TWI375548B - Medical sensing insole with a portable monitor - Google Patents

Description

1375548 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to the cooperation of a monitor and a shoe last, and more particularly to a biomedical sensing insole having a portable monitor. [Prior Art] Poor eating habits, lifestyle habits and lack of exercise, diabetes has gradually become a common chronic disease in Chinese people, diabetes requires long-term drugs and diet (4), caused by diabetes caused by the aging of Taiwanese sigma structure The threat of complications is getting higher and higher, and the long-term accumulation of blood sugar or fat in the blood of patients will lead to peripheral blood vessels and peripheral neuropathy. Among them, problems such as ulceration, infection, and wearing limbs caused by lower limb disease The follow-up is facing serious threats from rickets, long-term hospitalization, disability, and death. At present, the treatment of diabetes _ middle-patient's autonomy must be through the volunteers' regular telephone reminder method. 'There is no obvious effect. In view of this, some people have proposed the invasive technique: taking blood from the fingertips or drawing blood through the veins. After the needle is wounded, the wound is healed and vulnerable to sputum, which is beneficial to the subjects who have already suffered from diabetes. The previous method is suitable for hospital testing. The blood glucose meter on the market can only display the data, and the patient f cannot understand the data. The meaning of the meaning and the condition of the disease. In order to solve the above-mentioned related issues, the creators of the present invention have finally developed a kind of portable monitoring based on the past technology and experience in the monitoring of diabetes (four). After several trials and multiple attempts, the 375548 loo public has been developed. Within the range of the ruler, the wireless transmitter 26 can achieve the two-way communication function by setting the transmission frequency band, the transmission channel, the transmission rate, the master/slave attribute, and the wireless transmitter 26 transmits the wireless transmission module 27 through the wireless transmission module 27 The high-pass filter circuit 233 and the peak detector 234 of the signal processing circuit 23, the amplifier circuit 233 of the temperature sensing circuit 24, and the adjustment circuit 253 of the power processing circuit 25 are electrically connected to each other for wireless transmission. The portable monitor 20 is used in conjunction with a terminal device 3, and the device 30 is electrically connected to a wireless receiver 31. The wireless receiver 31 is electrically connected to a wireless access module 32 for receiving the wireless transmission at a short distance. The various physiological signals emitted by the device 26, and the terminal device 3 uses the light volume change description waveform - (PhotoPlethysm〇graphy, PI > G) for analysis, calculation and recording, and the human blood 1 will change due to the pulsation contraction of the blood. The absorption of light in the tissue is also changed, and the terminal device 3 is used to evaluate the condition of human vascular disease via the ppG signal, and the diabetic patient is dysfunctional due to peripheral neuropathy, sweat gland and temperature modulation. The temperature sensing circuit 24 senses the temperature change of the foot. The terminal device 30 is electrically connected to a human machine interface 33 to display various monitoring materials (such as blood oxygen concentration, blood vessel hardening quantitative value, pulse count, and foot temperature, etc.). If an abnormality occurs in the physiological signal, the abnormal data is recorded, and an abnormality H is displayed and an alarm is issued. The terminal device 3G may be installed in a home or a hospital, and the terminal device 3 Q can be Through the device 4 Q for long-distance transmission, or the other side yard, the network device 40 has a wireless communication network 1375548 function or a wired communication network function. In summary, the "industry availability" of the present invention has been visibly seen, and the characteristic techniques disclosed in the embodiments of the present invention have not been found in various publications and media, and have not been publicly used, and are not neglected. With the effect of π, the "novelty" and "progressiveness" of the present invention have been in compliance with patent laws and regulations, and applications for invention patents have been filed according to law, and pray for review and early granting of patents. However, the above description is merely a possible embodiment of the present invention, and the κ poor example is mainly for exemplifying the technical means for the present invention to achieve the purpose, and thus cannot limit the protection of the present invention. The equivalent changes or modifications of the invention and the scope of the patent application are still within the scope of protection covered by the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a plan view 1 of the present invention. Figure 2 is a plan view 2 of the present invention. [Main component symbol description] Biomedical sensing insole 10 Toe area ιοί Foot area 102 Heel area 103 Light source generating element 11 Infrared light source 111 Near-infrared light source 112 Light source receiving element 12 Temperature sensing element 13

Claims (1)

1375548 Revised replacement page on July 31, 101. VII. Patent application scope: 1. A biomedical sensing insole with a portable monitor, comprising: a life-sensing sensing insole, the raw-medical sensing insole is provided with a light source generating component, a light source receiving component and a power supply component, the light source generating component is used for emitting a light source and is provided with an infrared light source and a near-infrared light source. The light source receiving component is configured to receive a light source, the power supply component is configured to generate a power source, and the biosensor sensing insole is provided with a temperature sensing component for sensing a signal, and the temperature sensing component will change with temperature And the resistance itself changes; A portable monitor includes a light source driving circuit, a light source detecting circuit, a signal processing circuit, a power processing circuit and a wireless transmitter; the light source driving circuit is configured to drive the light source to generate component actuation, the light source detecting The measuring circuit is configured to detect the light source receiving component signal, the signal processing circuit is configured to process the signal detected by the light source detecting circuit, and the power processing circuit is configured to process the power generated by the power supply component and supply the foregoing component, The wireless transmitter uses a wireless communication technology for transmitting signals of the foregoing components, and the portable monitor is provided with a temperature sensing circuit for converting signals; and a terminal device is electrically connected to a wireless receiver for receiving the wireless receiver. The signal from the wireless transmitter of the portable monitor and analyze, calculate and record the signal. 2. The biomedical device with portable monitor according to claim 1 of the scope of claim 1 1375548 -;. The replacement page sensing insole is modified on July 31, 101, wherein: the power supply component comprises a piezoelectric ceramic and a piezoelectric polymer is used for energy conversion; the light source driving circuit includes a modulation circuit and an astable circuit, and the light source driving circuit is configured to drive an infrared light source and a near-infrared light source of the light source generating component, the light source The detecting circuit is configured to perform signal conversion on the receiving component of the light source, and the signal processing circuit comprises a demultiplexer, a low pass filter circuit, a two high pass filter circuit and a two-peak detector, and the split multi-worker is divided into two groups. The branching circuit respectively performs signal processing on the infrared light source signal φ and the near-infrared light source signal, and obtains a DC component by the low-pass filter circuit to obtain an AC component by the surface wave-passing circuit, and then separately uses the peak detector to trace the maximum value. The temperature sensing circuit includes a second buffer circuit, a second amplifying circuit and a quasi-adjusting circuit, and the temperature sensing circuit is configured to perform signal conversion on the temperature sensing component The buffer circuit, the amplifying circuit and the level adjusting circuit are configured to display a temperature change; the power processing circuit comprises a rectifier, a capacitor and an adjusting circuit, and the electric energy is rectified by a rectifier of the power φ processing circuit, and the capacitor is Charging, and then controlling the voltage level through the adjusting circuit to provide power for the component of the required power; the wireless transmitter transmits a high-pass filter circuit and a peak detector respectively to the signal processing circuit through a wireless transmitting module, The amplifying circuit of the temperature sensing circuit and the adjusting circuit of the power processing circuit are electrically connected for wireless transmission. 3. The biomedical sensing insole with a portable monitor according to the first aspect of the patent application, wherein the terminal device is electrically connected to a human-machine interface display 13 1375548 _ 101 July 31 曰 revised replacement page various signals . 4. The medical sensing insole with a portable monitor according to claim 1, wherein the terminal device is electrically connected to a network device for external transmission. 14