KR101108625B1 - An apparatus for harvesting the crops - Google Patents

Abstract

The crop harvesting apparatus according to the present invention includes a main body in which each end of the plurality of pipes is grounded in a rectangular shape, a support extending from the lower part of the main body in which the pipes are grounded to support the main body, and a main body at the lower end of the support and A wheel body for moving the support, a seating body interposed between the main body so that the worker is seated, and a scaffold extending laterally so that the foot of the worker is seated between the support at the lower end of the main body. And a bolt having a lower portion inserted into the ground and having a thread formed on the outer surface thereof, and a nut fastened to the screw thread by the interruption of the bolt. The seat plate is configured to be seated on the ground in the form, both sides of the guide and the guide that is open to the upper side of the bolt It consists of a plurality of rail installations formed at intervals on both sides of the mound where the crops of the vinyl house are planted, and are formed in the form of pipes and angles. It is seated on the guide of the sieve and both sides are fixed by pressing bolts, characterized in that the upper portion of the pipe and the ground portion of the angle made of a rail body to enable the rotation of the wheel body by guiding the lower portion of the wheel body.
Therefore, in the present invention, since the mounting body is configured to allow the worker to sit on the suspension of the main body, and the rail body for supporting the main body and the rail mounting body for supporting the rail body are installed on the ground, the crop harvesting work is performed while the worker is seated. It is possible to prevent musculoskeletal diseases of workers and to work for a long time, so that the work efficiency is improved, but also the effect of preventing damage to crops by minimizing friction with crops during harvesting.

Description

An apparatus for harvesting the crops}

The present invention relates to a crop harvesting device for harvesting crops that are vegetated by mounds in a plastic house, and in particular, a rail mounting body configured to allow the rail body to be seated on both sides of the mound, and a wheel body and an operator movable in the rail body. The present invention relates to a crop harvesting device, which is composed of a main body including a seating body and a scaffolding body to comfortably sit and promote work, and thus prevents musculoskeletal disorders of the worker and improves work efficiency.

In general, a vinyl house is a greenhouse that is covered with vinyl film to promote vegetable cultivation or to cultivate tropical plants in a relatively low temperature area, and is widely used in rural areas.

Various kinds of crops are cultivated in various forms in the vinyl house. In general, a number of mounds are formed in the vinyl house in the longitudinal direction, and the crops are planted in these mounds, and after a certain vegetation period, the crops are individually grown. Representative crops that are vegetated in these plastic houses include melons, watermelons, peppers, melons, and cucumbers.

Harvesting methods of crops in such a plastic house is usually harvested by the worker directly at the edge of the mound with his back or knee bent.

However, this method does not only make the worker tired easily because the work is performed in an uncomfortable position for a long time, but also causes excessive pain on the legs, great pain in the lower back, and excessive pain or maintaining a static state by using excessive force. Musculoskeletal disorders caused by neuralgia were caused.

In order to prevent such pain and musculoskeletal disorders, the work needs to be performed periodically in the middle of the work to relieve the pain by straightening the back and legs, and work efficiency is poor because it is impossible to work for a long time.

In addition, during the crop harvesting operation as described above, the hand or foot rubbed against the vegetation that is planted due to the mound, causing damage to the crop, which has a disadvantage in that the commodity value is lowered.

An object of the present invention devised to solve the above problems, the rail mounting body is configured to facilitate the seating of the rail body on both sides of the mound, and the wheel body and the worker movable in the rail body can be comfortably seated to facilitate work. It consists of a main body including a seating body and a scaffold to harvest crops while the worker is seated, preventing the musculoskeletal disorders of the worker and improving work efficiency, while minimizing friction with the crops during harvesting operations, thereby preventing damage to the crops. It is to provide a crop harvesting device.

The above object is achieved by the following configuration provided in the present invention.

The crop harvesting apparatus according to the present invention includes a main body in which each end of the plurality of pipes is grounded in a rectangular shape, a support extending from the lower part of the main body in which the pipes are grounded to support the main body, and a main body at the lower end of the support and A wheel body for moving the support, a seating body interposed between the main body so that the worker is seated, and a scaffold extending laterally so that the foot of the worker is seated between the support at the lower end of the main body. And a bolt having a lower portion inserted into the ground and having a thread formed on the outer surface thereof, a nut fastened to the screw thread by stopping the bolt, and integrated with the nut at the lower portion of the nut to accommodate the interruption of the bolt. The seat plate is configured to be seated on the ground in the form, both sides of the guide and the guide that is open to the upper side of the bolt It consists of a plurality of rail installations formed at intervals on both sides of the mound where the crops of the vinyl house are planted, and are formed in the form of pipes and angles. Seated on the guide of the sieve, both sides are pressurized and fixed by the pressure bolt is characterized in that the ground portion of the pipe and the angle is made of a rail body to enable the rotation of the wheel body by guiding the lower portion of the wheel body.

In addition, the support is formed in the form of a pipe extending to the lower portion of the main body and the upper pipe is formed in the upper bolt hole at intervals in the vertical direction, and the upper bolt is formed in the upper pipe formed in the form of a pipe drawn from the lower portion of the upper pipe The lower pipe is formed at the same interval as the ball and the lower pipe, characterized in that consisting of the upper, the lower bolt formed in the upper, the fixed bolt fastened to the lower bolt ball.

In addition, the seating body is composed of a frame formed between the body and at the same time the mesh frame is seated to the upper side of the frame, the fixing bracket is fixed to both sides of the frame through a fixing bracket bolt and a rotating shaft groove is formed in the center is formed And a rotating shaft having one side inserted into and fixed to a rotating shaft groove of the fixing bracket so that the frame can be rotated, and a fastening bracket formed at intervals in a vertical direction with a fastening hole inwardly of the body facing the fixing bracket It is formed, the socket is fastened to the fastening hole of the fastening bracket after the socket fastening bolt is inserted into both sides is configured to be fixed to the fastening bracket, the bearing accommodates the other end of the rotating shaft into the socket to facilitate the rotation of the rotating shaft And bosses are each configured, the rear portion can be fixed to the fastening hole of the fastening bracket Fixed to the fastening fixture bracket fastening bolts are fastened, and is characterized in that the configuration of the fixed body and fixed to the frame extends to the lower ground the frame when the frame rotates.

In addition, the scaffolding body is composed of a scaffolding rod extending in the transverse direction of the lower body so that the worker's feet are seated, and is fixed to the projecting plate in a direction perpendicular to the grounded end while being grounded to the lower end of the main body on both sides of the body, the right angle The hinge is fastened to the lower side of the fixing plate protruding in the direction, but the end of the foot bar is grounded and the hinge plate is hinged by the hinge when the load is applied to the foot bar, and the rotation hole protrudes to one side of the hinge plate. The rotating hole is formed in the direction in which the rotating hole is moved to the fixed plate protruding in the right angle direction, the upper protrusion is formed on the outside of the fixed plate protruding in the right direction and the lower protrusion protruding outward from the bottom of the hinge plate And both side ends of the upper protrusion of the fixing plate and the lower protrusion of the hinge plate. The hinge plate is characterized in that the elastic body is configured to rotate to the original position by the elasticity after the hinge action.

As described above, according to the present invention, since the seating body which can be seated by the worker is formed by the interruption of the main body, and the rail body which supports the body and the rail mounting body which supports the rail body are installed in the ground, in the state where the worker is seated, Crop harvesting is carried out to prevent musculoskeletal disorders of workers and to work for a long time, thereby improving work efficiency and minimizing friction with crops during harvesting to prevent damage to crops.

Since the seating plate of the rail mounting body rubbed on the ground is moved up and down in accordance with the rotation of the nut, the seating plate is correspondingly seated according to the flatness of the ground, so that the seating plate of the rail mounting body may be widely used regardless of the state.

In addition, since the height of the support for supporting the main body is adjusted, the height of the main body is adjusted according to the body shape of the operator, thereby improving the convenience of use regardless of the operator's body shape.

In addition, since the seating body on which the worker is seated and the footrest on which the worker's feet are seated can be rotated, the seating body and the footrest are also rotated every time the worker bends the waist so that the harvesting work is performed in a more stable posture, thereby making harvesting easier. Yet the effect does not go to the body.

1 is a perspective view showing a preferred form of the present crop harvesting device,
2 is a plan view showing a preferred form of the crop harvesting apparatus according to the present invention,
Figure 3 is an exemplary view showing a preferred form in which the rail body according to the present invention is seated on the rail mounting body,
Figure 4 (a), (b) is an exemplary view showing a preferred form in which the height of the support according to the present invention is adjusted,
5 is an enlarged cross-sectional view of a portion A of FIG.
6 is a use state showing a preferred form in which the seating body according to the present invention is rotated by an operator,
7 is a front view showing a preferred form of the crop harvesting apparatus according to the present invention,
Figure 8 (a), (b) is an exemplary view showing a preferred form of operating the scaffold according to the present invention,
9 is a side view showing still another preferred embodiment of the present invention;
10 is a front view showing still another preferred embodiment of the present invention;
11 is a plan view showing still another preferred embodiment of the present invention;

Hereinafter, with reference to the accompanying drawings will be described in detail the crop harvesting device proposed in the preferred embodiment of the present invention.

1 is a perspective view showing a preferred form of the crop harvesting apparatus of the present invention, Figure 2 is a plan view showing a preferred form of the crop harvesting apparatus according to the present invention, the crop harvesting device according to the present invention from the upper side of the mounds of the crops vegetation It is moved so that the worker can be harvested crops in the seated state.

Vehicle crop harvesting apparatus according to the present invention as shown in Figures 1 and 2, the main body 10, the support body 20 for supporting the main body 10 and the wheel body 20w for moving the main body 10 and And a seating body 30 for seating the worker, a footrest body 40 for seating the worker's foot, a rail mounting body 50 for seating the rail body 60 on the ground, and the rail mounting body. It is comprised by the rail body 60 settled in 50 mostly.

The main body 10 is configured such that each end of the plurality of pipes is grounded in the shape of a rectangle to form an appearance that can accommodate a worker's seating and harvested crops.

The support 20 is configured to support the main body 10 from the bottom, and is formed in a form extending to the lower part of the main body 10 to which the pipe is grounded, and the lower end of the support 20 is the main body 10. And a wheel body 20w configured to move the support body 20, and the wheel body 20w is seated and rotated on the rail body 60, which will be described later in detail, to move the body 10 and the support 20. Will be promoted.

The support body 20 and the wheel body 20w may be positioned at both edges of the mound where the crop is vegetated, and thus the length of the transverse direction of the main body 10 may vary depending on the type of crop to be harvested. In this case, since the width of the mound reaches about 2m, the length of the main body in the transverse direction is used to form approximately 2m to 2m 50cm.

The seating body 30 is configured to be interposed between the body 10 in the transverse direction at the interruption of the body 10 so that the seating of the worker is made, the footrest 40 is seated on the seating body 30 It is configured so as to be able to harvest the crop between the body 10 in a state in which the worker is seated in the transverse direction between the support 20 of the lower end of the main body 10 so that the worker's feet can be seated.

Although the loading base 100 is formed at the rear side of the seating body 30 in the drawing, it is natural that the front side or the front, rear, and rear sides of the operator may be deformed and installed for the convenience of the operator.

As shown in Figures 1 and 3, the rail mounting member 50 is configured to install the rail body 60 to be described later, the thread is formed on the outer surface of the bolt 51 to serve as a column by inserting the lower part to the ground And a nut 53 which is fastened to the thread of the bolt 51 by the interruption of the bolt 51.

The lower portion of the nut 53 is formed in the form of a plate integrated with the nut 53 to accommodate the interruption of the bolt 51, the upper and lower ends of the bolt 51 by the rotation direction of the nut 53 It is moved to be seated on the ground, the mounting plate 55 is configured to support the load of the body 10, the support 20 and the worker on the ground.

Pressing bolts which are fastened to protrude into the guide 57 and the guide 57 which are open at the upper side to the upper side of the bolt 51 to protrude in the guide 57 and pressurize and fix the rail body 60 to be described later. 59).

Rail mounting body 50 is formed as described above are formed in a plurality of spaced apart on both sides of the mound in which the crops of the vinyl house are vegetated, and the ground is not evenly flattening the mounting plate 55 according to the flatness on the ground It is installed on the ground by being rotated and settled on the ground.

The rail body 60 guides the wheel body 20w formed in the main body 10 by being seated on the rail mounting body 50 to facilitate the movement of the main body 10, and is formed in a pipe and an angle shape. And both ends of the angle is seated on the plurality of rail mounting member 50 guide 57 formed at intervals on the edge of the mound.

When the rail body 60 is seated on the guide 57, both sides are pressed and fixed by the guide 57 by a pressure bolt 59 protruding inside the guide 57, so that the upper part of the pipe and the ground of the angle are wheels. The lower part of the sieve 20w is guided to enable the rotation of the wheel body 20w so as to facilitate the movement of the main body 10.

Therefore, due to the configuration described above, the worker is seated on the seating body 30 so that the body 10 can move along the mound by the wheel body 20w guided on the rail body 60, and the seating position It is configured to harvest the crops of the mound.

On the other hand, the rail mounting body 50 and the rail body 60 can be installed and dismantled from the ground, while the support body 20 and the main body 10 on which the wheel body 20w is formed are also movable to a vinyl house. It can also be used in conjunction with a number of mounds and other plastic houses in the area.

For example, the rotation of the wheel body 20w may be automatically performed by binding to a power transmission device such as a known motor, a chain, and a belt, and the operator directly stretches the string in the longitudinal direction of the mound on the upper side of the mound. By pulling, the wheel body 20w may be advanced in a passive form by the reaction force.

In addition, if it is difficult to install a string in the plastic house, the end of the string is fixed to the end of the mound, the other end of the string is introduced into the main body and guided, and the worker pulls the drawn string to advance the wheel body 20w so that the main body ( 10) can be made to move.

Wherein the support 20 is formed in the form of a pipe extending to the lower portion of the main body 10 as shown in Figure 4 (a), (b) is formed with an upper bolt hole (21h) at intervals in the vertical direction The lower pipe hole 23h is formed at the same interval as the upper bolt hole 21h formed in the upper pipe 21 and formed in the pipe shape drawn from the lower portion of the upper pipe 21 and the upper pipe 21 The pipe 23 is configured to adjust the length of the lower pipe 23 into the upper pipe 21 to finally adjust the length of the support 20 to adjust the height of the main body 10.

In addition, the lower pipe 23 is introduced into the upper pipe 21 and at the same time, the bolts 21h and 23h formed in the upper and lower pipes 21 and 23 coincide with each other on the horizontal line to the fixing bolt 25. This allows the lower pipe 23 to be fastened to the bolt hole 25 so as to fix the state introduced into the upper pipe 21.

Therefore, by adjusting the height of the support 20 to adjust the height of the body 10 spaced apart from the mound in accordance with the height of the mound and the operator's body so that the harvesting work in a comfortable state.

Here, the worker seated on the seating body 30 works by bending the waist in a seated state in order to harvest the crop, so that the seating body 30 can be rotated in accordance with the bending waist.

To this end, the seating body 30 is composed of a frame 31 formed in the transverse direction between the main body 10, as shown in Figure 1, 5, the mesh frame 32 to the upper side of the frame 31 It is formed to have an appearance that can be seated by the operator.

In addition, the rotating shaft groove 33h is fixed to the frame 31 through the fixing bracket bolt 33b to both sides of the frame 31 on which the mesh frame 32 is formed and in which the rotating shaft 34 to be described later is accommodated. A fixing bracket 33 is formed, and one side of the rotating shaft 34 for rotating the frame 31 is inserted into and fixed to the rotating shaft groove 33h of the fixing bracket 33, and the other side of the main body 10 is fixed. It is formed to protrude inside.

In addition, a fastening bracket 35 is formed on both sides of the main body 10 facing the fixing bracket 33 so that fastening holes 35h are formed at intervals in the vertical direction, and socket fastening bolts 36b are formed on both sides. ) Is inserted into the socket 36 fixed to the fastening bracket 35 by the fastening hole 35h of the fastening bracket 35, and accommodates the other end of the rotating shaft 34 into the socket 36. The bearing 37 and the boss 38 which plan the rotation of the rotating shaft 34 are comprised, respectively.

 In addition, the rear fastening bolt 39b, which may be fixed to the fastening hole 35h of the fastening bracket 35, is fastened so that the rear part is fixed to the fastening bracket 35, and both ends of the frame 31 are lowered. It extends and consists of a fixture 39 which grounds and fixes the frame 31 at the time of rotation of the frame 31.

Therefore, as shown in FIG. 6, the frame 31 on which the mesh frame 32 is seated accommodates the other side of the fixing bracket 33, the rotating shaft 34, and the rotating shaft 34. The boss 38 and the bearing 37 are rotated with each other to rotate the seating body 30 in accordance with the waist bending of the worker to facilitate the harvesting operation.

In addition, since the fastening holes 35h of the fastening bracket 35 are formed at intervals in the vertical direction, the height of the seat 30 is adjusted by adjusting the height of the seat 30 according to the body shape of the worker. The fixing body 39 is configured to adjust the rotational angle of the frame 31 by adjusting the height of the lower portion of the frame 31 to facilitate the harvesting operation.

Here, the scaffold 40 is configured to extend in the transverse direction below the main body 10, the scaffolding rod 41 is seated the worker's feet as shown in Figure 7, 8 (a), (b) On both sides of the rod 41, a fixed plate 42 projecting in a right angle direction at the grounded end while being grounded at one side of the lower end of the main body 10 is configured, and at the same time as a lower side of the fixed plate 42 protruding in the right angle direction. The hinge is fastened by the hinge 44, but the end of the foot bar 41 is grounded, the hinge plate 43 is hinged by the hinge 44 when the load is applied to the foot bar 41 is configured.

In addition, when the hinge plate 43 is hinged by the hinge hole 44, a rotation hole 45 protruding to one side of the hinge plate 43 is fixed to fix the rotation angle, and protrudes in the right direction. When the hinge plate 43 is rotated by the fixing plate 42, the rotation hole 46 is formed in a direction in which the rotation hole 45 is moved to accommodate the rotation hole 45, and the hinge plate 43 is hinged. When the rotating hole 45 formed in the hinge plate 43 is moved in the rotating hole 46 is locked to both ends of the rotating hole 46 is fixed to the rotating angle.

In addition, the upper protrusion 47 is formed on the outside of the fixing plate 42 protruding in the right angle direction, and the lower protrusion 48 is formed to protrude outward from the lower side of the hinge plate 43, and the upper protrusion of the fixing plate 42 is formed. Both side ends are fixed to the lower protrusions 48 of the 47 and the hinge plate 43, and the hinge plate 43 includes an elastic body 49 which rotates to its original position by elasticity after the hinge action.

Therefore, when a force is applied to the scaffolding rod 41 of the scaffolding body 40, the hinge plate 43 grounded at both ends of the scaffolding rod 41 is hinged so that the scaffolding rod 41 can be pivoted down to easily bend the waist. When the force applied to the footrest rod 41 is removed, the hinge plate 43 is rotated to its original position by the elastic force of the elastic body 49 to straighten the bent waist and work is performed according to the worker's work. The scaffolding rod 41 is rotated to facilitate the harvesting operation.

Here, the support for supporting the main body while being able to rotate the wheel body with power within the scope of the present invention is not changed can also be used in another configuration, which will be described in detail below with reference to FIGS. 9, 10, and 11. Do it.

The main body 10, the seating body 30, the scaffolding body 40 is configured in the same manner as mentioned above and the support body 20 'for supporting the main body 10 is mounted on one side of the main body 10 The frame 26 is formed, and the lower angle pipe 27b which is introduced into the upper angle pipe 27a and the upper angle pipe 27a is formed on the rear side of the mounting frame 26.

A pipe frame 28 is seated in the upper angle pipe 27a and penetrates the pipe frame 28, and a handle 29 is fastened to the upper angle pipe 27a, and the ball screw 27c extends into the upper angle pipe 27a. ) Is formed.

A ball nut 27d is formed to be fastened to the middle of the ball screw 27c, and the ball nut 27d is grounded at the upper end of the lower angle pipe 27b.

Therefore, when the handle 29 is rotated, the ball screw 27c is rotated, and the ball nut 27d engaged with the ball screw 27c is moved up and down in accordance with the direction in which the ball screw 27c is rotated. The lower angle pipe 27b, which is grounded with the ball nut 27d by the up and down movement of 27d, is moved to adjust the height of the support 20 '.

The wheel 90 is configured as the lower portion of the support 20 'to be moved directly on the ground and the wheel fixing bracket 91 is connected to the lower portion of the support 20' to the outside of the wheel 90 It is possible to move the main body 10 from the ground without the rail body 60 by the wheel drive body 80 to be described later.

The wheel driving body 80 is configured to transmit the power to the wheel 90 to facilitate the rotation of the wheel 90 is configured a drive motor 81 that can transmit power to the wheel 90 and the drive The motor fixing bracket 82 supporting the motor 81 is fastened to one side of the wheel fixing bracket 91 so that the power of the driving motor 81 can be transmitted to the wheel 90.

The form in which power is transmitted to the wheel 90 through the drive motor 81 is coupled to the wheel rotating shaft 84 to the wheel 90 and the wheel rotating bearing 85 for supporting the wheel rotating shaft 84 The drive motor 81 has a bevel gear 83 fixed thereto, and the bevel gear 83 is connected to a wheel rotation shaft 84 coupled to the wheel 90 so as to be mounted on the fixing bracket 91. The power of 81 is transmitted to the bevel gear 83 and the wheel rotation shaft 84, and finally the power is transmitted to the wheel 90.

On the other hand, when the body 10 is moved without the rail body 60, the steering body 70 is configured to the front end of the body 10 to steer the body 10, the steering body 70 is a body ( A steering fixing plate 71 which is grounded at the interruption of 10) is formed, and a steering hinge plate 72 having a plate shape which is hinged to the steering fixing plate 71 is formed, and an upper portion of the steering hinge plate 72 is formed. The steering wheel 73, which is directly gripped by the operator and is configured to be grounded, is configured to rotate the steering wheel 73 so that the steering hinge plate 72 can be hinged on the steering fixing plate 71. FIG.

At both sides of the steering hinge plate 72, a steering bar 74 extending to the support 20 'is formed, and at the same time, side fixing plates 76 are grounded to both sides of the main body 10, and the side fixing plates are formed. A side hinge plate 75 hinged to the 76 but grounded with the support 20 'formed at both ends of the main body 10 is configured.

Accordingly, the steering body 70 rotates the steering wheel 73 when the wheel 90 is rotated by the wheel driving body 80 to rotate the steering hinge plate 72 and the rotated direction of the steering hinge plate 72. As the steering bar 74 is moved and the steering bar 74 is moved, the side hinge plate 75 formed on the support 20 'is rotated together with the support 20' so that the direction of the main body 10 is determined. It is moved by the direction of the main body 10 in accordance with the rotation of 90.

10: main body 20: support
21: upper pipe 23: lower pipe
21h: upper bolt ball 23h: lower bolt ball
25: fixed bolt 20w: wheel body
30: seat 31: frame
32: mesh frame 33: fixed bracket
33b: Fixing bracket bolt 33h: Rotating shaft groove
34: rotating shaft 35: fastening bracket
35h: Fastener 36: Socket
36b: socket tightening bolt 37: bearing
38: boss 39: fixed body
39b: fastening bolt 40: scaffolding
41: scaffolding rod 42: fixed plate
43: hinge plate 44: hinge
45: Hoedong-gu 46: Hoe-dong Hall
47: upper projection 48: lower projection
49: elastic body 50: rail mounting body
51: bolt 53: nut
55: seating plate 57: guide
59: pressure bolt 60: rail body
20 ': support 26: mounting frame
27a: upper angle pipe 27b: lower angle pipe
27c: Ball screw 27d: Ball nut
28: pipe frame 29: handle
70: steering body 71: steering fixing plate
72: steering hinge plate 73: steering wheel
74: steering bar 75: side hinge plate
76: side fixing plate 80: wheel drive body
81: drive motor 82: motor fixing bracket
83: bevel gear 84: wheel rotation shaft
85: wheel rotation bearing 90: wheel
91: wheel fixing bracket

Claims (7)

A main body 10 having respective ends of the plurality of pipes grounded in a rectangular shape,
Wheels for extending the lower portion of the main body 10 to which the pipe is grounded to support the main body 10 and to move the main body 10 and the support 20 to the lower end of the support 20. Sieve (20w),
A seating body 30 interposed in the lateral direction between the main body 10 so that a worker is seated;
A scaffold body 40 extending laterally so that a worker's foot is seated between the support body 20 at the lower end of the main body 10;
The lower part is inserted into the ground and the bolt 51 is formed to the outer thread is formed, the nut 53 is fastened to the thread by the interruption of the bolt 51 is configured, the nut (under the lower portion of the nut 53) 53 and a guide 57 and a guide which are integrated with the 53 to be seated on the ground in the form of a plate for accommodating the interruption of the bolt 51, the upper portion of which is opened to the upper side of the bolt 51. 57 and a plurality of rail mounting bodies 50 formed at intervals on both sides of the mound where the crops of the vinyl house are vegetated, consisting of a pressurizing bolt 59 fastened to protrude into the guide 57 to both sides of the guide 57.
It is made in the form of a pipe and an angle, both ends are seated on the guide 57 of the rail mounting body 50, both sides are fixed by pressure by the pressure bolt 59, the upper part of the pipe and the ground of the angle is the wheel body ( A crop harvesting device, characterized in that consisting of a rail body 60 to guide the lower portion of the (20w) to enable the rotation of the wheel body (20w). The method of claim 1,
The support 20 is formed in the form of a pipe extending to the lower portion of the main body 10 and the upper pipe 21 is formed with an upper bolt hole (21h) at intervals in the vertical direction,
A lower pipe 23 formed of a pipe shape drawn from the lower portion of the upper pipe 21 and having a lower bolt hole 23h formed at the same interval as an upper bolt hole 21h formed in the upper pipe 21;
Crop harvesting device, characterized in that consisting of the fixing bolt 25 is fastened to the upper, lower bolt holes (21h, 23h) formed in the upper, lower pipes (21, 23). The method of claim 1,
The seating body 30 is composed of a frame 31 formed between the body 10 and at the same time a mesh frame 32 seated on the upper side of the frame 31,
Fixing brackets 33 are fixed to both sides of the frame 31 through fixing bracket bolts 33b and have a rotation shaft groove 33h formed in the center thereof.
Rotating shaft 34 is configured so that one side is inserted into the rotating shaft groove (33h) of the fixing bracket 33 so as to rotate the frame 31,
A fastening bracket 35 is formed in which the fastening holes 35h are formed at intervals in the vertical direction to the inside of the main body 10 facing the fixing bracket 33,
After the socket fastening bolt 36b is inserted into both sides, the socket 36 is fastened to the fastening hole 35h of the fastening bracket 35 and fixed to the fastening bracket 35.
Bearing 37 and boss 38 for receiving the other end of the rotary shaft 34 into the socket 36 to facilitate the rotation of the rotary shaft 34, respectively,
The fastening bolt 39b, whose rear portion may be fixed to the fastening hole 35h of the fastening bracket 35, is fastened to be fastened to the fastening bracket 35 and extended to the bottom of the frame 31 to extend the frame 31. Crop harvesting device, characterized in that consisting of a fixed body (39) for grounding and fixing the frame (31) at the time of rotation. The method of claim 1,
The scaffold body 40 is composed of a scaffolding rod 41 extending in the transverse direction below the main body 10 so that the foot of the worker is seated,
The fixed plate 42 is projected in a direction perpendicular to the grounded end while being grounded at the lower end of the main body 10 on both sides of the main body 10,
The hinge plate 44 is hinged to the lower side of the fixing plate 42 protruding in the perpendicular direction, and the end of the foot bar 41 is grounded to apply a load to the foot bar 41 by the hinge hole 44. The hinge plate 43 which hinges rotates is comprised,
Rotating hole 45 is formed to protrude to one side of the hinge plate 43 and the rotating hole 46 is formed in the direction in which the rotating hole 45 is moved to the fixed plate 42 protruding in the right angle direction,
The upper protrusion 47 is formed on the outside of the fixing plate 42 protruding in the perpendicular direction, and the lower protrusion 48 is formed to protrude outward from the lower side of the hinge plate 43.
Both ends are fixed to the upper protrusion 47 of the fixing plate 42 and the lower protrusion 48 of the hinge plate 43 so that the hinge plate 43 rotates back to its original position by elasticity after the hinge action. 49) A crop harvesting device, characterized in that consisting of. A main body 10 having respective ends of the plurality of pipes grounded in a rectangular shape,
A mounting frame 26 is formed on one side of the main body 10 to which the pipe is grounded, and a lower side which is inserted into the upper angle pipe 27a and the upper angle pipe 27a to the rear side of the mounting frame 26. An inclined pipe 27b is formed, and the upper angle pipe 27a seats a pipe frame 28 and penetrates the pipe frame 28, and the handle 29 is fastened to an upper angle pipe 27a. The ball screw 27c extending into the inside is formed, and a ball nut 27d fastened to the interruption of the ball screw 27c is formed, and the ball nut 27d is formed at the upper end of the lower angle pipe 27b. A support body 20 'configured to be grounded,
A wheel fixing bracket 91 connected to a lower portion of the support 20 'to the outside of the wheel 90 and the wheel 90 which can be directly moved from the ground to the lower portion of the support 20';
A drive motor 81 capable of transmitting power to the wheel 90 is configured, and a motor fixing bracket 82 supporting the drive motor 81 is fastened to one side of the wheel fixing bracket 91. A wheel rotating shaft 84 is coupled to the wheel 90, and a wheel rotating bearing 85 supporting the wheel rotating shaft 84 is mounted to the wheel fixing bracket 91, and the driving motor 81 is attached to the wheel rotating shaft 84. And the wheel drive body 80 is composed of a bevel gear (83) that is coupled to the power to the wheel rotating shaft (84),
A steering fixing plate 71 is formed to be grounded at the stop of the main body 10, and a steering hinge plate 72 hinged to the steering fixing plate 71 is formed to the upper portion of the steering hinge plate 72. The steering wheel 73 which the operator grips directly to determine the direction is grounded, the steering bar 74 extending to the support 20 'on both sides of the steering hinge plate 72 is configured, the body 10 Side fixing plate 76 is formed to be grounded on both sides of the side) is hinged to the side fixing plate 76, the side hinge plate 75 is grounded with the support 20 'formed on both ends of the main body 10 Steering body 70 is configured,
A seating body 30 interposed in the lateral direction between the main body 10 so that a worker is seated;
Crop harvesting device consisting of a scaffold body (40) extending in the transverse direction so that the foot of the worker is seated between the support body 20 of the lower end of the main body (10). The method of claim 5,
The seating body 30 is composed of a frame 31 formed between the body 10 and at the same time a mesh frame 32 seated on the upper side of the frame 31,
Fixing brackets 33 are fixed to both sides of the frame 31 through fixing bracket bolts 33b and have a rotation shaft groove 33h formed in the center thereof.
Rotating shaft 34 is configured so that one side is inserted into the rotating shaft groove (33h) of the fixing bracket 33 so as to rotate the frame 31,
A fastening bracket 35 is formed in which the fastening holes 35h are formed at intervals in the vertical direction to the inside of the main body 10 facing the fixing bracket 33,
After the socket fastening bolt 36b is inserted into both sides, the socket 36 is fastened to the fastening hole 35h of the fastening bracket 35 and fixed to the fastening bracket 35.
Bearing 37 and boss 38 for receiving the other end of the rotary shaft 34 into the socket 36 to facilitate the rotation of the rotary shaft 34, respectively,
The fastening bolt 39b, whose rear portion may be fixed to the fastening hole 35h of the fastening bracket 35, is fastened to be fastened to the fastening bracket 35 and extended to the bottom of the frame 31 to extend the frame 31. Crop harvesting device, characterized in that consisting of a fixed body (39) for grounding and fixing the frame (31) at the time of rotation. The method of claim 5,
The scaffold body 40 is composed of a scaffolding rod 41 extending in the transverse direction below the main body 10 so that the foot of the worker is seated,
The fixed plate 42 is projected in a direction perpendicular to the grounded end while being grounded at the lower end of the main body 10 on both sides of the main body 10,
The hinge plate 44 is hinged to the lower side of the fixing plate 42 protruding in the perpendicular direction, and the end of the foot bar 41 is grounded to apply a load to the foot bar 41 by the hinge hole 44. The hinge plate 43 which hinges rotates is comprised,
Rotating hole 45 is formed to protrude to one side of the hinge plate 43 and the rotating hole 46 is formed in the direction in which the rotating hole 45 is moved to the fixed plate 42 protruding in the right angle direction,
The upper protrusion 47 is formed on the outside of the fixing plate 42 protruding in the perpendicular direction, and the lower protrusion 48 is formed to protrude outward from the lower side of the hinge plate 43.
Both ends are fixed to the upper protrusion 47 of the fixing plate 42 and the lower protrusion 48 of the hinge plate 43 so that the hinge plate 43 rotates back to its original position by elasticity after the hinge action. 49) A crop harvesting device, characterized in that consisting of.

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