JP2005204628A - Box type rattrap using pressure sensitive adhesive at upper and lower sides - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a box type rattrap that can surely leading rats on a pressure-sensitive adhesive to trap not only the first or second rats but also many other rats nearby without limitation. <P>SOLUTION: The box type rattrap the inside of which cannot be seen from the outside is used and a pressure-sensitive adhesive is coated on the bottom part of the box and on of the lid part, where the bottom part of the box is firstly coated with a thin film. Firstly, the adhesive coated on the lid part falls down to be stuck to the rats and simultaneously the thin film is broken and the adhesive on the bottom part is exposed to come into contact with the rats. As a result, the rats are sandwiched between the pressure sensitive adhesives and can be surely trapped. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a box-type mouse trap that reliably captures a mouse that has entered the box by adhering an adhesive from above and below.

The ones that are commercially available as mouse traps are those that have been captured by closing the entrance of the wire mesh cage with a spring, or those that have recently been seen to trap mice with an adhesive. There are those that place a painted board or sheet (hereinafter referred to as "adhesive sheet") where it is likely to pass through a mouse and attach an adhesive to the mouse's limbs to capture it.
However, wire mesh moths are often shunned because the captured mice look straight inside the wire mesh.
In addition, the adhesive sheet often fails to capture because it avoids the tacked adhesive sheet from the precautionary and learning experience of the mouse, or escapes without sticking to the adhesive sheet reliably. That is, when the mouse is observed, the mouse has a learning ability, and when the mouse of the fellow captured by the adhesive sheet is viewed, the adhesive sheet cannot be realized as dangerous. Even if there is a little adhesive on the limbs, it will run away and escape. Don't put food on a sticky board or sheet. Even if it is set in a place that seems to be a mouse, it is difficult to capture it by avoiding adhesive or jumping over it. Even if you can capture one or two at first, it is difficult to capture many nearby mice.

  Therefore, the problem to be solved is that the mouse is surely guided on the adhesive so that it cannot escape, and not only the first one and two mice, but also some nearby mice. However, in order to be able to capture it, it is a point not to show the mouse of the companion who was caught.

  The present invention is a box-type mouse trap that does not show the inside of the mouse from the outside so that the trapped fellow mouse can not be seen, and the adhesive is provided at the bottom part of the box and the lid part, The adhesive at the bottom is initially covered with a thin film. First, the adhesive at the lid falls and adheres to the rat, and at the same time, the thin film breaks and the adhesive at the bottom adheres to the mouse. The main feature is to reliably capture the mouse by sticking it so that it is sandwiched from above and below.

  In the box-type mouse trap of the present invention, the adhesive at the bottom is covered with a thin film, so that the mouse enters the box-type mouse trap with food and is inadvertently guarded with a thin film. It will surely come over the adhesive on the covered bottom part. Therefore, the adhesive on the lid part first drops and adheres to the back and head of the mouse, and then the surprised rat struggles and breaks the film, causing the adhesive to adhere to the bottom part of the mouse's limbs, belly, and face. The mouse will be stuck with an adhesive so as to be sandwiched from above and below, so that the mouse can no longer move in the box and can be reliably captured. In addition, the captured mouse is in a box that can not be seen from the outside, and the fellow mouse outside can not see the situation, so do not learn that it is dangerous, set it again in the same way Any number of nearby mice can be captured. The captured mice can be easily disposed of, and can be easily assembled and re-set using recyclable materials such as plywood, plastic, and cardboard. Of course, people never see the fresh state of captured mice.

  An entrance is formed at the center of one end face of a rectangular box having an open top surface, food is set on the other end face, and an inclined plate is provided inside the bottom face of the box. The inclined plate performs a seesaw operation with a support portion provided at an intermediate portion of the bottom surface as a fulcrum, and is inclined so that the inlet side contacts the bottom surface, and the adhesive layer whose surface is covered with a thin film on the inclined plate Form. And when the rat is invited to the bait, it enters the entrance part and comes to the adhesive layer covered with a thin film, the inclined plate operates as a seesaw, the inclined plate is reversed and tilted in the opposite direction, Along with the inclination, the upper surface adhesive layer provided on the upper surface of the box falls, and the dropped upper surface adhesive layer first adheres to the back of the mouse, and thereby the mouse's limbs and mouth that violently struggle, This time, the thin film of the adhesive layer covered with the thin film is torn, and the adhesive layer that appears from the torn thin film adheres to the limbs, belly, and face of the mouse. That is, the mouse is stuck and trapped with the adhesive so as to be sandwiched from above and below.

  FIG. 1 is an elevational view having a partially cut surface of one embodiment of the present invention box mouse trap, and the appearance of the box mouse trap is as follows: top surface portion 1, bottom surface portion 2, front surface portion 3, It has a box shape composed of a rear surface portion 4 and both side surface portions 5 and 6.

  FIG. 2 is a front view of the front surface portion 3 and is composed of a front plate 7. The front plate 7 is provided between the side surface portions 5 and 6 so as to be slidable in the vertical direction, and has a convex shape that serves as an entrance to a mouse. An inlet portion 8 is formed.

  FIG. 3 is a rear view of the rear surface portion 4 and includes a back plate 9, and the back plate 9 forms a bait holder 10 that protrudes to the back.

FIG. 4 is a side view of the top surface 1 and the bottom surface 2.
The bottom surface portion 2 includes a bottom plate 11, an inclined plate 13 that moves like a seesaw with a support portion 12 provided on the bottom plate 11 as a fulcrum, a weight plate 14 that pushes down the inlet portion 8 side of the inclined plate 13, It consists of a weight plate 14 and a lower adhesive coating plate 15 side by side, and the end portion on the inlet portion 8 side of the inclined plate 13 carries the lower end portion of the front plate 7, and interlocks with the seesaw operation of the inclined plate 13 in the vertical direction. The front plate 7 is slidable in the vertical direction.

  The upper surface portion 1 includes an upper pressure-sensitive adhesive coating plate 16 and an end portion supporting member 17 that supports the inlet portion 8 side end portion of the upper pressure-sensitive adhesive coating plate 16. The rear plate 9 side end portion of the upper adhesive coating plate 16 is placed on a placing plate 18 that is passed between the both side surface portions 5 and 6. Reference numeral 19 denotes a knob of the upper adhesive coating plate 16.

FIG. 5 is a side view of the upper adhesive coating plate 16 during dropping,
FIG. 6 is an elevational view having a partially cut surface showing a state after the upper adhesive coating plate 16 is dropped.

The structure and operation of the end support member 17 will be described with reference to FIGS. 4, 5, and 6.
As shown in FIG. 6, the end support member 17 includes a fixing plate 20 passed between the side surface portions 5 and 6, and a notch 21 formed in an intermediate portion of the fixing plate 20 from above to below. The bearing plates 22 and 23 fixed on both sides of the notch 21 and the shafts 24 and 25 between the bearing plates 22 and 23 as shown in FIGS. An upper piece 26, a lower piece 27, a support member 28 that protrudes from the upper piece 26 in the direction of the back plate 9, and supports the inlet 8 side end of the upper adhesive coating plate 16; And a rotation control plate 29 that controls the rotation of the upper piece 26 in contact with the upper piece 26.

When the front plate 7 is positioned downward as shown in FIG. 4, that is, when the end portion on the inlet portion 8 side of the inclined plate 13 that performs the seesaw operation by placing the lower end portion of the front plate 7 is positioned downward. In addition, the state of this FIG. 4 is a state when a mouse | mouth trap is first set and set.
At this time, the rotation control plate 29 comes into contact with the rear surface on the upper end side of the front plate 7, and the lower frame 27 is restricted from rotating in the direction of arrow a, and the rotation control plate 29 The upper piece 26 in contact with the upper piece 26 is also in the state shown in FIG. 4, and the rotation in the arrow b direction is restricted.

  When this rotation is restricted, the end portion on the inlet 8 side of the upper adhesive coating plate 16 is placed on the support member 28 protruding from the upper piece 26, and the other end of the upper adhesive coating plate 16 is The upper adhesive coating plate 16 is set on the placing plate 18.

  If this box-type mouse catcher is placed in a place that seems to pass through the mouse with the upper adhesive coating plate 16 set, the mouse is invited to the bait of the bait holder 10 and enters the entrance of the front plate 7. It enters from part 8 and tries to go to the bait. However, in the course of traveling, the inclined plate 13 performs a seesaw operation by the weight of the mouse, and the state of FIG. The opposite end portion of the inlet portion 8, that is, the end portion on which the lower end portion of the front plate 7 is placed is positioned in the upward direction.

  Then, as the end portion on which the lower end portion of the front plate 7 is placed moves upward, the front plate 7 slides upward, and the convex inlet portion 8 also moves upward along with this sliding. Moving. Due to the upward movement of the front plate 7 and the inlet portion 8, the front end portion of the rotation control plate 29 that has been in strong contact with the back surface on the upper end side of the front plate 7 due to the weight of the upper adhesive coating plate 16, etc. The contact comes off and falls into the convex entrance 8. In addition, the tip part falls down in conjunction with the rotation of the lower piece 27 in the direction of arrow a.

  Due to the tip portion of the rotation control plate 29 falling into the inlet portion 8, the upper piece 26 whose rotation has been restricted in contact with the rotation control plate 29 is released and the weight of the upper adhesive coating plate 16 is reduced. For example, it rotates in the direction of arrow b about the shaft 24.

Due to this rotation, the upper adhesive coating plate 16 that has been on the support member 28 protruding from the upper piece 26 is separated from the support member 28 and dropped with the end portion on the side of the inlet portion 8 at the head as shown in FIG. Go.
It should be noted that the end support member 17 is placed on the upper side so that after the upper adhesive coating plate 16 is dropped, the end support member 17 is rotated back to the state shown in FIG. It is desirable to consider the shape and balance of the top 26 and the lower top 27.

  Each of the upper pressure-sensitive adhesive coating plate 16 and the lower pressure-sensitive adhesive coating plate 15 is obtained by providing a pressure-sensitive adhesive on a thin plate.

In the lower pressure-sensitive adhesive coating plate 15, the pressure-sensitive adhesive surface is further covered with a wrap-shaped thin film.
This is to prevent the adhesive from sticking to the limbs as long as the mouse walks, so that the mouse can walk freely on the lower adhesive coating plate 15 with peace of mind.

  By allowing the rat to freely walk on the lower adhesive coating plate 15, the inclination of the inclined plate 13 that performs the seesaw operation is reversed in the opposite direction by the weight of the mouse, and the upper adhesive coating plate 16 is moved to the inlet portion as described above. 8 side end part is dropped, the adhesive of the upper adhesive coating plate 16 that has fallen first adheres to the back, head, etc. of the mouse, even if trying to escape, By dropping first, the inlet portion 8 is blocked, and the mouse cannot escape from the inlet portion 8, and struggles on the lower adhesive coating plate 15 as it is.

  The wrap-like thin film is made to be a thin film that can be breached by the rat's limbs, mouth, etc., and the adhesive appears under the torn film, and also on the limbs, belly and face of the mouse. Adhesive comes to be attached, and the mouse is stuck with the adhesive so as to be sandwiched from above and below, and it becomes more difficult to escape.

FIG. 7 is a specific example of the upper adhesive coating plate 16, the lower adhesive coating plate 15, and the inclined plate 13.
The upper adhesive coating plate 16 and the lower adhesive coating plate 15 are respectively provided with frames 30 and 31 around them. The frames 30 and 31 can be provided neatly without the adhesive sticking out, and without soiling the hands. It becomes possible to handle.

  Further, the inclined plate 13 fixes a weight plate 14 for pushing down the inlet portion 8 side downward to the inlet portion 8 side portion on the upper surface, and the weight plate 14 and the side-by-side engaging portion 32 (FIG. 8) on the remaining portion. The lower adhesive coating plate 15 which is engaged and positioned at is attached.

Reference numeral 33 in FIG. 7 is a drawer plate interposed between the bottom plate 11 and the support portion 12 serving as a fulcrum of the seesaw of the inclined plate 13 as shown in FIG. This drawer plate 33 can be pulled out on the bottom plate 11 (FIG. 6) in the direction of the rear surface portion 4 by pinching the knob 34. The drawer plate 33 includes the inclined plate 13 including the lower adhesive coating plate 15 riding on the drawer plate 33. This is for pulling the support part 12 out of the box. Furthermore, the captured mice on the lower adhesive coating plate 15 and the dropped upper adhesive coating plate 16 can be pulled out together.
In order to allow the above-described drawer plate 33 and the one on the drawer plate 33 to be pulled out in the direction of the rear surface portion 4 of the box, that is, in the direction of the back plate 9, as shown in FIG. , 6 can be slidably removed in the upward direction.

The operation resulting from the above configuration will be described next.
First, the state shown in FIG. 4 is set. That is, a food of a mouse favorite is placed in the bait holder 10. Then, the lower adhesive coating plate 15 covered with the wrap-shaped thin film is fixed to the inclined plate 13, and the inclined plate 13 is inclined with the end portion on the inlet portion 8 side facing downward, and a convex inlet is formed at the end portion. The front plate 7 provided with the portion 8 is set by sliding downward. Further, the upper adhesive coating plate 16 is set between the support member 28 and the placing plate 18.

Set the box-shaped mousetrap on the place where the mouse seems to pass.
The mouse is invited by the bait of the bait holder 10 and enters from the entrance 8 toward the bait.

  The mouse that has entered the box walks on the lower adhesive coating plate 15 covered with a thin film without worry, and the inclination of the inclined plate 13 is reversed in the opposite direction due to the weight of the mouse. By this reversal, the front plate 7 slides upward, and the tip of the rotation control plate 29 falls into the inlet portion 8 of the front plate 7.

Due to this falling, the upper piece 26 and the support member 28 are rotated in the direction of the arrow b.
By this rotation, the upper adhesive coating plate 16 drops starting from the end portion on the inlet 8 side, the adhesive of the dropped upper adhesive coating plate 16 adheres to the back, head, etc. of the mouse, and the mouse is in the lower portion. Even on the pressure-sensitive adhesive coating plate 15, it will be violently exposed.

  This struggling violently breaks the thin film of the lower adhesive coating plate 15, and the adhesive appears from below and attaches to the mouse's limbs, stomach, face, etc., and the mouse is captured by the adhesive of the adhesive from above and below.

The trapped mouse slides on the back plate 9 upward, pinches the knob 34 and pulls out the drawer plate 33, thereby sticking the upper adhesive coating plate 16, the lower adhesive coating plate 15, and the inclined plate 13. And the support part 12 can be pulled out of the box.
The trapped rat can be disposed of together with the upper adhesive coating plate 16 and the lower adhesive coating plate 15.
The drawer plate 33, the support portion 12, and the inclined plate 13 can be reused for capturing the next mouse.

It is an elevation which has a partial cut surface of a box type mousetrap. It is a front view of the front part 3 of a box-type mouse | mouth trap. It is a rear view of the rear surface part 4 of a box type mousetrap. It is a side view of the upper surface part 1 and the bottom face part 2 of a box type mouse trap. FIG. 6 is a side view of the upper pressure-sensitive adhesive coating plate 16 during dropping. FIG. 4 is an elevational view having a partially cut surface showing a state after the upper adhesive coating plate 16 is dropped. 3 is a cross-sectional view of an upper adhesive coating plate 16, a lower adhesive coating plate 15, and an inclined plate 13. FIG. It is explanatory drawing of the engaging part 32 of the weight board 14 and the lower adhesive coating board 15. FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Upper surface part of a box-type mouse trap 2 Bottom part of a box-type mouse trap 3 Front part of a box-type mouse trap 4 Rear side part of a box-type mouse trap 5 One side part of a box-type mouse trap 6 Box type The other side surface portion of the mouse trap 7 Front plate 8 Entrance portion 9 Back plate 10 Feeding plate 11 Bottom plate 12 Support portion 13 Inclined plate 14 Weight plate 15 Lower adhesive coating plate 16 Upper adhesive coating plate 17 End support member 18 Resting plate 19 Knob 20 Fixed plate 21 Notch 22 Bearing plate 23 Bearing plate 24 Shaft 25 Shaft 26 Upper piece 27 Lower piece 28 Support member 29 Rotation control plate 30 Frame 31 Frame 32 Engaging portion 33 Drawer plate 34 Knob

Claims (7)

A rectangular box with an open top surface comprising a front plate 7, a back plate 9, both side portions 5, 6 and a bottom plate 11,
An inlet 8 formed in the center of the front plate 7,
A bait holder 10 formed to protrude from the back of the central portion of the back plate 9,
An inclined plate 13 that performs a seesaw operation with the support portion 12 provided at an intermediate portion of the bottom plate 11 as a fulcrum and is inclined so that an end portion on the inlet side is in contact with the bottom plate 11;
A lower pressure-sensitive adhesive coating plate 15 provided on the inclined plate 13 and having a pressure-sensitive adhesive whose surface is covered with a wrap-like thin film;
An adhesive is provided on the thin plate that is provided on the open upper surface of the rectangular box with the adhesive surface facing inward and falls inward by reversal of the inclination of the inclined plate 13 that performs the seesaw operation. Upper adhesive coating plate 16,
A box-type mouse trap using an upper and lower pressure-sensitive adhesive. A rectangular box with an open top surface comprising a front plate 7, a back plate 9, both side portions 5, 6 and a bottom plate 11,
An inlet 8 formed in the center of the front plate 7,
A bait holder 10 formed to protrude from the back of the central portion of the back plate 9,
A drawer plate 33 is interposed on the bottom plate 11, and a seesaw operation is performed with the support portion 12 provided at an intermediate portion of the drawer plate 33 as a fulcrum, and the inlet side end is inclined so as to be in contact with the drawer plate 33. An inclined plate 13 provided,
A lower pressure-sensitive adhesive coating plate 15 provided on the inclined plate 13 and having a pressure-sensitive adhesive whose surface is covered with a wrap-like thin film;
An adhesive is provided on the thin plate that is provided on the open upper surface of the rectangular box with the adhesive surface facing inward and falls inward by reversal of the inclination of the inclined plate 13 that performs the seesaw operation. Upper adhesive coating plate 16 and
By making the back plate 9 removable upward and pulling out the drawer plate 33 in the back direction, the inclined plate 13 including the lower adhesive coating plate 15 on the drawer plate 33, the support portion 12, and the lower adhesive A box-type mouse trap using an upper and lower adhesive, wherein the captured mouse on the coating plate 15 and the dropped upper adhesive coating plate 16 can be pulled out of the box. The upper and lower pressure sensitive adhesive use box type mouse trap according to claim 1 or 2, wherein the upper pressure sensitive adhesive coating plate 16 and the lower pressure sensitive adhesive coating plate 15 are provided with frames 30 and 31 respectively. The upper pressure-sensitive adhesive coating plate 16 provided on the upper surface of the rectangular box with the pressure-sensitive adhesive surface facing inward has an end on the inlet side, which is one end, between the side surfaces 5 and 6. The back plate side end portion, which is the other end portion, is supported by the end support member 17 and is placed on the placing plate 18 passed between the both side surface portions 5 and 6. A box-type mouse trap using an upper and lower adhesive according to any one of claims 1 to 3. A lower end portion of the front plate 7 is on an end portion side end portion of the inclined plate 13, and the front plate 7 is slidable in a vertical direction according to a seesaw operation of the inclined plate 13.
When the inlet side end of the inclined plate 13 is positioned downward, the lower end of the front plate 7 is positioned downward, and the front plate 7 restricts the rotation of the end support member 17. Holding the upper adhesive coating plate 16 so that the end support member 17 supports the inlet side end of the upper adhesive coating plate 16;
Furthermore, when the end portion on the inlet side of the inclined plate 13 is positioned upward by a seesaw operation, the lower end portion of the front plate 7 slides upward, and the front plate 7 slid upward is By rotating a part of the end support member 17 supporting the inlet side end of the upper adhesive coating plate 16 away from the inlet side end of the upper adhesive coating plate 16, The box adhesive mouse box using the upper and lower adhesives according to claim 4, wherein the adhesive coating plate 16 is dropped with the end on the inlet side as the head. The end support member 17 includes a fixed plate 20 that is passed between the side surface portions 5 and 6, a cut 21 that is formed in an intermediate portion of the fixed plate 20 from the top to the bottom, and both sides of the cut 21. Two fixed bearing plates 22, 23, two shafts 24, 25 provided above and below the two bearing plates 22, 23, and the two shafts 24, 25 are pivotally supported on each of them. An upper piece 26, a lower piece 27, a support member 28 that supports the end of the upper adhesive coating plate 16 projecting from the upper piece 26 in the direction of the back plate, and an upper portion fixed to the lower piece 27. A rotation control plate 29 that controls the rotation of the upper frame 26 in contact with the frame 26;
When the front plate 7 is positioned in the downward direction, the rotation control plate 29 is in contact with the rear surface on the upper end side of the front plate 7, and the rotation of the lower piece 27 is restricted and is in contact with the rotation control plate 29. The upper frame 26 is also restricted from turning,
When the front plate 7 slides upward, the front end portion of the rotation control plate 29 is released from contact with the rear surface at the upper end side of the front plate 7 and falls into the inlet portion 8 of the front plate 7. The upper piece 26 that has been restricted from rotating in contact with the motion control plate 29 is released from the restriction, and the upper piece 26 rotates about the shaft 24 and integrally protrudes from the upper piece 26. The upper and lower pressure-sensitive adhesive plates according to claim 5, wherein the upper adhesive coating plate 16 that has been on the support member 28 is separated from the support member 28 and drops with the end on the inlet side as the head. Agent use box type mouse trap. The upper piece 26 and the lower piece 27 fixing the rotation control plate 29 are rotated to the original state in which the rotation control plate 29 is in contact with the upper piece 26 when the upper adhesive coating plate 16 is dropped. The box-type mouse trap using an upper and lower pressure-sensitive adhesive according to claim 6, wherein the shape and balance are returned.

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