KR100891431B1 - The causal string scroll system for crop cultivation - Google Patents

Abstract

A take-up device for an induction cable is provided to taking-up of an induction cable about a take-up pipe by forming a binding hook on the take-up pipe and to adjust a location of the take-up device. A take-up pipe(1) in which an induction cable is wound is form on an outer surface of a take-up pipe. A cut groove(103) fixing the induction cable wound in the take-up pipe is formed on an outer surface of side wall. A bundle loop(102) binding wound induction cable is formed on the take-up pipe. A tightening surface(202) having a bolt hole(203) is fastened with a bolt(205) and a nut(206).

Description

The causal string scroll system for crop cultivation}

The present invention relates to a drawstring winding port for vine crop cultivation, and more specifically, it can be provided in the house frame and can provide a winding opening that can be adjusted on a winding pipe winding the drawstring of the vine crop stem while being rotated by electric or manual operation. It would be.

Although vine crops such as cucumbers and pumpkins grow on the ground as vines, in order to increase productivity and improve the convenience of work, agricultural crops are mainly used to allow vine crops to grow on manned lines. .

To cultivate vine crops by installing manned lines as described above, the crops are attracted to the ground by placing the manned lines on the ground where the crops are located by installing a fixed line at the top of the vine crops and tying the manned lines on the fixed lines. The length of the manned line is limited to a certain length, and when the vine crops grown on the manned line reach the fixed line, they grow on the fixed line and become entangled with the stems of neighboring crops. If the vine crop grows to a certain amount and grows up to the top of the manned line (bundling part of the fixed line), the worker must artificially pull down the stem of the vine crop, which is cumbersome and inconvenient, and the stem of the crop is damaged. There were shortcomings such as reduced crop yields.

On the other hand, in recent years, this has been improved, and as in the Republic of Korea Utility Model No. 1997-010364, the winding reel, which wound up a large amount of manned lines, was hung on the fixed line to release the manned lines to lower the crop stems and manned lines at the same time, thereby increasing the height of the crops. Lowering has been proposed and used, but it has to be uncomfortable and inconvenient, because it has to release each manned line winding reel.

The applicant of the present application has proposed the Republic of Korea Patent Application No. 2008-0025658 to solve the problems of the prior art to configure the winding pipe winding a plurality of attracting wires to be released at the same time a plurality of attracting wires and the present invention Is coupled to the winding pipe filed by the applicant, so that the position adjustment can be fixed so that the manned line of the crop planting position can be fixed, and the manned line winding port is separated from the winding pipe to wind the manned line. Its purpose is to propose a manned line winding that is convenient to use.

Winding mouth according to the present invention for achieving the above object,
A winding pipe having a bundled ring is formed between both side walls, and fixed pipes are formed on each outer side of the both side walls, and a winding hole forming an incision groove on an outer surface of one of the side walls, wherein the fixed pipes of both ends are formed. Opening grooves are formed in the longitudinal direction of the fixed tube by cutting one side of the fixed tube, and the open groove is formed from the outer surface of the fixed tube to the tightening hole at the center of the fixed tube so that the tightening hole and the outside of the fixed tube communicate with each other. Forming an elastic groove in the orthogonal direction with the opening groove to be connected to the opening groove, to form a fastening surface having a bolt hole in the upper and lower portions of the open groove, respectively, to fasten the tightening surface with bolts and nuts.

Winding port according to the present invention has the effect that can be adjusted intermittently the position of the winding on the winding pipe because the winding pipe gripping (tightening) structure is adopted in one fixed tube, which can be accurately positioned on the top of the crop of course It also has the effect of quickly and easily changing the position of the take-up port according to the position of the crop to be planted.
On the other hand, the present invention has an effect that can be conveniently and accurately winding the induction line for the winding tube because the bundle is formed separately in the winding tube.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Winding port according to the present invention, the winding pipe (3) through the center and the winding pipe (1) is wound around the manned wire on the outer surface; Side walls (101, 101 ') at both ends of the winding tube (1); It consists of a fixed tube (2) (2 ') through which the winding pipe (3) penetrates to the center while protruding to the outside of the side walls (101, 101'), the side wall of any one of the side walls (101, 101 ') An incision groove 103 is formed on the outer surface to fix the end of the manned line wound on the take-up pipe 1, and the take-up ring which can tie the beginning of the manned line wound on the take-up pipe 1 is formed ( 102 is formed. The incision groove 103 is used to completely prevent the unwinding of the manned line before storing the winding port after winding the manned line completely in the take-up pipe 1 or connecting the vine of the crop to the manned line, The ring is used to bind the beginning of the manned line when winding the manned line in the take-up pipe 1 to facilitate the manned line winding.
And one side of the fixing tube (2) (2 ') of the both sides of the fixed tube 2 is to be formed so that the open groove 201 in the longitudinal direction of the fixed tube (2) is formed, the open groove 201 is fixed to the outer surface of the fixed tube (2) From the fastening hole 207 to the center of the fixing tube (2) to form a fastening hole 207 and the fixing tube (2) outside so that the fastening hole 207 can be varied.
In addition, by forming the resilient groove 204 in the orthogonal direction with the open groove 201 in the outer surface of the fixed tube (2) to be connected to the open groove 201 it is possible to elastically vary the tightening hole (207). Will be.
Here, it is revealed that the tightening structure employed in one side fixing tube 2 can also be used in the other side fixing tube 2 '.
In addition, fastening surfaces 202 and 202 'having bolt holes 203 and 203' are formed in upper and lower portions of the opening groove 201, respectively. ) And the nut 206, the tightening hole 207 can hold the outer surface of the winding pipe (3). In other words, when the tightening surfaces 202 and 202 'are pulled in the direction of the relative tightening surface by the fastening of the bolt 205 and the nut 206, the tightening hole 207 of the fixing pipe 2 is provided with the outer surface of the winding pipe 3. You can be forced to hold. Therefore, the winding port can be rotated at the same time as the winding pipe (3).

On the other hand, to form a through-hole 207 in the other fixture (2 ') of the one side fixture (2) in which the opening groove 201 is formed so that the split pin 208 can be fitted, which winds up the winding pipe (1) Although it can be used as an auxiliary fastening means to prevent idling of the winding tube (1) when fixing to the pipe (3), the above-mentioned split pin 208 combination is mainly in the winding rod (not shown) of the electric winding machine (1) It is used to fix the take-up pipe (1) to the rotary rod when the first winding the induction wire in the take-up pipe (1).

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1 is a partial perspective view showing the configuration of the present invention

Figure 2 (a) and (b) is an exemplary view showing an embodiment of coupling the winding of the present invention to the winding pipe.

3 is an exemplary view showing a winding pipe equipped with a winding port of the present invention.

4 (a) and 4 (d) are exemplary views illustrating an embodiment of the present invention.

 *** Explanation of main parts of drawing ***

B: winding mouth 1: winding pipe

101.101 ': Sidewall 102: Bundle

103: incision groove 2,2 ': fixed tube

201: Opening groove 202,202 ': Fastener

203,203 ': Bolt hole 204: Elastic groove

205: Bolt 206: Nut

207: tightening groove 208: split pin

209: through hole 3: winding pipe

4: manned line 5: house frame

Claims (1)

A winding tube 1 having a bundle ring 102 formed between both side walls 101 and 101 'is formed, and fixing tubes 2 and 2' are formed on each outside of the side walls 101 and 101 '. In forming the cut groove 103 in the outer surface of the side wall of any one of the side walls (101, 101 '), One side of the fixed tube (2) of the both ends of the fixed tube (2) incision so that the open groove 201 is formed in the longitudinal direction of the fixed tube (2) is formed, the open groove 201 is fixed to the outer surface of the fixed tube (2) From to the fastening hole 207 of the center of the fixed tube (2) is formed so that the fastening hole 207 and the fixed tube (2) outside in communication and the elastic groove in the orthogonal direction with the open groove 201 in the outer surface of the fixed tube (2). 204 and the fastening surfaces 202 and 202 ′ having bolt holes 203 and 203 ′ on the upper and lower portions of the opening groove 201, respectively. A vine wire winding port for vine crop cultivation, characterized in that the fastening surface (202) (202 ') is fastened with a bolt (205) and a nut (206).

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