JP3119643U - Insect pest control power control equipment - Google Patents

Abstract

An object of the present invention is to control insects that fly at dusk in the evening with economical and effective loads.
SOLUTION: A flying device characterized by comprising means for controlling lighting and extinction based on a plurality of control information including various sensors and switches installed to effectively control the repelling of flying insects and the suppression of behavior. Pest control power control equipment. In order to avoid flying insect pests, especially from evening to night, it is equipped with a means to control lighting and extinguishing based on a plurality of control information including switches using sensors. Insect pest control power control equipment.
[Selection] Figure 3

Description

The present invention relates to flying pest control equipment for protecting plants such as fruit trees, flower buds, and vegetables from flying pests.

    Conventionally, as a control device for protecting flower plants, vegetables, fruit trees, etc. from flying pests such as moths such as Akebino Konoha and carp insects such as Lotus antelope, yellow light having a wavelength range of about 560 to 590 nm is used. One with a yellow fluorescent lamp that emits light is known.

This defensive measure uses the habit of moths and the like that the action is suppressed by the yellow line. That is, the illumination of the yellow light prevents the moths and the like from entering the greenhouse where the plants are cultivated, and suppresses the moths and the like from laying eggs.

  By the way, the usage of the conventional control device was such that the yellow light was turned on when it was darkened in the evening and it was turned off when it became bright the next morning.

However, the lighting time and light quantity of yellow light should be originally changed from the flying avoidance time and light quantity of pests, and the action suppression time and light quantity of pests.

      Among the flying pests, the insects that fly at dusk in the evening are intended to control economically and effectively.

An airborne pest control power supply control facility equipped with a light sensor installed to effectively control the repelling and behavioral control of airborne pests, and means for controlling turning on and off based on the information of the light sensor.

In order to avoid flying pests, the lights are turned on from the evening dim light during the night, that is, in the darkness, and in order to suppress the behavior of pests that are active at midnight, the light sensor information is left partially lit. It also inhibits and controls late-night pest behavior patterns.

It does not light with the same amount of light from the evening to the next morning, but changes the amount of light for each time period to inhibit the behavior pattern of the pest and control the pest more economically.

      As described above, the power control facility for flying pest control according to claim 1 utilizes the illuminance information of a plurality of light sensors, for example, to utilize the behavior pattern of a pest that reacts to yellow light. This is a flying pest control power control equipment equipped with control means that can adjust the emission time and amount of yellow light in order to economically and effectively prevent flying and avoiding nighttime behavior. As a result, it is possible to save about 30% of electricity compared to the conventional switch ON / OFF type using a light sensor, and it is possible to irradiate a sufficient amount of light against flying insects. Enhanced.

In order to solve this technical problem, the invention of claim 1 is a flying pest control power board that protects plants from flying pests, and controls the amount of light and lighting time of yellow lighting to prevent pests from flying and controlling behavior It has a means.

Next, the actual form which materialized this invention is demonstrated based on drawing at the time of abstracting in an orchard. FIG. 1 is a schematic view of an orchard, FIG. 2 is a top view of a control box, FIG. 3 is an operation flowchart of a fluorescent lamp, and FIG. 4 is a functional block diagram of a controller.

Fig. 1 is a schematic diagram in which a large number of light sources 1 that emit yellow light with a wavelength range of 500 nm or less are installed, and a control system 2 for controlling pest control, that is, a control box 2, is installed. As the light source, the light source capable of emitting the light amount necessary for the action restraining load and the light amount necessary for the flight avoidance load is evenly arranged in FIG.

Fig. 2 has a light sensor 56 and a built-in 9 IC for managing the light emission time and light emission amount of the light source 1 to automatically manage the set illuminance and lighting time.
The control box is wired and connected directly to the light source 1.

The control sensor 9 is arranged in the control box 2 and controls the operation of the light source 1 as shown in the flowchart of FIG. The control sensor 9 is built to perform the function block pattern operation as shown in Fig. 4. That is, in the evening, when the light source sensor 5 and the light source sensor 6 are below the set illuminance, all the light sources 1 are turned on to avoid flying insects such as turtle insects. The light sensor 6 reacts when it becomes darker and less than the set illuminance when the flying pests become inactive, reducing the illuminance to the amount of yellow light necessary to control the behavior of pests and other pests.
When the next morning sun rises, everything goes off and returns.

    The sensor power is supplied from AC input 12 of AC at 100V and converted to DC for use. The control sensor 9 calculates the signals obtained from the optical sensors 5 and 6, and outputs a DC 12V current to the DC output A and DC output B.

1 is a schematic view of an orchard in which a flying pest control system facility according to the present invention is installed. 1 is a schematic front view of a control system power panel. It is a control flowchart of lighting on and off of the light source. It is a functional block diagram of a control sensor.

Explanation of symbols

1 Light source 2 Control box 3 Optical sensor 4 Orchard farm 5 Optical signal 6 Optical signal 7 AC output A
8 AC output B
9 Control sensor
10 DC output A
11 DC output B
12 AC input

Claims (2)

Insect pest control power supply control equipped with means to control lighting and extinction based on a plurality of control information including various sensors and switches installed to effectively control repelling of pests and behavior suppression Facility. Pests that fly from the evening (lightly bright) to the night (true darkness)
In order to avoid this, a pest control power supply control facility comprising means for controlling lighting and extinction based on a plurality of control information including a switch using a sensor.

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