JP2014180219A - Rat trap - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a rat trap utilizing a rat's five senses and physical ability including a visual sense, an olfactory sense, a touch sense, a hearing sense, a gustatory sense, quickness and jumping power.SOLUTION: A rat trap 10 comprises: a tunnel cylindrical body 20; a pressure-sensitive adhesive sheet 30; and a sound generator 40. An easily detachable adhesion layer 32 of the pressure-sensitive adhesive sheet 30 is stuck to an adhesion projection rib 24 formed on an inner wall part of the tunnel cylindrical body 20. When a part of the body of a rat R entering the tunnel cylindrical body 20 touches the sound generator 40, the rat is adhered to the pressure-sensitive adhesive sheet 30 stuck to the inner wall part of the tunnel cylindrical body 20 and is caught.

Description

  The present invention uses a mouse's five senses such as sight, smell, touch, hearing, taste, agility, and jumping ability, and physical ability to capture a rat with an adhesive sheet affixed to the inner wall of the tunnel cylinder. Regarding the catcher.

  As a conventional means of capturing mice, an adhesive sheet is laid on a metal box mold that hangs bait on a capture basket made of wire mesh and attracts the mouse into the cage and captures it, and a box box assembled with paperboard There are various types, such as an assembly box type that captures mice, a sensor-sensing type that uses an electric capture means such as an optical sensor, and an adhesive sheet type that captures by attaching an adhesive layer to a plate-like sheet material. Captured by various traps.

  However, since the above-mentioned gold trap type mouse trap is captured while the mouse is alive, the mouse must be slaughtered when collecting the trap, and the disposal with poor aftertaste such as slaughter is required. It required processing work. In addition, the assembled box-type mouse trap has a structure in which an adhesive sheet is laid on the bottom surface of the mouse trap, and is wary of an adhesive sheet on the bottom surface that has excellent visual, olfactory, tactile, auditory, and taste properties. There is a problem that the capture probability tends to be low in the heart, and the sensor-sensing mouse trap using an optical sensor is expensive and uses power when it is used. There is a problem that the maintenance cost and the maintenance of the apparatus are necessary, and the mouse trap of the adhesive sheet type captures the mouse that has excellent agility and jumping power (the jumping power is close to 2m). Since it is necessary to lay a large amount of adhesive sheet over a wide space, there are problems such as increased man-hours and high costs. Proposal of caught device have been made.

  Proposals related to the above-mentioned mouse trap-type mouse trap include, for example, a catch trap provided with an open / close lid at the opening of the mouse entrance, and a bait suspended in the catch trap so as to be engageable with the open / close lid. A “mouse remover” (Patent Document 1), which is made up of a portion, is configured to be able to close the open / close lid in an open locking posture by a biasing force of a spring by movement of the bait portion.

  However, the proposal of the “mouse remover” is provided with an extraction pipe that communicates with the inside of the capture basket and has a hollow portion into which the mouse can enter, on the side wall near the bottom of the capture basket. A mouse remover having a structure that has an open / close gate plate that opens and closes only by the operation, the hollow portion can be opened and closed, and the capture bag can be connected to the tip. Because it is captured in the state, the mouse must be slaughtered at the time of disposal, and there is a problem that the disposal work with poor aftertaste such as slaughter is required, hygiene problems due to reuse, product unit price and transportability There was a problem that there was difficulty in storage.

  Moreover, the proposal regarding an assembly-type box-type mouse | mouth trap can be used as a substitute of the bait which can prepare various attracting components which have stable and uniform quality, and can exhibit the function of an attracting component effectively, for example. "A mouse attracting and attracting material and a mouse attracting and capturing method" (Patent Document 2) is a known technique.

  However, the proposal of the “mouse-attracting attractant and mouse-attracting and trapping method” according to the present invention is capable of holding an attracting component comprising at least one fragrant compounded flavor on a carrier and using it as a substitute for food. And, the capture attractant described above is installed in the inside of the adhesive trap, invites with the aroma of the capture attractant, and the mouse attracts and captures the trapped mouse with the adhesive layer. Since the adhesive layer is provided on the bottom surface of the adhesive trap, it has a structure that is alert to changes in the material on the bottom of the mouse with excellent vision, smell, touch, hearing, and taste. There was a problem that the probability was low.

  In addition, proposals for sensor-sensing mouse traps using optical sensors are, for example, a large facility that uses a tunnel structure floor and two sensors, or an air compressor. A “mouse trap using an optical sensor” (Patent Document 3), which has solved the problem of being unsuitable for ordinary households due to the need for a place and a large amount of money, is known in the art.

  However, the proposal of the “mouse trap using an optical sensor” is a sealable box-shaped mouse trap provided with a shutter that can be opened and closed on one side of the trap box. An optical sensor that operates by detecting changes in infrared light. When the mouse enters the capture box, the power is turned on without eating food, and the shutter at the entrance of the trap is instantaneously closed. However, the trap itself has an electrical control facility and is expensive, and the use of electric power during use requires maintenance costs and equipment maintenance. It was.

  In addition, as a proposal for an adhesive sheet type mouse trap, for example, a “mouse-capturing pressure-sensitive adhesive sheet” (Patent Document 4) capable of efficiently capturing a mouse is known.

  However, the proposal of the “mouse-capturing pressure-sensitive adhesive sheet” is a murine-capturing pressure-sensitive adhesive sheet having an adhesive layer formed on the upper surface of the sheet, and the adhesive layer is constituted by an adhesive material of a color belonging to the black system. Because the light reflected by the adhesive sheet can be suppressed, the mouse is not alert, and as a result, the mouse approaches the adhesive sheet without hesitation and is eventually captured. In order to capture an excellent mouse (having a jumping force of close to 2 m), it is necessary to spread a large amount of adhesive sheet over a wide space, resulting in an increase in work man-hours and high costs.

  As described above, the proposal of the conventional mouse trap is a mouse trap having a low capture probability, a capture structure having an occupied space larger than necessary to capture a single mouse, Because it is a structure that must visually recognize the dead mouse, it is desirable to provide a mouse trap that can solve these problems, but it is possible to solve these problems Capturing the rat with an adhesive sheet affixed to the inner wall of the tunnel cylinder using the five senses of the mouse such as sight, smell, touch, hearing, taste, agility, and jumping ability and physical ability There are no mouse traps available to the applicant.

  Applicants note that mice are superior in vision, smell, touch, hearing, taste, agility, and jumping power (with a jumping power of nearly 2 meters), and their senses and physical abilities are reversed. Under the idea of what can not be captured by using for the above, on the inner wall of the tunnel cylinder using the five senses and physical abilities of mice such as sight, smell, touch, hearing, taste, agility, jumping power etc. We have developed a mouse trap that captures mice using the attached adhesive sheet, leading to the proposal of the “mouse trap” in this application.

JP 2002-330688 A JP 2002-17232 A Utility Model Registration No. 3100008 Utility Model Registration No. 3066961

  In view of the above problems, the present invention utilizes an adhesive sheet affixed to the inner wall of a tunnel cylinder utilizing the five senses and physical abilities of mice such as sight, smell, touch, hearing, taste, agility, and jumping power. It is an object of the present invention to provide a mouse trap that captures mice.

  The present invention has been made to solve the above problems, and is a mouse trap composed of a tunnel cylinder, an adhesive sheet, and a sound generator, and the tunnel cylinder has an opening at the entrance. And forming a tunnel-like cylinder having a required length to close the innermost part, forming a handle part on the outer peripheral part, and forming an adhesive protrusion rib on the inner wall part, The pressure-sensitive adhesive sheet is laminated with a release film, an easily peelable adhesive layer, an adhesive layer, and a release film, and the easily peelable adhesive layer is attached to the sticking protrusion rib formed on the inner wall portion of the tunnel cylinder. In addition, the entire area of the pressure-sensitive adhesive layer is provided with a slit slit that is divided in a partially connected state, and the top surface area of the pressure-sensitive adhesive layer is further provided with a collar portion formed by a strip-shaped slit slit. The sound generator is the innermost part of the tunnel cylinder. Provided in the vicinity, to employ a means of noises is formed to have a structure generated by the contact portion of the murine body.

  Further, the present invention employs a means in which the tunnel cylinder is formed in a shape that is tapered from the entrance portion toward the innermost portion.

  Further, the present invention employs a means in which the tunnel cylinder is formed in a shape that bends or meanders from the entrance portion toward the innermost portion.

  Further, the present invention employs a means in which the innermost part of the tunnel cylinder is opened and closed by a closed lid plate.

  According to the mouse trap in the present invention, by forming the tunnel shape with the bottom surface of the tunnel cylinder omitted, the mouse can be guided to the mouse trap in the same state as the floor surface through which the trapped mouse has passed. Therefore, it is possible to capture a mouse with a higher probability than before, by preventing the mouse having excellent sight, smell, touch, hearing, and taste from being alert.

  In addition, according to the mouse trap in the present invention, it is possible to place it according to the place and situation where the mouse is likely to appear by deliberately placing an obstacle or changing the shape and arrangement method of the tunnel cylinder. There is an excellent effect that mice can be captured with high probability.

  In addition, according to the mouse trap of the present invention, since the captured mouse adopts a means in which the whole mouse is entangled with an adhesive sheet, it can be disposed of as garbage without directly viewing the dead carcass of the mouse. There is an excellent effect of being able to.

  According to the mouse trap in the present invention, because it is a mouse trap composed of a tunnel cylinder, an adhesive sheet and a sound generator, it is lightweight and easy to carry, and can be easily installed. Furthermore, since the manufacturing cost is low, it has an excellent effect that it can be used repeatedly for home use and business use.

It is explanatory drawing which shows the mouse | mouth trap of Claim 1 in this invention. Example 1 It is explanatory drawing which shows the mouse | mouth trap of Claim 2 in this invention. (Example 2) It is explanatory drawing which shows the capture state of the mouse | mouth trap of Claim 2 in this invention. It is explanatory drawing which shows the mouse | mouth trap of Claim 3 in this invention. (Example 3) It is explanatory drawing which shows the mouse | mouth trap of Claim 4 in this invention. Example 4

  The mouse trap 10 of the present invention comprises a tunnel cylinder 20 that induces a mouse R, an adhesive sheet 30 that adheres and captures a mouse R, and a sound generator 40 that surprises the mouse R. The adhesive sheet laid on the bottom surface is removed to unravel the alertness of the mouse R. At the same time, the sound of the rat R is generated by the sound generator 40 coming into contact with a part of the body of the mouse R. The most characteristic feature is that a means for entwining the rat R entering with the attached adhesive sheet 33 is taken. Hereinafter, an embodiment of a mouse trap 10 according to the present invention will be described with reference to the drawings.

  The material, shape, dimensions, and the like of the mouse trap 10 in the present invention are not limited to the embodiments described below, but are within the scope of the technical idea of the present invention, that is, a material that can exhibit the same effect. In addition, it can be appropriately changed within the range of the shape and dimensions.

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FIG. 1 is an explanatory view showing a mouse trap according to the first aspect of the present invention. FIG. 1 (a) is an overall perspective view of the mouse trap 10 and FIG. 1 (b) is a cross-sectional view of the mouse trap 10. FIG. FIG.
The mouse trap 10 of the present invention is a mouse trap 10 composed of a tunnel cylinder 20, an adhesive sheet 30, and a sound generator 40, and the tunnel cylinder 20 has an inlet portion 21 opened. A tunnel-like cylinder having a required length for closing the innermost portion 22 is formed, a handle portion 23 is formed on the outer peripheral portion, and a sticking projection rib 24 is formed on the inner wall portion. The pressure-sensitive adhesive sheet 30 is laminated with a release film 31, an easily peelable adhesive layer 32, an adhesive layer 33, and a release film 34, and the easily peelable adhesive layer 32 is formed on the inner wall portion of the tunnel cylinder 20. In addition to being attached to the sticking protrusion rib 24, the entire area of the adhesive layer 33 is provided with a slit slit 35 that is partly connected, and the top surface area of the adhesive layer 33 extends in the longitudinal direction. By the strip-shaped slit 35a to be provided The sound generator 40 is provided near the innermost part 22 of the tunnel cylinder 20 and has a structure in which a sound is generated when a part of the body of the mouse R comes into contact. Formed.

  The tunnel cylinder 20 is molded with a synthetic resin material, cardboard, a pulp mold material, a biodegradable material, a metal plate, etc., and the inlet portion 21 is always open and the innermost portion 22 is closed. A tunnel-like cylinder having a required length that fits comfortably is formed, and a handle 23 for carrying and setting is formed on the outer periphery. In addition, a sticking protrusion rib 24 that can be attached in a state where the adhesive sheet 30 is easily peeled off is formed on the inner wall portion.

  The entrance portion 21 is an entrance through which the rat R enters the tunnel cylinder 20 and has a size about twice the size of the mouse R and is always open.

  The innermost portion 22 is a portion that is formed as a bag path that is integrally molded with the tunnel cylinder 20 and is provided for the purpose of preventing the mouse R from entering from other than the inlet portion 21.

  The sticking protrusion ribs 24 are convex protrusions formed on the inner wall portion of the tunnel cylinder 20 and are provided for the purpose of sticking the easily peelable adhesive layer 32 of the adhesive sheet 30. Since the sticking area of the easily peelable adhesive layer 32 can be reduced by using the convex protrusions, when the mouse R is stuck to the adhesive layer 33 of the adhesive sheet 30, the inner wall of the tunnel cylinder 20 The easily peelable adhesive layer 32 of the pressure-sensitive adhesive sheet 30 is easily peeled off.

  The pressure-sensitive adhesive sheet 30 is formed by laminating a release film 31, an easily peelable adhesive layer 32, a pressure-sensitive adhesive layer 33, and a release film 34, and the pressure-sensitive adhesive layer 33 is divided in a partially connected state. The cut slit 35 is provided, and the easily peelable adhesive layer 32 side is attached to the sticking protrusion rib 24 formed on the inner wall portion of the tunnel cylinder 20 so that the tunnel cylinder 20 is mounted.

  The cut slit 35 is formed in a shape in which a part of the adhesive layer 33 is divided and the adhesive layer 33 of the adhesive sheet 30 adheres to and entangles with the captured rat R. It has a collar portion 36 that hangs in a strip shape formed by the slit slit 35a, and a portion located on the side surface portion is provided for the purpose of being peeled off in a square shape and sticking to and entangled with a part of the body of the rat R.

The brim part 36 is formed in a shape in which a part of the adhesive layer 33 is divided and formed so that the adhesive layer 33 of the adhesive sheet 30 adheres to and entangles with the trapped rat R. It is formed in a shape that hangs in a strip shape by the slit 35a.
Moreover, the length shape of the collar part 36 is gradually lengthened as it goes to the innermost part 22 of the tunnel cylinder 20, or an obstacle S is placed in the middle of the intrusion path of the tunnel cylinder 20, so that By reducing the distance, the capture probability can be increased.

  The sound generator 40 is provided in the vicinity of the innermost part 22 of the tunnel cylinder 20 and is formed to have a structure in which a sound is generated when a part of the body of the mouse R comes into contact. A bell 41 is hung on the hook-shaped upper end of the suspension rod 43, and a top 42 is provided at the lower end to be engaged with the communication hole 27 provided in the tunnel cylinder 20, and further connected to the top 42. The suspension rod 44 is provided, and when the body part of the mouse R comes into contact with the diet E or the suspension rod 44, the bell 41 is shaken to generate a bell.

  The sound generator 40 may be a means for hanging the bell 41 from the upper part of the inner wall portion of the tunnel cylinder 20 in a warm manner, or other sound generating means such as arranging the bell 41 with a string scattered on the floor. However, the structure and means are not particularly specified as long as a sound is generated by contact with a part of the body of the mouse R.

  The mouse trap 10 of the present invention configured as described above is different from the conventional means for attracting the mouse R into the capture container and capturing it with the adhesive sheet laid on the floor surface. By guiding the structure into the tunnel cylinder 20 in the same manner as the floor surface F through which the rat R has passed, and bringing a part of the body of the mouse R that has entered into contact with the adhesive sheet 30 or the sound generator 40, The rat R is adhered and entangled with the adhesive sheet 30 adhered to the inner wall surface of the tunnel cylinder 20, and the conventional mouse trap with the adhesive sheet laid on the bottom surface has a larger attracting means and capturing structure. Make it different.

FIG. 2 is an explanatory view showing a mouse trap according to claim 2 of the present invention. FIG. 2 (a) is an overall view of the mouse trap 10 and FIG. 2 (b) is an exploded perspective view of the mouse trap 10. FIG. It is.
The mouse trap 10 in the present invention is formed in a shape in which the tunnel cylinder 20 is tapered from the inlet portion 21 toward the innermost portion 22.

  The tunnel cylinder 20 is molded with a synthetic resin material, cardboard, a pulp mold material, a biodegradable material, a metal plate, etc., and the inlet portion 21 is always open and the innermost portion 22 is closed. A tunnel-like cylinder having a required length that fits comfortably is formed, and a handle 23 for carrying and setting is formed on the outer periphery. In addition, a sticking protrusion rib 24 that can be attached in a state where the adhesive sheet 30 is easily peeled off is formed on the inner wall portion.

  The brim part 36 is formed in a shape in which a part of the adhesive layer 33 is divided and formed so that the adhesive layer 33 of the adhesive sheet 30 adheres to and entangles with the trapped rat R. It is formed in a shape that hangs in a strip shape by the slit 35a.

  In the mouse trap 10 of the present invention configured as described above, the tunnel cylinder 20 is tapered so that the adhesive layer 33 attached to the inner wall surface of the tunnel cylinder 20 and the body of the mouse R are in contact with each other. As the distance is reduced, the rat R can be captured with a higher probability than in the prior art.

FIG. 3 is an explanatory view showing a capture state of the mouse trap according to claim 2 of the present invention.
The capture situation of the mouse trap 10 in the present invention will be described step by step.
The capture situation of Fig.3 (a) is demonstrated.
(1) The release film 31 covering the easy-peelable adhesive layer 32 of the pressure-sensitive adhesive sheet 30 is peeled off and attached to the sticking protrusion rib 24 on the inner wall portion of the tunnel cylinder 20.
(2) In a state where the easily peelable adhesive layer 32 of the pressure-sensitive adhesive sheet 30 is attached to the inner wall portion of the tunnel cylinder 20, the release film 34 is peeled off, and further hangs down in a strip shape provided in the top surface region of the pressure-sensitive adhesive layer 33. The part 36 is peeled off along the cut slit 35a.
(3) The bait E is attached to the hanging bait rod 44 of the sound generator 40, and the mouse trap 10 is set at a predetermined place with the handle 23 of the tunnel cylinder 20.
(4) The mouse R enters from the entrance 21 of the tunnel cylinder 20.

The capture situation in FIG.
(5) The mouse R enters the tunnel cylinder 20 toward the bait E in the innermost part 22 of the tunnel cylinder 20, and a part of the body of the mouse R is stuck on the inner wall of the tunnel cylinder 20. When a part of the provided adhesive layer 33 or the heel part 36 that hangs down in a strip shape is touched, the adhesive sheet 30 is captured in a state where it adheres to and entangles with a part of the body of the rat R. As shown in the drawing, when the obstacle S is placed in the middle of the intrusion path of the tunnel cylinder 20, the capture rate is doubled.
(6) When the mouse R enters the innermost part 22 of the tunnel cylinder 20, the bell 41 is shaken by the bait E or the suspended bait rod 44, and a bell is generated.

The capture situation in FIG.
(7) When the bell sound of the bell 41 of the sound generator 40 is generated, the rat R is surprised by the sound and tries to change its posture suddenly in order to take a runaway movement, so that a part of the body of the mouse R is tunnel tube. It comes into contact with the pressure-sensitive adhesive sheet 30 affixed to the inner wall of the body 20 and becomes entangled.
(8) The adhesive sheet 30 is caught by the body of the mouse R one after another.
(9) The entire pressure-sensitive adhesive sheet 30 wrapping the mouse R is discarded as raw garbage.

  The mouse trap 10 of the present invention configured as described above has a structure in which the adhesive sheet 30 is not provided on the bottom surface of the tunnel cylinder 20, so that the mouse R sensitive to vision, smell, touch, hearing, and taste can be used. Since it can be guided and captured in the tunnel barrel 20 without holding the alert, the rat R can be captured with a higher probability than in the prior art.

FIG. 4 is an explanatory view showing a mouse trap according to claim 3 of the present invention.
The mouse trap 10 according to the present invention is formed in a shape in which the tunnel cylinder 20 bends or meanders from the inlet portion 21 to the innermost portion 22.

4A is a plan view of the mouse trap 10 with the tunnel cylinder 20 bent, and FIG. 4B is a plan view of the mouse trap 10 with the tunnel cylinder 20 meandering.
Since the tunnel cylinder 20 is bent or meandering, there is a high probability that a part of the body of the mouse R will be captured by contact with the adhesive sheet 30 affixed to the inner wall of the tunnel cylinder 20, When the bell sound of the bell 41 of the sound generator 40 is generated, when the mouse R is surprised by the sound and tries to change its posture suddenly in order to take a runaway movement, a part of the body of the mouse R is the inner wall of the tunnel cylinder 20. By touching the pressure-sensitive adhesive sheet 30 affixed to the part or the collar part 36 that hangs down in a strip shape, the rat R can be captured with a higher probability than ever before.

FIG. 5 is an explanatory view showing a mouse trap according to claim 4 of the present invention. FIG. 5 (a) is an overall perspective view of a single mouse trap 10 and FIG. It is sectional explanatory drawing which shows the state which was made to oppose and communicated.
The mouse trap 10 according to the present invention is formed with a structure in which the innermost portion 22 of the tunnel cylinder 20 can be opened and closed by a closing lid plate 25.

  The closing cover plate 25 is configured to open and close the innermost part 22 of the tunnel cylinder 20 by forming a fitting groove 26 that is fitted into the end of the innermost part 22 of the tunnel cylinder 20.

  The mouse trap 10 of the present invention configured as described above removes the closing cover plate 25 from the end of the innermost part 22 of the tunnel cylinder 20, thereby allowing the inlet 21 and the innermost part 22 of the tunnel cylinder 20 to be removed. Are connected to each other, and the innermost portions 22 of the mouse traps 10 are opposed to each other and placed on the moving lead of the mouse R to allow the mouse R to enter from both directions, and the obstacle S is in the middle of the intrusion route. The mouse R can be captured with a higher probability than in the prior art.

  Although the mouse trap of the present invention has been described as a trap for the purpose of extermination of mice, it can be widely used as a trap for wild pests sensitive to vision, smell, touch, hearing, and taste. It is understood that the industrial applicability of the “mouse trap” of the present invention is great.

DESCRIPTION OF SYMBOLS 10 Mouse | mouth catcher 20 Tunnel cylinder 21 Entrance part 22 Innermost part 23 Handle part 24 Sticking projection rib 25 Closure lid plate 26 Fitting groove 27 Communication hole 30 Adhesive sheet 31 Release film 32 Easy peelable adhesive layer 33 Adhesive layer 34 Release Film 35 Cut slit 35a Strip-shaped cut slit 36 Hook 40 Sound generator 41 Bell 42 Frame 43 Linking rod 44 Hanging bait rod R Mouse F Floor E Feeding S Obstacle

Claims (4)

A mouse trap composed of a tunnel cylinder, an adhesive sheet, and a sound generator,
The tunnel cylinder is formed with a tunnel-shaped cylinder having a required length that is open at the entrance and closed at the innermost part, and has a handle on the outer periphery and an inner wall. Formed by forming a sticking protrusion rib,
The pressure-sensitive adhesive sheet is laminated with a release film, an easily peelable adhesive layer, an adhesive layer, and a release film, and the easily peelable adhesive layer is attached to a sticking protrusion rib formed on the inner wall portion of the tunnel cylinder. In addition, the adhesive layer is provided with a slit slit that is partly cut in a continuous state, and further, the top surface region of the adhesive layer is formed by a strip-shaped slit extending in the longitudinal direction. It is made up of
The device for generating sound of noise is provided in the vicinity of the innermost part of the tunnel cylinder and has a structure for generating sound of noise when a part of the body of the mouse contacts. .   2. The mouse trap according to claim 1, wherein the tunnel cylinder is formed in a shape that is tapered from the entrance portion toward the innermost portion.   The mouse trap according to claim 1 or 2, wherein the tunnel cylinder is formed in a shape that bends or meanders from the entrance portion toward the innermost portion.   The mouse trap according to any one of claims 1 to 3, wherein the innermost part of the tunnel cylinder is opened and closed by a closed lid plate.