JP2000106805A - Mosquito-catching tool - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a mosquito-catching tool capable of accurately and efficiently catching and removing the mosquito flying about the body, and capable of being readily used for a long time. SOLUTION: This sweepnet-type mosquito-catching tool 1A comprises a combination of a racket 3 having a circular frame 4 installed in the upper end of a grasping part 5, and a nonreturn net 6 stretched on and attached to the frame 4, and a sweepnet 2 obtained by connecting the entrance of a bag-like net 2 to the back side of the frame 4 of the racket 3, and closing the rear part of the net 2. The nonreturn net 6 compulsorily make the mosquito flying in the air to pass the nonreturn net 6 by the air flow caused by the shaking when the racket 3 is strongly grasped and operated. The nonreturn net 6 is composed of a small mesh having a size not allowing the mosquito in the flying state to pass. The racket 3 has a structure capable of confining the mosquito flying in the air and catching the mosquito in the sweepnet 2 by shaking the racket part 3.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mosquito catcher used to capture and remove mosquitoes flying indoors and outdoors.

[0002]

2. Description of the Related Art Mosquitoes that fly around indoors or outdoors, stop on the body, and suck in blood are exterminated by a widely used mosquito coil or an insect repellent.

[0003] The above-mentioned methods using a mosquito coil and an anthelmintic agent include:
There are zones that do not work due to airflow, and complete elimination cannot be expected.In places where there are many mosquitoes, mosquitoes may fly around the body, making it difficult to knock them out by hand. It takes time and effort to kill a single beating animal, and sometimes mosquitoes are troubled because they cannot beat well. If the mosquito coils and insect repellents are not prepared, or mosquitoes cannot be exterminated outdoors such as campsites, the mosquitoes are easily exposed to mosquitoes, which may be extremely troublesome. The present invention provides a mosquito catcher that solves the above-mentioned conventional problems.

[0004]

A mosquito catcher according to the present invention which achieves the above object comprises a racket portion having a check net stretched over a frame at the upper end of a grip portion, and a mosquito catcher detachably attached to the frame portion of the racket portion. The check net consists of a combination of flexible bag-like insect nets to be attached, and the check net has a mesh size in which mosquitoes in the insect net are not allowed to fly out while forcibly passing mosquitoes together with a strong flow of air. A structure that enables mosquitoes flying in the air to be captured and captured in the insect net by swinging. "
A insect net-type mosquito catcher consisting of

[0005] It consists of a combination of a racket portion having a protective net stretched over a frame portion at the upper end of the grip portion, and a mosquito-removing adhesive sheet which is exchangeably attached to the frame portion with the mosquito-removing adhesive surface facing the protective net, An adhesive sheet-type mosquito catcher comprising a structure in which the protective net has a mesh size through which mosquitoes in the air can easily pass, and a structure in which the mosquitoes in the air can be trapped on the adhesive surface by swinging the racket.

A mosquito catcher comprising a racket portion having a mosquito net stretched over a frame at an upper end of a grip portion, wherein a mosquito flying in the air is hooked and captured by the mosquito catch net by swinging the racket portion. It is a net-type mosquito catcher.

That is, the mosquito catcher of the present invention is formed in a racket form that can be easily swung in the air, and a "non-escapeable insect net" or "adhesive sheet for removing mosquitoes" is provided on the rear surface of the racket. It features a structure with a `` net '', and by swinging the racket, mosquitoes flying in the air are taken into the insect net,
They are attached to an adhesive sheet or hooked onto a mosquito net to capture and remove.

[0008] The check net of the racket portion of the insect net-type mosquito catcher is configured such that the mosquitoes are forcibly passed by the air flow passing through the frame portion of the racket portion that has been swung, and the mosquitoes that have entered the insect net by the forced passage. Is set to a mesh size of “about 3 to 4 mm”, for example, which cannot be output in its own flying state. The protective net of the racket part of the adhesive sheet type mosquito catcher is a guard net for preventing foreign substances from adhering to the surface of the adhesive sheet. In addition, the mosquito net is set to a mesh size of "for example, about 1 to 0.5 mm" so that the mosquitoes flying in the air do not collide and are crushed by the strong swinging operation of the racket portion so that the mosquitoes do not fall out. Is done.

[0009]

The mosquito catcher of the present invention having the above-described structure is in a racket form, so that it is easy to swing in the air. When the racket is shaken for mosquitoes flying in the air, the swing action causes the air to be released. Mosquitoes pass through the racket and are trapped in the insect net by the flow, they are set on an adhesive sheet, or they are crushed by the mosquito net and are crushed and stopped. In addition to the large surface area, the racket part with a large surface area makes it possible to capture a large amount of mosquitoes that swarm.

[0010]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS First, an embodiment of the insect net-type mosquito catcher of the present invention will be described with reference to FIG. In other words, the mosquito catcher 1A has a racket shape in which a circular frame 4 is integrally formed at the upper end of a grip portion 5 having a vertical bar shape, and a check net 6 is stretched in the frame of the frame 4. 3 and a bag-shaped insect net 2 which is detachably connected to the rear part of the frame 4 of the racket 3. The entrance of the insect net 2 is joined to the periphery of the frame 4 to form an integral unit. Is set. Then, when the gripping portion 5 is grasped with a hand and shakes strongly in the air, the check net 6 "forces that the mosquitoes in the air forcefully pass through the check net 6 together with the strong airflow due to the swing operation, and the forced passage Is set to a small mesh size (the mesh size of this embodiment is about 3 mm) that the mosquito that has entered the insect net 2 cannot pass in its own flying state.

The insect net 2 of this embodiment has an inlet attached to the annular flange plate 7 and is open. The flange plate 7 is joined to the frame portion 4 and set. 8 (or pins) so as to be detachably and integrally connected. And when you are in a place with a lot of mosquitoes, just hold it in your hand or be close to it like a traditional fan,
When necessary, the gripping portion 5 is gripped with a hand and swung to take in the flying mosquitoes into the insect trap net 2 to prevent them from escaping by the check net 6 and capture the mosquitoes in the insect trap net 2. Remove and remove and use repeatedly.

Next, another embodiment of the insect trap type mosquito catcher 1A will be described with reference to FIG. That is, in the racket unit 3, the insect net 2, and the check net 6, the check net 6 of this embodiment is stretched over the annular flange plate 7A, and the flange plate 7A is connected to the frame unit 4 by the hinge 9. The front of the frame part 4 can be opened and closed by being hinged. The entrance of the insect net 2 is attached to the inner peripheral edge of the annular flange plate 7B, and has a shape in which the annular flange plate 7B protrudes outward. The frame portion 4 is overlapped and set, and thereafter, the check net 6 is closed, the annular flange plates 7A and 7B are overlapped and combined, and the combination posture is locked by the stopper 10, and the same as that of FIG. To be used.

The insect net-type mosquito catcher 1A of the embodiment described above comprises:
Since the racket form is used, the swing operation is easy, and the mosquito is caught by the insect net 2 having a large entrance, so that the mosquito can be accurately and extremely efficiently removed. In addition,
In the free state, the insect net 2 hangs down as indicated by the dotted line,
When the racket portion 3 is shaken vigorously, the racket portion 3 is formed of a flexible mesh bag that swells in the form of a solid line in the figure as shown in FIG.

Next, an embodiment of the adhesive sheet type mosquito catcher 1B of the present invention will be described with reference to FIG. That is, the adhesive sheet type mosquito trap 1B is the same as the insect net type mosquito trap 1 described above.
A racket part 3A forms a main part in the same manner as A, and on the rear surface of the frame part 4 of the racket part 3A, an adhesive sheet 11 for adhesively capturing mosquitoes is formed in a replaceable manner. Has become.

More specifically, the adhesive sheet 11 is removably attached to an attachment plate 13 which is detachably attached to the frame portion 4. When the attachment plate 13 is attached to the frame portion 4, the adhesive surface 12
Are set close to the back surface of the racket portion 3A to cover the entire surface of the frame portion 4 in a combined manner.

The frame 4 of the racket 3A has a protective net 1 for preventing the adhesive surface 12 from contacting other objects.
The protection net 14 has a large mesh size through which mosquitoes flying in the air can easily pass.
Then, similarly to the insect net-type mosquito catcher 1A of FIG. 1, a strong air flow caused by the swinging operation of the racket portion 3A is brought into contact with the adhesive surface 12 so that the mosquitoes in the air flow are adhered to the adhesive surface 12A.
When the adhesive force of the adhesive sheet 11 is reduced or becomes unsightly due to the sticky mosquito, the adhesive sheet 11 is replaced and used as needed. In addition,
A large number of adhesive sheets 11 are prepared as consumables, and a protective paper is adhered to the adhesive surface 12 like other known adhesive sheets, and the protective paper is peeled off immediately before use.

The adhesive sheet type mosquito trap 1B of the embodiment shown in FIG. 3 is easy to use similarly to the insect net-type mosquito trap 1A of the embodiment of FIG. 1, and can accurately capture and remove mosquitoes flying in the air. The racket part 3A has a protection net 14
Is provided to protect the adhesive surface 12, so that there is no possibility that foreign matter will adhere to the adhesive surface 12 without paying particular attention to how and where to place it when not in use, and it is extremely easy to use.

Next, another embodiment of the mosquito catcher 1A, 1B of the present invention will be described with reference to FIGS. That is, FIG.
Shows another embodiment of the adhesive sheet type mosquito catcher 1B, which reduces the air resistance that strongly contacts the adhesive surface 12 when the mosquito catcher 1B is swung, and improves the flow of the air flow 4A, the adhesive sheet 11 is provided with "a minute slit 15 or a small hole group (not shown) enough to prevent mosquitoes from forcibly passing". In FIG. 4B, a minute gap 16 is provided at a joint portion between the adhesive sheet 11 and the frame portion 4. In the embodiment of FIG. 4, the air that has come into contact with the adhesive surface 12 is caused to flow out from the minute slits 15 and the minute gaps 16, so that the air resistance is eased and the swing operation is facilitated, and the air that comes into contact with the adhesive surface 12 is brought into contact. Air flow is improved.

On the other hand, in FIG. 5, the check net 6 of the insect trap type mosquito catcher 1A of FIG. 1 is formed on a check net member 17 stretched on an annular flange plate 7, and the check net member 17 is On both sides, the racket 3A with the protective net 14 in the embodiment of FIG. 3 and the insect net 2 of the embodiment in FIG. In this embodiment shown in FIG. 5, since the adhesive sheet 11 of the embodiment shown in FIG. 3 can be attached in place of the insect net 2, the insect net-type mosquito catcher 1A can be used if necessary.
Or it can be conveniently used as an adhesive sheet type mosquito trap 1B.

Next, an embodiment of a mosquito net-type mosquito catcher 1C will be described with reference to FIG. In this mosquito net-type mosquito net 1C, a racket portion 3 having an annular frame portion 4 at the upper end of a grip portion 5 similar to each of the above embodiments forms a main portion,
In the hollow part of the frame part 4 of the racket part 3, "about 0.5 to
A mosquito net 18 of "1.0 mesh size" is stretched, and when the racket portion 3 is shaken strongly in the air, mosquitoes flying in the air collide with the mosquito net 18 and are crushed and adhered. , Can be captured as it is. The mosquitoes of the embodiment of FIG. 6 can be accurately and easily captured and removed in the same manner as the embodiment. And there is an advantage that the structure is simpler and cheaper than the mosquito catchers 1A and 1B of the above embodiment, and it is easy to use. Since the dead mosquitoes adhere to the mosquito net 18, the mosquito net 1C is appropriately cleaned before use.

The mosquito catcher of the present invention is not limited to the above-described embodiment, but the insect net 2 and the racket 3 of the adhesive sheet 11 are provided.
The attachment means detachable to the device may be a known means such as a chuck fastener, a velvet fastener, a button, a hook, or the like, a detachable connection means inserted into a guide groove provided in the frame portion 4 and set, or a racket. The part 3 may have a structure in which the frame part 4 and the check net 6 and the protection net 14 are combined as separate members.

[0022]

As described above, the mosquito catcher of the present invention has an excellent mosquito-capturing performance, which is easy to use and can efficiently capture mosquitoes, and can also catch mosquitoes completely. When it is troubled or in a place, it is a very useful tool, has a simple structure, is inexpensive, has a practical use that can be used for a long time, and has a useful effect of improving the convenience of everyday life widely.

[Brief description of the drawings]

FIG. 1 shows an embodiment of an insect net-type mosquito catcher of the present invention,
(A) is a perspective view of the component, (B) is the whole perspective view.

FIGS. 2A and 2B show another embodiment of the insect net-type mosquito catcher of the present invention, wherein FIG. 2A is a perspective view of the components thereof, and FIG.

3A and 3B show an embodiment of the adhesive sheet type mosquito catcher of the present invention, wherein FIG. 3A is a perspective view of its constituent members, and FIG.

FIGS. 4A and 4B show another embodiment of the adhesive sheet type mosquito catcher of the present invention, wherein FIG. 4A is a front view of the adhesive sheet, and FIG.

5A and 5B show another embodiment of the insect net-type mosquito catcher of the present invention, wherein FIG. 5A is an overall side view, and FIG. 5B is a front view of its constituent members.

FIG. 6 is a front view of one embodiment of the mosquito net-type mosquito catcher of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1A Insect net type mosquito catcher 1B Adhesive sheet type mosquito catcher 1C Mosquito net type mosquito catcher 2 Insect net 3 Racket part 4 Frame part 5 Grip part 6 Non-return net 7 Annular flange plate 9 Hinge 10 Stopper 11 Adhesive sheet 12 Adhesive surface 13 Attachment Board 14 Protection net 15 Micro slit 16 Micro gap 17 Non-return net member 18 Mosquito net

Claims (3)

[Claims] The check net comprises a combination of a racket having a check net stretched over a frame at an upper end of a grip portion and a flexible bag-like insect net detachably attached to the frame of the racket. The mosquito in the insect net was forced to pass along with the strong flow of air and had a mesh size in which the mosquito in the insect net was not able to jump out, and the mosquito flying in the air was taken into the insect net by the swinging action of the racket part so that it could be captured. Mosquito catcher characterized by its structure. 2. A combination of a racket having a protection net stretched over a frame at an upper end of a grip portion and a mosquito-removing adhesive sheet which is exchangeably attached to the frame with a mosquito-removing adhesive surface facing the protection net. A mosquito catcher characterized in that the protection net has a mesh size through which mosquitoes flying in the air can easily pass, and the mosquitoes flying in the air can be captured on the adhesive surface by swinging the racket. 3. A structure in which a mosquito net is stretched on the frame at the upper end of the grip portion, and a mosquito flying in the air is hooked on the mosquito net and can be captured by swinging the racket. Mosquito catcher.