TWM631517U - Pineapple seedling trimmer - Google Patents

Abstract

This new creation is about a pineapple seedling trimming machine, which mainly conveys pineapple seedlings through a conveying unit. During the conveying process, the stems and leaves of the pineapple seedlings are cut through two cutter bodies respectively. Since the positions of the cutter bodies are fixed, Therefore, the length of each seedling after cutting is the same, so as to ensure the length and quality of the seedling, and at the same time, it can reduce the manpower and make the pruning of the whole pineapple seedling more efficient.

Description

Pineapple seedling trimmer

This new creation is about an agricultural machine, especially a pineapple seedling trimmer.

According to this, the farmer must plant the pineapple seedlings into the farmland one by one during farming, and then carry out the subsequent farming procedures. However, if the stems of the seedlings are too long or the leaves are too long, it will not only affect the binding and transportation of the seedlings, but also it is not easy for the farmers to grasp the growth period and the consistency of the quality of the seedlings, especially for pineapples. For seedlings, this situation will have a negative impact on the quality of pineapples. Therefore, for pineapple seedling operators or farmers, the stems and leaves of the pineapple seedlings are usually trimmed to maintain the overall length of the pineapple seedlings.

Most of the above-mentioned methods of pruning seedlings rely on feeling, and rely entirely on the sense of length cultivated during the cutting process, so as to grasp that each seedling after pruning has the same length. Of course, this method is not only difficult to maintain the same length, but also the method of pruning by hand is inefficient, and there is a risk of agricultural occupational disasters. Therefore, the creators of this new model believe that this situation should be improved.

In view of the above-mentioned deficiencies, the creator of the present invention believes that there should be an improvement means, and the means relates to a pineapple seedling trimming machine, including:

A conveying unit, including a conveying unit body, a conveying belt body and a trough body, the conveying unit body is dynamically connected to the conveying belt body to drive the conveying belt body to rotate in a circular direction on a vertical plane to form a circular path , the trough body is arranged on the outside of the conveyor belt body, the trough body can accommodate a pineapple seedling, and the seedling is exposed to the opposite sides of the trough body.

A trimming unit, including a power unit body and two cutter bodies, each cutter body is provided with Placed on two sides of the conveyor belt body, the power unit body drives each cutter body to act respectively, so as to trim and cut the pineapple seedlings located in the groove body.

When the above-mentioned creation is in use, the user only needs to place the pineapple seedlings in the tank, so that the two ends are exposed relative to the outer wall of the tank. It moves along this circular path. During the moving process, the stems and leaves of the seedlings exposed outside the tank are cut through each cutter body. Since the positions of the cutter bodies are fixed, the length of the trimmed seedlings will also remain fixed. In this way, the pruning speed of the whole seedling can be effectively improved, and at the same time, the length of each seedling can be kept the same, so as to facilitate mechanical planting, thereby improving the deficiencies described in the prior art.

100: Conveyor unit

120: Conveying unit body

140: conveyor belt body

160: tank body

190: Board body

192: Inclined Plate

194: Bezel

196: Spring

198: Fixtures

200: Trim Unit

220: Power unit body

240: knife body

242: disc body

244: Blade

260: Linkage shaft

280: Adjustment Unit

300: Bundle unit

320: frame board

340: Connector

Figure 1 is a schematic diagram of the new creation

Figure 2 is another perspective view of the new creation

Figure 3 is a schematic diagram of another embodiment of the novel creation

Below, with the aid of the drawings, the structure, features and embodiments of the present invention will be described, so that your examiners will have a better understanding of the present invention.

Please refer to FIG. 1 , the present invention relates to a pineapple seedling trimmer, including a conveying unit 100 , a trimming unit 200 and a binding unit 300 .

Please refer to FIG. 1 in conjunction with FIG. 2 , the conveying unit 100 includes a conveying unit body 120 , a conveying belt body 140 and a trough body 160 . The conveying unit body 120 is dynamically connected to the conveying belt body 140 for driving the conveying The belt body 140 rotates circumferentially on a vertical plane to form a circumferential path, and as shown in the figure, the circumferential path is preferably an oblong shape, so that the conveying unit 100 can drive the seedlings for trimming. The trough body 160 is disposed outside the conveyor belt body 140 . The trough body 160 can accommodate a pineapple seedling, and the pineapple seedling is exposed on the opposite sides of the trough body 160 .

It should be noted here that a plate body 190 is preferably arranged above the annular path, such as As a result, when the conveyor belt body 140 rotates, it will drive the trough body 160 and the seedlings to move under the plate body 190. At this time, the trough body 160 and the plate body 190 jointly press the surrounding of the seedlings to control the movement of the seedlings. This will help the pruned seedlings, allowing farmers to master the planting of the pineapple seedlings, and also help the bundling and transportation of the pineapple seedlings. In addition, a spring 196 is preferably disposed on the top surface of the plate body 190, and a fixing member 198 is disposed at the other end of the spring 196, and the plate body 190 is pressed downward through the spring 196 to make the plate body 190 effective. The seedling volume in the tank body 160 is compressed. And in order to allow the seedling to move to the bottom of the plate body 190 smoothly, first move the tank body 160 to the bottom of the plate body 190 to define the start end, and the end that moves out of the plate body 190 is defined as the end, and the plate body 190 is at the start end. There is an inclined plate 192 inclined upward, so that during the rotation of the conveyor belt body 140 , the seedling will be pressed by the inclined plate 192 to slowly compress its volume, and finally make it smoothly located on the plate body 190 Below, and effectively achieve the purpose of reducing the overall volume. As shown in FIG. 1 , during the movement of the trough body 160 along the annular path, the notch of the trough body 160 will gradually turn from upward to downward, and at this time, the pineapple seedlings in the trough body 160 will be due to inertia. Drop out, in order to prevent the seedlings from falling too far and unfavorable for collection, a baffle plate 194 is preferably pivoted at the end of the plate body 190, and the baffle plate 194 exerts a blocking effect on the pineapple seedlings, so as to effectively Avoid the above-mentioned problem of the drop position of the seedling.

Please refer to FIG. 1 and FIG. 2 , the trimming unit 200 includes a power unit body 220 and two cutter bodies 240 , each cutter body 240 is respectively disposed on two sides of the conveyor belt body 140 , and the power unit body 220 drives each cutter respectively The body 240 is actuated for trimming the pineapple seedlings located in the tank body 160 . It is worth noting here that the cutter body 240 can be swung up and down to produce a shearing effect, or can be clamped up and down to produce a shearing effect, and as shown in the figure, each cutter body 240 is a disc The body 242 is provided with a blade 244 along the edge of the disc body 242. The trimming unit 200 includes a linkage shaft 260, the linkage shaft 260 passes through the disc bodies 242 respectively, and the power unit body 220 is connected to the linkage. The shaft 260 enables the power unit body 220 to drive each disc body 242 to rotate to produce a trimming effect. In addition, it should be noted that the relative position of each cutter body 240 may be that two cutter bodies 240 are located on two sides of the same position on the circumferential path as shown in the figure, or one cutter body 240 may be located on the circumferential path On one side of the beginning of the diameter, the other cutter body 240 is located on the other side of the end of the annular path. In any case, whatever can be used to fix the length of the seedling after cutting is within the scope of this specification. In addition, an adjustment unit 280 is also preferably provided on the linkage shaft 260, and the user can adjust the position of one of the cutter bodies 240 through the adjustment unit 280 according to their own needs, thereby changing the length of the trimmed seedlings.

As shown in FIG. 3 , the present invention preferably includes the binding unit 300 , and the binding unit 300 is arranged below the end, so that the seedling will fall directly to the top of the binding unit 300 after falling from the tank body 160 . In addition, a frame plate 320 is provided on the top of the binding unit 300 for the frame to enclose a space for receiving and collecting the cut pineapple seedlings.

From the above, it can be seen that the user only needs to place the pineapple seedlings in the tank body 160, and then the tank body 160 will gradually move towards the end under the driving of the conveying unit body 120. During the movement, each cutter body 240 The stems and leaves of the pineapple seedlings exposed outside the tank body 160 will be trimmed. Since the positions of the cutter bodies 240 are fixed, the lengths of the cut seedlings are fixed. Then, after the trough 160 passes through the end, its opening direction will gradually downwards, so that the seedlings appear downward and fall out by inertia, and finally collect through the space defined by the binding unit 300 and the frame plate 320 . Pineapple seedlings and bundled. In addition, as shown in the figure, the binding unit 300 is preferably connected with the conveying unit 100 through a connecting member 340, which can provide the user to selectively combine the two.

In this way, the new creation not only maintains the length of each pineapple seedling after trimming, but also effectively reduces manpower to improve the overall cutting efficiency through mechanical driving and cutting, thereby improving the shortcomings of the prior art.

100: Conveyor unit

120: Conveying unit body

140: conveyor belt body

160: tank body

190: Board body

192: Inclined Plate

194: Bezel

196: Spring

198: Fixtures

200: Trim Unit

220: Power unit body

240: knife body

242: disc body

244: Blade

260: Linkage shaft

280: Adjustment Unit

Claims (8)

A pineapple seedling trimming machine, comprising: a conveying unit: including a conveying unit body, a conveying belt body and a trough body, the conveying unit body is dynamically connected to the conveying belt body for driving the conveying belt body to operate on a vertical plane; Circumferential rotation forms a circular path, the groove body is arranged on the outside of the conveyor belt body, and the groove body can be used for placing a pineapple seedling, and the seedling is formed to be bare compared to the opposite two sides of the groove body; Trimming unit: It includes a power unit body and two cutter bodies, each cutter body is respectively arranged on two sides of the conveyor belt body, and the power unit body drives each cutter body to act, so as to trim the pineapple seedlings in the groove. The pineapple seedling trimming machine according to claim 1, wherein each cutter body is a disc body, and a blade is provided along the edge of the disc body, and the trimming unit includes a linkage shaft, and the linkage shaft passes through the respective A disc body, the power unit body is dynamically connected with the linkage shaft. The pineapple seedling trimmer as claimed in claim 1, wherein an adjustment unit is provided on the linkage shaft, and the adjustment unit can adjust the position of one of the cutter bodies. The pineapple seedling trimmer as claimed in claim 1, 2 or 3, wherein the annular path is a long ellipse, and a plate body is arranged above the annular path. The pineapple seedling pruning machine as claimed in claim 4, wherein the trough body moves to the bottom of the plate body to be the start end, the end that moves out of the plate body is defined as the end, and the plate body is provided with an upwardly inclined inclined plate at the start end. The pineapple seedling trimmer according to claim 5, wherein a baffle is pivoted at the end of the plate body. The pineapple seedling trimmer according to claim 6, wherein a spring is arranged on the top surface of the plate body, and the other end of the spring is connected with a fixing member. The pineapple seedling trimmer according to claim 7, wherein a binding unit is further provided, a frame plate is arranged on the top of the binding unit, and the binding unit is arranged below the end.

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