WO2001041417A1

WO2001041417A1 - A physiological functions detecting and transmission device combining a mobile telephone

Info

Publication number: WO2001041417A1
Application number: PCT/CN2000/000519
Authority: WO
Inventors: Ein-Yiao Shen
Original assignee: Shen Ein Yiao
Priority date: 1999-11-29
Filing date: 2000-11-27
Publication date: 2001-06-07
Also published as: FI20020972A; CN1304268A; FI20020972A0; AU1690001A; CN1115923C; FI116346B

Abstract

A physiological functions detecting and transmission device combining a mobile telephone, mainly includes a mobile telephone beingcapable of receiving physiological functions measuring signal, and a measuring device contacting skin of a person and being capable of transmitting the measuring signal. The signal is transmitted by directly connecting an output terminal of the measuring device to an input terminal of the mobile telephone or by wireless transmission. Using the combined device, a user who is using a mobile telephone is provided with a person health protect with more safety. The device displays the measuring data on screen of the mobile telephone at any moment, and the person will know changes of his/her physiological status in time by himself.

Description

Device for detecting and transmitting combined with physiological function of mobile phone

The present invention relates to a detection and transmission device, and more particularly to a mobile phone commonly used today, which can receive a physiological function signal (such as blood pressure, pulse, heartbeat, blood glucose) obtained by an individual through a medical detector. , Blood oxygen, etc.), transmitted and displayed on the mobile phone device, to achieve the effects of detection, display, recording and transmission.

current technology

The popularity of mobile phones has almost reached the level of manpower and one device. In addition to communication functions, many peripheral functions have also been derived, such as: using infrared (IR) transmission to transmit data, and satellite positioning to ensure personal safety. (GPS), and the use of mobile phones to access the Internet. In addition, according to reports, the number of people holding mobile phones is increasing by 200,000 people a day. Such portable tools are bound to become an indispensable basic for people in the future. Equipped.

However, in many news reports and in the publication of studies on the impact of mobile phones on the human body, the statistical data seen are negative reports that electromagnetic waves emitted by mobile phones can adversely affect the human brain, so mobile phones and human health In the past, it seems that there is no correlation or intersection, and there are many shortcomings, which need to be improved. Later, there are industry-developed products that prevent electromagnetic waves or research on how to reduce the power of electromagnetic waves, which has also stimulated the inventors' thinking, that is, how to use a universal Portable tools can help ensure basic human health care? In view of the popularity of mobile phones and the small display screen, mobile phones are the best media tool. The inventor of this case has developed a detection device and eager to improve and innovate. After years of painstaking research, Later, the device was successfully developed and integrated with the physiological function of the mobile phone.

Object of the invention

The object of the present invention is to provide a device for detecting and transmitting physiological functions of a mobile phone, and using the screen of the mobile phone as a display screen of an electronic measuring meter for measuring physiological function data in general, so that the mobile phone can be used for one machine and two phones. It can be used to make its economic benefits reach the limit and achieve the functions of detection, display, recording and transmission.

In the future, the detection range can be expanded as follows:

a. Basic vital signs such as body temperature, heartbeat, and breathing (Vital Sign).

b. Analysis of blood gas and oxygen saturation.

c. Physiological signals detected by electrophysiology, such as electrocardiogram, brain wave, etc. d. Vital signs detected by infrared.

e. Physiological or biochemical signals detected through electric and magnetic fields.

f. Other through skin contact devices or implanted devices in the body to achieve long-term monitoring of physiological and biochemical signs Signal transmission.

A second object of the present invention is to provide a device for detecting and transmitting physiological functions of a mobile phone, and using an external measuring meter to transmit measured data wirelessly or directly using the output terminal of the measuring meter. It is connected to the input terminal of the mobile phone, transmits the measured signal to the mobile phone, and can provide physical physiological data (such as blood pressure, pulse) as a reference for medical treatment, and can be directly transmitted to the medical institution through the mobile phone function. Provide records to assess diagnostic needs.

Another object of the present invention is to provide a device for detecting and transmitting physiological functions of a mobile phone, using a mobile phone with a high penetration rate, to maximize its economic benefits, and directly displaying the measurement data on the screen to avoid resource duplication. It is wasteful, and can save the money of purchasing a general electronic measuring meter, and can be transmitted to a medical platform through an electric tongue.

Technical solutions

The device with the above-mentioned advantages combined with the physiological function detection and transmission device of the mobile phone includes: a mobile phone capable of receiving a physiological machine energy measurement signal, and a measuring meter which is in contact with the surface of the human skin and can transmit a measurement signal, The measuring meter includes a wearable type, a patch type, and the like, and the signal transmission is directly connected to the mobile phone input terminal or wirelessly by using the measuring meter output terminal wiring method; a sensor is provided on the measuring meter, The signal measured by the sensor is transmitted through a conversion circuit and an output interface, and the mobile phone is switched to a measurement signal receiving module at the same time to receive the signal from the sensor, and the measured value is displayed on the mobile phone in a dot matrix manner. Screen, and can be transmitted to medical institutions by telephone network.

BRIEF DESCRIPTION OF THE DRAWINGS

Please refer to the following detailed description of a preferred embodiment of the present invention and the accompanying drawings to further understand the technical content of the present invention and its purpose and effect. The drawings related to this embodiment are:

FIG. 1 is a schematic diagram of information transmission of a device for detecting a transmission device in combination with a physiological function of a mobile phone according to the present invention; FIG. 2 is a block of an information receiving device added inside the mobile phone

Figure;

FIG. 3 is a block diagram of a measuring meter that is in contact with the human skin surface and can emit a measuring signal;

Figure 4 A and B are the drop-down menus of the function options of the mobile phone display screen;

5A and B are schematic diagrams of signals transmitted by the meter in different transmission modes; and Fig. 5 C and D are schematic diagrams of transmitting signals with different measuring meters and different transmission modes.

Preferred embodiment of the invention

Please refer to FIG. 1. The physiological function detecting and transmitting device combined with a mobile phone provided by the present invention includes: a mobile phone 10 capable of receiving a physiological machine energy measurement signal, and a contact with a human skin surface and capable of transmitting The signal measurement meter 20 is used for signal transmission, and the signal transmission is directly connected to the input terminal of the mobile phone or wirelessly by using the connection method of the output terminal of the meter; the screen of the mobile phone can be used as a general measurement of blood pressure and pulse. The display screen of the electronic measuring meter allows the mobile phone to be used for one device, maximizes its economic benefits, and develops and accepts various physiological data.

In general mobile phone operations, the function options are selected using a drop-down form, as shown in FIG. 4A. The present invention also adds this HEALTHY function option 1 2 1 to the menu. Enter the measurement mode 1 2 1 1, as shown in Figure 4 B, and wait for the meter to transmit the information, and display the measured value on the screen of the mobile phone in dot matrix mode; and activate the detection switch of the meter to start the operation, The setting buttons on the mobile phone can be used, such as: #, *, etc. as the start switch 1 5.

Please refer to FIG. 2. In addition to the existing basic circuit in the internal structure of the mobile phone 1 Q, a receiving module 1 1 is added to the information sent by the receiving meter. The receiving module includes: a receiving circuit 1 1 1, a decoding circuit 1 1 2 and a comparator 1 1 3; when the mobile phone 10 enters the measurement mode and the receiving circuit 1 1 1 receives the signal from the measuring meter When it is sent in, the decoding circuit 1 1 2 decodes the received signal, and at the same time captures the reference value from the comparator 1 1 3 for comparison. If the measured value exceeds the set health value range, it will be controlled by the control circuit. 1 4 Make the buzzer 1 3 emit a short warning sound, and at the same time display the measured value on the screen 12 to remind the user of the physical health. During the measurement, if there is an incoming telecommunication signal, the device uses a multiplexing mode to alert the user of the incoming signal with a vibration or a short ring tone, whether to continue the measurement or answer the call.

Please refer to Figure 3, this gauge uses the conventional ring-and-loop fastening method. The 20 airbag (not shown in the figure) of the gauge allows the external air to be compressed into it. Bleed valve (not shown in the figure) Bleed gas, including a sensor 2 1, installed on the contact surface with the human skin, which can be measured by the switching circuit 2 2, the pulse generating circuit 2 3 and the oscillating circuit 2 4 The signals are converted into electrical signals, so that the pulse counting control circuits 26 are compared with each other, and then are encoded by the encoding circuit 25, and transmitted by the transmitting circuit 27. The invention has other expected effects. Generally simple physical health data can be extended in this way, such as: changing the measurement meter to a device that is not measured at the end, which can measure blood oxygen concentration, even blood glucose or Body temperature can be implemented in this way. In addition, if its function needs to be expanded, biochemical chips can be implanted in the body of people who need care or suffer from a certain disease in the future. The chip will detect many physiological changes. The measuring device 20 can detect the biochemical chip in the body. The generated changes are judged and analyzed according to the transmitted signal, and recorded in the storage device of the measuring device 2 Q. If some changes are found, the signal will be transmitted, and the receiving circuit of the external measuring device 20 will be transmitted. receive.

That is, the mobile phone of the present invention can be used as a relay transmitting end as an interface device. This relay transmitting terminal expanded description is to use the transmitting circuit of wireless communication products to transmit signals, such as: mobile phone (M ₀ bilephone), personal digital assistant (PDA), information appliances (IA), etc., and apply the Internet, The "Wireless Application Protocol (WAP)" for communication, or "General Packet Radio Service, GPRS" or "Bluetooth" as a means of transmitting data, the transmission interface via the network Road or communication facilities send information to the system operator's control bureau, analyze different information and analyze data structure.

The signal is sent by the transmitting circuit 27, which can be connected directly to the input terminal of the mobile phone using the connection method 3 Q (as shown in Figure 5A) of the output terminal of the meter, or 40 (as shown in Figure 5B) by the wireless signal transmission method.

The transmitting circuit 27 sends a signal for transmission, and uses a patch device 50 to measure other physiological data. It can also use the meter output terminal connection method 3 ϋ (Figure 5C) directly connected to the mobile phone input End, or wireless signal transmission mode 40 (as shown in Figure 5D).

In the near future, if today's technology advances at a rate of several times each year, mobile phones and notebook computers will always accompany us at any time. Personal health status will be managed electronically with portable tools and monitored. Humanity in the two thousand years is bound to be a great gospel.

Compared with other conventional technologies, the device for transmitting and detecting physiological functions of a mobile phone provided by the present invention has the following advantages:

1. Display the measured physical health data on the mobile phone screen at any time, promptly remind the body's function status, and improve the help of this public portable tool for the human body.

2. Being able to provide the testing data in detail to the medical staff can help improve the medical effect. You do not need to worry about false positives caused by oral methods or incomplete details.

The above detailed description is a specific description of a feasible embodiment of the present invention, but this embodiment is not intended to limit the patent scope of the present invention. Any equivalent implementation or change that does not depart from the technical spirit of the present invention should include Within the scope of the patent in this case.

Claims

Rights request

1. A device that detects and transmits physiological functions of a mobile phone, and provides the mobile phone with a safer personal health protection for the user. The measured data can be displayed on the screen of the mobile phone at any time to detect it on its own. It can know the change of physiological status and can immediately transmit it to the medical institution through the communication device for medical consultation or evaluation and recording. It is characterized in that the devices that achieve the above include:

A mobile phone capable of receiving physiological machine energy measurement signals. In addition to the basic circuit of the mobile phone, a receiving module is added to receive the information sent by the measuring meter. The receiving module includes a receiving circuit, a decoding circuit, and a comparison. Device

A measuring meter that is in contact with the human skin surface and can emit a measurement signal, including a sensor, which is arranged on the human skin contact surface, and can convert the measured signal into a signal through a conversion circuit, a pulse generation circuit, and an oscillating circuit. The electrical signals enable the pulse counting control circuits to compare with each other, and then they are encoded by the encoding circuit, and the signals are sent by the transmitting circuit;

A sensor is provided on the measuring meter, and the signal measured by the sensor is transmitted through a conversion circuit and an output interface. At the same time, the mobile phone is switched to receive a measuring signal module to receive the signal from the measuring meter. And display the measured value on the mobile phone screen.

2. The physiological function detecting and transmitting device combined with a mobile phone according to claim 1, wherein the signal transmission of the measuring meter is directly connected to the input terminal of the mobile phone by using the wiring method of the output terminal of the measuring meter.

3. The device for detecting and transmitting a physiological function of a mobile phone according to claim 1, wherein the signal transmission of the measuring meter uses a wireless transmission method.

4. The device for detecting and transmitting a physiological function of a mobile phone according to claim 1, wherein a comparator of the mobile phone receiving module acquires a reference value for comparison, and if the measured value exceeds health There are many value ranges, the buzzer will issue a short warning sound by the control circuit, and the measured value will be displayed on the screen to remind the user's physical health.

5. The device for detecting and transmitting a physiological function of a mobile phone according to claim 1, wherein, in operation of the mobile phone, a function option is selected by using a drop-down form, that is, adding the health function to a menu Option, when selected, it will automatically enter the measurement mode, and wait for the meter to transmit the information.

6. The physiological function detecting and transmitting device combined with a mobile phone according to claim 5, wherein, in the measurement mode, an inflation valve of the measuring meter is activated to start operation, and a setting on the mobile phone can be used Press the key as a start switch.

7. The physiological function detecting and transmitting device combined with a mobile phone according to claim 1, wherein the physiological signals that can be detected include: basic temperature signs such as body temperature, heartbeat, respiration, blood oxygen and blood gas analysis , Physiological signals detected by electrophysiology, electrocardiogram, brain waves, vital signs signals detected by infrared rays, physiological or biochemical signals detected by electric fields, magnetic field responses, and other skin contact devices or implanted in the body Device to achieve long-term monitoring of physiological and biochemical signs signal transmission.

8. The physiological function detecting and transmitting device combined with a mobile phone according to claim 1, wherein the measuring meter is in the form of a patch and has the same detection effect.

9. A transmission device for detecting the physiological functions of a mobile phone, characterized in that an Internet, a communication base station, or a wired telecommunication device is used as a transmission interface, and a detection signal is transmitted from the detector to make use of the feedback signal. Method to obtain physiological information, and the signal is transmitted to the communication device by the transmitting circuit of the measuring device, and the data is stored and packaged by the communication device, and the information is sent to the system operator control bureau or The hospital's computer center analyzes different information and analyzes the data structure.