CN-224205680-U - Cabbage mechanical integrated ridging rope planter

CN224205680UCN 224205680 UCN224205680 UCN 224205680UCN-224205680-U

Abstract

The utility model relates to the technical field of sowing machinery, in particular to a mechanical integrated ridging rope planter for cabbages, which comprises an assembly frame, wherein a rear transverse frame is assembled on the rear side of the assembly frame, a ridging frame is hung at the bottom of the rear transverse frame, a ground breaking tip is assembled at the front end of the ridging frame, a rear sliding seat is arranged between the upper end of the ridging frame and the rear transverse frame, the rear sliding seat is inserted and assembled in the rear transverse frame, a guide pipe frame is assembled in the middle of the assembly frame, a guide bottom tip is fixedly arranged at the bottom of the guide pipe frame, a front vertical frame is supported on the front side of the guide pipe frame, transverse sliding rods are supported on the bottoms of the guide pipe frame and the front vertical frame, and two ends of each transverse sliding rod are assembled on the inner sides of two side walls of the assembly frame through side support. The utility model is convenient for auxiliary combined assembly and adjustment guide use according to the sowing use requirement of the cabbage seeds, and is beneficial to improving the operation use efficiency and effect.

Inventors

WANG ZHIYONG
PU XINGLIN
WANG ZHENGYONG
DU YANPING
ZHAO YANYAN
ZHANG XIAOWEI
YUAN YUXIANG
WEI XIAOCHUN
YANG SHUANGJUAN
SU HE
ZHANG HAIJUN

Assignees

河南省农业科学院蔬菜研究所
沪农滇农业科技(云南)有限公司

Dates

Publication Date: 20260508
Application Date: 20250607

Claims (7)

1. The mechanical integrated ridging rope planter for cabbages comprises an assembly frame (100) and is characterized in that a rear transverse frame (200) is assembled on the rear side of the assembly frame (100), a ridging frame (210) is hung at the bottom of the rear transverse frame (200), a ground breaking tip (211) is assembled at the front end of the ridging frame (210), a rear sliding seat (220) is arranged between the upper end of the ridging frame (210) and the rear transverse frame (200), the rear sliding seat (220) is inserted and assembled inside the rear transverse frame (200), a guide pipe frame (300) is assembled in the middle of the assembly frame (100), a guide bottom tip (301) is fixedly arranged at the bottom of the guide pipe frame (300), a front vertical frame (310) is supported on the front side of the guide pipe frame (300), transverse sliding rods (320) are supported on the bottoms of the guide pipe frame (300) and the front vertical frame (310), and two ends of the transverse sliding rods (320) are supported and assembled on the inner sides of two side walls of the assembly frame (100) through side supports (330).
2. The mechanized integrated ridging rope planter for Chinese cabbage of claim 1, wherein the assembling side shells (201) are assembled above two sides of the rear transverse frame (200) through bolts, the assembling frame (100) is inserted and assembled inside the assembling side shells (201), the front side of the ridging frame (210) is vertically provided with a vertical inclined beam (212), the vertical inclined beam (212) is positioned at the rear side of the breaking tip (211), two sides of the vertical inclined beam (212) are hinged with side inclined plates (214) through hinges (213), the side inclined plates (214) cover two sides of the ridging frame (210), rear supporting rods (215) are hinged on the rear inner sides of the side inclined plates (214), and the rear supporting rods (215) are assembled on the rear side walls of the ridging frame (210) through screw supports.
3. The mechanized integrated ridging rope planter for Chinese cabbage of claim 1, wherein the bottom of the rear sliding seat (220) is assembled at the top end of the ridging frame (210) through screws, the rear sliding seat (220) is inserted into the rear transverse frame (200), a rear threaded pin (221) is inserted into the rear sliding seat (220), the upper end of the rear threaded pin (221) is inserted into the upper wall of the rear transverse frame (200), a rear sliding groove (222) corresponding to the rear threaded pin (221) is formed in the upper wall of the rear transverse frame (200), and an inner sliding groove (223) corresponding to the rear sliding seat (220) is formed in the rear transverse frame (200).
4. The mechanized integrated ridging rope planter for Chinese cabbage of claim 1, wherein the front vertical frame (310) and the bottom support of the guide pipe frame (300) are provided with bottom supports (321), the bottom supports (321) are sleeved on the outer wall of the horizontal sliding rod (320), bottom nuts (322) are sleeved on the outer sides of the horizontal sliding rod (320), two groups of bottom nuts (322) are positioned on two sides of the bottom supports (321), side sliding rods (331) are supported in the side support (330), side sliding seats (332) are sleeved on the outer sides of the side sliding rods (331), the inner sides of the side sliding seats (332) are fixedly welded with two ends of the horizontal sliding rod (320), side nuts (333) are sleeved on the surface of the side sliding rods (331), and the two groups of side nuts (333) are positioned on the upper side sliding seat (332) and the lower side sliding seat (332).
5. The mechanized integrated ridging rope planter for Chinese cabbage of claim 1, wherein the rear side of the upper end of the front vertical frame (310) is supported and fastened with two side walls of the upper end of the guide pipe frame (300) through supporting ribs (311), an assembling shaft (340) is inserted and assembled at the upper end of the front vertical frame (310), shaft sleeves (341) are sleeved at the two ends of the assembling shaft (340), the shaft sleeves (341) are inserted and assembled inside the upper end of the front vertical frame (310) through bearings, a limit ring (342) is sleeved at the middle part of the assembling shaft (340), limit screws (343) are inserted in the outer wall threads of the limit ring (342), the inner ends of the limit screws (343) are abutted against the surface of the assembling shaft (340), the side section of the assembling shaft (340) is hexagonal, and corresponding through grooves are formed inside the limit ring (342).
6. The mechanized integrated ridging rope planter for Chinese cabbage of claim 1, wherein the guide pipe frame (300) is of an inverted L shape, the guide bottom tip (301) is obliquely arranged, an inner rail groove (302) is formed in the guide pipe frame (300), a limit pressing roller (303) and a limit supporting roller (304) which are symmetrically arranged are assembled in the inner rail groove (302), support rivets (305) are inserted and assembled in the limit pressing roller (303) and the limit supporting roller (304) through bearings, the support rivets (305) are fixed on two side walls of the guide pipe frame (300), and the surfaces of the limit supporting roller (304) and the limit pressing roller (303) are in arc-shaped concave arrangement.
7. The mechanical integrated ridging and rope sowing machine for cabbages according to claim 1, wherein the front side of the assembly frame (100) is supported with a traction frame (110), the traction frame (110) and the rear side of the assembly frame (100) are supported and assembled with reinforcing ribs (120), and the upper end of the traction frame (110) is provided with an assembly hole (130).

Description

Cabbage mechanical integrated ridging rope planter Technical Field The utility model relates to the technical field of sowing machinery, in particular to a mechanical integrated ridging rope sowing machine for cabbages. Background Cabbage is widely planted as daily edible vegetable types, and is a relatively efficient and accurate sowing mode along with continuous development and iteration of science and technology and mechanical equipment, the principle is that cabbage seeds are adhered to degradable rope belts through decomposable adhesive, and then the cabbage seeds are assembled on a rope sowing machine for carrying out tape-feeding sowing, so that the distance between the seeds is ensured to be more uniform, accurate sowing is realized, uniform growth and development of seedlings are facilitated, the workload of manual thinning is reduced, and meanwhile, the utilization rate and the emergence rate of the seeds are also improved; In this regard, china application number is CN202223526179.3, which discloses a seed rope ridging and sowing device, comprising a soil limiting hood, a rotary tillage device, a ridging device and a seed rope sowing mechanism, wherein the rotary tillage device, the ridging device and the seed rope sowing mechanism are fixedly connected with the soil limiting hood, the rotary tillage device and the ridging device are positioned below the soil limiting hood, the ridging device is positioned behind the rotary tillage device, the rotary tillage device is used for rotary tillage of soil below the soil limiting hood, the ridging device is used for ridging of the rotary tillage of the soil positioned in the soil limiting hood, the seed rope sowing mechanism is positioned above the soil limiting hood, and a seed rope soil entering guide end of the seed rope sowing mechanism passes through the soil limiting hood and is positioned between the rotary tillage device and the ridging device; However, the existing ridging rope sowing device is inconvenient to carry out auxiliary combined assembly and adjustment guiding use according to the sowing use requirement of the cabbage seeds, and influences the operation use efficiency and effect; therefore, in order to solve the problems, a mechanical integrated ridging rope planter for cabbages is provided. Disclosure of utility model The utility model aims to provide a cabbage mechanized integrated ridging rope sowing machine, which solves the problems that the conventional ridging rope sowing device provided in the background art is inconvenient to carry out auxiliary combined assembly and adjustment guiding use according to the sowing use requirement of cabbage seeds, and influences the operation use efficiency and effect. The technical scheme is that the mechanical integrated ridging rope planter for cabbages comprises an assembly frame, a rear transverse frame is assembled on the rear side of the assembly frame, a ridging frame is hung at the bottom of the rear transverse frame, a ground breaking tip is assembled at the front end of the ridging frame, a rear sliding seat is arranged between the upper end of the ridging frame and the rear transverse frame, the rear sliding seat is inserted and assembled in the rear transverse frame, a guide pipe frame is assembled in the middle of the assembly frame, a guide bottom tip is fixedly arranged at the bottom of the guide pipe frame, a front vertical frame is supported on the front side of the guide pipe frame, transverse sliding rods are supported on the bottoms of the guide pipe frame and the front vertical frame, and two ends of each transverse sliding rod are assembled on the inner sides of two side walls of the assembly frame through side support. As this scheme is still further, back crossbearer both sides top is equipped with the assembly limit shell through the bolt, and the assembly frame inserts and establishes the assembly inside the assembly limit shell, the ridging frame front side is erect and is equipped with perpendicular sloping, and erects the sloping and be located the tip rear side that breaks the earth, it has the side bevel board to erect sloping both sides limit through the hinge, the side bevel board covers in ridging frame both sides, and the inboard hinge supports behind the side bevel board has back branch, and back branch passes through the screw support assembly at ridging frame back lateral wall. As this scheme is still further, back slide bottom passes through the screw assembly at ridging top, and the back slide is inserted and is established inside the back crossbearer, the inside plug-in equipment of back slide has back spin, and back spin upper end penetration is established at back crossbearer upper wall, back crossbearer upper wall has seted up the back spout that corresponds with back spin, and the back crossbearer is inside to be seted up the interior spout that corresponds with the back slide. As this scheme is still further, preceding grudging post and guide pipe