KR200483140Y1 - A carriage for a greenhouse - Google Patents

Abstract

The present invention relates to a container for a vinyl house, which is mounted on a framework of a plastic house with a space therebetween, and is provided with a vertical support bar having a predetermined diameter and a height, A vertical support portion having upper and lower portions formed with a slant surface and a horizontal support surface bent inward; An upper guide rod mounted horizontally on an upper portion of the vertical support portion, a lower guide rod mounted horizontally on a lower portion of the vertical support portion at an interval from the upper guide bar, A horizontal guide portion formed of an inclined support bar; Conveying means for moving the crops in a horizontal direction along the horizontal guide portion; An operating portion mounted on the vertical supporting portion and the conveying means and controlling the conveying means; A driving unit mounted on one side of the vertical support unit or the horizontal guide unit and moving the conveying unit along the horizontal guide unit using a wire connected to the conveyance unit according to the operation of the operation unit; And a lighting unit mounted on one side of the conveying means and irradiating light when the illuminance value is lower than a predetermined illuminance value.
According to the present invention, it is possible to easily transport the tools and the harvested crops used in the management and harvesting of crops inside the greenhouse through the conveying means through the operation portion mounted on the vertical support portion and the auxiliary operation portion mounted on the transportation means In addition, it has the effect of reducing work time and cost accordingly.

Description

[0001] A carriage for a greenhouse [

The present invention relates to a transporting apparatus for a greenhouse, and more particularly, to a transporting apparatus for a greenhouse in which a tool used for the management and harvesting of crops and a harvested crop within the greenhouse can be easily transported .

Vinyl houses installed to cultivate crops in vinyl framed water are installed on farmland so that crops are safe from the effects of climate and ambient air.

In the vinyl house, the worker carries the tools and the crops used in the management of the crops and the harvesting of the crops one by one in the carts or baskets.

Therefore, there has been a problem that waste of manpower, working time and working efficiency are deteriorated in the conventional greenhouse for the management of crops and the harvesting of crops.

In order to solve the problems of the conventional crop management, in which a worker has to carry the agricultural management tools and the crops in a conventional manner, a transfer device has been developed in the greenhouse.

In more detail, a conventional vinyl house transfer device is provided with a storage member for storing a desired product to be transferred into a plastic house, and the storage member is supported by a supporting rod fixedly installed on the ceiling of the vinyl house, The guide member is moved forward and backward in the vinyl house on the basis of the guide member. The linking member and the transporting roller are provided to constitute the transporting device, thereby facilitating the operation.

That is, in the conventional vinyl house transfer device, a storage member containing various crops, various tools for harvesting the same, and a desired transported article such as fertilizer is connected to the upper support bar of the vinyl house using a connecting member, It is possible to carry the worker's labor more easily and to transport it, and to shorten the transfer time and increase the efficiency of the work.

However, in the conventional vinyl house transporting apparatus, the balance is not balanced due to the difference in weight between the left and right sides depending on the weight of the transported article stored in the storage unit of the transporting apparatus, so that shaking occurs. When the unbalance of the upper load is intensified, There is a phenomenon that the water is removed from the storage member or the storage member is detached from the transfer device and further the storage member is detached from the transfer device and thus the transfer device installed for the ease of conveying the product There was a problem.

Korean Utility Model Registration No. 20-0130311 Korean Patent Publication No. 10-1257192

The present invention is conceived to solve the above-mentioned problems, and it is an object of the present invention to provide an apparatus and a method for controlling and harvesting crops and harvested crops in a greenhouse through an operation unit mounted on a vertical support unit and an auxiliary operation unit mounted on a transportation means. It is an object of the present invention to provide a transportation apparatus for a vinyl house which can be easily transported through a transportation means.

It is another object of the present invention to provide a transporting device for a plastic greenhouse in which a separating and storing means is further installed on an upper part of a transporting support plate constituting a transporting means so as to remove foreign substances from crops and store the foreign materials.

In order to achieve the above object, the present invention provides a transporting device for a vinyl house, which is mounted on a framework of a plastic house with a space therebetween and is provided with a vertical support bar having a predetermined diameter and a height, A vertical support portion which is fixed to the vertical support bar in a vertical plane and has a slant face and a horizontal support face which are bent toward the inner side; An upper guide rod mounted horizontally on an upper portion of the vertical support portion, a lower guide rod mounted horizontally on a lower portion of the vertical support portion at an interval from the upper guide bar, A horizontal guide portion formed of an inclined support bar; Conveying means for moving the crops in a horizontal direction along the horizontal guide portion; An operating portion mounted on the vertical supporting portion and the conveying means and controlling the conveying means; A driving unit mounted on one side of the vertical support unit or the horizontal guide unit and moving the conveying unit along the horizontal guide unit using a wire connected to the conveyance unit according to the operation of the operation unit; And a lighting unit mounted on one side of the conveying means and irradiating light when the illuminance value is lower than a predetermined illuminance value.

And an auxiliary means is detachably mounted on one side of the vertical support bar so as to mount a pesticide or a guide plate, and the auxiliary means includes a fixing bracket having a magnet plate on one side of the vertical support bar, And the magnetic plate of the fixing bracket may have a magnetic plate on one side and an opening on the opposite side for inserting the insecticide or the guide plate.

Here, the conveying means includes an upper horizontal frame; A vertical frame mounted on both sides of the upper horizontal frame, respectively; A transport support plate mounted between the vertical frames; An upper conveying rail mounted on both sides of the upper portion of the upper horizontal frame and moving in the horizontal direction along the upper guide rods of the horizontal guides; A lower conveying rail mounted on the vertical frame and horizontally moving along a lower guide rod of the horizontal guide part; A safety support mounted on the vertical frame; And a wire connector mounted on an upper portion of the horizontal frame and connected to wires supplied from different directions.

In addition, a plurality of auxiliary operation portions for performing an operation corresponding to the operation portion are mounted on one side of the vertical frame, and the horizontal guide portion is provided with a plurality of A shock absorbing member having a rubber pad, a cushioning member, and a hollow square bar integrally formed thereon is provided at one side of the vertical frame so as to prevent noise during contact with the power line guide, Respectively.

The separation supporting means is further provided on the upper portion of the conveying support plate so as to remove the foreign matter of the crop and store the foreign matter. The separating and storing means includes an auxiliary upper plate mounted on the upper portion of the transportation supporting plate, An auxiliary support rod mounted on the same line of the upper plate at an interval and formed with a support groove at an inner surface thereof with an interval therebetween, a storage box mounted between one side of the auxiliary support rod, and a filter net mounted on an auxiliary support rod located between opposite sides of the storage box Lt; / RTI >

The transporting support apparatus according to any one of claims 1 to 5, wherein the transporting support plate is provided with auxiliary storage units for storing farm equipment, and auxiliary lights for irradiating light are mounted on the bottom of the auxiliary storage unit.

In addition, the safety support may include a frame engaging portion formed with a fitting portion to be fitted to the vertical frame and an engaging groove to be mounted to the opposite side of the fitting portion; And a bending part having both ends joined to the coupling groove of the frame coupling part and being bent in a multi-step manner.

According to the present invention, it is possible to easily transport the tools and the harvested crops used in the management and harvesting of crops inside the greenhouse through the conveying means through the operation portion mounted on the vertical support portion and the auxiliary operation portion mounted on the transportation means In addition, it has the effect of reducing work time and cost accordingly.

In addition, a separation and storage means may be additionally provided on an upper part of the transportation support plate constituting the transportation means, so that the foreign matter of the crop can be removed and stored.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a transportation apparatus for a greenhouse according to the present invention; Fig.
Fig. 2 is a front view showing a transportation device for a greenhouse according to the present invention; Fig.
3 is a perspective view showing a vertical support part constituting a transporting device for a greenhouse according to the present invention;
4 is a perspective view showing a horizontal guide portion constituting a transporting device for a greenhouse according to the present invention;
5 and 6 are a perspective view and a rear elevation view showing a conveying means constituting a conveying apparatus for a greenhouse according to the present invention.
7 is a plan view showing another embodiment of a safety support member constituting a transporting apparatus for a greenhouse according to the present invention;
FIG. 8 is a perspective view showing a state in which a power line guide, an impact buffering member, and a conveying unit are combined with each other, which constitutes a conveying apparatus for a greenhouse according to the present invention; FIG.
9 is a perspective view showing a power line guide hole constituting a transporting device for a greenhouse according to the present invention;
10 is a cross-sectional view showing a shock buffer member constituting a transporting apparatus for a greenhouse according to the present invention;
11 is a perspective view showing a driving unit constituting a transporting apparatus for a greenhouse according to the present invention;
12 is a configuration diagram showing a lighting unit constituting a transporting apparatus for a greenhouse according to the present invention;
Fig. 13 is a front view showing an auxiliary means constituting a transporting device for a greenhouse according to the present invention; Fig.
Figs. 14 and 15 are an exploded perspective view and an assembled perspective view showing the means for separating and storing the transporting device for a greenhouse according to the present invention; Fig.
16 is a front view showing a secondary storage box and auxiliary lighting that constitute a transporting device for a greenhouse according to the present invention;

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. However, the present invention may be embodied in many different forms and is not limited to the embodiments described herein. Like parts are designated with like reference numerals throughout the specification.

Hereinafter, the configuration of the present invention will be described with reference to the accompanying drawings.

FIG. 1 is a perspective view showing a transportation device for a greenhouse according to the present invention, FIG. 2 is a front view showing a transportation device for a greenhouse according to the present invention, and FIG. 4 is a perspective view showing a horizontal guide part constituting a transporting device for a greenhouse according to the present invention, and Figs. 5 and 6 are perspective views showing a transportation means constituting the transporting device for a greenhouse according to the present invention. Fig. And FIG. 7 is a plan view showing another embodiment of a safety support frame constituting a transporting apparatus for a greenhouse according to the present invention. FIG. 8 is a perspective view of a power supply guide for a greenhouse according to the present invention FIG. 9 is a perspective view showing a state in which the impact buffering member and the conveying means are engaged with each other. FIG. FIG. 10 is a cross-sectional view showing a shock buffering member constituting a transporting apparatus for a greenhouse according to the present invention, and FIG. 11 is a perspective view showing a driving unit constituting a transporting apparatus for a greenhouse according to the present invention 13 is a front view showing an auxiliary unit constituting a transporting device for a greenhouse according to the present invention, and Figs. 14 and 15 are diagrams showing a lighting unit constituting a greenhouse transporting apparatus according to the present invention. Fig. FIG. 16 is a front view showing an auxiliary storage box and an auxiliary lighting unit constituting the transporting apparatus for a greenhouse according to the present invention. FIG. 16 is an exploded perspective view and an assembled perspective view showing a transporting device for a greenhouse according to the present invention.

The transporting apparatus 10 for a greenhouse of the present invention includes a vertical supporting portion 20, a horizontal guide portion 30, a conveying means 40, an operating portion 50, a driving portion 60, and an illuminating portion 70.

The vertical supports 20 are mounted on the frame 1 of the plastic house with horizontal intervals on the same horizontal line.

The vertical support part 20 is fixed to the vertical support bar 22 while the vertical support bar 22 is formed at a predetermined diameter and height and the vertical face 24a is disposed at the upper part of the vertical support bar 22 And a guide support bar 24 having an inclined surface 24b and a horizontal surface 24c bent toward the inside.

That is, the vertical support part 20 is mounted on the upper side of the vertical support bar 22 installed at intervals with the guide support bars 24 mounted thereon, respectively.

The reason why the inclined surfaces 24b and the horizontal surfaces 24c are formed on the upper and lower portions of the guide support bar 24 is that it is resistant to the load transmitted through the conveying means 40, To support the lower guide rod.

An auxiliary means 80 may be detachably mounted to one side of the vertical support bar 20 so as to mount a pest or a guide plate.

The auxiliary means 80 includes a fixed bracket 81 having a magnet plate 82 attached to one side of the vertical support bar 22 and is attached to the magnet plate 82 of the fixed bracket 81 A magnet plate 84 is mounted on one side and a net mortar 83 on which an opening for mounting a pesticide or a guide plate is formed on the opposite side.

That is, after the fixing bracket 81 is mounted on one side of the vertical support bar 22, a net mortar 83 is mounted to mount the insecticide or the guide plate on the fixing bracket 81.

The horizontal guide part 30 is horizontally mounted on the upper part of the vertical support part 20.

The horizontal guide part 30 includes an upper guide rod 31 mounted horizontally on the upper part of the vertical support part 20 and a horizontal guide part 31 horizontally provided on the lower part of the vertical support part 30, And an inclined support bar 33 mounted with a gap between the upper guide bar 31 and the lower guide bar 32. [

That is, the guide portion 30 horizontally mounts the upper guide rods 31 and the lower guide rods 32 on the upper and lower portions of the guide support bar 24 and the upper guide rods 31 and the lower guide rods 32 32 are provided with inclined support rods 33 so as to reinforce the strength.

The conveying means 40 moves horizontally along the horizontal guide portion 30 to move the harvest or the worker.

The transporting means 40 includes an upper horizontal frame 41, a vertical frame 42 mounted on both sides of the upper horizontal frame 41, and a transport support plate An upper conveyance rail 44 mounted on both sides of the upper portion of the upper horizontal frame 41 and moving in the horizontal direction along the upper guide rods 31 of the horizontal guide portion 30, A lower conveying rail 45 mounted on the vertical guide 42 and horizontally moving along the lower guide bar 32 of the horizontal guide 30, a safety support 46 mounted on the vertical frame 42, And a wire connector 47 mounted on the upper portion of the upper horizontal frame 41 and connected to wires supplied from different directions.

That is, the transportation means 40 mounts the vertical frame 42 on both sides of the upper horizontal frame 41, mounts the transportation support plate 43 in the space between the lower portions of the vertical frame 42, The upper conveying rail 44 and the lower conveying rail 45 can be moved along the upper guide bar 31 and the lower guide bar 32 of the horizontal guide portion 30 to the horizontal frame 41 and the vertical frame 42, And a wire connecting hole 47 is formed in the upper horizontal frame 41 so as to be coupled with a connected wire supplied in different directions connected to the driving unit 60 at intervals.

The conveying means 40 is transmitted to the wire connecting port 47 through a wire 64 which operates in conjunction with the drive motor 62 constituting the driving unit 60 The horizontal guide portion 30 can be moved in the left or right direction according to the force.

The transportation support plate 43 is formed in a plate shape having a predetermined length and width so that the tools used for the management and harvesting of crops and harvested crops can be easily transported.

Here, the separation support means 90 may further be installed on the upper portion of the transportation support plate 43 so as to remove the foreign matter of the crop and store the foreign matter.

The separation and storage means 90 includes an auxiliary upper plate 91 mounted on the upper portion of the transportation support plate 43 and having a support hole 92 formed therein with an interval therebetween, An auxiliary support rod 93 which is mounted on the other side of the auxiliary support rod 93 and on which a support groove 94 is formed with an interval on the inner surface thereof, a storage box 95 which is mounted between one side of the auxiliary support rod 93, And a filter net 96 mounted on the auxiliary support rod 93 located on the side.

That is, the separation and storage means 90 is constructed such that the filter net 96 is mounted on the side of the auxiliary support rod 93 and the storage 95 is mounted on the opposite side of the auxiliary support rod 93, The foreign matter is removed through the filter net 96, and the crop 95 can be stored in the storage 95.

Subsequently, an auxiliary storage box 100 containing agricultural equipment is mounted on both sides of the transportation support plate 43, and an auxiliary illumination 110 for irradiating light to the ground is installed under the auxiliary storage box 100 .

That is, the auxiliary storage unit 100 and the auxiliary illumination unit 110 are mounted on both sides of the transportation support plate 43 so that the agricultural products stored on the ground can be identified while storing the agricultural equipment.

Here, the auxiliary light 110 operates through the operation of the battery and the switch installed in the secondary storage 100.

The upper conveying rail 44 and the lower conveying rail 45 are moved along the side surfaces of the upper guide bar 31 and the upper guide bar 31 as shown in the drawing, The rails 44 and 45 are configured to be able to move along the upper portions of the upper and lower guide rods 31 and 32 in accordance with circumstances and purposes.

The safety support 46 includes a frame engaging portion 46a formed with a fitting portion 46b to be fitted to the vertical frame 42 and a coupling groove 46c to be mounted to the opposite side of the fitting portion 46b, And a bent portion 46d having both ends joined to the coupling groove 46c of the frame engaging portion 46a and being bent in a multi-step manner.

That is, the safety support 46 is divided into a frame engaging portion 46a and a bent portion 46d so that it can be separated or combined according to the environment, purpose, and the like.

An auxiliary operation portion 50a for performing an operation corresponding to the operation portion 50 is mounted on one side of the vertical frame 42 constituting the conveying means 40. The upper guide rod A plurality of power line guides 48 are mounted to guide the power source line 120 for supplying power to the auxiliary operation unit 50a while moving along the vertical frame 31. A power source The impact buffering member 49 is mounted at intervals so as to mitigate the impact while preventing the noise from coming into contact with the wire guide 49.

That is, the auxiliary operating portion 50a is configured so that an operator who aboard the carrying support plate 43 of the carrying means 40 can smoothly operate the carrying means 40 through the auxiliary operating portion 50a performing the same function as the operating portion 50 And so on.

In addition, the power line guide 48 serves to smoothly move the power line 120, which supplies power to the auxiliary operation unit 50a and transmits an operation signal to the driving unit 60.

The power line guide 48 includes a height bar 48a having a predetermined diameter and a height and a roller 48a mounted on the height bar 48a and moving along the upper guide bar 31. [ A guide loop 48b provided with a height bar 48c and a safety loop 48d mounted on a lower portion of the height bar 48a and supporting a power supply line.

The impact buffering member 49 can reduce noise while preventing contact with the power line guide 49 adjacent to the conveying means 40. The shock buffering member 49 is formed of a rubber pad 49a, a cushioning member 49b and a hollow square bar 49c are integrally formed.

That is, the impact buffering member 49 is installed at a distance in the vertical direction of the vertical frame 42, so that the impact buffering member 49 is cushioned through the rubber pad 49a and the cushioning member 49b while contacting the power line guide 49, And the square bar 49c can be easily fixedly coupled to the vertical frame 42. [0052] As shown in Fig.

In addition, it is noted that an electrical outlet C can be selectively mounted on the lower portion of the vertical frame 42 to supply power to the electrical equipment.

The operation unit 50 is mounted at an end of the vertical support unit 20 to control the transportation unit 40.

That is, the operating portion 50 is attached to the outermost vertical support bar 22 constituting the vertical supporting portion 20 so that the carrying means 40 can be smoothly operated from the outside to a desired place.

Here, the operation unit 50 includes a known controller or control unit in addition to the drawings, and a detailed description thereof will be omitted.

The driving part 60 is mounted on one side of the vertical support part 20 or the horizontal guide part 30.

The driving unit 60 is driven by the driving motor 62 and the driving motor 62 through one side of the driving motor 62 and the opposite side of the driving motor 62 via the guide roller 66 located on the opposite side of the driving motor 62 And a wire 64 to be joined.

That is, the driving unit 60 drives the conveying unit 40 through the driving motor 62 that operates the wire 64 connected to the conveying unit 40 in different directions according to the operation of the operating unit 50 So that it can be moved in the horizontal direction along the horizontal guide portion 30.

The illuminating unit 70 is mounted on one side of the conveying means 40 and irradiates light when it is lower than a predetermined illuminance value.

The illuminating unit 70 includes an illuminating unit 72 mounted on the vertical frame 42 of the conveying unit 40 with an interval therebetween and an illuminance detecting sensor (not shown) selectively mounted on the horizontal frame 41 and the vertical frame 42 74 and a light switch 76.

That is, the lighting unit 70 detects the brightness of the internal illumination of the vinyl house through the illumination sensor 74, and illuminates the lighting 72 when the internal brightness of the vinyl house is lower than the set value .

In addition, the illumination switch 76 allows the operator to turn on / off the illumination 72 separately from the illumination sensor 74.

At this time, the electrical connection structure of the illumination unit 70 is configured by using a known configuration, and a detailed description thereof will be omitted.

Hereinafter, an embodiment of the transporting apparatus for a greenhouse constructed as above will be described with reference to FIG.

A vertical support bar 22 having a predetermined diameter and a height and a vertical surface 24a disposed on an upper portion of the vertical support bar 22, And a vertical supporting portion 20 composed of a slanting surface 24b and a guide supporting bar 24 which is formed by bending the horizontal surface 24c inward is mounted on the upper and lower portions.

An upper guide rod 31 mounted horizontally on the upper portion of the guide support bar 24 on the vertical support portion 20 and a lower guide rod 32 mounted horizontally on the lower portion of the guide support bar 24 And a guide portion 30 composed of an inclined support bar 33 mounted with an interval between the upper guide bar 31 and the lower guide bar 32. The guide portion 30 is mounted on the upper guide bar 31 and the lower guide bar 32,

Next, the horizontal guide part 30 is provided with an upper horizontal frame 41, a vertical frame 42 mounted on both sides of the upper horizontal frame 41, An upper conveyance rail 44 mounted on both sides of the upper portion of the upper horizontal frame 41 and moving in the horizontal direction along the upper guide rods 31 of the horizontal guide portion 30, A lower conveying rail 45 mounted on the vertical frame 42 and moving in the horizontal direction along the lower guide bar 32 of the horizontal guide 30 and a safety support 46 mounted on the vertical frame 42, , And a wire connecting port (47) mounted on the upper horizontal frame (41) and connected to wires supplied from different directions.

At this time, an auxiliary operation portion 50a for performing an operation corresponding to the operation portion 50 is mounted on one side of the vertical frame 42 and the auxiliary operation portion 50a is attached to the horizontal guide portion 30, A plurality of power line guides 48 are mounted so as to guide a power line 120 for supplying power to the operation unit 50a and one side of the vertical frame 42 is connected to a power line guide 48 The impact buffering members 49 are mounted at intervals so as to reduce impact while preventing noise.

A driving motor 62 and a driving motor 62 are mounted on one side of the vertical support portion 20 or the horizontal guide portion 30 after the operation portion 50 is mounted on the end of the vertical support portion 20, And a wire 64 connected to the conveying means 40 through a guide roller 66 located on the opposite side of the drive motor 62 to the opposite side.

A lighting 72 mounted at intervals on the vertical frame 42 of the conveying means 40 and an illuminance sensor 74 selectively mounted on the horizontal frame 41 and the vertical frame 42, The installation of the lighting unit 70 including the lighting unit 76 is completed.

Herein, it will be understood that the order of assembling the transporting apparatus for a greenhouse may be different from that described above.

The use state of the plastic house transporting apparatus constructed as described above will be described below.

A tool or an operator used for the management and harvesting of crops is mounted on the transportation support plate 43 constituting the transportation means 40 and then the operation unit 50 or the transportation means 50 mounted on the vertical support unit 20, The auxiliary operation portion 50a mounted on the main body 40 is operated.

At this time, the driving unit 60 connected to the operating unit 50 and the auxiliary operating unit 50a operates the driving motor 62 in the forward direction or the reverse direction according to the operation signal, and the wire 64 Pulls the conveying means 40 in one direction or the opposite direction in accordance with the rotation direction of the drive motor 62 to move the conveying means 40 along the horizontal guide portion 30. [

That is, the conveying means 40 receives a force in the pulling direction of the wire 64 connected to the wire connecting port 47, and moves along the upper guide bar 31 and the lower guide bar 32 of the horizontal guide unit 30, The lower conveying rails 44 and 45 are moved.

Through this operation, the operator places the crop harvested in the greenhouse on the transportation support plate (43) of the transportation means (40) and harvests the crops.

At this time, the conveying means 40 can control the conveying means 40 while being stably supplied with power through the power line 120 guided through the power line guide 48.

Next, when the carrier 40 is to be put in place, the operation unit 50 mounted on the vertical support unit 20 or the auxiliary operation unit 50a mounted on the carrier unit 40 is operated, (40).

At this time, when the brightness of the internal illumination of the greenhouse is lower than the set illuminance or illumination is required, the illumination unit 70 is operated to illuminate the surroundings.

While the present invention has been described with reference to the accompanying drawings, it is to be understood that various changes and modifications may be made by those skilled in the art without departing from the spirit and scope of the invention as defined in the appended claims. The present invention is not limited thereto.

10: conveying device for greenhouse, 20: vertical support,
22: vertical support bar, 24: guide support bar,
30: horizontal guide portion, 31: upper guide rod,
32: lower guide rod, 40: conveying means,
41: upper horizontal frame, 42: vertical frame,
43: conveying support plate, 44: upper conveying rail,
45: lower conveying rail, 46: safety support,
47: wire connector, 48: power line guide,
49: shock buffer member, 50: operating part,
60: driving part, 62: driving motor,
64: wire, 66: guide roller,
70: illumination part, 72: illumination,
74: illuminance detection sensor, 76: light switch,
80: auxiliary means, 90: separate storage means,
100: auxiliary storage box, 110: auxiliary lighting.

Claims (7)

The vertical support bar is mounted on the frame of the plastic house with a space therebetween. The vertical support bar is formed with a predetermined diameter and height. The vertical support bar is fixed to the vertical support bar while the vertical support bar is fixed to the vertical support bar. A vertical support portion configured to be bent in a direction toward the guide support;
An upper guide rod mounted horizontally on an upper portion of the vertical support portion, a lower guide rod mounted horizontally on a lower portion of the vertical support portion at an interval from the upper guide bar, A horizontal guide portion formed of an inclined support bar;
Conveying means for moving the crops in a horizontal direction along the horizontal guide portion;
An operating portion mounted on the vertical supporting portion and the conveying means and controlling the conveying means;
A driving unit mounted on one side of the vertical support unit or the horizontal guide unit and moving the conveying unit along the horizontal guide unit using a wire connected to the conveyance unit according to the operation of the operation unit; And
And a lighting unit mounted on one side of the conveying unit and irradiating light when the illuminance is lower than a predetermined illuminance value,
The conveying means comprises an upper horizontal frame; A vertical frame mounted on both sides of the upper horizontal frame, respectively; A transport support plate mounted between the vertical frames; An upper conveying rail mounted on both sides of the upper portion of the upper horizontal frame and moving in the horizontal direction along the upper guide rods of the horizontal guides; A lower conveying rail mounted on the vertical frame and horizontally moving along a lower guide rod of the horizontal guide part; A safety support mounted on the vertical frame; And a wire connection port mounted on the upper portion of the horizontal frame and connected to wires supplied from different directions.
The method according to claim 1,
An auxiliary means is detachably mounted to one side of the vertical support bar so as to mount a pest or a guide plate,
The auxiliary means comprises a fixed bracket provided with a magnet plate on one side of the vertical support bar, and a magnet plate on one side is mounted on the magnet plate of the fixing bracket and an opening for mounting a pesticide or a guide plate on the opposite side. And a mesh network for forming the mesh network.
delete The method according to claim 1,
An auxiliary operation portion for performing an operation corresponding to the operation portion is mounted on one side of the vertical frame,
A plurality of power line guide holes are installed in the horizontal guide portion so as to guide a power line for supplying power to the auxiliary operation portion while moving along the upper guide bar,
Characterized in that a rubber pad, a cushion material and a shock buffering member integrally formed with a hollow rectangular bar are mounted at one side of the vertical frame at intervals so as to prevent noise when contacting the power line guide, House transport equipment.
The method according to claim 1,
The transport support plate is further provided with a separation and storage means for removing foreign substances from the crops and storing the foreign substances.
Wherein the separating and storing means comprises an auxiliary top plate mounted on an upper portion of the transportation support plate and having a support hole formed therein at an interval therebetween, an auxiliary support rod spaced on the same line of the auxiliary top plate, A storage box mounted between one side of the auxiliary support rods, and a filter net mounted on an auxiliary support rod located between opposite sides of the storage box.
The method according to claim 1,
Wherein an auxiliary storage box for storing agricultural equipment is mounted on both sides of the transportation support plate and an auxiliary illumination for illuminating the ground is mounted on the lower part of the auxiliary storage box.
2. The apparatus of claim 1,
A frame engaging portion formed with a fitting portion to be fitted to the vertical frame and a coupling groove to be mounted to the opposite side of the fitting portion; And
And a bending portion having both ends connected to the coupling groove of the frame coupling portion and bent in a multi-step manner.

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