JP3118066U - Insect trap - Google Patents

Abstract

An insect attracted by an attracting light is captured economically and efficiently.
Insects collected with an attracting light or a yellow light are captured with bubbles. In places where there is no power source, in order to effectively capture insects by utilizing solar power generation batteries and to effectively fire bubbles and turn on light, equipped with bubble sensors and illuminance sensors, Insect capture.
[Selection] Figure 1

Description

The present invention is a container for catching insects.

    Conventionally, insect traps are already on the market where insects enter a container in which a surfactant is mixed with water and trap it.

Containers that supplement the insects gathered in the attracting light with an adhesive have already been sold.

  If a conventional insect trap catches many insects, the catch quantity gradually decreases and must be replaced with a new one.

An insect trap having a bubble generating function and an upper opening and a light on the upper.

In order to solve this technical problem, the consideration of claim 1 can be continued without reducing the insect trapping effect, and the maintenance cost of the trapping device is lower than that of the conventional product.

During trapping, bubbles are foamed, so there is no contamination by trapped insects and trapping continues effectively.

With the combination of foaming and lighting of light ・ How to put out bubbles, time to put out bubbles, whether to put out continuous bubbles,
-The type of light, usually a pale blue attracting light is used, but insects such as the goldfish use a yellow light, and sometimes a pale white attracting light and a yellow light are used together.
-The relationship between foam foaming and lighting may be constantly lighting and foaming, only lighting without foaming, or foaming and not lighting, depending on the insects that are intended for trapping.

The power supply may be AC 100V, and it is possible to use solar electricity by charging the battery as shown in FIG.

Next, the actual form which actualized this invention is demonstrated based on drawing. FIG. 1 is an overall view of the insect trapping device. FIG. 2 is a bubble container part, FIG. 3 is a charger box part, and FIG.

Fig. 1 is an overall view of the insect trap, solar cell power generation 4 induction lamp 3 bubble container 1 charger trap 2

Figure 2 shows the foam container 1. Foam surface portion 11 Air conveying tube 12 Air pump 13 Consists of air discharge port 14.

    FIG. 3 is a delicate view of the charger box 2, in which a charging control 21, a charging battery 22, a foam foaming control 23 and an attracting light 24 are installed.

    Functional block of the controller FIG. 4 is an operation diagram in which the flashing of the attracting light is turned on by the light and dark of the light, or the light is turned on over time, and the presence or absence of bubbles is detected and controlled by the bubble sensor.

Insect trap according to the present invention Foam container. Charger box. FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Bubble container 2 Charging box 3 Guide light 4 Solar cell power generation
11 Foam surface spot
12 Pneumatic transfer tube
13 Air pump
14 Air outlet
21 Charge control
22 Charging battery
23 Foam control
24 Trigger Light Control

Claims (1)

A trap with an opening at the top and a light generator on the top.

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