TWI722841B - Anti-mosquito fan system - Google Patents

Abstract

A mosquito-killing fan system includes: a mosquito-killing potion atomizing and pressurizing device; at least one delivery connecting device connected to the mosquito-killing potion atomizing and pressurizing device; at least one diffusion air outlet device connected to the transferring and connecting device; At least one control circuit device is connected between the mosquito spray atomizing and pressurizing device and the diffusion air outlet device or through another device through the conveying connection device of another unit. The control circuit device of the unit is connected to the diffusion air outlet device connected in series with each unit; thereby, the atomized and pressurized mosquito killer liquid is delivered to each location space.

Description

Anti-mosquito fan system

The invention relates to a fan system, and refers to a mosquito-killing fan system.

The mosquito killer that uses water-based syrup is generally used, because it can only be fixed in a single place by a single unit, and it cannot extend to various locations and spaces. Moreover, the water-based syrup cannot be atomized and output through the device and spread, causing mosquitoes. Large-scale or narrow areas such as bushes, ditches, or damp areas in the flower gardens and green spaces cannot effectively achieve its mosquito-killing effect, which greatly reduces its practicality. This is where the industry and consumers are eager to break through.

In order to solve the above-mentioned shortcomings of the prior art, the main purpose of the present invention is to provide a mosquito-killing blower system, which utilizes the mosquito-killing liquid atomizing and pressurizing device and at least one diffusion outlet device to connect the at least one conveying connecting device and the At least one control circuit device in order to overcome the difficulties in the prior art.

The secondary objective of the present invention is to provide a mosquito-killing fan system that delivers the atomized and pressurized mosquito-killing potion to various locations and spaces and controls the diffuser to release the atomized and pressurized mosquito-killing potion or stop releasing the atomized booster. Anti-mosquito potion of pressure.

Another object of the present invention is to provide a mosquito-killing fan system, which effectively improves the convenience and reliability of use.

The problem to be solved by the present invention is that the conventional mosquito killer can only be fixed in a single place by a single machine, and cannot be extended to reach various positions and spaces, and the water-based medicine cannot be atomized and output and spread through the device, causing the mosquitoes to live in the flower garden. Large-scale or narrow areas such as bushes or ditches or damp areas in green areas cannot effectively kill mosquitoes, which greatly reduces its practicality.

The technical means to solve the problem, in order to achieve the above-mentioned purpose, the present invention provides a mosquito-killing fan system, including: a mosquito-killing potion atomizing and pressurizing device, which provides the contained mosquito-killing potion to generate atomization and pressurization; at least one The conveying connecting device is connected to the mosquito killer spray atomizing and pressurizing device, and is provided for conveying the mosquito killer spray generated by the mosquito killer spray atomizing and pressurizing device; at least one diffusion air outlet device is connected to the mosquito killer spraying device. The other end of the delivery connection device or the delivery connection device of another unit connects the diffusion outlet of each unit in series, and provides the spraying and diffusion of the pressurized atomized mosquito killer liquid through the delivery connection device; at least one control A circuit device is connected between the mosquito killer water atomizing and pressurizing device and the diffusion air outlet device or connected in series with the diffusion air outlet device of each unit through the control circuit device of another unit, and provides a control of the diffusion air outlet device Release the atomized and pressurized anti-mosquito syrup or stop releasing the atomized and pressurized anti-mosquito syrup; the diffuser is an unpowered diffuser or a powered diffuser; thereby, the mosquito-killer is atomized The pressurizing device is connected to the at least one diffusion outlet device through the at least one delivery connection device or another unit is connected in series with the delivery connection device, and the diffusion outlet device is connected in series to deliver the atomized and pressurized mosquito killing potion to each location space. Yes, the non-powered diffusion air outlet device of the diffusion air outlet device is provided with a shell on the outside, and the inside of the shell is provided with the conveying connection The device is connected to an air inlet device and an air outlet device communicating with the air inlet device. The air outlet device is connected with a motor control device. The upper section of the housing is provided with an air pocket to prevent water ingress and protect the motor control device. The motor control The device includes an electromagnet and a valve connected to each other, and the door valve is pulled through the electromagnet to provide the release and close the air outlet device.

The technical means to solve the problem, in order to achieve the above-mentioned purpose, the present invention provides a mosquito-killing fan system, including: a mosquito-killing potion atomizing and pressurizing device, which provides the contained mosquito-killing potion to generate atomization and pressurization; at least one The conveying connecting device is connected to the mosquito killer spray atomizing and pressurizing device, and is provided for conveying the mosquito killer spray generated by the mosquito killer spray atomizing and pressurizing device; at least one diffusion air outlet device is connected to the mosquito killer spraying device. The other end of the delivery connection device or the delivery connection device of another unit connects the diffusion outlet of each unit in series, and provides the spraying and diffusion of the pressurized atomized mosquito killer liquid through the delivery connection device; at least one control A circuit device is connected between the mosquito killer water atomizing and pressurizing device and the diffusion air outlet device or connected in series with the diffusion air outlet device of each unit through the control circuit device of another unit, and provides a control of the diffusion air outlet device Release the atomized and pressurized anti-mosquito syrup or stop releasing the atomized and pressurized anti-mosquito syrup; the diffuser is an unpowered diffuser or a powered diffuser; thereby, the mosquito-killer is atomized The pressurizing device is connected to the at least one diffusion outlet device through the at least one delivery connection device or another unit is connected in series with the delivery connection device, and the diffusion outlet device is connected in series to deliver the atomized and pressurized mosquito killing potion to each location space. Yes, the power diffusion air outlet device of the diffusion air outlet device is provided with a housing on the outside, and the housing is provided with an air inlet device connected to the conveying connecting device and an air outlet device communicating with the air inlet device, and the connection has a Motor control device, the inner upper section of the housing is provided with a motor diffusion air outlet device and adjacent to the air outlet device, and the upper section of the housing is provided with an air cavity to prevent water ingress and protect the motor control device and the motor Diffusion air outlet device. The motor control device includes an electromagnet and a valve connected to each other. The door valve is pulled through the electromagnet to release and close the air outlet device.

Wherein, the motor diffusion air outlet device of the power diffusion air outlet device of the present invention includes a motor and a turbofan connected, and a plurality of upper and lower through holes are provided in the middle and lower sections of the housing, and the turbofan is parallel to Located in the upper through hole.

Wherein, the motor diffusion air outlet device of the power diffusion air outlet device of the present invention includes a motor and a fan connected to each other.

Wherein, according to the present invention, the lower end of the casing inside the casing where the power is diffused and the air outlet is provided with an outwardly expanding inclined lower air port, and the lower end of the lower air port is connected to the lower end of the casing and has a plurality of suction holes communicating with the fan.

In contrast to the effect of the prior art, the atomization and pressurization device of the anti-mosquito syrup and the at least one diffusion outlet device are used to connect the at least one conveying connection device and the at least one control line device by connecting the at least one conveying connection device and the at least one control line device; The mosquito killer syrup is delivered to each location and space and the diffuser is controlled to release the atomized and pressurized mosquito syrup or stop releasing the atomized and pressurized mosquito syrup; it effectively improves the convenience and reliability of use, which can be greatly expanded The utilization of the industry is novel and progressive.

1: Mosquito-killing potion atomizing and pressurizing device

10: Shell

100: air inlet

101: Cavitation

11: Containing anti-mosquito potion device

111: cotton swab

12: Atomization device

13: Motor suction booster device

131: Air Pump

132: Motor

14: Inner conveying device

15: Control device

2: Conveyor connection device

3: Diffusion air outlet device

31: Unpowered diffusion air outlet device

310: Shell

311: air pocket

312: intake device

313: Venting Device

314: Motor Control Device

3141: Electromagnet

3142: Valve

32: Power diffusion air outlet device

321: First Fan

3211: Shell

32110: Cavitation

32111: upper through hole

32112: Lower through hole

3212: intake device

3213: Venting Device

3214: Motor control device

32141: Electromagnet

32142: Valve

3215: Motor diffusion air outlet device

32151: Motor

32152: Turbofan

322: second fan

3221: Shell

32210: Cavitation

32211: Downwind

32212: suction hole

3222: intake device

3223: Venting Device

3224: Motor control device

32241: Electromagnet

32242: Valve

3225: Motor diffusion air outlet device

32251: Motor

32252: Fan

4: Control circuit device

The first figure: is the system block diagram of the present invention (1).

The second figure: is the system block diagram of the present invention (2).

The third figure: is the system block diagram of the present invention (3).

The fourth figure: is the system block diagram (four) of the present invention.

Figure 5: is a three-dimensional exploded view of the mist escort device and the air outlet valve of the system in Figure 1 of the present invention connected through a gas pipe.

The sixth figure: is a three-dimensional combined view of the fifth figure of the present invention.

Figure 7: is the combined three-dimensional partial cross-sectional view of Figure 5 of the present invention.

Figure 8: is a three-dimensional view of the first fan of the air outlet device of the present invention.

Figure ninth: is a three-dimensional partial cross-sectional view of Figure eighth of the present invention.

Figure 10: is a three-dimensional view of the second fan of the air outlet device of the present invention.

Figure 11: is a three-dimensional partial cross-sectional view of Figure 10 of the present invention.

Figure twelfth: is a three-dimensional assembly diagram of the mist escort device and the air outlet valve of the fourth figure system of the present invention connected with the first fan and the second fan through the air pipe and the control line.

The present invention is described in detail in the form of embodiment with the accompanying drawings as follows. The drawings used in the text are only for illustration and auxiliary description, and may not be the true proportions and accuracy of the present invention after implementation. Therefore, the scope of the patent for actual implementation of the present invention should not be limited by the ratio and configuration relationship of the attached drawings, which shall be explained first.

Please refer to the first, second, third, fourth, fifth, sixth, seventh, eighth, ninth, tenth, eleventh, and twelfth pictures Shown in the figure are the system block diagram of the present invention (1), the system block diagram of the present invention (2), the system block diagram of the present invention (3), the system block diagram of the present invention (4), and the present invention Fig. 1 shows a three-dimensional exploded view of the system where the mist escort device and the air outlet valve are connected through the air pipe, the three-dimensional combined view of the fifth figure of the present invention, the combined three-dimensional partial cross-sectional view of the fifth figure of the present invention, and the first fan of the air outlet device of the present invention The three-dimensional view, the eighth of the present invention The three-dimensional partial cross-sectional view of the figure, the three-dimensional partial cross-sectional view of the second fan of the air outlet device of the present invention, the three-dimensional partial cross-sectional view of the tenth figure of the present invention, the fourth figure of the present invention, the mist delivery device and the gas outlet valve, the first fan and the second fan Through the three-dimensional combination diagram of the connection of the air pipe and the control line, the mosquito killing fan system of the present invention in a preferred embodiment is characterized in that it includes: a mosquito killing potion atomizing and pressurizing device 1, at least one conveying connecting device 2 , At least one diffuser device 3 and at least one control circuit device 4.

One of the aforementioned mosquito-killing potions atomizing and pressurizing device 1 is to provide the contained mosquito-killing potions to generate atomization and pressurization (as shown in Figures 1 to 4 and 5 to 7 and 12) .

The aforementioned at least one conveying connection device 2 is connected to the mosquito-killing potion atomizing and pressurizing device 1, and provides for transporting the mosquito-killing potion atomized and pressurized by the mosquito-killing potion atomizing and pressurizing device 1 (such as the first (Figures to fourth and fifth to seventh and twelfth).

The aforementioned at least one diffuser gas outlet device 3 is connected to the other end of the conveying connection device 2 or connected to the diffuser gas outlet device 3 of each unit connected in series through the conveying connection device 2 of another unit, and provided through the conveying connection device 2 The spraying and diffusion of the pressurized and atomized anti-mosquito syrup is an air pipe in this embodiment, but the present invention is not limited by this (as shown in the first to the twelfth figures).

The aforementioned at least one control circuit device 4 is connected between the mosquito spray atomizing and pressurizing device 1 and the diffusion air outlet device 3 or connected to the diffusion air outlet of each unit in series through the control circuit device 4 of another unit The device 3 is provided to control the diffusion and air outlet device 3 to release the atomized and pressurized mosquito syrup or stop releasing the atomized and pressurized mosquito syrup. In this embodiment, the control circuit device 4 is a control circuit, but not The present invention is not limited by this; the use of the mosquito spray atomizing and pressurizing device 1 is connected to the at least one diffusion outlet device 3 through the at least one delivery connection device 2 or through another unit, the delivery connection device 2 is connected in series with another unit of the diffusion outlet device 3. The atomized and pressurized anti-mosquito potion is delivered to various locations and spaces, and it is provided for use in large or narrow areas such as bushes or water ditches or wet areas in flower gardens and green spaces. In order to effectively achieve the purpose of killing mosquitoes (as shown in the first to fourth and fifth to seventh and twelfth pictures).

The diffusion air outlet device 3 of the present invention is an unpowered diffusion air outlet device 31 (as shown in the first figure to the second figure and the fifth figure to the seventh figure and the twelfth figure) or the power diffusion out gas device 32 (as shown in the first figure). As shown in Figures, Figures 3, 4, and Figures 8 to 12), the power diffusion air outlet device 32 of the diffusion air outlet device 3 in this embodiment is a first fan 321 (as shown in Figures 8 and 12) Figure 9) or the second fan 322 (as shown in Figures 10 and 11), but the present invention is not limited to this; please refer to the first figure as shown in the figure, the system is through the mosquito killer The atomization booster device 1 and the at least one diffuser air outlet device 3 are connected through at least one conveying connecting device 2 to form a system; the system shown in the second figure passes through the mosquito killer water atomization booster device 1 and the unpowered diffuser The at least one diffusion air outlet device 3 of the air outlet device 31 is connected through at least one conveying connecting device 2 to form a system; the system shown in Figure 3 passes through the mosquito killer spray atomizing and pressurizing device 1 and at least one power diffusion air outlet device 32 The first fan 321 is connected to a system formed by at least one conveying connection device 2; the system shown in Figure 4 is connected to the second fan 322 of at least one power diffusion and air outlet device 32 through the mosquito spray atomizing and pressurizing device 1 The system is connected through at least one conveying connection device 2.

The mosquito-killing medicine atomizing and pressurizing device 1 of the present invention (as shown in the fifth, sixth, seventh and twelfth figures) is provided with a housing 10 on the outer side and a plurality of air inlet holes in the lower section 100. The housing 10 is provided with at least one mosquito-killing potion containing device 11 provided therein. In this embodiment, the mosquito-killing potion containing device 11 is a tank, but the present invention is not limited to this. At least one atomization device 12 is provided at the upper end of the device 11 containing the mosquito killer liquid. In this embodiment, the atomizer 12 is an ultrasonic oscillator, but the present invention is not limited by this, in order to provide capillary phenomenon in the device 11 for mosquito killer. The potion device 11 is provided with at least one cotton swab 111 to provide the anti-mosquito potion to be sent to the atomizing device 12, and the device 11 for containing the anti-mosquito potion is provided with A motor suction and pressurization device 13 is provided for boosting the atomized anti-mosquito medicine. In this embodiment, the motor suction and pressure-increasing device 13 of the mosquito-killing medicine atomization and boosting device 1 includes an air pump 131 connected to each other. And a motor 132. The air pump 131 sucks in the atomized mosquito killer and provides pressurization. The housing 10 is provided with a control device 15 connected to the motor inhalation and pressurization device 13, which is a control board in this embodiment, but not The present invention is not limited by this, the motor suction and pressurization device 13 is connected with at least one inner conveying device 14 for delivering pressurized atomized mosquito killer liquid. In this embodiment, the inner conveying device 14 is an inner air pipe However, the present invention is not limited by this. The upper section of the housing 10 of the mosquito-killing potion atomizing and pressurizing device 1 of the present invention has an air pocket 101 to provide suction for the motor at the upper section of the housing 10 when flooded with water. The booster device 13 uses the air pocket 101 to form an air bag, which can prevent flooding and protect the motor suction booster device 13.

The unpowered diffuser 31 of the diffuser 3 of the present invention (as shown in the fifth, sixth, seventh and twelfth figures) is provided with a housing 310 on the outside, and the housing 310 is provided with An air inlet device 312 connected to the conveying connecting device 2 and an air outlet device 313 communicating with the air inlet device 312. The air outlet device 313 is connected with a motor control device 314. In this embodiment, the motor control device 314 includes a phase Connect an electromagnet 3141 and a valve 3142. Pull the valve 3142 through the electromagnet 3141 to release and close the air outlet device 313. The upper section of the housing 310 of the unpowered diffusion air outlet device 31 is provided with an air pocket 311 to prevent The motor control device 314 is submerged in water and protected.

The first fan 321 of the power diffusion air outlet device 32 of the present invention (as shown in the eighth, ninth, and twelfth figures) is provided with a housing 3211 on the outside, and the housing 3211 is provided with the conveying connection device inside the housing 3211 2 It is connected to an air inlet device 3212 and an air outlet device 3213 communicating with the air inlet device 3212 and connected to a motor control device 3214. The upper section of the housing 3211 is provided with a motor diffuser air outlet device 3215 and is adjacent to the air outlet device 3213, The motor control device 3214 includes an electromagnet 32141 and a valve 32142 connected to each other. The gate valve 32142 is pulled through the electromagnet 32141 to release and close the air outlet. Device 3213; the motor diffusion air outlet device 3215, which includes a motor 32151 and a turbofan 32152 connected, and a plurality of upper through holes 32111 and lower through holes 32112 are provided in the middle and lower sections of the housing 211, the turbofan 32152 and Located in the upper through hole 32111, the upper section of the housing 3211 of the first fan 321 is provided with an air cavity 32110 to prevent water ingress and protect the motor diffuser 3215 and the motor control device 3214.

The second fan 322 of the power diffusion air outlet device 32 of the present invention (as shown in the tenth, eleventh, and twelfth figures) is provided with a housing 3221 on the outside, and the housing 3221 is provided inside with the conveying connection Device 2 is connected to an air inlet device 3222 and an air outlet device 3223 communicating with the air inlet device 3222 and is connected with a motor control device 3224. The upper section of the housing 3221 is provided with a motor diffusion air outlet device 3225 and adjacent to the air outlet device 3223 The motor control device 3224 includes an electromagnet 32241 and a valve 32242 connected to each other. The gate valve 32242 is pulled through the electromagnet 32241 to release and close the air outlet device 3223. The motor diffuser air outlet device 3225 includes a connected one A motor 32251 and a fan 32252. The lower end of the casing 3211 of the second fan 322 has an outwardly expanding inclined lower air port 32211. The lower end of the lower air port 32211 is connected to the lower end of the casing 3211 and communicated with the fan 32252. There are a plurality of air suction holes 32212, and the upper section of the housing 3221 of the second fan 322 is provided with an air cavity 32210, which can prevent water ingress and protect the motor control device 3224 and the motor diffuser 3225.

Thereby, the atomization and pressurization device 1 of the anti-mosquito medicine and the at least one diffusion air outlet device 3 are used to connect the at least one conveying connection device 2 and the at least one control line device 4; The mosquito potion is delivered to each location and space and the diffusion air outlet device 3 releases the atomized and pressurized mosquito potion or stops releasing the atomized and pressurized mosquito potion; effectively improving the convenience and reliability of use will greatly expand the industry The utility is novel and progressive.

From the above, it can be seen that the present invention has indeed achieved the desired enhancement effect under the breakthrough of the previous technical structure, and it is not easy to think of those who are familiar with the art. Moreover, the present invention has not been applied before. Disclosure, its progressiveness and practicability show that it has met the requirements for invention patent application. I filed an invention patent application in accordance with the law. I implore your office to approve this invention patent application to encourage invention, and it will be convenient for you.

The above-mentioned embodiments are only to illustrate the technical ideas and features of the present invention, and their purpose is to enable those who are familiar with the art to understand the content of the present invention and implement them accordingly. When they cannot be used to limit the patent scope of the present invention, That is, all equal changes or modifications made in accordance with the spirit of the present invention should still be covered by the patent scope of the present invention.

1: Mosquito-killing potion atomizing and pressurizing device

2: Conveyor connection device

3: Diffusion air outlet device

4: Control circuit device

Claims (5)

A mosquito-killing fan system includes: a mosquito-killing potion atomizing and pressurizing device, which provides the contained mosquito-killing potion to generate atomization and pressurization; at least one conveying connecting device is connected to the mosquito-killing potion atomizing and pressurizing device , And provide the delivery of the mosquito-killing potion that is atomized and pressurized by the atomizing and pressurizing device of the mosquito-killing potion; at least one diffuser is connected to the other end of the delivery connecting device or through the delivery connecting device of another unit The diffusion air outlet of each unit is connected in series, and the pressurized and atomized mosquito liquid is sprayed and diffused through the conveying connecting device; at least one control circuit device is connected to the mosquito liquid atomizing and pressurizing device and The diffusion air outlet device is connected to the diffusion air outlet device in series with each unit through the control circuit device of another unit, and is provided to control the diffusion air outlet device to release the atomized and pressurized mosquito liquid or stop releasing the atomization Pressurized mosquito killer liquid; the diffusion air outlet device is an unpowered diffuser air outlet device or a power diffuser air outlet device; thereby, the mosquito killer liquid atomization pressurizing device is connected to the at least one diffuser air outlet through the at least one conveying connecting device Device or through another unit of the conveying connection device connected in series with another unit of the diffusion air outlet device to deliver the atomized and pressurized mosquito killer liquid to each location space, characterized in that the unpowered diffusion air outlet device of the diffusion air outlet device is on the outside A housing is provided with an air inlet device connected to the conveying connecting device and an air outlet device communicating with the air inlet device. The air outlet device is connected with a motor control device. The upper section of the housing is provided with an air cavity , Which can prevent water immersion and protect the motor control device. The motor control device includes an electromagnet and a valve connected to each other. The door valve is pulled through the electromagnet to provide release and close the air outlet device. A mosquito-killing fan system includes: a mosquito-killing potion atomizing and pressurizing device, which provides the contained mosquito-killing potion to produce atomization and pressurization; at least one conveying connecting device is connected to the mosquito-killing potion Atomizing and pressurizing device, and providing delivery of the mosquito-killing potion produced by the atomizing and pressurizing device of the mosquito-killing potion; at least one diffuser and air outlet device is connected to the other end of the delivery connecting device or through another unit The conveying connection device connects the diffuser air outlets of the units in series, and provides the spraying and diffusion of pressurized and atomized mosquito spray through the conveying connection device; at least one control circuit device is connected to the mosquito spray mist The pressure boosting device and the diffusion air outlet device are connected to the diffusion air outlet device connected in series to each unit through the control circuit device of another unit, and the diffusion air outlet device is provided to control the diffusion air outlet device to release the atomized and pressurized mosquito killer or Stop releasing the atomized and pressurized mosquito killer; the diffuser is an unpowered diffuser or a powered diffuser; thereby, the atomized and pressurized mosquito killer is connected through the at least one conveying connecting device The at least one diffusion air outlet device or another unit that is connected in series with another unit, the diffusion air outlet device, delivers the atomized and pressurized mosquito killer liquid to each position space, characterized in that the power of the diffusion air outlet device diffuses air out The device is provided with a housing on the outer side. The housing is provided with an air inlet device connected to the conveying connecting device and an air outlet device communicating with the air inlet device and connected with a motor control device. The upper section of the housing interior is provided with an air inlet device and an air outlet device connected to the air inlet device. There is a motor diffusion air outlet device and adjacent to the air outlet device. The upper section of the housing is provided with an air pocket to prevent water flooding and protect the motor control device and the motor diffusion air outlet device. The motor control device includes an electromagnet and a valve connected to each other, The gate valve is pulled through the electromagnet to provide release and close the air outlet device. For the mosquito-killing fan system described in item 2 of the scope of patent application, wherein the motor diffusion and exhaust device of the power diffusion exhaust device includes a connected motor and a turbofan, and is provided in the middle section and the lower section of the housing A plurality of upper layer through holes and a lower layer through holes, and the vortex fan is located in the upper layer through holes. The mosquito-killing fan system described in item 2 of the scope of patent application, wherein the motor diffusion and air outlet device of the power diffusion air outlet device includes a connected motor and a fan. The mosquito-killing fan system described in item 4 of the scope of patent application, wherein the lower end of the casing where the power is diffused and the air outlet is provided with an outwardly expanding inclined lower air port, and the lower end of the lower air port is connected to the lower end of the casing And has a plurality of suction holes communicating with the fan.

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