TWI838961B - Magnetic levitation hollow mosquito trapping device - Google Patents

Abstract

A magnetic levitation hollow mosquito trapping device includes a base unit, a mosquito trapping unit, and a magnetic levitation unit. The base unit includes a base shell, a wireless power supply module, and a lighting module. The mosquito trapping unit includes a floating casing, a power supply module, a charging module, a mosquito trapping module, and a control module. The magnetic levitation unit includes a first magnetic component disposed in the base shell, and a second magnetic component electromagnetically connected with the magnetic attraction component. When the first and second magnetic components form mutual repulsion, the mosquito trapping unit is magnetically levitated above the base unit separately. The mosquito trapping module set in the floating shell can catch the mosquitoes in the environment

Description

Magnetic Suspended Hollow Mosquito Catcher

The present invention relates to a magnetic suspension hollow mosquito trap, and more particularly to a device that does not use volatile solvents of liquid electric mosquito coils, but instead utilizes magnetic levitation technology to separate the base of the mosquito trap from the floating body to form a space, and uses a fan installed inside to suck mosquitoes into the space and prevent them from flying out, and uses physical wind drying to kill mosquitoes, thereby achieving the effect of catching mosquitoes without harming human health.

Refer to FIG. 1 , which is a new patent No. M369655 of the Republic of China. The case discloses a fan-blowing liquid electric mosquito coil device 1, which mainly includes: a body, a control unit, a fan unit, and a drug volatilization unit 2. Its characteristics are: the drug solution in the drug volatilization unit is adsorbed by an adsorption element, and then naturally volatilizes from the volatile end of the adsorption element, and the wet gas containing the drug is directly sent out of the body by the fan unit.

As mentioned above, the fan-blowing liquid electric mosquito-repellent incense device 1 is mainly to load the drug solution of the drug volatilization unit 2 into the fan-blowing liquid electric mosquito-repellent incense device 1, and the gas generated by the volatilization of the drug solution is discharged through the fan device, so that the fan-blowing liquid electric mosquito-repellent incense device 1 is full of the volatilized solution gas, making it difficult for mosquitoes to approach, thereby achieving the effect of killing mosquitoes. Therefore, the drug volatilization unit 2 uses After a period of time, the solution in the bottle will gradually decrease until it is completely used up. At this time, the solution needs to be refilled to continuously achieve the effect of killing mosquitoes. Since the solution is composed of chemical components and forms gas after evaporation and spreads in the indoor space, when people stay indoors for a long time, they are likely to inhale the gas evaporated from the trace solution in the space, and accumulate in the human body, which can easily endanger human health over time.

From the above description, it can be seen that the mosquito killing method using the liquid agent used in the general fan-blowing liquid electric mosquito coil device 1 does have the following disadvantages in actual use:

1. The agent solution must be frequently replenished: As mentioned above, the main mosquito killing method of the fan-blowing liquid electric mosquito coil device 1 is to use a fan to discharge the gas after the agent solution evaporates, so that the area around the fan-blowing liquid electric mosquito coil device 1 is filled with the volatile gas. When mosquitoes pass by the fan-blowing liquid electric mosquito coil device 1 and inhale the gas, the mosquito killing effect can be achieved. Due to the limited capacity of the agent solution, after a period of use, the solution will gradually be consumed, and the agent solution needs to be replenished regularly for continued use.

2. Inability to effectively catch mosquitoes: As mentioned above, the main mosquito-killing method of the fan-blowing liquid electric mosquito-repellent incense device 1 is to use a fan to discharge the gas after the drug solution evaporates. Therefore, when the space is large, the discharged gas is only around the fan-blowing liquid electric mosquito-repellent incense device 1 and cannot cover the entire space. The mosquito-killing effect can only be achieved when the mosquitoes are close to the fan-blowing liquid electric mosquito-repellent incense device 1. If the mosquitoes fly away from the fan-blowing liquid electric mosquito-repellent incense device 1, the mosquito-killing effect cannot be achieved.

3. Volatile substances can easily harm human health: Liquid electric mosquito coil solvent is a kind of insecticide, which evaporates and spreads throughout the indoor space through the drug solution. Long-term use can easily cause the human body to inhale too much volatile drug solution. If there is an allergic reaction to the drug solution, severe symptoms such as respiratory tract, headache, or sore throat can be caused. Frequent use of liquid electric mosquito coils can easily harm human health.

From the above content, we can understand that the principle of killing mosquitoes with general liquid electric mosquito coils is to use volatile drug solution to make mosquitoes inhale to achieve the effect of killing mosquitoes. If you want to maintain long-term use, you need to frequently replenish the drug solution to achieve the effect of continuous mosquito killing. Because long-term inhalation of volatile drug solution is easy to damage human health, how to effectively kill mosquitoes and integrate mosquito killing devices into life without producing harmful substances that affect health is a goal that relevant technical personnel urgently need to work hard on.

In view of this, the purpose of the present invention is to provide a magnetic suspension hollow mosquito trap device, which uses magnetic levitation technology to form a magnetic levitation space in the magnetic suspension hollow mosquito trap device, and through the fan component of the internal device, mosquitoes are sucked into the space and are not easy to fly out, and the physical wind is used to kill mosquitoes, thereby achieving the effect of catching mosquitoes without harming human health.

The magnetic suspension hollow mosquito catching device comprises a base unit, a mosquito catching unit and a magnetic suspension unit.

The base unit includes a base shell, a wireless power supply module arranged in the base shell, and a lighting module arranged in the base shell and electrically connected to the wireless power supply module.

The mosquito catching unit includes a floating shell body detachably connected to the base shell body, a power supply module arranged in the floating shell body, a charging module arranged in the floating shell body and electrically connected to the power supply module, a mosquito catching module arranged in the floating shell body and electrically connected to the charging module, and a control module arranged on the upper surface of the floating shell body and electrically connected to the mosquito catching module.

The magnetic levitation unit includes a first magnetic component arranged in the base shell, and a second magnetic component arranged in the floating shell and electromagnetically connected to the magnetic attraction component. The magnetic properties of the first and second magnetic components repel each other, so that the mosquito catching unit can be detachably magnetically levitated above the base unit.

Another technical means of the present invention is that the control module includes a power on/off switch disposed in the floating shell and electrically connected to the power supply module.

Another technical means of the present invention is that the mosquito catching module has a fan assembly arranged in the floating shell, and the control module further has a fan on/off switch electrically connected to the fan assembly and the power supply module.

Another technical means of the present invention is that the control module has a timing setting component which is arranged on the floating shell and is electrically connected to the mosquito catching unit.

Another technical means of the present invention is that the control module has a lighting on/off switch which is arranged on the floating shell and electrically connected to the lighting module.

Another technical means of the present invention is that the mosquito catching module has a tubular filter arranged in the floating shell, and a mosquito catching component electrically connected to the control module.

Another technical means of the present invention is that the control module has a mosquito catching on/off switch which is arranged on the floating shell and is electrically connected to the mosquito catching module and the power supply module.

Another technical means of the present invention is that the mosquito trap module further has an electric shock component electrically connected to the mosquito trap on/off switch.

Another technical means of the present invention is that the top of the base unit is a truncated transparent cone to transmit the light output by the lighting module.

Another technical means of the present invention is to form a concave shape at the bottom of the floating shell so that the base unit and the mosquito catching unit can be nested together when connected.

The beneficial effect of the present invention is that the magnetic suspension hollow mosquito trap device uses magnetic levitation technology to form a magnetic levitation space between the base shell and the floating shell of the magnetic suspension hollow mosquito trap device, and uses the fan component installed inside to suck in mosquitoes, and uses a physical wind drying method to kill mosquitoes. It does not use chemical liquid solvents with volatile characteristics, and can achieve the effect of killing mosquitoes without any concerns about harming human health.

The related patent application features and technical contents of the present invention will be clearly presented in the following detailed description of a preferred embodiment with reference to the drawings.

2 , 3 and 4 , which are a preferred embodiment of the magnetic suspension hollow mosquito trap device 3 of the present invention, the magnetic suspension hollow mosquito trap device comprises a base unit 31 , a mosquito trap unit 32 , and a magnetic suspension unit 33 .

Referring to FIG. 5 , the base unit 31 includes a base housing 311, a lighting module 312 disposed in the base housing 311, and a wireless power supply module 313 disposed in the base housing 311 and electrically connected to the lighting module 312. The mosquito trap unit 32 includes a floating housing 321 detachably connected to the base unit 31, a floating housing 322 disposed in the base housing 311, and a floating housing 323 disposed in the base housing 311. A charging module 322 in the floating shell 321, a power supply module 323 disposed in the floating shell 321, a mosquito catching module 324 disposed in the floating shell 321, and a control module 325 disposed on the upper surface of the floating shell 321. The charging module 322, the power supply module 323, the mosquito catching module 324 and the control module 325 are electrically connected.

Referring back to FIG. 2 and FIG. 3 , the top of the base housing 311 of the base unit 31 is a truncated transparent cone, which can transmit the light output by the lighting module 312 upwards. The bottom of the floating housing 321 is concave. The shapes of the base housing 311 and the floating housing 321 match each other, so that the base unit 31 and the mosquito trap unit 32 can fit together when connected. The base unit 31 can be connected to an external power cord 4 and electrically connected to the wireless power supply module 313. When the base unit 31 and the mosquito trap unit 32 are connected, the charging module 322 can be electrically connected to the wireless power supply module 313 to replenish power. When the base unit 31 and the mosquito catching unit 32 are separated, the wireless power supply module 313 can use electromagnetic force to provide power to the charging module 322, and the power supply module 323 can convert the power so that the mosquito catching unit 32 has sufficient power to operate. Preferably, the wireless power supply module 313 and the charging module 322 are coil structures, similar to the common wireless charging technology on the market, so as to use electromagnetic force to transfer power from the wireless power supply module 313 to the charging module 322 and provide the power supply module 323 for use. Since the wireless charging technology has been widely used in commercial products, it will not be described in detail here.

As mentioned above, preferably, the mosquito catching module 324 includes a fan assembly 3241 disposed in the floating shell 321, a tubular filter 3242 disposed in the floating shell 321, a mosquito luring assembly 3243 disposed in the floating shell 321, and an electric shock assembly 3244 disposed in the floating shell 321. The control module 325 includes a power on/off switch 3251 disposed in the floating shell 321 and electrically connected to the power supply module 323, and a A fan on/off switch 3252 is disposed on the floating shell 321 and electrically connected to the power supply module 323 and the fan assembly 3241, a mosquito catching on/off switch 3253 is disposed on the floating shell 321 and electrically connected to the mosquito catching module 324, a timing setting assembly 3254 is disposed on the floating shell 321 and electrically connected to the mosquito catching module 324, and a lighting on/off switch 3255 is disposed on the floating shell 321 and electrically connected to the lighting module 312.

The power on/off switch 3251 can turn the power on and off. When the power on/off switch 3251 turns on the power, the fan on/off switch 3252, the mosquito trap on/off switch 3253, the timing setting component 3254 and the lighting on/off switch 3255 can be used to turn on and off the corresponding electronic modules. When the power on/off switch 3251 turns off the power, the above switches cannot be used for operation.

The mosquito catching on/off switch 3253 is electrically connected to the mosquito attracting component 3243 and the electric shock component 3244 of the mosquito catching module 324. When the power on/off switch 3251 is pressed and the mosquito catching on/off switch 3253 is activated, mosquitoes are attracted to approach through the mosquito attracting component 3243. Preferably, the mosquito attracting component 3243 is a heating element that can increase the internal temperature of the mosquito catching module 324 to simulate the characteristic that mosquitoes like high temperatures. In actual implementation, the mosquito attracting component 3243 can use other mosquito attracting technologies and should not be limited to this.

When the fan on/off switch 3252 starts the fan assembly 3241, the fan assembly 3241 can suck mosquitoes near the mosquito catching unit 32 into the floating shell 321 through the gap between the base shell 311 and the floating shell 321. The tubular filter 3242 disposed inside the floating shell 321 can capture mosquitoes in the wind flow, and then discharge the air from the vent 5 at the top of the floating shell 321. In actual implementation, the air can flow into the mosquito catching module 324 from the vent 5 and then flow out from the bottom of the base shell 311, but this should not be limited to the present invention. The above-mentioned mosquito killing method using physical air drying makes the mosquitoes that enter the mosquito catching module 324 unable to fly out and are slowly dried and killed by the wind. Preferably, the mosquito catching on/off switch 3253 can activate the electric shock component 3244 provided in the tubular filter 3242. When the mosquitoes enter, the electric shock component 3244 can immediately electrocute the mosquitoes to death. Preferably, the structure of the tubular filter 3242 and the electric shock component 3244 is similar to that of commercially available electric mosquito swatters, but this should not be limited to this in actual implementation. The mosquito remains killed by the electric shock component 3244 can fall into the tubular filter 3242, so that the mosquito remains are not easily scattered outside the magnetic levitation mosquito trap 3. In addition, the timing setting component 3254 is electrically connected to the mosquito trap on and off switch 3253. The timing setting component 3254 sets the on and off time of the magnetic suspension hollow mosquito trap 3, so that the magnetic suspension hollow mosquito trap 3 continues to operate within the set time to achieve the effect of continuous mosquito killing.

Please refer to Figure 4. The magnetic levitation unit 33 includes a first magnetic component 331 disposed in the base shell 311, and a second magnetic component 332 disposed in the floating shell 321 and electromagnetically connected to the first magnetic component 331. The magnetism of the first magnetic component 331 and the second magnetic component 332 repel each other, so that the mosquito catching unit 32 can be separably magnetically levitated above the base unit 31, and a magnetic levitation space 333 is defined between the base shell 311 and the floating shell 321. Preferably, the first magnetic component 331 and the second magnetic component 332 are magnet blocks. In actual implementation, the first magnetic component 331 and the second magnetic component 332 can use electromagnetic iron to control whether magnetic force is generated, but it should not be limited to this. The top of the base unit 31 is a truncated transparent cone. When the lighting on/off switch 3255 is pressed, the lighting module 312 can be activated. The light output by the lighting module 312 can be transmitted through the transparent cone to attract mosquitoes to approach. Then, the fan assembly 3241 is used to drive the mosquitoes approaching the lighting module 312 into the magnetic levitation space 333 formed by the base unit 31 and the mosquito trap unit 32. The mosquito module 324 is equipped with a physical wind-drying mosquito-killing method to achieve the effect of catching and killing mosquitoes. The lighting on/off switch 3255 uses wireless transmission technology to transmit the switch signal to the lighting module 312. In actual implementation, the lighting on/off switch 3255 can be set in the base housing 311, or the lighting module 312 can be set in the floating housing 321, but it should not be limited to this.

From the above description, it can be seen that the magnetic suspension hollow mosquito trap device 3 of the present invention does have the following effects:

1. Can be used for a long time:

The magnetic suspension hollow mosquito trap device 3 of the present invention is powered by a power cord 4. When the power on/off switch 3251 is pressed, the relevant control functions of the control module 325 can be activated. The design of the magnetic suspension hollow mosquito trap device 3 mainly utilizes the temperature and light that mosquitoes like to attract mosquitoes to the magnetic suspension hollow mosquito trap device 3, and utilizes the fan assembly 3241 to suck mosquitoes into the mosquito trap module 324 of the mosquito trap unit 32, and utilizes physical air drying to achieve the effect of killing mosquitoes. It does not need to be frequently replenished with drug solution or tablets like general liquid electric mosquito coils, and can be used sustainably for a long time.

2. Effectively kill mosquitoes:

By turning on the fan on/off switch 3252, the mosquito catcher on/off switch 3253 and the lighting on/off switch 3255, the fan assembly 3241, the mosquito attracting assembly 3243 and the lighting module 312 can be activated, so that mosquitoes can approach and be sucked into the mosquito catcher module 324 by the magnetic levitation space 333, and then the mosquitoes can be killed by drying them using a physical air drying method. The mosquito catcher on/off switch 3253 can activate the electric shock assembly 3244 to kill the mosquitoes that enter the tubular filter 3242 by electric shock, which can shorten the mosquito killing time and achieve the effect of effective mosquito killing.

3. No volatile chemical solvents are used, which will not affect human health:

The magnetic suspension hollow mosquito trap 3 uses physical air drying to kill mosquitoes, and does not need to add other chemical solutions. When using the magnetic suspension hollow mosquito trap 3, people can also move normally indoors without worrying about inhaling too much chemical volatile gas. Preferably, the magnetic suspension hollow mosquito trap 3 can be placed around the baby and turned on for a long time to kill mosquitoes. There is no need to worry about affecting the growth and development of the baby, and it can effectively capture indoor mosquitoes to avoid diseases caused by mosquito bites.

In summary, the magnetically suspended hollow mosquito trapping device 3 can be placed indoors without worrying about the generation of volatile toxic gases. The mosquito attracting component 3243 and the lighting module 312 are used to attract mosquitoes to approach, and then the fan component 3241 is used to suck mosquitoes into the mosquito trapping module 324. The tubular filter 3242 is used to capture mosquitoes and use physical air drying to gradually dry and kill them. Alternatively, the electric shock component 3244 is used to electrocute the mosquitoes that have entered the mosquito trapping module 324. Therefore, the purpose of the present invention can be achieved.

However, what is described above is only a preferred embodiment of the present invention and should not be used to limit the scope of implementation of the present invention. In other words, any simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the invention description are still within the scope of the present patent.

1: Fan-blowing liquid electric mosquito coil device

2: Volatile units of drugs

3: Magnetic Suspended Hollow Mosquito Catcher

31: Base unit

311: Base shell

312: Lighting module

313: Wireless power supply module

32: Mosquito Catching Unit

321: Floating Shell

322: Charging module

323: Power supply module

324: Mosquito Catching Module

3241:Fan assembly

3242:Tubular Filter

3243: Mosquito trap component

3244: Electric shock assembly

325:Control Module

3251: Power on/off switch

3252: Fan on/off switch

3253: Mosquito trap on/off switch

3254: Timing setting component

3255:Lighting on/off switch

33: Magnetic levitation unit

331: First magnetic component

332: Second magnetic component

333: Magnetic Levitation Space

4: Power cord

5: Ventilation holes

Figure 1 is a side cross-sectional view, which is a new patent No. M369655 of the Republic of China, illustrating a known fan-blowing liquid electric mosquito coil; Figure 2 is a three-dimensional exploded view, which is a preferred embodiment of the magnetic suspension hollow mosquito trapping device of the present invention, illustrating a state in which a base unit and a mosquito trapping unit can be separated; Figure 3 is a three-dimensional schematic diagram, illustrating a state in which the base unit and the mosquito trapping unit are combined in the preferred embodiment; Figure 4 is a side cross-sectional schematic diagram, illustrating a state in which, in the preferred embodiment, when the first magnetic component and the second magnetic component are connected by electromagnetic force to form a mutual repulsion, the mosquito trapping unit is separated and magnetically suspended above the base unit and a magnetic suspension space is generated; and FIG5 is a block diagram illustrating a schematic diagram of a module of an electronic circuit arrangement in the magnetically suspended hollow mosquito trap in the preferred embodiment.

3: Magnetic suspension hollow mosquito trap device

31: Base unit

311: Base shell

312: Lighting module

313: Wireless power supply module

32: Mosquito catching unit

321: Floating shell

322: Charging module

323: Power supply module

324: Mosquito Catching Module

3241: Fan assembly

3242: Tubular filter

3243: Mosquito trap component

3244: Electric shock assembly

325: Control module

3251: Power on/off switch

3252: Fan on/off switch

3253: Mosquito trap on/off switch

3254: Timing setting component

3255: Lighting on/off switch

33: Magnetic levitation unit

331: First magnetic component

332: Second magnetic component

333: Magnetic levitation space

4: Power cord

5: Ventilation holes

Claims (9)

A magnetically suspended hollow mosquito-catching device comprises: a base unit, including a base shell, a wireless power supply module disposed in the base shell, and a lighting module disposed in the base shell and electrically connected to the wireless power supply module; a mosquito-catching unit, including a floating shell detachably connected to the base shell, a power supply module disposed in the floating shell, a charging module disposed in the floating shell and electrically connected to the power supply module, a mosquito-catching module disposed in the floating shell and electrically connected to the charging module, and a control module disposed on the upper surface of the floating shell and electrically connected to the mosquito-catching module; and a magnetically suspended unit, including a floating shell disposed in the base shell. The first magnetic component is disposed in the floating housing, and the second magnetic component is disposed in the floating housing and is electromagnetically connected to the first magnetic component. The first and second magnetic components are magnets and repel each other magnetically, so that the mosquito catching unit can be magnetically levitated above the base unit and define a magnetic levitation space. When the base unit and the mosquito catching unit are combined, they are in contact with each other; the top of the base housing of the base unit is located in the magnetic levitation space and presents a truncated transparent cone to transmit the light output by the lighting module. The mosquito catching module has a fan component disposed in the floating housing. The fan module sucks mosquitoes close to the lighting module from the magnetic levitation space into the mosquito catching module. The magnetically suspended hollow mosquito trap device as described in claim 1, wherein the control module has a power on/off switch disposed on the floating shell and electrically connected to the power supply module. The magnetically suspended hollow mosquito trap device as described in claim 2, wherein the control module further has a fan on/off switch electrically connected to the fan assembly and the power supply module. The magnetically suspended hollow mosquito trap device as described in claim 1, wherein the control module has a timing setting component disposed on the floating shell and electrically connected to the mosquito trap unit. The magnetically suspended hollow mosquito trap device as described in claim 1, wherein the control module has a lighting on/off switch disposed on the floating shell and electrically connected to the lighting module. The magnetically suspended hollow mosquito trap device as described in claim 1, wherein the mosquito trap module has a tubular filter disposed in the floating shell, and a mosquito trap component electrically connected to the control module. The magnetically suspended hollow mosquito trap device as described in claim 6, wherein the control module has a mosquito trap on/off switch disposed on the floating housing and electrically connected to the mosquito trap module and the power supply module. The magnetically suspended hollow mosquito trap device as described in claim 7, wherein the mosquito trap module further has an electric shock component electrically connected to the mosquito trap on/off switch. As described in claim 1, the magnetically suspended hollow mosquito-catching device, wherein the bottom of the floating shell is formed into a concave shape so that the base unit and the mosquito-catching unit can be fitted together when connected.

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