KR20200063576A - Vine stalks a hand-held claw - Google Patents

Abstract

The present invention relates to tongs for guiding the stalk of a vine and, more specifically, to tongs for guiding the stalk of a vine, which guides the stalk of a vine to a guide rope installed horizontally and vertically to grow at a desired position, easily inserts the guide rope without check with the naked eye, and guides the stalk from a stable position with binding. The tongs for guiding the stalk of a vine are formed of a binding body (11, 11a) having a handle (24), connected to an elastic spring (23) to receive the elastic force thereof, and having a connection projection (22) and a guide projection (21) to bind a guide rope (30) and vine stalk (40) in a stalk binding space (12), thereby inducing growth. A front upper inclined surface (13) and a front lower inclined surface (14) are formed at a portion where the guide rope (30) meets in the central portion of the binding body (11, 11a). A long guide groove (15) is formed in the direction of the guide projection (21) at a portion where the front upper inclined surface (13) and the front lower inclined surface (14) meet. A binding groove (16) is formed at the front end of the guide groove (15) to be formed in a size that exactly fits in the guide rope (30) in the uneven shape.

Description

Vine stalks a hand-held claw}

The present invention relates to tongs for attracting stems for vine crops, and more specifically, to attract the stems of the knuckle crops to desired positions in horizontally and vertically installed manned lines, and can easily attract the manned lines without visual confirmation. It is related to the tongs for stem attraction for vine crops that can be inserted, and the binding is made to enable the attraction of the stem at a stable position.

In general, vine crops such as cucumbers, pumpkins, tomatoes, and grapes and stem crops need to be properly fixed because they are easily collapsed or entangled by rain or the weight of the stem itself during the growth process.

Therefore, for the convenience of cultivation and convenience of cultivation in a limited space, a manned line is installed vertically or horizontally so that the stem of the crop can be attracted. By making the crops grow in the desired direction, the crops are cultivated to reduce the area of cultivation and double the convenience of cultivation and cultivation.

In particular, in most grape farms, manned clips or binding machines are used to grow grape branches in a desired direction. In general, the manned clip requires excessive force to fix the mantled wire, and the manned branch is easy to escape. In addition, it is necessary to purchase various attracting clips suitable for the thickness of the wire. The binding machine needs excessive force in the user's hand when using it. In addition, the bundling machine is used together with the bundling strap, but the bundling strap is easily worn and has a hassle that needs to be periodically removed and reinstalled. Meanwhile, a tongs type crop stem fixing device has been developed to compensate for the problems of the manned clip and the binding machine.

However, the above-described manned clips, fasteners, and tongs-type fixing devices can be used only for wires of a specific thickness even if the fixed portion of the fixed wire is not present or present. If the thickness of the fixed wire does not fit the fixed portion, the stem support portion of the crop is opened. There is a problem that the stems of crops deviate.

In addition, the wires used to attract grape branches in the vineyard are mainly used in three thicknesses of No. 10, No. 12, and No. 14. Even if there is a wire fixing part in the incentive device, they can be used only for one thickness of wire. There is a hassle of having to equip the device.

In addition, the manned clip is difficult to use because it has more than two parts that are fixed to the fixed shaft, and the fixed tongs must be fixed at once by moving the fixed part of the fixed wire and the support of the crop stem based on the same axis of rotation. Follow.

More specifically, referring to the structure of the clamp-type crop stem fixing device disclosed in the literature is as follows.

Korean Registered Utility Model 20-1999-0017786 is a device for fixing the tongs of a plant using a stem or a support part of a plant after fixing the tongs using a fixing line or a fixed wire as a tong for fixing the crops. When using a fixed line, there is a problem that the fixed line is detached or stretched due to the weight of the stem and branch, so that there is a problem that the crop cannot be fixed. When using a fixed wire, it can be used only for the wire that fits the wire fixing of the device. There is a problem in that a fixed clamp must be provided for each thickness of. In addition, since the fixing part and the supporting part must be fixed together in one operation, the work cannot be performed in each step, such as fixing the crop stalk after fixing it to the crop stalk or fixing the stalk after fixing it to the stalk or the fixed wire. There is trouble in fixing work.

Korean Patent Registration No. 10-0895423 is a tong for supporting crops, and a fixing line is gripped on the gripping portion of the tong and a separate circular support is provided for separation of the fixing line. The registered patent does not have a structure to fit a fixed wire other than a fixed wire, and thus cannot be used for this, and has a property of sagging downward, and thus there is a problem that the fixed wire cannot be used horizontally.

In addition, when the fixing strap is fixed by the circular support, the fixing strap exists in the circular support, even if the circular binding portion is manipulated. However, the fixing strap may be detached from the gripping part of the tongs. do. Therefore, after fixing to a fixed string or a fixed wire, the work cannot be performed in each step as if fixing the crop stalk, which causes trouble in the fixing work.

In addition, conventional tongs-type devices have a problem in that the main body and the handle are configured to have the same width, and fatigue is easily accumulated in the user's hand by repeated manual work.

And conventional tongs are installed so that the crop stalks can grow in the vertical or horizontal direction, but the actual installed state is not installed in the same direction as the manned lines, but is installed to be tilted to either side, so that the crop stalk can be grown in the desired direction. Along with the shortcomings, there are shortcomings in which it is difficult to install a large amount of work and takes a long time.

[Document 1] Utility Model Publication No. 2016-0002652 (released on July 29, 2016) [Document 2] Utility Model Registration No. 0472176 (Registered on 04. 02. 2014) [Document 3] Utility Model Registration No. 03886862 (Registered on 01.06.2004) [Document 4] Utility Model Registration No. 0287082 (Registration on August 13, 2002)

Therefore, to solve these conventional drawbacks, the problem of the present invention is to form a long stem restraint space and to form an inducing groove in the binding body, so that the induction line is easily tied, and fastening of the tongs is difficult. It aims to make it possible to install more without it.

Another problem of the present invention, when forming a binding groove in the interior of the manned groove to provide a solid fixation in an uneven form after the manned line is combined, the manned line and the binding body are fixed so as to be straight in the same direction so that the crop stem is It aims at making it grow in a right angle direction.

In the present invention, the handle is formed, and the stem attraction forceps are used to connect the elastic springs to receive the elastic force, and consist of a binding body in which connection protrusions and guide protrusions are formed.

It includes a front upper inclined surface and the front lower inclined surface is formed in the portion where the manned line meets the central portion of the binding body,

In the portion where the front upper inclined surface and the front lower inclined surface meets, includes a long groove formed in the guide projection direction,

It is characterized in that it forms a binding groove at the tip of the inducing groove, and is formed in a size that fits in an attractive line and an uneven shape.

In the present invention, the stem restraint space is formed to be a little longer than in the prior art, and the indentation groove is formed in the binding body, so that the indentation line is easily bound to quickly fix the tongs, so that the amount of work is not difficult and the worker's fatigue is reduced. Is to provide the effect.

The present invention provides a solid fixation in a concave-convex form after the attraction line is combined by forming a binding groove in the interior of the attraction groove, and at the same time, the attraction line and the binding body are fixed in a straight line in the same direction so that the crop stalk is straight in the right angle direction. It is to provide the effect to guide growth as much as possible.

1 is a perspective view showing a preferred embodiment of the present invention
Figure 2 is a perspective view of the separation state of the binding body and the handle of the present invention
Figure 3 is a plan view showing a state in which the forceps of the present invention is installed on the drawer
Figure 4 is a side view showing a state in which the tongs of the present invention is installed on the string
Figure 5 is a front view showing a state in which the forceps of the present invention is installed on the attraction line
Figure 6 is a plan view of the open state to install the forceps of the present invention to the maneuver line

Hereinafter will be described in more detail in accordance with the accompanying drawings, preferred embodiments of the present invention.

Figure 1 is a perspective view showing a preferred embodiment of the present invention, Figure 2 is a perspective view showing a separation state of the binding body and the handle of the present invention, Figure 3 is a plan view showing a state in which the forceps of the present invention is installed on a string, Figure 4 Side view showing a state in which the tongs of the present invention are installed on a maneuver line, FIG. 5 is a front view showing a state in which the tongs of the present invention are installed in a maneuver line, and FIG. 6 is a state in which the tongs of the present invention are opened to install the tongs It shows the front view.

It is injection molded with synthetic resin so that the tongs 10 are combined so that both sides are symmetrical, and the binding bodies 11 and 11a that are opened by pressing the handle 24 are formed.

On the inside of the handle 24, the connecting projection 22 is coupled to the concave-convex shape so as to be a rotating hinge shaft, and an elastic spring 23 is installed to provide elastic force after the binding bodies 11 and 11a are opened. It is to be installed, and to form the guide protrusion 21 in the direction of the stem restraint space 12 from the connecting protrusion 22 to provide the shape and operating state of the forceps.

The guide projection 21 is formed to be coupled to the grooves and projections are formed at different positions on the binding body (11, 11a) to match each other.

The binding body (11, 11a) is formed with a stem restraint space (12) in the direction of the guide protrusion (21), and the stem restraint space (12) allows the circular crop stem (40) to guide the growing direction and has a circular shape. It is formed to be longer from the inside than the shape, so that the crop stem 40 and the manned line 30 are positioned together.

The binding body (11, 11a) is the front upper inclined surface (13) and the front lower inclined surface (14) are formed to be inclined in a wide portion where the induction line (30) meets the central part, and the front upper inclined surface (13) and the front lower part. At the part where the inclined surface 14 meets, an inducing groove 15 is formed in the direction of the guide protrusion 21 long.

The height of the inducing groove 15 is formed to be lower than the thickness of the inducing line 30 so that the inducing line 30 is forcibly inserted into the inducing groove 15.

By forming a binding groove 16 at the tip of the inducing groove 15, it is made to have a size that fits in an uneven form with the inducing line 30.

Reinforcing protrusions 20 and 20a protruding outwardly from the binding bodies 11 and 11a are formed on the upper and lower sides of the inducing groove 15.

The stem attraction forceps for the vine crop of the present invention made of such a configuration, the binding body (which was met by pressing the handle 24 of the forceps 10 to attract the crop stem 40 to one side of the attraction wire 30) ( 11, 11a) are spread so that they spread on both sides.

When the binding body (11, 11a) is opened on both sides so that the attraction line 30 is located between the front upper and lower inclined surfaces (13, 14), and push it to enter the attraction groove (15) ) As it enters through the front upper and lower inclined surfaces 13 and 14 of the binding bodies 11 and 11a, enters the inducing groove 15, and eventually enters the ending groove 16.

The upper and lower inclined surfaces 13 and 14 of the binding body 11 are inclined and widened toward the inducing groove 15 from the upper and lower sides, so that the inducing line 30 is easily and quickly guided to the inducing groove 15 It is to help you enter and make it easy and quick to enter without having to check with the naked eye.

The guide lines 30 and the guide lines 15 are pushed through the upper and lower inclined surfaces 13 and 14, while the guide lines 30 are guided to the guide lines 15, and the guide lines 30 are guide grooves 15 After entering through, it reaches to the binding groove 16 and is fixed and stopped in one piece with both binding bodies 11 and 11a.

As described above, the maneuvering line 30 is guided through the front upper and lower inclined surfaces 13 and 14 of the binding bodies 11 and 11a, so that the work fixed to the binding groove 16 through the attracting groove 15 is quickly performed. It is to proceed, and the string 30 and the forceps 10 are bound to be firmly fixed in the same direction.

As described above, by pressing the handle 24 in a state where the tongs 10 are fixed to the manned string 30, the crop trunk 40 is moved to the stem restraining space 12 in the state where the binding bodies 11 and 11a are opened, and the handle is moved. When releasing (24), the elastic spring (23) is rotated in the connecting projection (22), and the binding bodies (11, 11a) meet, while the stem stem (12) wraps the crop stem (40) and wraps the manned string (30). It will be able to attract the crop stem 40 to grow in the orthogonal direction.

The binding body (11, 11a) is coupled so as to be fixed in the same direction as the attraction line 30, the binding groove 16 is formed on both sides to maintain the horizontal and accurately with the attraction line 30, to be coupled, The combined state will not be disturbed or changed by external influences, and will maintain a solid fixed state.

Since the binding bodies (11, 11a) of the forceps (10) are firmly fixed, the crop stem (40) is enclosed in the stem restraining space (12) and attracted to grow in an orthogonal direction with the attraction line (30). Therefore, the crop stem 40 is attracted to grow in the correct direction according to the position of the attraction line 30.

The binding body (11, 11a) is so that the engaging groove 15 and the binding groove 16 is formed in the center so that the coupling is made in the same direction as the attraction line 30, and after binding, both binding grooves (16) Since the attraction line 30 is fitted in the position, it is possible to provide a stable coupling state with no displacement or movement due to external force, and some are located in the stem restraining space 12 so that the crop stem 40 is stably attracted. Is to do.

The bundling bodies 11 and 11a form reinforcement protrusions 20 at the upper and lower sides of the central maneuvering groove 15 so as not to be easily damaged, and the bundling bodies 11 and 11a can be provided to provide a more robust state will be.

Therefore, it is possible to accurately and quickly combine without looking at the attraction line 30 through the front upper and lower inclined surfaces 13 and 14 in the state where the binding bodies 11 and 11a of the forceps 10 are opened, and the combined attraction The string 30 allows the fast and safe fastening of the fastening to the inner fastening groove 16 along the inducing groove 15 so that anyone can fast and fast fastening, thereby greatly improving the daily work amount without fatigue of the operator.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains can make various modifications without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention, but to explain, and the scope of the technical spirit of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted by the following claims, and all technical spirits within the equivalent range should be interpreted as being included in the scope of the present invention.

The present invention is an inducing groove formed in the binding body of the tongs so that the induction line is passed and fixed in the form of irregularities in the binding groove of the inner tip, so that the inducing line and the binding body provide a solid fixed state in the same direction, and crops in the stem restraint space It is to provide a very useful invention that binds to attract the growth of the stem so that the attracting line and the crop line are attracted in the orthogonal direction.

10: forceps 11, 11a: binding body
12: stem restraint space 13: front upper slope
14: front lower slope 15: manned groove
16: binding groove 20: reinforcement projection
21: guide projection 22: connecting projection
23: elastic spring 24: handle
30: manned string 40: crop stem

Claims (5)

The handle 24 is formed and connected to receive the elastic force of the elastic spring 23, and consists of a binding body (11, 11a) that is formed with a connecting protrusion 22 and a guide protrusion 21, so that the attraction line 30 and the crop stem ( In the tongs for stem attracting growth by binding 40) in the stem restraining space 12,
Includes that the front upper inclined surface 13 and the front lower inclined surface 14 are formed at a portion where the attraction line 30 meets at the central portion of the binding bodies 11 and 11a,
In the portion where the front upper inclined surface 13 and the front lower inclined surface 14 meet, includes a long groove 15 formed in the direction of the guide protrusion 21,
A stem tongs for vine crops characterized by forming a binding groove (16) at the distal end of the manned groove (15) to make the mandrel (30) and a concave-convex shape.
According to claim 1
The binding body (11, 11a) is formed in an inclined toward the inclined groove 15, the front upper inclined surface 13 and the front lower inclined surface 14 is inclined toward the inducing groove 15 in the portion where the attraction line 30 meets the central part 30 Stem attraction forceps for the vine crop characterized in that it is formed to enter easily.
According to claim 1,
The attraction groove 15 is formed in the center of the binding bodies 11 and 11a, and the height is formed lower than the thickness of the attraction wire 30 so that the attraction line 30 is forcibly inserted into the attraction groove 15 The stem attracting forceps for the vine crop, characterized in that formed.
According to claim 1,
The stem restraining space 12 is characterized in that the attraction lines 30 are bound to the binding grooves 16 on both sides in the same direction, and the attraction lines 30 and the crop lines 40 are attracted in an orthogonal direction. Tongs tongs for vine crops.
According to claim 1,
The upper and lower sides of the attracting groove 15 are reinforced protrusions 20 and 20a protruding outwardly from the binding bodies 11 and 11a.

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