KR101057172B1 - Ricefield block with track for farm equipment - Google Patents

Abstract

The present invention relates to a technical field for quickly and simply constructing paddy fields using paddy blocks produced in large quantities in a factory.

The present invention is such that various farming equipment (pesticide sprayer, fertilizer sprayer, direct diggers, etc.) or agricultural complexes (fertilizer sprayer, pesticide sprayer and direct wave function complex) on the top of the rice paddy block so as to ensure a freely moving, running track By doing so, the rice paddy block is pursuing its original function, while the farming equipment or farming complex is freely moved in place along the rice paddy block.

Ricefields, Blocks, Farm Equipment, Tracks

Description

Blocks for a Ridge between Rice field that have line shaped road using the agricultural tool}

The present invention relates to a technical field for constructing an environmentally friendly paddy field using a paddy block produced in large quantities in a factory, but very hard and does not occur after construction. In particular, various agricultural equipment (pesticide sprayer) is placed on top of the paddy block. , Fertilizer spreader, direct weaving machine, etc., or agricultural complex machine (fertilizer spray, pesticide spraying, and direct farming equipment combined with a direct wave function) can freely move and drive the track so that farming work can be carried out more efficiently.

In general, paddy fields and fields that are constructed in the form of embankments using soil for the purpose of confining the boundaries between neighboring paddy fields and fields, as well as for confining water to pedestrian walks and rice fields during farming operations. Is formed.

However, these existing ricefields or field dulls are not linearized, which hinders the promotion of the mechanization of farming. Rural corporations are arranging for the straightening of ricefields and paddy fields through the arable land and actively promoting the enlargement of unit farmland.

Such conventional ricefields or paddy fields are only thick soils, so they are likely to be rainy or lost by rats, and they need to be repaired frequently, thus requiring a lot of labor. There are many difficulties in maintaining the rice paddy.

In addition, the paddy field formed of soil requires a lot of labor for weeding to remove it as weeds flourish, and in particular, when the herbicide is used, it causes a problem of polluting the surrounding environment.

Therefore, in order to solve the above problems, without using soil in the roots, the rice field can be easily constructed by directly connecting and assembling the rice field blocks manufactured in the form of blocks in the factory using concrete. Prior art is proposed.

Such conventional ricefield blocks have the advantage of preventing weeds from breeding on the ricefields after construction, thus eliminating the need for a separate weeding operation, thereby reducing work loss due to weeding operations and preventing the use of herbicides to prevent environmental pollution.

However, the conventional rice paddy block has an excessive amount of construction costs due to the construction of rice paddies, but the practical benefits to the small farmers are only a few advantages of solving the problems of primitive rice paddies built using soil. The farmers could not afford to construct it.

In other words, the construction of rice paddy blocks requires a lot of construction costs, and the economic value and utility of the rice paddy block are deteriorated, which does not attract farmers' attention.

In addition, the conventional rice paddy block simply provides a walking path that can be walked by a person, and sufficient space to move or travel quickly and easily without effortlessly moving various farming equipment (pesticide sprayer, fertilizer sprayer, direct drill, etc.) necessary for farming work. In addition, the utilization of paddy field blocks is further reduced because the function is not secured, and in particular, the efficiency of farming operations is deteriorated, and thus the situation is in urgent need of improvement.

The present invention is to actively solve all the problems of the rice paddy block according to the prior art, and to secure the track that various farming equipment can move and run freely on the top of the rice paddy block block, which the rice paddy block pursues. It is an object of the present invention to efficiently carry out farming operations while freely moving farming equipment in place along the rice paddy block while fulfilling its functions.

In addition, another object of the present invention is to assemble the coupling protrusion and the coupling groove formed on both ends of the paddy field block to quickly and easily integrally connect the connection portion of the paddy block made of unit blocks.

According to the present invention, by providing a track for moving and traveling various farming equipment or farming equipment at the top of the rice paddy block, pesticide spraying and fertilizer spraying while freely moving to the desired place in the state where the farming equipment is placed on the track. And it provides the effect that can be carried out efficiently and effortlessly alone farming operations such as direct waves.

In addition, the present invention is a simple method of assembling the engaging projections and coupling grooves of the non-duungle blocks facing each other by forming the engaging protrusions and the coupling grooves on both ends of the non-rune block to maintain a solid integrity of the non-rune block construction and construction Effectively prevents separation or loss after

It will be described a preferred embodiment for implementing the solution of the problem to be solved by the present invention in more detail.

Looking at the general technical configuration according to the accompanying drawings according to a preferred embodiment of the present invention, the boundary wall 20 is installed upright in the center of the base portion 10 buried underground; A pedestrian path 30 formed at an upper end of the boundary wall 20; It can be seen that the caster 2 installed at the lower side of the farm equipment 1 along the walkway 30 is composed of an organic coupling configuration of the tracks 40 installed on both sides of the walkway 30 so as to move and run freely in a seated state. Can be.

Hereinafter, the present invention having the above-described schematic configuration will be described in more detail for facilitating the implementation.

Firstly, the ricefield block B of the present invention is provided with a base portion 10 fixed to the anchor bolt 11 in a state buried underground, and a boundary wall forming a rice paddy and rice paddy boundary at the center of the base portion 10 ( 20 is installed upright, and the upper end of the boundary wall 20 is formed with a sufficient walkway 30 for the worker to walk, but the surface of the walkway 30 is more preferably formed of a non-slip projection to prevent slipping. .

At this time, the walkway 30 is a function that can move freely along the track 40, various farming equipment (1) or farming combines that can be referred to as the core technology of the present invention to escape the simple function for walking the worker This is grafted.

To this end, both sides of the pedestrian path 30 are protruded upwardly or recessed downwardly to form a line 40.

The caster 2 installed under the various farming equipment 1 is seated on the track 40, so that the various farming equipment 1 can be smoothly moved and traveled along the track 40.

Therefore, when spraying pesticides workers move the agricultural equipment (1) to the track 40 as shown in Figure 4 to move to the desired position and then buy pesticides alone in the upper portion of the rice paddy block (B) without directly entering the rice fields Including, of course, direct fertilizer spray and rice, barley, etc. can maximize the efficiency of farming operations.

And the farm equipment (1) is illustrated in the present invention, but not limited to the agricultural pesticide sprayer, but not limited to the farming equipment, such as fertilizer sprayer and direct winder is applicable, as well as fertilizer spraying, pesticide spraying, direct wave function in a single farming equipment It is also possible to apply farming complexes.

In addition, in order for the various farming equipment 1 to move freely along the track 40, a pair of casters 2 must be provided on the support shaft 3 built up as shown in FIG. 5 below the farming equipment 1. And, the distance between the two casters (2) should be installed at the same interval as the distance of the spaced line 40.

The pedestrian path 30 is an extension path 31 protruding to both sides to form a wider width than the upper end of the boundary wall 20 by ensuring sufficient space for pedestrian walking as well as various farming equipment 1 to move smoothly. ) Is formed integrally, the expansion passage 31 serves to secure sufficient space, as well as the support shaft 3 as shown in Figure 5 the lower surface via the upper surface and the side of the expansion passage 31 It is installed to wrap until it reaches, the guide roller (5) additionally installed on the support shaft (3) is grounded on the side and the bottom surface of the expansion path (31) to guide the movement of the farm equipment (1) more smoothly At the same time, it is possible to ensure excellent safety by blocking the derailment of the track 40 at source.

And the present invention is the wire passage 60 which is open at both ends through which the wires or separate wires connected to the various farming equipment 1 along the longitudinal direction in the boundary wall 20 can pass through without being exposed to the outside. Is further formed.

On the other hand, the rice paddy block (B) of the present invention is formed recessed coupling protrusions 50 and coupling grooves 51 protruding on both sides so as to be continuously integrated in the longitudinal direction.

Therefore, the connecting portions of the opposing ricefield blocks (B) are connected to the ricefield blocks (B) when the coupling protrusions 50 and the coupling grooves 51 face each other so that the coupling protrusions 50 are inserted into the coupling grooves 51. The site maintains solid integrity.

According to the present invention, it will be apparent that it is possible to further improve the efficiency of farming operations by additionally providing smooth mobility of various farming tools 1 while smoothly performing the basic functions of the existing ricefield block B. .

1 is a perspective view of a ricefield block to which the present invention is applied

Figure 2 is a perspective view of a state in which the paddy field block of the present invention is connected

Figure 3 is a buried side view of the present ricefield block

Figure 4 is a side view of a state in which farm equipment is moved along the track of the present invention

Figure 5 is a side view of the caster of the farm equipment seated on the track of the present invention

Figure 6 is a plan view of the engaging projection of the present invention is fitted into the coupling groove

Figure 7 is a side view of the caster of the farm equipment seated on the track of another embodiment of the present invention

<Description of the symbols for the main parts of the drawings>

1: farm equipment 2: castors

5: guide roller 10: base portion

20: boundary wall 30: walkway

31: Expansion 40: Track

50: coupling protrusion 51: coupling groove

Claims (7)

delete delete delete delete delete delete A boundary wall 20 installed upright in the center of the base portion 10 embedded in the basement; A pedestrian path 30 formed at an upper end of the boundary wall 20; In the paddy field block comprising a; (40) spaced apart on both sides of the pedestrian path (30) so that the caster (2) installed on the lower side of the farm equipment (1) along the pedestrian path (30) freely move, run , The walkway 30 is integrally formed with expansion paths 31 protruding to both sides so as to secure a wider width than the upper end of the boundary wall 20 for smooth movement of the farm equipment 1, and the upper part of the expansion path 31. The support shaft 3 is provided with the caster 2 is installed to surround the lower surface via the surface and side, and the support roller 3 is grounded to the side and the lower surface of the expansion path 31 to the support shaft 3 ( 5) is additionally installed, Both ends of the paddy field block paddle block provided with a track for farm equipment, characterized in that the coupling protrusion 50 and the coupling groove 51 for connecting the paddyhead block (B) in the longitudinal direction is further formed.

Images