KR20160098790A - Cylindrical insect trap with motor - Google Patents

Abstract

The present invention relates to a cylindrical motor insect trap which enhances a capture rate of insects by reducing resistance against an air blast, and easily controls whether a lamp and a motor operate or not. Also, the cylindrical motor insect trap prevents overheating, and simplifies installation and use of an insect trap. More particularly, the cylindrical motor insect trap comprises: a motor (100) which rotates a rotor blade (110); a main body part (200) including a body (210), a horizontal support plate (220), and a plurality of planar support ends (230); a shade (300) receiving a lamp (310) at the bottom; and an insect trap (400).

Description

[0001] Cylindrical insect trap with motor [0002]

The present invention relates to a cylindrical motor retainer, and more particularly, to a reclining device having a motor to improve a trapping resistance to reduce a blowing resistance to increase a trapping rate for a pest, to easily operate a lamp and a motor, As a device for facilitating the installation and use of the buggy network, it is possible to support the motor through a twisted plate-like support end, thereby reducing the blowing resistance while maintaining the rigidity of the motor, It is possible to selectively operate the operation of the lamp and the motor easily and it is possible to easily prevent the overheat by radiating the heat from the lamp or the motor through the heat radiation band, It is also easy to remove the insect pests and maximize the convenience and commerciality of the insect pests. It relates to an apparatus.

Generally, the captor (捕 虫 器) is mainly a trap catcher for insect pests by utilizing the habit of collecting and refers to the device to capture and control.

These trappers are equipped with lamps that emit light of the wavelengths preferred by the pests. They attract the pests using the light of the lamps, burn them at high voltage, or capture them by capturing them in the net.

Fig. 1 is a cross-sectional view showing a general retainer without using a motor. As shown in Fig. 1 (a), an ordinary retainer that does not use a motor includes an example using a high voltage network 1, ), There is an example in which the sticky material 2 is used.

This general trapper is basically provided with lamps 3 emitting light of a wavelength preferred by insect pests. After insect pest is attracted by the light of the lamp 3, a high voltage network 1), so that the insect can be burned, or the insect can be attached to the sticky 2 as shown in Fig. 1 (b).

However, in the case of the catcher as shown in Fig. 1 (a) where the high voltage network (1) is used to burn the pest, a large noise is generated when the pest is burned, and the people nearby are surprised. It is a fact that it is adversely affecting the growth and growth of the baby.

In the case of the catcher as shown in Fig. 1 (b) using the sticky 2, the user had to replace the sticky 2 periodically.

For this reason, recently, a catcher using a motor which does not require a large noise and requires no maintenance is widely used. Thus, a catcher using a motor can be classified into a horizontal type and a vertical type depending on the installation direction of the motor have.

Fig. 2 is a cross-sectional view of a conventional horizontal catcher using a motor, which can be mounted on a wall.

2, the insect pest is attracted by using the light of the lamp 10, and then the rotary vane 20 is rotated through a motor installed horizontally, It is collecting pests.

However, such a conventional horizontal catcher has a disadvantage in that the air flow is not smooth because the air flow is bent at a right angle, and the trapping effect of the pest is deteriorated.

Fig. 3 is a front sectional view showing a conventional vertical retractor using a motor. Fig. 4 is a plan sectional view showing a body of a conventional vertical retractor using a motor. The vertical retractor is of a hanging type.

As shown in FIG. 3, the conventional vertical catcher is configured to attract insects using the light of the lamp 10, rotate the rotary vane 20 through a vertically installed motor, .

However, in the above-described conventional vertical take-off device, as shown in Figs. 3 and 4, a separate support end 51 is required to support the motor at the center of the inside of the body 50. Fig.

However, the vertical retractor of the related art has a technical problem that the trapping rate of the pest is deteriorated because the support end 51 acts as a blowing resistance and hinders the flow of air by the rotary vane 20.

In addition, the conventional trap has a technical problem that it is difficult to selectively operate the lamp and the motor, and in particular, the heat generated from the summer lamp and the motor causes the device itself to overheat, and the use of the buggy network is also inconvenient.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a motor control apparatus and a motor control method of a motor control apparatus capable of reducing a blowing resistance while maintaining support rigidity of a motor by supporting a motor through a twisted plate- It is possible to selectively operate the operation of the lamp and the motor easily. It is possible to easily operate the operation of the lamp and the motor and to prevent the overheat by radiating heat from the lamp or the motor through the heat radiation band, And to provide a cylindrical motor catcher which can maximize the convenience of use and merchability of the catcher.

The present invention includes a motor for rotating a rotary vane; A hollow cylindrical cylindrical body, a support plate for supporting the motor, a plurality of radially extending portions formed on the inner peripheral surface of the body and extending in the radial direction from the outer peripheral edge of the support plate, A body portion formed of a plate-like supporting end and supporting the motor at an inner center; A gut which is formed in a reverse funnel shape and connected to the upper part of the body but accommodates the lamp in a lower part; And a buggy network enclosing the lower end of the body.

At this time, the power supplied to the motor and the lamp is interrupted by a line switch, and depending on whether the line switch is turned on or off, whether the lamp is turned on or not and the operation of the motor are combined, Good.

In addition, a plurality of heat radiating bands may be provided on the outer circumference of the body portion to be spaced apart from each other at a predetermined interval to help cool the heat generated from the lamp or the motor.

In this case, the buggy network is composed of an inner network and an outer network sharing an entrance, an elastic band and a Velcro are provided at the entrance, an outlet of the inner network is located in the outer network, It is preferable that a mechanism is provided.

In the present invention as described above, the support of the motor through the twisted plate-like supporting end is maintained, while the supporting resistance of the motor is maintained, the ventilation resistance is reduced to increase the capturing rate of insects, It can be easily operated selectively. It is easy to install the buggy network through the elastic band and the Velcro, and it is also easy to remove trapped insects, as well as to prevent overheating by radiating the heat from the lamp or motor through the heat radiation band. The present invention is an invention that can maximize the convenience of use and merchantability.

1 is a sectional view showing a general retainer without using a motor,
2 is a cross-sectional view showing a conventional horizontal catcher using a motor,
3 is a front sectional view showing a conventional vertical catcher using a motor,
FIG. 4 is a plan view showing a body of a conventional vertical retractor using a motor,
5 is a perspective view showing a cylindrical motor trap of the present invention,
6 is an exploded perspective view showing a cylindrical motor trap according to the present invention,
Fig. 7 is a partial projection perspective view showing the motor and the body in the cylindrical motor retainer of the present invention. Fig.
8 is a plan sectional view showing a body portion in the cylindrical motor trapping device of the present invention.

Fig. 5 is a perspective view showing a cylindrical motor retainer of the present invention, and Fig. 6 is an exploded perspective view showing a cylindrical motor retainer of the present invention.

FIG. 7 is a perspective view showing a motor and a body portion of the cylindrical motor retainer of the present invention, and FIG. 8 is a plan view of the body portion of the cylindrical motor retainer of the present invention.

5 to 8, the cylindrical motor trap of the present invention supports the motor 100 through the plate-like support end 230, which is twisted, so as to maintain the support resistance with respect to the motor 100, The operation of the lamp 310 and the motor 100 can be selectively and easily operated by using the line switch 500 and the operation of the lamp 310 and the motor 100 can be easily performed through the heat dissipation band 240. [ It is easier to install the buggy 400 through the elastic band 430 and the velcro 440 and to easily remove the trapped bug such that the heat released from the motor 100 is radiated to prevent overheating, Which can maximize the usability and the merchantability.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The cylindrical motor trap of the present invention comprises a motor 100 for rotating the rotary vane 110; A support plate 220 extending in the radial direction from the outer periphery of the support plate 220 and extending in the same direction as the rotation vane 110. The cylindrical support body 220 has a hollow cylindrical body 210, a horizontal support plate 220 supporting the motor 100, A body 200 for supporting the motor 100 at the center of the body, the body 200 having a plurality of plate-like supporting ends 230 that are twisted and fixed to the inner circumferential surface of the body 210 in a vertically outer shape; (300) having a funnel shape of a reverse phase and connected to the upper part of the body (210) and receiving the lamp (310) at the lower part; And a buggy 400 which surrounds the lower end of the body 210.

First, the motor 100 may have a substantially cylindrical shape, but may have a rectangular parallelepiped body. The motor 100 rotates the rotating shaft according to whether power is supplied thereto. The rotating shaft 110 is fixed to the rotating shaft. The rotary vane 110 rotates in accordance with the operation of the air conditioner 100 so that air is blown downward in the drawing.

At this time, the rotary vane 110 is usually shaped so as to be twisted at an inclination angle in one direction.

In the present invention, the body part 200 comprises a body 210, a support plate 220, and a support end 230, which constitute the framework of the present invention.

The body 210 has a substantially hollow cylindrical shape and is formed such that the diameter gradually decreases from the upper portion to the lower portion.

At this time, the upper end of the body 210 is gently bent toward the outside so that the pest can be smoothly introduced with air, and the lower end of the body 210 has a flange 211 bent toward the outside So that it is possible to surely support the insect trap net 400 to be described later.

A bridge 212 is additionally formed in an upper direction at an upper end of the body 210 and a bridge 300 to be described below will be fixedly connected to the bridge 212.

A supporting plate 220 and a supporting end 230 are formed at the center of the interior of the body 210 as shown in FIGS. 7 and 8 as components for supporting the motor 100.

Although the supporting plate 220 and the supporting end 230 are given different names depending on the difference in function, they are preferably formed integrally using one plate for the convenience of manufacturing.

The support plate 220 is made of a plate material and has a hole corresponding to the motor 100 at the center thereof. The motor 100 is inserted into the hole and then fastened by a bolt, a screw, The motor 100 is fixed to the center of the support plate 220 by means of a means.

The support end 230 extends radially from the outer periphery of the support plate 220. The end of the support end 230 is firmly fixed to the inner circumferential surface of the body 210 by welding or the like.

At this time, it is preferable that a plurality of support ends 230 are formed with equal intervals in the radial direction centering on the support plate 220. In the figure, a total of 4 The supporting ends 230 are integrally formed.

Particularly, in the present invention, the support end 230 is twisted in the same direction as the rotation vane 110, and is fixed to the inner circumferential surface of the body 210 with a vertically outer side.

In other words, the inner side of the support end 230 has a horizontal cross-section and is twisted in the middle, and the outer side has a vertical cross-section.

In this way, the support end 230, which is positioned with a vertical cross section, does not hinder the flow of air, thereby increasing the trapping rate of insects.

In addition, since the support end 230 is twisted in the same direction as the rotation wing 110 described above, the direction of the air blowing due to the rotation of the rotation wing 110 coincides with the twisted direction of the support end 230 , The effect of not impeding the flow of air is greater.

5 and 6, the shoulder 300 is formed in a funnel shape having a reversed phase formed to be slightly larger than the upper end diameter of the body portion 200 so as to cover all of the body portions 200 described above.

The shade 300 is connected to and fixed to the bridge 212 of the body part 200 and a lamp 310 emitting light of a wavelength band preferred by the insect pest is accommodated .

It is preferable that the catcher of the present invention can be easily hung by fastening a separate hook 320 to the upper end of the shovel 300.

Lastly, the buggy 400 is provided to surround the flange 211 formed at the lower end of the body 210 of the body 200, and is preferably formed of a flexible porous mesh.

Accordingly, the insect pests are captured by the insect trap network 400 after the insect pests have passed through the body part 200 together with the air as the rotating blades 110 are rotated by the motor 100.

In the cylindrical motor retainer of the present invention, the components that operate according to the power supply are the motor 100 and the lamp 310 described above.

The power supplied to the motor 100 and the lamp 310 is controlled by the line switch 500 and the line switch 500 is turned on according to whether the lamp 310 is turned on or not, It is preferable that the operation of the motor 100 is combined and sequentially switched in accordance with a previously stored order.

At this time, reference numeral 510 denotes a line for operating the line switch 500.

That is, the motor 100 is switched from ON to OFF according to whether power is supplied or not, and determines whether the rotary vane 110 is rotated. The lamp 310 is switched from ON to OFF Thereby determining whether to emit light.

Accordingly, in the present invention, the ON / OFF of the motor 100 and the ON / OFF of the lamp 310 are interrupted by one line switch 500.

For example, the multi-step is sequentially switched each time the string 510 of the string switch 500 is pulled, the off-lamp 310 of the motor 100 is turned off, the off-lamp 310 of the motor 100 is turned on, The motor 100 is turned on, the lamp 310 is turned off, and the motor 100 is turned on.

Accordingly, the user can simply turn off the motor 100 and the lamp 310 by repeatedly pulling the string 510 of the string switch 500, and the motor 100 and the lamp 310 may be turned on or both the motor 100 and the lamp 310 may be turned on.

Accordingly, only the lamp 310 is turned on when necessary, so that it can be used as a supplementary lighting device, and it is also possible to operate the motor 100 alone to capture insects in the daytime.

Also, the cylindrical motor trap of the present invention can be used in the winter season, but it will be used frequently in the summer season.

The use of the catcher in the summer may cause overheating due to the heat from the motor 100 and the lamp 310 described above.

Accordingly, in the present invention, a plurality of heat dissipating bands 240 are provided on the outer circumference of the body 200 to be spaced apart from each other at a predetermined interval to help cool the heat generated from the lamp 310 or the motor 100 desirable.

The heat dissipation band 240 is a band of a metal material having a high thermal conductivity and is arranged in a plurality of upper and lower portions at a predetermined interval from the outer circumferential surface of the body portion 200 to perform air cooling on the trapper.

In the drawing, three heat dissipation bands 240 are shown.

The primary effect of the heat dissipation band 240 is to cool the heat dissipation band 240. However, if the heat dissipation band 240 is painted with a paint of a color different from that of the body part 200 in the retractor, Bring it.

In the present invention, the buggy 400 includes an inner net 410 and an outer net 420 that share an inlet, and the inlet has an elastic band 430 and a Velcro 440, It is most preferable that the outlet of the net 410 is located in the outer net 420 and the strap 421 and the length adjusting mechanism 422 are provided at the outlet of the outer net 420.

For example, when the buggy 400 is composed of one network, insects are trapped in the buggy 400 while the motor 100 is operating. However, when the motor 100 is turned off, There is a possibility that the bifurcated nail 400 may escape from the buggy 400.

The insect trapping network 400 is constructed of a double network of the inner network 410 and the outer network 420 so that trapped insects are collected between the inner network 410 and the outer network 420, It is a good idea to keep pests from getting out.

The inner net 410 and the outer net 420 share an inlet and are fixed over the flange 211 of the body 200. The outlet of the inner net 410 is connected to the outer side Lt; RTI ID = 0.0 > 420 < / RTI >

At this time, it is preferable that a separate band 411 having a predetermined rigidity is installed at the outlet of the inner net 410 so that the outlet of the inner net 410 is always kept open with a narrow diameter.

6, the elastic bands 430 are formed at the entrance of the buggy 400 so that the double buggy 400 may be easily installed or separated from the flange 211 of the body 200. [ And the velcro 440 are preferably provided.

The elastic bands 430 are slightly stretched to pull the mouth of the buggy 400 to narrow the mouth of the buggy 400 while the buggy 400 is attached to the flange 211 of the body 200, Thereby making it easier to install and detach the buggy 400.

In addition, a strap 421 and a length adjusting mechanism 422 are additionally provided at a lower outlet of the outer net 420, for example, when a large amount of insects are trapped in the net 400, It is preferable to widen the outlet of the outer net 420 through the strap 421 and the length adjusting mechanism 422, remove the insect pest, and tighten the outlet again to close it.

At this time, the length adjusting mechanism 422 includes an elastic body and a button. As the button is pressed, the elastic body contracts and frees the strap 421 to flow. When the button is released, the elastic body is elastically stretched While restricting the flow of the strap 421.

Hereinafter, the operation of the present invention will be described with reference to FIGS. 5 to 8. FIG.

The cylindrical motor retractor of the present invention constructed as above is installed by using the ring 320. When the user repeatedly pulls the string 510 of the string switch 500, the motor 100 and the lamp 310 ON / OFF are sequentially controlled selectively.

This makes it possible to turn on or off both the motor 100 and the lamp 310 as well as to selectively turn on or off either of the motor 100 and the lamp 310, It can also be used to capture.

For example, when power is supplied to both the motor 100 and the lamp 310, insects are attracted by the lamp 310 provided at the lower part of the shade 300, and rotation of the motor 100 The insect pest attracted by the air is blown by the wing 110 and is caught by the insect net 400 into the body part 200.

At this time, the support end 230 supporting the motor 100 is basically connected to the support plate 220 with a horizontal cross section, while the middle portion is twisted and the outer side has a vertical cross- So that the flow of air is not disturbed.

In addition, the support end 230 is formed so as to be twisted in the same direction as the rotation vane 110, so that the air flow can be smoothly smoothed.

When the insect trapping network 400 is largely trapped by the insect trapping network 400, the insect trapping network 400 is separated from the body portion 200 through the Velcro 440, or when the insect trapping network 400 is installed in the body portion 200, And the lower outlet of the water pipe 420 is opened by the string 421 and the length adjusting mechanism 422.

Thereafter, the buggy 400, which is tightened again by the strap 421 and the length adjusting mechanism 422 through the lower outlet of the outer net 420 or separated through the elastic band 430 and the velcro 440, 200 so as to cover the flange 211 of the flange 211.

Therefore, the cylindrical motor trap of the present invention has the following characteristics.

First, the motor 100 is supported at the center of the inner side of the body portion 200 through the plate-like support end 230 which is twisted, so that the support rigidity with respect to the motor 100 is maintained, Which greatly improves the capture rate for pests.

Secondly, the operation of the lamp 310 and the motor 100 can be selectively and easily operated by using the line switch 500 which is sequentially switched multi-step according to the pulling of the line 510, so that only the lamp 310 is operated It may be used as an auxiliary illumination device or by using only the motor 100 so that the lamp 310 is not lit during the day.

Third, the heat emitted from the lamp 310 and the motor 100 is dissipated through the heat radiation band 240 provided on the outer periphery of the body part 200 to prevent overheating that may occur during the summer season.

Fourth, it is easier to install the insect nets 400 on the flange 211 of the body part 200 through the elastic band 430 and the velcro 440, and it is also easy to remove trapped insects.

In conclusion, the cylindrical motor trap according to the present invention has an excellent advantage of maximizing the usability of the user and the merchantability of the product through the various features described above.

The above embodiment is an example for explaining the technical idea of the present invention specifically, and the scope of the present invention is not limited to the above-mentioned drawings or embodiments.

100: motor 110: rotating blade
200: body part 210: body
211: Flange 212: Bridge
220: support plate 230: support end
240: heat radiating band 300: freshly
310: lamp 320: ring
400: buggy network 410: inner network
411: Band 420: Outside network
421: string 422: length adjusting mechanism
430: Elastic band 440: Velcro
500: Line Switches 510: Line

Claims (4)

A motor for rotating the rotary vane;
A hollow cylindrical cylindrical body, a support plate for supporting the motor, a plurality of radially extending portions formed on the inner peripheral surface of the body and extending in the radial direction from the outer peripheral edge of the support plate, A body portion formed of a plate-like supporting end and supporting the motor at an inner center;
A gut which is formed in a reverse funnel shape and connected to the upper part of the body but accommodates the lamp in a lower part;
And a blanket mesh enclosing the lower end of the body.
[3] The apparatus of claim 1, wherein the power supplied to the motor and the lamp is controlled by a string switch, Is switched to the second motor (3).
3. The cylindrical motor trap according to claim 2, wherein a plurality of heat radiation bands are provided on the outer periphery of the body part at predetermined intervals to help cool the heat from the lamp or the motor.
[4] The method of claim 3, wherein the buggy network comprises an inner network and an outer network sharing an entrance, wherein the entrance is provided with an elastic band and Velcro, the exit of the inner network is located within the outer network, And a string and a length adjusting mechanism are provided.

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