JP3131860U - Transplant iron - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make a hole of an arbitrary size on the ground when planting seedlings such as flowers and vegetables and various bulbs.
SOLUTION: This transplanting iron 300 is attached to a sliding box 30a of the iron body 100 so that the iron 200 can slide in the direction of the handle 40a, and the iron 200 can be rotated to the iron body 100 via the sliding box 30a. Attach to. The iron body 100 is provided with a holding plate 20, and by pressing the holding plate 20, both the iron tip 10 a and the iron tip 10 b are inserted into the soil at the same time, and then the iron tip 10 a is gripped by tightening the handles 50 a and 50 b. 10b sandwiches the soil between them, and the soil does not fall from between the tips 10a, 10b. Further, by holding the holding plate 20 by hand and pulling up the transplanting iron 300 together with the soil sandwiched between the iron tips 10a and 10b, a beautiful hole on the cylinder is opened. An arbitrary hole can be opened by moving and fixing the iron 200 with the slide box 30a.
[Selection] Figure 3

Description

  The present invention relates to a transplanting iron for transplanting vegetable garden vegetables, flower seedlings, bulbs and the like.

Conventionally, as a scoop for transplanting seedlings and the like, those described in Japanese Patent Application Laid-Open No. 2004-154111 are known. In this gardening transplant scoop, two scoops are arranged so that the curved inner surfaces face each other, a spring is provided at the upper end of the handle of each scoop, and the uppermost part of the spring part is connected by a handle. It is a structure in which a band is passed between the handle.

  By inserting this handle into the soil with the handle of this horticultural transplant scoop and grasping the band, the distance between the scoop and the scoop is narrowed and the soil between them is gripped, and then the handle is lifted to hold the grip with the scoop. The soil can be taken out together. Thereby, a beautiful hole can be easily made with respect to the ground.

JP 2004-154111 A

  However, the conventional horticultural scoop has a fixed distance between the scoop and the scoop, so it has not been possible to make a hole of any size.

  The transplanting iron of this device has a first iron having a tip at one end of the handle and a handle at the other end, a second iron having a tip at one end of the handle and a handle at the other end, A slide fixing means having a fixing portion that slides with respect to a handle of one iron and fixes the handle in a predetermined position of the handle and has a rotation fixing portion that rotatably attaches the second iron to the first iron. , Provided.

  In the transplanting iron of the present invention, in the transplanting iron, the first iron and the second iron are attached to each other so that the tips of the iron are substantially parallel to each other. The second iron pattern has a predetermined angle.

  In the transplanting iron of the present invention, in the transplanting iron, the slide fixing means has a box shape and is fitted into the first iron handle with a certain gap, and the first iron is partially inserted into the box. A slide box having a bolt for fixing the iron handle and a bolt for rotatably fixing the second iron, and the second box provided on the slide box and provided on the handle of the second iron And a detachable plate having a hole into which a bolt for fixing the iron is loosely inserted.

  Further, the transplanting iron of the present invention is characterized in that in the transplanting iron, a grip portion is provided in the vicinity of the tip of the first iron handle or the second iron handle.

  According to the transplanting iron of this device, since the second iron can be fixed at a predetermined position with respect to the first iron by the slide fixing means, it can be of any size according to the size of a pot such as a seedling. Can be easily and cleanly opened. Moreover, by holding the handle of the first iron and the second iron at the same time, the soil can be sandwiched between the tips, and the soil between the tips can be pulled out together with the tips.

  Furthermore, if a grip part is provided and the said grip part is pressed and a tip is inserted in soil, handling will become still easier. It is also convenient when pulling out.

Hereinafter, the transplanting iron of the present invention will be described in detail with reference to FIGS. As shown in FIG. 1, the handle portion 40a of the iron body 100 (first iron) is made slightly longer by applying the lever principle, and a handle 50a is attached to the rear end portion so that it can be easily gripped by hand. By doing so, the burden on arms and hands can be reduced.

Further, in order to make a hole suitable for a seedling, etc., a sliding box 30a as shown in FIG. 4 is fitted into the handle 40a with a certain gap, and a butterfly bolt 30c is placed at the lower center of the right side surface of the sliding box 30a. Install and temporarily tighten it.

In addition, in order to fix the sliding box 30a so that it does not move at the upper center of the left side surface of the sliding box 30a, an arbitrary hole is made, a tap screw is cut directly there, and the fixing bolt 30e (or a butterfly bolt) may be loosened. Screw in.

As shown in FIG. 1, a T-grip-shaped presser plate 20 is attached to the top of the tip of the iron body 100 to insert the iron tip into the soil and reduce the force when pulling it out. Minimize the burden of Note that the shape of the presser plate 20 serving as the grip portion is not particularly limited, and any shape may be used as long as it is easy for the user to grip. Further, a tip 10a for making a hole for transplanting a seedling is attached to the lower end of the tip.

Further, as shown in FIG. 2, the handle 40b of the other iron 200 (second iron) is also made long like the iron body so that the rear tip can be easily clamped by hand. A handle 50b is attached to the bracket. Furthermore, an attachment / detachment plate 30b is attached to the tip of the handle 40b, an optional hole 30f is provided to attach it to the sliding box 30a of the iron 100, and a seedling is transplanted to the bottom of the tip. A tip 10b for drilling is attached.

Although the iron tips 10a, 10b, etc. can be variously formed, a flat plate that is rounded by inward bending on both sides is suitable for sandwiching soil. For this reason, here, the handle of the metal one-handed scoop is intentionally cut and fixedly attached to the lower side of the front end of the handle portions 40a and 40b of the iron 100 and the iron 200.

  Next, as shown in FIG. 3, the attaching / detaching plate 30b of the iron 200 is attached to the sliding box 30a (slide fixing means) of the iron body 100, and the wing nut 30c is fastened to fix it. Thereby, the transplanting iron 300 is configured. In addition, since the tip of the butterfly bolt 30c is loosely inserted into the hole 30f of the attachment / detachment plate 30b, the iron 200 can rotate with respect to the iron 100 around the butterfly bolt 30c. Note that the iron 100 and the iron 200 can be separated by removing the butterfly bolt 30c.

  In a state where the iron body 100 and the iron 200 are attached and the iron tips 10a and 10b are substantially parallel to each other, the handle portion 40a and the handle portion 40b have a slight angle (for example, 1 degree or more and 8 degrees). Has the following): By gripping together with the handle 50a of the handle 40a and the handle 50b of the handle 40b, the distance between the tips 10a and 10b is reduced, and the soil between the tips can be gripped.

  Thereafter, the slide box 30a is slid and adjusted to a size suitable for the root of the seedling, and the fixing bolt 30e is tightened and fixed at an optimal position. Thereby, the space | interval of the iron tip 10a of the iron main body 100 and the iron tip 200tip 10b is determined. The size of the digging hole varies depending on the interval between the iron tips 10a and 10b. That is, the size of the digging hole can be freely set by the sliding box 30a.

As shown in FIGS. 3 and 5 to 8, the transplanting iron 300 has a iron 200 attached to the iron main body 100, and the iron 200 can rotate about the sliding box 30 a relative to the iron main body 100. Therefore, by first pressing the holding plate 20 at the upper front end of the iron 100, both the iron tip 10a of the iron 100 and the iron tip 10b of the iron 200 are inserted into the soil together, and then the iron 100 and By gripping and tightening the handles 50a and 50b at both rear ends of the handle 200 of the iron 200, the iron tips 10a and 10b sandwich the soil between them, and the soil does not fall between the iron tips 10a and 10b.

Then, by holding the holding plate 20 by hand and pulling up the transplanting iron 300 together with the soil sandwiched between the iron tips 10a, 10b, a beautiful hole on the cylinder is opened. In addition, by loosening the fixing bolt 30e of the sliding box 30a, sliding the iron 200 along the handle portion 40a, and tightening the fixing bolt 30e again at an arbitrary position, the distance between the small tips 10a and 10b can be freely adjusted. . Thereby, the user can open a hole of an arbitrary size on the ground. In addition, since the transplanting iron 300 sandwiches the soil with one hand and pulls out the transplanting iron 300 with the other hand, a hole can be drilled with a smaller force than in the conventional case with all of one hand.

As described above, according to the transplanting iron 300 of the present invention, an optimal cylindrical hole suitable for a pot, a seedling, or the like can be formed, so that the soil does not collapse into the hole and work efficiency is improved. Moreover, a clean hole can be efficiently drilled by the iron tips 10a and 10b of the iron body 100 and the iron 200.

The iron body 100 and the iron 200 of the present invention are made of metal, but the invention is not limited to this, and any of aluminum, reinforced plastic, and the like may be used. The same material can be used for the slide box 30a.

In addition, the tips of the iron tips 10a and 10b of the irons 100 and 200 are formed into a fork shape, a semicircular shape, a saw shape, and a diagonally cut shape, and the left and right sides of the iron tip are rounded to bend inwardly. It is also possible to make it easy to put, easy to sandwich, and easy to remove.

Further, the lever principle is applied, and the handle portions 40a and 40b of the iron body 100 and the iron 200 are attached with handles 50a and 50b at the tip portions, thereby reducing the burden on the arms, palms, fingers and the like. In addition, the burden on the wrist and the like can be reduced by making the handle portions 40a and 40b have a shape that is a square shape rather than a straight shape.

It is a left view which shows the iron body of the transplanting iron concerning this invention. It is a left view which shows the iron of the transplanting iron concerning this invention. It is a left view which shows the transplanting iron concerning this invention. It is a front view which shows the box for a slide. It is a front right view which shows the transplanting iron concerning this invention. It is a top view which shows the transplanting iron concerning this invention. It is a back front view which shows the transplanting iron concerning this invention. It is a right view which shows the iron body of the transplant iron concerning this invention.

Explanation of symbols

100 Iron Body 200 Iron 300 Transplanting Iron 30a Slide Box 30c Butterfly Bolt 30e Slide Fixing Bolt
30b Detachable plate 20 Pressing flat plate 40a, 40b Handle 50a, 50b Handle

Claims (4)

For a first iron with a tip at one end of the handle and a handle at the other end, a second iron with a tip at one end of the handle and a handle at the other end, and the handle of the first iron Slide fixing means having a fixing portion that slides and fixes the handle at a predetermined position, and a rotation fixing portion that rotatably attaches the second iron to the first iron. A transplanting iron. The first iron and the second iron are attached to each other, and the tips of the first iron and the second iron have a predetermined angle in a state where the iron tips are substantially parallel to each other. The transplanting iron according to claim 1. The slide fixing means has a box shape and is fitted into the first iron handle with a certain gap, and has a bolt for fixing the first iron handle to a part of the box, and a second A slide box having a bolt for rotatably fixing the iron, and a hole provided in the handle of the second iron and a bolt for loosely inserting the bolt for fixing the second iron provided in the slide box The transplanting iron according to claim 1, wherein the trowel has a detachable plate. The transplanting iron according to any one of claims 1 to 3, further comprising a grip portion in the vicinity of a tip of the first iron handle or the second iron handle.

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