TWI259072B - Integrated apparatus for measuring physiological parameters - Google Patents

Abstract

A multi-function apparatus for measuring various physiological parameters is provided, which is configured to integrate a body fat scale, a transcutaneous electrical nerve stimulation (TENS), a body weight scale, a hemadynamometer, a glucose meter and a clinical thermometer. Further, the integrated apparatus uses a CPU, a memory, a display unit and an I/O circuit in common. The operators can use the panel for selecting the desired functions and change the corresponding sensors or the output means; thus, the measuring results will be displayed in the display unit of the integrated apparatus.

Description

1259072 V. INSTRUCTION DESCRIPTION OF THE INVENTION (Technical Field of the Invention) The present invention relates to a multifunctional physiological parameter measuring device, in particular, a body fat meter, a low-frequency therapy device, a blood pressure meter, a blood glucose meter, a weight scale, and the like A physiological parameter measuring device integrated with a thermometer, etc. [Prior Art] With the advent of an aging society, how to reduce the cost of medical expenses in social resources has become an important issue for all countries in the world, among which, promoting home care The concept is a practical solution that not only reduces the number of patient visits, but also allows the hospital to perform its maximum function. On the other hand, it can also be used for older or less inconvenient patients. Measuring and mastering changes in physiological conditions in a familiar and comfortable environment. Therefore, many consumer medical devices that provide self-physiological parameter measurement are gradually accepted and favored by the public. One of the common home care medical instruments It’s a blood glucose meter. Many people with diabetes have insufficient insulin secretion in their bodies. The ability to use sugar is much lower, so it is necessary to monitor the change of blood glucose concentration in the blood glucose meter several times a day. When the standard value is exceeded, it is necessary to adjust the diet or even take the medicine to control it. The most common and common diseases are cardiovascular problems, such as heart disease and high blood pressure, but because the heart disease is difficult for the average patient to self-interpret and measure, another common home care medical device is It is a sphygmomanometer; the electronic sphygmomanometer currently used at home, whether it is measuring the arm or the wrist, is not as accurate as the mercury sphygmomanometer, but it still has considerable reference value so that the patient can quickly and easily grasp it. Change of your own blood pressure

Page 5 1259072 V. Description of invention (2). On the other hand, one of the modern people's easy-to-follow lines is the “fat” or the body fat ratio of the same principle that the weight of the body weight is determined, and the fat and the characteristics are in contact with each other. The weight can be measured, the ratio is broken. The common body time' also passes through the history (Electrical fat rate, and substituted; but the above-mentioned only quantitative and not applicable to the fat tissue is not the same in the whole body; but the identification of one must be integrated, that is, the fat meter system is set. In the two-legged Impedance, a fixed test of the lower body will have a product and pressure that does not matter whether it is a limb and when the subject is dynamically measured, it will affect the actual amount of blood vessels in the blood vessels. No, it is not measured by the visual fat meter that the body fat percentage in the body composition can be combined with a positive and negative weight meter. The electrode placed on the measuring body is measured by the bioimpedance measurement Ana 1 ysis and the lower body calculation formula is calculated. The whole body's body fat is calculated as the body fat ratio of the body and the size of the body, or the internal organs, the distribution of which is measured in a standing position, and the result of the measurement between the electrode piece and the two feet causes an error. Production and another body fat is converted in a fixed ratio. Not only is it not suitable for the correctness of the fruit used in the electrode sheet, it is subjected to the body fat meter. With both hands, but for the correctness of the human body and the measurement results, the electrodes are held by both hands, and only the upper body is measured to calculate the body fat percentage of the whole body, but it is fixed for each person, and each time measurement The measured grip strength is different in the grip position, so the measurement knot is very questionable. Therefore, even if the measurement of the body fat percentage of the body fat or the whole body is measured in combination with the measurement of the above two feet, the above three body fat meters are not satisfied.

Page 6 1259072 V. Invention Description Therefore, the lower extremities and other body fats are very popular in the lower extremity, and the most common ones in the pressure display site, whether obese or even need, can be used. The doctors who use the load of the consumer to measure the parameters of the different gospels can be monitored. (3) A body fat meter that can measure the body fat percentage of a specific part of the body (for example, arm, abdomen or body). Allow users to measure body fat according to their specific needs, and actually grasp the changes in the area. The low-frequency therapy device often used in the rehabilitation department is also a home care medical instrument that eliminates soreness and muscles by creating a bioelectric current and acupuncture points. In the medical instruments of home care, except for thermometers, the most common one is the weight scale. The measurement of body weight is performed by standing on the sensor with two feet and converted into analog or digital output; but they are all installed together. On the pressure sensor, the user who is taller is often unable to clearly see the measurement results of the weight, and the help of others, so there is a need for a device that allows any body to easily see the measurement results. The medical equipment that is often used in the home environment is purchased separately according to their own needs, but if there are multiple kinds of medical or monitoring needs to purchase a variety of medical equipment, the consumption will increase a lot. Therefore, if it is possible to integrate the therapeutic equipment in the home environment and switch to the measurement or treatment function according to actual needs, it is believed that for consumers, it will not only simplify the number of medical instruments purchased in the home. In this way, the user can also change various physiological parameters of the user at the same time without spending more budget.

Page 7 1259072 V. INSTRUCTIONS INSTRUCTIONS [In the invention, according to the fact that the subject is not given to these, not only in the specific principle of the particular part, but also in the consumer. In addition, the necessary medical device and blood fat rate control their blood pressure. Further, on the detector, (4) The above measurement problem is used, and the conductive grease has no background of the invention, and the present invention provides one energy to measure the overall fat condition, and in view of the low cycle The mechanism of the therapeutic component is quite fat measuring device and one must separately purchase the body fat in the home care. Therefore, the present invention, the body body of the body enhancer and the approximate low body fat amount, in view of the fat rate of the fat mass, the measured fat body. Fat, therefore, the wave treatment device is suitable for body measurement and measurement, and the measurement of the same fruit is low and low, in view of the treatment equipment, the sugar meter and the sphygmomanometer to make a knot test to the sugar concentration to the blood glucose meter and the blood pressure One purpose is to measure the accuracy of the fat meter, and the accuracy of the energy measurement. The operation of the device is clearly combined. The Zhoubo treatment meter is also a common body fat measurement that not only prevents obesity, but also changes blood pressure. Therefore, some of the results of this measurement are associated with a pressure sensor; In addition, measuring or monitoring the amount of knots measured by the above-mentioned objects is often combined with the present invention, and the present invention is combined so that the present invention also changes in body temperature, so that the user can simultaneously borrow Monitored by the same instrument to prevent or prevent diabetes and high pressure. Visually another purpose. In the body fat measurement, the user can clearly see that the weight can be combined with a thermometer, so that the system will be Display parts that are often used in home environments cannot be accurately or clearly

Page 8 1259072 V. Invention Description (5) The body fat measuring device, low-frequency therapy device, blood glucose meter, blood pressure meter, weight scale and thermometer are integrated into a multi-function home care instrument, and together The necessary components such as a central processing unit, a memory unit, a display unit, and a power supply unit are shared, and then the user can select various functional options and switch the connections of various sensing devices according to their needs to perform measurement of various physiological parameters or A low cycle electrical stimulus is output for physical therapy. [Embodiment] The following is a detailed description of the present invention. In the following description, the operating principles and constituent elements of the various instruments are not completely described, and the prior art of the present invention is only focused on the prior art. Reference is made to assist in the description of the invention. Further, the related drawings in the following texts are not drawn on the basis of actual ratios, and their functions are only for expressing the features of the present invention. According to a preferred embodiment of the present invention, a multifunctional physiological parameter measuring device is provided. Referring to the schematic diagram of the composition diagram of the first A diagram and the first diagram B, the multi-function physiological parameter measurement device 10 is mainly composed of a user input unit 101, a central processing unit 102, and a memory unit 1 0 3 . a display unit 1 0 4, an I / 0 circuit 1 0 5, a physiological parameter measuring unit comprises an integrated fat measuring unit 106, an integrated weight measuring unit 108, a blood pressure measuring unit 1 0 9, The blood glucose measuring unit 110 and the temperature measuring unit 1 1 1 and the stimulation signal output unit comprise a low-frequency output unit 107. The user input unit 1 0 1 is mainly composed of a plurality of buttons 1 0 0 1 disposed outside the multi-function physiological parameter measuring device 10, but can also be displayed.

Page 9 1259072 * "" ----------- V. Invention Description (6) Unit 1 0 4 combination, in _ fine work; but regardless of the use of the control / board directly on the command wheel In the case of providing:==1°1, which input party ί is selected, the selection and operation of various functions of height, weight, and gender are input, but the processing is performed in the I/O circuit 105. 1 Temple Mai number) 'and convert to electronic '1 (for example, central processing unit (10)... Enter the various types of 1/〇 circuit 105 for the serial number, and make these signals one: D = change function and wrong The electrical conversion will also be sent back to the 1/0 circuit 105ifm after the processing. $ Also pass the processed signal to the mixed 5 performance. No unit 1 4 rounds, monthly fat measurement list & 106 The system includes at least three;: = 喿 ^ ^ 〇 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 6 2 consists of: 2 surfaces and separable, measuring body fat (4) Temple measuring part hunting position = 两侧 β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β β When the posture is indefinite and the pressure w is in contact with the electrode sheet, because the other ==; ϊ. The electrode pair 1061 is the current is the drain pair 1 0 62 is the voltage drop measuring electrode, and the control electrode 12 is introduced by the control 061 _, 士, "The central office early = 2 guess and obtain the voltage generated by the measurement site 1 ^; ^ ^ / 0 circuit 1 〇 5 signal amplification and then sent back to the central processing unit 1 〇 2 do One through, the most The second display shows the measurement result of the body fat percentage, and the low-cycle output unit 107 includes at least one pair of conductive elements, and

Page 10 1259072 Five 'Invention Description (7) It can be electrically connected to the I / 0 circuit 1 0 5 by the user's operation. The conductive element used in the low-frequency output unit 107 can be selected from the electrode pair used by the body fat measuring unit 106, and the at least one electrode pair is controlled by the central processing unit 102, and is controlled by the central processing unit 102. The /O circuit 105 has a low frequency oscillating circuit (not shown) and outputs a low frequency voltage to a specific nerve or acupuncture point of the user (the part to be treated), and the user can control the stimulation intensity by the input unit 1 0 1 Output with frequency. Referring to the first C diagram, the body weight measuring unit 108 is mainly composed of a pressure sensor 1 0 8 1 and can be electrically connected to the I / 0 circuit 1 0 5 by the user's operation. The pressure sensor 1 0 8 1 converts the measured physical quantity into a voltage signal and transmits it back to the I/O circuit 105 by a wire, or by a wireless transmission device. 2 (for example, an infrared device) transmits the measurement signal back to the receiving device 1 0 8 3 in the I / 0 circuit 1 0 5 , and finally is processed by the central processing unit 1 0 2 and output by the display unit 1 0 4 The result of the measurement. Referring to the first D diagram, the blood pressure measuring unit 109 is mainly composed of an air supply device (not shown) and a pressure sensor (not shown) when the operator inputs the unit 1 by the user. 0 1 When a blood pressure measurement function is selected, the central processing unit 1 0 2 sequentially sends a signal to the air supply system for inflation and deflation of the wrist strap 1 8 1 (which can be placed on the user's arm or wrist), thus The pressure sensor can be deformed and converted into a voltage change. The continuous voltage signal is finally passed through a filter (not shown) and an amplifier (not shown) disposed in the I/O circuit 105. After the treatment, the user can know the values of systolic blood pressure and diastolic blood pressure on the display unit 104.

Page 11 1259072 V. Description of invention (8)

Referring to the first E diagram, the blood glucose measuring unit 110 is mainly composed of a bio-sensing device (not shown) and a sample carrying device 1 1 0 1 , and the bio-sensing device can be selected from the physics. Optical and electrochemical measurement methods. In the present embodiment, the blood glucose measuring unit 110 uses physical optical measurement, and its components include a light source (not shown) and a receiver (not shown). . When the operator selects a blood glucose measurement function by the user input unit 10 1 , the blood sample obtained after the blood collection must be first placed in the sample carrying device 1 1 0 1 and the multifunctional physiological parameter is placed. The measuring device 10; at this time, the central processing unit 102 sends an activation signal to the light source to output a detecting beam (for example, a laser light) to the blood sample on the sample carrying device 1 1 0 1 , and then receives The detector can detect the change of its spectrum by reflecting or penetrating the detection beam, and then convert it into an electric signal to be sent back to the central processing unit 1 0 2 for analysis and processing of the data, and finally the latter can be The concentration of glucose in the blood is known to the display unit 104. However, the present invention may also be selected from an electrochemical measurement method in which a biochemical current of a blood sample is measured by adding an enzyme to a sample carrying device, thereby obtaining a concentration of glucose in the blood. The measuring unit 1 1 1 includes a thermometer 111 1 . In the embodiment, the thermometer 1 111 is composed of a temperature sensor 1 1 1 2 and a wireless transmission device 1 1 1 3 , which can be used to measure the subject. Body temperature and temperature in other parts of the body. When the operator selects a temperature measurement function by the user input unit 1 0 1 ^, the temperature sensor Π 12 converts the measured physical quantity into an electronic signal and then borrows a wire (Fig. Returned to the I / 0 circuit 1 0 5, or by the wireless transmission device 1 1 1 3 (for example, a 1259072 five, the invention describes the infrared device, and the most output temperature is used in the measurement device, and The thermometer display unit transmits the temperature measurement result back to I / by using the above-mentioned six-one multi-function low-cycle one-two-in-one, four-in-one according to the present invention (9). The reception in the 0 circuit 1 0 5 is processed by the central processing unit 1 0 2 and is measured by the display unit 1 0 4 . In the embodiment, the multi-functional physiological parameter measuring device 10 not only has systemic and local body fat percentage, but other commonly used doctors include low-frequency therapy devices, weight scales, blood pressure meters, blood glucose meters, and the same The central processing unit 1 0 2, the memory unit 1 0 3, 1 0 4 and the I / 0 circuit 1 0 5 are integrated together, and allow the operator to input the unit 1 〇 1 to select the function and replace the induction of various functions or Output device. The multi-functional physiological parameter measuring device 10 is not limited to a medical instrument commonly used in homes, and is a hexapor physiological parameter measuring device. The present invention can also integrate medical instruments only as needed. A medical instrument that integrates a body fat meter with a therapy device, a weight scale, a sphygmomanometer, a blood glucose meter, or a thermometer, or a device that is a three-in-one or five-in-one multifunctional physiological parameter measuring device. It can also be implemented in accordance with it.

Page 13 1259072 Schematic description of the figure Figure 1 t description of the single simple type of more than 1 of the supply of the example of the physical body is better than - the same according to the basis of the map

The number of measurements is measured. Ctui iJ diagram, raw B, energy, multi-function, diagram

Bbtb 厶月厶月功功多多系系图CD tb 匕匕厶月厶月功功多多系系图图 EF The second one two II—two one two two one 4^ 4^ 4 4 framed Fat and fat body position measurement measurement number of the figure is shown in the figure to show the weight of the body of blood to measure the amount of placement of the installation of tuj JnJ 里 里 里 里 里 里 里 ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί Body tnj tnj 湏湏旦里旦里置装装 ruj rnj 湏湏旦里旦里数参参Ctui CClii ίιίι i [Main component symbol description] 0 Multi-functional physiological parameter measuring device J 01 User ¥m into the unit 001 Button 102 Central processing unit 03 1 Recall unit 104 Display unit 05 I/O circuit 1051 Receiving device 06 Body fat measuring unit 1061 Electrode pair 062 Electrode pair 107 Low frequency fm Output unit 08 Body weight measuring unit 1081 Pressure sensor 082 Line transmission device 109 blood pressure measurement unit 091 wrist band 110 blood sugar measurement unit 101 Sample loading device 111 Temperature measuring unit 111 Temperature meter 1112 Temperature sensor 1113 Wireless transmission device

Page 14

Claims (1)

1259072 physiological parameter measuring device, comprising: a parameter measuring unit; a unit, and the physiological parameter measuring unit electrically generating a control signal with the at least one physiological parameter measuring unit, and measuring the physiological parameter measuring unit The generated signal; 1 is placed in the central processing unit to perform electrical conversion with the at least one physiological parameter; and, the result outputted by the central processing unit is displayed. The multi-functional physiological parameter measuring and processing parameter measuring unit of the first item includes the at least one pair of current supply electrode voltage drop measuring electrodes, and the pairing and the pair of voltage drop measuring electrodes are connected by a wire The value of the to-be-measured portion can be detected by being attached to a user to enable a current amount to be induced by the current supply electrode to be introduced into the voltage drop measuring electrode. The multi-functional physiological parameter measuring and processing parameter measuring unit of the first aspect includes a pressure sensor, wherein the weight of the pressure user is converted into a voltage signal, and is input into the I/O circuit: Wire connection and borrowing a wireless VI. Patent application scope 1. A multi-functional at least one physiological-central processing connection for generating and processing an I/O circuit measuring unit to measure a physiological parameter between a violent person If the application is patented, the student and the at least one pair of current supply electrodes are used to measure the two sides of the part, and after the part to be tested, a voltage is generated. 3. If the patent is applied, the raw sensor transmits and transports a column of transmission modes. Device transmission. 4. The multifunctional physiological parameter measuring device according to claim 2, wherein the physiological parameter measuring unit comprises a pressure sensor, wherein the pressure sensor converts a user's weight into a voltage signal. And by Page 15 1259072 VI. Patent application scope The following transmission methods are input into the I / 〇 circuit. · By a wire connection and by a wireless transmission device 5. If the patent is placed, the force sensor, the wristband is carried out. Recharge and 6 · If set, force a wrist change and 7 · If set, force to generate a power to apply for a patent, which is the life of the device, the belt is charged to generate an electric application, which should be applied to the wrist and produce 8 · Set, the force senses an application in which the wrist is carried out and the production is 9. If set, the first application for the patent, the inflated voltage patent, the inflated voltage patent. The multifunctional physiological parameter measuring and processing parameter measuring unit of the first aspect includes an air supply device and a pressurized air supply device for providing a gas and a deflation action mounted on a user's hand, such that the pressure The inductor generates a shaped voltage signal to the I / 0 circuit. The multi-functional physiological parameter measuring and processing parameter measuring unit of the second aspect includes an air supply device and a pressurized air supply device for providing a gas and a deflation action mounted on a user's hand, such that the pressure The inductor generates a shaped voltage signal to the I / 0 circuit. The multi-functional physiological parameter measuring and processing parameter measuring unit of the third aspect includes an air supply device and a pressurized air supply device for providing a deflation action mounted on a user's hand, so that the pressure sensing The deformation signal is output to the I / 0 circuit. The multi-functional physiological parameter measuring and processing parameter measuring unit of the fourth aspect includes an air supply device and a pressurized air supply device for providing a deflation action mounted on a user's hand, so that the pressure sensing The deformation signal is output to the I / 0 circuit. The multi-functional physiological parameter measurement and processing parameter measuring unit described in the first item of the scope includes a bio-sensing device and a check Page 16 1259072 VI. Patent Application The body carrying device can detect the concentration of glucose in a blood sample placed on the sample carrying device. The multi-function physiological parameter measuring device according to claim 2, wherein the physiological parameter measuring unit comprises a bio-sensing device and a sample carrying device, wherein the bio-sensing device is detectable The concentration of glucose in one of the blood samples placed on the sample carrying device. 1 . The multifunctional physiological parameter measuring device according to claim 3, wherein the physiological parameter measuring unit comprises a biological sensing device and a sample carrying device, wherein the biological sensing device is detectable The concentration of glucose in one of the blood samples placed on the sample carrying device. 1 2 . The multifunctional physiological parameter measuring device according to claim 4, wherein the physiological parameter measuring unit comprises a biological sensing device and a sample carrying device, wherein the biological sensing device is The concentration of glucose in one of the blood samples placed on the specimen carrying device is detected. The multi-function physiological parameter measuring device according to claim 5, wherein the physiological parameter measuring unit comprises a bio-sensing device and a sample carrying device, wherein the bio-sensing device is detectable The concentration of glucose in one of the blood samples placed on the sample carrying device. The multi-functional physiological parameter measuring device according to claim 6, wherein the physiological parameter measuring unit comprises a bio-sensing device and a sample carrying device, wherein the bio-sensing device is detectable The concentration of glucose in one of the blood samples placed on the specimen carrying device. The multi-function physiological parameter measuring device according to claim 7, wherein the physiological parameter measuring unit comprises a bio-sensing device and a check Page 17 1259072 6. Patent application scope body carrying device, the biological sensing device is placed on one of the blood samples of the blood glucose 16. The dosage of the physiological parameter is as described in claim 8 a measuring unit carrier carrying device, wherein the biological sensing device is provided with a glucose in the blood sample, as set forth in claim 1, wherein the physiological parameter measuring unit comprises a temperature The sensor and a wireless transmission device can detect the degree of the detector carrying device by transmitting the undetectable rich multi-function. The physiological parameter measuring device can be installed with the biological sensing device and the detecting device carrying device can be detected. The measured temperature results can be used in the road. 18. The multi-function device of claim 2, wherein the physiological parameter measuring unit comprises a temperature sensor and a wireless transmission device capable of measuring the temperature result by the wireless transmission In the road. The multi-function device of claim 3, wherein the physiological parameter measuring unit comprises a temperature sensor and a wireless transmission device for measuring the temperature result by the wireless transmission In the road. The multi-function device described in claim 4, wherein the physiological parameter measuring unit comprises a physiological parameter measuring thermometer, the thermometer is composed, and the temperature sensor transmitting device returns the I/ The electric energy physiological parameter measuring thermometer is composed of the thermometer, and the temperature sensor transmitting device returns the I/O electric energy physiological parameter measuring thermometer, the thermometer is composed, and the temperature sensor transmitting device returns the I / 0 electric energy physiological parameter measuring thermometer, the thermometer is composed of a temperature sensor and a wireless transmission device, the temperature sensor Page 18 1259072 VI. Applying for a patented garden can use the measured temperature results. 2 1 · As in the scope of claim 5, wherein the physiological parameter measurement is performed by a temperature sensor and a wireless system, the measured temperature result can be borrowed. 2 2 · If the scope of the patent application is set, the physiological parameter measurement can be used by a temperature sensor and a wireless system to take the measured temperature result. 2 3. As claimed in the scope of claim 7, wherein the physiological parameter measurement is performed by a temperature sensor and a wireless system to measure the temperature result. 2 4. According to the scope of claim 8th, wherein the physiological parameter measurement is performed by a temperature sensor and a wireless system, the measured temperature result can be borrowed. 25. If the scope of claim patent item 9 is set, the physiological parameter measurement Returning the 1/〇 electric power by the wireless transmission device: the t-multiple physiological parameter measurement device includes a first, a w, a coffee &amp; juice, and the thermometer system is composed of the temperature sensor. The hot wire transfer device returns the 1/〇 electric power: the multi-functional physiological parameter measurement value=includes a thermometer, the thermometer is composed of a clothing set, and the temperature sensor transmits the I back to the wireless transmission device. /O============================================================================================== The measuring and measuring unit comprises a thermometer, and the thermometer is composed of a transmission device, and the temperature sensor is returned by the 5th wireless transmission device, and the multi-function physiological parameter measuring device includes a thermometer. The thermometer is on page 19, and the system is covered by a temperature sensor and a wireless transmission wheel. The temperature results can be measured by: jin, cheng, and the temperature. The Hai wireless transmission device returns the 26. As described in the first application of the patent scope, the setting of the physiological parameter measuring unit is a function of a temperature sensor and a wireless transmission wheel. In the thermometer, the temperature system can measure the temperature result by the ^= into the temperature path. ..., the line transfer device returns the 27. As set forth in the scope of the patent application, the 'the physiological parameter measurement unit includes a temperature sensor and a wireless transmission wheel ^ a thermometer The temperature system can be composed of the measured temperature results by 誃^^, in the temperature path. ",, the line transmission device returns the 28. As described in the scope of claim 12, wherein the physiological parameter measurement unit includes - the physiological parameter I is - the temperature sensor and a wireless transmission; c = The temperature result of the measurement can be measured by the current, and the same, the child's road. ..., the line transmission device returns the 2 9 · As described in the patent application scope, the physiology, wherein the physiological The parameter measuring unit comprises a night-to-function physiological parameter i consisting of a temperature sensor and a wireless transmission device, and the temperature system can compose the measured temperature result by the node, the temperature path. Return to the 3 0 · As described in the scope of the patent application, the functional parameters of the first and fourth eves of the sensor j sensor I / 0 electric t measuring instrumentation sensor I / O electric t measuring instrument system sensor I /O electricity: measuring the meter system sensor I / 0 electricity: measuring the meter system sensor I / 0 electricity: measuring 1259072 six, the patent range, wherein the physiological parameter measuring unit includes a thermometer, the The thermometer consists of a temperature sensor and a wireless transmission device. The sensor is configured to transmit the measured temperature result to the I/〇 circuit by the wireless transmission device. 3 1. The multifunctional physiological parameter measuring device according to claim 15 wherein the physiological condition The parameter measuring unit comprises a thermometer, which is composed of a temperature sensor and a wireless transmission device, and the temperature sensor can transmit the measured temperature result back to the I/O circuit by the wireless transmission device. . The multi-function physiological parameter measuring device according to claim 16 , wherein the physiological parameter measuring unit comprises a thermometer, the thermometer is composed of a temperature sensor and a wireless transmission device, The temperature sensor can transmit the measured temperature result back to the I/O circuit by the wireless transmission device. The multi-functional physiological parameter measuring device according to claim 1, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, wherein the at least one pair of conductive elements are A low frequency oscillating circuit in the I/O circuit introduces a low frequency voltage to at least one portion of the user to be treated. The multi-functional physiological parameter measuring device according to claim 2, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, wherein the at least one pair of conductive elements are A low frequency oscillating circuit in the I/O circuit introduces a low frequency voltage to at least one portion of the user to be treated. </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; The conductive element introduces a low frequency voltage to at least one portion of the user to be treated by a low frequency oscillating circuit in the I/O circuit. 3. The multi-functional physiological parameter measuring device according to claim 4, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, wherein the at least one pair of conductive elements are A low frequency oscillating circuit in the I/O circuit introduces a low frequency voltage to at least one portion of the user to be treated. The multi-functional physiological parameter measuring device according to claim 5, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, wherein the at least one pair of conductive elements are A low frequency oscillating circuit in the I/O circuit introduces a low frequency voltage to at least one portion of the user to be treated. The multi-functional physiological parameter measuring device according to claim 6, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, wherein the at least one pair of conductive elements are A low frequency oscillating circuit in the I/O circuit introduces a low frequency voltage to at least one portion of the user to be treated. The multi-functional physiological parameter measuring device according to claim 7, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, wherein the at least one pair of conductive elements are a low frequency oscillating circuit in the I / 0 circuit to introduce a low frequency voltage to a user Page 22 1259072 VI. Scope of application for patents Less than one site to be treated. The multi-functional physiological parameter measuring device according to claim 8, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, wherein the at least one pair of conductive elements are A low frequency oscillating circuit in the I/O circuit introduces a low frequency voltage to at least one portion of the user to be treated. The multi-functional physiological parameter measuring device according to claim 9, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, wherein the at least one pair of conductive elements are A low frequency oscillating circuit in the I/O circuit introduces a low frequency voltage to at least one portion of the user to be treated. 4 . The multifunctional physiological parameter measuring device according to claim 10, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/〇 circuit to at least one portion of the user to be treated. 4 . The multifunctional physiological parameter measuring device according to claim 11 , further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, wherein the at least one pair of conductive elements are A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. 4 . The multifunctional physiological parameter measuring device according to claim 12, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements By the I / 0 Page 23 1259072 VI. Scope of Application Patent A low frequency oscillating circuit in a circuit introduces a low frequency voltage to at least one part of the user to be treated. 4 . The multifunctional physiological parameter measuring device according to claim 13 , further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, wherein the at least one pair of conductive elements are A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. 4. The multi-functional physiological parameter measuring device according to claim 14, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. 4 7 . The multi-function, physiological parameter measuring device according to claim 15 , further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced into the at least one portion of the user to be treated by a low frequency oscillating circuit in the I/O circuit. 4 . The multifunctional physiological parameter measuring device according to claim 16 , further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. 4 9. The multifunctional physiological parameter measuring device according to claim 17 of the patent application, further comprising a stimulation signal output unit, the stimulation signal output unit package Page 24 1259072 6. The patent application scope includes at least one pair of conductive elements, wherein the at least one pair of conductive elements introduce a low frequency voltage into at least one part of the user to be treated by a low frequency oscillation circuit in the I / 〇 circuit . The multi-functional physiological parameter measuring device according to claim 18, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. The multi-functional physiological parameter measuring device according to claim 19, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. The multi-functional physiological parameter measuring device according to claim 20, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, wherein the at least one pair of conductive elements are A low frequency oscillating circuit in the I/O circuit introduces a low frequency voltage to at least one portion of the user to be treated. 5 . The multifunctional physiological parameter measuring device according to claim 21, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. 5 4. The multi-functional physiological parameter measurement device described in item 2 of the patent application scope Page 25 1259072 6. The patent application scope further includes a stimulation signal output unit, the stimulation signal output unit includes at least one pair of conductive elements, and the at least one pair of conductive elements is a low frequency oscillation circuit in the I/〇 circuit. And introducing a low frequency voltage to at least one part of the user to be treated. 5 . The multifunctional physiological parameter measuring device according to claim 23, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. The multi-functional physiological parameter measuring device according to claim 24, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of multi-electric elements A low frequency voltage is introduced into the low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. The multi-functional physiological parameter measuring device according to claim 25, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. The multi-functional physiological parameter measuring device according to claim 26, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The at least one pair of conductive elements introduces a low frequency voltage to at least one portion of the user to be treated by a low frequency oscillating circuit in the I/O circuit. The multi-functional physiological parameter measuring device according to claim 28, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. 6 1 · The multi-functional physiological parameter measurement and loading device according to claim 29, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive The component introduces a low frequency voltage into at least one portion of the user to be treated by a low frequency oscillating circuit in the I/O circuit. 6 2 - The multifunctional physiological parameter measuring device according to claim 30, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/O circuit to at least one portion of the user to be treated. 6 . The multifunctional physiological parameter measuring device according to claim 31, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements Introducing a low frequency voltage to a user by means of a low frequency oscillating circuit in the I / 0 circuit Page 27 1259072_ VI. Scope of application for patents Less than one site to be treated. The multi-functional physiological parameter measuring device of claim 3, further comprising a stimulation signal output unit, the stimulation signal output unit comprising at least one pair of conductive elements, the at least one pair of conductive elements A low frequency voltage is introduced from a low frequency oscillating circuit of the I/〇 circuit to at least one portion of the user to be treated. 6 5. The multifunctional physiological parameter measuring device according to claim 1, further comprising a user input unit. 6. The multifunctional physiological parameter measuring device according to claim 1, wherein the user input unit is coupled to the display unit, and the user can directly from the touch panel of the display unit. Perform measurement and operation of different physiological parameters. Page 28