CN203675555U - Vegetable greenhouse ploughing and harrowing integrated machine tool - Google Patents
Vegetable greenhouse ploughing and harrowing integrated machine tool Download PDFInfo
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- CN203675555U CN203675555U CN201420069836.2U CN201420069836U CN203675555U CN 203675555 U CN203675555 U CN 203675555U CN 201420069836 U CN201420069836 U CN 201420069836U CN 203675555 U CN203675555 U CN 203675555U
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Abstract
The utility model provides a vegetable greenhouse ploughing and harrowing integrated machine tool, and relates to vegetable greenhouse agricultural machinery equipment. The vegetable greenhouse ploughing and harrowing integrated machine tool is mainly composed of a rack, an upper bearing, a lower bearing, a transmission shaft, a rotor wing plough tool and a gear motor. The rotor wing ploughing tool is composed of a plough seat, supporting rods and at least three wing-shaped plowshares, a through axial through hole is formed in the center of a cylinder of the plough seat, the axial though hole and the lower end of the transmission shaft are in mounting fit, and the wing-shaped plowshares are of a triangular plate body structure. Sharp points in the wing-shaped plowshares protrude horizontally to form plowshare bodies, the upper sharp points and the lower sharp points are arranged at the tail portions of the plowshares, the lower sharp points point to the ground to form sawteeth, the wing-shaped plowshares are connected to the plough seat through the supporting rods, all the wing-shaped plowshares operate according to a circular arc track, and the lower sharp points of all the wing-shaped plowshares are combined to form circular-arc-shaped sawteeth. A left harrowing plate is arranged on the left side of the machine tool, a right harrowing plate is arranged on the right side of the machine tool, a soil leveling cross rod is arranged on the rear portion of the machine tool. The vegetable greenhouse ploughing and harrowing integrated machine tool is capable of simultaneously achieving ploughing and harrowing work at one time through traction, and achieves planting work mechanization in a vegetable greenhouse.
Description
Technical field
The utility model relates to a kind of agricultural machinery, specially refers to a kind of green house of vegetables agricultural equipment.
Background technology
Along with the development of agricultural production, various agricultural machinery arises at the historic moment, but is main mainly with big machinery, and need, with running gear or parts, make complex structure and bulky, be only suitable for using at large-area open area, although operating efficiency is high, be not suitable for using in green house of vegetables.People carry out various hoes, rake, fertilising, spray medicine and control the plantation operations such as worm in green house of vegetables, still adopt traditional manual work mode, have the large and ineffective shortcoming of labour intensity.
Chinese Patent Application No. 2014100500394 discloses the one " green house of vegetables agricultural machinery draw-gear " that the applicant submits to, make the agricultural machinery using in green house of vegetables remove running gear or parts from, to simplify agricultural machinery structure and to reduce agricultural machinery volume, realize the plantation mechanization of operation in green house of vegetables, alleviate operating personnel's labour intensity and improve plantation quality.
Utility model content
The purpose of this utility model be to provide a kind of be adapted at using in green house of vegetables plow, whole ground one facility, there is no running gear and parts, the little dexterity of simple in structure, body, under the affecting of agricultural machinery draw-gear, complete plowing and tillage operation before crop-planting, realize the plantation mechanization of operation in green house of vegetables, alleviate operating personnel's labour intensity and improve plantation quality.
A kind of green house of vegetables of the present utility model plows, whole ground one facility, it is characterized in that facility are mainly by frame, upper bearing (metal), lower bearing, power transmission shaft, rotor plough tool and reducing motor 1 form, wherein, frame is by left skateboard 23, right slide plate 17, left support post 25, right support post 11, top rail 7, bottom rail 14 and electric machine support 2 form, left support post 25 is connected on left skateboard 23, right support post 11 is connected on right slide plate 17, top rail 7 and bottom rail 14 are installed in parallel between left support post 25 and right support post 11, electric machine support 2 is connected to the top of top rail 7, upper bearing (metal) is arranged on the side of top rail 7, lower bearing is arranged on the side of bottom rail 14, the axial line of upper bearing (metal) overlaps with the axial line of lower bearing, power transmission shaft is arranged on upper bearing (metal) and lower bearing, rotor plough tool is arranged on the lower end of power transmission shaft, reducing motor 1 is arranged on the electric machine support 2 of top rail 7 tops, the rotating shaft of reducing motor 1 is connected to the upper end of power transmission shaft by shaft coupling, rotor plough tool is by ploughing an III, support shelves I and at least three wing colter II formation, plough seat III is cylindrical structure, there is the axially extending bore of perforation at the cylinder center of plough seat III, axially extending bore is installed and is coordinated with the lower end of power transmission shaft, wing colter II plate body structure triangular in shape, three wedge angles of wing colter II are presented, in, lower setting, middle wedge angle is laterally projecting formation colter, upper wedge angle and lower wedge angle are at plow tail, upper wedge angle points to the top of plough tool, lower wedge angle directed towards ground forms sawtooth, three equidistant peripheries that are arranged on plough seat III of above wing colter II, wing colter II is connected in plough seat III by supporting shelves I, the plate body of each wing colter II is parallel with the axis of plough seat III, each wing colter II is pressed arc track operation, the lower wedge angle of each wing colter II is combined into circular arc sawtooth, have left whole native plate 24 in the left side of facility, left whole native plate 24 is connected to the inner crest face of left skateboard 23, has right whole native plate 16 on the right side of facility, and right whole native plate 16 is connected to the inner crest face of right slide plate 17, after facility, have grading crosspiece 35, grading crosspiece 35 is connected to the rear portion of left whole native plate 24 and right whole native plate 16 by movable rod.
In the utility model, supporting shelves I is flat prismatic structure, and the inner of supporting shelves I is connected in plough seat III, and the stage casing of supporting shelves I is bent downwardly, and the outer end of supporting shelves I is connected to the middle part of wing colter II inner side; Respectively be useful in the upper end of left support post 25 and the upper end of right support post 11 regulating shaft that regulates rotor plough tool height, on each regulating shaft, have adjusting handle; Between the stage casing and left skateboard 23 of left support post 25, respectively have reinforcing diagonal brace between the stage casing of right support post 11 and right slide plate 17; Rotor plough tool is left and right to be arranged and is set to more than three groups, and the power transmission shaft of each rotor plough tool is arranged on respectively on top rail 7 and bottom rail 14 by upper bearing (metal) and lower bearing, on each power transmission shaft, has drive, between each drive, is rotated transmission by driving-belt; Before being connected with, draw shelves 33, draw ring 32 before having on the middle part of front drawing shelves 33 between the front end of the whole native plate 24 in a left side and the front end of right whole native plate 16; Between the rear end of the whole native plate 24 in a left side and the rear end of right whole native plate 16, be connected with post-tensioning shelves 36, draw ring 37 after having on the middle part of post-tensioning shelves 36; The front portion of left skateboard 23 and right slide plate 17 is the sledge slab structure upwarping.
Above-mentioned utility model in the specific implementation, plow, the original position of whole ground one facility is arranged on the tail of the earth in green house of vegetables, power line is connected to and is plowed, on the reducing motor 1 of whole ground one facility, the steel wire rope of draw-gear is connected to and is plowed, on the front draw ring 32 and rear draw ring 37 of whole ground one facility, plow, the direction of advance of whole ground one facility is edge of a field directions, start to plow, when on whole the ground, the power switch of reducing motor 1 closes, make reducing motor 1 carry out forward running, drive and plow by power transmission shaft, each rotor plough tool of whole ground carries out the rotation of forward circular arc, under the wing colter II circular arc sawtooth effect that wedge angle forms down of rotor plough tool, rotor plough tool is to underground deep, when rotor plough tool is deep into underground while making left skateboard 23 and right slide plate 17 kiss the earth, the switch of starting draw-gear, steel wire rope on draw-gear just tractive and is plowed, whole ground one facility advance to edge of a field direction, so, plow, each rotor plough tool on whole ground one facility is along edge of a field direction transverse-longitudinal cutting earth, the operation of plowing, simultaneously, the whole native plate 24 in the ambilateral left side of machine and right whole native plate 16 carry out loosening the soil of both sides, vegetable plot neatly, facility grading crosspiece 35 below carries out the vegetable plot of having ploughed smooth, realize drawing once to complete simultaneously and plow and smooth operation, when plowing, when whole ground one facility arrival point head, disconnect draw-gear and plow, the power supply of reducing motor 1 on whole ground one facility, complete and plow and tillage operation.
In above-mentioned utility model, the catotropic wedge angle of each wing plough of rotor plough tool forms circular arc sawtooth, before plowing, can make rotor plough tool easily be deep into the predetermined underground degree of depth; Each wing colter is pressed arc track operation, carry out horizontal circular arc cutting earth, make the earth in vegetable plot completely in small, broken bits, only need one-stop operation just can reach the planting requirement of vegetables, and the residual dish root in vegetable plot can be processed by chopping, the residual dish root chopped fertilizer utilization that can rot to do, does not need to dispose separately, saves artificial; Regulate difference in height adjustment between rotor plough tool and left skateboard 23, right slide plate 17 degree of depth of plowing by rotating the adjusting handle of the upper end of left support post 25 and the upper end of right support post 11; Rotor plough tool is designed to three groups of above and left and right and arranges, and respectively organizes between rotor plough tool and is rotated transmission by driving-belt, drives the operation of plowing of more than three groups rotor plough tool by a motor simultaneously, and operating efficiency is improved; The sledge plate structure that the front portion of left skateboard 23 and right slide plate 17 is designed to upwarp, can reduce advance resistance, makes to plow, whole ground one facility are easily pulled device tractive and advance.
The beneficial effects of the utility model are: what design a kind of was adapted at using in green house of vegetables plow, whole ground one facility, do not need running gear and parts, the little dexterity of simple in structure, body, on harvested vegetable plot, complete simultaneously and plow and tillage operation by affecting next time of agricultural machinery draw-gear, reach the planting requirement of crop, realize the plantation mechanization of operation in green house of vegetables, alleviate operating personnel's labour intensity and improve plantation quality.
Accompanying drawing explanation
Fig. 1 is that a kind of green house of vegetables of the present utility model plows, the structure chart of whole ground one facility.
Fig. 2 is that the utility model green house of vegetables plows, the top view of rotor plough tool in whole ground one facility.
Fig. 3 is that a kind of green house of vegetables of the present utility model plows, the right view of whole ground one facility.
Fig. 4 be of the present utility modelly plow, whole ground one facility are connected to the schematic diagram on green house of vegetables agricultural machinery draw-gear.
In figure: 0. plow/whole ground one facility, 1. reducing motor, 2. electric machine support, 3. upper bearing (metal) b, 4. power transmission shaft b, 5. drive b, 6. driving-belt b, 7. top rail, 8. upper bearing (metal) c, 9. right adjusting handle, 10. right regulating shaft, 11. right support posts, 12. drive c, 13. power transmission shaft c, 14. bottom rails, 15. lower bearing c, 16. right whole native plates, 17. right slide plates, 18. rotor plough tool c, 19. lower bearing b, 20. rotor plough tool b, 21. driving-belt a, 22. rotor plough tool a, 23. left skateboards, 24. left whole native plates, 25. left support posts, 26. lower bearing a, 27. drive a, 28. power transmission shaft a, 29. upper bearing (metal) a, 30. left adjusting handles, 31. reinforce diagonal brace, 32. front draw rings, before 33., draw shelves, 34. movable rods, 35. grading crosspieces, 36. post-tensioning shelves, 37. rear draw rings, 38. steel wire ropes, 39. leading block a, 40. capstan winches, 41. reduction boxes, 42. traction drive motors, 43. bases, 44. leading block b, 45. tail end pulleys, 46. adjustable pulleys, 47. extension springs, 48. pulley yokes, I. support shelves, II. wing colter, III. plough seat.
Embodiment
In embodiment shown in embodiment 1 accompanying drawing 1-3, a kind of green house of vegetables plows, whole ground one facility are mainly by frame, upper bearing (metal), lower bearing, power transmission shaft, rotor plough tool and reducing motor 1 form, wherein, frame is by left skateboard 23, right slide plate 17, left support post 25, right support post 11, top rail 7, bottom rail 14 and electric machine support 2 form, left support post 25 is connected on left skateboard 23, right support post 11 is connected on right slide plate 17, top rail 7 and bottom rail 14 are installed in parallel between left support post 25 and right support post 11, electric machine support 2 is connected to the top of top rail 7, upper bearing (metal) is arranged on the side of top rail 7, lower bearing is arranged on the side of bottom rail 14, the axial line of upper bearing (metal) overlaps with the axial line of lower bearing, power transmission shaft is arranged on upper bearing (metal) and lower bearing, rotor plough tool is arranged on the lower end of power transmission shaft, reducing motor 1 is arranged on the electric machine support 2 of top rail 7 tops, the rotating shaft of reducing motor 1 is connected to the upper end of power transmission shaft by shaft coupling, rotor plough tool is by ploughing an III, the wing colter II that supports shelves I and four forms, plough seat III is cylindrical structure, there is the axially extending bore of perforation at the cylinder center of plough seat III, axially extending bore is installed and is coordinated with the lower end of power transmission shaft, wing colter II plate body structure triangular in shape, three wedge angles of wing colter II are presented, in, lower setting, middle wedge angle is laterally projecting formation colter, upper wedge angle and lower wedge angle are at plow tail, upper wedge angle points to the top of plough tool, lower wedge angle directed towards ground forms sawtooth, four equidistant peripheries that are arranged on plough seat III of wing colter II, wing colter II is connected in plough seat III by supporting shelves I, the plate body of each wing colter II is parallel with the axis of plough seat III, each wing colter II is pressed arc track operation, the lower wedge angle of each wing colter II is combined into circular arc sawtooth, have left whole native plate 24 in the left side of facility, left whole native plate 24 is connected to the inner crest face of left skateboard 23, has right whole native plate 16 on the right side of facility, and right whole native plate 16 is connected to the inner crest face of right slide plate 17, after facility, have grading crosspiece 35, grading crosspiece 35 is connected to the rear portion of left whole native plate 24 and right whole native plate 16 by movable rod.
In the present embodiment, supporting shelves I is flat prismatic structure, and the inner of supporting shelves I is connected in plough seat III, and the stage casing of supporting shelves I is bent downwardly, and the outer end of supporting shelves I is connected to the middle part of wing colter II inner side; Respectively be useful in the upper end of left support post 25 and the upper end of right support post 11 regulating shaft that regulates rotor plough tool height, on each regulating shaft, have adjusting handle; Between the stage casing and left skateboard 23 of left support post 25, respectively have reinforcing diagonal brace between the stage casing of right support post 11 and right slide plate 17; Rotor plough tool is left and right to be arranged and is set to more than three groups, and the power transmission shaft of each rotor plough tool is arranged on respectively on top rail 7 and bottom rail 14 by upper bearing (metal) and lower bearing, on each power transmission shaft, has drive, between each drive, is rotated transmission by driving-belt; Before being connected with, draw shelves 33, draw ring 32 before having on the middle part of front drawing shelves 33 between the front end of the whole native plate 24 in a left side and the front end of right whole native plate 16; Between the rear end of the whole native plate 24 in a left side and the rear end of right whole native plate 16, be connected with post-tensioning shelves 36, draw ring 37 after having on the middle part of post-tensioning shelves 36; The front portion of left skateboard 23 and right slide plate 17 is the sledge slab structure upwarping.
The present embodiment in use, plow, the original position of whole ground one facility is arranged on the tail of the earth in green house of vegetables, power line is connected to and is plowed, on the reducing motor 1 of whole ground one facility, the steel wire rope of draw-gear is connected to and is plowed, on the front draw ring 32 and rear draw ring 37 of whole ground one facility, plow, the direction of advance of whole ground one facility is edge of a field directions, start to plow, when on whole the ground, the power switch of reducing motor 1 closes, make reducing motor 1 carry out forward running, drive and plow by power transmission shaft, each rotor plough tool of whole ground carries out the rotation of forward circular arc, under the wing colter II circular arc sawtooth effect that wedge angle forms down of rotor plough tool, rotor plough tool is to underground deep, when rotor plough tool is deep into underground while making left skateboard 23 and right slide plate 17 kiss the earth, the switch of starting draw-gear, steel wire rope on draw-gear just tractive and is plowed, whole ground one facility advance to edge of a field direction, so, plow, each rotor plough tool on whole ground one facility is along edge of a field direction transverse-longitudinal cutting earth, the operation of plowing, simultaneously, the whole native plate 24 in the ambilateral left side of machine and right whole native plate 16 carry out loosening the soil of both sides, vegetable plot neatly, facility grading crosspiece 35 below carries out the vegetable plot of having ploughed smooth, realize drawing once to complete simultaneously and plow and smooth operation, when plowing, when whole ground one facility arrival point head, disconnect draw-gear and plow, the power supply of reducing motor 1 on whole ground one facility, complete and plow and tillage operation.
In embodiment shown in embodiment 2 accompanying drawings 4, to plow and tillage operation on the agricultural machinery draw-gear that plow/whole ground one facility 0 are connected in green house of vegetables, wherein, the structure of plow/whole ground one facility 0 is identical with the 1st embodiment's, repeats no more.Agricultural machinery draw-gear in green house of vegetables is mainly made up of base 43, capstan winch 40, reduction box 41, drive motors 42, leading block a39, leading block b44, tail end pulley 45, adjustable pulley 46, extension spring 47 and steel wire rope 38, base 43 is arranged on the edge of a field, on the edge of a field in green house of vegetables, have that guide pile is not shown, the mounting base of the mounting base of leading block a39 and leading block b44, on base 43, there is cable hole, use hawser that base 43 is cared on guide pile, leading block a39 and leading block b44 are arranged on pedestal; Reduction box 41, drive motors 42 and capstan winch assembly are arranged on base 43, the driving shaft of reduction box 41 is driven by drive motors 42, the rotating shaft of drive motors 42 is connected to by shaft coupling on the driving shaft of reduction box 41, and the driven shaft of reduction box 41 is connected to by shaft coupling in the rotating shaft of capstan winch 40; Capstan winch assembly comprises capstan winch 40 and capstan winch bearing, capstan winch 40 is made up of circular disk body and rotating shaft, and rotating shaft is mutually vertical with the disc of circular disk body, and the stage casing of rotating shaft is among circular disk body, the two ends of rotating shaft are arranged on capstan winch bearing by sliding bearing, and capstan winch bearing is connected on base 43; In the circular disk body of capstan winch 40, there is annular groove, the anchor ring axial line of annular groove overlaps with the axial line of rotating shaft, the bottom land of annular groove is circular arc bottom structure, leading block a39 draws or introduces steel wire rope 38 from the left side of capstan winch 40 tops to the annular groove of capstan winch 40, and leading block b44 introduces or draw steel wire rope from the right of capstan winch 40 belows to the annular groove of capstan winch 40; On tail of the earth in green house of vegetables, there is the mounting base of tail end pulley 45 and adjustable pulley 46, tail end pulley 45 and adjustable pulley 46 are arranged on pedestal, the installation site of adjustable pulley 46 is higher than the installation site of tail end pulley 45, between the mounting base of adjustable pulley 46 and adjustable pulley 46, has extension spring 47; The two ends of steel wire rope 38 are connected to and plow/the front draw ring 32 and rear draw ring 37 of whole ground one facility 0 on, initial on the rear draw ring 37 of steel wire rope by one facility rear portion, plow/whole ground, successively by after tail end pulley 45, adjustable pulley 46 and leading block a39, be wound around 5 circles on the circular arc bottom of the annular groove of capstan winch 40 with parallel arrangement mode, then turn back on the front draw ring 32 of one facility front portion, plow/whole ground by leading block b44.
The present embodiment in use, the original position of plow/whole ground one facility 0 is arranged on the tail of the earth in green house of vegetables, power line is connected on the reducing motor 1 of plow/whole ground one facility 0, the direction of advance of facility of loosening the soil is edge of a field directions, start to carry out pine while plowing operation, the power switch of reducing motor 1 closes, make reducing motor 1 carry out forward running, drive each rotor plough tool on plow/whole ground one facility 0 to carry out the rotation of forward circular arc by power transmission shaft, under the wing colter II circular arc sawtooth effect that wedge angle forms down of rotor plough tool, rotor plough tool is to underground deep, when rotor plough tool is deep into underground while making left skateboard 23 and right slide plate 17 kiss the earth, the two-direction switch of draw-gear is combined in along on the gear of opening, drive motors 42 forward operations, capstan winch 40 is rotated counterclockwise, the steel wire rope that drive is wrapped on capstan winch 40 is rotated counterclockwise, steel wire rope between tail end pulley 45 and leading block b44 is walked to edge of a field direction, thereby plow/whole ground of traction one facility 0 advance to the edge of a field, so, each rotor plough tool on plow/whole ground one facility 0 is along edge of a field direction transverse-longitudinal cutting earth, the operation of plowing, the right the annular groove of capstan winch 40 is introduced and be wrapped in to steel wire rope, under the guide effect of leading block b44, from the right of capstan winch 40 belows, simultaneously, formerly be wrapped in steel wire rope on the capstan winch 40 annular groove left sides under the guide effect of leading block a39, the left side by capstan winch 40 tops discharges, draw to tail of the earth direction and walk by leading block a39, after adjustable pulley 46, tail end pulley 45, turn to edge of a field direction walking, the rope capacity of one facility 0 rear end, plow to supplement/whole ground, in the time that plow/whole ground one facility 0 arrive the edge of a field, disconnect the power supply of reducing motor 1 on draw-gear and plow/whole ground one facility 0, complete and plow and tillage operation.In the present embodiment, automatically regulate tightness of steel wire rope degree with extension spring 47, thereby regulate the winding tightness of steel wire rope on capstan winch 40, make to produce suitable frictional force between steel wire rope and the circular-arc bottom face of capstan winch 40 annular grooves, drawing plow/whole ground one facility 0 by rotary winch 40 normally advances, in the time occurring that plow/whole ground of abnormal resistance obstruction one facility 0 advance, make to skid between steel wire rope and capstan winch 40, protection steel wire rope is not pulled off, the bottom land of the annular groove of capstan winch 40 is designed to circular arc bottom structure, steel wire rope flat raft on the circular arc bottom of capstan winch 40 annular grooves is wound around 5 circles, in the time that capstan winch 40 rotates, the steel wire rope equivalent that on capstan winch 40, the new steel wire rope being wound around and release are drawn, arc structure at the bottom of groove easily horizontally slips steel wire rope in annular groove, utilize steel wire rope horizontally slipping in annular groove, make the new steel wire rope being wound around be substituted into and discharge on the former steel wire rope position of drawing with sliding type, thereby be the new lay winding wire ropes position of soaring, the new steel wire rope being wound around can be laminated on former steel wire rope, former steel wire rope can discharge and draw smoothly, leading block a39 draws or introduces steel wire rope from the left side of capstan winch 40 tops to the annular groove of capstan winch 40, leading block b44 introduces or draws steel wire rope to the annular groove of capstan winch 40 from the right of capstan winch 40 belows, can further guarantee that the new steel wire rope being wound around can not be laminated on former steel wire rope.
Claims (7)
1. a green house of vegetables plows, whole ground one facility, it is characterized in that facility are mainly by frame, upper bearing (metal), lower bearing, power transmission shaft, rotor plough tool and reducing motor (1) composition, wherein, frame is by left skateboard (23), right slide plate (17), left support post (25), right support post (11), top rail (7), bottom rail (14) and electric machine support (2) form, left support post (25) is connected on left skateboard (23), right support post (11) is connected on right slide plate (17), top rail (7) and bottom rail (14) are installed in parallel between left support post (25) and right support post (11), electric machine support (2) is connected to the top of top rail (7), upper bearing (metal) is arranged on the side of top rail (7), lower bearing is arranged on the side of bottom rail (14), the axial line of upper bearing (metal) overlaps with the axial line of lower bearing, power transmission shaft is arranged on upper bearing (metal) and lower bearing, rotor plough tool is arranged on the lower end of power transmission shaft, reducing motor (1) is arranged on the electric machine support (2) of top rail (7) top, the rotating shaft of reducing motor (1) is connected to the upper end of power transmission shaft by shaft coupling,
Rotor plough tool is by ploughing seat (III), support shelves (I) and at least three wing colter (II) formation, plough seat (III) is cylindrical structure, there is the axially extending bore of perforation at the cylinder center of plough seat (III), axially extending bore is installed and is coordinated with the lower end of power transmission shaft, wing colter (II) plate body structure triangular in shape, three wedge angles of wing colter (II) are presented, in, lower setting, middle wedge angle is laterally projecting formation colter, upper wedge angle and lower wedge angle are at plow tail, upper wedge angle points to the top of plough tool, lower wedge angle directed towards ground forms sawtooth, three equidistant peripheries that are arranged on plough seat (III) of above wing colter (II), wing colter (II) is connected on plough seat (III) by supporting shelves (I), the plate body of each wing colter (II) is parallel with the axis of plough seat (III), each wing colter (II) is pressed arc track operation, the lower wedge angle of each wing colter (II) is combined into circular arc sawtooth,
Have left whole native plate (24) in the left side of facility, left whole native plate (24) is connected to the inner crest face of left skateboard (23), has right whole native plate (16) on the right side of facility, and right whole native plate (16) is connected to the inner crest face of right slide plate (17); After facility, have grading crosspiece (35), grading crosspiece (35) is connected to the rear portion of left whole native plate (24) and right whole native plate (16) by movable rod.
A kind of green house of vegetables according to claim 1 plow, whole ground one facility, it is characterized in that supporting shelves (I) for flat prismatic structure, the inner of supporting shelves (I) is connected on plough seat (III), the stage casing of supporting shelves (I) is bent downwardly, and the outer end of supporting shelves (I) is connected to the middle part of wing colter (II) inner side.
A kind of green house of vegetables according to claim 1 plow, whole ground one facility, it is characterized in that being respectively useful in the upper end of left support post (25) and the upper end of right support post (11) regulating shaft that regulates rotor plough tool height, on each regulating shaft, have adjusting handle.
A kind of green house of vegetables according to claim 1 plow, whole ground one facility, it is characterized in that between the stage casing and left skateboard (23) of left support post (25), respectively have reinforcing diagonal brace between the stage casing of right support post (11) and right slide plate (17).
A kind of green house of vegetables according to claim 1 plow, whole ground one facility, it is characterized in that rotor plough tool is left and right and arranges and be set to more than three groups, the power transmission shaft of each rotor plough tool is arranged on respectively on top rail (7) and bottom rail (14) by upper bearing (metal) and lower bearing, on each power transmission shaft, there is drive, between each drive, be rotated transmission by driving-belt.
A kind of green house of vegetables according to claim 1 plow, whole ground one facility, before it is characterized in that being connected with, draw shelves (33) between the front end of the whole native plate in a left side (24) and the front end of right whole native plate (16), on the middle part of front drawing shelves (33), have front draw ring (32); Between the rear end of the whole native plate in a left side (24) and the rear end of right whole native plate (16), be connected with post-tensioning shelves (36), on the middle part of post-tensioning shelves (36), have rear draw ring (37).
A kind of green house of vegetables according to claim 1 plow, whole ground one facility, the front portion that it is characterized in that left skateboard (23) and right slide plate (17) is the sledge slab structure upwarping.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420069836.2U CN203675555U (en) | 2014-02-18 | 2014-02-18 | Vegetable greenhouse ploughing and harrowing integrated machine tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420069836.2U CN203675555U (en) | 2014-02-18 | 2014-02-18 | Vegetable greenhouse ploughing and harrowing integrated machine tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203675555U true CN203675555U (en) | 2014-07-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420069836.2U Withdrawn - After Issue CN203675555U (en) | 2014-02-18 | 2014-02-18 | Vegetable greenhouse ploughing and harrowing integrated machine tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203675555U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103797919A (en) * | 2014-02-18 | 2014-05-21 | 衢州市煜鑫农产品加工技术开发有限公司 | All-in-one machine tool for plowing and soil preparing of vegetable greenhouse |
-
2014
- 2014-02-18 CN CN201420069836.2U patent/CN203675555U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103797919A (en) * | 2014-02-18 | 2014-05-21 | 衢州市煜鑫农产品加工技术开发有限公司 | All-in-one machine tool for plowing and soil preparing of vegetable greenhouse |
| CN103797919B (en) * | 2014-02-18 | 2016-04-06 | 衢州市煜鑫农产品加工技术开发有限公司 | A kind of green house of vegetables plows, whole ground one facility |
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