TWM644669U - Portable and capable of generating bioelectricity resonance ions for air purification and detection - Google Patents

Abstract

This creation system provides a portable air purification and detection device capable of generating electrobiological resonance ions, which includes a hand-held housing, a high-performance computing chip, a laser sensor, an electrobiological ion releaser, a display, an on/off power button and power supply unit. With the above-mentioned structure, the air quality can be monitored in real time through the high-performance computing chip and the laser sensor, and the electric bio-ion releaser can continuously release negative oxygen ions to purify the air in real time. The display can cooperate with color grading to provide users with an intuitive way Knowing the current air quality and temperature and other prompts makes this creation convenient for users to carry, as well as continuously monitor and maintain the ambient air quality in a good state.

Description

Portable and capable of generating electrical bioresonance ions for air purification and detection

The invention relates to an air purification and detection device, especially a portable air purification and detection device capable of generating electrobiological resonance ions.

When we discuss the pollution in the air, we often only focus on the existence of PM2.5 particles, but the harm in the air is not limited to this. In fact, there are many other fine particles that we often overlook that pose serious threats to our health.

First of all, formaldehyde and volatile organic compounds (Total Volatile Organic Compounds, TVOCs) are common sources of air pollution. When these chemicals are released, they can irritate the mucous membranes of the eyes and respiratory tract, and may cause symptoms such as burning eyes and throat discomfort. What's more, formaldehyde and VOCs are genotoxic, meaning long-term exposure can cause damage to our genetic makeup, increasing the risk of diseases like cancer.

In addition to chemicals, there are various bacteria and viruses in the air. Not only can these microbes cause respiratory infections and other physical ailments, they can also cause long-term damage to our immune system. Especially in closed indoor environments, bacteria and viruses are more likely to spread and breed, increasing our risk of being victimized.

Hazards exist not only in the air but also outside. Secondhand smoke is also an important source of air pollution, especially for smokers' family members and those around them. Secondhand smoke contains a large number of harmful substances, including PM2.5 particles. Long-term exposure to second-hand smoke may lead to problems such as airway obstruction and inflammation, and it may also have adverse effects on the development of the fetus and increase the risk of birth defects.

In addition, pet dander and pollen are also common sources of air pollution, especially for people with allergies. Pet dander and pollen float in the air and easily enter our respiratory system, causing allergic symptoms such as allergic rhinitis.

However, air-purifying devices are very common in the market, but most of them are bulky and need to be placed on the ground to take up space. The surrounding air has been greatly improved, and this is the direction that relevant businesses should strive for.

In order to solve the above problems, this creation discloses a portable air purification and detection device capable of generating electro-bioresonance ions. In addition to its small size, it can simultaneously detect air quality and simultaneously purify the air.

In order to achieve the above purpose, an embodiment of the present invention provides a portable air purification and detection device capable of generating electrical bioresonance ions, which includes a hand-held housing, a high-performance computing chip, a laser sensor, An electric biological ion releasing device, a display, an on/off power key and a power supply device. A release hole and a plurality of ventilation holes are set on the surface of the hand-held housing; the high-performance computing chip includes a monitoring module, the high-performance computing chip is set inside the handheld housing, and the monitoring module is used to monitor the quality of air pollution in real time; the laser sensor Electrically connected to the high-performance computing chip, the laser sensor is set inside the hand-held housing and connected to the vent hole, the laser sensor can detect the value of harmful gases in the air through the vent hole; the electric biological ion releaser is electrically connected to the high-performance computing chip, The electric biological ion releaser is arranged inside the hand-held housing and communicates with the release hole. The electric biological ion releaser is used to continuously release negative oxygen ions, and the above-mentioned negative oxygen ions can be released to the outside of the hand-held housing through the release hole; the display is electrically connected to the high-performance computing chip, The display is set on the surface of the hand-held housing to display the value of the harmful gas in the air at present; the on-off power key is electrically connected to the high-performance computing chip, and the on-off power key is arranged on the surface of the handheld housing; and the power supply device is electrically connected to the high-performance computing chip .

In one embodiment, the high-performance computing chip further includes a color display module, the color display module is electrically connected to the monitoring module, and the color display module is used to indicate air quality and temperature prompts through color grading.

In one of the embodiments, the monitoring module is used for real-time monitoring of PM2.5 quality, PM10 quality, formaldehyde concentration, volatile organic compound (Total Volatile Organic Compound, TVOC), temperature or humidity.

In one of the embodiments, the high-performance computing chip further includes an air quality evaluation module, the air quality evaluation module is electrically connected to the monitoring module, the color display module, the laser sensor and the electric biological ion emitter, through the high The performance calculation chip integrates the monitoring content and provides an overall air quality assessment, which is displayed on the display, and the above overall air quality assessment is a text description of at least three categories.

In one of the embodiments, the high-performance computing chip combined with the laser sensor performs data update detection every 1 second.

In one of the embodiments, the ventilation holes are grilled ventilation holes.

In one of the embodiments, the power on/off key is a capacitive touch bar, which can be used to directly click the interface for one-key operation.

In one of the embodiments, the power button is a physical button.

In one of the embodiments, the power supply device can be a charging cable or a battery.

By virtue of the above, the advantages of this creation are as follows:

1. Small size, no fan and no consumables: This creation is small in size, and there is no fan or consumables inside. It is easy for users to carry and does not take up too much space. In addition to being able to detect and purify the air quality at any time, It can also maintain a quiet environment when it is started, and it also has the advantage of low cost loss without consumables.

2. Real-time detection and purification of air quality: This creation can detect the air quality every 1 second, and immediately purify the polluted air to ensure that the user is always in a good air environment.

3. Intuitive color grading indication: Through color grading, users can intuitively identify the current air pollution level and provide clear and easy-to-understand information.

4. Simple and easy-to-understand air quality evaluation description: This creation evaluates the air quality through text descriptions. If the evaluation is safe, it means it is suitable for living; . This easy-to-understand description helps users quickly judge and take corresponding actions.

5. Complete monitoring of air pollution: In this creation, through the setting of grille-type ventilation holes on the outer surface of the handheld shell, the laser sensor can fully contact the air, thereby realizing a comprehensive monitoring of air pollution.

6. Long-term continuous power monitoring: This creation can provide charging line or battery power supply. If using a charging line, it can realize long-term continuous power monitoring; if using a battery, it is convenient for users to carry it to any place for monitoring.

7. Simple on/off button operation: The startup and shutdown operation of this creation is very simple, just press and hold for 5 seconds to complete.

8. No need for calibration: This creation has been calibrated by professional equipment before leaving the factory, and calibrated in an environment with zero formaldehyde, so there is no need for users to calibrate themselves, and it also avoids calibration errors that may be caused by user operations.

Exemplary embodiments of this creation are described in detail below with reference to the accompanying drawings, and it is not intended to limit the technical principles of this creation to specific disclosed embodiments, but the scope of this creation is only limited by the scope of the patent application, covering substitutions, modifications and equivalent.

Referring to Figures 1 to 4, this invention provides a portable air purification and detection device capable of generating electrical bioresonance ions, which includes a hand-held housing 10, a high-performance computing chip 20, a laser sensor 30, a Electric biological ion releaser 40 , a display 50 , an on/off power button 60 and a power supply device 70 .

A release hole 11 and a plurality of ventilation holes 12 are formed through the surface of the hand-held housing 10 .

The high-performance computing chip 20 includes a monitoring module 21. The high-performance computing chip 20 is arranged inside the handheld housing 10. The monitoring module 21 is used for real-time monitoring of air pollution quality.

The laser sensor 30 is electrically connected to the high-performance computing chip 20. The laser sensor 30 is arranged inside the hand-held housing 10 and communicates with the ventilation hole 12. The laser sensor 30 can detect the value of harmful gases in the air through the ventilation hole 12. The sensor 30 can detect particles as small as 0.3 microns.

The electric biological ion releaser 40 is electrically connected to the high-performance computing chip 20. The electric biological ion releaser 40 is arranged inside the hand-held housing 10 and communicates with the release hole 11. The electric biological ion releaser 40 is used for continuously releasing negative oxygen ions. Ions can be released to the outside of the hand-held housing 10 through the release hole 11 .

The display 50 is electrically connected to the high-performance computing chip 20. The display 50 is arranged on the surface of the hand-held housing 10 to display the current value of harmful gases in the air.

The on-off power key 60 is electrically connected to the high-performance computing chip 20 , and the on-off power key 60 is disposed on the surface of the handheld housing 10 ; and the power supply device 70 is electrically connected to the high-performance computing chip 20 . Wherein, the power on/off key 60 is located on the same side as the display 50 .

With the above-mentioned structure, the hand-held housing 10 of the present invention is small in size, convenient for users to carry, and does not take up too much space, and is suitable for being placed on a desk, in a car or in a pet product area. There are no fans or consumables in this creation, and it can maintain a quiet environment when it is started, and can form an ion bath environment indoors without fans or air conditioners through the natural diffusion of negative oxygen ions, guaranteeing 15 to 30 square meters The purification effect of the meter room also has the advantage of low cost loss without consumables, but if it is used in an indoor environment with a fan or air conditioner to flow air, it can purify the air more efficiently.

Another advantage of this invention is that the high-performance computing chip 20 combined with the laser sensor 30 performs data update detection every 1 second, and cooperates with the electric biological ion releaser 40 to continuously release negative oxygen ions, which can immediately purify the polluted air. Make sure the user is always in a good air environment.

Continuing to refer to Figure 2, it is disclosed that the power supply device 70 can be a charging cable or a battery. This invention can provide a charging cable or a battery for power supply. The charging cable can use a USB-C port, which can realize continuous power monitoring for a long time; It is set to 3000mAh, and its battery life can reach 7 hours, which is convenient for users to carry to any place for monitoring.

In addition, it is revealed from FIG. 2 that the outer surface of the hand-held housing 10 is provided with ventilation holes 12 as grille-type ventilation holes, which can make the air flow more smoothly, and further enable the laser sensor 30 to fully contact the air, thereby realizing air pollution prevention. comprehensive monitoring.

Continuing to refer to Fig. 3, it is disclosed that the on/off power button 60 is a physical button or a capacitive touch bar. If it is a capacitive touch bar, it can be used to directly click the interface for one-key operation. The startup and shutdown operations of this creation are very simple, just long press 5 can be done in seconds.

Continuing to refer to FIG. 4, the high-performance computing chip 20 further includes a color display module 22, the color display module 22 is electrically connected to the monitoring module 21, and the color display module 22 is used to indicate the air quality and temperature prompt through color grading. The color-graded indication allows users to intuitively identify the current air pollution level and provide clear and easy-to-understand information. For example, TVOC will display analog bars, which can be visually displayed through different colors, such as green for safety, yellow for warning, and red for exceeding the standard.

Continuing to refer to FIG. 4, the monitoring module 21 is used for real-time monitoring of PM2.5 quality, PM10 quality, formaldehyde concentration, volatile organic compound (Total Volatile Organic Compound, TVOC), temperature or humidity, through the real-time monitoring value of the monitoring module 21, It can be confirmed whether the electric biological ion releaser 40 continuously releases negative oxygen ions to purify the environment.

Continuing to refer to FIG. 4, the high-performance computing chip 20 further includes an air quality evaluation module 23, the air quality evaluation module 23 is electrically connected to the monitoring module 21, the color display module 22, the laser sensor 30 and the electrobiological ion releaser 40. Through the high-performance computing chip 20, the monitoring content is integrated and an overall air quality assessment is provided. The above-mentioned overall air quality assessment is displayed on the display 50. The above-mentioned overall air quality assessment is a text description of at least three categories. If the assessment is safe, Indicates that it is suitable for living; if the assessment is average, it is not recommended to stay; if the assessment is severely polluted, it indicates that it is not suitable for living. This easy-to-understand description helps users quickly judge and take corresponding actions.

Referring to Fig. 5 and matching Fig. 3 and Fig. 4, when the creation is just started, in an environment with poor air quality, the display 50 will present a red number of 326 in the column of PM2.5, and volatile organic compounds (TVOC) may It has not been monitored, so it points to the green and safe analog bar area on the right, and the formaldehyde value is also maintained at a low value of 0.021mg/m ³ , while the column of PM10 may display a red box of 157µg/m ³ , and the temperature is displayed in real time The temperature is 32.1°C, the real-time humidity is 51%, and the safety and quality assessment shows that it is seriously polluted, which means it is not suitable for living.

Referring to Fig. 6 together with Fig. 3 and Fig. 4, at this time, the electrobiological ion releaser 40 will continuously release negative oxygen ions, and the display 50 will present a green number of 39 in the PM2.5 column, and the volatile organic compounds (TVOC) may It has not been monitored, so it points to the green and safe analog bar area on the right, and the formaldehyde value is also maintained at a low value of 0.021mg/m ³ , while the column of PM10 may display a green box of 49µg/m ³ , and the temperature is displayed in real time The temperature is 32.1°C, the real-time humidity is 46%, and the safety and quality assessment is safe, indicating that it is suitable for living. Negative oxygen ions will be continuously released through the electrobiological ion releaser 40, which can effectively remove formaldehyde and purify PM0.3, and produce almost no ozone, which can make indoor floating dust, smog, bacteria, and viruses gather with each other and lose them in the air The ability to float freely, and continue to fall rapidly to purify the space, and no longer affect the human body.

This creation has been calibrated by professional equipment before leaving the factory, and calibrated in an environment with zero formaldehyde, so there is no need for users to calibrate themselves, and it also avoids calibration errors that may be caused by user operations.

Although this creation is illustrated with a preferred embodiment, those skilled in the art can make various changes without departing from the spirit and category of this creation. The above-mentioned embodiments are only used to illustrate the creation, and are not intended to limit the scope of the creation. All modifications or changes that do not violate the spirit of this creation belong to the patent scope of this creation.

10: Handheld shell 11: release hole 12: ventilation hole 20: High-performance computing chip 21: Monitoring module 22: Color display module 23: Air Quality Assessment Module 30:Laser sensor 40: Electric biological ion releaser 50: display 60: Turn on and off the power button 70: Power supply device

[Picture 1] is a three-dimensional schematic diagram of this creation. [Picture 2] is a three-dimensional schematic diagram of this creation from another angle. [Figure 3] A schematic diagram showing the front of the display for this creation. [Figure 4] Schematic block diagram of the structure created for this work. [Figure 5] is a schematic diagram of the display of this creation when the value of harmful gases in the air rises. [Figure 6] is a schematic diagram of the display of this creation when the value of harmful gases in the air decreases.

10: Handheld shell

50: display

60: Turn on and off the power button

Claims (10)

A portable air purification and detection device capable of generating electrical bioresonance ions, comprising: One hand holds the shell, and a release hole and a plurality of ventilation holes are formed on the surface; A high-performance computing chip, including a monitoring module, the high-performance computing chip is set inside the handheld housing, and the monitoring module is used to monitor air pollution quality in real time; A laser sensor is electrically connected to the high-performance computing chip. The laser sensor is arranged inside the hand-held housing and communicates with the ventilation holes. The laser sensor can detect harmful gases in the air through the ventilation holes. value; An electric biological ion releaser, electrically connected to the high-performance computing chip, the electric biological ion releaser is arranged inside the hand-held housing and connected to the release hole, the electric biological ion releaser is used to continuously release negative oxygen ions, and the above-mentioned negative oxygen Ions can be released to the outside of the hand-held housing through the release hole; A display is electrically connected to the high-performance computing chip, and the display is arranged on the surface of the handheld housing to display the current value of harmful gases in the air; An on/off power button, electrically connected to the high-performance computing chip, the on/off power button is arranged on the surface of the hand-held housing; and A power supply device is electrically connected to the high-performance computing chip. As described in Claim 1, the portable air purification and detection device capable of generating electrobioresonance ions, wherein the high-performance computing chip further includes a color display module, and the color display module is electrically connected to the monitoring module, The color display module is used to indicate air quality and temperature prompts through color grading. As described in claim 2, the portable air purification and detection device can generate electrobioresonance ions, wherein the monitoring module is used to monitor PM2.5 quality, PM10 quality, formaldehyde concentration, volatile organic compounds (Total Volatile Organic Compound, TVOC), temperature or humidity. As described in claim 3, the portable air purification and detection device capable of generating electrobioresonance ions, wherein the high-performance computing chip further includes an air quality evaluation module, and the air quality evaluation module is electrically connected to the monitoring module The group, the color display module, the laser sensor and the electro-biological ion releaser integrate the monitoring content through the high-performance computing chip and provide an overall air quality assessment. The above-mentioned overall air quality assessment is displayed on the display. As described in Claim 4, the portable air purification and detection device capable of generating electrical bioresonance ions, wherein the high-performance computing chip combined with the laser sensor performs data update detection every 1 second. The portable air purification and detection device capable of generating electrical bioresonance ions as described in Claim 5, wherein the above-mentioned overall air quality assessment is a text description of at least three categories. According to claim 6, the portable air purification and detection device capable of generating electrobioresonance ions, wherein the ventilation holes are grilled ventilation holes. As described in Claim 7, the portable air purification and detection device can generate electrobioresonance ions, wherein the on/off power button is a capacitive touch bar, which can be used to directly click on the interface for one-key operation. According to claim 7, the portable air purification and detection device capable of generating electrical bioresonance ions, wherein the power button is a physical button. According to claim 8 or 9, the portable air purification and detection device capable of generating electrobioresonance ions, wherein the power supply device can be a charging line or a battery.

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