Transmission interface device for linking a life detector to a personal digital assistant device

Transmission interface device connecting life detection instrument and personal digital assistant

[Technical Field]

The present invention relates to a transmission interface device that connects a life detection instrument and a personal digital assistant, and particularly relates to a transmission device used in a medical device to output measurement data through the output terminal connected to the medical device, and borrow The transmission system received by the PDA input.

Modern people are busy in work and life. They are tired of going to work in the morning and go home lazily after get off work. They seldom use the time to do physical examinations. For general minor illnesses, it will be fine in a few days or go. This perfunctory attitude of buying medicines from pharmacies often delays the first time to seek medical treatment.

With the development of the Internet, many medical websites have sprung up after the rain. It also gives people an excuse to start searching for disease data on the Internet. As long as they move the mouse cursor, they can travel in the vast Internet world. Inquiries related to specific diseases; however, the diagnosis must see the patient himself. If you make a direct diagnosis online or take your own medication according to the information, it is easy to misdiagnose, so you should go to the hospital or medical clinic in person to receive complete and sophisticated medical equipment. Check your physical condition, this is the right channel.

However, the inventor of this case considers that the above-mentioned medical system cannot integrate with modern people's network and mobile communication as a deficiency, and there is no complete device or database that can store complete personal medical information for patients to carry with them. Therefore, I was eager to create, and after painstakingly isolated and painstaking research, I finally successfully developed this transmission interface device that connects the life detection instrument and the personal digital assistant.

[Object of the invention]

The purpose of the present invention is to provide a transmission interface device that connects a life detection instrument and a personal digital assistant, which can transmit data measured by a specific electronic medical device in a wired or wireless manner, and store it to the personal digital assistant In the memory device, so that the personal physical condition reading table can be read at any time, and a good personal monitoring and protection system is provided.

The second purpose of the present invention is to provide a transmission interface device that connects life detection instruments and personal digital assistants. It does not need to be limited to a powerful microprocessor with an operating keyboard, but can use PDA pen type input. The man-machine interface mode of operation is capable of processing personal physiological data, and can output the data again through wireless communication data transmission, which has considerable mobility.

Another object of the present invention is to provide a transmission interface device that connects life detection instruments and personal digital assistants, using the current communication standard "Wireless Application Protocol (WAP)", so that the local interface can communicate with the new A generation of multimedia combines and uses each other.

[Technical content]

The transmission interface device that connects the life detection instrument and the personal digital assistant with the above-mentioned advantages includes: a transmitter, which is the interface for inputting the measurement data into the personal digital assistant (PDA), and includes a wireless signal transmitter Device; a receiving terminal, which is set on the interface of a personal digital assistant (PDA), receives the signal output by the above-mentioned transmitting terminal, and stores it in the memory device after decoding. The above-mentioned transmitter can be installed in general electronic medical equipment. Through the conversion and transmission of physiological signals and electronic signals, the physiological functions that are difficult to control can be properly managed, and the quality of modern life can be improved. Quality, and can effectively provide data and information when seeking medical treatment.

<p>1 Electronic medical detector 2 Transmitter 3 Personal digital assistant 4 Receiver 5 Chip 6 Subcutaneous tissue 7 Modem 8 Internet 9 Medical workstation 91 Database</p>

Please refer to the following detailed description of a preferred embodiment of the present invention and its accompanying drawings to further understand the technical content of the present invention and its objectives and effects; the accompanying drawings related to this embodiment are: Figure 1 shows the connection to life detection of the present invention The block diagram of the system architecture of the transmission interface device of the measuring instrument and the personal digital assistant; Figure 2 is the waveform diagram of the wired transmission signal of the transmission interface device that connects the life detection instrument and the personal digital assistant; Figure 3 is the creation of the use of remote Example diagram of transmission application; and Figure 4 is a simple view of data transmission through the Internet for connecting life detection instrument and personal digital assistant.

[Preferred embodiment]

Although the working platform of the current personal digital assistant (PDA) cannot summarize the trend of the mainstream, the application of this creation can be adjusted to meet the needs of the software, so it does not affect the development of this creation.

Please refer to Figure 1. This creation includes a transmitter 2 installed in the electronic medical detector 1 to send the measurement data to the personal digital assistant 3 (PDA) interface, which includes a signal transmitting device; a receiving terminal 4, which also includes a signal receiving device, which can cooperate with the signal receiver of the personal digital assistant 3 (PDA) operating system, and can be wired or Infrared transmission signal, including receiving circuit, decoding circuit, etc.

In addition to the basic circuits that existed in the past, the internal circuit of the Personal Digital Assistant 3 (PDA) has also added the function of processing and receiving medical signals, and integrated with the original Personal Digital Assistant 3 (PDA) program. The signal from the transmitter 1 of the detector 2. The receiving end 4 processor 41 includes functions such as receiving, decoding, calculation, and comparison.

Please refer to Figure 2. For the wired data transmission from the output end to the input end of this creative, we use a standard RS-232 interface. The system uses mode 1. Each transmission is 8bit (Bit 0~Bit 7), stop The bit is set to 1 clock. The reason why RS-232 is chosen is that the transmission speed of medical equipment usually does not need to be too high, and RS-232 only needs three lines, which has a high anti-noise ability, so it can extend the line to facilitate patient connection On the body.

This creation can be used for any medical behavior that uses electronic measurement, such as basic vital signs such as body temperature, heartbeat, blood pressure, etc., only need to convert the signal of the measuring instrument by this creation, and output from the transmitter 2 to use it. A personal digital assistant 3 (PDA) is used as a recording medium.

In addition, this creation can also be applied to the analysis of blood oxygen and gas in the blood, or the physiological signals of the body detected through electrophysiology, or the vital signs detected through infrared rays, or the physiological detection through electric field\magnetic field response\ Biochemical signals can be achieved by devices that are in contact with the skin or implanted in the body Long-term monitoring of physiological/biochemical signs.

Please refer to Figure 3 for an application example. A chip 5 that can monitor physiological/biochemical signs for a long time or a magnetic sensor that can detect physiological\biochemical signs is implanted into the human subcutaneous tissue 6, using the chip 5 or magnetic induction The contact between objects and the human body records the signals of physiological changes. Therefore, in application, first use the inductive detection electronic medical device 1 to sense the chip 5 or magnetic induction object implanted in the human body, and then input the measured signal from the electronic medical device 1 to the creative signal processing unit, by The output of the transmitting end 2 can be received, decoded, calculated and compared by the receiving end 4, and the result can be loaded into the personal digital assistant 3 (PDA) as a recording medium.

In short, this creation indirectly converts the signal measured by the electronic medical detector into a signal that can be accepted by the personal digital assistant (PDA), and cooperates with the application software to become a convenient data management system, and adds a comparison When the personal digital assistant (PDA) receiving circuit receives the signal, the decoding circuit decodes the received signal, and at the same time extracts the reference value of the test data from the comparator for comparison. If the measured value exceeds the reference value In many cases, a short warning sound will be issued by the control circuit to remind the user of the health status.

In addition, according to the Global Hypermedia Information Report of the Information Council: Whether in computer, communication, or consumer electronics, it will be in the second millennium of information personalization. Personal digital assistants (PDAs) are integrated, because personal digital assistants (PDAs) have the characteristics of portability, wireless remote control, digitization, intelligence, and personalization. Therefore, using personal digital assistance It is an inevitable trend to use PDA as a tool for personal information management.

Please refer to Figure 4, the data is transmitted through the personal digital assistant 3 (PDA) through the current network upload method, as long as the measured personal data is transmitted through the modem 7 via the Internet 8 (Intemet ) Transmission, that is, it can be stored in the database 91 of the medical workstation 9, and the health status data can be updated at any time.

[Features and Effects]

The transmission interface device for connecting the life detection instrument and the personal digital assistant provided by the present invention has the following advantages:

1. Using a personal digital assistant (PDA) has the characteristics of pen-type input, which is very convenient for users to operate.

2. Compared with ordinary computers or laptops, it is smaller and lighter in weight. It is not affected by external factors in time and space. It can carry your medical records with you to ensure the risk of high-risk patients who cannot be treated symptomatically.

The above detailed description is a specific description of a feasible embodiment of the present invention, but the embodiment is not intended to limit the scope of the present invention. Any equivalent implementation or modification that does not deviate from the technical spirit of the present invention should be included in In the scope of the patent in this case.

To sum up, this case is not only innovative in terms of technical ideas, but also can improve the above-mentioned multiple functions compared with conventional articles. It should fully meet the requirements of novel and progressive statutory invention patents. An application is filed in accordance with the law. Please approve this case. Patent applications for inventions, to encourage invention, to the sense of virtue.