WO2021092966A1 - 一种基于表带式电子医疗手表的血糖远程监测系统 - Google Patents
一种基于表带式电子医疗手表的血糖远程监测系统 Download PDFInfo
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- WO2021092966A1 WO2021092966A1 PCT/CN2019/119025 CN2019119025W WO2021092966A1 WO 2021092966 A1 WO2021092966 A1 WO 2021092966A1 CN 2019119025 W CN2019119025 W CN 2019119025W WO 2021092966 A1 WO2021092966 A1 WO 2021092966A1
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- blood glucose
- sensor
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- fastening
- strap
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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
- A61B5/15—Devices for taking samples of blood
- A61B5/151—Devices specially adapted for taking samples of capillary blood, e.g. by lancets, needles or blades
Definitions
- the invention relates to the technical field of blood glucose monitoring medical equipment, in particular to a blood glucose remote monitoring system based on a strap type electronic medical watch.
- Blood glucose monitoring is the regular check of blood glucose level.
- the implementation of blood glucose monitoring can better control the blood glucose changes of diabetic patients. It has important guiding significance for life patterns, activities, exercise, diet and rational use of drugs, and can help patients find problems at any time and seek medical treatment in time.
- Existing blood glucose testing devices include household blood glucose meters and blood glucose testing equipment used in hospitals. Household blood glucose meters are portable and simple to use, but have poor accuracy. The blood glucose testing equipment used in hospitals has a cumbersome process and can only be used in hospitals. It is inconvenient to move, and it takes time and effort for patients to go to the hospital to check blood sugar.
- the blood glucose detection method that can detect in real time and wirelessly transmit blood glucose data can help blood glucose patients, their family members, and doctors to better understand the patient's blood glucose situation, so that abnormalities can be detected in time, so that blood glucose patients whether they are in hospital or When not in hospital, doctors and family members can observe their health status in real time.
- the present invention mainly provides a blood glucose remote monitoring system based on a strap type electronic medical watch to solve the technical problems proposed in the background art.
- a blood glucose remote monitoring system based on a strap-type electronic medical watch includes a blood glucose analysis record storage wireless transmission device and a micro-implanted blood glucose detection sensor.
- the blood glucose analysis record storage wireless transmission device includes a display screen and a voice speaker.
- Device, alarm light, power inlet and wireless signal transceiving device, the display screen is located on the upper end of the blood glucose analysis record storage wireless transmission equipment, and the voice external device is located at the front end of the blood glucose analysis record storage wireless transmission equipment , And the warning light is located on one side of the voice loudspeaker device, and the power inlet is located on the right side of the blood glucose analysis record storage wireless transmission device and extends to the inside of the blood glucose analysis record storage wireless transmission device,
- the wireless signal transceiving device is located on one side of the power inlet, the outer periphery of the micro-implanted blood glucose detection sensor is sheathed with an auxiliary sensor fastening device, and both sides of the auxiliary sensor fastening device are symmetrically arranged A fast
- the upper end of the micro-implanted blood glucose detection sensor is provided with a sterile needle protection cover
- the lower end of the sterile needle protection cover is provided with a sensor collection end device
- the lower end of the sensor collection end device is provided with a sensor chip System detection center
- the micro-implanted blood glucose detection sensor is matched with a detachable pin.
- the two fastening belts are respectively provided with burr buckles at both ends away from the two fastening belt connecting components, and the two burr buckles and the two buckles on the two fastening belts are respectively provided.
- the middle section of the fastening belt connection assembly is provided with vents one by one.
- the upper end of the sensor collecting end device is provided with a micro needle
- the outer wall of the sensor collecting end device is provided with a spring buckle
- one side of the spring buckle is along the outer periphery of the sensor collecting end device.
- a ring-shaped bump is arranged horizontally surrounding and extending to the other side of the spring buckle.
- a detection data center device is arranged inside the sensor chip system detection center, and a micro power supply device and a time setter are arranged between the outer wall of the detection data center device and the inner wall of the sensor chip system detection center.
- a real-time positioning device, and the upper end of the detection center of the sensor chip system is provided with a blood separation device, and the top end of the blood separation device is connected with the bottom of the micro needle.
- the outer wall of the auxiliary sensor fastening device is provided with a piercing hole, the piercing hole penetrates the housing of the auxiliary sensor fastening device and extends to the inside, and the inner wall of the auxiliary sensor fastening device It is connected with the outer wall of the detection center of the sensor chip system, and the connection mode is that the contact is not fixed.
- a positioning hole is provided on the outer wall of the detection data center device, and the positioning hole is consistent with the hole position of the pin hole.
- the blood separating device (24e) and the micro-needle (23a) are detachable.
- a signal transmission and storage system of a blood glucose remote monitoring system based on a strap type electronic medical watch is as follows:
- the micro-implanted blood glucose detection sensor sends data through a wireless connection
- the blood glucose analysis record storage wireless transmission device receives the data sent by the micro-implanted blood glucose detection sensor, analyzes and stores it, and uploads it to the cloud data center via a wireless network;
- the cloud data center receives the data sent by the blood glucose analysis record storage wireless transmission device for cloud storage, and simultaneously uses GPRS wireless transmission and optical fiber communication transmission to send to the mobile phone terminal and the computer terminal respectively.
- the present invention uses a portable sensor device to accurately collect the glucose content in the blood using a micro-implantation method, which basically realizes no pain, and is set by a time setter, which can set the collection time period reasonably, and then The collected data is sent to the analysis equipment in a wireless transmission mode for precise digital analysis and graph analysis, which is convenient for observation. After each analysis, the data is stored for comparison. The analyzed data will also be transmitted by the analysis equipment wirelessly.
- the network is sent to the cloud data center for storage, and then sent from the cloud data center to the computer or mobile phone through wired or wireless means, which is convenient for doctors and patient families to conduct real-time examinations and understanding, and there is no need to go to the hospital every time for examinations. ,save time and energy;
- the patient’s location outside can be understood, so that when the patient suddenly faints or is in poor physical condition, he can be found in time and sent to the hospital for treatment, even if the patient is hospitalized. It can also know in real time whether the patient is in the ward, and after the abnormal blood sugar condition is detected, the medical staff can arrive for treatment and treatment in the fastest time;
- the portable sensor device of the present invention can also be disassembled, the needle micro-implanted in the patient's body and the blood collection device can be replaced, and the entire portable sensor device can be sterilized and continue to be used by the patient, reducing the production materials Waste.
- the signal transmission of the present invention passes through the cloud data center to save data in the cloud, which can prevent the analysis equipment from being damaged or lost, and the patient's blood glucose data can be retrieved from the cloud data center, which is very convenient and worry-free.
- Figure 1 is a physical flow chart of the present invention
- Figure 2 is a flow chart of the text box of the present invention.
- FIG. 3 is a schematic diagram of the structure of the wireless transmission device for blood glucose analysis record storage according to the present invention.
- FIG. 4 is a schematic diagram of the structure of the auxiliary sensor fastening device of the present invention.
- FIG. 5 is a schematic diagram of the structure of the micro-implanted blood glucose detection sensor of the present invention.
- Fig. 6 is an enlarged view of area A in Fig. 4;
- Fig. 7 is a schematic diagram of the structure of the detachable pin part of the present invention.
- a blood glucose remote monitoring system based on a strap-type electronic medical watch, including a blood glucose analysis record storage wireless transmission device 1 and a micro-implanted blood glucose detection sensor 2.
- the blood glucose analysis record storage wireless transmission device 1 includes a display screen 1a, a voice speaker 1b, an alarm light 1c, a power inlet 1d, and a wireless signal transceiver device 11.
- the display screen 1a is located in the blood glucose analysis record storage wireless transmission device On the upper end surface of 1, the voice output device 1b is located at the front end of the blood glucose analysis record storage wireless transmission device 1, and the warning light 1c is located on one side of the voice output device 1b, and the power inlet 1d Located on the right side of the blood glucose analysis record storage wireless transmission device 1 and extends to the inside of the blood glucose analysis record storage wireless transmission device 1, the wireless signal transceiving device 11 is located on the side of the power inlet 1d, the The outer periphery of the micro-implanted blood glucose detection sensor 2 is sheathed with an auxiliary sensor fastening device 21, two sides of the auxiliary sensor fastening device 21 are symmetrically provided with fastening band connection components 21a, and the two fastening bands are connected One end of the component 21a away from the micro-implanted blood glucose detection sensor 2 is respectively connected with a fastening band 21b, and both ends of the two fastening bands 21b away from the two fastening band connecting components
- the buckles 21b-1, and the two burr buckles 21b-1 on the two fastening straps 21b and the middle sections of the two fastening strap connecting components 21a are provided with ventilation holes 21b-2 one by one.
- the cooperation of the blood glucose analysis record storage wireless transmission device 1 and the micro-implanted blood glucose detection sensor 2 realizes the real-time transmission of the patient's blood glucose data, which plays the role of monitoring, and then connects the assembly 21a through the fastening strap. It is realized that the micro-implanted blood glucose detection sensor 2 can be comfortably tied to the patient's arm, and it is not easy to fall or take off.
- the blood glucose analysis record is stored on the display screen 1a and the voice external device 1b on the wireless transmission device 1 ,
- the warning light 1c, the power inlet 1d and the wireless signal transceiver 11 can bring more convenient auxiliary conditions for blood glucose observation for doctors and patients.
- the display screen 1a can display the analyzed digital data and graphic data, and the voice external device 1b can Read the digital blood glucose value by voice. When the blood glucose value exceeds or falls below the set normal value, the warning light 1c will light up and sound.
- the power inlet 1d provides power to the device for work, and the wireless signal transceiver 11 can receive
- the wireless signal of the micro-implanted blood glucose detection sensor 2 can also send the blood glucose analysis record and store the data analyzed by the wireless transmission device 1 to the cloud data center.
- the upper end of the micro-implanted blood glucose detection sensor 2 is provided with a sterile needle protection cover 22, and the lower end of the sterile needle protection cover 22 is provided
- the sensor collection terminal device 23 is provided with a micro-needle 23a at the upper end thereof, and a spring buckle 23b is provided on the outer wall of the sensor collection terminal device 23, and one side of the spring buckle 23b is along the
- the outer periphery of the sensor collection end device 23 extends horizontally to the other side of the spring buckle 23b with an annular bump 23c, and the lower end of the sensor collection end device 23 is provided with a sensor chip system detection center 24, so
- the sensor chip system detection center 24 is provided with a detection data center device 24a inside, and between the outer wall of the detection data center device 24a and the inner wall of the sensor chip system detection center 24, a micro power supply device 24b and time setting are provided one by one.
- the upper end of the sensor chip system detection center 24 is provided with a blood separation device 24e, and the top end of the blood separation device 24e is connected to the bottom of the micro needle 23a.
- the micro-needle 23a is protected by the sterile needle protective cover 22, and the time setter 24c and the real-time positioning device 24d are also used to achieve time-based data collection and real-time positioning of the patient. Find the current location of the patient, so that you can rush to it as soon as possible when an emergency occurs.
- the spring buckle 23b of the micro-implanted blood glucose detection sensor 2 and the annular bump 23c can connect the sensor collection terminal device 23 and the sensor chip system detection center 24 Make a good fit to prevent internal moisture and dust pollution.
- the micro-implanted blood glucose detection sensor 2 is equipped with a detachment pin 25, and the auxiliary sensor fastening device 21 is provided with a pin hole 21c on the outer wall,
- the piercing hole 21c penetrates the housing of the auxiliary sensor fastening device 21 and extends to the inside.
- the inner wall of the auxiliary sensor fastening device 21 is connected to the outer wall of the sensor chip system detection center 24, and the connection method is The contact is not fixed, the outer wall of the detection data center device 24a is provided with a positioning hole 24f, and the positioning hole 24f matches the hole position of the pin hole 21c, and the spring buckle 23b is clamped on the Position the inside of the hole of the positioning hole 24f.
- the micro-implanted blood glucose detection sensor 2 can be disassembled by disassembling the pin member 25, the pin hole 21c and the positioning hole 24f, and the dismounting pin member 25 is inserted into the pin hole 21c and the positioning hole 24f.
- the sensor collection terminal device 23 and the sensor chip system detection center 24 can be separated by pressing the spring buckle 23b.
- the blood separating device 24e and the micro-needle 23a are detachable.
- the blood separating device 24e and the micro-needle 23a are both detachable, so that the blood separating device 24e and the micro-needle 23a are in the sensor collection end device 23 and the sensor chip system detection center. 24 can be replaced after separation.
- the micro-implanted blood glucose detection sensor 2 sends data through a wireless connection
- the blood glucose analysis record storage wireless transmission device 1 receives the data sent by the micro-implanted blood glucose detection sensor 2 for analysis and storage, and uploads it to a cloud data center via a wireless network;
- the cloud data center receives the data sent by the blood glucose analysis record storage wireless transmission device 1 for cloud storage, and simultaneously uses GPRS wireless transmission and optical fiber communication transmission to send to the mobile phone terminal and the computer terminal respectively.
- the collected blood glucose data is transmitted to the blood glucose analysis record storage wireless transmission device 1 through the micro-implanted blood glucose detection sensor 2, and after analysis and storage, it is transmitted to the cloud data center for secondary storage.
- the data can be retrieved, and finally sent to the computer or mobile phone through the cloud data center, so that the patient, the doctor, and the patient's family can learn about the blood sugar situation in real time.
- the sterile needle protective cover 22 is disassembled, and then the sensor is assisted by two fastening bands 21b to prevent it from falling, and then the micro needle 23a will puncture Penetrate the subcutaneous tissue and cooperate with the blood separator 24e to collect the glucose content in the blood.
- the time setter 24c will divide the collection into intermittent collection methods, for example, set to collect once every three minutes or once every five minutes, etc., which are detected by the sensor chip system
- the data collection of the center 24 is then sent to the blood glucose analysis record storage wireless transmission device 1 in a wireless connection mode.
- the blood glucose analysis record storage wireless transmission device 1 receives the data through the wireless signal transceiver 11 and makes digital and graphical data analysis results.
- the cloud data center After storage, it is sent to the cloud data center through the wireless signal transceiver 11 again for secondary storage.
- the cloud data center sends the data analysis results to the mobile phone terminal and the computer terminal through two different methods: GPRS wireless transmission and optical fiber communication transmission. And the mobile phone terminal and the computer terminal can also locate the patient according to the real-time positioning device 24d micro-implanted in the blood glucose detection sensor 2;
- the detaching pin 25 can be used to separate the sensor collection end device 23 and the sensor chip system detection center 24, and then take out the blood separation device 24e and the micro needle 23a for replacement , First sterilize the inside and outside of the micro-implanted blood glucose detection sensor 2, and then install the new blood separator 24e and the micro-needle 23a, and wait until the patient continues to use it next time.
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Abstract
一种基于表带式电子医疗手表的血糖远程监测系统，包括血糖分析记录存储无线传输设备（1）和微植入血液葡萄糖检测传感器（2）。微植入血液葡萄糖检测传感器（2）将数据通过无线方式连接到血糖分析记录存储无线传输设备（1）。血糖分析记录存储无线传输设备（1）分析数据后进行存储并通过无线网络连接到云数据中心，云数据中心进行二次数据存储后以无线网络和有限网络两种方式将数据传输到移动手机终端和计算机终端。该监测系统对血糖的检测进行了优化，实时检测患者的健康状况。
Description
本发明涉及了血糖监测的医疗设备技术领域，具体为一种基于表带式电子医疗手表的血糖远程监测系统。
血糖监测，就是对于血糖值的定期检查。实施血糖监测可以更好的掌控糖尿病患者的血糖变化，对生活规律，活动，运动，饮食以及合理用药都具有重要的指导意义，并可以帮助患者随时发现问题，及时到医院就医。
现有的血糖检测有家用血糖仪和医院用的血糖检测设备，家用的血糖仪便携小巧，使用简单，但是精确度较差，医院用的血糖检测设备，过程繁琐，且只能在医院使用，不方便移动，患者去往医院检测血糖耗时耗力。
因此，可以实时检测并且进行无线传输血糖数据的血糖检测方式可以帮助血糖患者本人、患者家属和医生进行更好的了解患者本人的血糖情况，以便及时发现异常，使得血糖患者不管是在住院期间还是在不住院的时候都可以实时被医生和家属观察到身体健康状态。
本发明主要提供了一种基于表带式电子医疗手表的血糖远程监测系统，用以解决上述背景技术中提出的技术问题。
本发明解决上述技术问题采用的技术方案为：
一种基于表带式电子医疗手表的血糖远程监测系统，包括有血糖分析记录存储无线传输设备和微植入血液葡萄糖检测传感器，所述血糖分析记录存储无线传输设备包括有显示屏、语音外放装置、警报灯、电源接入口和无线信号收发装置，所述显示屏位于所述血糖分析记录存储无线传输设备的上端面，所述语音外放装置位于所述血糖分析记录存储无线传输设备的前端，且所述警报灯位于所述语音外放装置的一侧，所述电源接入口位于所述血糖分析记录存储无线传输设备的右侧且延伸至所述血糖分析记录存储无线传输设备的内部，所述无线信号收发装置位于所述电源接入口的一侧，所述微植入血液葡萄糖检测传感器的外周边环套有辅助传感器紧固装置，所述辅助传感器紧固装置的两侧对称设有紧固带连接组件，两个所述紧固带连接组件远离所述微植入血液葡萄糖检测传感器的一端分别连接有紧固带。
进一步的，所述微植入血液葡萄糖检测传感器的上端设有无菌针头防护盖，所述无菌针头防护盖的下端设有传感器采集端装置，所述传感器采集端装置的下端设有传感器芯片系统检测中心，且所述微植入血液葡萄糖检测传感器配套设有拆卸插针件。
进一步的，两个所述紧固带远离两个所述紧固带连接组件的两端分别设置有毛刺搭扣，且两个所述紧固带上两个所述毛刺搭扣与两个所述紧固带连接组件的中间段逐一设有透气孔。
进一步的，所述传感器采集端装置的上端设置有微型针头，且所述传感器采集端装置的外壁上设置有弹簧卡扣，所述弹簧卡扣的一侧沿所述传感器采集端装置的外周边呈水平环绕延伸至所述弹簧卡扣的另一侧设置有环形凸块。
进一步的，所述传感器芯片系统检测中心的内部设置有检测数据中心装置,所述检测数据中心装置的外壁与所述传感器芯片系统检测中心的内壁之间逐一设置有微型电源装置、时间设定器和实时定位装置，且所述传感器芯片系统检测中心的上端设置有血液分隔装置，所述血液分隔装置的顶端与所述微型针头的底部相连接。
进一步的，所述辅助传感器紧固装置的外壁上设置有穿针孔，所述穿针孔穿透所述辅助传感器紧固装置的壳体延伸至内部，且所述辅助传感器紧固装置的内壁与所述传感器芯片系统检测中心的外壁相连接，连接方式为接触不固定。
进一步的，所述检测数据中心装置的外壁上设有定位孔，且所述定位孔与所述穿针孔的孔洞位置相吻合。
进一步的，所述弹簧卡扣卡设在所述定位孔（24f）的孔洞口内。
进一步的，所述血液分隔装置（24e）和所述微型针头（23a）为可拆卸。
进一步的，一种基于表带式电子医疗手表的血糖远程监测系统的信号传输和存储系统，其信号传输和存储系统的具体流程为：
S1.所述微植入血液葡萄糖检测传感器通过无线连接发送数据；
S2.所述血糖分析记录存储无线传输设备接收所述微植入血液葡萄糖检测传感器发送的数据进行分析和存储后并通过无线网络上传至云数据中心；
S3.云数据中心接收所述血糖分析记录存储无线传输设备发送的数据进行云端存储后，并同时使用GPRS无线传输和光纤通信传输分别发送至移动手机终端和计算机终端。
与现有的技术相比，本发明的有益效果为：
其一，本发明通过便携式的传感器设备利用微植入方式对血液内的葡萄糖含量进行精确的采集，基本实现无痛感，并且经过时间设定器进行设定，可合理的设置采集时间段，再将采集的数据以无线传输方式发送到分析设备进行精确的数字化分析和形成图谱分析，便于观察，之后将每次分析后数据进行存储，以便形成对比，分析后的数据还将被分析设备通过无线网络发送到云数据中心进行存储，再由云数据中心通过有线或无线方式发送到计算机或手机上，方便医生的患者家属进行实时检查和了解，不需要每次都要跑去医院才可以进行检查，省时省力；
其二，通过便携式的传感器设备内设置的定位装置，对患者在外的位置有所了解，方便在患者突然晕倒或者身体状况不佳时，及时被发现并送往医院进行治疗，即使患者在住院时，也可以实时知道患者在不在病房内，血糖的不正常情况被检测到后，医护人员可以最快的时间内赶到进行处理和救治；
其三，本发明的便携式传感器设备还可以进行拆卸，将微植入在患者体内的针头和采集血液的装置进行更换，并将便携式传感器设备的整体进行消毒后继续给患者使用，减少了制作材料的浪费。
其四，本发明的信号传输经过云数据中心进行云端保存数据，可防止分析设备在损坏或者丢失后，还可以从云数据中心找回患者的血糖数据，非常的便利和省心。
以下将结合附图与具体的实施例对本发明进行详细的解释说明。
图1为本发明的实物流程图；
图2为本发明的文字框流程图；
图3为本发明的血糖分析记录存储无线传输设备结构示意图；
图4为本发明的辅助传感器紧固装置结构示意图；
图5为本发明的微植入血液葡萄糖检测传感器结构示意图；
图6为图4的A区放大图；
图7为本发明的拆卸插针件结构示意图。
附图标记：1-血糖分析记录存储无线传输设备、1a-显示屏、1b-语音外放装置、1c-警报灯、1d-电源接入口、11-无线信号收发装置、2-微植入血液葡萄糖检测传感器、21-辅助传感器紧固装置、21a-紧固带连接组件、21b-紧固带、21b-1-毛刺搭扣、21b-2-透气孔、21c-穿针孔、22-无菌针头防护盖、23-传感器采集端装置、23a-微型针头、23b-弹簧卡扣、23c-环形凸块、24-传感器芯片系统检测中心、24a-检测数据中心装置、24b-微型电源装置、24c-时间设定器、24d-实时定位装置、24e-血液分隔装置、24f-定位孔、25-拆卸插针件。
为了便于理解本发明，下面将参照相关附图对本发明进行更加全面的描述，附图中给出了本发明的若干实施例，但是本发明可以通过不同的形式来实现，并不限于文本所描述的实施例，相反的，提供这些实施例是为了使对本发明公开的内容更加透彻全面。
需要说明的是，当元件被称为“固设于”另一个元件，它可以直接在另一个元件上也可以存在居中的元件，当一个元件被认为是“连接”另一个元件，它可以是直接连接到另一个元件或者可能同时存在居中元件，本文所使用的术语“垂直的”、“水平的”、“左”、“右”以及类似的表述只是为了说明的目的。
除非另有定义，本文所使用的所有的技术和科学术语与属于本发明的技术领域的技术人员通常连接的含义相同，本文中在本发明的说明书中所使用的术语知识为了描述具体的实施例的目的，不是旨在于限制本发明，本文所使用的术语“及／或”包括一个或多个相关的所列项目的任意的和所有的组合。
请着重参照附图3和附图4所示，一种基于表带式电子医疗手表的血糖远程监测系统，包括有血糖分析记录存储无线传输设备1和微植入血液葡萄糖检测传感器2，所述血糖分析记录存储无线传输设备1包括有显示屏1a、语音外放装置1b、警报灯1c、电源接入口1d和无线信号收发装置11，所述显示屏1a位于所述血糖分析记录存储无线传输设备1的上端面，所述语音外放装置1b位于所述血糖分析记录存储无线传输设备1的前端，且所述警报灯1c位于所述语音外放装置1b的一侧，所述电源接入口1d位于所述血糖分析记录存储无线传输设备1的右侧且延伸至所述血糖分析记录存储无线传输设备1的内部，所述无线信号收发装置11位于所述电源接入口1d的一侧，所述微植入血液葡萄糖检测传感器2的外周边环套有辅助传感器紧固装置21，所述辅助传感器紧固装置21的两侧对称设有紧固带连接组件21a，两个所述紧固带连接组件21a远离所述微植入血液葡萄糖检测传感器2的一端分别连接有紧固带21b，两个所述紧固带21b远离两个所述紧固带连接组件21a的两端分别设置有毛刺搭扣21b-1，且两个所述紧固带21b上两个所述毛刺搭扣21b-1与两个所述紧固带连接组件21a的中间段逐一设有透气孔21b-2。在本实施例中，通过血糖分析记录存储无线传输设备1和微植入血液葡萄糖检测传感器2的配合，实现了患者血糖数据的实时传输，起到了监测的作用，再通过紧固带连接组件21a实现了将微植入血液葡萄糖检测传感器2可以舒适的绑在患者的手臂上，并且不轻易的掉落或者脱开，血糖分析记录存储无线传输设备1上的显示屏1a、语音外放装置1b、警报灯1c、电源接入口1d和无线信号收发装置11可以为医生和患者带来更加便利的血糖观察辅助条件，显示屏1a可以显示分析后的数字化数据和图形数据，语音外放装置1b可以语音读取数字化的血糖数值，警报灯1c在血糖数值超过或者低于设定好的正常值时，就会亮灯并鸣叫，电源接入口1d给予装置进行工作供电，无线信号收发装置11可接收微植入血液葡萄糖检测传感器2的无线信号也可以发送血糖分析记录存储无线传输设备1分析后的数据到云数据中心。
请着重参照附图5、附图6和附图7所示，所述微植入血液葡萄糖检测传感器2的上端设有无菌针头防护盖22，所述无菌针头防护盖22的下端设有传感器采集端装置23，所述传感器采集端装置23的上端设置有微型针头23a，且所述传感器采集端装置23的外壁上设置有弹簧卡扣23b，所述弹簧卡扣23b的一侧沿所述传感器采集端装置23的外周边呈水平环绕延伸至所述弹簧卡扣23b的另一侧设置有环形凸块23c，所述传感器采集端装置23的下端设有传感器芯片系统检测中心24，所述传感器芯片系统检测中心24的内部设置有检测数据中心装置24a,所述检测数据中心装置24a的外壁与所述传感器芯片系统检测中心24的内壁之间逐一设置有微型电源装置24b、时间设定器24c和实时定位装置24d，且所述传感器芯片系统检测中心24的上端设置有血液分隔装置24e，所述血液分隔装置24e的顶端与所述微型针头23a的底部相连接。在本实施例中，通过无菌针头防护盖22对微型针头23a起到了保护作用，还通过时间设定器24c和实时定位装置24d，实现了分时段的采集数据和对患者的实时定位，可以发现患者当前所处的位置，方便紧急情况发生时可以尽快赶往，微植入血液葡萄糖检测传感器2的弹簧卡扣23b配合环形凸块23c可以将传感器采集端装置23和传感器芯片系统检测中心24进行很好的契合，防止内部受潮和灰尘污染等。
请着重参照附图4和附图5所示，所述微植入血液葡萄糖检测传感器2配套设有拆卸插针件25，所述辅助传感器紧固装置21的外壁上设置有穿针孔21c，所述穿针孔21c穿透所述辅助传感器紧固装置21的壳体延伸至内部，所述辅助传感器紧固装置21的内壁与所述传感器芯片系统检测中心24的外壁相连接，连接方式为接触不固定，所述检测数据中心装置24a的外壁上设有定位孔24f，且所述定位孔24f与所述穿针孔21c的孔洞位置相吻合，所述弹簧卡扣23b卡设在所述定位孔24f的孔洞口内。在本实施例中，通过拆卸插针件25、穿针孔21c和定位孔24f，可实现微植入血液葡萄糖检测传感器2的拆卸，将拆卸插针件25插入穿针孔21c和定位孔24f按动弹簧卡扣23b即可将传感器采集端装置23和传感器芯片系统检测中心24进行分离。
请着重参照附图5所示，所述血液分隔装置24e和所述微型针头23a为可拆卸。在本实施例中，通过所述血液分隔装置24e和所述微型针头23a都为可拆卸的方式，实现了血液分隔装置24e和所述微型针头23a在传感器采集端装置23和传感器芯片系统检测中心24进行分离后可以被更换掉。
请着重参照附图1和附图2所示，一种基于表带式电子医疗手表的血糖远程监测系统的信号传输和存储系统，其信号传输和存储系统的具体流程为：
S1.所述微植入血液葡萄糖检测传感器2通过无线连接发送数据；
S2.所述血糖分析记录存储无线传输设备1接收所述微植入血液葡萄糖检测传感器2发送的数据进行分析和存储后并通过无线网络上传至云数据中心；
S3.云数据中心接收所述血糖分析记录存储无线传输设备1发送的数据进行云端存储后，并同时使用GPRS无线传输和光纤通信传输分别发送至移动手机终端和计算机终端。在本实施例中，通过微植入血液葡萄糖检测传感器2将采集的血液葡萄糖数据传输给血糖分析记录存储无线传输设备1，经过分析和存储后，又传输到云数据中心进行二次存储，实现了血糖分析记录存储无线传输设备1万一丢失，还可以找回数据，最后通过云数据中心发送给计算机或者手机，实现了患者本人、医生和患者家属都可以实时了解到血糖的情况。
本发明的具体工作过程如下：
当患者使用本发明的微植入血液葡萄糖检测传感器2时，拆开无菌针头防护盖22，然后利用两个紧固带21b将传感器进行辅助紧固，防止掉落，然后微型针头23a会刺穿皮下组织配合血液分隔装置24e进行采集其血液内的葡萄糖含量，时间设定器24c会将采集分为间断采集方式，例如设置成三分钟采集一次或者五分钟采集一次等，经过传感器芯片系统检测中心24的数据收集然后以无线连接方式发送至血糖分析记录存储无线传输设备1上，血糖分析记录存储无线传输设备1通过无线信号收发装置11接收数据并做出数字化和图形的数据分析结果，进行存储后，再次通过无线信号收发装置11发送至云数据中心进行二次存储，云数据中心将数据分析结果通过GPRS无线传输和光纤通信传输两种不同的方式分别发送至移动手机终端和计算机终端，并且移动手机终端和计算机终端还可以根据微植入血液葡萄糖检测传感器2内的实时定位装置24d对患者进行定位；
当患者需要摘下微植入血液葡萄糖检测传感器2时，可以利用拆卸插针件25将传感器采集端装置23和传感器芯片系统检测中心24进行分离，然后取出血液分隔装置24e和微型针头23a进行更换，先将微植入血液葡萄糖检测传感器2的内部和外部进行灭菌消毒，再将新的血液分隔装置24e和微型针头23a装上，等到患者下次继续使用即可。
上述结合附图对本发明进行了示例性描述，显然本发明具体实现并不受上述方式的限制，只要采用了本发明的方法构思和技术方案进行的这种非实质改进，或未经改进将发明的构思和技术方案直接应用于其他场合的，均在本发明的保护范围之内。
Claims (10)
- 一种基于表带式电子医疗手表的血糖远程监测系统，包括有血糖分析记录存储无线传输设备（1）和微植入血液葡萄糖检测传感器（2），其特征在于：所述血糖分析记录存储无线传输设备（1）包括有显示屏（1a）、语音外放装置（1b）、警报灯（1c）、电源接入口（1d）和无线信号收发装置（11），所述显示屏（1a）位于所述血糖分析记录存储无线传输设备（1）的上端面；所述语音外放装置（1b）位于所述血糖分析记录存储无线传输设备（1）的前端，且所述警报灯（1c）位于所述语音外放装置（1b）的一侧；所述电源接入口（1d）位于所述血糖分析记录存储无线传输设备（1）的右侧且延伸至所述血糖分析记录存储无线传输设备（1）的内部，所述无线信号收发装置（11）位于所述电源接入口（1d）的一侧；所述微植入血液葡萄糖检测传感器（2）的外周边环套有辅助传感器紧固装置（21），所述辅助传感器紧固装置（21）的两侧对称设有紧固带连接组件（21a），两个所述紧固带连接组件（21a）远离所述微植入血液葡萄糖检测传感器（2）的一端分别连接有紧固带（21b）。
- 根据权利要求书1所述的一种基于表带式电子医疗手表的血糖远程监测系统，其特征在于:所述微植入血液葡萄糖检测传感器（2）的上端设有无菌针头防护盖（22），所述无菌针头防护盖（22）的下端设有传感器采集端装置（23），所述传感器采集端装置（23）的下端设有传感器芯片系统检测中心（24），且所述微植入血液葡萄糖检测传感器（2）配套设有拆卸插针件（25）。
- 根据权利要求书1所述的一种基于表带式电子医疗手表的血糖远程监测系统，其特征在于:两个所述紧固带（21b）远离两个所述紧固带连接组件（21a）的两端分别设置有毛刺搭扣（21b-1），且两个所述紧固带（21b）上两个所述毛刺搭扣（21b-1）与两个所述紧固带连接组件（21a）的中间段逐一设有透气孔（21b-2）。
- 根据权利要求书1所述的一种基于表带式电子医疗手表的血糖远程监测系统，其特征在于:所述传感器采集端装置（23）的上端设置有微型针头（23a），且所述传感器采集端装置（23）的外壁上设置有弹簧卡扣（23b），所述弹簧卡扣（23b）的一侧沿所述传感器采集端装置（23）的外周边呈水平环绕延伸至所述弹簧卡扣（23b）的另一侧设置有环形凸块（23c）。
- 根据权利要求书1所述的一种基于表带式电子医疗手表的血糖远程监测系统，其特征在于:所述传感器芯片系统检测中心（24）的内部设置有检测数据中心装置（24a）,所述检测数据中心装置（24a）的外壁与所述传感器芯片系统检测中心（24）的内壁之间逐一设置有微型电源装置（24b）、时间设定器（24c）和实时定位装置（24d），且所述传感器芯片系统检测中心（24）的上端设置有血液分隔装置（24e），所述血液分隔装置（24e）的顶端与所述微型针头（23a）的底部相连接。
- 根据权利要求书1所述的一种基于表带式电子医疗手表的血糖远程监测系统，其特征在于:所述辅助传感器紧固装置（21）的外壁上设置有穿针孔（21c），所述穿针孔（21c）穿透所述辅助传感器紧固装置（21）的壳体延伸至内部，且所述辅助传感器紧固装置（21）的内壁与所述传感器芯片系统检测中心（24）的外壁相连接，连接方式为接触不固定。
- 根据权利要求书5所述的一种基于表带式电子医疗手表的血糖远程监测系统，其特征在于:所述检测数据中心装置（24a）的外壁上设有定位孔（24f），且所述定位孔（24f）与所述穿针孔（21c）的孔洞位置相吻合。
- 根据权利要求书4所述的一种基于表带式电子医疗手表的血糖远程监测系统，其特征在于:所述弹簧卡扣（23b）卡设在所述定位孔（24f）的孔洞口内。
- 根据权利要求书5所述的一种基于表带式电子医疗手表的血糖远程监测系统，其特征在于:所述血液分隔装置（24e）和所述微型针头（23a）为可拆卸。
- 在一种基于表带式电子医疗手表的血糖远程监测系统，其信号传输和存储系统的具体流程为：S1.所述微植入血液葡萄糖检测传感器（2）通过无线连接发送数据；S2.所述血糖分析记录存储无线传输设备（1）接收所述微植入血液葡萄糖检测传感器（2）发送的数据进行分析和存储后并通过无线网络上传至云数据中心；S3.云数据中心接收所述血糖分析记录存储无线传输设备（1）发送的数据进行云端存储后，并同时使用GPRS无线传输和光纤通信传输分别发送至移动手机终端和计算机终端。
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