JP2008200019A

JP2008200019A - Trapping device for mole

Info

Publication number: JP2008200019A
Application number: JP2007071463A
Authority: JP
Inventors: Tahei Maekawa; 太平前川
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-02-20
Filing date: 2007-02-20
Publication date: 2008-09-04

Abstract

<P>PROBLEM TO BE SOLVED: To solve problems in which conventional trapping devices for moles are often avoided by moles, because these trapping devices are set in a state in which holes of moles are broken, and it is difficult to confirm whether moles are trapped or not in a state in which the devices are set up, because the devices are buried in soil. <P>SOLUTION: A spring 2 is attached to the upper part of a framework 1 and a movable hook 6 and a fixed hook 7 for hanging the stretched spring is attached to the middle part of the framework 1 and a cyclic trap 12 connecting to the spring is attached to the lower part of the framework 1 and a sensor 9 releasing the movable hook 6 when pushed is provided in front of the trap to prepare a trapping device for moles. The trapping device for moles is applied to exposed hole of the mole and the sensor is rotated until it abuts to a trap receiver 10 and a hole continuing to the hole for mole and passing through the trap and leading to the front of the sensor is artificially restored under the trap receiver 10. Then, the sensor is set in the hole by getting the sensor upright. As a result, avoidance behavior of the mole is limited to enhance trapping accuracy. Further, since the spring is located on the ground, whether the mole is trapped or not can visually be recognized in a state in which the trapping device is set. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

本発明は、モグラ捕獲の確度を高めたモグラ捕りに関する。 The present invention relates to a mole trap with improved mole capture accuracy.

従来のモグラ捕りは、挟む型、閉じ込める型など、何れもモグラの穴を破壊したまま土中に埋没させて仕掛けるものである。 Conventional mole traps, such as sandwiching molds and confining molds, are carried out by burying them in the soil while destroying the mole holes.

以上に述べた従来のモグラ捕りでは、モグラに回避されてしまうことが多い。また、捕獲の有無について視認性に欠ける。 The conventional mole trap described above is often avoided by moles. Moreover, visibility is lacking about the presence or absence of capture.

本発明は、モグラの回避行動を極限することによって、捕獲の確度を高めるとともに、仕掛けたままで捕獲の有無を視認できるようにすることを目的とするものである。 An object of the present invention is to increase the accuracy of capture by limiting the mole avoidance behavior and to make it possible to visually recognize the presence or absence of capture while it is set.

本発明は、上記目的を達成するために、枠組の上部にスプリングを、中部に展張したスプリングを掛けるフックを、下部にスプリングと連結できる環状の罠を取り付け、罠の前方に、押されるとフックを解放させるセンサーを備えたモグラ捕りを提供するものであり、仕掛けに際しては、罠を通るモグラの穴を復元し、その穴の中にセンサーを設定できること及びスプリングを、動きが視認できるよう、地上に配置することによって上記課題を解決したものである。 In order to achieve the above object, the present invention attaches a spring on the upper part of the frame, a hook for hanging the spring extended in the middle, and an annular hook that can be connected to the spring on the lower part. A mole trap with a sensor that releases the wing is provided, and when setting up, the hole of the mole passing through the ridge is restored, the sensor can be set in the hole, and the spring can be seen on the ground so that the movement can be visually confirmed. The above-mentioned problems are solved by disposing in the above.

以上のように、請求項１の発明によれば、モグラ捕りを仕掛けたときには、モグラの穴は復元されていて、センサーのみ穴の内部に突起しているが、センサーは押せば前方に退くため、モグラがモグラ捕りを回避する行動を極限し捕獲の確度を高める。さらに、地上にあるスプリングの伸縮の状態から、モグラ捕獲の有無を視認できる。 As described above, according to the first aspect of the invention, when the mole trap is set, the mole hole is restored and only the sensor protrudes into the hole, but if the sensor is pushed, the sensor moves forward. , Limit the behavior of moles to avoid catching moles and increase the accuracy of capture. Furthermore, the presence or absence of moles can be visually recognized from the state of expansion and contraction of the spring on the ground.

また、モグラ本来の穴の中にセンサーなど設定することが困難であるところ、請求項２記載の発明によれば、センサーを後方一杯に回転させて、その下に、一旦破壊した穴を復元し、復元した穴の中央までセンサーを戻すことにより可能となる。中央から前方へのセンサーの動きは、モグラの前進として、軸回りに出力できる。 In addition, it is difficult to set a sensor or the like in the original hole of the mole. According to the invention of claim 2, the sensor is rotated fully backward, and the hole once broken is restored under the sensor. This is possible by returning the sensor to the center of the restored hole. The movement of the sensor from the center to the front can be output around the axis as the advance of the mole.

本発明のモグラ捕りは、図１に示されるように、枠組１の上部にスプリング２を取り付け、スプリングの下端にはスプリング掛け３を取り付けてある。枠組の中部には、上下にマウントを有するベース４を固定し、上部マウント５には可動フック６を、下部マウント８にはセンサー９をそれぞれの軸によって取り付けてある。可動フックの高さに合わせて固定フック７が固定してある。枠組の下部には、内側に溝を切った環状のガイド１１を有する罠受け１０が固定してあり、罠受けには、連結用のチェーン１３を有する環状の罠１２が装着されている。仕掛ける過程でセンサーの作動範囲を制限するため、リミッター１４がベースに取り付けられている。 As shown in FIG. 1, the mole trap of the present invention has a spring 2 attached to the upper part of the frame 1 and a spring hook 3 attached to the lower end of the spring. A base 4 having upper and lower mounts is fixed to the middle of the frame, a movable hook 6 is attached to the upper mount 5, and a sensor 9 is attached to the lower mount 8 by respective axes. A fixed hook 7 is fixed in accordance with the height of the movable hook. A hook receiver 10 having an annular guide 11 with a groove formed inside is fixed to the lower part of the frame, and an annular hook 12 having a connecting chain 13 is attached to the hook receiver. A limiter 14 is attached to the base in order to limit the operating range of the sensor during the setting process.

仕掛け方は、モグラ捕りのスプリング掛け３を引いて可動フック６と固定フック７の間に掛ける。罠１２のチェーン１３をスプリング掛けと連結し、罠をガイド１１の溝に納める。モグラ捕りの他に、長さが約１５センチメートルで太さが約４センチメートルの丸い棒又は筒を補助具として準備する。モグラの穴を露出し、仕掛ける側の穴にガイドを合わせて密着させる。リミッター１４を開き、センサー９を罠受けに当るまで回す。ガイドの下辺を土で覆い見えなくし、その上からモグラの穴に丸い棒の一端を差し込む。棒の周囲を、ベース４の下辺りまで土をかけて押し固める。センサー前方５センチメートル程度まで押し固めたら、棒を抜き取り、開口部は上をかけて塞ぐ。センサーを垂直位置まで戻し、センサーの上部を可動フックの下部と軽く接触させ、リミッターを閉じて仕掛けは完了する。本モグラ捕りを、切開したモグラの穴の両側にそれぞれ仕掛けると、捕獲を更に早めることがある。 The hook is pulled between the movable hook 6 and the fixed hook 7 by pulling the mole hook 3. The chain 13 of the scissors 12 is connected to the spring hook, and the scissors are placed in the grooves of the guide 11. In addition to the mole trap, a round bar or tube about 15 centimeters long and about 4 centimeters thick is prepared as an auxiliary tool. Expose the mole hole and align the guide with the hole on the side where it will be installed. Open the limiter 14 and turn the sensor 9 until it hits the hook. Cover the bottom of the guide with dirt and insert one end of a round bar into the mole hole from above. Press the soil around the bar to the bottom of the base 4 and harden it. After pressing the sensor to about 5 centimeters in front of the sensor, pull out the stick and close the opening up. The sensor is returned to the vertical position, the upper part of the sensor is brought into light contact with the lower part of the movable hook, the limiter is closed, and the device is completed. If this mole trap is placed on both sides of the incised mole hole, the capture may be further accelerated.

本発明の動作について、モグラがガイド１１に納まった罠１２の前方に頭と前足を出した所で、センサー９が邪魔になり押すと、センサー下部は前方に動き、上部は可動フック６の下部を押す。同時に可動フックはスプリング掛け３を解放し、スプリング２が罠を引き上げ罠受け１０との間にモグラを締めて捕獲に至る。また、地上部にあるスプリングの伸縮の状態によって、仕掛けたままで捕獲の有無を視認できる。 With regard to the operation of the present invention, when the mole 9 puts the head and forefoot in front of the heel 12 accommodated in the guide 11, when the sensor 9 gets in the way and pushes, the lower part of the sensor moves forward and the upper part is the lower part of the movable hook 6. Press. At the same time, the movable hook releases the spring hook 3 and the spring 2 pulls up the hook and tightens the mole between the hook receiver 10 and catches it. In addition, the presence or absence of capture can be visually recognized while being mounted, depending on the state of expansion and contraction of the spring on the ground.

本発明の実施形態を示すモグラ捕りの立面図Elevated view of mole trap showing an embodiment of the present invention 本発明の実施形態を示すモグラ捕りの縦断面図Mole trap vertical cross-sectional view showing an embodiment of the present invention

符号の説明Explanation of symbols

１枠組
２スプリング
６可動フック
７固定フック
９センサー
１０罠受け
１２罠1 Frame 2 Spring 6 Movable hook 7 Fixed hook 9 Sensor 10 罠 Receiving 12 １２

Claims

枠組の上部にスプリングを、中部に展張したスプリングを掛けるフックを、下部にスプリングに連結できる環状の罠を取り付け、罠の前方に、押されるとフックを解放させるセンサーを備えたモグラ捕り。 A mole trap equipped with a sensor that releases a hook when it is pushed, with a hook attached to the spring at the top of the frame and a hook that can be connected to the spring at the bottom.

モグラの穴の外縁部に、穴と直交する軸を設定し、この軸にアームを取り付け、アームの一端が穴の中心となる部位はモグラの進行の妨げとなる形状とし、この部位を押す動きをモグラの動きとして他端から出力する請求項１記載のセンサー。 An axis perpendicular to the hole is set on the outer edge of the mole hole, and an arm is attached to this axis. The part where one end of the arm is the center of the hole is shaped to hinder the progress of the mole, and this part is pushed. The sensor according to claim 1, wherein the sensor outputs from the other end as a mole motion.