CN113876307A - A multi-parameter physiological monitoring loop - Google Patents

Abstract

The utility model provides a multi-parameter physiology monitoring ring, it includes the monitoring ring body, the body comprises clitellum and the processing chip of setting in the clitellum, be equipped with MCU the control unit in the processing chip, acquisition unit, LED emission of light unit, data storage unit, wherein the output of acquisition unit is connected to the MCU the control unit receiving terminal, and the information that obtains through gathering conveys carries out the conversion signal in the MCU the control unit, and acquisition unit receives the data collection through contact electrode and the LED optical unit that sets up on the monitoring ring body, be equipped with communication chip in the MCU the control unit, can be with data transmission to external mobile device or data storage unit in. The invention has the advantages of simple structure, convenient wearing, wide application range and the like, and can measure and display physiological indexes at any time and any place.

Description

Multi-parameter physiological monitoring ring

Technical Field

The invention relates to a multi-parameter physiological monitoring ring, belonging to medical equipment.

Background

The current algorithms for measuring physiological indexes include: the ECG algorithm technology, the pulse rate algorithm technology, the heart rate algorithm technology, the Spo2 algorithm technology, the body movement algorithm technology, the blood pressure algorithm technology and the like can measure the physiological indexes through the algorithms, but the current instrument for measuring the physiological indexes has a complex structure due to the design, cannot measure the physiological indexes of the human body in real time, and is inconvenient to use. Therefore, the portable multi-parameter physiological monitoring ring is designed to facilitate the patient to view the physiological indexes of the patient, such as ECG or Spo2 data and blood pressure data, anytime and anywhere, and is portable.

Disclosure of Invention

The invention aims to overcome the defects and provide a multi-parameter physiological monitoring ring which is simple in structure, convenient to wear and capable of measuring and displaying physiological indexes at any time and any place.

The purpose of the invention is achieved by the following technical scheme: a multi-parameter physiological monitoring ring comprises a monitoring ring body, wherein the body is composed of a girdle ring for decoration at the outer side and a processing chip ring arranged at the inner side of the girdle ring and tightly attached to the girdle ring, clamping rings which are wrapped and embedded at the outer side of the girdle ring are respectively arranged at the two opposite sides of the processing chip ring, an MCU control unit, an acquisition unit, an LED light acquisition unit and a data storage unit are arranged in the processing chip ring, wherein the receiving end of the MCU control unit is connected with the output end of the acquisition unit, the acquired information is transmitted to the MCU for signal conversion, the acquisition unit acquires data through a contact electrode arranged on the monitoring ring body and the LED light acquisition unit, the contact electrode is arranged at the two sides of the bottom of the processing chip ring, the LED light acquisition unit is arranged at the middle position of the contact electrodes at the two sides, a communication chip is arranged in the MCU control unit, and the data can be transmitted to a mobile device in an external mode through Bluetooth or purple bee in the communication chip or directly transmitted to the data storage unit The storage unit stores the data.

Preferably, the method comprises the following steps: the collecting unit comprises an ECG signal collecting unit and a PPG signal collecting unit, wherein the ECG signal collecting unit is connected with a contact electrode, the PPG signal collecting unit is connected with an LED light collecting unit, the LED light collecting unit comprises an LED light emitter and an LED light receiver, data are collected through the LED light emitter and the LED light receiver, the contact electrode comprises an LA electrode plate, an RL electrode plate and an RA electrode plate, and the LA electrode plate, the RL electrode plate, the RA electrode plate, the LED light emitter and the LED light receiver form a set of complete posture detecting unit.

Preferably, the method comprises the following steps: a red light emitting unit, an infrared light emitting unit and a green light emitting unit are integrated in the LED light emitter.

Preferably, the method comprises the following steps: the ECG signal acquisition unit, the PPG signal acquisition unit, the LED light acquisition unit and the MCU control unit are all controlled by independent power supply units.

Preferably, the method comprises the following steps: the ECG signal acquisition unit, the PPG signal acquisition unit, the posture monitoring unit and the data storage unit are communicated and transmitted through an SPI or 12C protocol.

The invention has the advantages of simple structure, convenient wearing, wide application range and the like, and can measure and display physiological indexes at any time and any place.

Drawings

Fig. 1 is a schematic structural view of the present invention.

FIG. 2 is a schematic diagram of the internal structure of a processing chip ring according to the present invention.

Detailed Description

The invention will be described in detail below with reference to the following figures: as shown in fig. 1-2, the object of the present invention is achieved by the following technical solutions: a multi-parameter physiological monitoring ring comprises amonitoring ring body 1, wherein thebody 1 consists of aring belt 2 for decoration at the outer side and aprocessing chip ring 3 which is arranged at the inner side of thering belt 2 and clings to thering belt 2, two opposite sides of theprocessing chip ring 3 are respectively provided with aclamping ring 4 which is wrapped and embedded at the outer side of thering belt 2, anMCU control unit 5, anacquisition unit 6, an LEDlight acquisition unit 10 and a data storage unit 8 are arranged in theprocessing chip ring 3, wherein the receiving end of theMCU control unit 5 is connected with the output end of theacquisition unit 6, the acquired information is transmitted to the MCU for signal conversion, theacquisition unit 6 acquires data through acontact electrode 9 and an LEDlight acquisition unit 10 which are arranged on themonitoring ring body 1, thecontact electrodes 9 are arranged on two side edges at the bottom of theprocessing chip ring 3, the LEDlight acquisition unit 10 is arranged at the middle position of thecontact electrodes 9 at two sides, theMCU control unit 5 is internally provided with acommunication chip 11, and data can be transmitted to an externalmobile device 12 or directly transmitted to the data storage unit 8 for storage through a Bluetooth or zigbee transmission mode in thecommunication chip 11.

Theacquisition unit 6 is composed of an ECGsignal acquisition unit 13 and a PPG signal acquisition unit 14, wherein the ECGsignal acquisition unit 13 is connected with acontact electrode 9, the PPG signal acquisition unit 14 is connected with an LEDlight acquisition unit 10, the LEDlight acquisition unit 10 is composed of anLED light emitter 15 and anLED light receiver 16, data are collected through theLED light emitter 15 and theLED light receiver 16, thecontact electrode 9 is composed of anLA electrode sheet 17, anRL electrode sheet 18 and anRA electrode sheet 19, and theLA electrode sheet 17, theRL electrode sheet 18, theRA electrode sheet 19, theLED light emitter 15 and theLED light receiver 16 form a set of completeposture detection unit 20.

TheLED light emitter 15 is internally integrated with a redlight emitting unit 21, an infraredlight emitting unit 22 and a greenlight emitting unit 23.

The ECGsignal acquisition unit 13, the PPG signal acquisition unit 14, the LEDlight acquisition unit 10 and theMCU control unit 5 are all controlled by an independentpower supply unit 7.

Preferably, the method comprises the following steps: the ECGsignal acquisition unit 13, the PPG signal acquisition unit 14, theposture monitoring unit 20 and the data storage unit 8 are communicated and transmitted through SPI or 12C protocols.

The invention can facilitate the patient to check the physiological indexes of the patient, such as ECG or Spo2 data and blood pressure data, and is convenient to wear. Wherein:

monitoring the activity state of the heart of a human body by an ECG function, and finding out pathological conditions in time;

spo2 function monitoring blood oxygen content, pulse rate and perfusion index of human body;

3. in addition the device supports monitoring blood pressure, body movement data (e.g. number of steps), apnea, sleep quality, HRV.

The invention can check the body state in real time and can be worn with a user, and has the advantages of simple structure, convenient use and wide application range.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are also included in the scope of the present invention.

Claims (5)

Translated fromChinese

1.一种多参数生理监测环，它包括监测环本体，其特征在于：所述本体由外侧装饰用的环带以及设置在环带内侧紧贴环带的处理芯片环组成，其中处理芯片环相对两侧分别设有包裹且嵌入在环带外侧上的卡扣环，所述处理芯片环内设有MCU控制单元、采集单元、LED光采集单元、数据存储单元，其中MCU控制单元接收端连接采集单元的输出端，通过采集得到的信息传送至MCU中进行转化信号，采集单元通过设置在监测环本体上的接触电极和LED光采集单元采集数据，该接触电极设置在处理芯片环底部两侧边上，在两侧接触电极中间位置设有LED光采集单元，所述MCU控制单元内设有通讯芯片，可将数据通过通讯芯片中的蓝牙或紫蜂的传输方式传送至外接移动设备或直接传送至数据存储单元中进行存放。1. a multi-parameter physiological monitoring ring, it comprises a monitoring ring body, it is characterized in that: described body is made up of the annular band used for outer side decoration and the processing chip ring that is arranged on the inner side of the annular band and is close to the annular band, wherein the processing chip ring The opposite sides are respectively provided with snap rings which are wrapped and embedded on the outer side of the ring belt. The processing chip ring is provided with an MCU control unit, a collection unit, an LED light collection unit, and a data storage unit, wherein the receiving end of the MCU control unit is connected to The output end of the acquisition unit transmits the acquired information to the MCU for signal conversion. The acquisition unit collects data through the contact electrodes and the LED light acquisition unit arranged on the body of the monitoring ring. The contact electrodes are arranged on both sides of the bottom of the processing chip ring. On the side, an LED light collection unit is arranged in the middle of the contact electrodes on both sides. The MCU control unit is provided with a communication chip, which can transmit data to an external mobile device or directly through the Bluetooth or Zigbee transmission in the communication chip. transferred to the data storage unit for storage.2.根据权利要求1所述的多参数生理监测环，其特征在于：所述采集单元由ECG信号采集单元和PPG信号采集单元组成，其中ECG信号采集单元连接接触电极，PPG信号采集单元连接LED光采集单元，该LED光采集单元由LED光发射器与LED光接收器组成，通过LED光发射器和LED光接收器来收集数据，所述接触电极由LA电极片、RL电极片以及RA电极片组成，所述LA电极片、RL电极片、RA电极片、LED光发射器与LED光接收器组成了一套完整的体态检测单元。2. The multi-parameter physiological monitoring loop according to claim 1, wherein the acquisition unit is composed of an ECG signal acquisition unit and a PPG signal acquisition unit, wherein the ECG signal acquisition unit is connected to a contact electrode, and the PPG signal acquisition unit is connected to an LED A light collection unit, the LED light collection unit is composed of an LED light transmitter and an LED light receiver, and data is collected through the LED light transmitter and the LED light receiver, and the contact electrodes are composed of LA electrode sheets, RL electrode sheets and RA electrodes The LA electrode sheet, the RL electrode sheet, the RA electrode sheet, the LED light emitter and the LED light receiver form a complete body posture detection unit.3.根据权利要求2所述的多参数生理监测环，其特征在于：所述LED光发射器内集成有红光发射单元、红外光发射单元、绿光发射单元。3 . The multi-parameter physiological monitoring ring according to claim 2 , wherein the LED light emitter is integrated with a red light emitting unit, an infrared light emitting unit, and a green light emitting unit. 4 .4.根据权利要求2所述的多参数生理监测环，其特征在于：所述ECG信号采集单元、PPG信号采集单元、LED光采集单元、MCU控制单元均由独立的电源单元控制。4 . The multi-parameter physiological monitoring loop according to claim 2 , wherein the ECG signal acquisition unit, the PPG signal acquisition unit, the LED light acquisition unit, and the MCU control unit are all controlled by an independent power supply unit. 5 .5.根据权利要求2所述的多参数生理监测环，其特征在于：所述ECG信号采集单元、PPG信号采集单元、体态监测单元、数据存储单元均通过SPI或12C协议进行通讯传输。5 . The multi-parameter physiological monitoring loop according to claim 2 , wherein the ECG signal acquisition unit, the PPG signal acquisition unit, the posture monitoring unit, and the data storage unit all carry out communication transmission through SPI or 12C protocol. 6 .

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