JP3115790U - Structure of mosquito, trapping racket - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a structure of a mosquito which is stopped on a plane, a mosquito capable of killing a spider, and a trap racket.
A racket body 20 and an electrode network layer 30 are included. The racket body 20 is formed with a housing portion 21 at the front stage, and a grip portion 22 is continuously provided at the rear end of the housing portion 21. The electrode network layer 30 is disposed in the housing part 21 of the racket body 20, and mosquitoes and cocoons in the electrode network layer 30 are killed by electric shock. When the gripping portion 22 and the casing portion 21 are curved and one connecting arm 221 is extended toward one side, and the casing portion 21 of the racket body 20 is flattened on one plane, A space is formed between the portion 22 and the plane so that the user's hand can be extended. As a result, the user grasps the grip portion 22 and flatly attaches the casing portion 21 of the racket body 20 to a flat surface, and can kill mosquitoes and spiders that are stopped on the flat surface.
[Selection] Figure 1

Description

  The present invention relates to the structure of a mosquito and a trap racket, and in particular, when the casing part at the front stage of the racket part is flatly attached to one plane, a gap is formed between the grip part connected to the rear end of the casing part and the plane. The present invention relates to a user that can extend a hand and hold a grip portion.

  The current mosquito and the electric mosquito collecting racket are applied to a racket body, the front end of the racket includes a housing part, and a high-piezoelectric netting layer is disposed. A grip portion is horizontally connected to the rear end of the rack portion of the racket body. When a user kills mosquitoes and spiders, it is possible to hold the grip part with a hand, and it is possible to kill the mosquitoes and spiders with a high-voltage hammering net layer arranged on the housing part.

  FIG. 3 shows the above-mentioned known mosquito and trapping racket. Since the neutral part 41 and the rear grip part 42 of the racket body 40 have neutral surfaces on the same neutral plane 4a, when the user holds the grip part 42, the finger 43 is Enclose the outer enclosure of the grip portion 42. When killing the mosquitoes and spiders 44 that are stopped on the plane 4b, the front part 41 of the racket body 40 is completely stopped by the obstruction of the user's finger 43 so that the planes (4b, For example, it cannot be flatly attached to the wall surface, and the state shown in FIG. 3 is obtained. That is, in the racket body 40, the front end edge 411 of the casing portion 41 straddles the plane 4b, whereby the entire racket body 40 and the plane 4b are inclined at an angle A, and the casing portion 41 and the plane 4b A gap is formed between the two. Thereby, the mosquitoes and traps to be killed can always escape quickly from the gap between the casing portion 41 and the plane 4b. This drawback causes wisdom mosquitoes, mosquitoes with trapping rackets on a flat surface, and always fail when killing spiders.

  Accordingly, an object of the present invention is to provide a structure of a mosquito, a mosquito capable of killing a spider, and a trap racket that can be trapped on a flat surface.

  In order to achieve the above-mentioned object, the structure of the mosquito and the trapping racket described in the claims of the present invention includes a racket body and an electrode mesh layer. The racket body is formed with a housing part at the front stage, and a grip part is connected to the rear end of the housing part. The electrode net layer is disposed in the rack part of the racket body, and mosquitoes and spiders in the electrode net layer are killed by electric shock. Between the grip part and the frame part, when one connecting arm is extended in a curved direction toward the one side, and the frame part of the racket body is flattened on one plane, the gap between the grip part and the plane is A single interval is formed so that the user's hand can be extended. As a result, the user can hold the grip portion, flatly attach the rack portion of the racket to a plane, and kill mosquitoes and traps that have stopped on the plane.

Embodiments of the present invention will be described below with reference to the drawings.
As shown in FIGS. 1 and 2, the structure of the mosquito and the trapping racket according to the embodiment of the present invention includes the following. The racket body 20 is formed with a housing portion 21 at the front stage of the racket body 20, and a grip portion 22 is connected to the rear end of the housing portion 21. The electrode network layer 30 is disposed in the housing portion 21 of the racket body 20, and mosquitoes and cocoons in the electrode network layer are killed by electric shock. The feature is that between the grip portion 22 and the housing portion 21, one connecting arm 221 is extended toward one side in a curved manner and is connected on the housing portion 21. When the frame portion 21 of the racket body 20 is flatly attached to the plane P (for example, a wall), there is a gap D between the grip portion 22 and the plane P, and the user's fingers F extend to hold it. Is possible. At this time, the casing portion 21 of the racket body 20 can be flatly attached to the plane P to supplement mosquitoes and traps that are stopped on the plane P.

  As for the structure of the racket for removing mosquitoes and spiders according to this embodiment, the racket 20 includes the following. The center portion of the housing portion 21 and the housing portion 21 is a hollow portion 210, and the electric shock net layer 30 is fitted into the hollow portion 210. In addition, the grip part 22 and the grip part 22 include a hollow holding hole 222, and an electric circuit for controlling and touching the electric shock net layer 30 and necessary electronic components are placed in the hollow holding hole 222 (for example, a battery, an electric circuit). A plate or the like) Between the grip portion 22 and the housing portion 21, one connecting arm 221 extends in a curved manner toward one side. The connection between the housing portion 21 and the grip portion 22 can be performed by screw fastening connection, high wave connection, or other methods. The present invention is not limited to this connection method.

  In the racket body 20 having a mosquito and trapping racket structure according to the present embodiment, a casing part 21, a grip part 22, and a large number of separated parts are assembled relative to each other. Alternatively, it can be modified and integrally molded. The present invention is not limited to this.

  The main structural feature of the present embodiment is that the housing portion 21 and the grip portion 22 of the racket body 20 are on different planes, and the bottom of the housing portion 21 of the racket body 20 is as shown in FIG. When flatly attached to one plane P, a gap D is formed between the grip portion 22 and the plane P. This distance D can sufficiently extend the finger F when the user grasps the grip portion 22 sufficiently. When the mosquito or moth stays on a flat surface such as a wall or tuna, the user is in a normal use state holding the mosquito and the gripping portion 22 of the trapping racket, and the body portion with the electric shock net layer 30 21 can be attached in parallel on a plane P such as a wall or ledge. Since the skeleton part 21 can be completely stuck flat on the plane P, the mosquitoes and moths to be killed do not have any clearance to escape. According to the present invention, the effect of killing mosquitoes and spiders in a flat area such as a wall, a wall, a chest, etc., is more effective than a known electric mosquito catching racket.

  When the concept and shape of the present invention are partially changed, the effects and actions that occur after the partial modification of the present invention are within the scope of the present invention.

It is a three-dimensional view showing the structure of a mosquito and a trap racket according to an embodiment of the present invention. It is a figure which shows the use condition of the structure of the mosquito by the Example of this invention, and a trap racket. It is a figure which shows the use condition of an acquaintance mosquito and a trap racket.

Explanation of symbols

  4a Central plane, 4b plane, 20 racket body, 21 housing part, 22 grip part, 30 electrode network layer, 40 racket body, 41 housing part, 42 grip part, 43 fingers, 210 hollow part, 212 connecting part, 221 Articulated arm, 222 hollow hole, 411 front edge, A angle, D spacing, F fingers, P plane

Claims (3)

It is a structure of a mosquito with a racket body and an electrode net layer, a trapping racket,
The racket body forms one body part at the front stage, and one grip part is connected to the rear end of the body part,
The electrode network layer is placed in the rack part of the racket body.
Between the grip part and the frame part, when one connecting arm is continuously extended and the rack part of the racket is flattened on one plane, there is a gap between the grip part and the plane. A structure of a mosquito and a trapping racket characterized in that the user's hand can be extended.   The mosquito and trapping racket structure according to claim 1, wherein the connecting arm is formed in a curved shape.   The structure of the mosquito and the trapping racket according to claim 2, wherein the connection between the body part and the grip part is connected by fastening with a screw.

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