JP3192404U - Agricultural tools - Google Patents

Abstract

[Problem] To provide a farming and farming tool capable of reducing the number of parts and reducing the number of manufacturing steps.
A rugged farm tool in which a metal plate having an outer shape is bent and a heel portion 20 formed by bending back and a back-to-back portion 40 of a heel portion 30 is attached to a tip portion 10a of a long handle 10. The scooping part 20 protrudes from the scooping surface 21 on both sides of the scooping surface 21 and the rear part is fixed to the side part of the backing back part 40. Side enclosing surface 22. The scooping portion 30 protrudes from the lower portion of the back-to-back portion 40 and has a scooping surface 31 that is valley-folded from the front end portion to the rear portion, and rises from the scooping surface 31 on both sides of the scooping surface 31 and has a rear portion. And a side enclosing surface 32 fixed to the side portion of the back-to-back portion 40.
[Selection] Figure 1

Description

  The present invention mainly relates to a farm tool that is used as both a straw and a straw for seeding.

Although “a replaceable farm tool” as described in Patent Document 1 in which a farm tool body such as a cocoon or cocoon is attachable and detachable in a long pattern has been proposed, the farm tool may lose a separated farm tool body. In addition, it is very troublesome to change the farm tool body every time the type of farm work changes.
In the farm tool combined with paddy proposed in the following Patent Document 2 proposed by the present inventor, since the paddle and the paddle are fixed, the management is easy, and it is possible to simultaneously perform two operations without performing troublesome attaching / detaching work of the farm tool parts. It became possible to carry out various types of farm work.

Registered Utility Model No. 3103555 Registered Utility Model No. 371853

However, when manufacturing the paddy farming tool of the above-mentioned Patent Document 2, the number of parts used such as the hook part, the hook part, the paddle support bar and the barb support bar is large, and the manufacturing process is increased accordingly. It was difficult to make a significant cost reduction.
SUMMARY OF THE INVENTION An object of the present invention is to provide a paddy farming tool that can reduce the number of components used to reduce the number of manufacturing steps.

  In order to achieve the above-mentioned object, according to the invention described in claim 1, the farm tool for combined use of the present invention is a combination of a hook part and a hook part formed by folding a single metal plate whose outer shape is shaped back to back. A farming and farming tool in which a long handle tip is attached to a back-to-back part, wherein the scissor part has a scooping surface projecting at a lower part on one side of the back-to-back part, and scooping on both side parts of the scooping surface. A side enclosing surface that rises from the surface and has a rear portion fixed to a side portion of the back-to-back portion, and the flange portion protrudes from a lower portion on the other side of the back-to-back portion and extends from the front end portion to the rear portion. It is characterized by comprising a scooping surface folded in a valley and a side enclosing surface rising from the scooping surface on both sides of the scooping surface and having a rear portion fixed to the side of the back-to-back portion.

  In the device according to claim 2, in the above device, the side part enclosing surface of the heel part and the heel part is formed so that the back-to-back part side is wide and the tip part side is narrow and tilted back and forth. It is characterized by that.

  The invention according to claim 3 is characterized in that, in each of the above-mentioned inventions, the side enclosing surface of the heel part is formed from the back-to-back part side to the middle of both side parts.

  The invention according to claim 4 is characterized in that, in each of the above-mentioned inventions, a fixing margin is provided at a contact portion between the back-to-back portion and the side enclosing surface.

  The invention according to claim 5 is characterized in that, in each of the above-mentioned inventions, the side surface and the back-to-back part are fixed to each other so that the scooping surface of the collar part and the collar part has an acute angle with respect to the long handle. And

In the present invention, the combined farming tool for vines is provided with a heel part and a heel part in a back-to-back state at the end of a long handle. It is possible to carry out a series of seeding work with one farming tool, sowing seeds in the groove, then placing soil on the scooping surface of the buttock, and placing the soil over the seeds Become.
And the said collar part and the collar part bend one metal plate, and the side part surrounding surface and the back-to-back part are fixed and integrated, and the collar part and the whole collar part can be formed firmly. It becomes possible. And since each surface, such as the said scooping surface, is mutually strengthened, the metal plate of the said collar part and a collar part can use a thin board, and the weight reduction of the metal part which is a main part of the whole weight is attained. .
In particular, the heel part and the heel part are formed by bending a single metal plate, so the number of parts of the heel part and the heel part can be greatly reduced, which reduces the number of manufacturing processes and greatly reduces the cost of the product. Is possible.

  The invention according to claim 2 is a side where the scooping surface is firmly supported from the back part and the side part by raising the back-to-back part side of the side part enclosing surface of the scissors part and the scissors part, and receives a strong force in farm work. The periphery of the connection portion between the part enclosing surface and the back-to-back part is strengthened. As a result, the integrated collar part and the entire collar part are prevented from being damaged and can last longer.

  The invention according to claim 3 is that the side enclosing surface of the eaves part is formed from the back-to-back side of the eaves partway to the middle of both sides, so that the side enclosing surface on the tip side is simultaneously strengthened The resistance due to is eliminated, and the function as a cocoon that plows as if stabbed on the scooping surface of the buttocks is enhanced.

  According to a fourth aspect of the present invention, there is a fixing portion provided at a contact portion between the back-to-back portion and the side enclosing surface, and a connecting portion between the side enclosing surface to which a load is applied during use and the back portion of the buttocks and the buttocks. Are more firmly coupled, and damage and deformation of the collar and collar are prevented.

  The invention according to claim 5 is that the side enveloping surface and the back-to-back portion are fixed so that the inner side of the collar part and the scooping surface of the collar part have an acute angle with respect to the long pattern. When it hits, the ugly surface pierces deeply and straightly with the light force. And by pulling a long handle from this state, it becomes possible to put more soil into the scoop surface and to perform farming work efficiently.

It is a perspective view of the present invention. It is an expanded view of one metal plate which forms a collar part and a collar part. It is a vertical side view.

The form for implementing this invention is demonstrated below.
As shown in FIG. 1, the present invention is a straw / farm tool in which a heel part 20 and a heel part 30 are integrally fixed to each other at the distal end of a long handle 10.
The long handle 10 has its distal end portion 10a fixed directly to the back portion 40 to the flange portion 20 and the flange portion 30 or, as shown in FIG. It adheres to the back-to-back part 40 of the collar part 30.

The flange portion 20 and the flange portion 30 are integrally formed by bending a single metal plate made of stainless steel or the like whose outer shape is shaped as shown in the developed view of FIG.
For this reason, as shown in FIG. 1, a single stainless steel plate has a back-to-back portion 40 raised at the rear ends of the scooping surfaces 21 and 31 of the flange 20 and the flange 30 and the flange 20. Side enclosing surfaces 22 and 32 are raised on both side portions of the scooping surfaces 21 and 31 that are shared by the flange portion 30 and formed in opposite directions on both sides of the back-to-back portion 40. Then, the entire outer shape is molded so that the rear portions of the side enclosing surfaces 22 and 32 can be fixed to the side portions of the back-to-back portion 40.

Next, the single stainless steel plate shown in FIG.
FIG. 2 shows a single stainless steel plate with a processed drawing drawn in a state where the periphery of the flange portion 30 and the flange portion 20 is cut out and developed.
The stainless steel plate is drawn on both sides of the intermediate mountain fold line x so that the collar 20 is on one side and the collar 30 is back to back on the other.
Then, valley fold lines xa and xb are drawn on both sides of the mountain fold line x in parallel and at the same distance from the mountain fold line x.
As shown in FIG. 1, with the back-to-back surface 23 of the flange 20 and the back-to-back surface 33 of the flange between the mountain fold line x and the valley fold lines xa and xb, the flange 30 and the flange A back-to-back portion 40 that rises in the y direction parallel to the long handle 10 is formed at the rear portion of 20.
And the scooping surface 21 and 31 of the collar part 20 and the collar part 30 which made the front-end | tip part side opposite direction are drawn in the tip of the said valley fold line xa and xb.
The scooping surfaces 21, 31 are symmetrical with respect to the center lines za, zb orthogonal to the valley fold lines xa, xb at the center, and the scooping surface 31 of the scissors 30 is the scooping surface 21 of the scissors 20. The length is shorter and the area is smaller.

Further, the scooping surface 21 of the flange 20 has a symmetrical trapezoidal shape with the rear valley fold line xa as the upper side and the tip part as the lower side with a line parallel to the valley fold line xa.
Then, a trapezoidal side enclosing surface is formed in which the valley fold line v is drawn on the oblique side portion of the trapezoid, the valley fold line v is the bottom, the back-to-back portion 40 side is high, and the tip side is a low oblique side. 22 is drawn symmetrically.
At this time, the hypotenuse on the back-to-back portion 40 side is drawn so that the interior angle is an acute angle of 85 degrees with respect to the bottom of the scooping surface 21.
Further, a trapezoidal fixing margin 24 having the hypotenuse as a base is drawn on the hypotenuse on the back-to-back portion 40 side of the side enclosing surface 22.

Further, the scooping surface 31 of the heel part 30 is shaped like a symmetric shogi piece with the rear valley fold line xb as the lower side and the central tip part being acute and tapered.
A valley fold line w is drawn on the left and right oblique sides of the piece, the valley fold line w is the bottom, the back-to-back portion 40 side is high, and the tip side has a triangular side wall 32 that abuts in the middle of the oblique side. Draw.
At that time, the oblique side of the triangular side enclosing surface 32 on the back-to-back portion 40 side is drawn so that the inner angle is an acute angle of 85 degrees with respect to the oblique side of the scooping surface 31.
A trapezoidal fixing margin 34 with the hypotenuse as the base is drawn on the hypotenuse on the back-to-back portion 40 side of the side enclosing surface 32.
Furthermore, a valley fold line u that is symmetrical from the left and right intersections with the valley fold line xb of the scooping surface 31 to the tip end portion 37 is drawn.

In addition, a large number 26a and a small number 26b of sieving holes 26 are drawn in a scattered state on the scooping surface 21 of the collar part 20, and the scoring surface 31 of the collar part 30 is parallel to the center line zb passing through the middle of both sides. A plurality of elongated slots 36 are drawn symmetrically. FIG. 2 shows an example in which four elongated holes 36 are provided in two rows.
With the above, an overall development view of the collar unit 20 and the collar unit 30 shown in FIG. 2 is completed.

Next, the collar part 20 and the collar part 30 which are made by bending a single stainless steel plate cut out at the periphery as described in the above development will be described.
At the valley fold line x in the middle part of the stainless steel plate on which the development view is drawn, as shown in FIG.
Then, both sides of the mountain fold line xa and xb are parallel to the mountain fold line x at the same distance and the valley folds are folded at an acute angle of 85 degrees in opposite directions. At this time, the back-to-back portion 40 is formed by overlapping the valley-folded flat surfaces (the back-to-back surface 23 of the buttocks and the back-to-back surface 23 of the buttocks).
Then, on one side folded at the valley fold line xa, fold along the valley fold line v so as to raise the side portion of the flange portion 20, the back-to-back portion 40 side is high, and the tip end side is low In the meantime, when the deformed trapezoidal side enclosing surface 22 that is linearly inclined is formed, a diverging crawling surface 21 surrounded by the valley fold line xa and the side enclosing surface 22 is formed.

Also, on the other side folded at the valley fold line xb, the side portion of the collar portion 30 is folded so as to rise on both sides at the valley fold line w, and has one side along the side portion of the back-to-back portion 40. When the triangular side enclosing surface 32 is formed, an endless shogi piece-shaped scooping surface 31 surrounded by the valley fold line xb and the side enclosing surface 12 is formed.
In order to give the heel portion 30 a function of stabing and cultivating the land, the central front end portion 37 of the scooping surface 31 is sharpened and the side surrounding surface 32 receiving a large resistance when piercing the soil is a triangular shape. One side is formed partway along the side of the scooping surface 31.
Then, the scooping surface 31 is valley-folded to form an obtuse angle that is wide open along a trough fold line u connecting the tip portion 37 and both side portions of the back-to-back portion 40 to form a side-bending scooping surface 31a. .
By forming the side bent scooping surface 31a, the entire scooping surface 31 is strengthened integrally with the side enclosing surface 32 which is strengthened up to the middle of the rear side.

Then, as shown in FIG. 1, the side edges of the side enclosing surfaces 22, 32 on the side of the back-to-back portion 40 are fixed to the side edges of the back-to-back portion 40.
FIG. 1 shows an aspect in which the edges of the side enclosing surfaces 22 and 32 are fixed to both side portions of the back-to-back portion 40 at the same height position. By fixing this portion, the scooping surfaces 31 and 32 are strongly supported by the side enclosing surfaces 22 and 32, and as a result, the entire scissors 20 and 30 are strengthened.

  In order to fix the rear edge of the side enclosing surfaces 22 and 32 and the side edge of the back-to-back portion 40, a method by welding is possible. For example, as shown in FIG. The fixing margins 24 and 34 provided at the rear portions of the enveloping surfaces 22 and 32 are bent inward by 90 degrees, and the fixing margins 24 and 34 are attached to the flange portion 20 of the back-to-back portion 40 as shown in FIGS. It can be sandwiched between the back-to-back surface 23 and the back-to-back surface 33 of the collar 30 and can be firmly fixed by the fixing rod 50.

The back-to-back portion 40 is fixed to the distal end portion 10a of the long handle 10. At this time, the front-end portion 10a of the long handle 10 is directly fixed to the back-to-back portion 40 and the fixing bracket 11 is fixed. Embodiments are possible.
In the latter case, as shown in FIG. 1 and FIG. 3, a fixing bracket 11 provided with a pipe portion 11 b on the base end side and a flattened flat portion 11 a on the tip end side is used, and the pipe portion 11 b is connected to the tip end portion of the long handle 10. The flat part 11a is brought into close contact with the back-to-back part 40 of the collar part 20 and the collar part 30 and fixed with screws, bolts or a fixing collar 51 or the like.
In FIG. 1, the flat portion 11 a is fixed to the back-to-back surface 23 on the flange portion 20 side, but the flat portion 11 a may be fixed to the back-to-back surface 33 on the flange portion 30 side.

The scooping surfaces 21 and 31 are both valley-folded at an acute angle in the direction of 85 degrees with respect to the back-to-back surface 23 of the buttocks 20 and the back-to-back surface 33 of the buttocks 30 of the back-to-back portion 40, and The oblique sides of the side-enclosing surfaces 22, 32 on the back-to-back portion 40 side are formed at an acute angle of 85 degrees on the side portions of the scooping surfaces 21, 31, so the side-enclosing surfaces 22, 32, the side edges of the back-to-back surface 23 of the collar portion 20 of the back-to-back portion 40 and the side edges of the back-to-back surface 33 of the collar portion 30 and the side-enclosing surfaces 22 and 32 are in close contact with each other. To be fixed.
Therefore, the center line za of the scooping surface 21 of the collar part 20 and the center line zb of the scooping surface 31 of the collar part 30 with respect to the vertical center line y rising in the center of the back-to-back part 40 in parallel with the long handle 10 are In other words, the scooping surface 21 of the collar part 20 and the scooping surface 31 of the collar part 30 are fixed to the acute angle of 85 degrees with respect to the long handle 10.

  Further, as shown in FIGS. 1 and 2, the scooping surface 21 of the collar portion 20 can have a mode in which a large number of sieve holes 26 are provided in a scattered state. In this embodiment, when the heel part 20 is used, soil is put into the scooping surface 21 of the heel part 20, and the soil is sieved to sprinkle the small particle soil selected on the seeds from the sieve hole 26. It is possible to lightly cover the seed with soil.

  Further, the scooping surface 31 of the collar part 30 can have a mode in which a plurality of elongated holes 36 are provided in a direction parallel to the center line zb passing through the middle of both side parts. In this aspect, when using the heel part 30, the soil sown by the scooping surface 31 of the heel part 30 falls into a groove in which small soil particles are dug so as to spill from the elongated hole 36, The seeds sown in the soil in the ditch lightly fall and create a favorable environment for seed germination and growth.

Next, an embodiment of the present invention will be described more specifically.
As shown in FIG. 1, the present invention is composed of a long handle 10, a collar portion 20 and a collar portion 30. First, the long handle 10 will be described.
The long handle 10 has a length of 1.4 m, which is lower than the average height of a person, and is a 36 mm diameter circular pipe or rod that is easy to hold.
The long handle 10 may be a pipe or rod made of stainless steel, aluminum, wood or plastic, but in this embodiment, an example using a stainless steel pipe will be described.
And the fixing | fixed metal fitting 11 which processed the pipe made from stainless steel whose length is 20 cm and diameter is 34 mm is attached to the front-end | tip part 10a.
The fixing metal 11 is a pipe portion 11b having a base portion as it is, and a flat portion 11a is formed by crushing a portion from the tip portion to 10 cm until the tip side becomes flat.

And the pipe part 11b of the base end side is inserted deeply into the inside from the pipe tip of the long handle 10, and a fistula is provided at positions 3 cm and 7 cm from the tip part 10a of the long handle 10, as shown in FIG. Then, a fixing hook for fixing is driven into the hole to firmly fix the long handle 10 and the fixing bracket 11.
The flat portion 11a of the fixing bracket 11 is fixed to the back-to-back portion 40 of the flange portion 20 and the flange portion 30, but the embodiment shown in FIG. A fixing rod 51 is struck into a pit 29 (shown in FIG. 2), and the long handle 10 and the back-to-back portion 40 are integrally fixed, and a suspension hole 13 is provided in the end portion 10b of the long handle 10. Indicates

Next, the collar part 20 and the collar part 30 of the present embodiment will be described.
The flange portion 20 and the flange portion 30 are integrally formed by bending a single plate made of stainless steel having a thickness of 1.5 mm.
First, the flange portion 20 on one side will be described.
The heel part 20 has a lateral width of 13 cm and a height of 9 cm of the back-to-back part 40 formed between the heel part 30. Further, the scooping surface 21 of the collar portion 20 has a front end portion of 16 cm, a scooping surface 21 side length of 20 cm, and a back portion 40 side width of 13 cm, as shown in FIG. The front-end-side opening is formed into a slightly large trapezoid.
A large number of two types of sieve holes 26a and 26b having a hole diameter of 1.5 cm and 1 cm are provided in a scattered state in the scooping surface 21 of the flange portion 20.
In the embodiment provided with the sieving hole 26, the soil over the scooping surface 21 of the heel part 20 is shaken to drop small soil particles from the sieving hole 26, and the stones or soil blocks remaining on the sieving hole 26 are grooves. By throwing them out of the terrain, stones and clumps that get on the seeds and inhibit germination and growth are eliminated.
And the edge of the side part of the scooping surface 21 of the collar part 20 is bent so that the side part enclosing surface 21 on the back-to-back part 40 side has a height of 8 cm and the tip side is inclined to 2 cm, as shown in FIG. In this way, the tip side is formed obliquely to the forefront.

Further, as shown in FIG. 1, a trapezoidal fixing allowance 24 having a width of 10 mm is provided on the side edge of the back-to-back portion 40 of the both side enclosing surfaces 22 and 22 of the flange portion 20.
The adhering allowance 24 is formed by bending the plate 90 degrees inward, and providing holes 25, 28, 38, 35 that overlap the side portions of the back-to-back portion 40 and penetrate the back-to-back portion 40, and are fixed to the hole. A hammer 50 is hit and fixed.
At this time, as shown in FIG. 1 and FIG. 3, the attachment angle between the long handle 10 and the scooping surface 21 of the collar portion 20 is such that the inner angle is 85 degrees. The formation angle of the side edge with respect to the scooping surface 21 of the flange 20 is determined. Thereby, the scooping surface 21 is attached at a slightly upward acute angle with respect to the direction of the long handle 10. With this angle, for example, when not in use, when the long handle 10 is erected and the scooping surface 21 is placed on a horizontal ground, it becomes possible to stand upright without falling down. A large force is applied because the tip portion is pulled up and pierced, but the side enclosing surface 22 supports the scooping surface 21 of the scissors 20 from both sides to increase the strength of the scooping surface 21. For this reason, the whole said collar part 20 is improved in strength, and even if the single plate is a thin plate made of stainless steel having a thickness of 1.5 mm, it can be used.

Next, the said collar part 30 back-to-back will be described.
The width of the back-to-back portion 40 shared with the heel portion 20 is 13 cm and the height is 9 cm, as with the heel portion 2.
Further, as shown in FIG. 1, the scooping surface 31 of the heel portion 30 forms a shogi piece, the length from the back-to-back portion 40 to the tip portion 37 is 13 cm, and the side length is 10 cm. Both oblique sides on the tip portion 37 side are formed obliquely so that the tip portion is sharp.
As shown in FIG. 1, on the scooping surface 31, two elongated holes 36 having a length of 4 cm and a width of 1 cm, which are substantially parallel to the center line za, are provided on both sides of the center line za on both sides symmetrically. .
Then, the edge of the side portion of the scooping surface 31 of the collar portion 30 is bent so that the side enclosing surface 32 on the back-to-back portion 40 side has a height of 8 cm as shown in FIG. It is formed in a triangle that hits the middle of the surface 31.

Further, as shown in FIG. 1, a trapezoidal fixing margin 34 having a width of 10 mm is provided on the side edge of the back-to-back portion 40 of the both side surrounding surfaces 32, 32 of the collar portion 30.
The fixing allowance 34 is formed by bending the plate 90 degrees inward, and providing holes 35, 38, 28, 25 that overlap the side portions of the back-to-back portion 40 and penetrate the back-to-back portion 40, and are fixed to the hole. A hammer 50 is hit and fixed.
At this time, as shown in FIGS. 1 and 3, the attachment angle between the long handle 10 and the scooping surface 37 of the collar part 30 is such that the inner angle is 85 degrees, so The formation angle of the side edge with respect to the scooping surface 31 of the flange 30 is determined. Thereby, the scooping surface 31 is attached at a slightly upward acute angle with respect to the direction of the long handle 10.
When the heel part 30 is used, a large force is applied when it is deeply stabbed into the soil, and the side enveloping surfaces 32, 32 support the scooping surface 31 of the heel part 30 from both sides, and the strength of the scooping surface 31 is increased. And the strength of the entire collar portion 30 is increased.

Further, the front end side of the scooping surface 31 of the flange portion 30 is provided on the inner side from the front end portion 37 to the back-to-back portion 40 so that both side portions 37 are higher than a center line zb passing through the middle of the both side portions. Both sides are valley-folded at an angle of 5 degrees so that the opening angle is about 170 degrees.
The plate surface of the scooping surface 31 is strengthened by the valley fold, the tip portion 37 side portion without the side enclosing surface 32 is strengthened, and bending deformation from the middle of the scooping surface 31 is prevented.
In the present invention, as described above, the flange portion 20 and the flange portion 30 are not separately assembled, but are integrally made from a thin single piece made of stainless steel, so that the number of parts used can be greatly reduced.

Next, the method for using the combined farming tool of the present invention will be described by taking the case of sowing as an example.
There are two types of seed sowing work: digging a groove to fill the seed, sowing seed in the groove, and laying soil on the seed. However, the heel part 20 is used for the work of applying soil to the seed.
Specifically, first, the tip portion 37 of the heel portion 30 is obliquely inserted into the soil on the top surface of the heel, and the soil is pulled forward to form a groove in the heel. At this time, when the sharp tip portion 37 of the heel portion 30 is deeply stabbed into the soil and the long handle 10 is pulled toward the front as it is, a long groove having a narrow and constant width suitable for sowing is deeply formed.

After sowing seeds in the groove, the same farming tool is used to hang soil on the seeds using the heel part 20 side.
In this work, soil is sown on the scooping surface 21 of the heel part 20, and the soil is shaken off so that the seed is covered on the seed sowed.
As described above, it is possible to efficiently and efficiently simultaneously perform the operation of digging a groove for filling a seed with a single paddy farming tool and the work of placing soil on the seed during seeding work.

  Although the present invention is a sowing-combined farming tool that can be used for both soot and straw, it can also be widely used for farming work other than sowing such as plowing a field.

DESCRIPTION OF SYMBOLS 10 Long handle 10a Long handle tip 10b Long handle end 11 Fixing bracket 11a Flat part 11b Pipe part 13 Hanging hole 20 Hook part 21 Scooping surface 22 Side enclosing surface 23 Back-to-back surface 24 Fixing allowance 25 Bore 26 Sieving hole 28 Hole 29 Bore hole 30 Groove portion 31 Groove surface 31a Side bend crease surface 32 Side wall enclosing surface 33 Back-to-back surface 34 Fixing allowance 35 Bore hole 36 Slotted hole 37 Tip portion 38 Bore hole 39 Bore hole 40 Back-to-back portion 50 Fixed rod 51 Fixed ridge x Mountain fold line xa Valley fold line on the buttock side xb Valley fold line on the buttock side y Vertical center line of the back-to-back portion za Center line of the heel face of the buttock zb Center line of the ridge face of the buttock v Valley fold line w Valley fold line u Valley crease line

Claims (5)

It is a farming and farming tool in which a long handle tip is attached to the back part of the heel part and the back part of the heel part that are formed by folding back one metal plate whose outer shape is molded,
The scooping surface has a scooping surface that protrudes from the bottom of one side of the back-to-back portion, and a side enclosure that rises from the scooping surface on both sides of the scooping surface and has a rear portion fixed to the side of the back-to-back portion. With a surface,
The scissors protrude from the lower part of the other side of the back-to-back part and are creased in a valley from the front end to the rear, and rise from the scoop surface on both sides of the scooping surface and the rear part is the back A side enclosing surface secured to the side of the mating part,
A farming tool that combines firewood.   2. The hoe and farm implement according to claim 1, wherein the side enclosing surface of the heel part and the heel part is formed so that the back-to-back part side is wide and the front end part side is narrow and tilted forward and backward.   The side and side fence surface of the heel part is formed from the back-to-back part side to the middle of both side parts.   4. The hoe and farm implement according to claim 1, wherein a fixing allowance is provided at a contact portion between the back-to-back portion and the side enclosing surface. 5. The scissors combined use according to claim 1, wherein the side enclosing surface and the back-to-back portion are fixed so that each scooping surface of the buttocks and the scissors has an acute angle with respect to the long handle. Farm tools.