JP2006174787A - Capturing tool of rats - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a capturing tool of rats, helpful in effectively utilizing resources, by making it possible that a part of cardboard paper of base paper thereof is recovered by decreasing a waste part, while conventional capturing tools of the rats in a system of applying a pressure-sensitive adhesive to the base paper are subjected to disposal treatment, including burning the base paper or burying the paper under the ground together with the rat, after capturing of the rat, and therefore become one reason of environmental pollution, and simultaneously the cardboard paper of the base paper is not effectively utilized. <P>SOLUTION: In this capturing tool of the rats, the base paper 1 is formed so that two threads of folding lines 3, 3 having restoration properties are formed by compression at a prescribed narrow-width interval d on a central part of the base paper 1 which is formed by laminating a plastic film 2 through an weak adhesive B coated on a paper surface of a piece of the cardboard paper, and then a pair of rectangular panels 5, 5 are formed on right and left sides of a narrow-width panel 4 positioned between the folding lines 3, 3, so as to adjoin the lines, and are always kept to be flat by interposing the narrow-width panel 4 between themselves. Further, the pressure-sensitive adhesive A is applied to a surface of the plastic film by leaving spaces from right and left outer side edges of the rectangular panels 5, 5, respectively, so that the pressure-sensitive adhesive on the right and left rectangular panels 5, 5 do not brought into contact with each other when the base paper 1 is folded in half. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention provides a mosquito trap of the type that captures ridges traveling in a room or the like with an adhesive applied to the mount.

2. Description of the Related Art Conventionally, there is known a type in which an adhesive for trapping wrinkles is applied to the mount surface, and the wrinkles that run on the coated surface are adhered and captured. For example, a small folded piece is formed on the outer edge of each of three sides of a pair of rectangular panels folded in two by a folding portion formed in the center of the mount, and the inside (small size) of each of the three folded pieces of the left and right rectangular panels. In order to prevent the adhesive surfaces from sticking to each other by creating a gap between the adhesive surfaces when folded in half at the approximate center of the adhesive surface of each rectangular panel. The anti-adhesive piece (spacer) is provided and folded inward when not in use so that the adhesive surface does not come out.
Registered Utility Model Publication Utility Model Registration No. 3066961 (Figure 7)

  In the conventional type of trap catcher coated with adhesive, the processing after trapping is either incinerated or embedded in the ground, leaving problems in post-processing. In other words, a plastic film is stuck on the surface of the mount body to prevent the adhesive from penetrating or a paint for preventing penetration is applied to the surface of the mount body. Although it will rot, plastic film will remain in the ground without rot even after many years, leaving a problem that causes pollution, and in the case of most incineration disposal, incineration gas such as toxic gas is generated and environmental sanitation There was a problem above. However, there was a problem that the board part of the mount could not be used effectively due to incineration.

  The present invention has been made in view of the above points, and does not incinerate the mount itself or embed it in the ground, prevents pollution due to the embedding or incineration of the mount and reduces the waste portion, and the mount An object of the present invention is to provide a trap for trapping moss that can be used for effective utilization of resources by collecting the paperboard portion.

  In order to achieve the above object, the mosquito catching device of the present invention has a predetermined narrow width at the center of the mount 1 in which the plastic film 2 is laminated through the weak adhesive B coated on the surface of one board. A pair of rectangular panels 5 and 5 adjacent to the folding line 3 are formed on the left and right sides of the narrow-width panel 4 between the narrow-width panels 4 with a spacing d between them. In order to prevent the adhesives on the left and right panel surfaces from contacting each other when the mount A is folded in two, the adhesive A is applied to the mount 1 formed so as to always keep flat with the panel 4 interposed therebetween. It is characterized in that it is applied at intervals from the left and right outer edges.

  By installing the mount 1 formed so as to maintain the flatness in the path of the ridge along the wall surface of the chamber or the like, the ridge sticks when the ridge runs on the upper surface of the mount 1 coated with the adhesive A. The plastic film 2 laminated through the adhesive B, which is weaker than the adhesive A, is peeled off from the board surface of the base 1 that has been kept flat, and becomes a bag body. When entangled, the moth cannot escape, and it can be easily captured. Then, by holding the plastic film entangled with the body of the bag 1 and peeling it off the mount 1, the bag can be easily disposed of separately from the paperboard portion of the mount 1.

In forming the two fold lines 3 and 3 having the restoring property of the mount 1, it is desirable that the fold lines are formed on the side of the plastic film by the compression of the mount 1 in a flat state by compression. (See FIG. 2). In this case, the rectangular panels 5 and 5 on the left and right sides of the narrow panel 4 of the mount 1 are difficult to bend toward the convex portion 6 side of the uneven crease, so that the mount 1 can be satisfactorily formed even if the wrinkles are exposed on the adhesive surface. The flatness of the cocoon can be maintained, and trapping of cocoons can be facilitated.

  As the weak adhesive B, it is effective to use an acryl resin emulsion adhesive, and when this is used, the plastic film 2 laminated on the paperboard surface can be easily peeled off from the paperboard surface. It is possible to easily capture the soot by the plastic film coated with.

  In the mount 1, small folded-back pieces 7, 7, 8 are formed on the outer edges of the three sides of the pair of rectangular panels 5, 5, respectively. The plastic film can be entangled with the body of the bag, and the plastic film entangled with the bag is peeled off from the mount 1, and the bag is easily disposed of separately from the board part of the mount 1 that can be reused as a resource. can do.

  It is effective to use a plastic film 2 colored in a dark color such as black. As a result, when the trapped trap is disposed of, the trap inside of the plastic film entangled becomes difficult to see from the outside, and the trapped trap can be disposed inconspicuously.

  According to the kite catching device of the present invention described in claim 1, by installing the mount 1 formed so as to always maintain flatness in the path of the kite, the kite has the upper surface on which the adhesive of the mount 1 is applied. When traveling, the bag is taken off by the adhesive and tries to escape from the mount, so that the plastic film 2 laminated through the adhesive B weaker than the adhesive A is peeled off from the board surface of the mount 1 that holds flat. The moths entangled with the body of the moth cannot escape and can easily catch the moth. And by removing the plastic film entwined from the paperboard from the mount, the paperboard can be easily disposed of, while the remaining paperboard part can be recovered and used effectively as a paper resource. Can be used for pollution prevention based on Moreover, the adhesives do not stick together when the mount is folded in two.

  According to the second aspect of the present invention, since the convex portions of the two fold lines 3, 3 having the restoring property of the mount 1 are formed on the plastic film side coated with the adhesive, the space between the fold lines is narrowed. Since the rectangular panels 5 and 5 on the left, right, left and right sides of the width panel 4 are difficult to bend toward the convex side of the concave and convex crease, the flatness of the mount 1 can be maintained well even if the heel is on the adhesive surface. Can be easily captured.

  According to the invention of claim 3, by adopting an acrylic resin emulsion adhesive as the weak adhesive B coated on the paperboard surface of the mount, the plastic film 2 laminated on the paperboard surface can be easily peeled off from the paperboard surface. It is possible to easily capture the wrinkles with a plastic film coated with an adhesive.

  According to the invention described in claim 4, the mount is similarly applied to the catching device having a conventionally known type of mount having a small folded piece on each of the three outer edges of the pair of rectangular panels 5, 5 of the mount 1. A plastic film is entangled with the body of the bag running on the upper surface, so that the bag can be easily disposed of separately from the board part of the mount 1, and the board part of the mount 1 can be effectively used as a paper resource.

  According to the fifth aspect of the present invention, when the captured soot is discarded, the internal soot that the plastic film 2 is entangled becomes difficult to see from the outside, so that the captured soot can be disposed without conspicuously.

  The trap that captures the straw with the adhesive-coated mount will not be incinerated or buried in the ground after the trap is captured, preventing pollution due to the mounting or incineration of the mount and disposal Adhesive applied to a plastic film laminated with a weak adhesive on the board of the mount for the purpose of providing a mosquito catcher that is useful for the effective use of resources that can reduce the portion and recover the board of the mount This is realized by a trap that can easily catch the kite so that the plastic film is peeled off from the mount when the kite running on the mount is removed.

  FIG. 1 is a perspective view showing a state in which a pair of rectangular panels of the mosquito catching device of the present invention is developed and the plastic film is partially peeled off, and FIG. 2 is a side view of the catching device in the deployed state. And a partially enlarged view thereof. Also, 1 is a mount, 2 is a plastic film, 3 is a crease, 4 is a narrow panel, 5 is a rectangular panel, 6 is a convex part, A is an adhesive, and B is a weak adhesive such as an acrylic resin emulsion adhesive. The agent d is a predetermined narrow interval.

  The mount 1 is a polyethylene whose weak adhesive B such as an acrylic resin emulsion adhesive is thinly coated (coated) on the surface of a rectangular thick paper board of a predetermined size, and whose upper surface is colored with a dark color such as black A plastic film 2 such as is laminated so as to be peelable. In addition, the concave and convex creases 3 and 3 having a two-line restorability at a predetermined narrow interval d in the center of the mount 1 are plastic, and the protrusion 6 (see FIG. 2) is plastic with the mount 1 being flat. Formed on the film 2 side, a pair of rectangular panels 5 and 5 adjacent to the folding line 3 on both the left and right sides of the narrow panel 4 between the folding lines 3 and 3 are always flat across the narrow panel 4 It is formed as if holding.

Adhesive A is separated from the outer peripheral edge of the mount 1 by a small distance on both sides in the longitudinal direction of the rectangle, and from the outer edges in the short side direction of the rectangle, that is, from the left and right outer edges of the rectangular panels 5 and 5 respectively. W is applied so that the adhesives on the left and right panel surfaces do not contact each other when the mount 1 is folded in half.
When storing without using the trap (including during sales and transportation), fold the two mounts 1 and 1 into the case 10 having a rectangular opening with a transverse cross section, The left and right rectangular panels 5 and 5 sandwich the narrow-width panel 4 and store them by inserting them in a staggered combination while pressing the repulsive force to flatten them (see FIG. 4).

  The trapping tool is taken out from the case 10, and the rectangular panels 5 and 5 on both the left and right sides of the narrow panel 4 are flat (see FIG. 1) and placed in a corridor along the wall of the room. When the kite runs over the top surface of the mount 1, the kite takes the legs on the adhesive A, and when it tries to escape from the mount 1, the plastic film 2 coated with the adhesive A is peeled off the board surface of the mount and entangled with the body of the kite The moth can no longer escape (see Figure 3) and can easily be captured. Thereafter, the bag wrapped and wrapped around the plastic film 2 is peeled off from the mount 1 and discarded.

  FIG. 5 is a perspective view showing another example of the capturing tool of the present invention. This is one in which the technical idea of the present invention is applied to a conventionally known mount-type catcher. In other words, in the center of the base 1, two creases 3, 3 are formed in a concave-convex shape by compression so that the distance between them is more than twice the thickness of the paperboard, and a narrow panel 4 is formed between them. A pair of rectangular panels 5 and 5 are formed adjacent to the folding lines 3 on both the left and right sides of the four, and small-width folded pieces 7, 7 and 8 are formed on the outer edges of the three sides of each rectangular panel, respectively. The adhesive A is applied to the upper surface of the plastic film 2 inside each of the three folded pieces of the left and right rectangular panels 5 and 5, and the rectangular panels 5 and 5 An anti-adhesion piece 9 is provided in the approximate center so that the adhesive surfaces do not stick together when folded in half.

  As a result, the unfolded flat mount 1 is placed in the path of the ridge in the same manner as described above, and when the ridge runs on the top surface of the mount 1 and is taken off by the adhesive A, the plastic film 2 is coated with the adhesive. Is peeled off from the paperboard surface of the mount 1 (in this case, it is easily peeled off because the adhesive strength of the plastic film at the folded portion is weak), and the folds can be easily caught and trapped. After that, the captured straws in a state of being entangled in a plastic film from the mount 1 are peeled off and disposed of in the same manner as in Example 1.

  When capturing traps using traps of the type that capture traps with a base paper coated with an adhesive, the trap catcher of the present invention can discard the traps leaving the board part of the mount after capture. Therefore, unlike conventional products, it is possible to easily provide a trap for catching moss that is useful for effective use of resources by reducing the waste portion and reusing the paperboard portion.

It is a perspective view which shows the state which unfolded a pair of rectangular panel of the trap of this invention, and peeled a plastic film partially. It is the side view of the catching tool of the unfolding state, and its partial enlarged view. It is a perspective view of the capture tool which shows the capture state of a shark. It is a side view inside the case which accommodated the capture tool. It is a perspective view which shows the other example of the trap of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Mount 2 ... Plastic film 3 ... Folding line 4 ... Narrow width panel 5 ... Rectangular panel 6 ... Convex part 7 ... Small width folding piece 8 ... Small width folding piece A ... Adhesive B ...... Weak adhesive (acrylic resin emulsion adhesive)
d ...... Narrow width interval

Claims (5)

  Folding lines 3 and 3 having two rows of restorability at a predetermined narrow width interval d at the center of the base 1 in which the plastic film 2 is laminated via the weak adhesive B coated on the surface of one paperboard. And a pair of rectangular panels 5 and 5 adjacent to the folding line 3 on both the left and right sides of the narrow-width panel 4 between them. Further, the adhesive A is applied at intervals from the left and right outer edges of the rectangular panels 5 and 5 so that the adhesives on the left and right panel surfaces do not contact each other when the mount 1 is folded in half. Kind catching tool.   2. The ridges according to claim 1, wherein the two folding lines 3 and 3 having a restoring property are formed such that the concave and convex folds are formed on the side of the plastic film by compressing the mount 1 in a flat state. Capture tool.   The moss trap according to claim 1 or 2, wherein the weak adhesive B is made of an acrylic resin emulsion adhesive.   4. The trap for trapping moss according to claim 1, wherein small folded pieces 7, 7 and 8 are formed on the outer edge of each of the three sides of the pair of rectangular panels 5 and 5, respectively.   The mosquito catcher according to any one of claims 1 to 4, wherein the plastic film 2 is colored in a dark color such as black.

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