CN205755622U - The picking desk of harvester for seedling-watermelon - Google Patents

Abstract

The utility model relates to a picking platform of a melon harvester, which comprises a frame, a front row of augers, a rear row of augers, a melon picking wheel and a melon harvesting shovel; position, to push the melon to both sides; the rear auger includes a rear left auger and a rear right auger respectively located on both sides of the frame, to push the melon to the middle; the melon wheel is set on Right behind the front row of augers and between the rear row of left augers and the rear row of right augers, the melon wheel is hingedly mounted on the frame, and the circumferential direction of the melon wheel is fixedly installed with A plurality of melon picking boards; the melon picking shovel for transferring the melon picking pushed by the melon picking wheel to the conveying device is provided at the rear of the melon picking wheel, the melon picking shovel is wedge-shaped and hinged on the frame, the The bottom of the melon harvesting shovel is provided with rollers. The picking platform can solve the problems of tangling grass, removing vines and leaking melons in the melon harvesting process.

Description

Picking table of melon harvester

technical field

The utility model relates to a picking platform of a melon harvester, which belongs to the technical field of agricultural machinery.

Background technique

Watermelon (also known as watermelon for seeds) is a variety of watermelon. The fruit is smaller than watermelon, and the seeds are many and large. It is mainly used to produce edible watermelon seeds. Due to its low requirements on the growth environment, simple planting mode, drought resistance, low input cost, and high economic benefits, melon is mostly distributed in arid barren land and saline-alkaline dry land, and is one of the important economic crops for farmers to increase income.

At present, the melon harvesting machine adopts a strip collector to integrate the seed melons scattered in the field into straight and narrow strips, and then collects the melons manually or mechanically. At present, the slitting machine popularized and applied in our country is mainly the 4ZT-2.0 seed melon slitting machine developed by the Agricultural Mechanization Research Institute of Xinjiang Academy of Agricultural Sciences, and the 4DT-2.0 melon slitting machine developed by the Agricultural Machinery Promotion Station of Tacheng District. The pick-up machine mainly uses the traditional roller pick-up method. This type of segmented melon harvesting machine is used in conjunction with a tractor to complete the separation and collection of seed melons and melon seedlings, as well as subsequent picking and harvesting operations. The structure is simple and the production efficiency is low. In field tests, it was found that problems such as squeezing melons, hurting melons, unclear entanglement of melons and vines, and high loss occurred during machine operations. In particular, the harvesting period is long due to the low harvesting efficiency. If encountering a cold current, the melons will be frozen and broken and cannot be harvested, which directly results in a reduction in production and income.

The applicant searched and found that the Chinese invention patent with application number 201310440452.7 discloses a fully automatic melon harvesting machine, which mainly includes a melon picking and harvesting platform, a conveying device, and a seed removal machine. The melon picking and harvesting platform includes two groups of melon driving power rollers and melon picking buckets arranged obliquely. It has a good effect of removing vines and collecting vines, but the applicant found in practice that because the front and rear drive melon power rollers are all inclined, the front ends are very easy to insert into weeds or melon vines, so that entanglement, weeds, and vines occur. Blockage phenomenon will affect the use effect.

Contents of the invention

The technical problem to be solved by the utility model is: to overcome the above-mentioned shortcomings of the prior art, and to provide a picking platform of a melon harvester that can solve the problems of tangling grass, removing vines and leaking melons in the melon harvesting process.

In order to solve the above technical problems, the technical solution proposed by the utility model is: a picking platform of a melon harvester, which is used to collect melons and transfer them to the seed picking device through a conveying device, including a frame, a front row of stirring Dragon, rear row auger, melon wheel and melon harvesting shovel; the front row auger is arranged in the middle position directly in front of the frame, and the blades of the front row auger are divided into left blades and right blades along the axial direction, The helical directions of the left blade and the right blade are opposite and push the melon to both sides during use; the rear row auger includes a rear row left auger and a rear row right auger respectively located on both sides of the frame, so The blades of the rear left auger and the rear right auger have opposite helical directions and push melons to the middle during use; Between the left auger in the row and the right auger in the back row, the melon wheel includes a roller shaft hingedly mounted on the frame and several melon boards arranged at intervals along the outer peripheral surface of the roller shaft. The plate extends along the axial direction of the roller, and a disc-shaped baffle is fixedly connected in the middle of the roller; behind the melon wheel, there is a receiving box for transferring the melons pushed by the melon wheel to the conveying device. Melon shovel, the melon harvesting shovel is wedge-shaped and hinged on the frame, the bottom of the melon harvesting shovel is provided with rollers, the front end of the melon harvesting shovel is located below the melon pulling wheel, and the rear end of the melon harvesting shovel Extends above the front end of the delivery device.

When the utility model is working, firstly, the auger in the front row pushes the melons in the width to both sides, and completes the separation of the melons and the vines (the connection between the mature melons and the vines is not reliable, and only needs a little The melon can be separated from the vine with force); then the rear auger pushes the melon on both sides within the range to the middle, and the separation of the melon from the vine is also completed. The front row of augers and the rear row of augers work together to integrate the separated melons into strips, and the melon puller and melon collecting shovel in the middle position quickly collect the pushed melons and send them to the rear conveying device in turn. , Seed taking device for follow-up processing.

The beneficial effects brought by the utility model are:

1) The picking table uses three sets of augers (one set of front augers and two sets of rear augers) to complete the separation and collection of melons and vines. Compared with the prior art that separates melons and vines and beats melons by inclined power rollers, the utility model does not cause the melons and vines to be entangled and blocked by weeds when the melons and vines are separated. In addition, the utility model completes the strip collecting work while the melon and vine are separated, which replaces the traditional disc-type strip collecting machine, has more reliable working efficiency, and reduces problems such as broken melons and leaked melons.

2) The utility model can quickly collect melons and send them to the rear conveying device through the combination of the melon picking wheel and the melon harvesting shovel, which replaces the traditional melon rolling harvesting method, further reduces the loss of leaking melons, and improves The transmission efficiency is improved, which in turn improves the recovery efficiency.

3) The melon picker board is a plate structure, so that it is not easy to hook up the melon vines below during the rotation process, thereby preventing the melon vines from being entangled; in addition, the melon vines are pressed under the baffle, which further reduces the entanglement of the melon vines occur.

In order to further reduce the entanglement of melon vines and weeds, the utility model makes the following improvements to the above-mentioned technical solution: 1) There is a rattan pressing roller between the melon dial and the front auger, so that the melon dial can be dialed Press down the melon vines and weeds in front of the melon to avoid the situation that the melon vines and weeds are entangled with the melon picker. 2) The melon harvesting shovel is provided with serrations, so as to cut off the melon vines and weeds brought up by the melon harvesting shovel during its travel. Combining the above two technical means, the problem of entanglement of melon vines and weeds is completely solved, thereby improving work efficiency.

A further improvement of the above technical solution is: the picking platform is provided with a depth-limiting wheel.

Preferably, the left and right ends of the front row of augers are respectively aligned with the right end of the rear row of left augers and the left end of the rear row of right augers.

Preferably, the length of the melon board is the same as that of the front row of augers.

Description of drawings

Below in conjunction with accompanying drawing, the utility model is further described.

Fig. 1 is a schematic structural view of an embodiment of the utility model.

FIG. 2 is a top view of FIG. 1 .

Fig. 3 is a structural schematic diagram of the melon dial in the embodiment of the utility model.

Among the figure, 1-front row auger, 2-pick melon wheel, 3-melon harvesting shovel, 4-rear row auger, 5-depth limiting wheel, 6-conveying device, 14-frame.

detailed description

Example

The picking table of the melon harvester of the present embodiment is shown in Figure 1 and Figure 2, comprises frame 14, front row auger 1, back row auger 4, melon dial wheel 2 and melon receiving shovel 3; The auger 1 is arranged in the middle position directly in front of the frame 14, and the blades of the auger 1 in the front row are divided into left blades and right blades along the axial direction. Push; rear row auger 4 is divided into rear row left auger 4-1 and rear row right auger 4-2, respectively located on both sides of rack 14, rear row left auger 4-1 and rear row right auger The spiral direction of the blades of 4-2 is also opposite and pushes the melon to the middle when in use; the melon wheel 2 is arranged directly behind the front auger 1 and is located at the rear left auger 4-1 and the rear right auger Between 4-2.

As shown in Figure 3, the melon wheel 2 includes a roller shaft 2-1 hingedly installed on the frame 14 and several melon boards 2-2 arranged at intervals along the outer peripheral surface of the roller shaft 2-1. The dial 2-2 extends along the axial direction of the roller 2-1, and the middle of the roller 2-1 is fixedly connected with a disc-shaped baffle 2-3, the dial 2-2 and the baffle 2-3, etc. High setting and an integrated structure, so that it is not easy to hook up the melons and vines below during the rotation, thereby preventing the melons and vines from being entangled; in addition, the melons and vines are pressed under the baffle, which further reduces the occurrence of melons and vines being entangled.

Between the conveying device 6 and the melon picking wheel 2, there is a melon receiving shovel 3 for transferring the melons pushed by the melon picking wheel 2 to the rear conveying device 6. The melon receiving shovel 3 is wedge-shaped and hinged on the frame 14. The hinge point is positioned at the front end of the conveying device 6, and the bottom of the melon shovel 3 is provided with a roller 3-1, which can adapt to various grounds. The rear end extends above the front end of the delivery device 6 .

This embodiment can be improved as follows:

1) In order to fundamentally solve the problem of tangling the picking platform for melon vines and weeds, this embodiment adopts the following technical means: a rattan pressing roller (not shown in the figure) is provided between the melon dial wheel 2 and the front row auger 1 ), so as to reduce the melon vines and weeds brought by the melon picker 2 as much as possible, and further provide sawtooth on the melon harvesting shovel 3, which can cut off the melon vines and weeds on the melon harvesting shovel 3 to prevent the melon vines from being entangled Harvesting melon shovel.

2) As shown in Figure 1, the picking platform is provided with a depth-limiting wheel 5.

3) The left and right ends of the front row auger are respectively aligned with the right end of the rear row left auger and the left end of the rear row right auger. .

4) The length of the melon dial is the same as that of the front auger.

The utility model is not limited to the specific technical solutions described in the above embodiments, except for the above embodiments, the utility model can also have other implementations. All technical solutions formed by equivalent replacement are within the scope of protection required by the utility model.

Claims (6)

1. A picking table of a melon harvester, used to collect melons and transfer them to the seed picking device through a conveying device, characterized in that: it includes a frame, a front auger, a rear auger, and a melon picker. Wheel and melon harvesting shovel; the front row auger is arranged in the middle position directly in front of the frame, the blade of the front row auger is divided into left blade and right blade along the axial direction, and the spiral of the left blade and the right blade The direction is opposite and the melon is pushed to both sides when in use; the rear row auger includes a rear row left auger and a rear row right auger respectively located on both sides of the rack, the rear row left auger and the rear row auger The spiral direction of the blades of the right auger is also opposite and pushes the melon to the middle when in use; Between the dragons, the melon-pushing wheel includes a roller shaft hingedly installed on the frame and a number of melon-picking plates arranged at intervals along the outer peripheral surface of the roller shaft, and the melon-picking plates extend along the axial direction of the roller shaft, A disk-shaped baffle is fixedly connected to the middle of the roller; a melon-receiving shovel for transferring the melons pushed by the melon-receiving wheel to the conveying device is provided behind the melon-receiving shovel, and the melon-receiving shovel is Wedge-shaped and hinged on the frame, the bottom of the melon-receiving shovel is provided with rollers, the front end of the melon-receiving shovel is located below the melon-pushing wheel, and the rear end of the melon-receiving shovel extends above the front end of the conveying device. 2. The picking platform of the melon harvester according to claim 1, characterized in that: rattan pressing rollers are arranged between the melon picking wheel and the front auger. 3. The picking platform of the melon harvester according to claim 1, characterized in that: the melon harvesting shovel is provided with sawtooth. 4. The picking platform of the melon harvester according to claim 1, characterized in that: the picking platform is provided with a depth-limiting wheel. 5. The picking platform of the melon harvester according to claim 1, characterized in that: the left and right ends of the front auger are respectively connected to the right end of the left auger in the rear row and the left end of the right auger in the rear row. align. 6. The picking table of the melon harvester according to claim 1, characterized in that: the length of the melon picking board is the same as the length of the front auger.