TWM594928U - Optical and magnetic energy detection application vehicle - Google Patents

Abstract

An application carrier for detecting optical and magnetic energy, which is applied to biological skin, and includes: a contact plate, optical modules and magnetic modules are provided on both sides, the optical module includes a light emitting module and a light receiving module, the magnetic The module includes a magnetic power generation module and a magnetic energy receiving module; a signal receiving filter; a signal amplifier; an analog-to-digital converter; a microprocessor; a display module; a power supply module, which includes a power manager, a battery, and a touch switch; The power supply module is provided with a USB socket; the microprocessor includes a Bluetooth module or a wireless local area network (Wi-Fi) and a near-field sensing module; the display module is connected with the microprocessor The vehicle for detecting and judging the information record; thereby, it can effectively improve the convenience of use, and can be used for physiological detection and judgment and output and analysis without invasive biological methods.

Description

Optical and magnetic energy detection application vehicle

This creation relates to vehicles and more specifically to applications for optical and magnetic energy detection.

As a conventional physiological detection device, such as a blood glucose meter for blood sugar level, it must be timed before and after meals to penetrate the skin to obtain blood, drip on a test paper containing an enzyme electrode to produce a chemical reaction, and generate electrons through the chemical reaction. The charge flowing through the electrodes is measured to obtain the required physiological detection value. However, frequent puncturing the skin to obtain blood is very likely to be infected, and it is even more painful for the measurement person. Although some people have invented a physiological detection device for non-invasive detection, For example, the patent of "Physiological Detection Device" No. 106203248 (Certificate No.: M553179), the Republic of China application, it is necessary to pass through the acupuncture point and its block of the subject, and traditional Chinese medicine focuses on the viscera meridian in specific acupoint The use of gravity and other different stimulation methods, the reflex corresponding to its organs are more extensive, because there are currently 365 known acupuncture points, there are many hidden, remote acupuncture points not yet included, and the corresponding points The organs of each other will affect and act on each other. For example: "Using the detection of the water content of the big fish and the skin." It is located in the palm, the bulge of the muscle corresponding to the base of the thumb. Traditional Chinese medicine also believes that the lungs and the large intestine are opposite each other, which can cure constipation, prevent colds, improve immunity, and improve heart function. It is difficult to have a single and scientific data argument, interlocking, skin moisture It will also have different changes due to internal human factors and external environmental factors, making its practicability greatly reduced. This is where the industry and consumers desire to break through.

In order to solve the above-mentioned shortcomings of the existing technology, the main purpose of this creation is to provide an application carrier for optical and magnetic energy detection, to contact a contact board with an optical module and a magnetic module through biological skin, and to use a signal to receive filters and signals Amplifiers, analog-to-digital converters, microprocessors, display modules, and power supply modules convert pulse signals into digital signals for analysis by microprocessor calculations, with a view to overcoming the difficulties in the prior art.

The secondary purpose of this creation is to provide an application carrier for optical and magnetic energy detection. The microprocessor is provided with an arithmetic program to calculate the measured value of the pulse wave signal calculation quantity converted into a digital signal for physiological detection.

Another purpose of this creation is to provide an application carrier for optical and magnetic energy detection, which effectively improves its ease of use, and can be used for physiological detection, judgment, output and analysis without invasive biological methods.

The problem to be solved in this creation is a physiological detection device based on conventional non-invasive detection, such as the patent of "Physiological Detection Device" No. 106203248 (Certificate No.: M553179) of the Republic of China. Measure the points and their blocks, and traditional Chinese medicine focuses on the viscera meridian applying gravity and other different stimulation methods at specific points, and the reflex corresponds to its organs. The argument is relatively wide, because there are currently 365 points known, There are also many hidden and remote acupuncture points that are not yet included, and the corresponding organs of each acupoint will affect and interact with each other. It is difficult to have a single and scientific data argument, interlocking, the skin moisture content is even more Because the internal human factors and the external environmental factors produce different changes, its practicality is greatly reduced.

The technical means to solve the problem, in order to achieve the above purpose, the creation is to provide a carrier for the detection of optical and magnetic energy, which is applied to the skin of organisms, and its characteristics include: A contact board, which is provided with an optical module and a magnetic module on both sides and provides the skin contact with electric charge to generate pulsed energy waves using light emission and light reception and magnetic power generation and magnetic reception, forming a pulse wave circuit through the organism, The optical module includes a light emitting module and a light receiving module. The magnetic module includes a magnetic power generating module and a magnetic energy receiving module. The photomagnetic energy wave is used to move the photomagnetism and add a pulse wave signal ; Two signal receiving filters, each signal receiving filter is respectively connected to the corresponding optical module, respectively receives the corresponding pulse wave signal through each signal receiving filter, and filters the received pulse Wave signal noise; Two signal amplifiers, each signal amplifier is respectively connected to the signal receiving filter and the magnetic module, and amplifies the weak pulse wave signal through the signal amplifier; The second analog-to-digital converter is connected to the pulse wave signal amplified by the corresponding signal amplifier, and converts the pulse wave signal analog signal into a digital signal; A microprocessor is connected to the analog-to-digital converter. The microprocessor is provided with a calculation program to provide the calculation and output analysis of the pulse wave signal converted into a digital signal, and the measured value is used as a physiological detection judgment analysis; A display module is connected to the microprocessor to provide the physiological data of the physiological detection judgment analysis by displaying the measured value of the pulse wave signal output converted into a digital signal through the microprocessor calculation; A power supply module is connected to the microprocessor. The power supply module includes a power manager, at least one battery and a touch switch connected to the power manager.

Among them, this invention creates visible light with a wavelength of 500-520nm or 680-700nm.

Among them, the wavelength of the light emitted by the light emitting module in this creation is 760-780nm infrared (Infrared, IR) invisible light.

Among them, the power supply module is provided with a USB socket, and the USB socket is connected to the power manager.

Among them, the original microprocessor includes a Bluetooth module and a near-field sensing module connected to each other, through the near-field sensing module close to the electronic digital display carrier will open the electronic digital display carrier application ( APP), through the Bluetooth module, the calculation results are wirelessly transmitted and output to the electronic digital display vehicle.

Among them, the Bluetooth module can be replaced by a wireless local area network (Wi-Fi), and the calculation results can be wirelessly transmitted to the electronic digital display vehicle through the Bluetooth module or through the wireless local area network Wi-Fi will transmit the calculation results to the wireless local area network.

Among them, the electronic digital display vehicle of the present invention is a stand-alone vehicle, a handheld vehicle, a fixed vehicle or a wearable vehicle.

Among them, the electronic digital display vehicle can be a bracelet, watch, mobile phone, computer, tablet or car screen.

Among them, the physiological data determined by the value of the original value for physiological detection can be pulse, heart rhythm, blood pressure, epinephrine, blood glucose, glycated hemoglobin, uric acid, liver index, cholesterol, cancer factor, cardiovascular disease factor, blood fat, renal function And one or more combinations of liver function.

Wherein, the display module of the present invention is connected with at least one vehicle that records the microprocessor physiological detection and judgment information.

Among them, the physiological detection judgment information created by the microprocessor is to store the records in at least one database through wired or wireless.

According to the effect of the previous technology, contact the contact board with the optical module and the magnetic module through the biological skin, and connect the signal receiving filter, signal amplifier, analog digital converter, microprocessor, display module and power supply module , The pulse wave signal is converted into digital signal output by the microprocessor calculation, and then reached, the calculation program provided by the microprocessor will use the measured value of the pulse wave signal calculation value converted into the digital signal as a physiological test, effectively improving its convenience of use It can be used for physiological detection and judgment and output and analysis without invasive biological methods, which meets the needs of progress, practicality and users, and shows its gains.

The creation is accompanied by the drawings and described in detail in the form of expressions of the embodiments. The figures used in the text are for illustration and supplementary purposes only, and may not be the true proportion and precision after the creation is implemented Configuration, it should not limit the scope of the patents created in actual implementation in terms of the relationship between the proportion of the attached drawings and the configuration, and it shall be stated first.

Please refer to the first picture, the second picture, the third picture and the fourth picture, which is a schematic diagram of the application vehicle for the creation of the photomagnetic energy detection. This creation generates the pulse wave circuit through the skin contacting the contact board with the optical module Embodiment diagram, the original electronic digital display vehicle is close to the near-field sensing module. The electronic digital display vehicle application (APP) is opened and the microprocessor calculation result is wirelessly transmitted to the electronic digital display vehicle through the Bluetooth module. The embodiment diagram and the physiological detection judgment message of the authoring microprocessor store the record in at least one database through wired or wireless embodiment diagram. The authoring optical and magnetic energy detection application vehicle is applied to the biological skin 100. The preferred embodiment includes a contact board 1, two signal receiving filters 3, two signal amplifiers 4, two analog-to-digital converters 5, a microprocessor 6, a display module 7, and a power supply module 9.

One of the aforementioned contact plates 1 is provided with an optical module 2 and a magnetic module 20 on both sides and provides contact of the skin 100 with electric charges to generate pulsed energy waves using light emission and light reception and magnetic power generation and magnetic reception. A pulse wave circuit is formed biologically. The optical module 2 includes a light emitting module 21 and a light receiving module 22. The magnetic module 20 includes a magnetic power generation module 201 and a magnetic energy receiving module 202. The energy wave is used to move the photomagnetism and add a pulse wave signal (please cooperate with the second picture). The light emitted by the light emitting module 21 of the optical module 2 is green, blue, blue green, yellow , Orange and red visible light, and the wavelength is 500-520nm or 680-700nm (nano), but does not limit this creation, the light emitted by the light emitting module 21 can also be infrared (Infrared, IR) invisible light, and the wavelength is 760-780nm (nano).

In the foregoing two signal receiving filters 3, each signal receiving filter 3 is respectively connected to the corresponding optical module 2, and receives the corresponding pulse wave signal through each signal receiving filter 3, and Filter out the noise of the received pulse wave signal.

In the aforementioned two signal amplifiers 4, each signal amplifier 4 is connected to the signal receiving filter 3 and the magnetic module 20 respectively, and the weak signal of the pulse wave is amplified by the signal amplifier 4.

The aforementioned two analog-to-digital converters 5 are connected to the pulse wave signal amplified by the corresponding signal amplifier 4 and convert the pulse wave signal analog signal into a digital signal.

One of the aforementioned microprocessors 6 is connected to the analog-to-digital converter 5. The microprocessor 6 is provided with a calculation program to provide calculation and output analysis of the pulse wave signal converted into a digital signal, and is measured by measurement The value is used for physiological detection, judgment and analysis; the microprocessor 6 includes a Bluetooth module 61 and a near-field sensing module 62 connected to each other; the Bluetooth module 61 can be replaced by a wireless local area network (Wi- Fi)), close to the electronic digital display carrier 101 through the near-field sensing module 62 will open the electronic digital display carrier application (APP) 102 and through the Bluetooth module 61 to output the calculation results to the wireless transmission Electronic digital display carrier 101 (please cooperate with the third figure) or through the wireless local area network (Wi-Fi) to transmit the calculation results to the wireless local area network; the electronic digital display carrier 101 is a stand-alone vehicle , Hand-held vehicles, fixed vehicles or wearable vehicles; the electronic digital display vehicle 101 can be bracelets, watches, mobile phones, computers, tablets or car screens, but does not limit this creation.

One of the aforementioned display modules 7 is connected to the microprocessor 6 to provide a display for calculating the measured value of the pulse wave signal converted into a digital signal output by the microprocessor 6 as a physiological detection judgment analysis; and the The physiological data determined by the physiological test can be one of pulse, heart rhythm, blood pressure, adrenaline, blood sugar, glycated hemoglobin, uric acid, liver index, cholesterol, cancer factor, cardiovascular disease factor, blood fat, renal function and liver function. Or a combination of more than one type, but without restricting the creation in this way, the display module 7 can be connected with at least one carrier 8 for recording the microprocessor 6 physiological detection judgment information.

The aforementioned power supply module 9 is connected to the microprocessor 6. The power supply module 9 includes a power manager 91, at least one battery 92 connected to the power manager 91 to provide power supply, and a touch controller for adjustment Switch 93, the power supply module 9 is provided with a USB socket 94 to provide external power supply, the USB socket 9 is connected to the power manager 91, in this embodiment, the USB socket 94 is Type-C, but not This restricts the creation.

Please refer to the fourth figure, the physiological detection and judgment information of the microprocessor 6 can be stored in at least one database via wire or wireless.

The optical and magnetic energy detection application of this creation uses a carrier detection method. Broadly speaking, organisms must rely on the blood circulation to deliver oxygen and nutrients to various organs of the organism, and then use each organ to metabolize carbon dioxide and cellular waste materials. Normal red blood cells in the blood The main molecule is heme, which accounts for up to 90%. The energy wave generated by the pulsed photomagnetic energy wave is transmitted to 90% of the heme in the blood through the surface of the skin 100. The photomagnetic energy wave improves the trace amount of blood. Negative electrons produce changes in photomagnetic energy, promote blood circulation metabolism, and obtain newer dependent elements in blood, such as blood oxygen content, fat content, glucose content, various protein content, iron content, carbon dioxide content, etc. Energy wave detection, after filtering, do energy wave calculation for relatively stable 40-50% heme, and classify blood physiological symptoms related to red blood cells.

In this way, the creation touches the contact board 1 with the optical module 2 and the magnetic module 20 through the biological skin 100, and uses the connection signal receiving filter 3, signal amplifier 4, analog-to-digital converter 5, microprocessor 6, The display module 7 and the power supply module 9 convert the pulse wave signal into a digital signal output through the calculation of the microprocessor 6, and then achieve, the calculation program provided by the microprocessor 6 will convert the pulse wave signal calculation measurement into a digital signal The output value is used as a physiological test, which effectively improves the convenience of use. It can be used for physiological test judgment and output and analysis without invasive biological methods. It meets the needs of progress, practicality and users, and it shows its gain.

Looking at the above, it can be seen that this creation has achieved the desired effect under the breakthrough of the previous technical structure, and it is not easy for people who are familiar with this skill to think about. Furthermore, this creative application has not been disclosed before, and its own Progressiveness and practicability show that it has met the requirements for the application for a creative patent. You have to file a creative application in accordance with the law, and urge your office to approve this application for a creative patent to encourage creativity and to feel virtuous.

The above-mentioned embodiments are only to illustrate the technical ideas and characteristics of this creation, and its purpose is to enable those who are familiar with this skill to understand the content of this creation and implement it accordingly, but should not limit the scope of the patent of this creation, That is to say, the equal changes or modifications made by Dafan in accordance with the spirit of this creation should still be covered by the patent scope of this creation.

100: skin 101: Electronic digital display vehicle 102: Electronic digital display vehicle application (APP) 1: contact plate 2: Optical module 20: Magnetic module 201: magnetic power generation module 202: Magnetic energy receiving module 21: Light emitting module 22: Light receiving module 3: Signal receiving filter 4: signal amplifier 5: Analog to digital converter 6: Microprocessor 60: Database 61: Bluetooth module 62: Near-field sensor module 7: Display module 8: Vehicle 9: Power supply module 91: Power Manager 92: battery 93: Touch switch 94: USB socket

The first picture: This is a schematic diagram of the application vehicle for the creation of optical and magnetic energy detection. The second picture: This is an example diagram of creating a pulse wave circuit through skin contact with a contact board with an optical module. The third picture: for the creation of the electronic digital display vehicle approaching the near-field sensing module, open the electronic digital display vehicle application (APP) and use the Bluetooth module to wirelessly output the calculation results of the microprocessor to the electronic digital display. Figures with examples. Figure 4: An example diagram of the creation of a physiological detection judgment message of a microprocessor for storing records in at least one database via wire or wireless.

1: contact plate

2: Optical module

20: Magnetic module

201: magnetic power generation module

202: Magnetic energy receiving module

21: Light emitting module

22: Light receiving module

3: Signal receiving filter

4: signal amplifier

5: Analog to digital converter

6: Microprocessor

61: Bluetooth module

62: Near-field sensor module

7: Display module

8: Vehicle

9: Power supply module

91: Power Manager

92: battery

93: Touch switch

94: USB socket

Claims (11)

An application carrier for detecting optical and magnetic energy, which is applied to the skin of living beings, and its characteristics include: A contact board, which is provided with an optical module and a magnetic module on both sides and provides the skin contact with electric charge to generate pulsed energy waves using light emission and light reception and magnetic power generation and magnetic reception, forming a pulse wave circuit through the organism, The optical module includes a light emitting module and a light receiving module. The magnetic module includes a magnetic power generating module and a magnetic energy receiving module. The photomagnetic energy wave is used to move the photomagnetism and add a pulse wave signal ; Two signal receiving filters, each signal receiving filter is respectively connected to the corresponding optical module, respectively receives the corresponding pulse wave signal through each signal receiving filter, and filters the received pulse Wave signal noise; Two signal amplifiers, each signal amplifier is respectively connected to the signal receiving filter and the magnetic module, and amplifies the weak pulse wave signal through the signal amplifier; The second analog-to-digital converter is connected to the pulse wave signal amplified by the corresponding signal amplifier, and converts the pulse wave signal analog signal into a digital signal; A microprocessor is connected to the analog-to-digital converter. The microprocessor is provided with a calculation program to provide the calculation and output analysis of the pulse wave signal converted into a digital signal, and the measured value is used as a physiological detection judgment analysis; A display module is connected to the microprocessor to provide the physiological data of the physiological detection judgment analysis by displaying the measured value of the pulse wave signal output converted into a digital signal through the microprocessor calculation; A power supply module is connected to the microprocessor. The power supply module includes a power manager, at least one battery and a touch switch connected to the power manager. According to the application carrier of the optical magnetic energy detection described in item 1 of the patent scope, wherein the power supply module is provided with a USB socket, and the USB socket is connected to the power manager. The application carrier for optical and magnetic energy detection as described in item 2 of the patent application scope, wherein the microprocessor includes a Bluetooth module and a near-field sensing module connected to each other through which the near-field sensing module approaches The electronic digital display vehicle will open the electronic digital display vehicle application (APP), and the calculation result is wirelessly transmitted to the electronic digital display vehicle through the Bluetooth module. As described in the patent application scope item 3 of the application of optical and magnetic energy detection vehicle, wherein the Bluetooth module can be replaced by a wireless local area network (Wi-Fi), through the Bluetooth module will be calculated results Wireless transmission is output to the electronic digital display vehicle or the calculation result is transmitted and output by the wireless local area network (Wi-Fi). The application vehicle for optical and magnetic energy detection as described in item 1 of the patent application scope, wherein the physiological data determined by the physiological detection may be pulse, heart rhythm, blood pressure, epinephrine, blood glucose, glycated hemoglobin, uric acid, liver index , Cholesterol, cancer factor, cardiovascular disease factor, blood fat, kidney function and liver function one or a combination of more than one. According to the application carrier of the photomagnetic energy detection described in item 3 of the patent application scope, wherein the display module is connected with at least one carrier that records the information of the microprocessor physiological detection and judgment. According to the application carrier for the detection of optical and magnetic energy according to item 3 of the patent application scope, the electronic digital display carrier is a stand-alone carrier, a handheld carrier, a fixed carrier or a wearable carrier. According to the application carrier for the detection of optical and magnetic energy as described in item 7 of the patent application scope, the electronic digital display carrier may be a bracelet, a watch, a mobile phone, a computer, a tablet or a car screen. The application carrier for photomagnetic energy detection as described in item 1 of the patent application scope, wherein the light emitting module emits visible light with a wavelength of 500-520 nm or 680-700 nm. The application carrier for the detection of photomagnetic energy as described in item 1 of the patent application scope, wherein the wavelength of light emitted by the light emitting module is 760-780 nm infrared (Infrared, IR) invisible light. The application carrier for the detection of optical and magnetic energy as described in item 1 of the scope of the patent application, wherein the physiological detection and judgment information of the microprocessor is to store the records in at least one database through wire or wireless.

Images