WO2018192256A1 - 无创采集血糖数据的腕表 - Google Patents
无创采集血糖数据的腕表 Download PDFInfo
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- WO2018192256A1 WO2018192256A1 PCT/CN2017/118152 CN2017118152W WO2018192256A1 WO 2018192256 A1 WO2018192256 A1 WO 2018192256A1 CN 2017118152 W CN2017118152 W CN 2017118152W WO 2018192256 A1 WO2018192256 A1 WO 2018192256A1
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- blood glucose
- infrared light
- module
- wristwatch
- glucose data
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/145—Measuring characteristics of blood in vivo, e.g. gas concentration, pH value; Measuring characteristics of body fluids or tissues, e.g. interstitial fluid, cerebral tissue
- A61B5/1455—Measuring characteristics of blood in vivo, e.g. gas concentration, pH value; Measuring characteristics of body fluids or tissues, e.g. interstitial fluid, cerebral tissue using optical sensors, e.g. spectral photometrical oximeters
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- G—PHYSICS
- G04—HOROLOGY
- G04G—ELECTRONIC TIME-PIECES
- G04G21/00—Input or output devices integrated in time-pieces
- G04G21/02—Detectors of external physical values, e.g. temperature
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- G—PHYSICS
- G04—HOROLOGY
- G04G—ELECTRONIC TIME-PIECES
- G04G21/00—Input or output devices integrated in time-pieces
- G04G21/04—Input or output devices integrated in time-pieces using radio waves
Definitions
- the utility model relates to the field of wearable devices, in particular to a wristwatch for non-invasively collecting blood glucose data.
- the utility model provides a wristwatch for non-invasively collecting blood glucose data, which aims to solve the technical problem that the existing non-invasive blood glucose collecting device is not easy to carry.
- the present invention provides a wristwatch that non-invasively collects blood glucose data, including a dial body, a watch strap, and a button.
- the strap is mounted on both sides of the dial body, and the non-invasive wristwatch for collecting blood glucose data is further
- the invention comprises an infrared light emitting module connected by a line, an infrared light receiving module, a signal conversion module, a communication module, a timer, a display screen, a microcontroller and a power module; the infrared light emitting module, a signal conversion module, a communication module, and a timing And the power module is disposed in the dial body, the infrared light receiving module is disposed in the watchband, the display screen is disposed on an upper surface of the dial body, and the button is disposed at the On the outside of the dial body, the button is connected to the timer through a line, wherein:
- a microcontroller for starting an infrared light emitting module when the timer is triggered
- An infrared light emitting module for emitting infrared light of a preset wavelength
- An infrared light receiving module configured to receive an infrared light signal of a certain wavelength range, and convert the received infrared light signal into an analog electrical signal
- a signal conversion module configured to convert the analog electrical signal sent by the infrared light receiving module into a blood glucose data digital signal
- a communication module configured to connect to the blood glucose data analysis device via the network, and transmit the blood glucose data digital signal to the blood glucose data analysis device;
- Display used to display the time of the timer.
- the infrared light receiving module is embedded in an end of the one side strap.
- the strap is made of a waterproof material.
- the dial body and the watch strap are of a unitary structure.
- the wristwatch for non-invasively collecting blood glucose data further comprises an opening key, the opening key being disposed at an upper right side of the dial body for controlling opening or closing of the non-invasive blood glucose collecting data watch.
- the power module may be a micro battery
- the micro battery is a rechargeable lithium battery or a button battery.
- the micro battery is connected with a charging port, and the charging port is disposed outside the front side or the rear side of the dial body for plugging an external power source to charge the micro battery.
- the wristwatch of the non-invasive blood glucose collecting data of the utility model can automatically collect the blood sugar concentration of the human body at a fixed time by setting a timer, can conveniently collect the blood sugar concentration of the human body without non-invasively, improve the usability and portability, and improve the user. Experience.
- FIG. 1 is a schematic view showing the external structure of a watch body of a preferred embodiment of the wristwatch of the present invention for non-invasively collecting blood glucose data;
- FIG. 2 is a schematic diagram showing the internal circuit structure of a preferred embodiment of the wristwatch of the present invention for non-invasively collecting blood glucose data.
- FIG. 1 is a schematic diagram showing the external structure of the watch body of the wristwatch according to the preferred embodiment of the present invention, which is shown in FIG. 2
- FIG. 2 is a non-invasive wristwatch of the present invention.
- the utility model provides a wristwatch 100 for non-invasively collecting blood glucose data, which comprises a dial body 101, a watchband 102 and a button 113.
- the watch band 102 is mounted on both sides of the dial body 101.
- the watchband 102 can be made of a waterproof material to prevent the sweat from affecting the collection effect of the blood sugar concentration of the human body.
- the dial body 101 and the watchband 102 may have a unitary structure, which may prevent damage caused by frequent picking up of the wristwatch.
- the wristwatch 100 for non-invasively collecting blood glucose data further includes an infrared light emitting module 104, an infrared light receiving module 105, a signal conversion module 106, a communication module 107, a timer 108, a display screen 114, a microcontroller 109, and Power module 110.
- the infrared light emitting module 104 is connected to the microcontroller 109 through a line
- the infrared light receiving module 105, the signal conversion module 106, the communication module 107, the microcontroller 109, and the power module 110 are sequentially connected through a line.
- the button 113 is connected to the timer 108 via a line
- the timer 108 is connected to the microcontroller 109 via a line
- the display screen 114 is connected to the microcontroller 109 via a line.
- the infrared light emitting module 104, the signal conversion module 106, the communication module 107, the timer 108, the microcontroller 109, and the power module 110 are disposed in the dial body 101, and the infrared light receiving module 105 is disposed on the table.
- the infrared light receiving module 105 can be embedded in the end of the one side strap 102, and the wristwatch 100 of the blood glucose data collecting function is worn by the user.
- the infrared light receiving module 105 and the infrared light emitting module 104 are in a symmetrical position, so that the infrared light receiving module 105 receives the infrared light emitted by the infrared light emitting module 104: the display screen 114
- the button 113 is disposed on an outer surface of the dial body 101, and the button 113 is disposed outside the dial body 101, and the button 113 is connected to the timer 108 through a line.
- the infrared light emitting module 104 may be an infrared light emitting circuit; the infrared light receiving module 105 may be an infrared light receiving circuit; the signal conversion module 106 includes a filter circuit and a signal amplifying circuit.
- the signal selection circuit and the signal conversion circuit; the communication module 107 may be a communication interface; the timer 108 may be a timing circuit; the microcontroller 109 may be an integrated circuit chip having a data processing function; 114 can be a liquid crystal display.
- the microcontroller 109 is configured to activate the infrared light emitting module 104 when the timer 108 is triggered; the infrared light emitting module 104 is configured to emit infrared light of a preset wavelength in real time; and the infrared light receiving module 105 is configured to receive in real time.
- the signal conversion module 106 is configured to convert the analog electrical signal sent by the infrared light receiving module 105 into a blood glucose data digital signal
- the communication module 107 is configured to connect to the blood glucose data analysis device via a network, and transmit the blood glucose data digital signal to the blood glucose data analysis device, and the display screen 114 is configured to display the time of the timer 108.
- the microcontroller 109 activates the infrared light emitting module 104 when the timer 108 is triggered, and the infrared light emitting module 104 is real-time.
- the infrared light of a specific wavelength is emitted, and the infrared light of the specific wavelength is irradiated to the position of the wrist artery of the person to be measured.
- the display screen 114 displays the time of the timer 108.
- the trigger time of the timer 108 can be set by the user through the button 113.
- the trigger time can be a certain time, for example, 10 am and 3 pm.
- the timer 108 When the time of the timer 108 reaches the trigger time, the timer 108 is triggered, and the microcontroller 109 activates the infrared light emitting module 104, which emits a specific wavelength of infrared light in real time.
- the infrared light receiving module 105 After receiving the infrared light signal, the infrared light receiving module 105 converts the signal into an analog electrical signal, and the signal conversion module 106 filters, amplifies and converts the simulated electrical signal reflecting the blood glucose concentration of the human body into a blood glucose concentration. Digital signal.
- the microcontroller 109 transmits the blood glucose concentration digital signal to the blood glucose data analyzing device connected to the wristwatch 100 for non-invasively collecting blood glucose data via the communication module 107.
- the blood glucose data analyzing device analyzes the blood glucose concentration digital signal to obtain blood glucose concentration data of the user.
- the wristwatch 100 for non-invasively collecting blood glucose data further includes an opening key 111 (not shown in FIG. 1), and the opening key 111 is connected to the power module 110 through a line, and the opening key is disposed on the dial body.
- the upper right side of 101 is used to control the opening or closing of the wristwatch 100 for non-invasively collecting blood glucose data.
- the power module 110 may be a micro battery, which is a rechargeable lithium battery or a button battery.
- the micro battery 110 is disposed inside the dial body 101 for collecting blood glucose for the non-invasive
- the wristwatch 100 of the data provides a working power source
- the miniature battery 110 can be a rechargeable lithium battery or a button battery.
- the micro battery 110 is connected to a charging port 112, and the charging port 112 is disposed at an outer position of the front side of the dial body 101 or an external position of the rear side (not shown in FIG. 1), and the charging port 112 may be a A USB interface or other standard battery charging interface, the charging port 112 can be directly inserted into an external power source (such as a computer USB interface or a low voltage regulator, etc.) to charge the miniature battery 110.
- an external power source such as a computer USB interface or a low voltage regulator, etc.
- the wristwatch of the non-invasive blood glucose collecting data of the utility model can automatically collect the blood sugar concentration of the human body at a fixed time by setting a timer, can conveniently collect the blood sugar concentration of the human body without non-invasively, improve the usability and portability, and improve the user. Experience.
- the wristwatch of the non-invasive blood glucose collecting data of the utility model can automatically collect the blood sugar concentration of the human body at a fixed time by setting a timer, can conveniently collect the blood sugar concentration of the human body without non-invasively, improve the usability and portability, and improve the user. Experience.
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Abstract
一种无创采集血糖数据的腕表（100），包括表盘本体（101）、表带（102）、按键（113），表带（102）安装在表盘本体（101）的两侧，腕表（100）还包括设置于表盘本体（101）内的红外光发射模块（104）、信号转换模块（106）、通讯模块（107）、计时器（108）、微控制器（109）和电源模块（110），设置于表带（102）中的红外光接收模块（105），显示屏（114）设置于表盘本体（101）的上表面，按键（113）设置于表盘本体（101）的外侧，按键（113）通过线路与计时器（108）连接。本腕表（100）通过设置计时器（108），可自动在固定时刻采集用户的人体血糖浓度，能够方便地无创采集用户的人体血糖浓度，提高易用性和便携性，提高用户体验。
Description
本实用新型涉及可穿戴设备领域，尤其涉及一种无创采集血糖数据的腕表。
糖尿病患者为了避免糖尿病的并发症，需要频繁地测量和控制血糖浓度，目前在我国，糖尿病患者测量血糖浓度的方法大部分是采用有创的血糖计。频繁的采血进行血液葡萄糖浓度的测量一方面给糖尿病患者带来了巨大的经济负担和医疗费用，另一方面也给糖尿病患者带来了巨大的身体和心理痛苦和感染疾病的风险。近年来，利用红外光技术来采集血液葡萄糖浓度使无创血糖采集成为可能，给糖尿病患者带来福音。但是，由于糖尿病患者需要频繁地采集血糖浓度数据，现有的无创血糖采集设备体积大，不易携带。随着便携式、智能、多功能电子产品的技术升级，设计一种集成化高的无创采集血糖数据的腕表具有较好便携性，解决现有的无创血糖采集设备不易携带的技术问题。
本实用新型提供一种无创采集血糖数据的腕表，旨在解决现有的无创血糖采集设备不易携带的技术问题。
为实现上述目的，本实用新型提供一种无创采集血糖数据的腕表，包括表盘本体、表带、按键，所述表带安装在表盘本体的两侧，所述无创采集血糖数据的腕表还包括通过线路连接的红外光发射模块、红外光接收模块、信号转换模块、通讯模块、计时器、显示屏、微控制器和电源模块；所述红外光发射模块、信号转换模块、通讯模块、计时器、微控制器和电源模块设置于所述表盘本体内，所述红外光接收模块设置于所述表带中，所述显示屏设置于所述表盘本体的上表面，所述按键设置于所述表盘本体的外侧，所述按键通过线路与所述计时器连接，其中：
微控制器，用于在计时器触发时启动红外光发射模块；
红外光发射模块，用于发射预设波长的红外光；
红外光接收模块，用于接收一定波长范围的红外光信号，并且将接收的红外光信号转换成模拟电信号；
信号转换模块，用于将所述红外光接收模块发送的所述模拟电信号转换成血糖数据数字信号；
通讯模块，用于通过网络与血糖数据分析装置连接，并将所述血糖数据数字信号传输给血糖数据分析装置；
显示屏，用于显示计时器的时间。
优选地，所述红外光接收模块内嵌于所述一侧表带的端部。
优选地，所述表带采用防水材质。
优选地，所述表盘本体与所述表带为一体结构。
优选地，所述无创采集血糖数据的腕表还包括开关键，所述开关键设置在所述表盘本体的右侧上部，用于控制所述无创采集血糖数据的腕表的开启或关闭。
优选地，所述电源模块可以是微型电池，所述微型电池为可充电的锂电池或纽扣电池。
优选地，所述微型电池连接有充电端口，所述充电端口设置在所述表盘本体的前侧外部或后侧外部，用于接插外部电源对所述微型电池进行充电。
本实用新型所述无创采集血糖数据的腕表通过设置计时器，可自动在固定时刻采集用户的人体血糖浓度，能够方便地无创采集用户的人体血糖浓度，提易用性和便携性，提高用户体验。
图1是本实用新型无创采集血糖数据的腕表较佳实施例的表体外部结构示意图；
图2是本实用新型无创采集血糖数据的腕表较佳实施例的内部电路结构示意图。
本实用新型目的的实现、功能特点及优点将结合实施例，参照附图做进一步说明。
为更进一步阐述本实用新型为达成上述目的所采取的技术手段及功效，以下结合附图及较佳实施例，对本实用新型的具体实施方式、结构、特征及其功效进行详细说明。应当理解，此处所描述的具体实施例仅仅用以解释本实用新型，并不用于限定本实用新型。
如图1所示，图1为本实用新型无创采集血糖数据的腕表较佳实施例的表体外部结构示意图，如图2所示，图2为本实用新型无创采集血糖数据的腕表较佳实施例的内部电路结构示意图。本实用新型提供了一种无创采集血糖数据的腕表100，包括表盘本体101、表带102、按键113。所述表带102安装在表盘本体101的两侧。作为本实用新型的优选实施例，所述表带102可以为防水材质，防止汗液影响人体血糖浓度的采集效果。所述表盘本体101与所述表带102可以为一体结构，可以防止频繁摘戴腕表而造成损坏。
所述无创采集血糖数据的腕表100还包括通过线路连接的红外光发射模块104、红外光接收模块105、信号转换模块106、通讯模块107、计时器108、显示屏114、微控制器109和电源模块110。具体的，所述红外光发射模块104通过线路连接至微控制器109，所述红外光接收模块105、信号转换模块106、通讯模块107、微控制器109和电源模块110通过线路依次连接，所述按键113通过线路与所述计时器108连接，所述计时器108通过线路连接微控制器109，所述显示屏114通过线路连接微控制器109。
所述红外光发射模块104、信号转换模块106、通讯模块107、计时器108、微控制器109和电源模块110设置于所述表盘本体101内，所述红外光接收模块105设置于所述表带102中，作为本实用新型的优选实施例，所述红外光接收模块105可以内嵌于所述一侧表带102的端部，当所述血糖数据采集功能的腕表100佩戴于用户的腕部时，所述红外光接收模块105与所述红外光发射模块104处于对称位置，以利于所述红外光接收模块105接收所述红外光发射模块104发出的红外光：所述显示屏114设置于所述表盘本体101的上表面，所述按键113设置于所述表盘本体101的外侧，所述按键113通过线路与所述计时器108连接。作为本实用新型的优选实施例，所述红外光发射模块104可以是红外光发射电路；所述红外光接收模块105可以是红外光接收电路；所述信号转换模块106包括滤波电路、信号放大电路、信号选择电路及信号转换电路；所述通讯模块107可以是通讯接口；所述计时器108可以是计时电路；所述微控制器109可以是具有数据处理功能的集成电路芯片；所述显示屏114可以是液晶显示屏。
所述微控制器109用于在计时器108触发时启动红外光发射模块104；所述红外光发射模块104用于实时发射预设波长的红外光；所述红外光接收模块105用于实时接收一定波长范围的红外光信号，并且将接收的红外光信号转换成模拟电信号；所述信号转换模块106用于将所述红外光接收模块105发送的所述模拟电信号转换成血糖数据数字信号；所述通讯模块107用于通过网络与血糖数据分析装置连接，并将所述血糖数据数字信号传输给血糖数据分析装置，所述显示屏114用于显示所述计时器108的时间。具体的，当所述无创采集血糖数据的腕表100佩戴于用户的腕部，所述微控制器109在所述计时器108触发时启动红外光发射模块104，所述红外光发射模块104实时的发射一特定波长的红外光，所述特定波长的红外光照射在待测量者腕部动脉位置。所述显示屏114显示所述计时器108的时间，用户可以通过所述按键113设置所述计时器108的触发时间，所述触发时间可以是某一时刻，例如上午10点、下午3点。在所述计时器108的时间到达触发时间时，所述计时器108触发，所述微控制器109启动红外光发射模块104，所述红外光发射模块104实时的发射一特定波长的红外光。所述红外光接收模块105接收所述红外光信号后，将所述信号转换成模拟电信号，信号转换模块106将反映人体血糖葡萄糖浓度的模拟电信号进行滤波、放大后将其转换成血糖浓度数字信号。最后微控制器109通过通讯模块107把所述血糖浓度数字信号传输给通过网络与所述无创采集血糖数据的腕表100连接的血糖数据分析装置。所述血糖数据分析装置对所述血糖浓度数字信号进行分析，得到用户的血糖浓度数据。
进一步的，所述无创采集血糖数据的腕表100还包括开关键111（图1未示），所述开关键111通过线路与所述电源模块110连接，所述开关键设置在所述表盘本体101的右侧上部，用于控制所述无创采集血糖数据的腕表100的开启或关闭。
进一步的，所述电源模块110可以是微型电池，所述微型电池为可充电的锂电池或纽扣电池.所述微型电池110设置在所述表盘本体101的内部，用于为所述无创采集血糖数据的腕表100提供工作电源，所述微型电池110可以为可充电的锂电池或纽扣电池。
所述微型电池110连接有一个充电端口112，所述充电端口112设置在所述表盘本体101的前侧外部或后侧外部任意位置处（图1未示），所述充电端口112可以为一种USB接口或其它标准的电池充电接口，所述充电端口112可以直接插入外部电源（例如电脑USB接口或者低压稳压器等）上对所述微型电池110进行充电。
本实用新型所述无创采集血糖数据的腕表通过设置计时器，可自动在固定时刻采集用户的人体血糖浓度，能够方便地无创采集用户的人体血糖浓度，提易用性和便携性，提高用户体验。
以上仅为本实用新型的优选实施例，并非因此限制本实用新型的专利范围，凡是利用本实用新型说明书及附图内容所作的等效结构或等效流程变换，或直接或间接运用在其他相关的技术领域，均同理包括在本实用新型的专利保护范围内。
本实用新型所述无创采集血糖数据的腕表通过设置计时器，可自动在固定时刻采集用户的人体血糖浓度，能够方便地无创采集用户的人体血糖浓度，提易用性和便携性，提高用户体验。
Claims (7)
- 一种无创采集血糖数据的腕表，包括表盘本体、表带、按键，所述表带安装在表盘本体的两侧，其特征在于，所述无创采集血糖数据的腕表还包括通过线路连接的红外光发射模块、红外光接收模块、信号转换模块、通讯模块、计时器、显示屏、微控制器和电源模块；所述红外光发射模块、信号转换模块、通讯模块、计时器、微控制器和电源模块设置于所述表盘本体内，所述红外光接收模块设置于所述表带中，所述显示屏设置于所述表盘本体的上表面，所述按键设置于所述表盘本体的外侧，所述按键通过线路与所述计时器连接，其中：微控制器，用于在计时器触发时启动红外光发射模块；红外光发射模块，用于发射预设波长的红外光；红外光接收模块，用于接收一定波长范围的红外光信号，并且将接收的红外光信号转换成模拟电信号；信号转换模块，用于将所述红外光接收模块发送的所述模拟电信号转换成血糖数据数字信号；通讯模块，用于通过网络与血糖数据分析装置连接，并将所述血糖数据数字信号传输给血糖数据分析装置；显示屏，用于显示计时器的时间。
- 如权利要求1所述的无创采集血糖数据的腕表，其特征在于，所述红外光接收模块内嵌于所述一侧表带的端部。
- 如权利要求1所述的无创采集血糖数据的腕表，其特征在于，所述表带采用防水材质。
- 如权利要求1所述的无创采集血糖数据的腕表，其特征在于，所述表盘本体与所述表带为一体结构。
- 如权利要求1-4任一项所述的无创采集血糖数据的腕表，其特征在于，所述无创采集血糖数据的腕表还包括开关键，所述开关键设置在所述表盘本体的右侧上部，用于控制所述无创采集血糖数据的腕表的开启或关闭。
- 如权利要求5所述的无创采集血糖数据的腕表，其特征在于，所述电源模块可以是微型电池，所述微型电池为可充电的锂电池或纽扣电池。
- 如权利要求6所述的无创采集血糖数据的腕表，其特征在于，所述微型电池连接有充电端口，所述充电端口设置在所述表盘本体的前侧外部或后侧外部，用于接插外部电源对所述微型电池进行充电。
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| CN205568958U (zh) * | 2015-12-25 | 2016-09-14 | 舒糖讯息科技（深圳）有限公司 | 一种基于手腕检测的无创血糖仪 |
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| CN1871783A (zh) * | 2003-10-24 | 2006-11-29 | Kj健康护理株式会社 | 与能够测量血糖浓度的移动通信终端配合使用的胰岛素注射器以及用于向其发送控制信息的网络系统 |
| JP2009011753A (ja) * | 2007-07-09 | 2009-01-22 | Rarugo:Kk | 血糖値測定装置 |
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