CN203261719U - Scallion digging machine - Google Patents
Scallion digging machine Download PDFInfo
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- CN203261719U CN203261719U CN 201320319069 CN201320319069U CN203261719U CN 203261719 U CN203261719 U CN 203261719U CN 201320319069 CN201320319069 CN 201320319069 CN 201320319069 U CN201320319069 U CN 201320319069U CN 203261719 U CN203261719 U CN 203261719U
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- plum blossom
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Abstract
The utility model relates to agricultural machinery, in particular to a specialized scallion digging machine suitable for digging scallions planted line by line. The scallion digging machine is mainly composed of a digging shovel, a digging shovel support, a reel, a reel shaft, a reel support, a spherical ball bearing, a left side plate, a right side plate, a support and other components. The digging shovel is an inverted splay-shaped wing shovel in an all-round direction. The digging shovel is welded on the longitudinal beams disposed on the left and the right of the support and is installed on the digging shovel support via four bolts. The reel is in the shape of a cylindrical squirrel cage and sleeved outside of the reel shaft via a flat key, and two ends of the reel are fixed by adopting locating sleeves. The left side plate and the right side plate are provided with mounting holes and three annular grooves. The scallion digging machine has following characteristics: 1. scallion digging function can be fulfilled and efficacy of the scallion digging machine is high; 2. the scallion digging machine is simple and novel in structure and is easy in manufacture.
Description
Technical field
The utility model relates to agricultural machinery, a kind ofly specifically is suitable for excavating the shallot excavator of planting line by line the shallot special use.
Background technology
The subsoiler that uses in current agricultural production and potato harvester, but these present two kinds of facility all can't be completed the shallot digging operation.
Summary of the invention
The purpose of this utility model is to provide a kind of shallot excavator, realizes planting line by line the shallot data mining duty, improves shallot results production efficiency, reduces labour intensity.
a kind of shallot excavator of the utility model is achieved by following technical proposals: the shallot excavator, it is by digger blade, the digger blade support, straw shift wheel, rice crop-poking wheel axis, reel support, the sphere ball bearing, left plate, right plate, support, power input shaft, gearbox, belt pulley I, belt pulley II, axle I, belt I, belt pulley III, axle II, belt pulley IV, belt II, axle III, gear I, gear II, belt pulley V, belt pulley VI, belt III, axle IV, vibratory sieve, plum blossom wheel I, plum blossom wheel II, oval plum blossom wheel forms, described digger blade is the comprehensive wing shovel of inverted "eight" shape, it is by the left side cutting knife, the right side cutting knife, the undercutting cutter, rear soil guiding board and connecting plate form, all be processed with two through holes on left side cutting knife and right side cutting knife, undercutting cutter width is a bit larger tham shallot uplink bandwidth degree, the digger blade support welding is on the support left-right longeron, digger blade is arranged on the digger blade support by 4 bolts, described straw shift wheel is cylindrical mouse cage shape, and it is comprised of left end cap, right end cap, connecting reinforcement, and left end cap and right end cap middle part all is processed with through hole and logical keyway, is sleeved on the rice crop-poking wheel axis outside by flat key, and the positioning sleeve location is adopted at two ends, described rice crop-poking wheel axis two ends are respectively by the sphere ball bearing, sphere ball-bearing housing and 2 groups are bolted on reel support, reel support adopts steel plate to process, one end is processed with along 2 small through hole and a center large through-hole with circumference uniform distribution, be connected in order to install with rice crop-poking wheel axis, the other end is processed with central through hole, this end is sleeved on the outside of axle III, after rice crop-poking wheel axis two ends and sphere ball-bearing housing set bolt all pass the cannelure of left plate and right plate, cannelure after, locate by sphere ball-bearing housing set bolt, unclamp sphere ball-bearing housing set bolt, the straw shift wheel assembly can rotate up and down around axle III, described gear II is sleeved on the rice crop-poking wheel axis left end that passes left plate, and gear I is sleeved on the axle III left end that passes left plate, and gear I and gear II, gearratio are 1: 2, described belt pulley I is sleeved on the left side of axle I, is connected with belt pulley II by belt I, described belt pulley III is sleeved on axle II left side, is connected with belt pulley IV by belt II, and belt pulley IV is sleeved on the left of axle III, near its inboard be gear I, axle II and axle III all are fixed on left side plate by two sphere ball bearings, described belt pulley V and plum blossom wheel I all have two, be set in the two ends of axle II between left side plate, belt pulley VI and plum blossom wheel II also have two, be set in the two ends of axle IV between left side plate, plum blossom wheel I is the same with plum blossom wheel II planform, plum blossom wheel I appearance profile is plum blossom-shaped, its center is processed with through hole and logical keyway, oval plum blossom wheel has two, oval plum blossom wheel appearance profile ovalize plum blossom-shaped, oval plum blossom wheel center is processed with edge and advances bearing cross hole and jump-ring slot, oval plum blossom wheel shaft is bolted on left side plate, belt III is wide balata belt, each of left and right, belt pulley V is connected with belt pulley VI by belt III, each group of left and right, described vibratory sieve adopts reinforcing bar, riveted joint annular connecting plate to make, each of riveted joint annular connecting plate left and right, the reinforcing bar uniform welding is on left and right riveted joint annular connecting plate, and is at regular intervals between reinforcing bar, and vibratory sieve two ends are sleeved on plum blossom wheel I, oval plum blossom wheel, II is outside for the plum blossom wheel, described support longeron and and crossbeam all adopt angle steel to make rectangular tubular, the whole rectangular dress of support, on the support front beam, plane branch is welded with two opposing central tie rod hanger brackets of making of angle steel, central tie rod hanger bracket top is processed with through hole, and have connecting plate to connect, and support front beam bottom left-right symmetry is welded with lower hanger bracket, and lower hanger bracket is processed with through hole, support left-right longeron bottom is welded with left side plate, and left side plate is processed with installing hole and three cannelures.
A kind of shallot excavator of the utility model has following beneficial effect compared with prior art: the utility model adopts that deep soil loosing shovel excavates, the advanced configuration such as straw shift wheel, reciprocating sieve forward backwards, can disposablely complete the multiple working procedures such as shallot is excavated, green onion soil separates, puts, realize shallot excavation results function.The characteristics of the utility model mechanism: 1) can realize preferably the shallot data mining duty, effect is high; 2) novelty simple in structure is easy to make.
Description of drawings
A kind of shallot excavator of the utility model has following accompanying drawing:
Fig. 1 is a kind of shallot excavator structure of the utility model schematic diagram;
Fig. 2 is that a kind of shallot excavator of the utility model excavates the main TV structure schematic diagram of shovel;
Fig. 3 is that a kind of shallot excavator of the utility model excavates the left TV structure schematic diagram of shovel;
Fig. 4 is a kind of shallot excavator of the utility model standing grain wheel construction schematic diagram;
Fig. 5 is left (right side) the side plate partial structurtes schematic diagram of a kind of shallot excavator of the utility model;
Fig. 6 is a kind of shallot excavator of the utility model reel support structural representation;
In figure: 1, support; 2, belt I; 3, gearbox; 4, belt pulley I; 5, axle I; 6, power input shaft; 7, central tie rod hanger bracket; 8, lower hanger bracket; 9, digger blade; 10, digger blade support; 11, straw shift wheel; 12, gear II; 13, rice crop-poking wheel axis; 14, belt pulley IV; 15, gear I; 16, axle III; 17, belt II; 18, axle II; 19, belt pulley III; 20, plum blossom wheel I; 21, belt pulley II; 22, vibratory sieve; 23, axle IV; 24, plum blossom wheel II; 25, left plate; 26, reel support; 27, belt pulley V; 28, oval plum blossom wheel; 29, belt pulley VI; 30, belt III.
Embodiment
Below in conjunction with drawings and Examples, a kind of shallot excavator of the utility model technical scheme is further described.
a kind of shallot excavator, it is by digger blade (9), digger blade support (10), straw shift wheel (11), rice crop-poking wheel axis (13), reel support (26), the sphere ball bearing, left plate (25), right plate, support (1), power input shaft (6), gearbox (3), belt pulley I (4), belt pulley II (21), axle I (5), belt I (2), belt pulley III (19), axle II (18), belt pulley IV (14), belt II (17), axle III (16), gear I (15), gear II (12), belt pulley V (27), belt pulley VI (29), belt III (30), axle IV (23), vibratory sieve (22), plum blossom wheel I (20), plum blossom wheel II (24), oval plum blossom wheel (28) forms, and it is characterized in that: described digger blade (9) is the comprehensive wing shovel of inverted "eight" shape, and it is by the left side cutting knife, the right side cutting knife, the undercutting cutter, rear soil guiding board and connecting plate form, all be processed with two through holes on left side cutting knife and right side cutting knife, undercutting cutter width is a bit larger tham shallot uplink bandwidth degree, and the digger blade support welding is on the support left-right longeron, and digger blade is arranged on digger blade support (10) by 4 bolts, described straw shift wheel (11) is cylindrical mouse cage shape, it is comprised of left end cap, right end cap, connecting reinforcement, left end cap and right end cap middle part all is processed with through hole and logical keyway, is sleeved on rice crop-poking wheel axis (13) outside by flat key, and the positioning sleeve location is adopted at two ends, described rice crop-poking wheel axis (13) two ends are respectively by the sphere ball bearing, sphere ball-bearing housing and 2 groups are bolted on reel support (26), reel support (26) adopts steel plate to process, one end is processed with along 2 small through hole and a center large through-hole with circumference uniform distribution, be connected in order to install with rice crop-poking wheel axis (13), the other end is processed with central through hole, this end is sleeved on the outside of axle III (16), after rice crop-poking wheel axis (13) two ends and sphere ball-bearing housing set bolt all pass the cannelure of left plate (25) and right plate, locate by sphere ball-bearing housing set bolt, unclamp sphere ball-bearing housing set bolt, the straw shift wheel assembly can rotate up and down around axle III (16), described gear II (12) is sleeved on rice crop-poking wheel axis (13) left end that passes left plate (25), gear I (15) is sleeved on axle III (16) left end that passes left plate (25), gear I (15) and gear II (12), gearratio is 1: 2, described belt pulley I (4) is sleeved on the left side of axle I (5), is connected with belt pulley II (21) by belt I (2), described belt pulley III (19) is sleeved on axle II (18) left side, be connected with belt pulley IV (14) by belt II (21), belt pulley IV (14) is sleeved on axle III (16) left side, near its inboard be gear I (15), axle II (18) and axle III (16) all are fixed on left side plate by two sphere ball bearings, described belt pulley V (27) and plum blossom wheel I (20) all have two, be set in the two ends of axle II (18) between left side plate, belt pulley VI (29) and plum blossom wheel II (24) also have two, be set in the two ends of axle IV (23) between left side plate, plum blossom wheel I (20) is the same with plum blossom wheel II (24) planform, plum blossom wheel I (20) appearance profile is plum blossom-shaped, its center is processed with through hole and logical keyway, oval plum blossom wheel (28) has two, oval plum blossom wheel (28) appearance profile ovalize plum blossom-shaped, oval plum blossom wheel (28) center is processed with edge and advances bearing cross hole and jump-ring slot, oval plum blossom wheel shaft is bolted on left side plate, belt III (30) is wide balata belt, each of left and right, belt pulley V (27) is connected with belt pulley VI (29) by belt III (30), each group of left and right, axle IV (23) is fixed on left side plate by two sphere ball bearings, described vibratory sieve (22) adopts reinforcing bar, riveted joint annular connecting plate to make, each of riveted joint annular connecting plate left and right, the reinforcing bar uniform welding is on left and right riveted joint annular connecting plate, at regular intervals between reinforcing bar, vibratory sieve (22) two ends are sleeved on plum blossom wheel I (20), oval plum blossom wheel (28), plum blossom wheel II (24) outside, described support (1) longeron and and crossbeam all adopt angle steel to make rectangular tubular, the whole rectangular dress of support (1), on support (1) front beam, plane branch is welded with two opposing central tie rod hanger brackets (7) of making of angle steel, central tie rod hanger bracket (7) top is processed with through hole, and there is connecting plate to connect, support (1) front beam bottom left-right symmetry is welded with lower hanger bracket (8), lower hanger bracket (8) is processed with through hole, support (1) left-right longeron bottom is welded with left side plate, left side plate is processed with installing hole and three cannelures.
As Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, shown in Figure 6, the primary structure of the present embodiment and annexation:
the shallot excavator, it is by digger blade (9), digger blade support (10), straw shift wheel (11), rice crop-poking wheel axis (13), reel support (26), the sphere ball bearing, left plate (25), right plate, support (1), power input shaft (6), gearbox (3), belt pulley I (4), belt pulley II (21), axle I (5), belt I (2), belt pulley III (19), axle II (18), belt pulley IV (14), belt II (17), axle III (16), gear I (15), gear II (12), belt pulley V (27), belt pulley VI (29), belt III (30), axle IV (23), vibratory sieve (22), plum blossom wheel I (20), plum blossom wheel II (24), oval plum blossom wheel (28) forms, and it is characterized in that described digger blade (9) is the comprehensive wing shovel of inverted "eight" shape, and it is by the left side cutting knife, the right side cutting knife, the undercutting cutter, rear soil guiding board and connecting plate form, all be processed with two through holes on left side cutting knife and right side cutting knife, undercutting cutter width is a bit larger tham shallot uplink bandwidth degree, and the digger blade support welding is on the support left-right longeron, and digger blade is arranged on digger blade support (10) by 4 bolts, described straw shift wheel (11) is cylindrical mouse cage shape, the excircle diameter is 30cm, it is comprised of left end cap, right end cap, 6 connecting reinforcements, all be processed with Φ 30mm through hole and logical keyway in the middle part of left end cap and right end cap, be sleeved on rice crop-poking wheel axis (13) outside by flat key, the positioning sleeve location is adopted at two ends, described rice crop-poking wheel axis (13) two ends are respectively by 206 sphere ball bearings, sphere ball-bearing housing and 2 groups are bolted on reel support (26), reel support (26) adopts steel plate to process, one end is processed with along with 2 Φ 10mm small through hole of circumference uniform distribution and a Φ 30mm center large through-hole, be connected in order to install with rice crop-poking wheel axis (13), the other end is processed with Φ 30mm central through hole, this end is sleeved on the outside of axle III (16), after rice crop-poking wheel axis (13) two ends and sphere ball-bearing housing set bolt all pass the cannelure of left plate (25) and right plate, locate by sphere ball-bearing housing set bolt, unclamp sphere ball-bearing housing set bolt, the straw shift wheel assembly can rotate up and down around axle III (16), described gear II (12) is sleeved on rice crop-poking wheel axis (13) left end that passes left plate (25), gear I (15) is sleeved on axle III (16) left end that passes left plate (25), gear I (15) and gear II (12), gearratio is 1: 2, described belt pulley I (4) is sleeved on the left side of axle I (5), is connected with belt pulley II (21) by belt I (2), described belt pulley III (19) is sleeved on axle II (18) left side, be connected with belt pulley IV (14) by belt II (21), belt pulley IV (14) is sleeved on axle III (16) left side, near its inboard be gear I (15), axle II (18) and axle III (16) all are fixed on left side plate by two 206 sphere ball bearings, described belt pulley V (27) and plum blossom wheel I (20) all have two, be set in the two ends of axle II (18) between left side plate, belt pulley VI (29) and plum blossom wheel II (24) also have two, be set in the two ends of axle IV (23) between left side plate, plum blossom wheel I (20) is the same with plum blossom wheel II (24) planform, plum blossom wheel I (20) appearance profile is plum blossom-shaped, its center is processed with through hole and logical keyway, oval plum blossom wheel (28) has two, oval plum blossom wheel (28) appearance profile ovalize plum blossom-shaped, oval plum blossom wheel (28) center is processed with edge and advances bearing cross hole and jump-ring slot, oval plum blossom wheel shaft is bolted on left side plate, belt III (30) is wide balata belt, each of left and right, belt pulley V (27) is connected with belt pulley VI (29) by belt III (30), each group of left and right, axle IV (23) is fixed on left side plate by two 206 sphere ball bearings, described vibratory sieve (22) adopts reinforcing bar, riveted joint annular connecting plate to make, each of riveted joint annular connecting plate left and right, the reinforcing bar uniform welding is on left and right riveted joint annular connecting plate, at regular intervals between reinforcing bar, vibratory sieve (22) two ends are sleeved on plum blossom wheel I (20), oval plum blossom wheel (28), plum blossom wheel II (24) outside, described support (1) longeron and and crossbeam all adopt 50 * 50 * 5mm angle steel to make rectangular tubular, the whole rectangular dress of support (1), on support (1) front beam, plane branch is welded with two opposing central tie rod hanger brackets (7) of making of angle steel, central tie rod hanger bracket (7) top is processed with Φ 20mm through hole, and there is connecting plate to connect, support (1) front beam bottom left-right symmetry is welded with lower hanger bracket (8), lower hanger bracket (8) is processed with Φ 20mm through hole, support (1) left-right longeron bottom is welded with left side plate, left side plate is processed with installing hole and three cannelures, a cannelure width is 30mm, two other cannelure width is 10mm.
Operation principle
Unclamp sphere ball-bearing housing set bolt, straw shift wheel assembly Height Adjustment is suitable and tight a bolt and just can carry out the shallot digging operation.driving tractor makes the shallot line position in the tractor centre position, falling the shallot excavator moves ahead, the power of tractor motive power output shaft is through power input shaft (6), axle I (5), belt pulley I (4), belt I (2), belt pulley II (21), belt pulley III (19), belt II, belt pulley IV (14), gear I (15), gear II (12) passes to straw shift wheel (11), straw shift wheel (11) is rotated counterclockwise, the green onion soil that assisted mining shovel (9) will excavate is sent to vibratory sieve (22), after the vibration screen of vibratory sieve (22), shallot is put to the shallot excavator, thereby realize the shallot data mining duty.
Claims (1)
1. shallot excavator, it is by digger blade (9), digger blade support (10), straw shift wheel (11), rice crop-poking wheel axis (13), reel support (26), the sphere ball bearing, left plate (25), right plate, support (1), power input shaft (6), gearbox (3), belt pulley I (4), belt pulley II (21), axle I (5), belt I (2), belt pulley III (19), axle II (18), belt pulley IV (14), belt II (17), axle III (16), gear I (15), gear II (12), belt pulley V (27), belt pulley VI (29), belt III (30), axle IV (23), vibratory sieve (22), plum blossom wheel I (20), plum blossom wheel II (24), oval plum blossom wheel (28) forms, and it is characterized in that: described digger blade (9) is the comprehensive wing shovel of inverted "eight" shape, and it is by the left side cutting knife, the right side cutting knife, the undercutting cutter, rear soil guiding board and connecting plate form, all be processed with two through holes on left side cutting knife and right side cutting knife, undercutting cutter width is a bit larger tham shallot uplink bandwidth degree, and the digger blade support welding is on the support left-right longeron, and digger blade is arranged on digger blade support (10) by 4 bolts, described straw shift wheel (11) is cylindrical mouse cage shape, it is comprised of left end cap, right end cap, connecting reinforcement, left end cap and right end cap middle part all is processed with through hole and logical keyway, is sleeved on rice crop-poking wheel axis (13) outside by flat key, and the positioning sleeve location is adopted at two ends, described rice crop-poking wheel axis (13) two ends are respectively by the sphere ball bearing, sphere ball-bearing housing and 2 groups are bolted on reel support (26), reel support (26) adopts steel plate to process, one end is processed with along 2 small through hole and a center large through-hole with circumference uniform distribution, be connected in order to install with rice crop-poking wheel axis (13), the other end is processed with central through hole, this end is sleeved on the outside of axle III (16), after rice crop-poking wheel axis (13) two ends and sphere ball-bearing housing set bolt all pass the cannelure of left plate (25) and right plate, locate by sphere ball-bearing housing set bolt, unclamp sphere ball-bearing housing set bolt, the straw shift wheel assembly can rotate up and down around axle III (16), described gear II (12) is sleeved on rice crop-poking wheel axis (13) left end that passes left plate (25), gear I (15) is sleeved on axle III (16) left end that passes left plate (25), gear I (15) and gear II (12), gearratio is 1: 2, described belt pulley I (4) is sleeved on the left side of axle I (5), is connected with belt pulley II (21) by belt I (2), described belt pulley III (19) is sleeved on axle II (18) left side, be connected with belt pulley IV (14) by belt II (21), belt pulley IV (14) is sleeved on axle III (16) left side, near its inboard be gear I (15), axle II (18) and axle III (16) all are fixed on left side plate by two sphere ball bearings, described belt pulley V (27) and plum blossom wheel I (20) all have two, be set in the two ends of axle II (18) between left side plate, belt pulley VI (29) and plum blossom wheel II (24) also have two, be set in the two ends of axle IV (23) between left side plate, plum blossom wheel I (20) is the same with plum blossom wheel II (24) planform, plum blossom wheel I (20) appearance profile is plum blossom-shaped, its center is processed with through hole and logical keyway, oval plum blossom wheel (28) has two, oval plum blossom wheel (28) appearance profile ovalize plum blossom-shaped, oval plum blossom wheel (28) center is processed with edge and advances bearing cross hole and jump-ring slot, oval plum blossom wheel shaft is bolted on left side plate, belt III (30) is wide balata belt, each of left and right, belt pulley V (27) is connected with belt pulley VI (29) by belt III (30), each group of left and right, axle IV (23) is fixed on left side plate by two sphere ball bearings, described vibratory sieve (22) adopts reinforcing bar, riveted joint annular connecting plate to make, each of riveted joint annular connecting plate left and right, the reinforcing bar uniform welding is on left and right riveted joint annular connecting plate, at regular intervals between reinforcing bar, vibratory sieve (22) two ends are sleeved on plum blossom wheel I (20), oval plum blossom wheel (28), plum blossom wheel II (24) outside, described support (1) longeron and and crossbeam all adopt angle steel to make rectangular tubular, the whole rectangular dress of support (1), on support (1) front beam, plane branch is welded with two opposing central tie rod hanger brackets (7) of making of angle steel, central tie rod hanger bracket (7) top is processed with through hole, and there is connecting plate to connect, support (1) front beam bottom left-right symmetry is welded with lower hanger bracket (8), lower hanger bracket (8) is processed with through hole, support (1) left-right longeron bottom is welded with left side plate, left side plate is processed with installing hole and three cannelures.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320319069 CN203261719U (en) | 2013-05-28 | 2013-05-28 | Scallion digging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320319069 CN203261719U (en) | 2013-05-28 | 2013-05-28 | Scallion digging machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203261719U true CN203261719U (en) | 2013-11-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320319069 Expired - Fee Related CN203261719U (en) | 2013-05-28 | 2013-05-28 | Scallion digging machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN203261719U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104429293A (en) * | 2014-11-17 | 2015-03-25 | 广西壮族自治区水力机械研究所 | Vibrating and screening follow-up shaft mechanism with plum-blossom-shaped gear and vibrating and screening mechanism |
| CN106258155A (en) * | 2015-06-29 | 2017-01-04 | 许飞 | Rearmounted receipts dress formula Green Chinese onion harvester |
-
2013
- 2013-05-28 CN CN 201320319069 patent/CN203261719U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104429293A (en) * | 2014-11-17 | 2015-03-25 | 广西壮族自治区水力机械研究所 | Vibrating and screening follow-up shaft mechanism with plum-blossom-shaped gear and vibrating and screening mechanism |
| CN106258155A (en) * | 2015-06-29 | 2017-01-04 | 许飞 | Rearmounted receipts dress formula Green Chinese onion harvester |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131106 Termination date: 20140528 |