TW202030028A - Sandstorm suppressor - Google Patents

Abstract

A sandstorm suppressor is disclosed in the present invention. The sandstorm suppressor suppresses the sandstorm caused by the low frequency vibration of the crust. The sandstorm suppressor includes a receiving unit, a processing unit and a plurality of frequency generating units. The processing unit calculates the signals received via the receiving unit and generates the corresponding frequency signals outputted to the frequency generating units. The frequency generating units generate the specific vibration waves according to the frequency signals. The vibration waves are destructive interfering to the resonance waves of the sands resonant with the low frequency vibration of the crust. The sandstorm suppressor of the present invention can prevent the occurrence of the sandstorm via detecting the in-time environmental conditions including weather, area and geology. The sandstorm can be avoided efficiently via the destructive interfering waves generated via the sandstorm suppressor of the present invention.

Description

Sandstorm suppressor

The present invention discloses a suppressor, especially related to a sandstorm suppressor, which accurately calculates the crustal vibration frequency in the region based on environmental factors such as geographic area and climate, and generates corresponding destructive interference vibrations Wave, in order to avoid sandstorms due to resonance.

Sandstorm is the general term for sandstorms and duststorms. This weather phenomenon mostly occurs in arid or semi-arid areas. When a sandstorm occurs, it is mainly formed by strong winds blowing up the soft sand and dust on the dry surface, which causes the air to become turbid and reduce visibility. . However, in general, the conditions for the formation of a dust storm are as follows: the first is the dust material on the ground, which is the material basis for the formation of the dust storm; the second is strong wind, which is the driving force for the transmission of the dust storm; the third is strong Thermal convection, which is an important local thermal condition; the fourth is arid climate, compared to wet and sticky soil, dry sand and dust are more likely to produce sandstorms under the above conditions; the fifth is the continuous low-frequency vibration of the earth's crust This causes the dust to resonate. Based on the above knowledge, in a dry environment, due to the lack of moisture, less agglomerated particles, and lighter weight, the dust gradually forms a large amount of resonant dust with the low-frequency vibration of the earth's crust, so it floats on the surface The amount of sand and dust gradually increases. Once under strong thermal convection conditions, the thermal convection provides sufficient buoyancy for the sand and dust, and a large amount of sand and dust will be raised instantly, and under the strong wind, a large amount of dust will be formed. Large-scale and large-scale sandstorms.

However, among the above-mentioned various conditions, sand dust, strong winds, strong thermal convection, dry climate and vibration of the earth's crust, it seems that none of the conditions can be easily controlled, and it cannot be controlled in a short time. Effectively solve the problem of sandstorms. In view of the above, the present invention discloses a dust storm suppressor, which accurately calculates the crustal vibration frequency of the region based on the data of environmental factors such as region and climate, and generates corresponding destructive interference vibration waves to avoid Sand and dust generate sandstorms due to resonance.

The main purpose of the present invention is to provide a dust storm suppressor, which accurately calculates the crustal vibration frequency of the region based on the environmental factors such as region and climate, and generates corresponding destructive interference vibration waves, so as to Avoid sandstorms due to resonance.

Another object of the present invention is to provide a dust storm suppressor, which can calculate appropriate vibration waves based on time data, map data, topographic data, geological data, temperature data, humidity data, and air pressure data. The vibration waves generated by the frequency generating unit may have different frequency ranges.

Another object of the present invention is to provide a dust storm suppressor, which utilizes a plurality of frequency generating units arranged in an array pattern, a linear pattern arrangement, a concentric pattern arrangement, an irregular pattern arrangement or a combination of the above types , Coupled with a specific angle to transmit the vibration wave, in order to achieve the effect of completely suppressing the resonance of sand and dust within the specified area.

To achieve the above objective, the present invention discloses a sand and dust storm suppressor, which is used to suppress sand and dust from resonating due to low-frequency vibration of the earth's crust. The sand and dust storm suppressor disclosed in the present invention includes a receiving unit for receiving a plurality of signals; a processing unit, Coupled to the receiving unit, and outputting a plurality of frequency signals after calculating the signals; and a plurality of frequency generating units, coupled to the processing unit, and generating a plurality of vibration waves having the frequency signals; wherein, the frequencies The vibration waves generated by the generating unit and the resonance waves of the sand dust interfere destructively with each other.

Therefore, the sand and dust storm suppressor disclosed in the present invention loads real-time time data, map data, topographic data, geological data, temperature data, humidity data, and air pressure data by manual input or data acquisition, and generates it after processing A series of vibration waves of different frequencies are arranged by the frequency generating unit and matched with the specific angle of the vibration wave transmission to generate destructive interference waves corresponding to the sand and dust resonance caused by the vibration of the earth's crust, so as to avoid sand and dust. Resonance produces sandstorms.

1‧‧‧Sandstorm suppressor

12‧‧‧Receiving unit

14‧‧‧Processing unit

16, 16a-16f‧‧‧frequency generating unit

Figure 1 is a block diagram of a sandstorm suppressor disclosed in the present invention.

Figure 2a shows the device aspect of a sandstorm suppressor disclosed in the present invention.

Figure 2b shows another device aspect of the sandstorm suppressor disclosed in the present invention.

The technical means and structure adopted by the present invention are illustrated in detail below to illustrate the features and functions of the preferred embodiments of the present invention for a complete understanding.

Please refer to Figure 1, Figure 2a and Figure 2b at the same time. Figure 1 is a block diagram of a sandstorm suppressor disclosed in the present invention, and Figure 2a is a device configuration of a sandstorm suppressor disclosed in the present invention. , Figure 2b is another device aspect of the sandstorm suppressor disclosed in the present invention.

The sandstorm suppressor 1 disclosed in the present invention includes a receiving unit 12, a processing unit 14, and a plurality of frequency generating units 16a-16f. The receiving unit 12 is used to receive a plurality of signals; the processing unit 14 is coupled to the receiving unit 12, and after receiving the signals transmitted from the receiving unit 12, the processing unit 14 outputs a plurality of frequencies corresponding to the signals A plurality of frequency generating units 16a-16f are coupled to the processing unit 14, and generate a plurality of vibration waves having these frequencies according to the frequency signals obtained after calculation from the processing unit 14; wherein, the frequency generating unit 16a- The vibration wave system generated by 16f and the resonance wave of sand and dust interfere with each other destructively. Of course, in order to provide enough For electrical energy, the sandstorm suppressor 1 of the present invention further includes an electrical energy supply unit (not shown in the figure), which is coupled to the receiving unit 12, the processing unit 14 and the frequency generating units 16a-16f. The electrical energy supply unit can be of any type. State-of-the-art storage elements, such as lithium batteries, solar batteries, or any primary or secondary batteries.

The above-mentioned signal received by the receiving unit 12 may include time data, map data, topographic data, geological data, temperature data, humidity data, air pressure data, etc., and the receiving methods include manual input, database input, and capture. Get cloud data and/or receive satellite signals...etc. It can be seen that the sandstorm suppressor 1 of the present invention can capture the most real-time updated data at the first time based on the most real-time information, even in the event of a temporary emergency weather change, and use it as the material for information processing. , It is the most effective and reliable equipment for the early warning and prevention of sandstorms.

Generally speaking, although the regions and corresponding weather conditions where sandstorms occur around the world, the actual natural conditions are slightly different, but the frequency signal provided by the sandstorm suppressor 1 disclosed in the present invention is between 0.01 and 500 Hz. frequency. For example, under the climatic conditions in the spring environment of the Gobi Desert in the laboratory, the frequency range of the frequency signal is about 1.0~5Hz, which has a significant resonance suppression effect, but this frequency range is in addition to the above-mentioned weather conditions. It is also related to the range (area) to be suppressed. Therefore, although the experiment is carried out under specific geological conditions with specific weather conditions, in actual applications, the actual operating area size must be considered to change the frequency of the frequency signal. range.

In order to be able to generate the above-mentioned frequency signals, generally speaking, the power of the frequency generating units 16a-16f is between 1~200W, and according to requirements, each frequency generating unit 16a-16f may generate different frequencies when it is activated. At the same time, different powers will be used to transmit the vibration wave to a certain distance.

In the overall component configuration, the frequency generating unit 16 that mainly transmits vibration waves to the outside can be arranged in an array pattern, a linear pattern, a concentric pattern, an irregular pattern, or a combination of the above patterns. At the same time, in order to improve The efficiency of vibration wave transmission, the frequency generating unit 16 can be more special The vibration wave is transmitted at a fixed angle, and the specific angle may be immutable. For example, according to the needs of a specific area, the setting of the frequency generating unit 16 has a certain angle, or the specific angle may also be adjustable, for example : The frequency generating unit 16 itself is a rotatable and twistable mechanism design, so the transmission angle of the vibration wave can be changed according to different input conditions each time. Fig. 2a and Fig. 2b respectively show the frequency generating units 16 arranged in an array type, and the frequency range, power and vibration wave transmission angle of each frequency generating unit 16 are different.

From the foregoing, it can be seen that the sand and dust storm suppressor disclosed in the present invention is based on environmental factors such as region, climate, etc., to instantly and accurately calculate the crustal vibration frequency of the region, and generate corresponding destructive interference vibration waves. To avoid sandstorms due to resonance.

12‧‧‧Receiving unit

14‧‧‧Processing unit

16a-16f‧‧‧frequency generating unit

Claims (9)

A sand and dust storm suppressor is used to suppress the resonance of sand and dust due to low-frequency vibration of the earth's crust. The sand and dust storm suppressor includes: a receiving unit for receiving a plurality of signals; a processing unit coupled to the receiving unit and calculating the signals Then output a plurality of frequency signals; and a plurality of frequency generation units, coupled to the processing unit, and generate a plurality of vibration waves with the frequency signals; wherein the vibration waves generated by the frequency generation units and the dust The resonance waves interfere with each other destructively. The sandstorm suppressor according to claim 1, wherein the signals received by the receiving unit can be manually input, database input, cloud data retrieval, and/or satellite signal reception. The sand and dust storm suppressor according to claim 1, wherein the signals include time data, map data, topographic data, geological data, temperature data, humidity data, and air pressure data. The sand storm suppressor according to claim 1, wherein the frequency of the frequency signals output by the processing unit is between 0.01 and 500 Hz. The sand and dust storm suppressor of claim 1, wherein the power of the frequency generating units is between 1 and 200W. The sandstorm suppressor according to claim 1, wherein the frequency generating units are arranged in an array pattern, a linear pattern, a concentric circle pattern, an irregular pattern arrangement, or a combination of the above patterns. The sandstorm suppressor according to claim 1, wherein the vibration wave generated by each frequency generating unit is sent out in a specific angular direction. The sandstorm suppressor according to claim 7, wherein the specific angle is immutable or adjustable. The sandstorm suppressor according to claim 1, further comprising: an electric power supply unit coupled to the receiving unit, the processing unit and the frequency generating units.

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