KR200425857Y1 - A Solar Powered Insect Trapping ? Terminating Apparatus - Google Patents

Abstract

The solar cell driven pest trapping and insecticidal device of the present invention has an upper end coupled to a semi-circular guide board by a pivot axis, the guide board is connected to the frame, and the solar cell module is arranged on the upper pillar body. ; A semi-circular guide trench fixed to the upper end of the upper pillar body with a bolt mounted with a nut passing through the guide trench, the frame being guided by the guide trench and moving in a curve; A shaft having a lamp connected to the front end of the shaft, the first circuit board being disposed inside the lamp, the bottom of the first circuit board being suitably fixed to the side of the upper pillar body connected to a plurality of light emitting members having different wavelengths; The upper column body is disposed on the ground to be inserted into the lower column body, and an adjustment bolt for properly adjusting the position at which the upper column body is fixed to the lower column body is appropriately mounted on the side so that the upper column body moves to the above position. A lower pillar body for fixing the upper pillar body within the lower pillar body using an adjustment bolt; And a power supply disposed inside the case and coupled to the second circuit board, and the second circuit board is coupled to the first circuit board inside the lamp, and then the control switch is coupled to the second circuit board. It mainly includes a case disposed on the outer surface. When a user wants to capture and kill pests, the user simply prepares a basin or a sink on the ground, and a plurality of light emitting members of the lamp emit light of different wavelengths, and various kinds of pests are attracted to the basin or the sink. When pests fall into a basin or sink, they are trapped in them and cannot escape.

Upper Pillar Body, Lower Pillar Body, Shaft, Case

Description

A Solar Powered Insect Trapping & Terminating Apparatus}

1 is a side view of a solar cell driven pest capture and insecticide device of the present invention.

2a and 2b is a view showing a rotation method of the frame of the solar cell driven pest capture and pesticide device.

Figure 3 is a view showing an embodiment of a solar cell driven pest capture and insecticide device of the present invention.

The present invention relates to a solar cell driven pest trapping and insecticidal device, and more particularly, based on the fact that the pests are attracted to various light sources, the insects are attracted by using a plurality of light emitting members emitting light of different wavelengths. It relates to a light source. Therefore, the light emitted by the plurality of light emitting members attracts the pests to the pre-arranged basin or sink, so that when the pest falls into the basin or sink, the pests are trapped therein so as not to escape.

Pests are closely related to human life, some of which are harmful to humanity. Among them, mosquitoes are commonly found in families. Mosquitoes are annoying pests that ask people. In addition, pest problems are a headache for farmers, as they damage crops, flowers and fruits. Therefore, farmers have continually sought ways to remove pests to protect their crops.

Basically, people often use so-called mosquito-killer lamps to catch mosquitoes. Mosquito repellent lamps focus on the characteristics that pests tend to fly towards the light source and are sensitive to certain wavelengths, so when the lamp is turned on, the mosquitoes fly near the lamp and are instantly killed by the high voltage supplied to the net of the mosquito repellent lamp. This applies equally to mosquito swatters. However, mosquito repellent lamps can cause cataracts if the elderly look at the lamps for too long, and children may be curiously touched by the mosquito repellent lamps to cause electrical shock, which is dangerous for the elderly or children. In addition, mosquito repellent lamps consume a large amount of power and are expensive to use. In addition, electric mosquito swatters use batteries to conserve energy, but inadvertent users can accidentally touch the net and get an electric shock.

Therefore, the above-mentioned conventional pest trapping and insecticide apparatuses have problems to be solved.

Therefore, the inventors of the present invention have developed a solar cell driven pest trapping and insecticidal device in view of the problems of the conventional pest trapping and pesticidal devices.

SUMMARY OF THE INVENTION An object of the present invention is to provide a solar cell driven pest trapping and insecticidal device for attracting pests using a plurality of light emitting members emitting different wavelengths of light based on the fact that the pests are attracted to different light sources. Therefore, if the pests that fly away from the emitted light falls into the basin or sink, the pests are trapped in them and do not escape.

Another object of the present invention is to provide a power supply for storing the power converted by the solar cell module to operate as a power source, and as a result, the solar cell driven pest trapping and insecticide device is separate. Self-contained without the need for an external power source.

Still another object of the present invention is to provide a solar cell driven pest trapping and insecticidal device including a solar cell module that can rotate according to the position of sunlight.

Still another object of the present invention is to provide a solar cell driven pest trapping and insecticide device which is inexpensive, easy to operate and simple in structure.

The present invention relates to a solar cell driven pest trapping and insecticidal device comprising an upper tube body, a guide board, a frame, a shaft, a lower tube body and a case.

In the above, it has an upper end coupled to the pivot axis to the semi-circular guide board, the guide board is connected to the frame, the upper column body is mounted to the solar cell module frame; A semi-circular guide trench fixed to the upper end of the upper pillar body with a bolt mounted with a nut passing through the guide trench, and mounted on a guide board in which the frame is guided by the guide trench and moves in a curve; A shaft having a lamp connected to the front end of the shaft, wherein the first circuit board is mounted inside the lamp, the bottom of the first circuit board being suitably fixed to the side of the upper pillar body connected to a plurality of light emitting members having different wavelengths; The upper column body is disposed on the ground to be inserted into the lower column body, and an adjustment bolt for properly adjusting the position at which the upper column body is fixed to the lower column body is appropriately mounted on the side so that the upper column body moves to the above position. A lower pillar body for fixing the upper pillar body within the lower pillar body using an adjustment bolt; And a power supply mounted inside the lower pillar body to be coupled to the second circuit board, and the second circuit board is coupled to the first circuit board inside the lamp, and then the control switch is coupled to the second circuit board to the outside of the case. A case disposed on the surface. When a user wants to capture and kill pests, the user simply prepares a basin or a sink on the ground, and a plurality of light emitting members of the lamp emit light of different wavelengths, and various kinds of pests are attracted to the basin or the sink. When pests fall into a basin or sink, they are trapped in them and cannot escape.

The features and advantages of the present invention will be fully understood and appreciated by the following detailed description of the accompanying drawings.

1 to 3 discloses a solar cell driven pest capture and insecticidal device of the present invention.

It has an upper end coupled to the semicircular guide board 11 in a pivotal axis, the guide board 11 is connected to the frame 12, the upper pillar body in which the solar cell module 121 is mounted inside the frame 12 (One); Guide board which is fixed to the upper end of the upper pillar body 1 with a bolt 13 having a nut through the guide trench 111 and the frame 12 is guided by the guide trench 111 to move in a curve. Semicircular guide trench 111 mounted on 11 (shown in FIGS. 2A and 2B); It has a lamp 141 connected to the front end of the shaft 14, the first circuit board 1411 is mounted inside the lamp 141, the bottom surface of the first circuit board 1411 has a plurality of light emitting members having different wavelengths A shaft 14 suitably fixed to the side of the upper pillar body 1 connected to 1412; A solar cell module 121 provided to receive sunlight and convert it into electric power;

The upper pillar body 1 is disposed on the ground so as to be inserted into the lower pillar body 2, and an adjustment bolt 21 for adjusting the position where the upper pillar body 1 is fixed to the lower pillar body 2 is provided on the side. A lower pillar body (2) suitably mounted to the upper pillar body (2) to fix the upper pillar body (2) in the lower pillar body (2) using the adjustment bolt (21) when the upper pillar body (1) moves to the position; And

The power supply 31 is mounted therein to be coupled with the second circuit board 32, and the second circuit board 32 is coupled with the first circuit board 1411 inside the lamp 141, and then the control switch 33 is The power supply 31 coupled to the second circuit board 32 and disposed on the outer surface of the case 3 and storing power converted by the solar cell module 121 to operate as a power source may store power. A battery or other device, the control switch 32 includes a case 3 for controlling the operation of the plurality of light emitting members 1412 inside the lamp 141.

The solar cell driven pest trapping and insecticide device of the present invention is provided with the above-described components.

When a user wants to capture and kill pests, the user simply prepares a basin or a sink on the ground, and a plurality of light emitting members of the lamp emit light of different wavelengths, and various kinds of pests are attracted to the basin or the sink. When a pest falls into a basin or sink, it is trapped in it and cannot escape, thus carrying out the capture insect function.

The present invention provides a solar cell driven pest trapping and insecticidal device, and has the following advantages when compared with other conventional insect trapping devices.

1. The present invention relates to a light source that attracts pests by using a plurality of light emitting members that emit light of different wavelengths, based on the fact that the pests are attracted to various light sources. Therefore, the light emitted by the plurality of light emitting members is provided with a solar cell-driven pest capture and insect killing device that attracts pests to the pre-arranged basin or bucket, so that the pests that have been emitted after seeing the emitted light are transferred to the basin or bucket. If it falls, the pest is trapped in it and cannot escape.

2. The present invention provides a power supply for storing the power converted by the solar cell module to operate as a power source, so that the solar cell driven pest trapping and insecticide device is complete without requiring an external power source. .

3. The present invention provides a solar cell driven pest trapping and insecticidal device comprising a solar cell module that can rotate according to the position of sunlight.

4. The present invention provides a solar cell driven pest trapping and insecticide device which is inexpensive, easy to operate and simple in structure, thereby facilitating the sale of the device.

Various changes and modifications of the above-described embodiments are of course possible without departing from the scope of the present invention. It is, therefore, to be understood that this invention is limited only by the appended claims in order to facilitate advances in learning and useful techniques.

Claims (4)

An upper end body pivotally coupled to the guide board, wherein the guide board is connected to the frame, and the solar cell module is mounted inside the frame; A guide trench fixed to the upper end of the upper pillar body with a bolt mounted with a nut through the guide trench and mounted on the guide board; A shaft having a lamp connected to the front end of the shaft, wherein a first circuit board is mounted inside the lamp, and the first circuit board is fixed to the side of the upper pillar body connected to a plurality of light emitting members having different wavelengths. ; A lower pillar body disposed on the ground such that the upper pillar body is inserted into the lower pillar body, and an adjustment bolt is mounted on the side to fix the upper pillar body in the lower pillar body; And A case having a power supply mounted therein, the second circuit board being coupled to the second circuit board, the second circuit board being coupled to the first circuit board inside the lamp, and a control switch coupled to the second circuit board and disposed on an outer surface of the case. Comprising; a solar cell driven pest capture and pesticide device. The method of claim 1, The frame is guided by the guide trench of the guide board, characterized in that moving in a curve, solar cell driven pest capture and pesticides device. The method of claim 1, The adjustment bolt may adjust a position where the upper pillar body is fixed to the lower pillar body, and the adjustment bolt is used to fix the upper pillar body in the lower pillar body when the upper pillar body moves to the position. Characterized in that, a solar cell driven pest capture and insecticide device. The method of claim 1, A basin or water canister is disposed under the case in advance so that the pests fall into the basin or water canister, solar cell driven pest capture and pesticide device.

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