KR200351056Y1 - Vinyl house manless prevention of epidemic system - Google Patents

Abstract

The present invention is about the components and the entire system of the chemical supply device installed in the plastic house, and maximizes the functions of each component while maximizing the function, and can be equipped with a running rail on the frame for the frame with smaller parts. At the same time, it is designed to improve the mounting strength more greatly.

The driving device that drives the whole as one drive shaft and eliminates the need for several motors and at the same time the moving trolley speed is constant so that the spraying time of chemical liquid is the same.

The hose is connected to the mobile truck inside the running rail and is expanded and folded according to the movement of the mobile truck.

The wire tension control device can prevent the slip phenomenon of the driving pulley due to the whole drive by adjusting the tension of the wire rope more easily.

It is to provide an unmanned control device for a vinyl house consisting of a position control device that can control the movement of the moving cart.

Description

Vinyl house manless prevention of epidemic system

The present invention relates to the components of the unmanned control system installed in the plastic house and the whole system comprising them. More specifically, the performance of the hoses of the rail, the driving device, and the traveling device nozzles forming the parts of the unmanned control system is improved. The purpose is to improve the operation and to operate smoothly.

In general, a hotbed such as a vinyl house or a glass greenhouse is used for the cultivation of vegetables, flowers, or fruit trees, or for the cultivation of tropical plants, and is particularly used as one of the most important gardening facilities that are rapidly developing due to its high confidentiality and high thermal insulation. .

These houses have been gradually enlarged for rational cultivation. In this case, the cultivation area is large, which can improve the output.However, rigid structural materials such as building structures are expensive to manufacture, so it is customary to use pipes for economic reasons. Due to the limit of the bearing capacity, it is limited to a certain height, and therefore, it is not possible to widen the passage in the house, and therefore, it is difficult to bring heavy equipment such as a tiller to bring various crops by using a trolley moving conveyor that moves on a trolley rail of the ceiling. In order to prevent unmanned automation,

The conventional technology is largely divided into monorail type and bogie drive method. First, bogie drive method is a system in which a rail is turned in a zigzag manner in a building of a vinyl house so that the bogie rides on the rail and controls a lot of control time. There was a drawback that the medicine bottle was attached to the trolley, so that the medicine should be replenished when the liquid dropped in the middle of spraying.

In addition, the monorail system requires a motor for each house furrow by driving each bogie, and the spraying time of chemical liquids varies according to the characteristics of the motor and the installation of pipes. This caused a lot of disconnection, short circuit, and cost increase.

The present invention has been made to solve the above problems, and its purpose is to mount the running rail to the frame for the frame with smaller parts, and at the same time to improve the mounting strength more, and to drive the whole as one drive shaft. Since several motors are unnecessary and the speed of the moving truck is constant, the spraying time of the chemical liquid is the same.

First, because the speed of the motor is constant, the chemical liquid is spread evenly. Second, one motor can be used to spray the chemicals of one house, and the chemicals are also sprayed at the same time. Third, the hose is hidden inside the running rail. Fourth, because the motor or control is different from the position of the nozzle, short-circuit and defects are often caused by entering the motor or control with chemicals.Fifth, the hose is exposed outward and pushes the moving cart to the opposite side when installing the transport port. The hose is located inside the running rail, so it is always possible to install a transport port, and there is no danger of short circuit or fire because there is no wire attached to the sixth hose.

1 is an overall assembly diagram illustrating an embodiment of the present invention.

Figure 2 is a "ga"-"ga" cross-sectional view illustrating an embodiment of the present invention.

Figure 3 is a "I"-"I" cross-sectional view illustrating an embodiment of the present invention.

Figure 4 is a "multi"-"multi" cross-sectional view illustrating an embodiment of the present invention.

5 is a "D" to "D" cross-sectional view illustrating an embodiment of the present invention.

6 is a "Do"-"Do" cross-sectional view illustrating an embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

01: Running rail

02: drive shaft

03: Bearing Unit

04: Driving deceleration motor

05: Motor Bracket

06: Drive Sprocket

07: Motor Sprocket

08: Chain

09: driving pulley

10: moving cart

10-1: Guide Roller

10-2: Wire Fixture

11: nozzle

12: high pressure hose

12-1: Hose Nipple

12-2: Hose Clamper

13: wire

13-1: Tool

14: position control sensor

15: take-up block

16: guide bar

16-1: Bar Fixing Bolt

17: screw

17-1: Screw Fixing Bolt

18: Bearing

18-1: retaining ring

19: driven shaft

19-1: Loosen Fixing Bolt

20: driven pulley

Hereinafter, the embodiment will be described in detail with reference to the accompanying drawings.

1 is an overall assembly diagram illustrating an embodiment of the present invention and a view showing the overall configuration.

First, a plurality of running rails 01 are provided at regular intervals, and a bearing unit 03 is provided on each of the running rails 01 on the front side of the running rails 01, and the drive shafts penetrate the inside of the bearing unit 03. 02 is connected through a plurality of running rails 01, the motor bracket (05) is attached to the running rail (01) side of the middle is extended to the lower driving deceleration motor (04) is attached and drive deceleration motor (04) Motor sprocket (07) is provided on the shaft and drive sprocket (06) is provided on the drive shaft (02) in the axial direction to drive the rotation of the drive reduction motor (04). The drive shaft 02 is driven by transmitting to the chain 08 connected to the drive shaft (see Fig. 4).

Drive pulley 09 located inside each running rail (01) of the "C" shape is assembled and fixed to the drive shaft (02) with a driven pulley (20) and a wire 13 located on the rear of the running rail (01) Connected pulley (02) located inside the rear of the running rail (01) to linearly reciprocate the moving trolley (10) is located in the longitudinal direction on the upper, lower inner surface of the "C" -shaped running rail (01) The guide bar 16 is fixed by the bar fixing bolt 16-1, and the take-up block 15 is provided between the guide bars 16 so that the bearing 18 is provided inside the take-up block 15. On both sides of the 18, a fixing ring 18-1 is provided for fixing the bearing 18 (see Figs. 2 and 6).

A driven pulley 20 is assembled to the driven shaft 19 extending from the inside of the bearing 18 to the front and is fixed by fixing bolts 19-1. At this time, between the driving pulley 09 and the driven pulley 20 A mobile trolley 10 is provided and fixed to the wire 13 by the wire fixing tool 10-2. The position control tool 13-2 which can control the position of the mobile trolley 10 on both sides of the lower wire 13 is provided. 1) is provided and the screw is fixed to the back of the running rail (01) by the screw fixing bolt (17-1) in order to adjust the tension of the wire 13 when the wire is tensioned through the screw ( The front end of 17) is connected to the take-up block 15 so that when the screw 13 rotates, the take-up block 15 moves forward or backward from the screw nut to adjust the tension of each wire 13. (See Fig. 2)

In the mobile trolley 10 connected to both sides of the lower wire 13, a plurality of guide rollers 10-1 are assembled to the mobile trolley 10 by bolts, and between one side surfaces of the traveling rails 01 having a “C” shape. The nozzle 11 assembled at the lower side of one side of the moving trolley 10 is inserted to enable a smooth linear movement and moves the chemical liquid supplied from the high pressure hose 12 connected to the upper side of the moving trolley 10. It is supplied to the nozzle 11 by a pipeline to spray the chemical liquid to the greenhouse crop (see Fig. 5).

When the chemical liquid is pumped from the bottom of the chemical liquid supply pump (not shown), the high pressure hose 12 is supplied to the nozzle 11 through the pipeline of the mobile truck 10, where the high pressure hose 12 is a running rail. Located inside the (01) and moving in the direction of the drive shaft (02), the high pressure hose 12 is folded in a semicircle shape and moving in the direction of the driven shaft (19) opens the high pressure hose (12) to prevent overload due to the hose Hose and wire rumble as in the conventional work can be confused or prevent the damage of crops due to the hose and can be placed inside the running rail (01) neat hose treatment (see Figure 3).

When the drive deceleration motor (04) rotates as described above, the power is transmitted to the drive shaft 02 by a chain 08 connected between the motor sprocket 05 and the drive sprocket 06, and the drive shaft 02 is driven. The pulley 09 is rotated to rotate the wire 13 connected to the driving pulley 09 and the driven pulley 20. At this time, the moving cart 10 connected to the lower portion of the wire 13 is linearly moved.

When the moving cart 10 moves linearly, the high pressure hose 12 is inserted into the hose nipple 12-1 located on the upper side of the moving cart 01, and the high pressure hose 12 fixedly connected to the hose clamper 12-2 is Moving together and the high pressure hose 12 is sprayed by supplying the chemical liquid to the nozzle (11) while spreading or contracting in accordance with the direction of movement in the running rail (01) and the position control sensor (on both ends of the running rail (01) 14) is provided and the tool 13-1 attached to both ends of the wire 13 automatically stops the driving deceleration motor 04.

The present invention is designed to solve the problems as described above, and to maximize the function of each part of the chemical solution supply device installed in the plastic house, while maximizing the function of the components, the present invention was made to solve the above problems. It is possible to install the running rail on the frame for small parts, and at the same time, it can improve the mounting strength more greatly. First, if the effect is largely divided, first, the chemical is sprayed evenly because the motor speed is constant. Second, the chemical of one house with one motor. And spraying of the chemical solution is finished at the same time. Third, the hose is hidden inside the running rail to prevent the congestion of the hose and damage of the crop. Fourth, since the position of the nozzle is different from the motor or the control, there are few defects due to the chemical. Fifth, when the hose is exposed to the outside, Nwaya to push it to the other side of the running rail located inside mubang always be provided with the transport sphere, and the sixth, are two separate hoses or wires, eliminating the risk of a short circuit or fire.

Claims (3)

First, by driving the whole as one drive shaft (02), several motors are unnecessary and at the same time the speed of the moving trolley 10 is constant so that the spraying time of the chemical liquid and the same The high pressure hose 12 is connected to the moving cart 10 in the running rails 01 and is expanded and folded in accordance with the movement of the moving cart 10 to supply a chemical solution. Wire tension control device that can adjust the tension of the wire 13 independently to prevent slip phenomenon of the drive pulley (02) due to the entire drive. Vinyl house unmanned control device, characterized in that consisting of a position control device 14 that can control the movement of the moving cart (10). The method of claim 1 When the high pressure hose 12 is located inside the travel rail 01 and moves in the direction of the drive shaft 02, the high pressure hose 12 folds in a semicircle shape and moves in the direction of the driven shaft 19. Unfolded to prevent overload of the driving deceleration motor (04), unmanned greenhouse control device, characterized in that to prevent damage to the crop due to the high-pressure hose (12), short circuit or fire. The method of claim 1 Position control sensors 14 are provided at both ends of the running rails 01, and the driving deceleration motor 04 and the chemical liquid supply pump are automatically stopped when the tool 13-1 attached to both ends of the wire 13 is touched. Vinyl house unmanned control system, characterized in that.