JP2013123430A - Mole exterminating/capturing instrument - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an instrument for a method that can effectively exterminate and capture a mole by burying a mechanism ahead in a bypath to set up the mechanism, using the habit of the mole that digs the bypath, easily recognizing and avoiding a capturing implement installed in a passing way because the mole has extremely developed senses of smelling and hearing and has very strong cautiousness.SOLUTION: The instrument for exterminating and capturing the mole with gut needles fitted with fish hooks 7 is installed on the passing way 10 of the mole, and the gut needles and lumps thereof are buried while blocking the surroundings of the passing way 10 and the bypass 11 of the mole.

Description

The present invention inserts a T-shaped board with legs (hereinafter referred to as “instrument”) into the soil and secures the instrument, and snaps into several holes drilled in the lower part of the instrument. Attached with a tal-type sarkan, a lump of a tegus needle (hereinafter referred to as a “tegus needle”) with a fishing hook attached to a tegu passed through the sarkan is closed in the street where the mole digs into the ground It is related to a device to eliminate the damage caused by moles by burying them and hindering predatory survival activities in the path of the moles and the surrounding ground by tangling tegus and fishing hooks.

Conventional mole countermeasures such as Patent Document 1 and Patent Document 2 have many devices only for the passage of moles, and since the sense of smell and hearing are developed, the traps installed in the passage are easily recognized, The effect is limited because it is not easy to capture and no countermeasures are taken around the road. In addition, because it is difficult to identify the installation location of the equipment at a glance, it may be difficult to recover the captured mole and to remove the capture equipment, and it may be impossible to know where and how many were buried, which is inconvenient for agricultural work such as plowing the field. is there. However, since the application can be seen at a glance, the application of this application is easy in terms of agricultural safety and without the need for recovery processing after capture and removal of the installed equipment. Can also exert the effect of extermination.

In order to eliminate such damage from moles, a lot of mole traps have been devised and put into use.

Japanese Utility Model Publication No. 7-39462 Japanese Utility Model Publication No. 3-112276

In view of the fact that the present invention is not easy to capture moles using conventional catching devices as described above, the earthworm prey living environment of moles that can be easily farmed by very simple means. It is an object of the present invention to provide a method for making the survival of the mole difficult, taking the habit of the mole in the opposite direction, and capturing the extermination in the path of the mole and its surroundings.

In order to solve the above-mentioned problems, the present invention installs a extermination capture device on the path of the mole, closes the path with a lump of Teggs needles hung on the lower part of the instrument, makes the mole dig a side road, A lump of Teguz needles was hung from the device and embedded in the ground, and a method of manufacturing and using a device that captures and extinguishes the mole by entwining the Tegs needle.

Mole extermination capture device according to the present invention, if the mole has the experience of getting tangled in the Teguz needle, will block the activity in the path of the mole, move to other areas, do not prey on the food earthworms or starve to death Hang on a fishhook and die. In addition, by placing an instrument on the street that Mole has dug, the installation location of the extermination capture device can be seen at a glance, without disturbing the farming work, and the removal of the installation location is easy. The captured mole is not taken out and becomes a fertilizer for the soil. After that, the performance of the instrument can be maintained as it is, and there is no need for trouble. By reducing the damage caused by moles, farmers' willingness to produce is also increased, and as is clear from the above description, the present invention is effective.

It is explanatory drawing which showed an example of the state equipped with the mole extermination trap which concerns on this invention. It is explanatory drawing which showed an example of the mole extermination trap which concerns on this invention. It is explanatory drawing which showed an example from the side of the mole extermination trap which concerns on this invention.

Hereinafter, the present invention will be described in detail with reference to the drawings.

FIG. 1 is an explanatory view showing an example of a state in which a mole extermination trap according to the present invention is mounted. In the conventional extermination trap, the main purpose was to set up the mole passage 10, but in the present invention, the mole extermination trap shown in FIG. 2 is installed on the mole passage 10 and attached under the lid plate of the instrument. A tal-type sulcan 5 with a snap is attached to a hole 4 opened under the plate portion 2 and a fishing hook 7 is attached to the hole with a hook 6 is called a tees needle 8. Then, the mole passage 9 is closed with a lump 9 made by rolling the Teguz needle 8. By having the plate 1 as a lid, the installation location of the device can be known at a glance. Mole is easily set up by plugging Tegs needle lump 9 into the mole path, and embedding Tegs needle lump 9 on the side of mole path 10 where it is predicted that the mole will irregularly dig a side path. The form to catch.

In the present invention, FIG. 2 is placed on a mole path 10 and consists of a T-shaped instrument view 3 as seen from the side with wood, plastic and metal. The upper lid 1 of the instrument that serves as a cover for covering the soil is a marker for understanding the installation location of the device shown in FIG. 2 at a glance, and also serves as a safety marker for farm work. Then, the plate part 2 attached under the cover plate of the instrument and the foot parts 3 on both sides thereof are buried in the soil to fix the instrument, and the mechanism does not move. Several holes 4 opened in the plate part 2 under the cover plate of the instrument are holes for attaching the snap-type tall sarcans 5; . The snap-type tall sarkan 5 is easy to attach to and detach from the hole 4.

Mole is very cautious, so if you detect the Harris needle lump 9 in the path 10 of the mole, there is a cautious place that says that you will moat the side road 11 and bypass the trick, so take the habit and reverse the detour A lump of Tegs needle 9-1 is buried in the soil in front of 11 and set. Similarly, 9-2 in 11-1 is the same mechanism. The thickness and size of Harris 6 and fishhook 7 have the advantage that they can be freely changed according to the alertness of moles.

Mole extermination capture device Even if the date is set up as shown in Fig. 1, the plate part 1 of the lid of the device in Fig. 1 is on the ground, so it can be seen immediately and the farming work is easy. Easy to move.

Mole extermination capture device of the present invention Even if a mole is set in Fig. 1, it is not necessary to take out the mole, and if left untreated, it becomes soil fertilizer and does not affect the ability of the device.

  As shown in the first embodiment, the present invention is a form excellent in ability as a mole extermination capturing device.

  By reducing the damage caused by moles, increased yields in agriculture are expected to improve productivity and increase farmers' willingness to produce. A new application of tegus and fishing hooks used in the mole extermination capture device of the present invention has been developed and is good for the fishing gear manufacturing industry.

1 Plate part of the lid of the instrument 2 Plate part attached under the lid plate of the instrument
3 feet 4 holes 5 Tal type sarkan with snap 6 Tegs 7 Fishing hook 8 Harris needle 9 Harris needle lump
9-1 〃
9-2 〃
10 Mole Passage 11 Mole Sidewalk 11-1 〃

It is explanatory drawing which showed an example of the state equipped with the mole extermination trap which concerns on this invention. It is explanatory drawing which showed an example of the mole extermination trap which concerns on this invention. It is explanatory drawing which showed an example from the side of the mole extermination trap which concerns on this invention. It is explanatory drawing which shows another Example of this invention.

  FIG. 4 shows another embodiment of the present invention, and foot plates 2 and 2-1 are attached to both sides of a plate 1 serving as a lid under the lid 1 and several pieces are attached to the foot plates 2 and 2-1. The tals 6 with a snap is fixed, and the tegs 6 having a length of entangled moles are attached in a lump shape.

Claims (2)

There is a plate on the top of the T-shape with legs when viewed from the side, and a tal-type sarkan with a snap is fixed to several holes drilled in the lower part of the plate attached to the bottom of the lid plate. A mole extermination and capture device characterized in that tegus of a length entangled with the mole are attached in a lump and embedded in the path of the mole and the surrounding sideways. The mole extermination and capture device according to claim 1, wherein a fishhook is attached to a tip of the tegs entangled with the mole.