阅读说明：本技术 一种白刺花种植用除草装置 (Burserra planting is with weeding device ) 是由 陈芝能 龙忠富 于 2020-08-06 设计创作，主要内容包括：本发明公开了一种白刺花种植用除草装置,其结构包括：防飞溅罩槽、传动机箱罩、环铲翻根架座、轴动盘、天线杆、轴动电机、移动轮,本发明实现了运用传动机箱罩与环铲翻根架座相配合,通过在园林修剪过程中,传动机箱罩与环轨检测槽对白刺花的根部进扫描定位后,周边的环铲刨土通过翻板铲斗架形成一个杂草根茎的破坏效果,让残留的杂草根茎腐坏后可以有效反馈白刺花根茎形成养分补给操作,且杂草叶片通过刀盘推压架运动受到铡切后根茎的翻铲时杂草除根,避免依附在白刺花根部进行寄生,提升白刺花的发育高效培植,且带动翻土效率,让花朵根茎透气,有效避免烂根腐坏现象,提升白刺花的高效除草养护一体化效果。(The invention discloses a weeding device for planting nitraria tangutorum bobr, which structurally comprises: the invention realizes the matching of the transmission case cover and the ring shovel turning root frame seat, in the garden trimming process, after the transmission case cover and the circular rail detection groove scan and position the root of the white thorn flower, the peripheral annular shovel digs soil to form a damage effect of the weed rhizome through the turnover plate bucket frame, so that the residual weed rhizome can be effectively fed back to the nitraria root to form nutrient supply operation after being rotten, and the weed blades are moved by the cutter head pushing frame to remove the roots of the weeds when the cut rootstocks are shoveled by the turning shovel, thereby avoiding the weeds attached to the roots of the nitraria tangutorum bobr to be parasitized, promoting the growth and the high-efficiency cultivation of the nitraria tangutorum bobr, and the soil turning efficiency is driven, roots and stems of the flowers are ventilated, the root rot phenomenon is effectively avoided, and the high-efficiency weeding and curing integrated effect of the nitraria tangutorum is improved.)

1. The utility model provides a whiteflower thorn flower is planted and is used weeding device which the structure includes: prevent cover groove (1), transmission case cover (2), ring shovel and turn over a frame foundation (3), axle driving disk (4), antenna mast (5), axle driving motor (6), remove wheel (7), its characterized in that:

the ring shovel turning root frame seat (3) is nested below the bottom of the shaft-driven disk (4), the anti-splashing cover groove (1) is installed below the bottom of the transmission case cover (2), the transmission case cover (2) is mechanically connected with the ring shovel turning root frame seat (3) through a rolling shaft, the antenna rod (5) is inserted and embedded on the top of the shaft-driven motor (6), the shaft-driven motor (6) is installed on the right side of the transmission case cover (2), and the shaft-driven motor (6) is mechanically connected with the moving wheel (7);

the ring shovel root turning frame seat (3) is provided with a turning plate shovel bucket frame (3A), a ring rail detection groove (3B), a side bending clamping sleeve (3C), a cutter head pushing frame (3D), a cavity inner groove (3E) and a bundle sleeve frame seat (3F);

the turning plate bucket frame (3A) is mechanically connected with the ring rail detection groove (3B), two side clamping bent sleeves (3C) are arranged and are respectively nested at the left side and the right side of the ring rail detection groove (3B), the cutter disc pushing frame (3D) is matched with the cavity inner groove (3E), the turning plate bucket frame (3A) is movably connected with the cutter disc pushing frame (3D), the cavity inner groove (3E) and the bundling sleeve frame seat (3F) are of an integrated structure, the ring rail detection groove (3B) is installed in the cavity inner groove (3E), and the bundling sleeve frame seat (3F) is nested below the bottom of the shaft moving disc (4).

2. The weeding device for planting nitraria tangutorum bobr according to claim 1, wherein: the plate-turning bucket frame (3A) comprises a plate-cutting wheel seat (3A 1), a bucket plate groove (3A 2), a shaft wheel frame rod (3A 3) and a spring tube (3A 4), the plate-cutting wheel seat (3A 1) is installed on the right side of the bucket plate groove (3A 2), the bucket plate groove (3A 2) is mechanically connected with the shaft wheel frame rod (3A 3), and the shaft wheel frame rod (3A 3) and the spring tube (3A 4) are nested into a whole.

3. The weeding device for planting nitraria tangutorum bobr according to claim 2, wherein: the plate shearing wheel seat (3A 1) is composed of a through hole ball (3A 11), a low-lining plate shearing seat (3A 12), a torsion spring clamping frame rod (3A 13) and a shaft wheel shearing plate (3A 14), the low-lining plate shearing seat (3A 12) is mechanically connected with the shaft wheel shearing plate (3A 14) through the torsion spring clamping frame rod (3A 13), and the through hole ball (3A 11) is matched with the torsion spring clamping frame rod (3A 13).

4. The weeding device for planting nitraria tangutorum bobr according to claim 1, wherein: the circular rail detection groove (3B) is composed of a detection sliding block (3B 1) and a circular rail groove (3B 2), the detection sliding block (3B 1) is installed inside the circular rail groove (3B 2), and the detection sliding block (3B 1) is matched with the circular rail groove (3B 2).

5. The weeding device for planting nitraria tangutorum bobr according to claim 4, wherein: detect slider (3B 1) by fan flap piece (3B 11), triode tray (3B 12), flat pad frame (3B 13), lead boots catching groove (3B 14) and constitute, triode tray (3B 12) and flat pad frame (3B 13) are nested integratively, the inside in fan flap piece (3B 11) is installed in triode tray (3B 12), fan flap piece (3B 11) and lead boots catching groove (3B 14) lock together.

6. The weeding device for planting nitraria tangutorum bobr according to claim 1, wherein: bent sleeve (3C) is pressed from both sides by side comprises lining frame strip groove (3C 1), curved strip sleeve (3C 2), lining frame strip groove (3C 1) are installed in the inside of curved strip sleeve (3C 2), lining frame strip groove (3C 1) and curved strip sleeve (3C 2) structure as an organic whole.

7. The weeding device for planting nitraria tangutorum bobr according to claim 6, wherein: the lining frame strip groove (3C 1) is composed of a three-pin hemispherical frame (3C 11), a strip groove block (3C 12), a fin rod seat (3C 13) and a discount plate seat (3C 14), the fin rod seat (3C 13) is buckled with the discount plate seat (3C 14), the three-pin hemispherical frame (3C 11) is installed between the fin rod seat (3C 13) and the discount plate seat (3C 14), and the fin rod seat (3C 13) and the discount plate seat (3C 14) are installed inside the strip groove block (3C 12).

8. The weeding device for planting nitraria tangutorum bobr according to claim 1, wherein: the cutter head pushing frame (3D) comprises a pillar cutter head (3D 1), a folding frame batten (3D 2) and a speed reduction batten (3D 3), the pillar cutter head (3D 1) is inserted into the folding frame batten (3D 2), and the folding frame batten (3D 2) is embedded into a whole with the speed reduction batten (3D 3).

9. The weeding device for planting nitraria tangutorum bobr according to claim 8, wherein: pillar blade dish (3D 1) comprises torsion spring wire column groove (3D 11), presss from both sides dress gallows (3D 12), cutting edge disk body (3D 13), ring through hole (3D 14), torsion spring wire column groove (3D 11) with press from both sides dress gallows (3D 12) mechanical connection, cutting edge disk body (3D 13) and ring through hole (3D 14) structure as an organic whole, it cooperatees with ring through hole (3D 14) to press from both sides dress gallows (3D 12).

Technical Field

The invention discloses a weeding device for planting nitraria tangutorum bobr, and belongs to the field of gardens.

Background

The nitraria tangutorum bobr is a flower-bone plant with the white petal ends in the shape of spines superposed, the growth inhibition phenomenon is avoided by periodical weeding when the nitraria tangutorum bobr is planted, the high efficiency of garden weeding sanitation treatment is improved, the periodical nursing of equipment promotes the development of the nitraria tangutorum bobr, and the public defect to be optimized in the prior art is as follows:

when flowers and leaves of the nitraria tangutorum bobr bloom outwards, nutrient supply of roots and stems is easy to disperse and supply space for weed development in soil, so that the excessive growth of the weeds covers the nitraria tangutorum bobr, the flower surface of the nitraria tangutorum bobr cannot be effectively exposed, the roots and stems of the weeds in later period interfere with the development of the nitraria tangutorum bobr to separate the nutrients of the roots and the stems of the nitraria tangutorum bobr, excessive fertilizer in soil is used for supplying and developing the weeds, the roots of the weeds are remained, the roots of the weeds are cut, the roots of the weeds are still wound around the bottom of the nitraria tangutorum bobr, and the root and the buds of the nitraria tangutorum bo.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a weeding device for planting nitraria tangutorum bobr, which solves the problems that when flowers and leaves of the nitraria tangutorum bobr bloom, nutrient supply of roots and stems is easy to disperse in soil to supply spaces for weed development, so that the flowers and the faces of the nitraria tangutorum bobr cannot be effectively exposed due to the fact that weed leaves grow too long to cover the nitraria tangutorum bobr, roots and stems of weeds are still wound around the bottom of the nitraria tangutorum bobr to separate the nutrients of the roots and the stems of the nitraria tangutorum bobr after the roots and the buds of the weeds are subjected to weeding and residual, and the roots and the stems of the nitraria tangutorum bobr are still wound around the bottom after the weeds and the leaves are cut.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a whiteflower thorn flower is planted and is used weeding device which the structure includes: the anti-splash cover comprises an anti-splash cover groove, a transmission case cover, a ring shovel turning root frame seat, an axial motion disc, an antenna rod, an axial motion motor and a motion wheel, wherein the ring shovel turning root frame seat is nested below the bottom of the axial motion disc, the axes of the anti-splash cover groove are collinear, the anti-splash cover groove is installed below the bottom of the transmission case cover and is communicated with the transmission case cover, the transmission case cover is mechanically connected with the ring shovel turning root frame seat through a rolling shaft, the antenna rod is inserted and embedded on the top of the axial motion motor and is vertical to each other, the axial motion motor is installed on the right side of the transmission case cover and is positioned on the same horizontal plane, the axial motion motor is mechanically connected with the motion wheel, the axes of the axial motion motor are collinear, the ring shovel turning root frame seat is provided with a turning plate shovel bucket frame, a ring rail detection groove, a side clamping bent sleeve, a cutter disc pushing frame, a cavity inner groove and a bundle sleeve frame seat, the turning plate bucket frame is mechanically connected with the ring rail detection groove and is positioned on the, the cutter head pushing frame and the cavity inner grooves are in interference fit, the turning plate bucket frame is movably connected with the cutter head pushing frame, the cavity inner grooves and the bundle sleeve frame seat are of an integrated structure and are communicated with each other, the ring rail detection groove is installed in the cavity inner grooves and is collinear with the axis, and the bundle sleeve frame seat is nested under the bottom of the shaft-driven disc and is collinear with the axis.

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

as a further improvement of the invention, the plate-turning bucket frame consists of a plate-cutting wheel seat, a bucket plate groove, a shaft wheel frame rod and a spring pipe, wherein the plate-cutting wheel seat is arranged on the right side of the bucket plate groove and is positioned on the same vertical plane, the bucket plate groove is mechanically connected with the shaft wheel frame rod, and the shaft wheel frame rod and the spring pipe are nested into a whole.

As a further improvement of the invention, the plate shearing wheel seat is composed of through-hole balls, a low-lining plate shearing seat, a torsional spring clamping frame rod and a shaft wheel shearing plate, wherein the low-lining plate shearing seat is mechanically connected with the shaft wheel shearing plate through the torsional spring clamping frame rod, and the through-hole balls are in interference fit with the torsional spring clamping frame rod.

As a further improvement of the invention, the circular rail detection groove is composed of a detection sliding block and a circular rail groove, the detection sliding block is arranged inside the circular rail groove, and the detection sliding block and the circular rail groove are in clearance fit.

As a further improvement of the invention, the detection slider consists of a fan blade block, a triode tray, a flat pad frame and a guide shoe buckling groove, the triode tray and the flat pad frame are nested into a whole, the triode tray is arranged inside the fan blade block and is positioned on the same vertical surface, and the fan blade block and the guide shoe buckling groove are buckled together.

As a further improvement of the invention, the side clamping bent sleeve consists of a lining frame strip groove and a bent sleeve, the lining frame strip groove is arranged in the bent sleeve and is positioned on the same cambered surface, and the lining frame strip groove and the bent sleeve are of an integral structure.

As a further improvement of the invention, the lining frame strip groove consists of a three-pin semispherical frame, a strip groove block, a fin rod seat and a discount plate seat, wherein the fin rod seat and the discount plate seat are buckled together and are positioned on the same vertical surface, the three-pin semispherical frame is arranged between the fin rod seat and the discount plate seat, and the fin rod seat and the discount plate seat are arranged inside the strip groove block.

As a further improvement of the invention, the cutter head pushing frame consists of a pillar cutter head, a folding frame batten and a speed reduction flap plate, the pillar cutter head and the folding frame batten are inserted and embedded together and are positioned on the same vertical surface, and the folding frame batten and the speed reduction flap plate are embedded into a whole.

As a further improvement of the invention, the support cutter head consists of a torsion spring wire column groove, a clamping hanger, a cutting edge disk body and a circular through hole, the torsion spring wire column groove is mechanically connected with the clamping hanger, the cutting edge disk body and the circular through hole are in an integral structure and are positioned on the same vertical plane, and the clamping hanger and the circular through hole are in clearance fit.

As a further improvement of the invention, the arbor wheel shear is of a shear structure with a fin plate at the bottom inserted into an arbor wheel top disk seat, so that the up-and-down opening and closing matching of forceps holder operation are facilitated, the weed roots around the rhizomes of the nitraria tangutorum are cut by turning soil, and the nutrients of the segmented weed rhizomes are fed back and absorbed into the rhizomes of the nitraria tangutorum, thereby realizing the development promoting effect.

As a further improvement of the invention, the triode tray is of a tray seat structure with a crystal brake cap on the left side and three pin rods in inserted connection, so that after the position of the rhizomes of the nitraria tangutorum bobr is detected by conveniently scanning the lamp beads matched with the crystal brake cap in a rotating mode, the nitraria tangutorum bobr is effectively prevented from being cut by mistake by a centrally arranged rack, and then the periphery of the nitraria tangutorum bobr plant is annularly sleeved to form a weeding operation effect.

As a further improvement of the invention, the three-needle semispherical frame is a spherical frame structure with three needle tubes inserted into the semispherical with a wide diameter at the top and a narrow diameter at the bottom, so that the rated pressure can be conveniently regulated and controlled by the needle tubes through the upper and lower support cushions, when the needle tubes are broken and clamped rapidly, the track sides are effectively constricted, and the deceleration friction pressure is improved.

As a further improvement of the invention, the clamping hanger is of a hanger structure with a clamping wheel lifting connecting rod at the bottom, so that the clamping wheel can roll in a manner of being matched with the cutter head opening to form a rolling friction coefficient to clamp the cutter, weeds at the edges can be effectively cut, and the blooming and extending space of the white bur flowers is increased.

Advantageous effects

The invention relates to a weeding device for planting nitraria tangutorum bobr.A worker starts a shaft-driven motor to drive a movable wheel to rotate and move, an antenna rod receives an electric signal regulated and controlled by the worker, an anti-splash cover groove lifts a transmission case cover to drive a ring shovel to turn over a cavity inner groove of a root frame seat and a binding sleeve frame seat, so that a ring rail groove of a ring rail detection groove driven by a shaft-driven disc drives a scraper pan groove of a turning plate bucket frame to move, a triode tray is wrapped by a leaf block of a detection slide block to clamp and fix along a flat cushion frame, a guide shoe catching groove rotates to move along a circular track, a shaft wheel frame rod and a spring pipe are driven to rotate, a through hole ball of a shearing plate wheel seat rolls a torsion spring clamping frame rod to drive a low-lining shearing plate seat and the shaft wheel to shear weed roots, soil turning operation is adapted, so that a lining frame strip groove of a side-clamping sleeve clamps a three-needle semispherical frame to clamp through a strip groove block sleeve to form a slip-protecting rotary spacer support effect, the cutter head pushing frame is matched with the jacking rotation to improve the operation of cutting the long blades of the weeds, so that the weeding device for planting the nitraria tangutorum bobr fundamentally eliminates the periodic generation of the weeds, prolongs the weed spreading time, ensures the space amount and the time amount of the growth of the nitraria tangutorum bobr, and improves the garden protection operation effect.

The invention has the following advantages after operation:

the root of the nitraria tangutorum bobr is scanned and positioned by the transmission case cover and the ring shovel turning root frame seat, in the garden trimming process, the transmission case cover and the ring rail detection groove are used for scanning and positioning the root of the nitraria tangutorum bobr, the peripheral ring shovel digs soil to form a damage effect of a weed rhizome through the turning plate bucket frame, the residual weed rhizome is decayed, the root of the nitraria tangutorum bobr can be effectively fed back to form nutrient supply operation, the weed blades are moved through the cutter push frame to remove the root when being subjected to the turning shovel of the cut rhizome, parasitism at the root of the nitraria tangutorum bobr is avoided, efficient development and cultivation of the nitraria tangutorum bobr is promoted, soil turning efficiency is driven, the root and the rhizome of a flower are breathable, the root and rot phenomenon is effectively avoided, and.

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 view of a weeding device for planting nitraria tangutorum bobr.

FIG. 2 is a detailed schematic diagram of the top cross-sectional structure of the ring shovel root turning frame seat, the turning plate shovel bucket frame, the ring rail detection groove, the side clamping bent sleeve and the cutter head pushing frame.

Fig. 3 is a schematic view of the overlooking cross section of the plate shearing wheel seat in the working state of the invention.

FIG. 4 is a schematic top view of a cross-sectional structure for detecting the working condition of a slider according to the present invention.

FIG. 5 is a schematic view of an overhead section of the lining strip groove of the present invention in an operating state.

Fig. 6 is an enlarged structural schematic view of a top cross section of the cutterhead of the support of the present invention in an operating state.

Description of reference numerals: anti-splash cover groove-1, transmission case cover-2, ring shovel turning root frame seat-3, axis disc-4, antenna rod-5, axis motor-6, moving wheel-7, turning plate shovel bucket frame-3A, ring rail detection groove-3B, side clamping bent sleeve-3C, cutter disc pushing frame-3D, cavity inner groove-3E, bundling frame seat-3F, plate shearing wheel seat-3A 1, bucket plate groove-3A 2, shaft wheel frame rod-3A 3, spring tube-3A 4, through hole ball-3A 11, low-lining shear plate seat-3A 12, torsion spring clamp rod-3A 13, shaft wheel plate shearing-3A 14, detection slide block-3B 1, ring rail groove-3B 2, fan block-3B 11, triode tray-3B 12, flat frame-3B 13, Guide shoe buckle groove-3B 14, lining frame strip groove-3C 1, bent strip sleeve-3C 2, three-needle semispherical frame-3C 11, strip groove block-3C 12, wing rod seat-3C 13, discount plate seat-3C 14, pillar cutter head-3D 1, folding frame strip-3D 2, speed reduction flap-3D 3, torsion spring wire column groove-3D 11, clamping hanger-3D 12, blade disc body-3D 13 and circular ring through hole-3D 14.

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.