CN208638966U - A kind of seedlings plugging auxiliary device - Google Patents

Abstract

The utility model discloses a kind of seedlings plugging auxiliary devices, including vertical cylinder, cylinder upper end is rice shoot entrance, cylinder lower end has the whole cone cylinder of breaking ground in pointed end, the cone cylinder of breaking ground can be opened and form rice shoot outlet, it is characterized in that, inner barrel is provided with the holding members for support rice shoot, inner barrel is additionally provided with rice shoot transport mechanism up and down, transport mechanism is connected with holding members to drive holding members to move up and down rice shoot up and down, and the rice shoot on holding members is downwardly transferred to rice shoot exit and is dropped out.The advantages that device of the utility model has structure simple, can more preferably improve rice shoot survival, and preferably raising rice shoot plants smooth degree and controllability, can be improved seedlings plugging plantation point standardization.

Description

A kind of seedlings plugging auxiliary device

Technical field

The utility model belongs to farming ancillary technique field, in particular to a kind of seedlings plugging auxiliary device.

Background technique

Peasant during seedlings plugging needs that rice shoot is inserted into soil by hand, so that peasant needs constantly to stand up and bend over, It is very tired, the health of peasant is impacted.

Chinese patent (CN2A kind of auxiliary device of seedlings plugging 05727028U) is disclosed, it includes hollow tube, on hollow tube Equipped with the through-hole passed through for rice shoot；Hollow pipe outer wall top is equipped with handle；Hollow tube lower part is equipped with convenient for hollow tube insertion soil The conical surface in earth, the open outside that hollow tube lower end is located at through-hole are hinged with a mud guard, and the surface diameter of mud guard is greater than logical The internal diameter of hole lower ending opening；Mud guard can open through-hole under the action of rice shoot gravity and rice shoot is fallen into soil.

But above-mentioned apparatus enters hole in use, bending over to can be realized rice shoot without people, alleviates labor burden, but exist The low defect of rice shoot survival rate.In addition device is in use, mud guard is to open under the action of rice shoot gravity so that rice shoot is fallen Enter in soil, the no controllability of the switch of mud guard, after being inserted into soil, since the bonding of soil is adhered to, is easy so that gear mud Plate can not automatic turning cause rice shoot that can not drop out.Furthermore when carrying out seedlings plugging using above structure, seedlings plugging plantation point is still relied on Other auxiliary tools are standardized, and influence working efficiency.

Therefore, it is simple how can to provide a kind of structure, can preferably protect rice shoot not damaged, and can be to seedling The opportunity that seedling falls into soil carries out control, also combines the standardized device of seedlings plugging plantation point, becomes those skilled in the art Member has technical problem to be solved.

Utility model content

In view of the above shortcomings of the prior art, the technical problem to be solved by the utility model is to how to provide a kind of knot Structure is simple, can more preferably improve rice shoot survival, preferably improves the seedlings plugging auxiliary device that rice shoot plants smooth degree and controllability, It also further makes it have and can be improved the standardized effect of seedlings plugging plantation point.

In order to solve the above-mentioned technical problem, the utility model uses the following technical solution:

A kind of seedlings plugging auxiliary device, including vertical cylinder, cylinder upper end is rice shoot entrance, and cylinder lower end is in whole The cone cylinder of breaking ground of pointed end, the cone cylinder of breaking ground can be opened and form rice shoot outlet, which is characterized in that inner barrel setting There are the holding members for support rice shoot, inner barrel is additionally provided with rice shoot transport mechanism up and down, conveyer above and below rice shoot Structure is connected to drive holding members to move up and down with holding members, and enable the rice shoot on holding members be downwardly transferred to Rice shoot exit drops out.

Rice shoot is placed to support from rice shoot entrance in use, the cone cylinder that will first break ground vertically is inserted into soil by the present apparatus It on component, drives rice shoot to move down by transport mechanism above and below rice shoot, then opens rice shoot and export and rice shoot is dropped out Break ground cone barrel at hole in, take seedlings plugging auxiliary device away, rice shoot plantation can be realized in appropriate ridging.Better choice is to hold Support component is supporting plate.This spline structure is simple, facilitates implementation, and is conducive to support rice shoot and is conducive to the seedling at rice shoot outlet port Seedling is skidded off from supporting plate upper surface, and when implementing certainly, holding members are also possible to other similar frame components or can open The structures such as the box members of conjunction.

Inventor is the study found that described in background techniqueCN2A kind of auxiliary device of seedlings plugging disclosed in 05727028U uses When the low reason of rice shoot survival rate be since rice shoot is directly fallen in the cylinder of hollow tube, such rice shoot is directly fallen to Ground, the root of rice shoot are hit concussion, and root hair thereon, which is easily broken off, to be fallen, and root hair be plant can Rapid Rooting survive Key, root hair is largely broken so that rice shoot survival rate reduces.And the device of this programme is used, rice shoot relies on transport mechanism when use The transmission up and down for realizing rice shoot, reduces impact caused by rice shoot directly drops to the ground, reduces the damage to root hair, therefore can Preferably improve rice shoot survival rate.Preferably selection is that holding members are the supporting plate being obliquely installed, this spline structure is simple, and It is more favorable for support rice shoot and is skidded off conducive to rice shoot from what rice shoot exported.Further supporting plate two sides are bent upwards setting, It is skidded off from two sides with to be better protected from rice shoot and is fallen.

Further, the rice shoot support face that there is an outer end to tilt down setting for the holding members upper surface, rice shoot The plugging surface that lower edge corresponding cylinder lumen wall in support face has a column vertical, plugging surface and rice shoot support face lower edge Adjacent to skid off to avoid rice shoot, plugging surface lower end extends out the space to be formed and be skidded off for rice shoot close to cone cylinder position of breaking ground.

It can guarantee that rice shoot will not normally skid off in downward transmit process in this way, be sent to downwards close to cone cylinder position of breaking ground It skids off holding members again afterwards to drop out from rice shoot outlet, improves device job stability.Further, rice shoot support face two sides are upward Bending, to prevent from skidding off in rice shoot transmit process from two sides.

Further, plugging surface is made of one, cylinder lumen wall vertically arranged inside lug boss.

In this way, facilitating the formation of plugging surface.

Further, cylinder upper end is provided with the upward toroidal of larger diameter end into rice shoot entrance.

The merging of rice shoot more convenient in this way.

Further, transport mechanism includes a vertically arranged feed belt, feed belt cooperation socket to rice shoot up and down It is arranged between a top sheave and a lower sheave, top sheave setting is arranged in cylinder lumen upper center, lower sheave in cylinder In the middle part of intracoelomic cavity lower end, two opposite lateral surfaces of the feed belt are respectively fixedly installed a holding members, and when one Other side holding members are located at lower end close to rice shoot outlet port when the holding members of side are located at upper end close to rice shoot entry position.

In this way in use, since respectively there are a holding members in feed belt two sides, the galassings such as two sides weighing apparatus, not by external force when pass Belt is sent not move, after the holding members of rice shoot merging upper end, the holding members of the side are downward under rice shoot Gravitative Loads Movement skids off holding members until rice shoot, and feed belt restores balance, and other end holding members are moved to top position at this time, can So that rice shoot is placed in next time, so circulation realizes continuous rice transplanting.Therefore the transport mechanism can rely on certainly without relying on engine Transmission is realized again, and structure is simple and low in cost；It can be realized reciprocation cycle running simultaneously, improve the continuity of rice transplanting operation, Greatly improve production efficiency.

Further, top sheave is installed in rotation on a horizontally disposed top sheave axis, and lower sheave is rotationally It is mounted on a horizontally disposed downslide wheel shaft, respectively end is fixed on corresponding cylinder lumen for top sheave axis and downslide wheel shaft On wall.

In this way, the installation of pulley is facilitated to fix.

Further, it is additionally provided with the transmission speed control mechanism that can control holding members gliding speed.

In such manner, it is possible to preferably control rice shoot gliding speed, keeps down and transmit stabilization, excessive velocities is avoided to cause to damage Rice shoot.

Further, the transmission speed control mechanism includes the top sheave axis, and top sheave axis is hollow shaft and inside It is provided with a lever, lever output end is vertically fixedly installed a control boss, corresponds to top sheave on top sheave axis peripheral wall Position is provided with a boss slide opening, and boss slide opening outside and the rotor of top sheave are connected, and control boss outer end is slidably Ground cooperates in boss slide opening, and the lever other end is the input terminal for being pierced by cylinder, and the input terminal of lever can input driving torque It drives lever rotation and the rotor contacted inner surfaces of control boss outer end and top sheave is connect.

In this way, can be rotated by lever input terminal control lever, so that the rotor of control boss and top sheave Inner surface contact friction, the size for controlling the frictional force can flexibly control start and stop and the speed of transport mechanism transmission speed. Guarantee the steady of rice shoot transmit process, and easy to control quick and easy reliable.Further, control boss outer end face is provided with The frictional layer of one layer of elastic material.The big minor adjustment of frictional force can be realized within the scope of the elastic material deformation distance in this way, More convenient frictional force size by different input pressure control output.

Further, cylinder upper end peripheral surface is additionally provided with the handle of face top sheave axis, the hollow setting of handle and and Top sheave axis inner cavity is connected to, and button is provided on handle, and button inner end is connected with lever outer end constitutes the input terminal of lever, lever Outer end is additionally provided with the lever reset spring being connected on lever and handle internal chamber wall away from push-button.

In this way, handle drives cylinder mobile and force after can be convenient gripping, device is facilitated to use, while can be convenient ground The degree pressed by button, the speed speed of control rice shoot decentralization, guarantees the stability and reliability of rice shoot decentralization, avoids shaking Dynamic damage, improves rice shoot survival rate.

Further, it is additionally provided with rice shoot exit port control device, the rice shoot exit port control device includes the breaks ground Cylinder, cone cylinder of breaking ground are surrounded by circumferential equally distributed multiple arcs plate, and arc panel is wide at the top and narrow at the bottom and horizontal direction is arc-shaped, each Arc panel upper end and cylinder lower end are hinged by horizontally disposed hinged shaft, are additionally provided between arc panel and cylinder for driving arc The past arc panel reset spring for closing up into the movement of cone barrel direction of shape plate；Rice shoot exit port control device further includes that a control is opened It closes, control switch includes a drawstring, and drawstring upper end is connected on handle and is formed pulling input terminal, and drawstring lower end is as pulling Output end is simultaneously connected with arc panel.

In this way, arc panel is not relied on arc panel reset spring to close up in cone barrel by when external force, facilitate device using at present End cone cylinder of breaking ground can preferably be inserted into soil, then by control switch pull drawstring, control each arc panel to Outer opening, arc panel positive force push the soil outside it to expand outwardly, to form the wider rice shoot hole in bottom preferably with benefit It is planted in rice shoot.Then the rice shoot outlet that rice shoot is formed after arc panel opening is dropped out into rice shoot hole, is lifted handle and is unclamped control System switch, arc plate closing then move to next plantation point and realize that repetition is planted.Arc panel outside positive force extension in this way can be with It is convenient preferably to shape rice shoot hole in the soil, while facilitating rice shoot to drop out from the direction at face rice shoot hole center to rice shoot and cheating In, it is more favorable for the plantation of rice shoot and survives.

Further, arc panel outer surface is provided with the hangnail fin that oblique outer top extends.In this way, can device from When being proposed in soil, by hangnail fin and the rice shoot of formation hole crater wall contact and drive part soil consider to be worth doing back drop to rice shoot cheat in, The plantation (such as tobacco leaf seedling) of rice shoot strong for part vitality in this way, rice shoot are not necessarily to ridging after entering hole, only need to be by watering Enter hole, so that contact is better mixed in rice shoot root and the soil bits fallen, that is, can guarantee that taking root for subsequent rice shoot survives.Therefore it can It improves rice shoot and plants efficiency.

Further, the control switch further includes a carrying handle, and carrying handle is arranged in parallel in and cylinder upper end external vertical Below the handle of setting, carrying handle is fixedly connected with handle upwards by the carrying handle reset spring being vertically arranged, on carrying handle and drawstring End is fixedly linked.

In this way, drawstring can be driven upward by pulling up carrying handle, so that arc panel is flared out to open rice shoot and go out Mouthful.It is simple with structure, quick advantage easy to control.

Further, carrying handle is located at the inner side of handle and carrying handle outer end is shorter than handle outer end at least 5cm distance, carrying handle By external force, surface distance handle lower surface is not less than 5cm distance at present.

Allow in this way using when hold handle outer end by middle finger, common pistache fruit, little finger of toe and thumb, by index finger to Under be overlapped on carrying handle lower surface, index finger, which does not have to force, when mobile cylinder can be moved easily cylinder, when control switch being needed to open only Index finger is needed to pull up carrying handle.Therefore further improve the convenience that device uses.

Further, barrel outer surface coaxial sleeve is equipped with equal power ring, and equal power ring, which can slide up and down to, to be socketed in outside cylinder, Power ring face carrying handle position and drawstring lower end are fixedly linked, and equal power ring lower end corresponds to each arc panel and is respectively arranged with pulling component It is connected with corresponding arc panel outer surface.

In this way, being uniformly applied to each arc panel after the force in the single direction of carrying handle being changed direction by equal power ring On, improve the control outward stability of arc panel and smooth degree.

Further, the pulling component is short rope.Structure is simple, and is conducive to implement.

Further, each arc panel upper end is hinged by spaced two hinged shafts of horizontal alignment and cylinder, and two Hinged shaft is symmetrical arranged along corresponding arc panel vertical centerline, and the pulling component is vertically arranged to the arc panel between two hinged shafts In vertical centerline.In this way, can better ensure that the uniform force pulled up when arc panel opens is stablized.

Further, the barrel outer surface has sliding slot that is vertically arranged and being uniformly distributed circumferentially, table in equal power ring Face corresponds to sliding slot and is provided with inside slide protrusion, and slide protrusion is slidably fit into sliding slot.

In this way, action stability can be improved with more convenient equal power ring sliding up and down in barrel outer surface.

Further, wherein a sliding slot is arranged along the direction of face carrying handle and drawstring and another sliding slot is along away from carrying handle The diameter other end in direction is arranged.

In this way, two sliding slots and slide protrusion of the unique location cooperate, equal power ring can be offset due to pull-shaped on unilateral side At rollover torque, equal power ring more smoothly is steadily slided up and down, raising device stability in use and smooth journey Degree.

It further, further include location structure, including a locating rod, locating rod is vertical with a horizontal segment and one Section, horizontal segment one end are vertically fixed on cylinder lower external face, and the other end is connected to above vertical section, vertical section lower end and break ground Cone cylinder lower end is located at located horizontally from the emitter.

In this way, can be measured out between adjacent plant by vertical section lower end as anchor point by horizontal section length Spacing facilitates the positioning realized to next plant position.

Further, vertical section lower end is tip.Facilitate insertion soil positioning.

Further, horizontal segment is the tube-in-tube structure for including an outer cylinder and an inner cylinder, can be slided between inner barrel and outer barrel Be socketed dynamicly it is connected, outer cylinder be in socket position outer surface be vertically connected with fixedly connected part for realizing between outer cylinder inner cylinder Be fixedly connected.

In this way, can conveniently adjust the length of horizontal segment, to realize that the plant of different pitch requirements uses adjustment.It is wherein solid Determining connector can be the components such as screw or pin.

In conclusion the device of the utility model has structure simple, rice shoot survival can be more preferably improved, is preferably improved The advantages that rice shoot plants smooth degree and controllability, can be improved seedlings plugging plantation point standardization.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model embodiment.

Fig. 2 is the structural schematic diagram of transport mechanism above and below rice shoot in Fig. 1.

Fig. 3 is the structural schematic diagram for showing transmission speed control mechanism in Fig. 1 after the amplification of circled position.

Fig. 4 is the horizontal cross-section schematic diagram of Fig. 1 middle cylinder body, which can show plugging surface structure.

Specific embodiment

Below with reference to embodiment and attached drawing, the utility model is described in further detail.

Optimum embodiment: as shown in Figures 1 to 4, a kind of seedlings plugging auxiliary device, including vertical cylinder 1,1 upper end of cylinder For rice shoot entrance, 1 lower end of cylinder has the whole cone cylinder 2 of breaking ground in pointed end, and the cone cylinder 2 of breaking ground can be opened and be formed Rice shoot outlet, wherein cylinder 1 is internally provided with the holding members 3 for support rice shoot, is additionally provided with seedling inside cylinder 1 Transport mechanism above and below seedling, transport mechanism is connected with holding members 3 to drive holding members 3 to move up and down rice shoot up and down, and makes Rice shoot on holding members 3, which can be downwardly transferred to rice shoot exit, to be dropped out.

Rice shoot is placed to support from rice shoot entrance in use, the cone cylinder that will first break ground vertically is inserted into soil by the present apparatus It on component, drives rice shoot to move down by transport mechanism above and below rice shoot, then opens rice shoot and export and rice shoot is dropped out Break ground cone barrel at hole in, take seedlings plugging auxiliary device away, rice shoot plantation can be realized in appropriate ridging.Better choice is to hold Support component is supporting plate.This spline structure is simple, facilitates implementation, and is conducive to support rice shoot and is conducive to the seedling at rice shoot outlet port Seedling is skidded off from supporting plate upper surface, and when implementing certainly, holding members are also possible to other similar frame components or can open The structures such as the box members of conjunction.

Inventor is the study found that described in background techniqueCN2A kind of auxiliary device of seedlings plugging disclosed in 05727028U uses When the low reason of rice shoot survival rate be since rice shoot is directly fallen in the cylinder of hollow tube, such rice shoot is directly fallen to Ground, the root of rice shoot are hit concussion, and root hair thereon, which is easily broken off, to be fallen, and root hair be plant can Rapid Rooting survive Key, root hair is largely broken so that rice shoot survival rate reduces.And the device of this programme is used, rice shoot relies on transport mechanism when use The transmission up and down for realizing rice shoot, reduces impact caused by rice shoot directly drops to the ground, reduces the damage to root hair, therefore can Preferably improve rice shoot survival rate.Preferably selection is that holding members are the supporting plate being obliquely installed, this spline structure is simple, and It is more favorable for support rice shoot and is skidded off conducive to rice shoot from what rice shoot exported.Further supporting plate two sides are bent upwards setting, It is skidded off from two sides with to be better protected from rice shoot and is fallen.

In the present embodiment, the rice shoot support face that there is an outer end to tilt down setting for 3 upper surface of holding members, seedling The plugging surface 4 that lower edge corresponding cylinder lumen wall in seedling support face has a column vertical, plugging surface 4 and rice shoot support face lower end Edge is adjacent to be skidded off to avoid rice shoot, and 4 lower end of plugging surface extends out the space to be formed and be skidded off for rice shoot close to cone cylinder position of breaking ground.

It can guarantee that rice shoot will not normally skid off in downward transmit process in this way, be sent to downwards close to cone cylinder position of breaking ground It skids off holding members again afterwards to drop out from rice shoot outlet, improves device job stability.Further, rice shoot support face two sides are upward Bending, to prevent from skidding off in rice shoot transmit process from two sides.

In the present embodiment, plugging surface 4 is made of 1 internal chamber wall of cylinder, one vertically arranged inside lug boss.

In this way, facilitating the formation of plugging surface.

Wherein, 1 upper end of cylinder is provided with the upward horn mouth 5 of larger diameter end and forms rice shoot entrance.

The merging of rice shoot more convenient in this way.

In the present embodiment, transport mechanism includes a vertically arranged feed belt 6 to rice shoot up and down, and feed belt 6 cooperates Socket is arranged between a top sheave 7 and a lower sheave 8, and top sheave 7 is arranged in cylinder lumen upper center, lower sheave 8 It is arranged in the middle part of cylinder lumen lower end, two opposite lateral surfaces of the feed belt 6 are respectively fixedly installed a support structure Part 3, and to be located at lower end close for other side holding members 3 when the holding members of side 3 are located at upper end close to rice shoot entry position Rice shoot outlet port.

In this way in use, since respectively there are a holding members in feed belt two sides, the galassings such as two sides weighing apparatus, not by external force when pass Belt is sent not move, after the holding members of rice shoot merging upper end, the holding members of the side are downward under rice shoot Gravitative Loads Movement skids off holding members until rice shoot, and feed belt restores balance, and other end holding members are moved to top position at this time, can So that rice shoot is placed in next time, so circulation realizes continuous rice transplanting.Therefore the transport mechanism can rely on certainly without relying on engine Transmission is realized again, and structure is simple and low in cost；It can be realized reciprocation cycle running simultaneously, improve the continuity of rice transplanting operation, Greatly improve production efficiency.

In the present embodiment, top sheave 7 is installed in rotation on a horizontally disposed top sheave axis 9, and lower sheave 8 can turn It is mounted on a horizontally disposed downslide wheel shaft dynamicly, respectively end is fixed on corresponding cylinder for top sheave axis 9 and downslide wheel shaft On 1 internal chamber wall of body.

In this way, the installation of pulley is facilitated to fix.

In the present embodiment, it is additionally provided with the transmission speed control mechanism that can control 3 gliding speed of holding members.

In such manner, it is possible to preferably control rice shoot gliding speed, keeps down and transmit stabilization, excessive velocities is avoided to cause to damage Rice shoot.

The transmission speed control mechanism includes the top sheave axis 9, and top sheave axis 9 is hollow shaft and is internally provided with one A lever 10,10 output end of lever are vertically fixedly installed a control boss 11, correspond to top sheave position on top sheave axis peripheral wall It installs and is equipped with a boss slide opening, be connected outside boss slide opening with the rotor of top sheave 7, control 11 outer end of boss is slidably Ground cooperates in boss slide opening, and 10 other end of lever is the input terminal for being pierced by cylinder 1, and the input terminal of lever 10 can input rotation Torque drives lever rotation and the rotor contacted inner surfaces of control boss outer end and top sheave is connect.

In this way, can be rotated by lever input terminal control lever, so that the rotor of control boss and top sheave Inner surface contact friction, the size for controlling the frictional force can flexibly control start and stop and the speed of transport mechanism transmission speed. Guarantee the steady of rice shoot transmit process, and easy to control quick and easy reliable.Wherein, control 11 outer end face of boss is provided with one The frictional layer of layer elastic material.The big minor adjustment of frictional force can be realized within the scope of the elastic material deformation distance in this way, more Add the convenient frictional force size by different input pressure control output.

In the present embodiment, cylinder upper end peripheral surface is additionally provided with the handle 12 of face top sheave axis, and handle 12 is hollow to be set It sets and is connected to 9 inner cavity of top sheave axis, button 13 is provided on handle, 13 inner end of button is connected with lever outer end constitutes lever Input terminal, lever outer end are additionally provided with the lever reset spring 14 being connected on lever and handle internal chamber wall away from push-button.

In this way, handle drives cylinder mobile and force after can be convenient gripping, device is facilitated to use, while can be convenient ground The degree pressed by button, the speed speed of control rice shoot decentralization, guarantees the stability and reliability of rice shoot decentralization, avoids shaking Dynamic damage, improves rice shoot survival rate.

In the present embodiment, it is additionally provided with rice shoot exit port control device, the rice shoot exit port control device includes described breaks ground Cone cylinder 2, cone cylinder of breaking ground 2 are surrounded by circumferential equally distributed multiple arcs plate 15, and arc panel 15 is wide at the top and narrow at the bottom and horizontal direction is in Arc, each 15 upper end of arc panel and cylinder lower end are hinged by horizontally disposed hinged shaft, also set between arc panel 15 and cylinder Be equipped with for drive arc panel toward close up into cone barrel direction movement arc panel reset spring (arc panel reset spring can be The torsional spring being arranged on hinged shaft or the tension spring being set up directly on the inside of arc panel between cylinder lumen, are not shown in the figure)；Seedling Seedling exit port control device further includes a control switch, and control switch includes a drawstring 16, and 16 upper end of drawstring is connected to handle Pulling input terminal is gone up and is formed, 16 lower end of drawstring is connected as pulling output end and with arc panel 15.

In this way, arc panel is not relied on arc panel reset spring to close up in cone barrel by when external force, facilitate device using at present End cone cylinder of breaking ground can preferably be inserted into soil, then by control switch pull drawstring, control each arc panel to Outer opening, arc panel positive force push the soil outside it to expand outwardly, and preferably to obtain rice shoot hole, while rice shoot is from arc The rice shoot outlet that plate is formed after opening drops out in rice shoot hole.Lift handle and unclamp control switch, arc plate closing then moves to down A plant point, which is realized, to repeat to plant.The outside positive force extension of arc panel can be convenient so preferably shapes seedling in the soil Seedling hole, while facilitate rice shoot from face rice shoot hole center direction drop out to rice shoot hole in, be more favorable for rice shoot plantation and at It is living.When it is implemented, cone cylinder of breaking ground and rice shoot exit port control device can also use background technique as other embodiments The structure broken ground with rice shoot outlet opening function is realized in the patent.

In the present embodiment, 15 outer surface of arc panel is provided with the hangnail fin 17 that oblique outer top extends.In this way, can be When device is proposed from soil, contacts by hangnail fin and the rice shoot of formation hole crater wall and part soil is driven to consider to be worth doing back and drop to rice shoot In hole, the plantation (such as tobacco leaf seedling) of rice shoot strong for part vitality in this way, rice shoot is not necessarily to ridging after entering hole, only needs to rely on It waters into hole, so that contact is better mixed in rice shoot root and the soil bits fallen, that is, can guarantee that taking root for subsequent rice shoot survives.Therefore It can be improved rice shoot plantation efficiency.

In the present embodiment, the control switch further includes a carrying handle 18, carrying handle 18 be arranged in parallel in outside cylinder upper end Vertically disposed 12 lower section of handle in portion, carrying handle 18 are fixedly connected with handle upwards by the carrying handle reset spring 19 being vertically arranged, Carrying handle 18 and 16 upper end of drawstring are fixedly linked.

In this way, drawstring can be driven upward by pulling up carrying handle, so that arc panel is flared out to open rice shoot and go out Mouthful.It is simple with structure, quick advantage easy to control.

In the present embodiment, carrying handle 18 is located at the inner side of handle 12 and carrying handle outer end be shorter than handle outer end at least 5cm away from From by external force, 12 lower surface of surface distance handle is not less than 5cm distance to carrying handle 18 at present.

Allow in this way using when hold handle outer end by middle finger, common pistache fruit, little finger of toe and thumb, by index finger to Under be overlapped on carrying handle lower surface, index finger, which does not have to force, when mobile cylinder can be moved easily cylinder, when control switch being needed to open only Index finger is needed to pull up carrying handle.Therefore further improve the convenience that device uses.

In the present embodiment, barrel outer surface coaxial sleeve is equipped with equal power ring 20, and equal power ring 20, which can slide up and down to, is socketed in cylinder Outside body 1,16 ends are fixedly linked under equal 20 face carrying handle of power ring, 18 position and drawstring, and equal 20 lower end of power ring corresponds to each arc panel 15 It is respectively arranged with and component 21 is pulled to be connected with corresponding arc panel outer surface.

In this way, being uniformly applied to each arc panel after the force in the single direction of carrying handle being changed direction by equal power ring On, improve the control outward stability of arc panel and smooth degree.

Wherein, the pulling component 21 is short rope.Structure is simple, and is conducive to implement.

Wherein, each 15 upper end of arc panel is hinged by spaced two hinged shafts of horizontal alignment and cylinder, two hinges Axis is symmetrical arranged along corresponding 15 vertical centerline of arc panel, and the pulling component 21 is vertically arranged to the arc between two hinged shafts In plate vertical centerline.In this way, can better ensure that the uniform force pulled up when arc panel opens is stablized.

Wherein, 1 outer surface of cylinder has sliding slot 22 that is vertically arranged and being uniformly distributed circumferentially, equal power ring inner surface Corresponding sliding slot 22 is provided with inside slide protrusion, and slide protrusion is slidably fit into sliding slot 22.

In this way, action stability can be improved with more convenient equal power ring sliding up and down in barrel outer surface.

Wherein, wherein a sliding slot is arranged along the direction of face carrying handle 18 and drawstring 16 and another sliding slot is along away from carrying handle The diameter other end in direction is arranged.

In this way, two sliding slots and slide protrusion of the unique location cooperate, equal power ring can be offset due to pull-shaped on unilateral side At rollover torque, equal power ring more smoothly is steadily slided up and down, raising device stability in use and smooth journey Degree.

The present apparatus further includes location structure, including a locating rod 23, and locating rod 23 is perpendicular with a horizontal segment and one Straight section, horizontal segment one end are vertically fixed on cylinder lower external face, and the other end is connected to above vertical section, vertical section lower end and broken Native cone cylinder lower end is located at located horizontally from the emitter.

In this way, can be measured out between adjacent plant by vertical section lower end as anchor point by horizontal section length Spacing facilitates the positioning realized to next plant position.Device is in use, the horizontal segment of locating rod can be also used for people's foot simultaneously It depresses and steps on auxiliary force, cone cylinder of breaking ground is allowed more easily to be inserted into soil and form plant hole.Further, it positions Bar away from handle direction be arranged, so that foot step on force application location and hand-held handle it is downward force application location it is contrary, more preferably Ground guarantees force balance, is conducive in device insertion soil.

Wherein, vertical section lower end is tip.Facilitate insertion soil positioning.

Wherein, horizontal segment is the tube-in-tube structure for including an outer cylinder 24 and an inner cylinder 25, between inner cylinder 25 and outer cylinder 24 Slideably socket is connected, and the outer surface that outer cylinder is in socket position is vertically connected with fixedly connected part 26 for realizing in outer cylinder Being fixedly connected between cylinder.

In this way, can conveniently adjust the length of horizontal segment, to realize that the plant of different pitch requirements uses adjustment.It is wherein solid Determining connector can be the components such as screw or pin.

Claims (10)

1. a kind of seedlings plugging auxiliary device, including vertical cylinder, cylinder upper end is rice shoot entrance, and cylinder lower end has whole in point The downward cone cylinder of breaking ground in end, the cone cylinder of breaking ground can be opened and form rice shoot outlet, which is characterized in that inner barrel is provided with One is used for the holding members of support rice shoot, and inner barrel is additionally provided with rice shoot transport mechanism up and down, transport mechanism above and below rice shoot It is connected with holding members to drive holding members to move up and down, and the rice shoot on holding members is downwardly transferred to seedling Seedling exit drops out.

2. seedlings plugging auxiliary device as described in claim 1, which is characterized in that the holding members upper surface has an outer end Tilt down the rice shoot support face of setting, the closure that lower edge corresponding cylinder lumen wall in rice shoot support face has a column vertical Face, plugging surface and rice shoot support face lower edge is adjacent skids off to avoid rice shoot, plugging surface lower end is close to breaking ground outside cone cylinder position Expand the space for being formed and being skidded off for rice shoot.

3. seedlings plugging auxiliary device as claimed in claim 2, which is characterized in that plugging surface is vertically arranged by one, cylinder lumen wall Inside lug boss constitute.

4. seedlings plugging auxiliary device as described in claim 1, which is characterized in that cylinder upper end is provided with the upward loudspeaker of larger diameter end Mouth forms rice shoot entrance.

5. seedlings plugging auxiliary device as described in claim 1, which is characterized in that transport mechanism is vertically set rice shoot including one up and down The feed belt set, feed belt cooperation socket are arranged between a top sheave and a lower sheave, and top sheave is arranged in cylinder Intracoelomic cavity upper center, lower sheave are arranged in the middle part of cylinder lumen lower end, and two opposite lateral surfaces of the feed belt are each It is fixedly installed a holding members, and the other side support when the holding members of side are located at upper end close to rice shoot entry position Component is located at lower end close to rice shoot outlet port.

6. seedlings plugging auxiliary device as claimed in claim 5, which is characterized in that top sheave is installed in rotation on a level and sets On the top sheave axis set, lower sheave is installed in rotation on a horizontally disposed downslide wheel shaft, top sheave axis and lower sheave Respectively end is fixed on corresponding cylinder lumen wall axis.

7. seedlings plugging auxiliary device as claimed in claim 6, which is characterized in that being additionally provided with one can control under holding members The transmission speed control mechanism of slip velocity degree.

8. seedlings plugging auxiliary device as claimed in claim 7, which is characterized in that the transmission speed control mechanism includes on described Pulley spindle, top sheave axis is hollow shaft and is internally provided with a lever, and lever output end is vertically fixedly installed a control Boss corresponds to top sheave position on top sheave axis peripheral wall and is provided with a boss slide opening, turns outside boss slide opening with top sheave Kinetoplast is connected, and control boss outer end is slidably fit into boss slide opening, and the lever other end is the input terminal for being pierced by cylinder, The input terminal of lever can input driving torque and drive lever rotation and to control in the rotor of boss outer end and top sheave Surface abuts against.

9. seedlings plugging auxiliary device as claimed in claim 8, which is characterized in that cylinder upper end peripheral surface is additionally provided in face The handle of pulley spindle, handle is hollow to be arranged and is connected to top sheave axis inner cavity, and button, button inner end and lever are provided on handle Outer end, which is connected, constitutes the input terminal of lever, and lever outer end is additionally provided with away from push-button and is connected on lever and handle internal chamber wall Lever reset spring.

10. seedlings plugging auxiliary device as claimed in claim 9, which is characterized in that it is additionally provided with rice shoot exit port control device, it is described Rice shoot exit port control device includes the cone cylinder of breaking ground, and cone cylinder of breaking ground is surrounded by circumferential equally distributed multiple arcs plate, arc Plate is wide at the top and narrow at the bottom and horizontal direction is arc-shaped, and each arc panel upper end and cylinder lower end are hinged by horizontally disposed hinged shaft, arc It is additionally provided between shape plate and cylinder for driving arc panel toward the arc panel reset spring for closing up into the movement of cone barrel direction；Seedling Seedling exit port control device further includes a control switch, and control switch includes a drawstring, and drawstring upper end is connected on handle simultaneously It is formed and pulls input terminal, drawstring lower end is connected as pulling output end and with arc panel.