TW201909740A - Mosquito capturing device and expanding module - Google Patents

Abstract

A mosquito capturing device and an expanding module for being mounted in a mosquito capturing device are disclosed. The mosquito capturing device includes a accommodating portion, a channel portion, a attracting unit, a capturing unit, a sensing unit, and a controlling unit. The channel is communicated with the accommodating portion. The attracting unit is for attracting a capturing target. The capturing unit is for make the capturing target pass through the channel portion and gathered in the accommodating portion. The sensing unit is for generating a mosquito sensing signal when the capturing target passes through the channel portion. The controlling unit is coupled with the sensing unit. The controlling unit is for obtaining an amount or a type of the capturing target according to mosquito sensing signal and for generating a controlling signal according to the amount or the type of the capturing target. The controlling signal is for adjusting a capturing state of the mosquito capturing device. The expanding module includes a channel portion, a sensing unit, and a controlling unit.

Description

Mosquito trapping device and expansion module

The invention relates to a mosquito trapping device and an expansion module for installing the mosquito trapping device, in particular to an insect trapping device capable of adjusting the capturing state and an expansion module for installing the mosquito trapping device.

Since ancient times, organisms such as mosquitoes have been replenished by taking in the blood of other organisms for reproduction. When mosquitoes absorb blood from other organisms, they also secrete formic acid on the wounds that absorb blood to prevent blood from clotting. The secreted formic acid often causes discomfort such as redness, itching and other skin damage in other organisms. In addition, mosquito-like organisms may also infect diseases while biting other organisms, such as heart filariasis in dogs, dengue fever in humans, Japanese encephalitis and other diseases.

Early humans used to burn mosquitoes and other substances to drive away or cull mosquitoes. However, carbon monoxide or other substances produced by burning mosquito coils may also have adverse effects on the human body. Therefore, humans have developed other means of capturing and even killing mosquito-like organisms. For example, the use of electric mosquito coils to disperse or cull substances of mosquito-like organisms can avoid the production of carbon monoxide. For example, electric mosquitoes and electric mosquito swatters are used to kill mosquitoes. For example, light from certain wavelength segments is used to attract mosquito-like organisms for capture or culling. For example, the use of wind currents limits the movement of mosquito-like organisms for capture.

However, the presence of mosquito-like organisms usually has its peak and trough periods. If mosquitoes are not present, they still use the above methods to attempt to drive away, capture or cull mosquitoes, which will result in energy waste. If mosquitoes frequently appear, but still can not immediately drive, capture or cull mosquitoes, it will cause other living things to trouble.

In view of the above problems, the present invention provides a mosquito trapping device and an expansion module, which are capable of efficiently capturing a captured object when the captured object is present.

An embodiment of the present invention provides a mosquito trapping device, which includes a receiving portion, a channel portion, an attracting unit, a capturing unit, a sensing unit, and a control unit. The channel portion is connected to the accommodating portion. The attracting unit is used to attract a captured object. The capturing unit is configured to collect the captured object through the channel portion and collect it in the receiving portion. The sensing unit is configured to generate a mosquito sensing signal when the captured object passes through the channel portion. The control unit is coupled to the sensing unit. The control unit is configured to obtain the quantity or type of the captured object according to the mosquito sensing signal, and generate a control signal according to the quantity or type of the captured object. The control signal is used to adjust the capture pattern of one of the mosquito trapping devices.

Another embodiment of the present invention provides an expansion module for mounting on a mosquito trapping device. The mosquito trapping device comprises a receiving portion, a first attracting unit and a capturing unit. A mosquito trap is used to capture a captured object. The first attracting unit is used to attract the captured object. The expansion module includes a channel portion, a sensing unit and a control unit. The channel portion is connected to the accommodating portion, and the capturing unit is configured to collect the object to be captured in the accommodating portion through the channel portion. The sensing unit is configured to generate a mosquito sensing signal when the captured object passes through the channel portion. The control unit is coupled to the sensing unit. The control unit is configured to obtain the quantity or type of the captured object according to the mosquito sensing signal, and generate a control signal according to the quantity or type of the captured object. The control signal is used to adjust the capture pattern of one of the mosquito trapping devices.

According to the mosquito trapping device and the expansion module of the embodiment of the present invention, the control unit can adjust the capturing state of the mosquito trapping device by sensing the number and type of the captured objects captured by the mosquito trapping device. Thereby, the captured object can be efficiently captured depending on the type or number of the captured objects. In addition to being able to avoid unnecessary energy consumption by the mosquito trapping device and the expansion module, the number or type of captured objects captured by the mosquito trapping device can be known, and the number or type of the captured objects can be analyzed.

The above description of the present invention and the following description of the embodiments of the present invention are intended to illustrate and explain the spirit and principles of the invention.

The detailed features and advantages of the embodiments of the present invention are set forth in the Detailed Description of the Detailed Description. The objects and advantages of the present invention can be readily understood by those of ordinary skill in the art in the <RTIgt; The following examples are intended to describe the present invention in further detail, but are not intended to limit the scope of the invention.

In the so-called schematic diagrams of the present specification, the dimensions, ratios, angles, and the like may be exaggerated, but are not intended to limit the present invention. Various changes can be made without departing from the gist of the invention.

Referring to FIG. 1, a side cross-sectional view of a mosquito trapping device 1 in accordance with an embodiment of the present invention is shown. In the present embodiment, the mosquito trapping device 1 is used to capture the captured object. The captured object can be a mosquito-like organism. The mosquito trapping device 1 includes a receiving portion 111, a channel portion 121, a first attracting unit 112, a second attracting unit 124, a capturing unit 113, a sensing unit 122, and a control unit 123, and may further include a signal transmitting unit 125.

In the embodiment, the channel portion 121 is in communication with the accommodating portion 111. The first attracting unit 112 and the second attracting unit 124 are used to attract the captured object. The capturing unit 113 is configured to collect the captured object through the channel portion 121 and collect it in the housing portion 111. The sensing unit 122 is configured to generate a mosquito sensing signal when the captured object passes through the channel portion 121. The control unit 123 is coupled to the sensing unit 122. The control unit 123 is configured to obtain the number or type of the captured objects according to the mosquito sensing signals, and to generate the control signals according to the number or type of the captured objects. The control signal is used to adjust the capture pattern of the mosquito trapping device 1.

However, the captured object can enter the accommodating portion 111 only via the channel portion 121. The inner diameter of the channel portion 121 is narrower than the inner diameter of the accommodating portion 111, so that the captured object in the accommodating portion 111 is less likely to escape from the accommodating portion 111 from the channel portion 121.

The first attraction unit 112 is disposed outside the accommodating portion 111 and disposed adjacent to the channel portion 121 . The first attracting unit 112 can include a light source to emit light of a particular wavelength range. Light of a particular wavelength range is capable of attracting a particular type of captured object. The first attraction unit 112 can include a plurality of light sources to accommodate different types of captured objects. Therefore, the capturing state of the mosquito trapping device 1 can be adjusted by adjusting the intensity of the light emitted by the first attracting unit 112 or the wavelength range of the light. When the capturing aspect is to enhance the capturing efficiency, the intensity of the light emitted by the first attracting unit 112 can be increased. When the capturing aspect is to reduce the capturing efficiency, the intensity of the light emitted by the first attracting unit 112 can be reduced. When the captured aspect is captured for a particular type, the range of wavelengths of light emitted by the first attracting unit 112 can be switched.

In addition, the first attracting unit 112 may further include a photocatalyst, which emits carbon dioxide or other specific gas by irradiating light to the photocatalyst, and attracts the captured object by carbon dioxide or other specific gas. Therefore, the amount of time release of carbon dioxide or other specific gas can be adjusted by adjusting the intensity of the light emitted by the first attracting unit 112, thereby adjusting the capturing state of the mosquito trapping device 1.

Therefore, the attracting factor is not limited to a substantial substance, and may be energy such as light waves or electromagnetic waves. Moreover, in other embodiments, a plurality of different types of attracting units may also be combined.

The second attracting unit 124 is disposed inside the accommodating portion 111 and disposed adjacent to the channel portion 121 . The second attracting unit 124 is configured to release the attracting factor to attract the captured object. The attracting factor can be a hormone, which can be released by heating, wind blowing or shaking. Therefore, the captured state of the mosquito trapping device 1 can be adjusted by adjusting the amount of release per unit time of the attracting factor by the second attracting unit 124. When the capturing aspect is to enhance the capturing efficiency, the second attracting unit 124 can be increased to release the unit time release amount of the attracting factor. When the capture pattern is to reduce the capture efficiency, the amount of release per unit time of the attractant factor released by the second attracting unit 124 can be reduced.

The capturing unit 113 is disposed adjacent to the channel portion 121 and configured to generate a wind flow to drive the captured object through the channel portion 121 to be collected in the receiving portion 111. The captured state of the mosquito trapping device 1 can be adjusted by adjusting the unit time flow of the wind flow generated by the capturing unit 113. When the capture aspect is to enhance the capture efficiency, the unit time flow of the wind flow generated by the capture unit 113 can be increased. When the capture pattern is to reduce the capture efficiency, the unit time flow of the wind flow generated by the capture unit 113 can be reduced.

The sensing unit 122 is disposed on the channel portion 121 and configured to generate a mosquito sensing signal when the captured object passes through the channel portion 121. The sensing unit 122 can be a photographic lens, and the mosquito sensing signal can be an image signal. The image signal can be used to calculate the number of captured objects, and can also be used to distinguish whether the captured object is a vector mosquito or a female.

In other embodiments, the sensing unit 122 can be an infrared sensor, and the mosquito sensing signal can also be an infrared signal, and the infrared signal can be used to calculate the number of captured objects.

In other embodiments, the sensing unit 122 can be a sound sensor, and the sensing signal can be an audio signal. When the captured object passes through the channel portion 121, the sound audio or volume in the channel portion 121 changes, so the sound signal can be used to calculate the number of the captured objects passing through the channel portion 121. Different kinds of captured objects have different audio when flying, so the sound signal can be used to distinguish the type of the captured object.

Moreover, the sensing unit 122 can further sense the environment to generate an environmental sensing signal. The environmental sensing signal is the temperature, humidity, brightness or geographical location of the environment.

The control unit 123 is coupled to the first attracting unit 112, the second attracting unit 124, the capturing unit 113, the sensing unit 122, and the signal transmitting unit 125.

The control unit 123 can obtain the number and type of the captured objects captured by the mosquito trapping device 1 according to the sensing signals generated by the sensing unit 122. The control unit 123 can adjust the capturing state of the mosquito trapping device 1 according to the number and type of the captured objects, and can further analyze the number and type of the captured objects. In this embodiment, the control unit 123 can release the unit time release amount of the attracting factor by adjusting the first attracting unit 112 and the second attracting unit 124, or by adjusting the unit time flow of the wind flow generated by the capturing unit 113. The capture pattern of the mosquito trapping device 1 is adjusted.

When the number of captured objects of the mosquito trapping device 1 at a certain time period is larger, it means that the captured objects in this specific period of time are more frequently present. The control unit 123 may adjust the capture aspect at this particular time period to enhance the capture efficiency, and may adjust the capture aspect to attenuate the capture efficiency at other time periods. Thereby, the mosquito trapping device 1 can enhance the capture of the captured object during the period in which the captured object is infested, and saves its energy consumption during the period in which the captured object is infrequent.

In addition, the control unit 123 can distinguish the gender or the type of the captured object according to the image signal or the sound signal generated by the sensing unit 122. For example, a female catching object is usually bitten by a human or other creature, so that the mosquito trapping device 1 can be adjusted to capture a female captured object during a period of frequent occurrence of the female captured object. In addition, for example, in all the captured objects, the catch of the infectious disease is more harmful, so the mosquito trapping device 1 can be adjusted to be contagious when the captured object of the infectious disease occurs frequently. The capture of the captured object of the disease.

Moreover, the control unit 123 can also monitor the attractant factor consumable status or operating conditions of the first attracting unit 112 and the second attracting unit 124. If the attracting factor consumables of the first attracting unit 112 or the second attracting unit 124 are to be used or fail, a notification signal may be generated to notify the maintenance personnel to supplement the attracting factor consumables or perform maintenance.

The control unit 123 can also adjust the capturing aspect of the mosquito trapping device 1 according to the environmental sensing signal. For example, when the temperature is high or the humidity is high, the occurrence of the captured object may become more frequent, so the control unit 123 can increase the capturing efficiency of the mosquito trapping device 1 at this time. In addition, the brightness of the environment is related to the work of humans or other creatures, such as the difference between daylight and night, or the difference in the use of indoor lighting. Some of the captured objects may be present when humans or other biological activities are active, so the control unit 123 may increase the capturing efficiency of the mosquito trapping device 1 at this time. In addition, some of the catching objects may be present when the human or other creatures are resting, so the control unit 123 can increase the capturing efficiency of the mosquito trapping device 1 at this time.

Furthermore, the presence of captured objects is also related to geographical location, such as low-lying areas and high-altitude areas, rural areas and urban areas, and near-water source areas and distant water source areas. The sensing unit 122 can sense the geographic location by using a Global Positioning System (GPS), and the control unit 123 can adjust the capturing aspect of the mosquito capturing device 1 according to the geographic location.

The control unit 123 can also control the signal transmission unit 125 to transmit data to other devices or receive data from other devices. For example, the previously mentioned environmental humidity, temperature, day and night time, geographic location, etc., the control unit 123 can also access the data from the Internet server via the signal transmission unit 125. In addition, the control unit 123 can also capture the number and type of captured objects captured by the mosquito capture device 1 via the signal transmission unit 125 to the Internet server, so that the user accessing the Internet server can know the mosquito capture. The device 1 captures the state of the captured object and can perform analysis. The control unit 123 can also send a notification signal via the signal transmission unit 125 to notify the maintenance personnel to supplement the attracting factor consumable or to repair the mosquito trapping device 1.

In addition, the operating power of the mosquito trapping device 1 can be a built-in battery, a replaceable battery, or an external power supply using a USB or other port.

2 and FIG. 3, FIG. 2 is a side cross-sectional view of the expansion module 3 installed in the mosquito trapping device 2 according to another embodiment of the present invention, and FIG. 3 is a diagram showing the mosquito trapping device 2 of FIG. And a side view exploded view of the expansion module 3. In the embodiment, the expansion module 3 is detachably mounted on the mosquito trapping device 2.

The mosquito trapping device 2 is used to capture the captured object. The mosquito trapping device 2 includes a housing portion 21, a first attracting unit 22, and a capturing unit 23. The first attracting unit 22 is used to attract the captured object. The capturing unit 23 is configured to collect the captured object in the accommodating portion 21 .

The expansion module 3 includes a channel portion 31, a sensing unit 32, and a control unit 33, and may further include a second attracting unit 34 and a signal transmitting unit 125. When the expansion module 3 is installed in the mosquito trap device 2, the expansion module 3 can be located between the accommodating portion 21 and the capturing unit 23. The channel portion 31 is connected to the accommodating portion 21, and the capturing unit 23 is configured to collect the object through the channel portion 31 and collect it in the accommodating portion 21. The sensing unit 32 is configured to generate a mosquito sensing signal when the captured object passes through the channel portion 31. The control unit 33 is coupled to the sensing unit 32. The control unit 33 is configured to obtain the number or type of the captured objects according to the mosquito sensing signals, and generate control signals according to the number or type of the captured objects. The control signal is used to adjust the capture pattern of the mosquito trapping device 2.

Among them, the captured object can enter the accommodating portion 21 only via the channel portion 31. The inner diameter of the channel portion 31 is narrower than the inner diameter of the accommodating portion 21, so that the object to be captured in the accommodating portion 21 is less likely to escape from the accommodating portion 21 from the channel portion 31.

The first attraction unit 22 is disposed outside the accommodating portion 21 and disposed adjacent to the channel portion 31 . The first attracting unit 22 can include a light source to emit light of a particular wavelength range. Light of a particular wavelength range is capable of attracting a particular type of captured object. The first attraction unit 22 can include a plurality of light sources to accommodate different types of captured objects. Therefore, the capturing state of the mosquito trapping device 2 can be adjusted by adjusting the intensity of the light emitted by the first attracting unit 22 or the wavelength range of the light. When the capturing aspect is to enhance the capturing efficiency, the intensity of the light emitted by the first attracting unit 22 can be increased. When the capturing aspect is to reduce the capturing efficiency, the intensity of the light emitted by the first attracting unit 22 can be lowered. When the captured aspect is captured for a particular type, the range of wavelengths of light emitted by the first attracting unit 22 can be switched.

In addition, the first attracting unit 22 may further include a photocatalyst, which emits carbon dioxide or other specific gas by irradiating light to the photocatalyst, and attracts the captured object by carbon dioxide or other specific gas. Therefore, the amount of time release of carbon dioxide or other specific gas can be adjusted by adjusting the intensity of the light emitted by the first attracting unit 22, thereby adjusting the capturing state of the mosquito trapping device 2.

Therefore, the attracting factor is not limited to a substantial substance, and may be energy such as light waves or electromagnetic waves. Moreover, in other embodiments, a plurality of different types of attracting units may also be combined.

The capturing unit 23 is disposed adjacent to the channel portion 31 and is configured to generate a wind flow to drive the captured object through the channel portion 31 to be collected in the receiving portion 21 . The captured state of the mosquito trapping device 2 can be adjusted by adjusting the unit time flow of the wind flow generated by the capturing unit 23. When the capture aspect is to enhance the capture efficiency, the unit time flow of the wind flow generated by the capture unit 23 can be increased. When the capture pattern is to reduce the capture efficiency, the unit time flow of the wind flow generated by the capture unit 23 can be reduced.

The sensing unit 32 is disposed on the channel portion 31 and configured to generate a mosquito sensing signal when the captured object passes through the channel portion 31. The sensing unit 32 can be a photographic lens, and the mosquito sensing signal can be an image signal. The image signal can be used to calculate the number of captured objects, and can also be used to distinguish whether the captured object is a vector mosquito or a female.

In other embodiments, the sensing unit 32 can be an infrared sensor, and the mosquito sensing signal can also be an infrared signal, and the infrared signal can be used to calculate the amount of the captured object.

In other embodiments, the sensing unit 32 can be a sound sensor, and the sensing signal can be an audio signal. When the captured object passes through the channel portion 31, the sound audio or volume in the channel portion 31 changes, so the sound signal can be used to calculate the number of the captured objects passing through the channel portion 31. Different kinds of captured objects have different audio when flying, so the sound signal can be used to distinguish the type of the captured object.

Moreover, the sensing unit 32 can further sense the environment to generate an environmental sensing signal. The environmental sensing signal is the temperature, humidity, brightness or geographical location of the environment.

The second attraction unit 34 is disposed adjacent to the channel portion 31. The second attracting unit 34 is used to release the attracting factor to attract the captured object. The attracting factor can be a hormone, which can be released by heating, wind blowing or shaking. Therefore, the capturing state of the mosquito trapping device 2 can be adjusted by adjusting the amount of release per unit time of the attracting factor by the second attracting unit 34. When the capture aspect is to enhance the capture efficiency, the second attracting unit 34 can be released to release the unit time release amount of the attractant. When the capture pattern is to reduce the capture efficiency, the amount of release per unit time of the attractant factor released by the second attracting unit 34 can be reduced.

The control unit 33 is coupled to the sensing unit 32 , the second attracting unit 34 , and the signal transmitting unit 35 , and is coupled to the first attracting unit 22 and the capturing unit 23 of the mosquito trapping device 2 .

The control unit 33 can obtain the number and type of the captured objects captured by the mosquito trapping device 2 according to the sensing signals generated by the sensing unit 32. The control unit 33 can adjust the capturing state of the mosquito trapping device 2 according to the number and type of the captured objects, and can further analyze the number and type of the captured objects. In the present embodiment, the control unit 33 can adjust the capturing state of the mosquito trapping device 2 by adjusting the unit time release amount of the attracting factor by the second attracting unit 34. In addition, the control unit 33 can also adjust the capturing mode of the mosquito trapping device 2 by adjusting the unit time release amount of the attracting factor by the first attracting unit 22 or by adjusting the unit time flow of the wind flow generated by the capturing unit 23. . The control unit 33 can also adjust the capturing mode of the mosquito trapping device 2 according to the environmental sensing signal.

Moreover, the control unit 33 can also monitor the attractant factor consumable status or operating conditions of the second attracting unit 34 and the first attracting unit 22. If the attractant supply of the second attracting unit 34 or the first attracting unit 22 is about to be used or is faulty, a notification signal may be generated to notify the maintenance personnel to supplement the attractant consumables or perform maintenance. The control unit 33 can also control the signal transmission unit 35 to transmit data to other devices or receive data from other devices.

In addition, the operating power supply of the mosquito trapping device 2 can be a built-in battery, a replaceable battery or an external power supply using a USB or other port. The operating power supply of the expansion module 3 can be a built-in battery, a replaceable battery or a power source using the mosquito trapping device 2. In addition, the operating power of the expansion module 3 can also be an external power supply using a USB or other port.

In summary, the mosquito trapping device and the expansion module of the embodiment of the present invention can adjust the mosquito trapping device by sensing the number and type of the captured objects captured by the mosquito trapping device by the sensing unit. Capture the situation. Thereby, the captured object can be efficiently captured depending on the type or number of the captured objects. In addition to being able to avoid unnecessary energy consumption by the mosquito trapping device and the expansion module, the number or type of captured objects captured by the mosquito trapping device can be known, and the number or type of the captured objects can be analyzed.

Although the present invention has been disclosed above in the foregoing embodiments, it is not intended to limit the invention. It is within the scope of the invention to be modified and modified without departing from the spirit and scope of the invention. Please refer to the attached patent application for the scope of protection defined by the present invention.

1, 2‧‧‧ mosquito trapping device

111, 21‧‧‧ 容 部

112, 22‧‧‧ first attracting unit

113, 23‧‧‧ capture unit

121, 31‧‧‧ Department of Access

122, 32‧‧‧Sensor unit

123, 33‧‧‧Control unit

124, 34‧‧‧Second attracting unit

125, 35‧‧‧ signal transmission unit

3‧‧‧Expansion module

1 is a side cross-sectional view of a mosquito trapping device in accordance with an embodiment of the present invention. 2 is a side cross-sectional view showing an expansion module installed in a mosquito trapping device according to another embodiment of the present invention. 3 is a side elevational cross-sectional view of the mosquito trapping device and the expansion module of FIG. 2 .

Claims (15)

A mosquito trapping device comprises: a receiving portion; a channel portion connected to the receiving portion; an attracting unit for attracting a captured object; and a capturing unit for passing the captured object through the channel portion And the sensing unit is configured to generate a mosquito sensing signal when the captured object passes through the channel portion; and a control unit coupled to the sensing unit, the control unit is configured to be used by the control unit Taking the number or type of the captured object according to the mosquito sensing signal, and generating a control signal according to the quantity or type of the captured object, the control signal is used to adjust a captured state of the mosquito capturing device. The mosquito trapping device of claim 1, wherein the attracting unit is disposed adjacent to the channel portion and configured to release an attracting factor coupled to the attracting unit, the capturing unit is coupled to the attracting unit. The unit time release amount of the attracting factor is released for the attracting unit. The mosquito trapping device of claim 1, wherein the capturing unit is disposed adjacent to the channel portion, and is configured to generate a wind flow to drive the captured object through the channel portion to be collected in the receiving portion, the control unit The capturing unit is coupled to the capturing unit, and the capturing aspect is a unit time flow of the wind flow. The mosquito trapping device of claim 1, wherein the mosquito sensing signal is an image signal, and the mosquito sensing signal is used to obtain the quantity or kind of the captured object. The mosquito trapping device of claim 1, wherein the mosquito sensing signal is an infrared signal, and the mosquito sensing signal is used to obtain the amount of the captured object. The mosquito trapping device of claim 1, wherein the sensing unit is further configured to sense an environment to generate an environmental sensing signal, wherein the environmental sensing signal is ambient temperature, humidity, brightness or geographic location, and the control unit is Further, the capturing aspect of the mosquito trapping device is adjusted according to the environmental sensing signal. The mosquito trapping device of claim 1, further comprising a signal transmission unit coupled to the control unit, the signal transmission unit being controlled by the control unit to transmit data to other devices or to receive data from other devices. An expansion module for installing a mosquito trapping device, the mosquito trapping device comprising a receiving portion, a first attracting unit and a capturing unit, the mosquito trapping device for capturing a captured object, the first An attracting unit is configured to attract the captured object, the expansion module includes: a channel portion connected to the receiving portion, the capturing unit is configured to collect the captured object through the channel portion to be collected in the receiving portion; a sensing unit configured to generate a mosquito sensing signal when the captured object passes through the channel portion; and a control unit coupled to the sensing unit, the control unit configured to obtain the mosquito sensing signal according to the mosquito sensing signal The quantity or type of the captured object is used to generate a control signal according to the quantity or type of the captured object, and the control signal is used to adjust a captured state of the mosquito trapping device. The expansion module of claim 8, wherein the first attracting unit is configured to release an attracting factor to attract the captured object, the control unit is coupled to the first attracting unit, and the capturing aspect is the first The attracting unit releases the unit time release amount of the attracting factor. The expansion module of claim 8, further comprising a second attracting unit disposed adjacent to the channel portion and configured to release an attracting factor to attract the captured object, the control unit coupled to the second attracting And the capturing aspect is that the second attracting unit releases the unit time release amount of the attracting factor. The expansion module of claim 8, wherein the capturing unit is configured to generate a wind flow to drive the captured object through the channel portion to be collected in the receiving portion, the control unit is coupled to the capturing unit, The capture pattern is the unit time flow of the wind flow. The expansion module of claim 8, wherein the mosquito sensing signal is an image signal, and the mosquito sensing signal is used to obtain the quantity or kind of the captured object. The expansion module of claim 8, wherein the mosquito sensing signal is an infrared signal, and the mosquito sensing signal is used to obtain the captured object. The expansion module of claim 8, wherein the sensing unit is further configured to sense an environment to generate an environmental sensing signal, wherein the environmental sensing signal is temperature, humidity, brightness, or geographic location of the environment, and the control unit is Further, the capturing aspect of the mosquito trapping device is adjusted according to the environmental sensing signal. The expansion module of claim 8 further includes a signal transmission unit coupled to the control unit, the signal transmission unit being controlled by the control unit to transmit data to other devices or to receive data from other devices.