JP2003000124A - Device for trapping or eliminating centipede - Google Patents

Abstract

PROBLEM TO BE SOLVED: To trap a centipede by attracting it efficiently to a sticky member and adhering to the sticky member and/or kill a centipede by promoting appetite of the centipede for a poison bait and making the centipede eat the poison bait positively. SOLUTION: The centipede eliminating device comprises a centipede attracting member having a surface to be heated at a temperature higher than the environmental temperature, and at least one out of a poison bait for killing the centipede and a sticky member for trapping it, which are placed near the centipede attracting member.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device for capturing or exterminating centipede, which is an unpleasant pest.

[0002]

2. Description of the Related Art Insecticides for centipedes have been known so far. However, there is no technology to capture centipedes.

[0003]

According to the present invention, the centipede is attracted to the adhesive member to efficiently attach the centipede to the adhesive member to capture the centipede, and / or to enhance the appetite of the centipede to poison bait. Provide a device for actively feeding the centipede and killing the centipede.

[0004]

The centipede extermination device of the present invention comprises a centipede attracting member having a surface heated to a temperature higher than the ambient temperature, and a centipede attracting member arranged close to the centipede attracting member. A poison bait for killing the and a centipede at least one for catching the centipede. Since the centipede attracting member attracts the centipede and the centipede approaches the centipede attracting member in order to contact the centipede attracting member, it is possible to efficiently attach the centipede to the adhesive member arranged in the vicinity of the centipede attracting member, Furthermore, it becomes possible for the centipede to efficiently eat the poison bait arranged near the centipede attracting member.

At least one of the bait and the adhesive member comes into contact with the centipede attracting member, and the contact heat transfer from the centipede attracting member causes the surface of one of the baits and the adhesive member to reach a temperature higher than the ambient environmental temperature. If heated, centipedes are actively contacted with the heated adhesive member and captured by the adhesive member, or are actively killed by actively increasing their appetite for the heated bait.

At least one of the poison bait and the adhesive member faces the centipede attracting member through a space, and radiant heat transfer from the centipede attracting member causes the surface of one of the poison bait and the adhesive member to be lower than the ambient temperature. If heated to a high temperature, centipedes are actively contacted with the heated sticky member to be captured by the sticky member, or the centipede actively enhances appetite for the heated poison bait and is killed.

The centipede control device includes a centipede attracting surface on which the centipede attracting member is placed, and an adhesive surface of an adhesive member surrounding the centipede attracting surface (the adhesive surface may or may not be heated). The centipede which is attracted by the centipede attracting member on the centipede attracting surface and approaches the centipede attracting member so as to come into contact with the centipede attracting member is surely captured on the adhesive surface of the adhesive member.

[0008]

BEST MODE FOR CARRYING OUT THE INVENTION A centipede exterminating device shown in FIG. 1 for enhancing the appetite for centipede's poisonous bait and aggressively feeding the centipede to kill the centipede is a temperature higher than ambient temperature (for example, , A surrounding environment temperature +5 to 10 ° C) and a centipede attracting member 1a having a surface and a hole for accommodating the centipede attracting member 1a, and a temperature higher than the ambient environment temperature but slightly lower than the surface of the centipede attracting member 1a. It has a poison bait 2 which is heated to 1), an electric wire 1b for supplying electric power to an electric resistor provided in the centipede attracting member 1a for heating the surface of the centipede attracting member 1a, and a power source 1c.

The centipede exterminating device shown in FIG. 2 for increasing the appetite for centipede's poisonous bait and actively feeding the centipede with the centipede to kill the centipede, has a temperature higher than the ambient environment temperature (for example, the ambient environment temperature). Centipede attracting member 11a having a surface heated to +5 to 10 ° C), and poison bait 2 which is held in contact with the centipede attracting member 11a and heated to a temperature higher than the ambient environment temperature but slightly lower than the surface of the centipede attracting member 11a. It has an electric wire 11b and a power source 11c for supplying electric power to an electric resistor provided in the centipede attracting member 1a for heating the surface of the centipede attracting member 11a.

As shown in FIG. 3, the centipede's appetite for poison bait is increased to actively feed the centipede to kill the centipede, and the centipede is efficiently attracted to the adhesive member to attach the centipede to the adhesive member. The centipede disinfestation device for capturing the scent includes an electric resistor (not shown) and has a temperature higher than the ambient temperature (for example, ambient temperature +5 to 10).
Centipede attracting member 21 having a surface heated to (° C.),
The centipede attracting member 2 is arranged so as to face the centipede attracting member 21 through a space and surround the centipede attracting member 21.
A plurality of granular poison baits 2 which are heated to a temperature higher than the ambient environment temperature but lower than the surface of the centipede attracting member 21 by the radiative heat transfer from No. 1, and centipede attracting members 21 and poison baits 2 arranged thereon. The surface 3b (the area of the centipede attracting surface 3b other than the area in contact with the centipede attracting member 21 may or may not have adhesiveness) and the adhesive for surrounding the centipede attracting surface 3b and capturing the centipede. And a plate 3 having an adhesive surface 3a having a property.
Since the adhesive surface 3a surrounds the centipede attracting surface 3b, the centipede cannot reach the heated surface of the centipede attracting member 21 without passing through the adhesive surface 3a.

[0011] Poison bait 2 contains animal proteins, plant proteins, lipids, insects and the like as a bait agent that activates centipede's appetite. As an insecticide that kills centipedes, organophosphorus compounds, carbamate compounds, It contains a pyrethroid compound, a boron compound, and the like, and is a mixture thereof. It may further contain a preservative, an antioxidant, an ultraviolet absorber, and the like.

The outer size of the centipede attracting member or the outer size of the poison bait heated by the centipede attracting member is
It is preferable that the size of the centipede itself is not significantly different. For example, a length of about 11 mm and a thickness of about 3 mm are suitable for effectively attracting the centipede.

Unpleasant pests other than centipedes, for example, termites, stink bugs, gecko geese, pill bugs, wallworms, millipedes, beetles, etc. are efficiently attracted to the adhesive member and captured by adhering them to the adhesive member, and / or
The present invention is also effective in enhancing the appetite for these poisoned baits and actively feeding them the poisoned baits.

[Brief description of drawings]

FIG. 1 is a schematic perspective view showing a first embodiment of a centipede extermination device of the present invention.

FIG. 2 is a schematic perspective view showing a second embodiment of the centipede control device of the present invention.

FIG. 3 is a schematic perspective view showing a third embodiment of the centipede control device of the present invention.

[Explanation of symbols]

1a Centipede attracting member 2 poison bait 3a Adhesive surface 11a Centipede attracting member 21 Centipede attracting member

Claims (4)

[Claims] 1. A centipede attracting member having a surface that is heated to a temperature higher than ambient temperature, and an adhesive member having an adhesive surface for catching centipede that is arranged close to the centipede attracting member and killing centipede. A device for trapping or exterminating centipedes with at least one for poison bait. 2. The poison bait and at least one of the adhesive members contact each other on the centipede attracting member, and the contact heat transfer from the centipede attracting member causes the surface of one of the baits and the adhesive member to be higher than the ambient temperature even if at least one of them is present. The device for trapping or combating centipedes according to claim 1, which is heated to a temperature. 3. At least one of the bait and the adhesive member faces the centipede attracting member through a space, and the surface of the at least one of the bait and the adhesive member is ambient due to radiative heat transfer from the centipede attracting member. The device for trapping or exterminating centipedes according to claim 1, which is heated to a temperature higher than the temperature. 4. The centipede trapping or exterminating device according to claim 1, wherein the centipede extermination device includes a centipede attraction surface on which the centipede attraction member is mounted, and an adhesive surface surrounding the centipede attraction surface. .