CN209242386U

CN209242386U - Drip tape recycling device

Info

Publication number: CN209242386U
Application number: CN201822133892.9U
Authority: CN
Inventors: 王多增
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-12-19
Filing date: 2018-12-19
Publication date: 2019-08-13
Anticipated expiration: 2028-12-19

Abstract

The utility model relates to the technical fields of agricultural machinery, it is a kind of drip tape recycling device, transmission shaft is rotatably mounted on mounting rack, lower drive shaft is rotatably mounted on pedestal below upper transmission shaft, deceleration device is arranged between upper transmission shaft and lower drive shaft, successively be intervally distributed with preceding capstan winch, rear capstan winch from front to back on the overhanging end of upper transmission shaft, the inside of preceding capstan winch and rear capstan winch respectively it is circumferentially spaced be provided with it is several before support sticks, back brace stick.The utility model reasonable and compact in structure, it can be by way of capstan winch before removing, the extraction inside the coiled drip irrigation zone of disk by preceding support stick, since preceding support stick is skewed in what the front is high and the back is low, back brace stick in it is rear it is high before it is low skewed, so even drip irrigation zone wound during recycling it is very tight, before unloading after capstan winch, operator only needs slightly to take off drip irrigation zone toward previous, and drip irrigation zone will easily be slided along back brace stick, it is very convenient to unload process, it is time saving and energy saving high-efficient.

Description

Drip tape recycling device

Technical field

The utility model relates to the technical fields of agricultural machinery, are a kind of drip tape recycling devices.

Background technique

Drip irrigation technique has been promoted and application by large-scale at present, is a kind of irrigation method of high-efficiency water-saving, Xinjiang more It is generally to be widely used, drip irrigation technique is mainly first to spread the water inflow surface in water main in provided underground water main If drip irrigation zone in, this drip irrigation zone by local farmers is known as 90 water pipes again, then again will by the capillary being connected on 90 water pipes Water is transported to each corner in ground, in order to save resource and reuse, after autumn harvest season, requires ground is thicker 90 water pipes recycled, people carry out 90 water pipes way of recycling be mainly manual recovery, working efficiency is low, cost recovery Height, there are the tensions that drip irrigation zone is wound for current existing some drip irrigation hose storing machines, and then inconvenience unloads the drip irrigation zone of recycling Under, the problem of unloading time-consuming and laborious process, low efficiency, and existing drip irrigation hose storing machine is all to put to original place to carry out mostly Operation is recycled, after a local drip irrigation zone harvests, then when being moved to other local operations, is inconvenient, mobility is poor, uses It is inconvenient.

Summary of the invention

The utility model provides a kind of drip tape recycling device, overcomes the defects of the prior art, can be effective It solves the problems, such as that existing drip irrigation hose storing machine is time-consuming and laborious when unloading drip irrigation zone, low efficiency, and can further solve existing The mobility of drip irrigation hose storing machine is poor, problem inconvenient for use.

The purpose of the application is achieved in that drip tape recycling device, it is characterised in that: pedestal, mounting rack, preceding strand Disk, rear capstan winch, deceleration device are rotatably mounted with transmission shaft on mounting rack, can be rotated on the pedestal below upper transmission shaft Ground is equipped with lower drive shaft, and deceleration device is arranged between upper transmission shaft and lower drive shaft, and lower drive shaft is mounted on deceleration device On the power intake of downside, upper transmission shaft is mounted on the power output end on the upside of deceleration device, outside the front side of upper transmission shaft The power output end for stretching out mounting rack and deceleration device, before being successively intervally distributed with from front to back on the overhanging end of upper transmission shaft Capstan winch, rear capstan winch, preceding capstan winch are removably mounted on transmission shaft, and rear capstan winch is fixedly mounted on transmission shaft, in preceding strand The inside of disk is circumferentially spaced to be provided with several preceding support sticks, and one end of preceding support stick is fixedly connected with preceding capstan winch, preceding support stick The other end is towards rear capstan winch and is in hanging shape, and preceding support stick is skewed in the front is high and the back is low, the inside of rear capstan winch along the circumferential direction Be arranged at intervals with several back brace sticks, one end of back brace stick is fixedly connected with rear capstan winch, the other end of back brace stick towards preceding capstan winch simultaneously In hanging shape, back brace stick is dislocatedly distributed in low skewed before rear high between support stick and back brace stick before adjacent.

Here is the further optimization and/or improvements to above-mentioned utility model technical solution:

Further, deceleration device includes upper chain wheel, lower chain wheel, and lower chain wheel is the power intake of deceleration device, upper tooth Disk is the power output end of deceleration device, and upper chain wheel is fixedly mounted on transmission shaft, and lower chain wheel is fixedly mounted on lower drive shaft On, upper chain wheel and lower chain wheel correspond to each other up and down, and the diameter of upper chain wheel is greater than the diameter of lower chain wheel, upper chain wheel on lower chain wheel around Equipped with chain, upper chain wheel, lower chain wheel, chain together constitute a sprocket drive system.

Further, mounting rack includes side arm, after-frame, and side arm and after-frame time interval are fixedly connected on pedestal, side arm Before being separately installed on top chock corresponding with front and back is separately installed on the upside of after-frame, side arm and the pedestal below after-frame Corresponding step afterwards, the front and rear sides of upper transmission shaft are separately mounted to side arm, upper transmission in the top chock on after-frame The front side overhanging end of axis is pierced by the top chock of side arm, and the front and rear sides of lower drive shaft are separately mounted under pedestal front and rear sides In bearing block, upper chain wheel is fixedly mounted on the upper transmission shaft between side arm and after-frame, and lower chain wheel is fixedly mounted on side arm with after On lower drive shaft between frame.

Further, preceding capstan winch is set on transmission shaft, is threaded with limit on the upper transmission shaft on front side of preceding capstan winch Nut is fixedly connected with handle before being pressed on rear side of limit screw cap on capstan winch on limit screw cap.

Further, further include tractor, connection frame is fixedly connected on the pedestal on rear side of after-frame, the tail portion of tractor is set It is equipped with power output shaft and suspension mechanism, pedestal and connection frame are separately mounted on the corresponding position on suspension mechanism, tractor Universal shaft is installed between the front side of power output shaft and the rear side of lower drive shaft.

Further, suspension mechanism is three-point hitch, and connection frame is mounted on by three-point hitch with pedestal and is dragged On the tail portion of machine drawing.

The utility model reasonable and compact in structure, can be by way of capstan winch before removing, by the preceding support stick drop coiled from disk Fill the internal extraction of band, since preceding support stick is skewed in what the front is high and the back is low, back brace stick in it is rear it is high before it is low skewed, so even drop Filling band is wound very tight during recycling, and before unloading after capstan winch, operator only needs slightly to take off drip irrigation zone toward previous, Drip irrigation zone will easily be slided along back brace stick, and it is very convenient to unload process, time saving and energy saving high-efficient.

Detailed description of the invention

The specific structure of the application is provided by drawings and examples below:

Attached drawing 1 is the schematic view of the front view of drip tape recycling device；

Attached drawing 2 is the left view structural representation of drip tape recycling device；

Attached drawing 3 is the attachment structure schematic diagram of three-point hitch.

Legend: 1, pedestal, 2, preceding capstan winch, 3, rear capstan winch, 4, upper transmission shaft, 5, lower drive shaft, 6, preceding support stick, 7, back brace Stick, 8, upper chain wheel, 9, lower chain wheel, 10, chain, 11, side arm, 12, after-frame, 13, top chock, 14, step, 15, limit Nut, 16, handle, 17, connection frame, 18, power output shaft, 19, universal shaft, 20, promotion axis, 21, lift arm, 22, upper connecting rod, 23, lift lever, 24, lower pull rod.

Specific embodiment

The application is not limited by following embodiments, can be determined according to the technical solution of the application and actual conditions specific Embodiment.

In the present invention, for ease of description, the description of the relative positional relationship of each component is according to specification The Butut mode of attached drawing 1 is described, such as: the positional relationship of upper and lower, left and right is the Butut according to Figure of description 1 Direction determines.

The utility model is further described below with reference to examples and drawings:

Embodiment: as shown in attached drawing 1,2, which includes pedestal 1, mounting rack, preceding capstan winch 2, rear capstan winch 3, deceleration device is rotatably mounted with transmission shaft 4 on mounting rack, is rotatably mounted on the pedestal 1 of upper 4 lower section of transmission shaft There is lower drive shaft 5, deceleration device is arranged between upper transmission shaft 4 and lower drive shaft 5, and lower drive shaft 5 is mounted under deceleration device On the power intake of side, upper transmission shaft 4 is mounted on the power output end on the upside of deceleration device, outside the front side of upper transmission shaft 4 The power output end for stretching out mounting rack and deceleration device, is successively intervally distributed with from front to back on the overhanging end of upper transmission shaft 4 Preceding capstan winch 2, rear capstan winch 3, preceding capstan winch 2 are removably mounted on transmission shaft 4, and rear capstan winch 3 is fixedly mounted on transmission shaft 4 On, the inside of preceding capstan winch 2 it is circumferentially spaced be provided with it is several before support sticks 6, one end of preceding support stick 6 and preceding capstan winch 2 are fixed The other end of connection, preceding support stick 6 towards rear capstan winch 3 and is in hanging shape, and preceding support stick 6 is skewed in what the front is high and the back is low, in rear capstan winch 3 Inside it is circumferentially spaced be provided with several back brace sticks 7, one end of back brace stick 7 is fixedly connected with rear capstan winch 3, back brace stick 7 The other end towards preceding capstan winch 2 and be in hanging shape, back brace stick 7 in low skewed before rear high, it is adjacent before support stick 6 and back brace stick 7 Between be dislocatedly distributed.

When the utility model is used, first by a part of pre-wound of drip irrigation zone it is preceding support stick 6 and back brace stick 7 outside, Gap between i.e. preceding capstan winch 2 and rear capstan winch 3, the shaft of the rear side of lower drive shaft 5 and motor is installed together, electricity consumption Motivation drives the rotation of lower drive shaft 5, and under the action of deceleration device, lower drive shaft 5 is become uploading from very fast revolving speed originally The slow rotation of moving axis 4, preceding capstan winch 2, rear capstan winch 3 and upper transmission shaft 4 keep rotating synchronously, and in the process, drip irrigation zone can quilt Continuously around mounted in it is preceding support stick 6 and back brace stick 7 outside, existing drip irrigation hose storing machine during coiling drip irrigation zone, Be easy to appear the tension of drip irrigation zone winding, it has not been convenient to the drip irrigation zone of recycling is unloaded, and then make to unload process becomes time-consuming expense The problem of power, low efficiency, and the utility model is after drip irrigation zone is recycled, it can be before remove by way of capstan winch 2, by preceding support Stick 6 is extracted out inside the coiled drip irrigation zone of disk, and since preceding support stick 6 is skewed in what the front is high and the back is low, back brace stick 7 is in low before rear height Skewed, so even drip irrigation zone winds very tight during recycling, before unloading after capstan winch 2, operator only needs Drip irrigation zone slightly is taken off toward previous, drip irrigation zone will easily be slided along back brace stick 7, and it is very convenient to unload process, time saving province Force efficiency is high, can in advance will with rope before unloading in order not to allow the drip irrigation zone of rolling up dish for steel to dissipate during unloading Drip irrigation zone tie up it is solid, such drip irrigation zone remained after unloading one it is completely discoid, be convenient for subsequent storage.

According to actual needs, above-mentioned drip tape recycling device is made further optimization and/or improvements:

Further, as shown in attached drawing 1,2, deceleration device includes upper chain wheel 8, lower chain wheel 9, and lower chain wheel 9 is deceleration device Power intake, upper chain wheel 8 is the power output end of deceleration device, and upper chain wheel 8 is fixedly mounted on transmission shaft 4, lower tooth Disk 9 is fixedly mounted on lower drive shaft 5, and upper chain wheel 8 is corresponded to each other with lower about 9 chain wheel, and the diameter of upper chain wheel 8 is greater than lower chain wheel Around chain 10 is equipped on 9 diameter, upper chain wheel 8 and lower chain wheel 9, upper chain wheel 8, lower chain wheel 9, chain 10 together constitute a chain Take turns transmission system.

The sprocket drive system that upper chain wheel 8, lower chain wheel 9, chain 10 collectively form is one kind of deceleration device, this is practical Novel deceleration device can also be other deceleration devices such as reduction gear box, pulley drive system, and purpose is exactly to reduce The revolving speed of upper transmission shaft 4 avoids transmission shaft 4 from possessing the same high revolving speed with lower drive shaft 5, and then leads to the hair of unsafe condition It is raw.

Further, as shown in attached drawing 1,2, mounting rack includes side arm 11, after-frame 12, side arm 11 and 12 time interval of after-frame It is fixedly connected on pedestal 1, side arm 11 corresponding top chock 13, side arm 11 before and after being separately installed with the upside of after-frame 12 Step 14 corresponding with front and back is separately installed on the pedestal 1 of 12 lower section of after-frame, the front and rear sides difference of upper transmission shaft 4 It is mounted on side arm 11, in the top chock 13 on after-frame 12, the front side overhanging end of upper transmission shaft 4 is pierced by the top chock of side arm 11 13, the front and rear sides of lower drive shaft 5 are separately mounted in the step 14 of 1 front and rear sides of pedestal, and upper chain wheel 8 is fixedly mounted on On upper transmission shaft 4 between side arm 11 and after-frame 12, lower chain wheel 9 is fixedly mounted on the lower drive shaft between side arm 11 and after-frame 12 On 5.Preceding capstan winch 2 is set on transmission shaft 4, is threaded with limit screw cap 15 on the upper transmission shaft 4 of preceding 2 front side of capstan winch, is limited Before the rear side of position nut 15 is pressed on capstan winch 2, handle 16 is fixedly connected on limit screw cap 15.

Upper transmission shaft 4 is installed in rotation on side arm 11 by top chock 13, on after-frame 12, under lower drive shaft 5 passes through Bearing block 14 is installed in rotation on pedestal 1.When needing to unload the drip irrigation zone recycled, by twisting off limit screw cap 15, so that it may unload preceding capstan winch 2, the drip irrigation zone for being rolled into plate-like after capstan winch 2, can be easily removed before unloading；When need When carrying out recycling drip irrigation zone again, it is only necessary to preceding capstan winch 2 is sleeved on upper transmission shaft 4 and incited somebody to action by screwing limit screw cap 15 Preceding capstan winch 2 is fixed on transmission shaft 4, and the setting of handle 16 can carry out dismounting behaviour with more convenient pair of limit screw cap 15 Make.

Further, according to actual needs, further include tractor, be fixedly connected with connection on the pedestal 1 of 12 rear side of after-frame Frame 17, the tail portion of tractor are provided with power output shaft 18 and suspension mechanism, and pedestal 1 and connection frame 17 are separately mounted to suspension machine On corresponding position on structure, universal shaft 19 is installed between the front side of tractor motive power output shaft 18 and the rear side of lower drive shaft 5.

Power output shaft 18, suspension mechanism, the universal shaft 19 of tractor rear are all conventionally known technologies, in tractor On be all standard configuration structure, by the way that pedestal 1 and connection frame 17 to be separately mounted on the corresponding position on suspension mechanism, and pass through ten thousand It is driven to axis 19, can make the power output shaft 18 of tractor rear that upper transmission shaft 4 be driven to be rotated, and then returned The operation of drip irrigation zone is received, the setting of tractor substantially increases the maneuverability of the utility model, can make the utility model It is neatly moved in any operating area as needed, there is very strong practicability.

Further, as shown in Fig. 3, suspension mechanism is that three-point hitch, connection frame 17 and pedestal 1 are outstanding by 3 points Suspension mechanism is mounted on the tail portion of tractor.

Three-point hitch is connect with three hinge joints with tractor body, and agricultural machinery and implement are steady with tractor straight-line travelling It is qualitative good, it is the structure that middle low power tractor mostly uses greatly, three-point hitch includes promoting axis 20, lift arm 21, pull-up Bar 22, lift lever 23, lower pull rod 24 promote the tail portion that axis 20 is mounted on tractor, are the compositions of Characteristics of Tractor Hydraulic Suspension System Part, the hydraulic system on tractor, which can drive, to be promoted axis 20 and is rotated, and the left side for promoting axis 20 is provided with a promotion Arm 21, one end of lift arm 21 are fixedly connected with axis 20 is promoted, and the other end is hinged with a lift lever 23, the upper end of lift lever 23 Hinged with lift arm 21, the lower end of lift lever 23 and the middle part of lower pull rod 24 are hinged, and the rear side of lower pull rod 24 is hinged on tractor On body, the front side of lower pull rod 24 and the left side of pedestal 1 are hinged, and the right side for promoting axis 20 is similarly provided with lift arm 21, is promoted Bar 23, lower pull rod 24, it is hinged with the right side of pedestal 1 to promote its front side of the lower pull rod 24 on the right side of axis 20, two lift levers 23 it Between be provided with a upper connecting rod 22, one end of upper connecting rod 22 and tractor body are hinged, the other end and connection frame of upper connecting rod 22 17 top is hinged, and by promoting the positive and negative rotation of axis 20, lift arm 21 can be swung up and down, and then can make the height of pedestal 1 It is adjustable about degree, to better adapt to drip irrigation zone recycling operation.

Above description is only intended to clearly illustrate the application example, and is not to presently filed embodiment Restriction.Guarantor of all technical solution changes and variations that derived from for belonging to the application still in the application Protect the column of range.

Claims

1. a kind of drip tape recycling device, it is characterised in that including pedestal, mounting rack, preceding capstan winch, rear capstan winch, deceleration device, peace It shelves and is rotatably mounted with transmission shaft, lower drive shaft is rotatably mounted on the pedestal below upper transmission shaft, slow down Device is arranged between upper transmission shaft and lower drive shaft, and lower drive shaft is mounted on the power intake on the downside of deceleration device, on Transmission shaft is mounted on the power output end on the upside of deceleration device, and mounting rack and deceleration device are stretched out outside the front side of upper transmission shaft Power output end, is successively intervally distributed with preceding capstan winch, rear capstan winch from front to back on the overhanging end of upper transmission shaft, and preceding capstan winch is removable It is mounted on transmission shaft with unloading, rear capstan winch is fixedly mounted on transmission shaft, circumferentially spaced in the inside of preceding capstan winch Several preceding support sticks are provided with, one end of preceding support stick is fixedly connected with preceding capstan winch, and the other end of preceding support stick towards rear capstan winch and is in hang Empty shape, preceding support stick is skewed in the front is high and the back is low, is provided with several back brace sticks the inside of rear capstan winch is circumferentially spaced, after One end of support stick is fixedly connected with rear capstan winch, and the other end of back brace stick towards preceding capstan winch and is in hanging shape, before back brace stick is in rear height Low is skewed, is dislocatedly distributed between support stick and back brace stick before adjacent.

2. drip tape recycling device according to claim 1, it is characterised in that deceleration device includes upper chain wheel, lower chain wheel, Lower chain wheel is the power intake of deceleration device, and upper chain wheel is the power output end of deceleration device, and upper chain wheel is fixedly mounted on On transmission shaft, lower chain wheel is fixedly mounted on lower drive shaft, and upper chain wheel corresponds to each other up and down with lower chain wheel, and the diameter of upper chain wheel is big In, around chain is equipped with, upper chain wheel, lower chain wheel, chain together constitute a chain on the diameter of lower chain wheel, upper chain wheel and lower chain wheel Take turns transmission system.

3. drip tape recycling device according to claim 2, it is characterised in that mounting rack includes side arm, after-frame, side arm with After-frame time interval is fixedly connected on pedestal, corresponding top chock before and after being separately installed on the upside of side arm and after-frame, Corresponding step before and after being separately installed on side arm and the pedestal below after-frame, the front and rear sides of upper transmission shaft are pacified respectively In the top chock on side arm, after-frame, the front side overhanging end of upper transmission shaft is pierced by the top chock of side arm, lower drive shaft Front and rear sides are separately mounted in the step of pedestal front and rear sides, and upper chain wheel is fixedly mounted on upper between side arm and after-frame On transmission shaft, lower chain wheel is fixedly mounted on the lower drive shaft between side arm and after-frame.

4. drip tape recycling device according to claim 1 or 2 or 3, it is characterised in that preceding capstan winch is set in transmission shaft On, limit screw cap is threaded on the upper transmission shaft on front side of preceding capstan winch, before being pressed on rear side of limit screw cap on capstan winch, limit Handle is fixedly connected on nut.

5. drip tape recycling device according to claim 4, it is characterised in that it further include tractor, the pedestal on rear side of after-frame On be fixedly connected with connection frame, the tail portion of tractor is provided with power output shaft and suspension mechanism, and pedestal is pacified respectively with connection frame On the corresponding position on suspension mechanism, ten thousand are equipped between the front side of tractor motive power output shaft and the rear side of lower drive shaft To axis.

6. drip tape recycling device according to claim 5, it is characterised in that suspension mechanism is three-point hitch, connection Frame and pedestal are mounted on the tail portion of tractor by three-point hitch.