JP2006333852A - Vermin-sucking device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a vermin-exterminating device capable of exterminating vermin, such as a fly, a mosquito, a moth, and a cockroach, by being positioned in a place in which the vermin easily gather, without affecting a human body or a small animal. <P>SOLUTION: This device is used for capturing the vermin by being positioned in the place, such as a bright place under window glass and the inside of an illuminator, in which the vermin gather according to their habits and a regular track with respect to the cockroach, etc., and sucking the vermin. Thus, the device exterminates the vermin without causing an unpleasant feeling, because a vermicidal spray or a vermicidal liquid affecting the human body or the small animal is not required to be used. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an improvement of a pest control apparatus that can be installed in a place where it is easy to gather, such as a moth, mosquito, moth, cockroach, etc.

  In general, pests have been controlled against indoor pests by spraying insecticide sprays or spraying insecticides.

  Conventionally, moths, mosquitoes, moths, etc. fly around in the lighting fixtures or gather in a bright place such as a window glass, and in places like kitchens, cockroaches and other unpleasant pests give people discomfort. End up. In order to get rid of these, they were exterminated by spraying with insecticide sprays and insecticides. The problem is to solve these problems.

Means to solve the problem

  In the invention of claim 1 for solving this problem, when a pest approaches the vicinity of the suction port, the pest sensor catches and rotates the electric motor and the fan to suck the pest.

  The invention of claim 2 is the time for inhaling the pest from the vicinity of the suction port to the inside of the capture pocket by setting the drive time of the electric motor to about 5 to 10 seconds per catch of the pest sensor. .

  The invention of claim 3 attaches a valve to the entrance of the capture pocket. Although the valve is tightened, it opens with the suction force of the fan, and after the pest is sucked in, the fan stops and the valve closes. The pests cannot go out.

    In the invention of claim 4, the paper pocket used for the vacuum cleaner is made of a material having a large resistance, so that the suction force is lowered. Therefore, by making the surface like a mesh that does not allow small insects to pass through, the resistance was low and the suction power was strong.

  The invention of claim 5 sucks dust and the like from the suction port in addition to the pests. For this reason, dust adheres to the electric motor and the fan, leading to the cause of failure and a decrease in capacity. Therefore, a suction filter is fitted on the wall between the capture pocket and the fan to guard against dust.

  In the invention of claim 6, the pests sucked into the capture pocket are alive, and it is difficult to take out only the pests and there is a risk of escaping. I did it.

  According to the seventh aspect of the present invention, since the entrance / exit cover is for replacing the capture pocket and the air is leaked when the cover is closed, the suction force is reduced. I made it.

  In the invention of claim 8, since there is a non-horizontal place in the window glass or the lighting fixture, it is fixed with a suction force by a suction cup or Velcro.

The invention's effect

  The present invention takes advantage of the habit of gathering in bright places such as window glass and lighting fixtures for pests that do not know when to come. Also, install it in the way of cockroaches and inhale and capture it. Even without spraying insect sprays or insecticides that affect the human body or small animals, it is possible to capture spiders, spiders, mosquitoes, cockroaches, etc. without causing discomfort.

  The installation place of the pest sucking device is not limited at all, but preferably, indoors, kitchens, pests that inhabit them, moths, mosquitoes, moths, etc. in the room, cockroaches, etc. in the kitchen. In FIG. 1, when a pest approaches the suction port 4, the pest sensor 5 senses and the fan 3 connected to the electric motor 2 rotates. By rotating, the air is sucked in from the suction port 4, and the valve 9 is opened by the suction force of the fan through the main body inlet 18, and air and pests are sucked into the capture pocket 8 and captured. Air passes through the capture pocket 8, passes through the suction filter 6, passes through the exhaust filter 7, and exits.

  The shape of the main body is not limited to a rectangular parallelepiped, and may be a cylinder or a cube. Although there are batteries, batteries, etc., the power source is preferably a household power source 100V or 200V. The shape of the fan is not limited to a propeller shape, but includes a screw shape. In addition, it is convenient because it is compact and can be built into the main body of an electrical product such as a lighting fixture. When the pest sensor is not catching, the electric motor is stopped, so the life is long and the electricity bill is low. It is effective to bring the smell and light that the pest likes to the suction mouth. In large stores such as restaurants, large pest inhalation devices are installed, and for home use, it is very convenient for a wide range of compact items.

  Since the insect pest sucking device according to the present invention can be industrially mass-produced, it has industrial applicability.

  Plan sectional view of the present insect pest sucking device   AA sectional view of FIG.   Main body front view of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Pest sucking device main body 2 Electric motor 3 Propeller 4 Suction port 5 Pest sensor 6 Suction filter 7 Discharge filter 8 Capture pocket 9 Valve 10 Member 11 which fits the capture pocket in the main body 11 Packing which seals the main body and the entrance / exit cover 12 The capture pocket is the main body A portion 13 for fixing the member 10 to be fitted to the member 13 A member for hooking the opening / closing cover opening / closing lever 14 A loading / unloading cover 15 A loading / unloading cover opening / closing lever 16 An electric motor fixing base 17 A suction cup 18

Claims (8)

  It is a device that sucks pests together with air. A pest suction device, wherein when a pest sensor catches a pest that has come near the suction port, a switch for an electric motor is turned on and the fan rotates to suck the pest.   A pest sucking device characterized in that the pest sensor catches and is switched on to drive the electric motor for about 5 to 10 seconds.   As the fan rotates, pests are sucked from the suction port and enter the capture pocket. A pest-sucking device characterized in that the catch pocket has a valve at the entrance.   A pest sucking device characterized in that the surface of the catch pocket is formed in a mesh shape so that small insects cannot pass through in order not to lower the suction power.   A pest suction device characterized in that a filter is fitted on the wall between the electric motor and the catch pocket and the outer wall for discharge so that dust does not enter.   A pest suction device characterized in that the catch pocket can be easily attached and removed and is disposable.   A pest suction device characterized in that a seal is fitted between a take-out cover and a gap between the main body and sealed.   A pest suction device characterized by attaching a suction cup to the bottom of the pest suction device main body and fixing it.

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