CN110116290B - Manufacturing equipment for shaft diameter embossing and edge pushing of agricultural bidirectional disc plough accessory - Google Patents

Abstract

The invention discloses manufacturing equipment for the shaft diameter embossing and edging of agricultural bidirectional disk plough accessories, which structurally comprises: the invention realizes the matching of the indent edge-pushing frame and the disc plow plate by using the indent edge-pushing frame, the pulling buckle pressing embedding of the lug plates of the agricultural machinery can be hinged and angle-regulated stably along the bottom thread groove plate, the distance between every two grooves is forty-five degrees, the axle center end and the horizontal sliding distance are respectively fixed, the top curved plate forms an axle button effect that the buckle lug plates are arranged at the bottom and matched with the distance between the sliding belts, the center of the disc body is balanced stably, the centripetal force balance effect is obvious, the rotation distance and the sliding displacement distance of the plowed soil are controllable, the rotation speed and the sliding precision of the bidirectional disc plow are improved, the cultivation of plowed soil matched with seeds is ensured, and the uneven condition of each side direction force can not be caused by even depth of the soil pit, and the stability of the working efficiency of the agricultural machine is enhanced.

Description

Manufacturing equipment for shaft diameter embossing and edge pushing of agricultural bidirectional disc plough accessory

Technical Field

The invention relates to manufacturing equipment for shaft diameter embossing and edging of agricultural bidirectional disk plough accessories, belonging to the field of agriculture.

Background

Agricultural plow frame is the important mechanical part of digging of farming field seeding and loosening soil, and the cooperation operation has direct effect to the supplementary frame of agricultural machine and works, and on the production manufacturing of plough plate, it needs to be noted that the balanced condition of direction of disc can directly lead to the excessive reclamation of a great deal of operations on the arable land, influences crop growth and development, so firm balance is very important, and the public shortcoming of treating the optimization of present technique has:

hydraulic pressure level swing formula's two-way disc plough is because there is not the plough curb plate, so adopt disc tailwheel and balanced slide to add and hold work, but the axle center is rotatory or when the displacement slides, the balanced unstable seed soil groove that can cause to plough width and plough deeply of resultant force, influence crops seed excessively buries deep soil, the time lag of development alleviates airtightly, cause the time delay of breaking ground of seed rhizome, also lead to the phenomenon of vexed rotten seed, will have breach and the bad seed seedling of development in square field check, not can cause the lopping condition at same level to later stage ripe crop harvesting, lead to extravagant crop that the bottom has not developed yet, the good adjustment of biological development cycle.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide manufacturing equipment for the shaft diameter embossing and edging of an agricultural bidirectional disk plough accessory, which aims to solve the problems that when a hydraulic horizontal swinging type bidirectional disk plough is not provided with a plough side plate, a disk tail wheel and a balance sliding plate are adopted to additionally work, but when the shaft center rotates or slides in a displacement mode, the force balance is unstable, the ploughing width and the ploughing depth of a seed soil groove can be caused, the phenomenon that crop seeds are excessively buried in deep soil, the development time is delayed, the air impermeability is relieved, the root and stem soil breaking time of the seeds is delayed, the seeds are stuffy and rotted, gaps exist in square lattices, the seedlings of the seeds with poor development can be cut, the late-stage mature crops are picked at different horizontal heights, the pruning condition can be caused, the crops with undeveloped bottoms are wasted, and the biological development period is not easy.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides an agricultural two-way disc plough accessory's axle footpath knurling push away manufacturing installation of limit, its structure includes: the device comprises a man-machine interface screen, a gear cover, a pressure groove edge pushing rack, a shaft-driven motor, a shaft-driven batten frame, a stand column, a tray groove barrel seat and a disc plow plate, wherein the pressure groove edge pushing rack is mechanically connected with the shaft-driven batten frame, the shaft-driven motor is arranged at the rear side of the shaft-driven batten frame, the gear cover is nested on the tops of the pressure groove edge pushing rack and the shaft-driven batten frame, the man-machine interface screen is arranged at the right side of the gear cover, the stand column is inserted and embedded under the bottom of the shaft-driven batten frame, the stand column and the tray groove barrel seat are in interference fit, the disc plow plate is tightly attached to the top surface of the tray groove barrel seat, the pressure groove edge pushing rack is provided with a belt, a bearing wheel carrier, a transmission box, a plunger rod, a square groove shell cover, a plunger rod and a lead screw, the belt is mechanically connected with the bearing wheel carrier, the bearing wheel carrier is arranged in the transmission box, the plunger rod is mechanically connected, the piston cylinder is arranged in the square groove shell cover, the square groove shell cover is nested on the top of the firing pin column barrel, the belt is in clearance fit with the plunger rod, the lead screw is inserted and embedded under the bottom of the plunger rod and on the top of the firing pin column barrel, the axis of the lead screw is collinear, and the bearing wheel frame is mechanically connected with the shaft-driven bar pressing frame through the belt.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the disc moldboard consists of a moldboard disc ring, a corrugated plate, a short groove seat and an axis rod, wherein the corrugated plate is arranged inside the short groove seat, the axis rod is inserted and embedded in the circle center of the short groove seat, the short groove seat and the moldboard disc ring are of an integrated structure, and more than two corrugated plates are inserted and embedded together around the circle center of the axis rod.

As a further improvement of the invention, the corrugated plate consists of a top curved plate and a bottom corrugated groove plate, wherein the top curved plate is installed on the top of the bottom corrugated groove plate, and the top curved plate and the bottom corrugated groove plate are welded into a whole and are positioned on the same vertical plane.

As a further improvement of the invention, the firing pin column casing comprises a column casing groove shell, a threaded sliding frame block, a torsion spring inclined pull tube, a thin fin plate and an axis groove pressing pin, wherein the threaded sliding frame block is mechanically connected with the thin fin plate through the torsion spring inclined pull tube, the thin fin plate is movably connected with the column casing groove shell through a hinge shaft, the axis groove pressing pin is inserted and embedded under the bottom of the column casing groove shell and the axes of the thin fin plate are collinear, and more than two thin fin plates are arranged and the center of a circle surrounded by the column casing groove shell is inserted and embedded into a whole.

As a further improvement of the invention, the thin fin plate consists of a fin block, an arc top inner pad, a square cover plate, an alloy section block and a gel pad, wherein the arc top inner pad is inserted and embedded in the fin block, the alloy section block and the gel pad are embedded into a whole and are positioned on the same horizontal plane, the alloy section block is arranged in the square cover plate, and the fin block is tightly attached to the left side of the square cover plate.

As a further improvement of the invention, the axial center groove pressing pin comprises a conical disc cover, an axial center rotating pin, an arc-shaped sliding block, an axial center rotating disc, a tightening cylinder and a nylon plunger block, wherein the conical disc cover is nested on the top of the axial center rotating pin, the arc-shaped sliding block is tightly attached to the left side of the axial center rotating pin, the nylon plunger block is welded on the lower right corner of the axial center rotating pin, and the axial center rotating disc is mechanically connected with the tightening cylinder through the axial center rotating pin and the axial centers are collinear.

As a further improvement of the invention, the corrugated plate is of an arc-shaped left-right wavy corrugated plate structure with a right convex upper part and a left convex lower part, the convex arc top of the top sliding surface can be matched with the forward and backward propelling sliding effect, and then the threaded arc top at the bottom can be hinged with the plough disc for stabilization, so that the directional force balance effect of the centering shaft movement is formed.

As a further improvement of the invention, the thread sliding frame block is of a jacket alloy square shell sliding block structure with a groove cylinder with a circular thread inside, the precision of the meshing and feeding intervals of the turns of the internal thread is high, and then the jacket alloy slides, supports, displaces and is synchronously pressed and attached stably.

As a further improvement of the invention, the arc top inner pad is of a cushion block structure of a pyramid seat at the right end of a small arc lug at the left end, the front end face can be polished through the arc lug, and the rear end face scrapes burrs turned up by the axial center of the shaving disc plow under pressure deformation through the groove edge of the pyramid seat, so that a trimming effect is formed.

As a further improvement of the invention, the arc-shaped sliding block is of a cylindrical block structure with the upper concave front end face and the lower concave front end face being arc-shaped, the condition of collision friction deceleration can be avoided through the concave face, and the dynamic inertia enhancement of the shaft with the needle of the cylindrical block is achieved by utilizing the sliding fit of the edge section and the smooth rotation effect of the arc face.

Advantageous effects

The invention relates to a manufacturing device for shaft diameter knurling and edging of agricultural bidirectional disk plow fittings, which is characterized in that after a disk plow plate of agricultural mechanical fittings is placed on a tray groove cylinder seat by workers and is interlocked and fixed with an upright post, the electric potential of an interface screen of the workers and machines starts a shaft wheel of a shaft-driven motor to engage a gear cover to work, a shaft-driven batten rack is grafted to a transmission case of a notching and edging machine frame to form a belt and a plunger rod in a traction rolling square groove shell of a bearing wheel frame to rotate and sink in a piston cylinder, a screw thread sliding frame block in a cylinder groove shell of a plunger post cylinder is slowly pushed down by a screw rod to be engaged and slide downwards, a square cover plate of a thin fin plate is stretched by a torsional spring diagonal draw tube, an alloy section block is pressed with a gel pad to be attached to a sliding surface in a plow disk ring, the fin block and the arc top inner pad are pressed downwards to form a short groove seat and rotate at forty-five degrees, the fin block and the arc top press a corrugated plate to deform to form left and right arc convex effects of a top curved plate, the center rod is enabled to be centered and stable, the disc plough is pressed and pushed to form an annular corrugated groove, an ear plate of agricultural machinery is convenient to hinge, mesh and fix with a bottom corrugated groove plate, then a telescopic rod at the top is limited in small-interval sliding adhesion of a top curved plate, an axis rotating needle is rotated in a conical disc cover of the axis groove pressing needle, traction is carried out, an arc-shaped sliding block and an axis rotating disc rotate on a binding barrel to press a nylon plunger block to form angular torque torsion, the axis of the disc plough plate is concave on one side to form a lace center groove, the bidirectional disc plough is enabled to rotate in farmland to scrape the depth of a groove to be suitable for a sowing position, the width of the groove opening is moderate, and the homogeneous sowing development effect of agricultural planting is stabilized.

The invention has the following advantages after operation:

the groove-pressing edge-pushing machine frame is matched with the disc plow plate, the corrugated plate and the short groove seat are formed by pushing a firing pin column sleeve in the manufacturing process of the disc plow plate, the edge-pushing sealing plough disc ring can be printed on the periphery of the axis rod, so that the pulling buckling pressing embedding of the lug plate of the agricultural machine can be hinged along the bottom tooth groove plate to adjust the angle stably, the distance between every two grooves is forty-five degrees, the axis end and the horizontal sliding distance are respectively fixed, the top curved plate forms an axis button effect that the buckling lug plate is arranged at the bottom and is matched with the distance between the sliding belts, the center of the disc body is balanced stably, the centripetal force balance effect is obvious, the rotation distance and the sliding displacement distance of the plowed soil are controllable, the rotation speed and the sliding precision of the bidirectional disc plow are improved, the cultivation of plowed soil matched with seeds is ensured, and the uneven condition of each side direction force can not be caused by even depth of the soil pit, and the stability of the working efficiency of the agricultural machine is enhanced.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a schematic structural diagram of the manufacturing equipment for the shaft diameter embossing trimming of the agricultural reversible disc plow accessory.

FIG. 2 is a schematic side sectional view of the edge pushing frame of the present invention.

Fig. 3 is a schematic side view of the firing pin barrel of the present invention in a working condition.

FIG. 4 is a perspective schematic view of the disc moldboard of the present invention in its working position.

Fig. 5 is a schematic cross-sectional internal view of a corrugated plate and a thin fin plate according to the present invention in an operating state.

Fig. 6 is a schematic view of the structure of the axial groove pressing pin in a three-dimensional internal view in the working state of the invention.

FIG. 7 is a schematic view of the working states of the disc plow plate, the thin fin plate and the axis groove tucking.

Description of reference numerals: man-machine interface screen-1, gear cover-2, groove-pressing edge-pushing frame-3, shaft-moving motor-4, shaft-moving strip-pressing frame-5, upright post-6, tray groove barrel seat-7, disc colter board-8, belt-31, bearing wheel frame-32, transmission case-33, plunger rod-34, piston cylinder-35, square groove shell cover-36, firing pin barrel-37, screw rod-38, colter disc ring-81, corrugated plate-82, short groove seat-83, shaft center rod-84, top curved plate-821, bottom corrugated groove plate-822, cylinder groove shell-371, threaded sliding frame block-372, torsion spring inclined pull tube-373, thin fin plate-374, shaft center groove press needle-375, fin block-3741, arc top inner pad-3742, Square cover plate-3743, alloy section bar block-3744, gel pad-3745, conical disc cover-3751, axial rotating needle-3752, arc slide block-3753, shaft rotating disc-3754, tightening cylinder-3755 and nylon plunger block-3756.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1-7, the present invention provides an apparatus for manufacturing a shaft diameter knurling and edging of an agricultural reversible disc plow assembly, which comprises: the groove-pressing and edge-pushing machine comprises a man-machine interface screen 1, a gear cover 2, a groove-pressing and edge-pushing rack 3, a shaft-driven motor 4, a shaft-driven batten frame 5, an upright post 6, a tray groove barrel seat 7 and a disc plow plate 8, wherein the groove-pressing and edge-pushing rack 3 is mechanically connected with the shaft-driven batten frame 5, the shaft-driven motor 4 is installed at the rear side of the shaft-driven batten frame 5, the gear cover 2 is nested on the tops of the groove-pressing and edge-pushing rack 3 and the shaft-driven batten frame 5, the man-machine interface screen 1 is installed at the right side of the gear cover 2, the upright post 6 is inserted and embedded under the bottom of the shaft-driven batten frame 5, the upright post 6 and the tray groove barrel seat 7 are in interference fit, the disc plow plate 8 is tightly attached to the top surface of the tray groove barrel seat 7, the groove-pressing and edge-pushing rack 3 is provided with a belt 31, a bearing wheel carrier 32, a transmission box 33, a plunger rod 34, a piston cylinder 35, a square groove shell cover 36, the bearing wheel carrier 32 is arranged in the transmission case 33, the plunger rod 34 is mechanically connected with the piston cylinder 35 and the axes of the plunger rod and the piston cylinder 35 are collinear, the piston cylinder 35 is arranged in the square groove casing 36, the square groove casing 36 is nested on the top of the firing pin column barrel 37, the belt 31 is in clearance fit with the plunger rod 34, the lead screw 38 is inserted and nested under the bottom of the plunger rod 34 and on the top of the firing pin column barrel 37 and the axes of the lead screw and the firing pin column barrel are collinear, and the bearing wheel carrier 32 is mechanically connected with the shaft-driven pressing bar carrier 5 through the belt 31.

Referring to fig. 4, the disc moldboard 8 is composed of a moldboard disc ring 81, a corrugated plate 82, a short slot seat 83, and an axial center rod 84, the corrugated plate 82 is installed inside the short slot seat 83, the axle center rod 84 is inserted and embedded on the center of the short slot seat 83, the short slot seat 83 and the plough disc ring 81 are of an integral structure, more than two corrugated plates 82 are arranged and are inserted together around the center of the shaft center rod 84, the corrugated plate 82 is an arc-shaped left and right undulated corrugated plate structure with a convex upper part and a convex lower part, the convex arc top of the sliding surface at the top can be matched with the forward and backward propelling sliding effect, then the screw thread arc top at the bottom can be hinged with the plough disc to be stable, so as to form the dynamic directional force balance effect of the centering shaft, the corrugated plate 82 rotates once every forty-five degrees in the corrugated plate 82 to form intermittent motion, so that the stability of the force-oriented protection equipment and the homogeneous processing effect of agricultural soil planing are adjusted.

Referring to fig. 3, the striker cylinder 37 is composed of a cylinder groove housing 371, a threaded slider 372, a torsion spring diagonal tube 373, a thin fin plate 374, and an axial groove plunger 375, the threaded carriage block 372 is mechanically connected to the thin finned plate 374 by a torsion spring diagonal tube 373, the thin fin plate 374 is movably connected with the cylinder groove shell 371 through a hinge shaft, the axis groove press needle 375 is inserted and embedded under the bottom of the cylinder groove shell 371, the axes are collinear, the thin fin plate 374 is provided with more than two circles and the circle centers surrounded by the column casing groove shell 371 are inserted and embedded into a whole, the thread sliding frame block 372 is of an outer sleeve alloy square shell sliding block structure with a circular thread groove cylinder inside, the precision of the meshing and feeding intervals of the turns of the internal thread is high, then the outer sleeve alloy slides, supports, displaces, synchronously presses and is stable, and the thin fin plate 374 horizontally presses and presses the disc plow plate 8, so that the balance of axial and centripetal forces obtains a counterweight stabilizing effect.

Referring to fig. 5 and 7, the corrugated plate 82 includes a top curved plate 821 and a bottom corrugated groove plate 822, the top curved plate 821 is mounted on the top of the bottom corrugated groove plate 822, the top curved plate 821 and the bottom corrugated groove plate 822 are welded together and are located on the same vertical plane, the thin fin plate 374 includes a fin block 3741, an arc top inner pad 3742, a square cover plate 3743, an alloy profile block 3744 and a gel pad 3745, the arc top inner pad 3742 is inserted into the fin block 3741, the alloy profile block 3744 and the gel pad 3745 are inserted into the same horizontal plane, the alloy profile block 3744 is mounted inside the square cover plate 3743, the fin block 3741 is tightly attached to the left side burr of the square cover plate 3743, the arc top inner pad 3742 is a right-end pyramid structure of a left-end small arc-shaped convex block 3743, a front end face can be polished by the arc convex block, a rear end face is scraped by the pyramid-shaped disc seat and then shaved, the trimming effect is formed, and the regulation precision of angular torque and linear speed is excellent when agricultural seeding is formed by limiting the front and back sliding of the top curved plate 821 and hinging and pressing the batten with the inclined insection of the bottom insection groove plate 822.

Referring to fig. 6 and 7, the axial center groove plunger 375 is composed of a conical disc cover 3751, an axial center rotating pin 3752, an arc-shaped sliding block 3753, an axial rotating disc 3754, a tightening cylinder 3755, and a nylon plunger 3756, the conical disc cover 3751 is nested on the top of the axis rotating needle 3752, the arc-shaped sliding block 3753 is tightly attached to the left side of the axis rotating needle 3752, the nylon plunger 3756 is welded at the right lower corner of the axle center rotating pin 3752, the axle center rotating pin 3754 is mechanically connected with the tightening cylinder 3755 through the axle center rotating pin 3752, the axle center is collinear, the arc sliding block 3753 is a column block structure with the upper and lower concave front end surfaces being arc, the condition of collision friction deceleration can be avoided through the concave surface, the dynamic inertia enhancement of the shaft with the needle of the column block is achieved by utilizing the sliding fit of the edge section and the smooth rotation effect of the arc surface, the nylon plunger block 3756 is pressed along the axis rotating needle 3752 by the arc-shaped sliding block 3753 to form a buffer shaping matching effect of forty-five-degree rotating frame pause and stop.

The working process is as follows: after a worker places a disc plow plate 8 of an agricultural mechanical accessory on a tray groove barrel seat 7 to be interlocked and fixed with an upright post 6, the potential of an operation man-machine interface screen 1 starts a shaft-driven motor 4 to be meshed with a shaft wheel of a gear cover 2 to work, a shaft-driven batten 5 is grafted to a transmission box 33 of a groove-pressing and edge-pushing rack 3, a belt 31 and a plunger rod 34 in a traction rolling square groove shell 36 of a bearing wheel frame 32 are formed to rotate and sink in a piston cylinder 35, a screw rod 38 slowly pushes down a threaded slide block 372 in a column cylinder groove shell 371 of a plunger post 37 to be meshed with a sliding block 372 in the column cylinder groove shell 371, a torsion spring inclined pull pipe 373 stretches a square cover plate 3743 of a thin fin plate 374, an alloy section block 3744 and a gel pad 3745 are pressed and pasted on a sliding surface in a plow disc ring 81, a short groove seat 83 is formed by the accumulated force of downward pressing of a fin block 3741 and an arc top inner pad 3742 to rotate at forty-five degrees, the fin block 3741 and the arc top inner pad 3742 are pressed against a curved surface plate 82 to generate, the axis rod 84 is centered and stable, the embossing and edge pushing of the disc plough are carried out to form an annular corrugated groove, an ear plate of the agricultural machine is conveniently hinged, meshed and fixed with a bottom corrugated groove plate 822, then a top telescopic rod is in sliding fit and limited in a small space of a top curved plate 821, an axis rotating needle 3752 is rotated in a conical disc cover 3751 of an axis groove pressing needle 375, a traction arc-shaped sliding block 3753 and a shaft rotating disc 3754 rotate on a tightening cylinder 3755 to press and press a nylon column plug 3756 to form angular torque twisting, the axis of the disc plough plate 8 is concave on one side to form a lace central groove, the depth of the groove is scraped by the bidirectional disc plough in the rotary farmland ploughing, the sowing position is suitable, the width of the groove opening is moderate, and the uniform sowing development effect of the agricultural planting is stabilized.

The invention achieves the aim of matching the indent edge-pushing frame 3 with the disc plow plate 8 by the combination of the above parts, and in the manufacturing process of the disc plow plate 8, the corrugated plate 82 and the short groove seat 83 are formed by pushing the firing pin column tube 37, and the edge-pushing sealing plow disc ring 81 can be printed around the axis rod 84, so that the pulling, buckling and embedding of the ear plate of the agricultural machine can be stably adjusted along the hinging of the bottom insection groove plate 822, the distance between each groove is forty-five degrees, the axis end and the horizontal sliding distance are respectively fixed, the top curved plate 821 forms an axis button effect that the buckling ear plate is at the bottom and is matched with the distance between the sliding belts, the center of the disc body is stably weighted, the centripetal force balance effect is obvious, the rotation distance and the sliding displacement distance of soil are controllable, the rotation speed and the sliding precision of the disc bidirectional plow are improved, the planting of the soil matching seeds is guaranteed, and the depth of soil pits is uniform and the condition that the lateral forces are not unbalanced is, agricultural machine work efficiency's stability is strengthened, solve hydraulic pressure level swing formula two-way disc plough with this because do not have the plough curb plate, so adopt disc tailwheel and balanced slide to add and hold work, but when the axle center is rotatory or the displacement slides, to the force balance unstability can cause ploughing wide and ploughing dark seed soil groove, influence crops seed excessive buried deep soil, the time lag of development alleviates ventilative, cause the broken soil time of seed rhizome to delay, also lead to the phenomenon of puggy seed, will have breach and the bad seed seedling of development in square field check, not can cause the lopping condition at same level to later stage ripe crop harvesting, lead to extravagant bottom crop still not developing, the problem of the good adjustment of biological development cycle.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims (8)

1. The utility model provides an agricultural two-way disc plough accessory's axle footpath knurling push away manufacturing installation of limit, its structure includes: man-machine interface screen (1), gear housing (2), indent push away limit frame (3), axle moving motor (4), axle moving layering frame (5), stand (6), tray groove barrel holder (7), disc moldboard (8), its characterized in that:

the pressure tank edge pushing frame (3) is mechanically connected with the shaft-driven pressure bar frame (5), the shaft-driven motor (4) is installed on the rear side of the shaft-driven pressure bar frame (5), the gear cover (2) is nested on the tops of the pressure tank edge pushing frame (3) and the shaft-driven pressure bar frame (5), the man-machine interface screen (1) is installed on the right side of the gear cover (2), the stand column (6) is inserted and embedded under the bottom of the shaft-driven pressure bar frame (5), the stand column (6) is matched with the tray tank barrel seat (7), and the disc plow plate (8) is tightly attached to the top surface of the tray tank barrel seat (7);

the groove pressing and edge pushing rack (3) is provided with a belt (31), a bearing wheel carrier (32), a transmission box (33), a plunger rod (34), a piston cylinder (35), a square groove shell cover (36), a plunger pin column barrel (37) and a screw rod (38);

the belt (31) is mechanically connected with the bearing wheel carrier (32), the bearing wheel carrier (32) is installed inside the transmission case (33), the plunger rod (34) is mechanically connected with the piston cylinder (35), the piston cylinder (35) is installed inside the square groove shell cover (36), the square groove shell cover (36) is nested on the top of the plunger rod barrel (37), the belt (31) is matched with the plunger rod (34), the screw rod (38) is inserted and embedded under the bottom of the plunger rod (34) and on the top of the plunger rod barrel (37), and the bearing wheel carrier (32) is mechanically connected with the axial-motion batten pressing frame (5) through the belt (31).

2. The manufacturing equipment of the shaft diameter embossing edging of the agricultural reversible disc plow accessory as claimed in claim 1, characterized in that: disc moldboard (8) comprises colter dish ring (81), buckled plate (82), short cell holder (83), axle center pole (84), the inside in short cell holder (83) is installed in buckled plate (82), axle center pole (84) are inserted and are inlayed in the centre of a circle of short cell holder (83), short cell holder (83) and colter dish ring (81) structure as an organic whole.

3. The manufacturing equipment of the shaft diameter embossing edging of the agricultural reversible disc plow accessory as claimed in claim 2, characterized in that: the corrugated plate (82) is composed of a top curved plate (821) and a bottom corrugated groove plate (822), the top curved plate (821) is installed on the top of the bottom corrugated groove plate (822), and the top curved plate (821) and the bottom corrugated groove plate (822) are welded into a whole.

4. The manufacturing equipment of the shaft diameter embossing edging of the agricultural reversible disc plow accessory as claimed in claim 1, characterized in that: the striker column sleeve (37) is composed of a column sleeve groove shell (371), a thread sliding frame block (372), a torsion spring inclined pull tube (373), a thin fin plate (374) and an axis groove pressing pin (375), wherein the thread sliding frame block (372) is mechanically connected with the thin fin plate (374) through the torsion spring inclined pull tube (373), the thin fin plate (374) is movably connected with the column sleeve groove shell (371) through a hinge shaft, and the axis groove pressing pin (375) is inserted and embedded under the bottom of the column sleeve groove shell (371).

5. The manufacturing equipment of the shaft diameter embossing edging of the agricultural reversible disc plow accessory as claimed in claim 4, characterized in that: the thin fin plate (374) is composed of fin blocks (3741), arc top inner pads (3742), a square cover plate (3743), alloy profile blocks (3744) and gel pads (3745), the arc top inner pads (3742) are inserted into the fin blocks (3741), the alloy profile blocks (3744) and the gel pads (3745) are nested into a whole, the alloy profile blocks (3744) are installed inside the square cover plate (3743), and the fin blocks (3741) are tightly attached to the left side of the square cover plate (3743).

6. The manufacturing equipment of the shaft diameter embossing edging of the agricultural reversible disc plow accessory as claimed in claim 4, characterized in that: the axis groove pressing pin (375) is composed of a conical disc cover (3751), an axis rotating pin (3752), an arc-shaped sliding block (3753), a shaft rotating disc (3754), a tightening cylinder (3755) and a nylon plunger block (3756), the conical disc cover (3751) is nested on the top of the axis rotating pin (3752), the arc-shaped sliding block (3753) is tightly attached to the left side of the axis rotating pin (3752), the nylon plunger block (3756) is welded to the lower right corner of the axis rotating pin (3752), and the shaft rotating disc (3754) is mechanically connected with the tightening cylinder (3755) through the axis rotating pin (3752).

7. The manufacturing equipment of the shaft diameter embossing edging of the agricultural reversible disc plow accessory as claimed in claim 2, characterized in that: the corrugated plate (82) is of an arc-shaped left-right wavy corrugated plate structure with a convex upper right side and a convex lower left side.

8. The manufacturing equipment of the shaft diameter embossing edging of the agricultural reversible disc plow accessory as claimed in claim 4, characterized in that: the thread sliding frame block (372) is of an outer sleeve alloy square shell sliding block structure with a round thread groove barrel in the inner part.

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