JPS6115988Y2 - - Google Patents

Description

[Detailed description of the invention] The present invention is an invention regarding a simple speed sprayer device.

A speed sprayer is a device that is used to control fruit trees such as pears, grapes, and apples by spreading a mist of poisonous liquid while moving around the orchard and spraying a wide range of fruit trees at once.

It is becoming popular among fruit farmers due to labor saving in agriculture in recent years, but in order to target special work,
It is one of the most inefficient machines that does not operate for many days and sits in a warehouse for most of the year.

The present invention focuses on this drawback, and the purpose of this invention is to make the speed sprayer a more efficient machine by increasing the number of operating days by making the speed sprayer's running cart part usable as a transport vehicle and using it not only for pest control but also for other purposes. be.

Conventional speed sprayers were aimed at large fruit growers, and had a large tank and large-diameter blower mounted on a traveling machine stand, which made it impossible to remove from the traveling machine stand. Even if it was removed, it was impossible to use the traveling machine base as a transport vehicle.

The purpose of the present invention is as described above, and the structure of the present invention will be explained in detail based on the structure of the embodiment shown in the attached drawings.

Figure 1 is a plan view of the speed sprayer of the present invention.

FIG. 2 is also a side view.

The rear wheel 15 consists of two wheels, and the front wheel 14 is a single steering wheel.

Power is transmitted from the engine in the engine room 10 to the transmission case 9 via the universal joint, and the rear wheels 15 are driven via the differential gear device. The traveling machine base is 19, and the front part of the traveling machine base 19 has a driver's seat 11, a steering wheel 12,
A driving device section consisting of a handle column 13 is provided. The front wheel 14, steering wheel column 13, and steering wheel 12 can be rotated 180 degrees as a unit, and the driver's seat 1
It is possible to drive the vehicle while sitting on the 1st floor or walking on the right side of the Hawadol Column. A disinfectant tank 4 is arranged in a cylindrical shape horizontally at the rear of the operating device section, and an engine 5 for driving a blower 6 and a pump 3 is arranged in parallel with the pump 3 at the rear.

The blower 6 is driven by the engine 5 and is located at the rear of the engine 5 and the pump 3. The air outlet of the blower faces backward, and a wind direction changing plate 7 is installed upright on the blowing side, and 12 nozzles are arranged on the circumference of the blower between the blower 6 and the wind direction changing plate 7. has been done.

The wind from the blower 6 is spread by the wind direction changing plate 7 like the tail feathers of a peacock. This wind carries the disinfectant mist from the nozzle and turns it into a mist.

The disinfectant tank 4, the pump 3, the engine 5, the blower 6, and the nozzle 1 are fixed by placing a framework under them. The framework consists of two vertical frames 17 and three horizontal frames 18, and the vertical frame 17 is slightly shorter than the vertical loading platform frame 8a, and the horizontal frame 18 is configured to be slightly shorter than the horizontal loading platform frame 8b. ing. The framework is not fixed to the traveling machine platform 19, and by opening the platform frames 8a and 8b, the framework and the tank 4, pump 3, engine 5, blower 6, and nozzle 1 can be easily integrated into one body. It can be dropped off at On the other hand, when a frame is mounted on the frame for use as a speed sprayer, it can be easily fixed by erecting the carrier frames 8a and 8b. The loading platform frames 8a and 8b are the framework 18,
It also serves as a securing device for 17 items and for securing cargo when used as a transport vehicle.

FIG. 3 is a system diagram of the pump and the nozzle.

The nozzles 1 are divided into three groups: four nozzles 1c on the right, four nozzles 1b above, and four nozzles 1a on the left, and the disinfectant from the pump reaches each set of nozzles. Until now, Kotoku 2a, 2b, and 2c circles have been set up.

Speed sprayers do not always work in the center of the orchard, but when working at the edges of the orchard, use only one nozzle and close the other nozzle.
This prevents wastage of disinfectant and prevents disinfectant from flowing into people's homes.

As described above, in the present invention, the framework for mounting and fixing the disinfectant tank 4, pump 3, engine 5, blower 6, and nozzle 1 is composed of the vertical frame 17 and the horizontal frame 18, and the vertical frame 17 is a vertical loading platform. The horizontal frame 18 is configured to be slightly shorter than the frame 8a, and the horizontal frame 18 is shorter than the horizontal loading platform frame 8b.
The framework is placed on the loading machine stand 19, and the loading platform frames 8a, 8
Since it was configured to be fixed by standing b,
This has the following effects.

First of all, all the spray-related parts are mounted and fixed in the framework, so they can be loaded and unloaded as one unit.

Second, the framework is not directly fixed to the traveling machine base 19, but when the framework is made slightly smaller than the size of the carrier frame and the carrier frame is erected on the traveling machine base, the frame is fitted into the square. Since the structure is double-sided, there is no need for a fixed structure using bolts. This makes it easy to convert between a transport vehicle and a speed sprayer.

Third, since the speed sprayer can be used as a transport vehicle and a traveling device, the number of days the speed sprayer can be operated can be increased.

[Brief explanation of the drawing]

FIG. 1 is a plan view of the speed sprayer of the present invention, and FIG. 2 is a side view thereof. FIG. 3 is a system diagram of the pump and the nozzle. 1...Spout, 2...Kotuku, 3...Pump, 4
... Disinfectant tank, 8 ... Loading platform frame.

Claims (1)

[Scope of utility model registration request] The framework on which the disinfectant tank 4, pump 3, engine 5, blower 6, and jet nozzle 1 are placed is composed of a vertical frame 17 and a horizontal frame 18, and the vertical frame 17 is connected to a vertical loading platform frame 8a.
The horizontal frame 18 is slightly shorter than the horizontal cargo frame 8b.
A speed sprayer characterized in that it is configured to be shorter than the above, and is configured to be fixed by placing the frame on a traveling machine stand 19 and erecting loading platform frames 5a and 5b.