KR102416233B1 - Electric mobile pepper harvester - Google Patents

Abstract

The present invention relates to an electric transfer-type chili pepper harvester. When harvesting chili peppers in a farmhouse, it is possible to perform chili pepper harvesting work in a form in which a worker moves along a ridge in a comfortable seated position and conveniently stores chili peppers collected from chili pepper crops in a chili pepper bag. The electric transfer-type chili pepper harvester includes: a vehicle body portion at which a drive wheel unit having at least one drive wheel having rolling friction with the ground is disposed; a seat portion installed above the vehicle body portion to provide a seating space for a worker; and a bag holding portion holding, in an upright manner, a chili pepper bag for storing chili peppers collected from chili pepper crops. The drive wheel unit is configured to include: a drive shaft installed in a rotational structure to the vehicle body portion through a rotational bracket; and a drive wheel disposed at an end of the drive shaft and having rolling friction with the ground. At the drive wheel unit, installed are: a drive motor generating rotational force by starting current stored in a battery; and a driving unit including a connecting member connecting a motor shaft of the driving motor and the drive shaft installed in a rotational structure at the vehicle body portion.

Description

Electric mobile pepper harvester {Electric mobile pepper harvester}

The present invention relates to an electric transfer type red pepper harvester, and more particularly, a form of conveniently storing red peppers collected from red pepper crops in a red pepper bag while moving along the ridge in a comfortable sitting posture for a worker when harvesting peppers at a farmhouse It relates to an electric transfer type pepper harvester that enables the performance of red pepper harvesting work with a furnace.

When harvesting crops such as peppers in the field, workers have to move with a bag to hold peppers, and it is very difficult work because most of them bend their backs instead of standing.

When harvesting red peppers, harvesting peppers in a sitting state makes it easier to work because you do not bend your back compared to working while standing. In addition, there is a difficulty in not being able to just sit on the floor when sitting.

And, there is the inconvenience of moving with a red pepper bag when the operator moves, and it was impossible to sit down and work unless you use a support chair that spans the buttocks.

In order to alleviate this difficulty, the present applicant installed wheels in front and rear of the quadrangular-shaped pedestal as suggested in Domestic Utility Model Registration No. 20-0269313 (Registered on Mar. 11, 2002), and the turret hanging ring is coupled to the front of the pedestal. Installed a fixed base, a sack stand is installed on the upper part of the pedestal located at the bottom of the sling ring, a height adjustable and rotatable chair is installed at the rear of the pedestal, and a hand-held noise is located in front of the chair. It is made by installing a string on the pedestal and installing a parasol fixture at the rear of the pedestal. After harvesting crops while sitting on a chair, hold the noise string and push the ground with your feet so that you can move to the work place and work. It is designed to relieve the inconvenience of carrying a sack, the inconvenience of repeatedly sitting and standing, and the difficulty of working in the shade.

However, even if the pepper operation is performed through the pepper harvester, as the pepper harvesting operation is performed for a long time in a high temperature and humid environment, the problem of increasing worker fatigue is pointed out. This further exacerbates these problems.

In addition, the conventional red pepper harvester is configured to move depending on manual traction by a worker because a separate driving transport means is not provided in the body part, and thus increases the fatigue of the worker according to the movement of the body part, and also on the inclined road surface. Since the case where the body part arbitrarily retreats to the rear occurs, the operator has to step on his/her leg and brake the body part to the ground.

In particular, when a large amount of red pepper is stored in the red pepper bag, the phenomenon in which the body part arbitrarily retreats due to the weight of the stored red pepper is further exacerbated.

Republic of Korea Utility Model Registration No. 20-0269313 (Registered 20020311)

An object of the present invention devised to solve the above problems is that it is possible to harvest the peppers collected from the pepper crops while moving along the ridge in a comfortable sitting posture by the worker when harvesting peppers at the farmhouse, especially the car body It is to provide an electric transfer type red pepper harvester that is equipped with an improved drive transport structure and a blower structure to enable pleasant and comfortable harvesting of red peppers.

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

Electric transfer type red pepper harvester according to the present invention,

a vehicle body in which a driving wheel unit having at least one driving wheel in rolling friction with the ground is disposed;

a seat part installed on the body part to provide a seating space for the operator; and

Consists of including a sack holder for holding red pepper sacks accommodating peppers collected from red pepper crops upright,

The driving wheel unit may include: a driving shaft installed in a rotational structure on the vehicle body through a rotational bracket; It is disposed at the end of the drive shaft and configured to include a driving wheel in rolling friction with the ground,

The driving wheel unit includes a driving motor for generating rotational force by the starting current stored in the battery; A driving unit including a connecting member connecting between the motor shaft of the driving motor and the driving shaft installed in a rotating structure on the vehicle body is mounted.

Preferably, between the end of the drive shaft and the drive wheel, a drive shaft connected to the drive motor and a drive wheel installed at the end of the drive shaft are connected in one direction to be interlocked, and even if the drive shaft does not rotate, by unidirectional manual traction of the vehicle body. One-way clutch bearing (one-way clutch bearing) that makes the driving wheel idle in one direction to realize forward movement through electric transmission and manual traction of the body part, and prevents reverse rotation of the driving wheel by the braking load of the driving motor to prevent retreat of the body part this is placed

More preferably, the seat portion comprises: a seat body providing a seating space; and a seat bracket for supporting the seat body at a set height on the vehicle body,

The seat body is configured to include an air supply blower that inhales external air and supplies the inhaled external air to the seat body, and discharges external air through each blowing hole formed in the seat body,

The air supply blower unit includes: an air supply fan for sucking in the outside air and discharging the sucked outside air to the seating surface along the blowing hole of the seat unit; a battery for supplying a starting current according to the driving of the air supply fan; and a controller for setting whether or not the starting current applied to the air supply fan is applied and the amount to be applied.

In addition, the seat body has a hollow ventilation chamber formed therein, and an air supply port for supplying external air supplied through an air supply blower into the ventilation chamber is formed on the bottom surface of the seat body, while on the seating surface of the seat body It is composed of a hollow injection molded product in which blow holes communicating with the blow chamber are formed.

In the present invention, as described above, in proposing a pepper harvester configured to collect and harvest red pepper while the operator moves while seated on the seat, random retreat to the rear is prevented by a unique driving structure, and separately It is possible to move forward through electric power and tow through manual traction without operation.

By providing a unique ventilation structure in the seat portion and the parasol to continuously blow air to the operator, it is possible to improve the environment of the operator who works in a high temperature and high humidity environment.

Thus, in the present invention, the pepper harvester can be driven by electric power, and since it is possible to perform the pepper operation in a comfortable state with the ventilation structure provided in the seat part and the ventilation structure through the parasol during the harvesting process of pepper, pepper harvesting is Accordingly, the fatigue of the operator is greatly reduced.

1 to 3 show the overall configuration of the electric transfer type pepper harvester proposed as a preferred embodiment in the present invention,
4 shows the overall configuration of the driving unit mounted on the driving wheel unit in the electric transfer type pepper harvester proposed as a preferred embodiment of the present invention;
5 is a view showing the rolling state of the driving wheels by the driving unit mounted on the driving wheel unit in the electric transfer type pepper harvester proposed as a preferred embodiment of the present invention, respectively;
6 to 8 show the detailed configuration and blowing state of the sheet part on which the supply air blower is mounted in the electric transfer type pepper harvester proposed as a preferred embodiment of the present invention;
9 to 10 show the detailed configuration of the parasol holder and the parasol, and the blowing state through the elevation of the parasol in the electric transfer type pepper harvester proposed as a preferred embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, the electric transfer type pepper harvester proposed as a preferred embodiment of the present invention will be described in detail.

1 to 3 show the overall configuration of the electric transfer type pepper harvester proposed as a preferred embodiment in the present invention, and FIG. 4 is a drive wheel in the electric transfer type pepper harvester proposed as a preferred embodiment in the present invention. It shows the overall configuration of the driving unit mounted on the unit, and FIG. 5 shows the rolling state of the driving wheels by the driving unit mounted on the driving wheel unit in the electric transfer type red pepper harvester proposed as a preferred embodiment in the present invention. 6 to 8 show the detailed configuration and blowing state of the seat part on which the supply air blower is mounted in the electric transfer type pepper harvester proposed as a preferred embodiment in the present invention, and FIGS. 9 to 10 are the present invention In the electric transfer type pepper harvester proposed as a preferred embodiment in , it shows the detailed configuration of the parasol holder and parasol, and the blowing state through the raising and lowering of the parasol.

As shown in FIGS. 1 to 3 , the electric transfer type pepper harvester 1 proposed as a preferred embodiment in the present invention includes a driving wheel unit 110 and a driven wheel unit 120 that promote rolling friction with the ground. the disposed body part 100; a seat part 200 installed on the body part 100 to provide a seating space for the operator; and a mobile body in which a bag holding unit 300 for holding red pepper sacks accommodating peppers collected from red pepper crops upright is formed.

Here, the body part 100 is made of an aluminum alloy material and is configured to have light weight and sufficient strength.

In addition, driven wheel units 120 in which driven wheels 121 are respectively disposed through driven shafts 122 are installed on both front sides of the vehicle body 100 , and driving wheels 111 through drive shafts 112 on both rear sides of the vehicle body 100 . ) are disposed driving wheel units 110, respectively.

Accordingly, the vehicle body part 100 is supported at four points on the ground by a pair of driven wheels 121 installed on the driven shaft 122 and a pair of driving wheels 111 installed on the driving shaft 112 at four points, and these driven wheels It moves forward while rolling friction with the ground through the 121 and the driving wheels 111.

Preferably, rotation brackets 113 and 123 for fixing the driven shaft 122 and the driving shaft 112 in a rotational structure are disposed on both front and rear sides of the vehicle body portion 100, so that the driven shaft 122 is provided. and the drive shaft 112 are respectively disposed in a rotational structure at the front and rear of the vehicle body 100 through the rotational brackets 113 and 123 .

Therefore, the body part 100, on which the operator rides through the seat part 200, moves forward by rolling friction in the longitudinal direction along the valleys of the red pepper field through the driving wheel 111 and the driven wheel 121, The pepper harvesting operation is carried out by storing the peppers collected in the sacks.

That is, the body part 100 does not require rearward movement and moves between the valleys through forward movement, between the worker seated on the seat 200 and the red pepper sacks mounted on the sack holder 300 between the valleys. It carries out the function of carrying along.

In addition, in this embodiment, the driving unit 130 that provides driving force to the driving wheel unit 110 is mounted, so that the operator riding on the body part 100 can directly tow the body part 100 and move without moving. By configuring the vehicle body part 100 to be movable through the driving force provided through the driving unit 130 , convenience according to the movement is secured.

The driving unit 130 proposed in this embodiment includes a driving motor 131 for generating rotational force by the starting current stored in the battery 420 as shown in FIGS. 1 to 5 ; and a connecting member connecting the motor shaft 131a of the driving motor 131 and the driving shaft 112 installed in the vehicle body 100 .

In addition, the motor shaft 131a and the driving shaft 112 of the driving motor 131 may be connected through a coupling member, a chain sprocket, a belt pulley, etc. do.

However, in the present embodiment, a connection member made of bevel gears 132a and 132b is formed between the motor shaft 131a and the driving shaft 112 of the driving motor 131, so that the driving motor 131 is rotated in one direction. By this, the drive shaft 112 is rotated in one direction.

Accordingly, as shown in FIG. 5A, the driving shaft 112 having the driving wheels 111 disposed at both ends rotates by receiving rotational force from the motor shaft 131a of the driving motor 131 rotating by the starting current stored in the battery, By this rotation, the driving wheels 111 installed at the end of the driving shaft 112 promote electric movement of the vehicle body 100 while rolling friction with the ground.

However, since the drive shaft 112 is always connected to the motor shaft 131a of the drive motor 131 through the connection member, when the drive motor 131 cannot be normally driven, such as when the battery is discharged, the drive motor ( 131), one rotation of the drive shaft 112 and the drive wheel 111 is impossible, and as a result, even if the operator manually pulls the body part 100, the drive wheel 111 forms a braking state, so manual traction is not possible. It is difficult to traction movement of the vehicle body part 100 through.

In order to solve this problem, in the present invention, when it is difficult to drive the driving motor 131 , such as when the battery is discharged, the driving wheels 111 are rolled by the traction force provided by the operator on board, so that the forward movement of the vehicle body part 100 is prevented. make it possible

In detail, in the present invention, in disposing the driving wheel 111 at the end of the driving shaft 112 connected to the motor shaft 131a of the driving motor 131 , between the end of the driving shaft 112 and the driving wheel 111 . Place one-way clutch bearing (133) on the

The one-way clutch bearing 133 unidirectionally connects between the motor shaft 131a and the driving shaft 112 of the driving motor 131 as shown in FIG. 5A , and as shown in FIG. 5B , even if the driving shaft 112 does not rotate, the driving wheel (111) is a connection means to allow idle rotation in one direction.

Therefore, when the driving shaft 112 rotates in one direction by the driving of the driving motor 131, the motor shaft 131a as shown in FIG. 5A, the driving wheel 111 rotates together in one direction, and the driving shaft 112 does not rotate. Even so, when the vehicle body part 100 is pushed forward as shown in FIG. 5B , the driving wheel 111 idly rotates about the driving shaft 112 in one direction.

And, as shown in FIG. 5C , the driving wheel 111 is braked in the reverse direction by the one-way clutch bearing 133 to prevent the vehicle body 100 from arbitrarily retreating along the inclined road surface.

Accordingly, as shown in FIG. 5A , the driving wheel 111 installed at the end of the driving shaft 112 can rotate in one direction through the one-way clutch bearing 133 , and the motor shaft 131a of the driving motor 131 rotates in one direction. The lower driving wheel 111 rotates in conjunction with the driving shaft 112 .

Thus, in normal times when the driving motor 131 can be driven, the driving wheels 111 are rotated in one direction by the driving force of the driving motor 131 which rotates in one direction by the rotational force of the driving motor 131, so that the vehicle body part 100 ) to move forward.

In addition, when driving of the driving motor 131 is impossible, as shown in FIG. 5B , the vehicle body 100 has rolling friction with the ground by the driving wheels 111 that roll in one direction by the traction force provided forward by the operator. It is possible to move forward.

As described above, the body part 100 does not require a backward movement during the harvesting process of red pepper, but moves between the valleys through a forward movement and is mounted on the sack holder 300 and the operator seated on the seat part 200 Since the red pepper sacks perform the function of transporting the red pepper sacks forward along the troughs, only the forward movement of the vehicle body part 100 eliminates the restriction due to the retreat.

And, as shown in Figs. 6 to 8, the seat unit 200 includes a seat body 210 that provides a seating space; and a seat bracket 220 supporting the seat body 210 to the vehicle body 100 at a set height.

In addition, the sack holder 300 includes a sack support piece 310 formed by stacking on the upper portion of the vehicle body 100 ; It is disposed to be spaced apart from the upper portion of the bag support piece 310 through the support arm 330 and includes a bag shoulder attachment ring 320 that attaches the inlet of the red pepper bag (P) to the annular shoulder.

Preferably, the support arm 330 constituting the sling holding unit 300 includes a fixed arm member 331 that is uprightly fixed to the vehicle body 100 , and an elevating structure on the fixed arm member 331 . It is composed of a telescopic type including the lifting arm member 332.

Accordingly, the operator adjusts the support height of the shoulder attachment ring 320 by expanding and contracting the support arm 330 according to his/her body shape or the height of the red pepper bag required for mounting.

In this embodiment, the seat part 200 on which the operator sits is disposed in the second half of the body part 100 and the sack holder 300 is disposed in the first half of the body part 100, so that the seat part 200 ), the worker who collects peppers from the pepper crops conveniently stores the peppers collected in the red pepper sacks mounted on the sack holder 300 arranged in the front without turning their backs.

Therefore, while the worker moves along the ridge through the body part 100 in the state seated on the seat part 200, the red pepper harvested from the red pepper crop is harvested by putting it in a red pepper bag, so that the conventional worker can harvest the red pepper from the waist The inconvenience and hard labor of collecting red peppers while walking in a bent posture and carrying the red pepper bags containing the collected peppers are eliminated.

On the other hand, in the present invention, in implementing such a red pepper harvester (1), a unique ventilation structure is formed in the seat portion 200 on which the worker is seated, so that the worker harvesting red pepper in a high temperature and high humidity environment can work comfortably through ventilation It is to form an environment, and this is predetermined as a technical feature of the present invention.

In detail, in this embodiment, as shown in FIGS. 6 to 8 , a plurality of blowing holes 212 are formed on the seating surface 211 of the seat body 210 on which the operator sits.

In addition, the seat body 210 intakes external air to supply the inhaled external air to the seat body 210 , and discharges the external air through each blower hole 212 formed in the seat body 210 . A blower 400 is added.

The air supply blower 400 includes an air supply fan 410 that sucks in the outside air and discharges the sucked outside air to the seating surface 211 along the blowing hole 212 of the seat body 210; a battery 420 for supplying a starting current according to the driving of the air supply fan 410; and a controller 430 for setting whether or not the starting current applied to the air supply fan 410 is applied and the amount to be applied.

In this embodiment, a pressure switch unit 431 for adjusting the contact state between the battery 420 and the air supply fan 410 according to whether the wearer is seated on the seat body 210 is disposed on the controller 430 . Therefore, if the operator is not seated, the starting current is not applied to the air supply fan 410, and when the operator is seated on the seat body 210, the starting current is applied to the air supply fan 410 and blowing of the seat body 210. to form a state.

With this configuration, it is possible to control whether the supply fan 410 is driven or not without operating a separate switch, and in particular, the starting current stored in the battery 420 is unnecessarily applied to the supply fan 410 and consumed. A phenomenon in which the life of the 410 is shortened is prevented.

Preferably, the seat body 210 has a seat plate portion 210a and a back plate portion 210b formed to comfortably support the buttocks and back portions of the seated operator.

More preferably, the seat body 210 has a hollow blowing chamber 213 is formed therein, and the external air supplied through the air supply blower 400 is supplied to the bottom surface of the seat body 210 by a blowing chamber ( 213) A supply port 214 for supplying air into the interior is formed, while the seating surface 211 of the seat body 210 is formed of a hollow injection molded product in which blow holes 212 communicating with the blow chamber 213 are formed. .

In addition, the seat bracket 220 is fixed to the lower surface of the seat body 210, and a mounting base 221 in which an installation space (S) of the air supply fan 410 constituting the air supply blower 400 is formed; A support arm 222 for supporting the mounting base 221 on which the air supply fan 410 is mounted to the vehicle body 100 at a set height is included.

Preferably, the support arm 222 includes a nut tube member 222a which is uprightly fixed to the vehicle body 100; It includes a bolt shaft member (222b) that is formed to be upright in the lower portion of the mounting base (221) is fixed to the nut tube member (222a) through fastening.

Therefore, the height adjustment of the seat body 210 according to the horizontal rotation of the seat body 210 through the bolt shaft member 222b and the adjustment of the amount of fastening between the bolt shaft member 222b and the nut tube member 222a is It is possible.

In the present invention, by improving the mounting base 221 for fixing the air supply fan 410 to the bottom surface of the seat body 210 in which the air supply port 214 is formed, the standardized fixed state of the air supply fan 410 is improved. In particular, the air supply fan 410 does not suck in the outside air remaining on the ground surface, but sucks in fresh outside air laterally.

In detail, on both sides of the bottom shielding piece 221a that covers the mounting base 221 to be spaced apart from the bottom of the air supply fan 410 on which the intake port 411 is formed, the height of the air supply fan 410 is relatively higher than that of the mounting base 221 . A side support piece 221b having a high height is integrally formed, and a lateral intake passage 221c is formed between the bottom shield piece 221a and the intake port 411 of the air supply fan 410 .

Preferably, on each side support piece 221b constituting the mounting base 221, a support end 221b-a for supporting the air supply fan 410 to a set height is formed to protrude inward.

Accordingly, the air supply fan 410 inserted into the installation space of the mounting base 221 is supported at a set height by the support end 221b-a and is covered in a state spaced apart from the bottom shield piece 221a, as a result By the shielding action of the bottom shield piece 221a, the external air remaining on the ground surface is prevented from flowing into the air supply fan 410 through the intake port 411 facing downward.

When the air supply fan 410 is fixed to the lower part of the seat body 210 through the mounting base 221 as in the present embodiment, the air supply fan 410 is a surface surface on which a large amount of moisture, odor, and dust remain. The air blow formed in the seat body 210 is not supplied to the seat body 210 by sucking the outside air of the It is possible to discharge fresh outside air through the balls (212).

In addition, a parasol holder 500 is formed in an upright position on the vehicle body part 100, and a parasol 510 with an upright arm disposed under the light blocking parasol member is installed in the parasol holder 500, so that the seat part (200) to prevent the direct sunlight reaching the operator seated.

In particular, in the present invention, as shown in FIGS. 9 and 10 , the parasol 510 is configured to be repeatedly raised and lowered along the parasol holder 500 by electric power, and the seat portion 200 by the elevation of the parasol 510 is performed. ) to ventilate the seated workers.

To this end, in this embodiment, the elevating arm 511 of the parasol 510 composed of a tubular body is arranged in a telescopic structure in the parasol holder 500 composed of a tubular body, and the elevating arm 511 installed in the parasol holder 500 is provided. to be raised and lowered along the inner diameter of the parasol holder 500 .

In addition, a lifting member is disposed on the parasol holder 500 so that the lifting arm 511 of the parasol 510 is raised and lowered by the starting current applied from the battery.

In the present invention, as an example, by adopting an electric cylinder 520 having a lifting rod 521 that advances and retreats up and down as a lifting member, the lifting arm 511 of the parasol by the vertical advance and retreat of the lifting rod 521 is set stroke distance to be raised to

Preferably, guide projections 503 are formed to protrude inwardly on the inner wall of the parasol holder 500, and on the outer wall of the lifting arm 511 of the parasol 510 that is disposed on the parasol holder 500 in a lifting structure. By forming the spiral rail 511a guided by the guide protrusion 503, the lifting arm 511 of the parasol 510 elevating by the elevating member is a spiral rail 511a guided by the guide protrusion 503. to rotate left and right.

In addition, one or more blower pieces 510a are formed inside the parasol 510 rotating left and right in the lifting process, and the parasol 510 rotating left and right in the raising/lowering process blows the wind down through the blowing piece 510a. Ventilate to provide fresh air to workers.

More preferably, the lifting arm 511 of the parasol 510 is supported upward by the elevating spring 530 , thereby minimizing the load generation of the electric cylinder 520 by elevating the parasol 510 .

In addition, one or more intake holes 501 are formed in the upper portion of the parasol holder 500, and one or more exhaust holes 502 are formed in the lower portion of the parasol holder 500 to form the parasol holder 500. The external air introduced through the intake hole 501 by the pumping action of the lifting arm 511 that ascends and descends along the By allowing it to be discharged through, the occurrence of overheating of the electric cylinder 520 is suppressed.

1. Chili Harvester
100. Body part 110. Drive wheel unit
111. Drive Wheel 112. Drive Shaft
113. Rotating bracket
120. Follower unit 121. Follower wheel
122. Driven shaft 123. Rotation bracket
130. Drive unit 131. Drive motor
131a. Motor shafts 132a, 132b. bevel gear
133. One-way clutch bearing
200. Seat portion 210. Seat body
210a. Seat plate 210b. backboard
211. Seating surface 212. Blower
213. Blowing chamber 214. Air inlet
220. Seat bracket 221. Mounting base
221a. Bottom shield 221b. side support
221b-a. support 221c. lateral intake
222. Support arm 222a. Nut tube member
222b. bolt shaft member
300. Battery holder 310. Battery support piece
320. Bag shoulder ring 330. Support arm
331. Fixed arm member 332. Elevating arm member
400. Supply air blower
410. Air supply fan 411. Intake port
420. Battery
430. Controller 431. Pressure switch unit
500. Parasol holder 501. Intake hole
502. Exhaust hole 503. Guide projection
510. Parasol 510a. blower
511. Lifting arm 511a. spiral rail
520. Electric cylinder 521. Lifting rod
530. Colossus Spring

Claims (4)

a vehicle body in which a driving wheel unit having at least one driving wheel in rolling friction with the ground is disposed;
a seat part installed on the body part to provide a seating space for the operator; and
Consists of including a sack holder for holding red pepper sacks accommodating peppers collected from red pepper crops upright,
The driving wheel unit may include: a driving shaft installed in a rotational structure on the vehicle body through a rotational bracket; It is disposed at the end of the drive shaft and configured to include a driving wheel in rolling friction with the ground,
The driving wheel unit includes a driving motor for generating rotational force by the starting current stored in the battery; A driving unit including a connecting member for connecting between the motor shaft of the driving motor and the driving shaft installed in a rotating structure on the vehicle body is mounted,
The seat portion includes a seat body providing a seating space; and a seat bracket for supporting the seat body at a set height on the vehicle body,
The seat body includes an air supply blower that sucks in external air and supplies the inhaled external air, and discharges external air through each blowing hole formed in the seat body,
The seat bracket is fixed to the lower surface of the seat body, the mounting base is formed with an installation space for the air supply fan constituting the air supply blower; and a support arm for supporting the mounting base on which the air supply fan is mounted to a set height on the body part,
On both sides of the bottom shield piece that covers the mounting base to be spaced apart from the bottom surface of the air supply fan on which the intake port is formed, side support pieces having a relatively higher height than the height of the air supply fan are integrally formed, the bottom shield piece and the air supply A lateral intake path is formed between the intake ports of the fan,
On each side support piece constituting the mounting base, a support end for supporting the air supply fan to a set height is formed to protrude inwardly. According to claim 1, Between the end of the drive shaft and the drive wheel,
The drive shaft connected to the drive motor and the drive wheel installed at the end of the drive shaft are connected in one direction to be interlocked, and even if the drive shaft does not rotate, the drive wheel is idling in one direction by unidirectional manual traction of the body part, so that the electric and manual traction of the body part An electric transfer type pepper harvester, characterized in that a one-way clutch bearing is disposed to implement a forward movement operation through the and block the reverse rotation of the driving wheel by the braking load of the driving motor to prevent the vehicle body from retreating. According to claim 1, wherein the air supply blower unit comprises: an air supply fan that sucks in the outside air and discharges the sucked outside air to the seating surface along the blowing hole of the seat portion; a battery for supplying a starting current according to the driving of the air supply fan; and a controller for setting whether or not the starting current applied to the air supply fan is applied and the applied amount. 4. The seat body according to claim 3, wherein the seat body has a hollow blowing chamber formed therein, and a supply port for supplying external air supplied through an air supply blower into the blowing chamber is formed on the bottom surface of the seat body, while the seat body Electric transfer type red pepper harvester, characterized in that it is composed of a hollow injection molded product having blow holes communicating with the blowing chamber on the seating surface of the .

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