity outer wall are inlayed There is the second axle sleeve of cooperation third shaft and the 4th shaft, the third shaft and the 4th shaft outer wall are respectively sleeved on the first powder Broken gear, the second grinding gear, one end of the third shaft outer wall are socketed with the 4th runner, and the third shaft outer wall is separate One end of 4th runner is socketed with third runner, and the third runner outer wall is rotatably connected to the first V-belt, and the described 1st The one end of angle with inner wall far from third runner and the first runner are rotatablely connected, and the 4th shaft outer wall is located at outside crush box One end is socketed with the 5th runner, and the 5th runner outer wall is rotatably connected to the second V-belt, and second V-belt inner wall is remote One end from the 5th runner and the second runner are rotatablely connected, and the two sides of the splicing chamber interior wall offer first sliding groove, and described the Movable pulling plate is slidably connected on the inside of one sliding slot, the side of the splicing box outer wall offers the movable pulling plate of cooperation activity pulling plate The two sides of inlet and outlet, the activity pulling plate inlet and outlet inner wall offer second sliding slot, and the splicing cavity outer wall is far from movable pulling plate The side of inlet and outlet, which is bolted, is equipped with motor fixing seat, and the motor fixing seat upper surface is bolted installation There is motor, the motor output end is socketed with the 6th runner, and the 6th runner outer wall is rotatably connected to third V-belt, described The one end of third V-belt inner wall far from the 6th runner and the 4th runner are rotatablely connected, and the cutting and grinding case body bottom portion is two-by-two It is symmetrically welded with supporting leg, the cutting and grinding case ontology lower surface is located at discharge port edge and is welded with splicing bag retainer plate, Splicing bag is socketed with outside the splicing bag retainer plate.

Preferably, the supporting leg bottom is socketed with Anti-slip cover.

Preferably, the good movable pulling plate outer wall, which is located at the side outside picking-up container and is bolted, is equipped with pull ring.

Preferably, the third shaft and the 4th shaft are located at sustained height.

Preferably, the 6th runner diameter size is the diameter dimension times of the 4th runner.

Compared with prior art, the utility model has the beneficial effects that

1, the utility model by starting motor first, while motor output end drives the rotation of the 6th runner, leads to simultaneously It crosses third V-belt and drives the rotation of the 4th runner, while driving third shaft acting on inside crushing chamber by the second axle sleeve Rotation, while the rotation of third runner is driven, the rotation of the first runner is then driven by the first V-belt, while driving first Shaft is cutting chamber inner rotation by the first axle sleeve, while driving the rotation of cutting blade, while third shaft drives first Then grinding gear rotation drives turning for the second grinding gear by the interaction of the first grinding gear and the second grinding gear It is dynamic, the rotation of the 4th shaft is then driven, while driving the rotation of the 5th runner, is then driven by the effect of the second V-belt Then the rotation of second runner drives the rotation of the second shaft, while driving the cutting blade rotation in the second shaft, thus Reach and cut herbage advance, has then been crushed.

2, the utility model is by offering splicing chamber in crushing chamber bottom, and finished product forage falls on the intracavitary portion of splicing, in this way It can meet an urgent need and prestore, when picking-up container is filled with, stop motor work, the pulling plate of extraction activity at this time, forage is fallen from discharge hole for discharge To the inside of splicing bag, not only can prestore forage can also quantitatively be packed.

Detailed description of the invention

Fig. 1 is the utility model main view partial profile structure；

Fig. 2 is the utility model side partial profile structure；

Fig. 3 is the utility model side structure schematic view.

In figure: 1- cutting and grinding case ontology；11- cuts chamber；12- crushing chamber；13- splicing chamber；131- first sliding groove；132- Movable pulling plate；133- pull ring；The first axle sleeve of 14-；141- first rotating shaft；142- cutting blade；The first runner of 143-；144- second Shaft, the second runner of 145-；The second axle sleeve of 15-；151- third shaft；The first grinding gear of 152-；153- third runner；154- 4th runner；The first V-belt 155-；The 5th runner of 156-；157 second V-belts；The 4th shaft of 158-；159- second is crushed Gear；16- discharge port；17- feed inlet；The trapezoidal material mouth of 171-；18- supporting leg；181- Anti-slip cover；19- activity pulling plate inlet and outlet； 191- second sliding slot；2- motor fixing seat；21- motor；The 6th runner of 22-；23- third V-belt；3- splicing bag retainer plate； 31- splicing band.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of animal husbandry quantitative dress of herbage crushing cutting It is packed to set, including 1 gear of cutting and grinding case ontology gear and 21 gear of motor gear, 1 tooth of cutting and grinding case ontology gear Wheel is internal to offer cutting 11 gear of chamber gear, 13 gear of 12 gear of crushing chamber gear and splicing chamber gear, the cutting and grinding 17 gear of feed inlet ability to speak wheel, 1 tooth of cutting and grinding case ontology gear are offered at 1 gear upper surface center of case ontology gear Wheel offers 16 gear of discharge port gear at the center of lower surface, and 11 gear internal of cutting chamber gear is rotatably connected to first turn The two sides of 144 gear of 141 gear of shaft gear and the second shaft gear, the cutting 11 gear outer wall of chamber gear are inlaid with cooperation the 14 gear of the first sleeve gear of 144 gear of one shaft gear, 141 gear and the second shaft gear, the first rotating shaft gear 141 gears and 144 gear outer wall of the second shaft gear are uniformly socketed with 142 gear of cutting blade gear, the first rotating shaft tooth It takes turns one end that 141 gears and 144 gear of the second shaft gear are located on the outside of 12 gear of crushing chamber gear and is respectively sleeved on first turn 143 gear of wheel gear, 145 gear of the second runner gear, 12 gear internal of crushing chamber gear are rotatably connected to third shaft The two sides of 151 gear of gear and 158 gear of the 4th shaft gear, the 12 gear outer wall of crushing chamber gear are inlaid with cooperation third 15 gear of the second sleeve gear of 151 gear of shaft gear and 158 gear of the 4th shaft gear, the third shaft gear 151 Gear and 158 gear outer wall of the 4th shaft gear are respectively sleeved on 152 gear of the first grinding gear gear, the second crushing tooth gear teeth 159 gears are taken turns, one end of the 151 gear outer wall of third shaft gear is socketed with 154 gear of the 4th runner gear, the third 151 gear outer wall of shaft gear is socketed with 153 gear of third runner gear, institute far from one end of 154 gear of the 4th runner gear It states 153 gear outer wall of third runner gear and is rotatably connected to 155 gear of the first V-belt gear, first V-belt gear The one end of 155 gear inner walls far from 153 gear of third runner gear and 143 gear of the first runner are rotatablely connected, and described 4th turn One end that 158 gear outer wall of shaft gear is located at 12 gear exterior of crush box gear is socketed with 156 gear of the 5th runner gear, described 5th runner gear, 156 gear outer wall is rotatably connected to 157 gear of the second V-belt gear, second V-belt gear 157 The one end of gear inner wall far from 156 gear of the 5th runner gear and 145 gear of the second runner gear are rotatablely connected, the picking-up container The two sides of 13 gear inner wall of gear offer 131 gear of first sliding groove gear, Slideslip in 131 gear of first sliding groove gear It is connected with movable 132 gear of pulling plate gear, the side of the 13 gear outer wall of picking-up container gear offers cooperation activity pulling plate tooth Movable pulling plate inlet and outlet 19 gear of gear of 132 gears is taken turns, the two sides of the activity pulling plate inlet and outlet 19 gear inner wall of gear are opened Equipped with 191 gear of second sliding slot gear, the 13 gear outer wall of splicing chamber gear imports and exports 19 gear of gear far from movable pulling plate Side be bolted 2 gear of motor fixing seat gear be installed, the 2 gear upper surface of motor fixing seat gear passes through Bolt is fixedly installed with 21 gear of motor gear, and the 21 gear output end of motor gear is socketed with 22 tooth of the 6th runner gear Wheel, the 22 gear outer wall of the 6th runner gear are rotatably connected to 23 gear of third V-belt gear, third V-belt tooth It takes turns the one end of 23 gear inner walls far from 22 gear of the 6th runner gear and 154 gear of the 4th runner gear is rotatablely connected, it is described to cut It cuts 1 gear bottom of crush box ontology gear and is symmetrically welded with 18 gear of supporting leg gear, the cutting and grinding case ontology tooth two-by-two It takes turns 1 gear lower surface and is located at 16 gear edge of discharge port gear and be welded with 3 gear of splicing bag retainer plate gear, the splicing bag 3 gear exterior of retainer plate gear is socketed with 31 gear of splicing bag gear.

The 18 gear bottom of supporting leg gear is socketed with anti-skidding 181 gear of sleeve gear, effectively prevents herding forage powder Crushing device will not move during the work time, and the 132 gear outer wall of activity pulling plate gear is located at outside 13 gear of picking-up container gear The side in portion, which is bolted, is equipped with 133 gear of pull ring gear, facilitates pulling activity pulling plate 132, the third shaft tooth It takes turns 151 gears and 158 gear of the 4th shaft gear is located at sustained height, guarantee the first grinding gear 152 and the second grinding gear 159 on sustained height, and the 22 gear diameter size of the 6th runner gear is the diameter dimension of 154 gear of the 4th runner gear 2 times, be conducive to the rotation for driving third shaft 151.

Working principle: when in use, starting motor 21, while turn of 21 output end of motor the 6th runner 22 of drive first It is dynamic, while by the rotation of the 4th runner 154 of the drive of third V-belt 23, while third shaft 151 being driven to pass through the second axle sleeve 15 act on 12 inner rotation of crushing chamber, while driving the rotation of third runner 153, then pass through the first V-belt 155 band The rotation of dynamic first runner 143, while driving first rotating shaft 141 by the first axle sleeve 14 in cutting 11 inner rotation of chamber, simultaneously The rotation of cutting blade 142 is driven, while third shaft 151 drives the rotation of the first grinding gear 152, then crushes by first The interaction of gear 151 and the second grinding gear 159 drives the rotation of the second grinding gear 159, then drives the 4th shaft 158 rotation, while the rotation of the 5th runner 156 is driven, the second runner is then driven by the effect of the second V-belt 157 Then 145 rotation drives the rotation of the second shaft 144, while the cutting blade 142 in the second shaft 144 being driven to rotate, this Sample, which has just reached, cuts herbage advance, is then crushed, and then puts into herbage from trapezoidal material mouth 171, passes through cutting Chamber 11, crushing chamber 12 crush by cutting, offer splicing chamber 13 in 12 bottom of crushing chamber, finished product forage falls on splicing chamber 13, it can meet an urgent need prestore in this way, when picking-up container 13 is filled with, stop motor 21 and work, the pulling plate of extraction activity at this time 132, forage It discharges from discharge port 16 and falls on the inside of splicing bag 31, not only can prestore forage can also quantitatively pack.

It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment Intrinsic element.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (5)

1. a kind of animal husbandry is crushed with herbage cuts quantitative sack-filling device, including cutting and grinding case ontology (1) and motor (21), It is characterized in that: offering cutting chamber (11), crushing chamber (12) and splicing chamber (13), institute inside the cutting and grinding case ontology (1) It states and is offered feed inlet mouth (17) at cutting and grinding case ontology (1) upper surface center, cutting and grinding case ontology (1) lower surface It is offered at center discharge port (16), cutting chamber (11) inner rotation is connected with first rotating shaft (141) and the second shaft (144), the two sides of described cutting chamber (11) outer wall are inlaid with the first axle of cooperation first rotating shaft (141) and the second shaft (144) It covering (14), the first rotating shaft (141) and the second shaft (144) outer wall are uniformly socketed with cutting blade (142), and described first turn Axis (141) and the second shaft (144) are located at one end on the outside of crushing chamber (12) and are respectively sleeved on the first runner (143), and second turn It takes turns (145), crushing chamber (12) inner rotation is connected with third shaft (151) and the 4th shaft (158), the crushing chamber (12) two sides of outer wall are inlaid with the second axle sleeve (15) of cooperation third shaft (151) and the 4th shaft (158), and the third turns Axis (151) and the 4th shaft (158) outer wall are respectively sleeved on the first grinding gear (152), and the second grinding gear (159) is described One end of third shaft (151) outer wall is socketed with the 4th runner (154), and third shaft (151) outer wall is far from the 4th runner (154) one end is socketed with third runner (153), and third runner (153) outer wall is rotatably connected to the first V-belt (155), the one end of the first V-belt (155) inner wall far from third runner (153) and the first runner (143) are rotatablely connected, 4th shaft (158) outer wall is located at the external one end of crushing chamber (12) and is socketed with the 5th runner (156), the 5th runner (156) outer wall is rotatably connected to the second V-belt (157), and the second V-belt (157) inner wall is far from the 5th runner (156) One end and the second runner (145) are rotatablely connected, and the two sides of splicing chamber (13) inner wall offer first sliding groove (131), described It is slidably connected movable pulling plate (132) on the inside of first sliding groove (131), the side of splicing chamber (13) outer wall offers cooperation and lives The movable pulling plate of dynamic pulling plate (132) imports and exports (19), and it is sliding that the two sides of described activity pulling plate inlet and outlet (19) inner wall offer second Slot (191), splicing chamber (13) outer wall are bolted far from the side of movable pulling plate inlet and outlet (19) and are equipped with motor Fixing seat (2), motor fixing seat (2) upper surface, which is bolted, to be equipped with motor (21), motor (21) output End cap is connected to the 6th runner (22), and the 6th runner (22) outer wall is rotatably connected to third V-belt (23), and the described 3rd 3 The one end of angle band (23) inner wall far from the 6th runner (22) and the 4th runner (154) are rotatablely connected, the cutting and grinding case ontology (1) bottom is symmetrically welded with supporting leg (18) two-by-two, and the cutting and grinding case ontology (1) lower surface is located at discharge port (16) edge Place is welded with splicing bag retainer plate (3), is socketed with splicing bag (31) outside the splicing bag retainer plate (3).

2. a kind of animal husbandry according to claim 1 is crushed with herbage cuts quantitative sack-filling device, it is characterised in that: described Supporting leg (18) bottom is socketed with Anti-slip cover (181).

3. a kind of animal husbandry according to claim 1 is crushed with herbage cuts quantitative sack-filling device, it is characterised in that: described The side that movable pulling plate (132) outer wall is located at splicing chamber (13) outside, which is bolted, is equipped with pull ring (133).

4. a kind of animal husbandry according to claim 1 is crushed with herbage cuts quantitative sack-filling device, it is characterised in that: described Third shaft (151) and the 4th shaft (158) are located at sustained height.

5. a kind of animal husbandry according to claim 1 is crushed with herbage cuts quantitative sack-filling device, it is characterised in that: described 6th runner (22) diameter dimension is 2 times of diameter dimension of the 4th runner (154).