JP2009112247A - Pest trap - Google Patents

Abstract

PROBLEM TO BE SOLVED: Since a small animal capturing device in the prior art is fully opened and waits for waiting for a mouse to come, the adhesive surface of a pair of sandwich plates coated with an adhesive material is on the surface. There was a problem that it was difficult to capture the strong rats.
SOLUTION: A frame 3 is suspended above or supported by a support column above a path for harmful animals, and can be electrically or physically moored so that a capture net 1 can always be moored on the frame 3. There are three or more mooring devices 5, and the trapping net 1 is moored at the mooring position of the mooring device 5 with the trapping net mooring tool 2 serving as a weight, and the trapping net 1 is on standby. The mooring device 5 is moored electrically or physically based on a detection signal from the sensor 4 when the sensor 4 detects a harmful animal that has entered the sensing range. A harmful animal capture device that releases the trap and drops the capture net 1 moored by the mooring device 5 to capture the harmful animals.
[Selection] Figure 1

Description

  In the present invention, the device of the present invention is installed on a path of harmful animals such as mice and in the vicinity of the place where the capture conditions are well prepared, and the passage of harmful animals is detected by a sensor or the like, and a dedicated tangle net is dropped. The present invention relates to a pest-capture device that can be captured and captured and easily disposed of.

Conventionally, a pair of sandwiching plates coated with adhesive material on the inner surface are covered so as to cover each other when closed, and are connected so as to expand in a mountain shape when fully opened, and a lever plate is placed near one of the connecting parts of both sandwiching plates. Assembling so as to be rotatable between a position standing from the holding plate and a position lying on one holding plate, and an elastic member is stretched between the other holding plate and the lever so as to expand into a mountain shape. When a mouse gets on one of the clamping plates, the lever plate in the lying position stands up with the elastic force of the elastic member, and with this, both the clamping plates cover each other so that the mouse is clamped. There is a container (for example, see Patent Document 1).
A bottom plate portion having a leg portion on the lower surface; a standing wall portion erected substantially perpendicular to the bottom plate portion on the bottom plate portion; and a pressing portion rotatably disposed on the bottom plate portion or the standing wall portion; , A pressing auxiliary portion disposed between the pressing portion and the standing wall portion or the bottom plate portion, an opening formed in a predetermined portion of the bottom plate portion, and a vertical movement of the opening portion with a seesaw shaft as a fulcrum. And a pressure receiving portion disposed substantially flush with the bottom plate portion, an engagement portion extending to an end portion of the pressure receiving portion on the standing wall portion side, the pressing portion on the end portion side of the pressure receiving portion, and And / or an insertion portion that is formed on the standing wall portion and into which at least the engaging portion is inserted and protruded, and that is rotatably disposed on the standing wall portion side of the pressing portion and is detachably engaged with the engaging portion. There is a small animal trap (see, for example, Patent Document 2) provided with a pressing tool having a hook to be joined.
[Patent Document 1] Japanese Patent Laid-Open No. 2002-300841 (paragraphs {0006} to {0013} of {Embodiments of the Invention} in the column of “Claims” and “Detailed Description of the Invention” and FIGS. 1, 2 and 3 reference) Japanese Unexamined Patent Publication No. 2000-333585 (paragraphs {0042} to {0045}, {0049} to {0053} of {Embodiments of the Invention} in the claims section and the detailed description section and FIG. (See FIGS. 2, 6, and 7)

However, in the above-described prior art, the adhesive type mouse remover shown in the former Patent Document 1 is “a pair of sandwiching plates coated with an adhesive material on the inner surface are covered with each other when closed, and in a mountain shape when fully opened. It is connected so as to expand, and a lever plate is assembled in the vicinity of the connecting portion of both clamping plates so as to be rotatable between a position where the lever plate rises from one clamping plate and a position where it falls on one clamping plate, and a resilient member Is stretched between the other clamping plate and the lever, and when a mouse rides on one of the two clamping plates expanded in a mountain shape, the lever plate in the lying position stands up by the elastic force of the elastic member. Because of the configuration of `` adhesive type mouse remover that covers both of the clamping plates so that the mouse is clamped '', it is fully open and waits for the mouse to come. The adhesive surface of a pair of sandwich plates coated with material Because on the surface, there is a problem that strong rats of vigilance can not quite capture.
Further, in the latter small animal trap shown in Patent Document 2, when the mouse enters the back of the moving member and steps on the elastic thin film body, the pressure receiving portion tilts around the seesaw shaft, and the engaging portion rises upward. The hook-shaped engagement part is released from the latching hole part of the member, the holding of the pressing part is released, and it is erected at an arbitrary place such as one side of the bottom plate part of the standing wall part or the upper surface of the bottom plate part. In addition, the torsion coil spring disposed between the pressing portion and the standing wall portion or the bottom plate portion presses the pressing portion to the bottom plate portion side to capture the small animal in the capture box, and the structure becomes complicated and expensive. Since it is disposed of together with the capture box, it requires a strong pressing force to crush the capture box, and it is not different from the conventional method of pinching a mouse with a spring force. Furthermore, there is a problem that it takes a troublesome work to attach and remove the capture box.
In addition, animals with a high level of intelligence have had a problem that they are very alert and cannot be easily captured by sticky, trapped, or slaughtered traps. In addition, the haze net that captures birds and the crocodile scissors, which have high killing ability, have problems in animal welfare. Also, in the wild world, small mammals such as mice were considered to be cautious about attacks from the air from raptors that are natural enemies, but in the experiments using black rats, there is not much warning about such sky It was confirmed that it was not strong. Furthermore, even small animals, such as mice, belonging to the eyes of the moon, have a strong force to bite with their teeth, so they tend to think that capturing with a net is impossible and capturing is difficult.
In addition, the pressure-sensitive adhesive sheet as a capturing device in the case of a rat is sufficiently in the visual field of the mouse. A clever mouse is a sheet that obstructs food intake when it has an adhesive sheet (adhesive plate) in the way of the path, and acts to hold it in the mouth or to walk on the edge of a sheet without an adhesive part. Move to action that recognizes the existence of For example, when the edges are stacked as much as possible so that the adhesive sheet cannot be moved easily, it may not come out to such a store. At this time, the adhesive sheet is collected when there is no capture and is installed at the next opportunity, and therefore appears in the store during the period when the adhesive sheet is not laid.
In addition, box-type and wire-mesh type capture box type catchers know the position of the lid that serves as a trap and do not get close to that part of the trap, so they can ride on the box or wire mesh. In particular, the more places a mouse always appears in the store and crawls on the food, the more likely it is to climb up on the trap and crawl on the trap. Has been confirmed to remain often the next day.) Therefore, if there is something strange in the mouse's field of view, it is considered that there is no obstacle in the direction of movement of the mouse and that it is possible to take normal actions.
The present invention solves these problems.

A first invention of the present invention for solving the above-mentioned problems is a harmful animal capturing apparatus as described in claim 1, and is as follows.
At least three mooring devices that can be moored electrically or physically so that the trapping net can be moored at all times so that the frame can be hung or supported by a support column above the path of harmful animals. In the sensing range, there is provided a sensor having a sensing range that is a capture range where the capture net is moored with a trapping net mooring device that also serves as a weight and is held at the mooring position of the mooring device, and the capture conditions for harmful animals are met. When the sensor detects a harmful animal that has invaded, the mooring device that is electrically or physically moored is released based on the detection signal from the sensor, and the capture net moored by the mooring device is dropped. It is configured to capture harmful animals.

A second invention of the present invention for solving the above-mentioned problems is a harmful animal capturing apparatus as described in claim 2, and is as follows.
In addition to the invention described in claim 1, the mooring of the mooring device provided at three or more appropriate positions on the frame body can be electrically or physically connected / released, and when a harmful animal is detected by a sensor, The electric or physical mooring is released by the detection signal, and the mooring of the trapping net mooring tool that also serves as the weight provided around the outer circumference of the catching net is released, so the capture net held by the frame is the shape of the frame This is a configuration in which the animal is dropped while maintaining the condition, and the harmful net is captured by the trapping net mooring device provided with the trapping net and the outer periphery of the capturing net.

Since the harmful animal capture device according to the present invention is configured as described above, the following effects can be obtained.
(1) When a harmful animal such as a mouse tries to eat food placed within the sensor sensing range, or when a harmful animal passes within the sensor sensing range, the sensor detects it, and the detection signal from the sensor electrically Or by releasing the mooring of the mooring device provided on the catching net moored to the mooring device by releasing the mooring of the mooring device provided on the physically connected frame, It can be instantly dropped and entangled with harmful animals through a capture net, and can be captured in a live state without being captured in a cruel state.

  At least three mooring devices that can be moored electrically or physically so that the trapping net can be moored at all times so that the frame can be hung or supported by a support column above the path of harmful animals. In the sensing range, there is provided a sensor having a sensing range that is a capture range where the capture net is moored with a trapping net mooring device that also serves as a weight and is held at the mooring position of the mooring device, and the capture conditions for harmful animals are met. When the sensor detects a harmful animal that has invaded, the mooring device that is electrically or physically moored is released based on the detection signal from the sensor, and the capture net moored by the mooring device is dropped. It is a harmful animal capture device that captures harmful animals.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.
FIG. 1 is a perspective view showing an embodiment of the harmful animal capture apparatus of the present invention, and FIG. 2 is a plan view showing a capture net provided with a capture net anchoring device according to an embodiment of the present invention.
The pest control device of the present invention is installed in a place where the capture conditions are in place in the vicinity of the path of the pest, and the physical condition such as the sensor or the change in the amount of food that the pest has passed or eaten the food When the detection device detects the mooring device, the mooring device is released from the mooring device by the detection signal. It is a device that instantly drops and entangles harmful animals.
And the trapping net is dropped almost parallel to the capture surface by the weight of the outer periphery of the trapping net and the trapping net mooring device so that the harmful animal can be dropped easily while keeping the expanded state as wide as possible, and the net covers the harmful animal And the shape maintenance frame around the capture net helps the movement of the net flexibly entangled by the power of the harmful animals, and the weight of the capture net mooring device wraps the capture net under the foot of the harmful animals and restrains the limbs of the harmful animals with the net It is a pest capture net devised as such.
In recent years, harmful animals inhabiting residential and urban areas have expanded their living spheres to areas where there are few natural enemies and competing animals. Therefore, we have invented a drop-type entanglement and capture network that can steadily capture highly alert animals using such ecology.
In addition, regarding the behavior of animals to bite, it was also proved in experiments that when a harmful animal was actually captured, it was possible to capture it without unexpectedly biting the capture net. In particular, even in the case of lunar eyes, the capture tooth is the only intermeshing tooth in the capture experiment, so the thread of the capture net passes through the incisor part and bites into the unmated part of the molar tooth, and toenails etc. It was found that the more caught it was, the more violent it would be, the more the net would get entangled with the rat, and the more reliable capture was possible.

Here, the characteristics of the harmful animal trap of the present invention will be described.
(1) Falling of the net by sensor detection, (2) Maintaining the shape of the net for capturing, (3) Capturing net mooring tool that promotes entanglement of the capturing net, (1) (2) (3) The feature also solves the condition that is not suitable for catching harmful animals by the net, and the catch by the net is used for scooping rather than the size of the stitch that can restrain the limbs of the animal if it is something like a net However, the stitches of the catch net are so large that the limbs of the animal pass through, and it is possible to prevent the movement of the animal that is rampant also in that it is not too big to pass the head. In addition, the use of the net to be entangled is similar to the hazy net, but it is also characterized by the ability to moor the capture device outside the animal's field of view.

Here, a specific embodiment will be described with reference to FIGS.
For example, as shown in the figure, the trapping net 1 is attached to a trapping net mooring device 2 that also serves as a weight and is formed of a material that can be adsorbed by a magnetic force, as shown in the figure. It may be bent and clamped with a plate or the like so as to grasp the outer periphery in a state where the outer periphery is expanded, or a square member such as a rectangular parallelepiped, and the capture net moored in the mooring device 5 provided on the frame 3 with the capture net 1 stretched It is supported by the magnetic force applied via the tool 2. And about this capture net | network 1, the thing of various magnitude | sizes is used for the magnitude | size of the whole net | network, a material, rigidity, the thickness of a thread | yarn, and the mesh | network size according to the animal to capture.
In the smallest case, a small rat or the like that uses a thread that is stronger and thicker than a hazy net and uses a net with a minimum diameter of 20 cm or more, or a square area with a size of 20 cm or more. And deer can be targeted. Around the four corners, etc. of the capture net 1, weights matched to the target animal are evenly attached and when the capture net 1 is dropped, the limbs enter the stitches, and when they are rampant, they are entangled in the net.
For small animals, a frame thread is required at the edge of the net so that it falls in an open state due to the thickness of the thread and the elasticity of the net. The frame thread is made of a material (coating wire, etc.) that is highly elastic and can fall with the net open to some extent, so that the target animal can be completely wrapped when dropped.

Next, a description will be given of a dropping mechanism that controls the dropping of the trapping net 1 and the trapping net anchoring tool 2 that also serves as a weight.
The capture net 1 is dropped by releasing the mooring of the sensor 4 and the mooring device 5 for detecting the approaching harmful animal. The trapping net mooring device 2 also used as a weight is formed of a material that can be adsorbed by a magnetic force, and a plate material, a square member, etc. can be selected as long as it also serves as a weight for dropping the trapping net 1 instantaneously. Is. In the sensor 4, an electric sensor is used according to the size and intelligence level of the target harmful animal, or a physical sensing function is combined, and the capture net 1 is dropped and captured in conjunction with the mooring device 5. Is.

  In addition, the installation conditions of the pest capturing apparatus of the present invention are basically that the trapping net 1 is installed on the path of the target pests, but the trapping net 1 is spread out and there is no space for undulation. The place where the target harmful animal escapes from the part where the object is intensely depressed is installed near the passage, and is attracted and captured by food and other things that increase the curiosity of the target harmful animal. .

As a specific device, a trapping net 1 is provided by suspending a frame 3 above a path of a harmful animal or by supporting it with a support column so that the mooring device 5 can always moor it on the frame 3. Three or more trapping net mooring fixtures 2 serving as weights are provided in the outer periphery of the sensor, a sensor 4 is provided as a sensing range where the capture conditions for capturing harmful animals are fixed, and the harmful animals that have entered the sensing range are detected by the sensor 4. Is detected, the mooring device 5 and the capture net mooring device 2 electrically connected to each other are released based on the detection signal from the sensor 4 and the capture net 1 is dropped to capture the harmful animal. apparatus.
Further, the sensor 4 detects the harmful animal by enabling the electromagnetic force to be turned on and off to release the mooring of the trapping net mooring device 2 also serving as a weight that has been moored to the mooring device 5 of the frame 3 by the electromagnetic adsorption force. Then, the electromagnetic force is turned off by the detection signal, and the trapping net anchoring tool 2 serving as a weight provided around the outer periphery of the trapping net 1 is adsorbed to the mooring device 5 by the magnetic force to turn off the magnetic force. Therefore, the trapping net 1 is instantaneously dropped from the anchoring device 5 of the frame 3 together with the trapping net anchoring tool 2, and harmful animals are captured by the trapping net 1 and the trapping net anchoring tool 2 provided around the trapping net. . In this case, the harmful animal capturing apparatus is configured such that if the harmful animal becomes violent, it can be entangled by the capture net 1 and the capture net mooring tool 2. It has a function to stand still in the state where the capture net 1 is unfolded, and the sensor 4 (or physical trap) and the drop function are electrically linked so that the approach of the harmful animal falls within the capture range of the capture net 1. There is a function that can. The function of dropping the trapping net 1 can be linked with the function of using an electrical sensor 4 for a small animal, or a function of physically dropping it for a large animal.

Moreover, the capture net | network 1 is fixed to an appropriate | suitable strong site | part by connecting one end part with a string etc. so that it may not be moved with a rat.
In addition, a large number of capture nets 1 are set in piles, the movement of the solenoid provided in the mooring device is dropped by one capture net 1, and the capture net 1 that has captured the mouse is moved to another location. It is also possible to design so as to be able to repeatedly perform the work of disposal from

  Capable of capturing harmful animals such as rats, and selecting the size of the capture net and the thickness of the net thread according to the size of the target harmful animal itself, the weight of the weight and the capture net It can be widely applied to capture various harmful animals by increasing the number of mooring devices attached.

It is a perspective view which shows one Example of the harmful animal capture device of this invention. It is a top view which shows one Example of the capture net | network provided with the capture net | network mooring tool used as the weight of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Capture net 2 ... Capture weight mooring tool combined with weight 3 ... Frame body 4 ... Sensor 5 ... Mooring device

Claims (2)

At least three mooring devices that can be moored electrically or physically so that the trapping net can be moored at all times so that the frame can be hung or supported by a support column above the path of harmful animals. In the sensing range, there is provided a sensor having a sensing range that is a capture range where the capture net is moored with a trapping net mooring device that also serves as a weight and is held at the mooring position of the mooring device, and the capture conditions for harmful animals are met. When the sensor detects a harmful animal that has invaded, the mooring device that is electrically or physically moored is released based on the detection signal from the sensor, and the capture net moored by the mooring device is dropped. Pest animal capture device characterized by letting you capture harmful animals. The mooring device provided at three or more appropriate positions on the frame can be connected or disconnected electrically or physically. When a harmful animal is detected by a sensor, the detection signal is used for electrical or physical mooring. Because the mooring of the trapping net mooring device that is also used as the weight provided on the outer periphery of the trapping net is released, the trapping net held by the frame falls while maintaining the shape of the frame, and the trapping net and trap The trapping net mooring device also used as a weight provided around the outside of the net is used to capture harmful animals, and if the harmful animals are rampant, they can be entangled by the trapping net. Pest capture device.

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