CN205511331U

CN205511331U - Vegetable greenhouse uses multi -functional transport vechicle

Info

Publication number: CN205511331U
Application number: CN201620101238.8U
Authority: CN
Inventors: 朱化军; 朱建华
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-01-31
Filing date: 2016-01-31
Publication date: 2016-08-31
Anticipated expiration: 2026-01-31

Abstract

The utility model discloses a vegetable greenhouse uses multi -functional transport vechicle. This vegetable greenhouse uses multi -functional transport vechicle including the whole car rest base seat, is equipped with one year thing board at the top of frame base, is equipped with a water pump in the rear side bottom of frame base, and detachable is equipped with a battery basket on the rear side upper portion of frame base, is equipped with a plurality of battery in the battery basket, installs one at the top of battery basket detachable and twines a tub mechanism, and both sides are equipped with wheel and a set of rear wheel before a set of respectively around the bottom of frame base. This vegetable greenhouse uses multi -functional transport vechicle, reasonable in design through the ging forward and retreating of motor forward rotation switch and motor reverse switch control transport vechicle, is put fertilizer or the melon and fruit vegetables of picking and can transport the assigned position on being carried the thing board. The road surface not not at ordinary times, two plantagos wheel guarantees that the two -wheeled all lands under the stabilizing effect of steady mechanism, the unsettled phenomenon of one of them wheel can not appear, has avoided the transport vechicle to topple over.

Description

A kind of multi-functional transport vehicle used for vegetable greenhouse

(1) technical field

This utility model relates to a kind of multi-functional transport vehicle used for vegetable greenhouse.

(2) background technology

Along with the development of rural economy, the booth such as various gourd, fruit and vegetables is throughout the vast rural area that China is northern Area, the essential labour content in booth includes plucking, gos and buy Chinese medicine, waters, transports, rushes fertilizer etc..At fruit Ripe peak period, each harvesting amount of each booth reach 1000 jin the most several very heavy, current people adopt more By manual type outside fruit removal to canopy；During additionally, the gourd, fruit and vegetable in booth needs fertilization pesticide spraying, people Fertilizer to be carried or pesticide, consume substantial amounts of muscle power and time, the amount of labour is the biggest.These booths Length typically at about hundred meters, have has reached 200-300 rice, and exports and be all located at booth side, Which in turns increases people toward the amount of labour transporting article inside and outside booth.And, in booth, land resource is non- Chang Baogui, the path being available for the transport of people aisle is the narrowest, and road surface also out-of-flatness, common fortune on the market Sideslip or the phenomenon of tune inconvenience often occur when defeated dolly uses in booth, has brought fiber crops Tired.Therefore, a kind of novel multi-functional transport vehicle used for vegetable greenhouse is needed badly to solve the problems referred to above.

(3) summary of the invention

This utility model is in order to make up the deficiencies in the prior art, it is provided that a kind of reasonable in design, easy to use, Alleviate intensity of workers, time saving and energy saving, the multi-functional transport vehicle used for vegetable greenhouse of diverse in function, solve Determine problems of the prior art.

This utility model is achieved by the following technical solution:

A kind of multi-functional transport vehicle used for vegetable greenhouse, including a vehicle frame base, is provided with in the rear end of vehicle frame base One handlebar, the lower outside of the handlebar axis being connected with handlebar is arranged with a handlebar axis sleeve, handlebar axis sleeve Bottom is connected with the rear end of vehicle frame base, is fixed with a placement surface board mounting stand on the top of handlebar axis, in control One control panel is installed on panel installing rack processed, set on the control panel electric door lock switch, pump switch and Battery electric quantity display instrument, is provided with a support board, the front end of described support board and car at the top of vehicle frame base The front end of frame base is hinged, and the bottom rear in vehicle frame base is provided with a water pump, after vehicle frame base Upper lateral part is dismountable is provided with a battery basket, and the battery being located in battery basket is electrical with water pump and driving motor Be connected, battery basket top side detachable a pipe twining machine structure is installed, before and after the bottom of vehicle frame base two Side is respectively equipped with one group of front vehicle wheel and one group of rear wheel.

The wheel hub of two rear wheels is connected by a horizontally disposed hind axle, turns outside the middle part of hind axle Moving and be arranged with a hind axle sleeve, the left and right sides of hind axle sleeve is respectively by a hind axle being vertically arranged Support bar is connected with the bottom rear of vehicle frame base, and the middle part of described hind axle is connected with a drive mechanism；Often The lower end of the bending axle that the wheel hub of individual front vehicle wheel is vertically arranged with respectively is rotatedly connected, on the top of bending axle Outside turning set is provided with a bending shaft sleeve, and bending axle bottom and top inside bending shaft sleeve are overlapped respectively Be provided with a conical bearing and a cylindrical bearing, the upper outside of two bending shaft sleeves by one horizontally disposed before Wheel shaft is connected, and the middle part of front axle is connected with bottom the front side of vehicle frame base, at two foldings by a steady mechanism A steering mechanism it is provided with between bottom cambered axle and handlebar axis.

It is provided with the motor rotating forward switch controlling to drive motor in handlebar side and motor reversal switchs, at the bottom of vehicle frame The bottom rear of seat is provided with a controller.

Described pipe twining machine structure includes an I-beam wheel, and I-beam wheel is located at the top of battery basket by an I-beam wheel installing rack Portion, is provided with an inserting column in the side of I-beam wheel installing rack, and described inserting column activity is inserted in and is vertically arranged in battery In I-beam wheel mounting cylinder on basket one jiao, it is provided with a spray lance draw-in groove in the outside of I-beam wheel mounting cylinder, described I-beam wheel installing rack includes that two I-beam wheel being located at I-beam wheel both sides install riser, and two I-beam wheel install riser Top side by an I-beam wheel, transverse slat is installed and is connected, a steel shaft is along the axis of I-beam wheel through I-beam wheel And I-beam wheel installation riser is arranged, one end of described steel shaft is closed one end open and is arranged, opening of steel shaft Mouthful end and a water inlet pipe are connected, blind end and is located on I-beam wheel installation riser water pipe automatic retracted mechanism It is connected.

Be provided with an elevating mechanism at the top of vehicle frame base, described elevating mechanism includes being located at vehicle frame base both sides Two groups of scissors being oppositely arranged, often group scissor include two intersect arrange the first scissor arms and second Scissor arm, the cross part of two groups of scissors is hinged by a horizontally disposed bearing pin, under two first scissor arms The end left and right sides, front end with vehicle frame base respectively is hinged, and slides clamping respectively in the upper end of two first scissor arms In the two support board slideways being located at the left and right sides bottom support board, slide respectively in the lower end of two second scissor arms Being connected in the two vehicle frame base slideways being located at the vehicle frame base left and right sides, the upper end of two second scissor arms is respectively Being hinged with the left and right sides, front end of support board, the bottom of two first scissor arms is connected by a stull, at horizontal stroke Being provided with a hydraulic cylinder between support and vehicle frame base rear end, the hydraulic stem front end of hydraulic cylinder and stull are by rotating shaft phase Even, the rear end of the cylinder block of hydraulic cylinder is connected by rotating shaft with vehicle frame base rear end, and a rear end extends outside handrail bottom The foot-driven lever of side is connected with the force feed piston of hydraulic cylinder, and the gate gurgle valve of hydraulic cylinder passes through a bracing wire and is located at handlebar The pullswitch on top is connected.

Described drive mechanism includes that fixed cover is located at a travelling gear in outside, described driving cog in the middle part of hind axle The driving gear of the output shaft end of the driving motor taken turns and be located at vehicle frame base bottom rear is meshed.

Described steady mechanism includes the cross bar being horizontally fixed on front axle top, a horizontally disposed balance axle After passing perpendicularly through the middle part of described cross bar, two ends pass one watt of box setting respectively, at the bottom of the top of two watts of boxes and vehicle frame It is connected bottom the front side of seat.

Described steering mechanism includes that two the inners are respectively hinged at the first connecting rod of two bending axle bottoms, two first Two ends with a second connecting rod respectively, the outer end of connecting rod are hinged, and the inner of a first connecting rod is fixed wherein Having a turning-bar, described turning-bar is connected with the bottom of handlebar by a control bar.

Described water pipe automatic retracted mechanism includes that being fixed on I-beam wheel installs the clockwork spring dish on riser, at clockwork spring Dish curls inward is provided with a clockwork spring, and the inner of clockwork spring is connected with the blind end of steel pipe, and the outer end of clockwork spring passes clockwork spring dish Fix axle with the clockwork spring on I-beam wheel installation riser afterwards to be connected, I-beam wheel twines and is provided with injection spray pipe, spraying The head end of pipe is connected with outlet in the middle part of the steel shaft being located in the middle part of steel shaft.

Be provided with a preventing water pipe release mechanism at the top of I-beam wheel installing rack, described preventing water pipe release mechanism includes being located at I-beam wheel is installed the dovetail groove in the middle part of transverse slat and is set in a spherical shell of injection spray pipe lateral tail, described spherical shell Being arranged in the outside of dovetail groove, the tail end opening of injection spray pipe and a spray lance are connected, and the head end at spray lance sets There are two shower nozzles.

The beneficial effects of the utility model are: this multi-functional transport vehicle used for vegetable greenhouse, reasonable in design, pass through Motor rotating forward switch moves forward and backward, by fertilizer or the melon of harvesting with motor reversal on-off control transport vehicle Fruit vegetable is placed on support board and can transport appointment position.During Uneven road, two Herba Plantaginis are taken turns at steady machine Ensure under the Stabilization of structure that two-wheeled all lands, and does not haves a phenomenon of a wherein wheel hanging, it is to avoid fortune Defeated car is toppled over.When needing to turn to, rotating handlebar, the control bar being connected with handlebar pulls turning-bar, makes with front The second connecting rod that wheel shaft is connected rotates, so that front vehicle wheel turns to.Shown by the battery electric quantity on control panel Show the convenient electricity observing battery of instrument, when battery electric quantity deficiency, be charged in time.

When needing the vegetable melon and fruit in booth is sprayed insecticide, water inlet pipe is inserted in the pesticide prepared, takes Lower spray lance, opens pump switch, transport vehicle is shifted onto the position needed, can spray vegetable melon and fruit Medicine.Injection spray pipe is wrapped in I-beam wheel, can be convenient for people to pull out injection spray pipe, walk out certain distance and spray Pesticide, and when people return near transport vehicle, the injection spray pipe automatic retracted mechanism energy on pipe twining machine structure Make in the I-beam wheel that injection spray pipe automatic retracted is wound around, it is not necessary to people are manually being wound.And, I-shaped Injection spray pipe is carried out spacing by the dovetail groove that wheel is installed on transverse slat, it is to avoid injection spray pipe deviates winding in winding process Region, the spherical shell of injection spray pipe tail end keeps off just on dovetail groove, and convenient next time uses.The height of elevating mechanism Adjustable, when people need that article are brought up to transport vehicle, support board can be fallen, conveniently weight be put down, When moving down article in transport vehicle, support board can be risen, time saving and energy saving.

(4) accompanying drawing explanation

Below in conjunction with the accompanying drawings this utility model is further described.

Fig. 1 is the structural representation of this utility model embodiment 1；

Fig. 2 is the top view of Fig. 1；

Fig. 3 is by the plan structure schematic diagram after support board is raised in Fig. 1；

Fig. 4 is that the A-A of Fig. 2 is to sectional structure schematic diagram；

Fig. 5 is that the B-B of Fig. 2 is to sectional structure schematic diagram；

Fig. 6 is the structural representation of this utility model clockwork spring disc portion；

Fig. 7 is the structural representation of this utility model embodiment 2.

In figure, 1 vehicle frame base, 2 handlebars, 3 handlebar axis, 4 handlebar axis sleeves, 5 control panel installing racks, 6 control panels, 7 electric door lock switches, 8 pump switch, 9 battery electric quantity display instrument, 10 support boards, 11 Water pump, 12 battery baskets, 13 batteries, 14 front vehicle wheels, 15 rear wheels, 16 hind axles, 17 hind axle sleeves, 18 hind axle support bars, 19 bending axles, 20 bending shaft sleeves, 21 conical bearings, 22 cylindrical bearings, 23 Front axle, 24 I-beam wheel, 25 injection spray pipes, 26 inserting columns, 27 I-beam wheel mounting cylinders, 28 spray lance draw-in grooves, 29 I-beam wheel install riser, and 30 I-beam wheel install transverse slat, 31 steel shafts, 32 water inlet pipes, 33 first scissors Arm, 34 second scissor arms, 35 bearing pins, 36 support board slideways, 37 vehicle frame base slideways, 38 stulls, 39 Hydraulic cylinder, 40 hydraulic stems, 41 foot-driven levers, 42 bracing wires, 43 pullswitches, 44 travelling gears, 45 drive Motor, 46 driving gears, 47 cross bars, 48 balance axles, 49 watts of boxes, 50 first connecting rods, 51 second connecting rods, 52 turning-bars, 53 control bar, and 54 clockwork spring dishes, 55 clockwork springs, 56 clockwork springs are fixed axle, gone out in the middle part of 57 steel shafts The mouth of a river, 58 dovetail grooves, 59 spherical shells, 60 spray lances, 61 shower nozzles, 62 motors rotate forward switch, and 63 motors are anti- Turn on pass, 64 controllers.

(5) detailed description of the invention

For the technical characterstic of this programme can be clearly described, below by detailed description of the invention, and combine its accompanying drawing, The utility model is elaborated.

Embodiment 1:

As shown in Fig. 1-Fig. 6, this embodiment includes a vehicle frame base 1, sets in the rear end of vehicle frame base 1 Having a handlebar 2, the lower outside of the handlebar axis 3 being connected with handlebar 2 is arranged with a handlebar axis sleeve 4, handlebar The bottom of shaft sleeve 4 is connected with the rear end of vehicle frame base 1, is fixed with a chain of command on the top of handlebar axis 3 Board mounting stand 5, is provided with a control panel 6 on control panel installing rack 5, sets electricity on control panel 6 Door interlock switch 7, pump switch 8 and battery electric quantity display instrument 9, electric door lock switch 7 is for controlling full car Energising situation；A support board 10, the front end of described support board 10 and vehicle frame it is provided with at the top of vehicle frame base 1 The front end of base 1 is hinged, and the bottom rear in vehicle frame base 1 is provided with a water pump 11, in vehicle frame base The upper back of 1 is dismountable is provided with a battery basket 12, is provided with several batteries 13 in battery basket 12, The top side detachable of battery basket 12 a pipe twining machine structure is installed, before and after the bottom of vehicle frame base 1, both sides are divided It is not provided with one group of front vehicle wheel 14 and one group of rear wheel 15.

The wheel hub of two rear wheels 15 is connected, in hind axle 16 by a horizontally disposed hind axle 16 Outside portion, turning set is provided with a hind axle sleeve 17, and the left and right sides of hind axle sleeve 17 is vertical by one respectively The hind axle support bar 18 arranged is connected with the bottom rear of vehicle frame base 1, the middle part of described hind axle 16 It is connected with a drive mechanism；The bending axle that the wheel hub of each front vehicle wheel 14 is vertically arranged with one respectively 19 times End is rotatedly connected, and the upper outside turning set at bending axle 19 is provided with a bending shaft sleeve 20, at bending axle sleeve Bending axle 19 bottom and top inside cylinder 20 are arranged with conical bearing 21 and a cylindrical bearing 22 respectively, Conical bearing 21 can effectively carry the stress of bending axle 19 in the vertical direction, two bending shaft sleeves 20 upper Be connected by a horizontally disposed front axle 23 outside portion, the middle part of front axle 23 by a steady mechanism and Be connected bottom the front side of vehicle frame base 1, bottom two bending axles 19 and handlebar axis 3 between be provided with one and turn to machine Structure.

Described pipe twining machine structure includes an I-beam wheel 24, twines being provided with injection spray pipe 25, I-beam wheel in I-beam wheel 24 24 are located at the top of battery basket 12 by an I-beam wheel installing rack, are provided with one in the side of I-beam wheel installing rack and insert Post 26, the activity of described inserting column 26 is inserted in the I-beam wheel mounting cylinder 27 being vertically arranged on battery basket 12 1 jiaos In, it is provided with a spray lance draw-in groove 28 in the outside of I-beam wheel mounting cylinder 27, is used for blocking spray lance 60, institute State I-beam wheel installing rack and include being located at two I-beam wheel installation risers 29 of I-beam wheel 24 both sides, two I-beam wheel peaces The top side of dress riser 29 is installed transverse slat 30 by an I-beam wheel and is connected, and a steel shaft 31 is along I-beam wheel Axis is taken turns through I-shaped 24 and I-beam wheel is installed riser 29 and arranged, and one end of described steel shaft 31 closes one End opening is arranged, and opening and a water inlet pipe 32 of steel shaft 31 are connected, and blind end and is located at I-beam wheel The water pipe automatic retracted mechanism installed on riser 29 is connected.

Described drive mechanism includes that fixed cover is located at a travelling gear 44 in outside, described biography in the middle part of hind axle 16 The driving gear of output shaft end of moving gear 44 and the driving motor 45 being located at vehicle frame base 1 bottom rear 46 are meshed.

Described steady mechanism includes the cross bar 47 being horizontally fixed on front axle 23 top, and one is horizontally disposed flat After weighing apparatus axle 48 passes perpendicularly through the middle part of described cross bar 47, two ends pass one watt of box 49 respectively and arrange, two watts of boxes 49 Top and vehicle frame base 1 front side bottom be connected.

Described steering mechanism includes that two the inners are respectively hinged at the first connecting rod 50 of two bending axle 19 bottoms, two Two ends with a second connecting rod 51 respectively, the outer end of first connecting rod 50 are hinged, a first connecting rod wherein The inner of 50 is installed with a turning-bar 52, and described turning-bar 52 is by the bottom of a control bar 53 with handlebar 2 It is connected.

Described water pipe automatic retracted mechanism includes that being fixed on I-beam wheel installs the clockwork spring dish 54 on riser 29, Clockwork spring dish 54 curls inward is provided with a clockwork spring 55, and the inner of clockwork spring 55 is connected with the blind end of steel shaft 31, clockwork spring Outer end pass clockwork spring dish 54 after the clockwork spring installed on riser 29 with I-beam wheel fix axle 56 and be connected, spray The head end of pipe 25 is connected with outlet 57 in the middle part of the steel shaft being located in the middle part of steel shaft 31.

Be provided with a preventing water pipe release mechanism at the top of I-beam wheel installing rack, described preventing water pipe release mechanism includes being located at I-beam wheel is installed the dovetail groove 58 in the middle part of transverse slat 30 and is set in a spherical shell 59 of injection spray pipe 56 lateral tail, Described spherical shell 59 is arranged in the outside of dovetail groove 58, the tail end opening of injection spray pipe 56 and spray lance 60 phase Even, the head end at spray lance 60 is provided with two shower nozzles 61.

It is provided with the motor controlling to drive motor 45 in handlebar 2 side and rotates forward switch 62 and motor reversal switch 63, Bottom rear in vehicle frame base 1 is provided with a controller 64.

During use, rotate forward switch 62 by motor and motor reversal switch 63 control this utility model vegetable is big Moving forward and backward of canopy multi-functional transport vehicle, drives driven by motor hind axle 16 to rotate, so that transport vehicle Advance, the gourd, fruit and vegetable of fertilizer or harvesting is placed on support board 10 and can transport appointment position.Road surface The most at ordinary times, two Herba Plantaginis wheels 14 ensure that under the Stabilization of steady mechanism two-wheeled all lands, and does not haves it In the phenomenon of a wheel hanging, it is to avoid transport vehicle is toppled over.When needing to turn to, rotate handlebar 2, with handlebar 2 The control bar 53 being connected pulls turning-bar 52, makes the second connecting rod 51 being connected with front axle 23 rotate, thus Front vehicle wheel 14 is made to turn to.When turning around, directly pressing handlebar 2, make to tilt on front side of transport vehicle, rotate transport vehicle, Can turn around.The convenient electricity observing battery 13 of instrument 9 is shown by the battery electric quantity on control panel 6 Amount, when battery 13 electricity deficiency, is charged in time.

When needing the vegetable melon and fruit in booth is sprayed insecticide, water inlet pipe 32 is inserted in the pesticide prepared, Take off spray lance 60, open pump switch 8, transport vehicle is shifted onto the position needed, can be to vegetable melon and fruit Carry out spraying medicine.Injection spray pipe 25 is wrapped in I-beam wheel 24, can be convenient for people to pull out injection spray pipe 25, walk out one Set a distance is sprayed insecticide, and the injection spray pipe when people return near transport vehicle, on pipe twining machine structure Automatic retracted mechanism can make in the I-beam wheel 24 that injection spray pipe 25 automatic retracted is wound around, it is not necessary to people are manually It is wound.And, injection spray pipe 25 is carried out spacing by the dovetail groove 58 that I-beam wheel is installed on transverse slat 30, keeps away Exempting from injection spray pipe 25 and deviate winding zone in winding process, the spherical shell 59 of injection spray pipe 25 tail end keeps off just at ladder On shape groove 58, convenient next time uses.

Embodiment 2:

As it is shown in fig. 7, the difference of the present embodiment and embodiment 1 is: at the top of vehicle frame base 1 Be provided with an elevating mechanism, described elevating mechanism include being located at two groups of vehicle frame base 1 both sides be oppositely arranged cut Fork, often group scissor includes two the first scissor arm 33 and the second scissor arms 34 arranged that intersect, and cuts for two groups The cross part of fork is hinged by a horizontally disposed bearing pin 35, the lower end of two first scissor arms 33 respectively with The left and right sides, front end of vehicle frame base 1 is hinged, and slides respectively to be connected in and set in the upper end of two first scissor arms 33 Bottom support board 10 in two support board slideways 36 of the left and right sides, the lower end of two second scissor arms 34 is respectively Slide and be connected in the two vehicle frame base slideways 37 being located at vehicle frame base 1 left and right sides, two second scissor arms 34 The left and right sides, front end with support board 10 respectively, upper end be hinged, the bottom of two first scissor arms 33 is passed through One stull 38 is connected, and is provided with a hydraulic cylinder 39, hydraulic cylinder 39 between stull 38 and vehicle frame base 1 rear end Hydraulic stem 40 front end be hinged with stull 38, the rear end of the cylinder block of hydraulic cylinder 39 and vehicle frame base 1 rear end Being hinged, a rear end extends the front end of the foot-driven lever 41 on rear side of vehicle frame base 1 and the force feed of hydraulic cylinder 39 Piston is connected, and the gate gurgle valve of hydraulic cylinder 39 passes through a bracing wire 42 and the pullswitch 43 being located at 2 tops of car It is connected.

The height adjustable of elevating mechanism, when people need that article are brought up to transport vehicle, can fall support board 10, conveniently weight is put down, when moving down article in transport vehicle, support board 10 can be risen, save time province Power.

This utility model does not describes part in detail, is the known technology of those skilled in the art of the present technique.Finally illustrate , above example is only in order to illustrate the technical solution of the utility model and unrestricted, although with reference to preferably This utility model has been described in detail by embodiment, it will be understood by those within the art that, permissible The technical solution of the utility model is modified or equivalent, without deviating from this utility model technical side The objective of case and scope, it all should be contained in the middle of right of the present utility model.

Claims

null1. a multi-functional transport vehicle used for vegetable greenhouse，It is characterized in that: include a vehicle frame base，It is provided with a handlebar in the rear end of vehicle frame base，The lower outside of the handlebar axis being connected with handlebar is arranged with a handlebar axis sleeve，The bottom of handlebar axis sleeve is connected with the rear end of vehicle frame base，A control panel installing rack it is fixed with on the top of handlebar axis，Control panel installing rack is provided with a control panel，Set electric door lock switch on the control panel、Pump switch and battery electric quantity display instrument，It is provided with a support board at the top of vehicle frame base，The front end of described support board is hinged with the front end of vehicle frame base，Bottom rear in vehicle frame base is provided with a water pump，Upper back in vehicle frame base is dismountable is provided with a battery basket，Several batteries it are provided with in battery basket，Battery basket top side detachable a pipe twining machine structure is installed，One group of front vehicle wheel and one group of rear wheel it is respectively provided on two sides with before and after the bottom of vehicle frame base.
One the most according to claim 1 multi-functional transport vehicle used for vegetable greenhouse, it is characterized in that: the wheel hub of two rear wheels is connected by a horizontally disposed hind axle, outside the middle part of hind axle, turning set is provided with a hind axle sleeve, the left and right sides of hind axle sleeve is connected by the bottom rear of a hind axle support bar being vertically arranged with vehicle frame base respectively, and the middle part of described hind axle is connected with a drive mechanism；The lower end of the bending axle that the wheel hub of each front vehicle wheel is vertically arranged with respectively is rotatedly connected, upper outside turning set at bending axle is provided with a bending shaft sleeve, bending axle bottom and top inside bending shaft sleeve are arranged with a conical bearing and a cylindrical bearing respectively, the upper outside of two bending shaft sleeves is connected by a horizontally disposed front axle, the middle part of front axle is connected with bottom the front side of vehicle frame base by a steady mechanism, bottom two bending axles and handlebar axis between be provided with a steering mechanism.
nullOne the most according to claim 1 multi-functional transport vehicle used for vegetable greenhouse，It is characterized in that: described pipe twining machine structure includes an I-beam wheel，I-beam wheel twines and is provided with injection spray pipe，I-beam wheel is located at the top of battery basket by an I-beam wheel installing rack，It is provided with an inserting column in the side of I-beam wheel installing rack，Described inserting column activity is inserted in the I-beam wheel mounting cylinder being vertically arranged on battery basket one jiao，A spray lance draw-in groove it is provided with in the outside of I-beam wheel mounting cylinder，Described I-beam wheel installing rack includes that two I-beam wheel being located at I-beam wheel both sides install riser，Two I-beam wheel are installed the top side of riser and are connected by an I-beam wheel installation transverse slat，One steel shaft is installed riser along the axis of I-beam wheel through I-beam wheel and I-beam wheel and is arranged，One end of described steel shaft is closed one end open and is arranged，The opening of steel shaft and a water inlet pipe are connected，Blind end and one is located at the water pipe automatic retracted mechanism that I-beam wheel installs on riser and is connected.
nullOne the most according to claim 1 multi-functional transport vehicle used for vegetable greenhouse，It is characterized in that: be provided with an elevating mechanism at the top of vehicle frame base，Described elevating mechanism includes the two groups of scissors being oppositely arranged being located at vehicle frame base both sides，Often group scissor includes two the first scissor arms and the second scissor arm arranged that intersect，The cross part of two groups of scissors is hinged by a horizontally disposed bearing pin，The left and right sides, front end with vehicle frame base respectively, the lower end of two first scissor arms is hinged，Slide respectively and be connected in the two support board slideways being located at the left and right sides bottom support board in the upper end of two first scissor arms，Slide respectively and be connected in the two vehicle frame base slideways being located at the vehicle frame base left and right sides in the lower end of two second scissor arms，The left and right sides, front end with support board respectively, the upper end of two second scissor arms is hinged，The bottom of two first scissor arms is connected by a stull，A hydraulic cylinder it is provided with between stull and vehicle frame base rear end，The hydraulic stem front end of hydraulic cylinder is hinged with stull，The rear end of the cylinder block of hydraulic cylinder is hinged with vehicle frame base rear end，The force feed piston of front end and hydraulic cylinder that one rear end extends the foot-driven lever on rear side of vehicle frame base is connected，The gate gurgle valve of hydraulic cylinder is connected with the pullswitch being located at handlebar top by a bracing wire.
One the most according to claim 2 multi-functional transport vehicle used for vegetable greenhouse, it is characterized in that: described drive mechanism includes that fixed cover is located at a travelling gear in outside in the middle part of hind axle, and described travelling gear is meshed with the driving gear of the output shaft end of the driving motor being located at vehicle frame base bottom rear.
One the most according to claim 2 multi-functional transport vehicle used for vegetable greenhouse, it is characterized in that: described steady mechanism includes being horizontally fixed on a cross bar at front axle top, after one horizontally disposed balance axle passes perpendicularly through the middle part of described cross bar, two ends pass one watt of box respectively and arrange, and are connected bottom the top of two watts of boxes and the front side of vehicle frame base.
One the most according to claim 2 multi-functional transport vehicle used for vegetable greenhouse, it is characterized in that: described steering mechanism includes that two the inners are respectively hinged at the first connecting rod of two bending axle bottoms, two ends with a second connecting rod respectively, the outer end of two first connecting rods are hinged, the inner of a first connecting rod is installed with a turning-bar wherein, and described turning-bar is connected with the bottom of handlebar by a control bar.
One the most according to claim 3 multi-functional transport vehicle used for vegetable greenhouse, it is characterized in that: described water pipe automatic retracted mechanism includes that being fixed on I-beam wheel installs the clockwork spring dish on riser, it is provided with a clockwork spring in clockwork spring dish curls inward, the inner of clockwork spring is connected with the blind end of steel shaft, the outer end of clockwork spring is fixed axle with the clockwork spring on I-beam wheel installation riser after passing clockwork spring dish and is connected, and the head end of injection spray pipe is connected with outlet in the middle part of the steel shaft being located in the middle part of steel shaft.
One the most according to claim 3 multi-functional transport vehicle used for vegetable greenhouse, it is characterized in that: be provided with a preventing water pipe release mechanism at the top of I-beam wheel installing rack, described preventing water pipe release mechanism includes that being located at I-beam wheel installs the dovetail groove in the middle part of transverse slat and be set in a spherical shell of injection spray pipe lateral tail, described spherical shell is arranged in the outside of dovetail groove, the tail end opening of injection spray pipe and a spray lance are connected, and the head end at spray lance is provided with two shower nozzles.
One the most according to claim 5 multi-functional transport vehicle used for vegetable greenhouse, it is characterised in that: being provided with the motor rotating forward switch controlling to drive motor in handlebar side and motor reversal switchs, the bottom rear in vehicle frame base is provided with a controller.