技术领域technical field
本发明涉及配智能医疗技术领域，具体涉及一种基于云数据的个人健康数据管理方法及系统。The invention relates to the technical field of intelligent medical treatment, in particular to a personal health data management method and system based on cloud data.
背景技术Background technique
现有技术中，如医院里护士每天将住院病人的血压、体温、脉搏、血糖等一系列生理指标，用曲线描述出来，供医生参考；在市售的多钟血压计、血糖仪等的仪器中，也有设置成将每天的测量值，连成连续曲线的APP。其存在显著问题包括：In the prior art, for example, nurses in a hospital describe a series of physiological indicators such as blood pressure, body temperature, pulse, and blood sugar of inpatients with curves every day for reference by doctors; Among them, there is also an APP that is set to connect the daily measured values into a continuous curve. Notable problems include:
(1)在医院的病人出院后就无法继续进行生理曲线描述；(1) It is impossible to continue to describe the physiological curve after the patient in the hospital is discharged;
(2)市售的仪器各自独立，无法将多种生理數据进行存放；(2) The commercially available instruments are independent and cannot store various physiological data;
(3)当事人的自觉症状等多种不适，无法进行及时有效记录。(3) Various discomforts such as the subjective symptoms of the parties cannot be recorded in a timely and effective manner.
发明内容Contents of the invention
为解决上述现有技术的中的不足，本发明的目的在于克服现有不足，提供一种基于云数据的个人健康数据管理方法及系统，便于医务人员对于病患的及时排查，监督病人的身体情况，同时也便于病患人员的身体健康情况记录。In order to solve the above-mentioned deficiencies in the prior art, the purpose of the present invention is to overcome the existing deficiencies, and provide a personal health data management method and system based on cloud data, which is convenient for medical staff to timely check patients and monitor the patient's health. At the same time, it is also convenient to record the physical health of patients.
本发明公开了一种基于云数据的个人健康数据管理方法，包括如下步骤：The invention discloses a personal health data management method based on cloud data, which includes the following steps:
新增个人健康医疗数据，且将所述数据上传至第一服务器；Adding personal health and medical data, and uploading the data to the first server;
基于第一服务器存储的个人健康医疗数据，构建个人健康数据库，基于构建的个人健康数据库生成限制访问索引号；Construct a personal health database based on the personal health medical data stored in the first server, and generate a restricted access index number based on the constructed personal health database;
基于构建的个人健康数据库，进行病情症状的判断，若所述个人健康数据库出现异常指标数据，基于索引号个人信息进行病患信息告警。Based on the constructed personal health database, the judgment of disease symptoms is carried out, and if abnormal index data appears in the personal health database, a patient information alarm is issued based on the personal information of the index number.
作为上述方案的进一步优化，还包括：As a further optimization of the above scheme, it also includes:
新增病历数据，且将所述病历数据上传至第二服务器。Add new medical record data, and upload the medical record data to the second server.
作为上述方案的进一步优化，所述个人健康医疗数据包括主观录入数据以及被动采集数据：As a further optimization of the above scheme, the personal health and medical data includes subjectively entered data and passively collected data:
被动采集数据，基于现代医学的仪器，针对用户进行仪器测量产生的数据；Passively collect data, based on modern medical instruments, the data generated by instrument measurement for users;
主观录入数据，基于传统医学的描述，通过主观描述身体出现的症状并进行症状录入产生的数据。Subjective input data, based on the description of traditional medicine, is the data generated by subjectively describing the symptoms of the body and recording the symptoms.
作为上述方案的进一步优化，所述个人健康数据库基于录入的新增个人健康医疗数据，提取医疗数据包含的生理、生化指标数据以及症状描述，且基于提取的指标数据和症状描述数据绘制统计图。As a further optimization of the above scheme, the personal health database extracts physiological and biochemical index data and symptom descriptions contained in the medical data based on the newly entered personal health medical data, and draws statistical graphs based on the extracted index data and symptom description data.
作为上述方案的进一步优化，所述统计图包括折线统计图和柱状统计图：As a further optimization of the above scheme, the statistical chart includes a line chart and a column chart:
所述折线统计图基于生理、生化指标数据，针对任意一项指标数据设置横轴为录入时间t，纵轴为指标数据值大小h，且设置指标数据的最大有效值h1与最小有效值h2，标记单次录入的指标数据的时间和数据值大小，连接所有标记录入的指标数据位置；The broken-line statistical chart is based on physiological and biochemical index data. For any index data, the horizontal axis is set as the entry time t, the vertical axis is the index data value size h, and the maximum effective valueh1 and the minimum effective value h of the index data are set.2. Mark the time and data value of the index data entered once, and connect all the index data positions entered by the mark;
所述柱状统计图基于症状描述，设置横轴为时间t，纵轴为任意症状的强度表述值，任意柱形的底部宽度为持续时间T。The histogram is based on the symptom description, the horizontal axis is time t, the vertical axis is the intensity expression value of any symptom, and the bottom width of any column is the duration T.
作为上述方案的进一步优化，所述统计图的录入方式包括如下步骤：As a further optimization of the above scheme, the input method of the statistical graph includes the following steps:
针对人体构造特征划分功能区域；Divide functional areas according to the structural characteristics of the human body;
设置功能区域为单元体，针对每个单元体包含的器官进行标记；Set the functional area as a unit body, and mark the organs contained in each unit body;
基于标记的任意器官进行症状列举，且针对症状列举的类别以分别进行属性标记。Symptoms are listed based on any marked organ, and attributes are marked for the categories listed in the symptoms.
作为上述方案的进一步优化，基于新增个人健康医疗数据进行病情巡检，具体步骤包括如下：As a further optimization of the above scheme, based on the newly added personal health and medical data to carry out disease inspections, the specific steps include the following:
访问第一服务器，获取个人健康数据库的新增个人健康数据，按照新增数据时间为基准进行统计图的数据更新；Access the first server to obtain the newly added personal health data of the personal health database, and update the data of the statistical graph based on the time of the newly added data;
基于个人健康数据库的生理、生化指标数据绘制的折线统计图进行巡检；Based on the physiological and biochemical index data of the personal health database, the line statistical chart is drawn for inspection;
若检测的未进行标记的新增个人健康数据的数值在预设置的有效范围内，即该项指标正常，标记新增个人健康数据，进行下一项指标巡检；If the value of the newly added personal health data that has not been marked is within the preset effective range, that is, the indicator is normal, the newly added personal health data will be marked, and the next indicator inspection will be carried out;
若检测的未进行标记的新增个人健康数据的数值不在预设置的有效范围内，即该项指标异常，存储当前异常指标的异常数值及异常图像至第二服务器；If the detected value of the newly added personal health data that has not been marked is not within the preset valid range, that is, the indicator is abnormal, and the abnormal value and abnormal image of the current abnormal indicator are stored to the second server;
重复上述操作，直至进行所有的未进行标记的新增个人健康数据的巡检，结束个人健康数据巡检，跳转至第二服务器；Repeat the above operations until all unmarked new personal health data inspections are performed, the personal health data inspection ends, and jump to the second server;
获取第二服务器的病历数据，基于个人健康数据巡检的异常数值及异常图像，通过病理逻辑与病历记录数据进行综合数据统计分析，记录匹配的相似病例数据，且根据个人健康数据库的限制访问索引号进行目标人员的信息获取，发出病情症状告警。Obtain the medical record data of the second server, based on the abnormal values and abnormal images of the personal health data inspection, conduct comprehensive data statistical analysis through pathological logic and medical record data, record matching similar case data, and restrict access to the index according to the personal health database The information acquisition of the target personnel is carried out through the number, and the disease symptom alarm is issued.
本发明还公开了一种基于云数据的个人健康数据管理系统，包括：客户端以及服务器端，所述客户端用于进行个人健康数据管理系统的采集录入设备，包括数据录入模块以及图像显示模块；所述服务器端用于进行个人健康医疗数据的存储以及病历新增数据的存储，包括告警模块、第一服务器和第二服务器，具体如下：The present invention also discloses a personal health data management system based on cloud data, including: a client and a server, the client is used for collecting and entering equipment for the personal health data management system, including a data entry module and an image display module ; The server end is used for storage of personal health medical data and storage of new medical record data, including an alarm module, a first server and a second server, as follows:
数据录入模块，用于新增个人健康医疗数据，且将所述数据上传至第一服务器，还用于新增病历数据，且将所述病历数据上传至第二服务器；The data entry module is used to add personal health and medical data, and upload the data to the first server, and is also used to add medical record data, and upload the medical record data to the second server;
图像显示模块，用于进行指标数据的统计图显示，还用于进行症状数据录入图像显示；The image display module is used to display the statistical chart of the index data, and is also used to display the image of the symptom data entry;
告警模块，用于个人健康数据库在出现异常指标数据时进行病患信息告警；The alarm module is used for the personal health database to issue patient information alarms when there are abnormal index data;
第一服务器，用于存储新增个人健康医疗数据；The first server is used to store new personal health and medical data;
第二服务器，用于存储新增病历数据；The second server is used to store new medical record data;
作为上述方案的进一步优化，所述数据录入模块包括主观录入单元以及被动采集单元：As a further optimization of the above scheme, the data entry module includes a subjective entry unit and a passive collection unit:
被动采集单元，用于基于现代医学的仪器，针对用户进行仪器测量产生的数据进行采集；The passive acquisition unit is used for instruments based on modern medicine to collect the data generated by the user's instrument measurement;
主观录入单元，用于基于传统医学的描述，通过主观描述身体出现的症状并进行症状录入产生的数据进行录入。The subjective input unit is used for the description based on traditional medicine, and the data generated by subjectively describing the symptoms of the body and performing symptom input is input.
作为上述方案的进一步优化，所述服务器端还包括统计图绘制模块，用于基于录入的新增个人健康医疗数据，提取医疗数据包含的生理、生化指标数据以及症状描述进行统计图绘制。As a further optimization of the above solution, the server side also includes a statistical map drawing module, which is used to extract physiological and biochemical index data and symptom descriptions contained in the medical data based on the newly entered personal health and medical data for statistical map drawing.
作为上述方案的进一步优化，所述统计图包括折线统计图和柱状统计图：As a further optimization of the above scheme, the statistical chart includes a line chart and a column chart:
本发明采用上述的技术方案，与现有技术相比，一种基于云数据的个人健康数据管理方法及系统，具有以下技术效果：The present invention adopts the above-mentioned technical solution. Compared with the prior art, a personal health data management method and system based on cloud data has the following technical effects:
1.本发明示例的一种基于云数据的个人健康数据管理方法，通过用户新增个人健康医疗数据且上传同步，基于云端同步的数据构建个人健康数据库，针对个人健康数据库进行病情症状判断，便于用户针对个人健康进行系统管理，突破传统的医院或仪器设备的限制，做到全方位的生理数据监督。1. A personal health data management method based on cloud data as an example of the present invention, through which the user adds personal health medical data and uploads and synchronizes, builds a personal health database based on the cloud-synchronized data, and judges the symptoms of the disease for the personal health database, which is convenient Users conduct system management for personal health, break through the limitations of traditional hospitals or equipment, and achieve all-round physiological data supervision.
2.本发明示例的一种基于云数据的个人健康数据管理方法，基于服务器端的折线统计图的展现和记录，便于医务人员能够有效掌握病人的历史治疗过程，同时为后续治疗提供有效依据。2. A personal health data management method based on cloud data as an example of the present invention, based on the display and recording of the broken-line statistical chart on the server side, facilitates the medical staff to effectively grasp the historical treatment process of the patient, and at the same time provides an effective basis for follow-up treatment.
3.本发明示例的一种基于云数据的个人健康数据管理方法，基于设置的统计图的录入方式，降低个人健康数据记录的操作门槛，便于用户在非医疗环境下能够自主独立的进行身体症状的描述和录入，增加了系统平台的历史健康信息样本，为后期病患人员的治疗提供有效的参考信息；同时，还可以通过用户记录的症状信息和指标数据，能够智能判断用户的潜在病症特征，加强病患人员的治疗可能性几率。3. A personal health data management method based on cloud data as an example of the present invention, based on the input method of the set statistical chart, reduces the operating threshold of personal health data records, and facilitates users to independently perform physical symptoms in a non-medical environment The description and input of the system platform have increased the historical health information samples to provide effective reference information for the treatment of later patients; at the same time, the symptom information and index data recorded by the user can also be used to intelligently judge the user's potential disease characteristics , to enhance the chances of healing possibilities for patient personnel.
附图说明Description of drawings
通过阅读参照以下附图所作的对非限制性实施例所作的详细描述，本申请的其它特征、目的和优点将会变得更明显：Other characteristics, objects and advantages of the present application will become more apparent by reading the detailed description of non-limiting embodiments made with reference to the following drawings:
图1为本发明的一种基于云数据的个人健康数据管理方法的流程示意图；Fig. 1 is a schematic flow chart of a personal health data management method based on cloud data of the present invention;
图2为本发明的一种基于云数据的个人健康数据管理方法统计图录入示意图；Fig. 2 is a schematic diagram of statistical chart entry of a personal health data management method based on cloud data of the present invention;
图3为本发明的一种基于云数据的个人健康数据管理方法的病症柱状示意图；Fig. 3 is a schematic diagram of a disease column of a personal health data management method based on cloud data of the present invention;
图4为本发明的一种基于云数据的个人健康数据管理方法的病症折线示意图；Fig. 4 is a schematic diagram of a broken line of disease based on a cloud data-based personal health data management method of the present invention;
图5为本发明的一种基于云数据的个人健康数据管理方法的传统医学与现代医学综合示意图；Fig. 5 is a comprehensive schematic diagram of traditional medicine and modern medicine of a personal health data management method based on cloud data according to the present invention;
图6为本发明的一种基于云数据的个人健康数据管理方法的病症录入示意图；Fig. 6 is a schematic diagram of disease entry of a personal health data management method based on cloud data of the present invention;
图7为本发明的一种基于云数据的个人健康数据管理方法的另一幅病症录入示意图；Fig. 7 is another schematic diagram of disease entry of a personal health data management method based on cloud data of the present invention;
图8为本发明的一种基于云数据的个人健康数据管理方法的另一幅病症录入示意图；Fig. 8 is another schematic diagram of disease entry of a personal health data management method based on cloud data in the present invention;
图9为本发明的一种基于云数据的个人健康数据管理方法的病情巡检流程示意图；FIG. 9 is a schematic diagram of a disease inspection process of a personal health data management method based on cloud data according to the present invention;
图10为本发明的一种基于云数据的个人健康数据管理系统的结构框图；Fig. 10 is a structural block diagram of a personal health data management system based on cloud data of the present invention;
图11为本发明的一种基于云数据的个人健康数据管理系统的客户端结构图；Fig. 11 is a client structural diagram of a personal health data management system based on cloud data of the present invention;
图12为本发明的一种基于云数据的个人健康数据管理系统的服务器端结构图；Fig. 12 is a server-side structural diagram of a personal health data management system based on cloud data of the present invention;
图13为本发明的一种基于云数据的个人健康数据管理系统的数据录入模块结构图。FIG. 13 is a structural diagram of a data entry module of a personal health data management system based on cloud data according to the present invention.
具体实施方式Detailed ways
下应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。It should be understood that the specific embodiments described here are only used to explain the present invention, and are not intended to limit the present invention.
如图1-13所示，本发明实施例公开一种基于云数据的个人健康数据管理方法，包括如下步骤：As shown in Figure 1-13, the embodiment of the present invention discloses a personal health data management method based on cloud data, including the following steps:
S100，新增个人健康医疗数据，且将所述数据上传至第一服务器；S100, adding personal health and medical data, and uploading the data to the first server;
具体的，本实施例的个人健康医疗数据包括主观录入数据以及被动采集数据：Specifically, the personal health and medical data in this embodiment include subjectively entered data and passively collected data:
被动采集数据，基于现代医学的仪器，针对用户进行仪器测量产生的数据；Passively collect data, based on modern medical instruments, the data generated by instrument measurement for users;
主观录入数据，基于传统医学的描述，通过主观描述身体出现的症状并进行症状录入产生的数据；Subjective input data, based on the description of traditional medicine, the data generated by subjectively describing the symptoms of the body and recording the symptoms;
更具体的，本发明实施例的个人健康医疗数据包括生命体征参数，具体包括呼吸频率、血压值、血氧浓度值、体温值、心率、心电、脉搏频率、睡眠、血糖值、作息或体重等其他具有显著影响的生命体征参数；More specifically, the personal health medical data in the embodiment of the present invention includes vital sign parameters, specifically including respiratory rate, blood pressure value, blood oxygen concentration value, body temperature value, heart rate, ECG, pulse rate, sleep, blood sugar value, work and rest, or body weight and other vital sign parameters that have a significant impact;
S200，基于第一服务器存储的个人健康医疗数据，构建个人健康数据库，基于构建的个人健康数据库生成限制访问索引号；S200. Construct a personal health database based on the personal health medical data stored in the first server, and generate a restricted access index number based on the constructed personal health database;
具体的，个人健康数据库基于录入的新增个人健康医疗数据，提取医疗数据包含的生理、生化指标数据以及症状描述，且基于提取的指标数和症状描述据绘制统计图；Specifically, the personal health database extracts the physiological and biochemical index data and symptom descriptions contained in the medical data based on the newly entered personal health medical data, and draws statistical graphs based on the extracted index numbers and symptom description data;
所述统计图包括折线统计图和柱状统计图：The statistical chart includes a line chart and a column chart:
所述折线统计图基于生理、生化指标数据，针对任意一项指标数据设置横轴为录入时间t，纵轴为指标数据值大小h，且设置基于生理、生化指标数据的最大有效值h1与最小有效值h2，任意次的测量指标数据ln的对应时刻为tn，n∈N，按照测量时间依次连接所有的测量指标数据形成连续折线；基于任意次的测量时刻，采用加粗线条突出表示医疗干预时刻，便于在折线统计图直观看到医疗干预的结果，以利于后续医疗方案的制定；The broken line statistical chart is based on physiological and biochemical index data, and the horizontal axis is set as the entry time t for any one of the index data, and the vertical axis is the value of the index data value h, and the maximum effective value h1 and1 based on the physiological and biochemical index data are set The minimum effective value h2 , the corresponding time of any number of measurement index data ln is tn , n∈N, connect all the measurement index data in sequence according to the measurement time to form a continuous polyline; based on any number of measurement times, use bold lines to highlight Indicates the moment of medical intervention, so that the results of medical intervention can be visually seen in the line chart, so as to facilitate the formulation of follow-up medical plans;
所述柱状统计图基于症状描述，设置横轴为时间t，纵轴为任意症状的强度表述值，任意柱形的底部宽度为持续时间T；参见图3，横轴t为时间，分别在t1和t2时刻进行样本采集，且在t1和t2区间范围内，用户描述的不同病症，底部越宽，则持续时间越长；高度越高，则病症的效果越强；本实施例还通过在柱状阴影区域采用文字症状描述；应该指出的是，本实施例的柱状统计图，可以多种不同症状进行合并显示，还支持单一的病症显示；本实施例中不同的病症采用不同的柱状背景纹路表示。The histogram is based on the symptom description, the horizontal axis is set to time t, the vertical axis is the intensity expression value of any symptom, and the bottom width of any column is the duration T; see Figure 3, the horizontal axis t is time, respectively at t Samples are collected at time1 andt2 , and within the interval betweent1 andt2 , the wider the bottom, the longer the duration of the different diseases described by the user; the higher the height, the stronger the effect of the disease; this embodiment Also by using text symptom descriptions in the columnar shadow area; it should be pointed out that the histogram of this embodiment can be combined and displayed with a variety of different symptoms, and also supports a single disease display; different diseases in this embodiment use different Columnar background texture representation.
具体的，设置最大有效值h1与最小有效值h2为血糖数值的极限值，曲线l为所有标记录入的指标数据的连接线，且分别在t1和t6时刻进行医疗干预；参见下图4所示，一开始血糖值偏高，在t1时刻进行医疗干预，血糖经过t1～t6时间段后出现血糖过低；在t6进行血糖医疗干预调整，血糖值开始恢复正常，直至t10时刻渐趋平稳；基于折线统计图的展现和记录，便于医务人员能够有效掌握病人的历史治疗过程，提供后续治疗有效依据；Specifically, the maximum effective valueh1 and the minimum effective value h2 are set as the limit value of the blood sugar value, and the curvel is the connection line of all index data recorded in the mark, and medical intervention is performed at the timet1 and t6 respectively; see below As shown in Figure 4, the blood sugar level was high at the beginning, and medical intervention was carried out at time t1 , and hypoglycemia occurred after the time period of t1 to t6 ; when blood sugar medical intervention was adjusted at t6 , the blood sugar level began to return to normal, Gradually stabilized until t10; basedon the presentation and recording of the broken-line statistical chart, it is convenient for medical staff to effectively grasp the patient's historical treatment process and provide an effective basis for follow-up treatment;
基于图3和图4，具体如图5所示，通过将现代医学的生理、生化指标数据折线统计图与传统医学基于病症进行表征症状录入数据绘制的柱状统计图进行统一，即针对具体的t1和t2时刻，查询该时段内某项指标的具体数值，同时基于该时段内显示伴随症状描述，基于现代医学的严谨指标参数以及伴随并发症状，对于医务人员进行病患的确诊和治疗具有积极作用，提高了疾病的可预防几率，加强对病患人员的进一步监督治疗；Based on Figure 3 and Figure 4, specifically as shown in Figure 5, by unifying the line statistical chart of the physiological and biochemical index data of modern medicine with the histogram drawn by traditional medicine based on the symptom input data based on the disease, that is, for the specific t At time1 andt2 , query the specific value of a certain index in this period, and at the same time, based on the description of accompanying symptoms displayed in this period, based on the rigorous index parameters and accompanying symptoms of modern medicine, it is very helpful for medical staff to diagnose and treat patients. Positive effect, improve the preventable probability of the disease, and strengthen the further supervision and treatment of patients;
更具体的，所述统计图的录入方式包括如下步骤：More specifically, the input method of the statistical chart includes the following steps:
针对人体构造特征划分功能区域；Divide functional areas according to the structural characteristics of the human body;
设置功能区域为单元体，针对每个单元体包含的器官进行标记；Set the functional area as a unit body, and mark the organs contained in each unit body;
基于标记的任意器官进行症状列举，且针对症状列举的类别分别进行属性标记；Enumerate the symptoms based on any marked organ, and mark the attributes of the categories listed by the symptoms respectively;
应该指出的是，本发明实施例统计图的录入方式包括但不限于语音录入和触摸屏录入，且基于症状列举类别进行的属性标记包括开始时间、持续时间、症状过往经历、过往就诊过程、用药名称、用药时长、治疗效果以及症状持续期间的地理环境和温湿度等；It should be pointed out that the input methods of the statistical charts in the embodiment of the present invention include but are not limited to voice input and touch screen input, and the attribute marking based on the symptom enumeration category includes start time, duration, past experience of symptoms, past medical treatment process, and drug name , duration of medication, therapeutic effect, geographical environment, temperature and humidity during the duration of symptoms, etc.;
如图5-图7所示，本实施例优选将人体构造特征划分功能区域包括头部、胸部、腹部等，基于设置的单元体，针对每个单元体包含的器官，如头部的眼、耳、鼻、口等器官进行图像标记；将每个器官设置为基本单位，每个基本单位对应多个不同症状，且多个不同症状包括开始时间、持续时间、症状史、以往就诊过程、基本治疗过程及效果；As shown in Figures 5-7, in this embodiment, the structural features of the human body are preferably divided into functional areas including the head, chest, abdomen, etc., based on the set unit body, for the organs contained in each unit body, such as the eyes of the head, Ear, nose, mouth and other organs are image-labeled; each organ is set as a basic unit, and each basic unit corresponds to multiple different symptoms, and the multiple different symptoms include start time, duration, symptom history, previous visits, basic Treatment process and effect;
更具体的，用户A现感觉头疼，采用触摸屏选择功能区域的头部，即展现头部的放大图形至显示区域，再通过触摸头部的具体器官，如眼部，显示区域显示眼部的细节，可选的，本实施例还通过采用点击功能性按钮进界面跳转；用户A进行头部疼痛症状的界面描述，同时基于触屏进行症状属性的标记，记录头疼的症状描述、开始时间、持续时间、用户A的历史头疼记录、医生就诊的症状确认、药物治疗的药品名称、用药时长、治疗后效果、患病时居住地环境，如温、湿度等；More specifically, user A feels a headache now, and uses the touch screen to select the head in the functional area, that is, to display the enlarged graphic of the head to the display area, and then touch the specific organs of the head, such as the eyes, and the display area displays the details of the eyes , optionally, this embodiment also jumps into the interface by clicking a functional button; user A performs an interface description of the symptoms of head pain, and at the same time, marks the symptom attributes based on the touch screen, and records the symptom description, start time, and time of the headache. Duration, user A's historical headache records, confirmation of symptoms from doctors, drug names for drug treatment, duration of medication, post-treatment effects, living environment at the time of illness, such as temperature and humidity, etc.;
通过上述设置的统计图的录入方式，降低了个人健康数据记录的操作门槛，便于用户在非医疗环境下能够自主独立的进行身体症状的描述和录入，增加了系统平台的历史健康信息，为后期病患人员的治疗提供有效的参考信息；同时，还可以通过用户记录的症状信息和指标数据，能够智能判断用户的潜在病症特征，加强了病患人员的治疗可能性几率；Through the input method of the statistical chart set above, the operation threshold of personal health data records is lowered, it is convenient for users to independently describe and input physical symptoms in a non-medical environment, and the historical health information of the system platform is increased, which will provide a better future The treatment of patients provides effective reference information; at the same time, through the symptom information and index data recorded by users, it can intelligently judge the user's potential disease characteristics, and strengthen the possibility of treatment for patients;
S300，基于构建的个人健康数据库，进行病情症状的判断，若所述个人健康数据库出现异常指标数据，基于索引号个人信息进行病患信息告警；S300. Based on the constructed personal health database, judge the symptoms of the disease, and if abnormal index data appears in the personal health database, perform a patient information alarm based on the personal information of the index number;
具体的，病情巡检步骤包括如下：Specifically, the disease inspection steps include the following:
访问第一服务器，获取个人健康数据库的新增个人健康数据，按照新增数据时间为基准进行统计图的数据更新；Access the first server to obtain the newly added personal health data of the personal health database, and update the data of the statistical graph based on the time of the newly added data;
基于个人健康数据库的生理、生化指标数据绘制的折线统计图进行巡检；Based on the physiological and biochemical index data of the personal health database, the line statistical chart is drawn for inspection;
若检测的未进行标记的新增个人健康数据的数值在预设置的有效范围内，即该项指标正常，标记新增个人健康数据，进行下一项指标巡检；If the value of the newly added personal health data that has not been marked is within the preset effective range, that is, the indicator is normal, the newly added personal health data will be marked, and the next indicator inspection will be carried out;
若检测的未进行标记的新增个人健康数据的数值不在预设置的有效范围内，即该项指标异常，存储当前异常指标的异常数值及异常图像至第二服务器；If the detected value of the newly added personal health data that has not been marked is not within the preset valid range, that is, the indicator is abnormal, and the abnormal value and abnormal image of the current abnormal indicator are stored to the second server;
重复上述操作，直至进行所有的未进行标记的新增个人健康数据的巡检，结束个人健康数据巡检，跳转至第二服务器；Repeat the above operations until all unmarked new personal health data inspections are performed, the personal health data inspection ends, and jump to the second server;
获取第二服务器的病历数据，基于个人健康数据巡检的异常数值及异常图像，与病历数据进行匹配，记录匹配的相似病例数据，且根据个人健康数据库的限制访问索引号进行目标人员的信息获取，发出病情症状告警；Obtain the medical record data of the second server, match the abnormal values and abnormal images based on the personal health data inspection with the medical record data, record the matched similar case data, and obtain the information of the target personnel according to the restricted access index number of the personal health database , issue a disease symptom alarm;
更具体的，如图8所示，本实施例优选的进行个人健康数据库的生理、生化指标数据的健康巡视，通过获取个人健康数据库的血糖值折线统计图，检测的数值为正常，标记当前阶段血糖值正常；继续进行血压值的数值巡检，检测到偏高(或偏低)，即将偏高血压值以及当前阶段血压折线统计图推送至第二服务器进行存储；然后依次查找近期的环境、情绪、心电图等数值巡检，巡检的范围和原则基于医学方面病理逻辑和症状相关的病理因素；如血压高，可能是高血压病，肾脏病也可能引起肾性高血压等；More specifically, as shown in Figure 8, this embodiment preferably conducts health inspections of the physiological and biochemical index data of the personal health database, and obtains the blood glucose level statistical chart of the personal health database, and the detected value is normal, marking the current stage The blood sugar level is normal; continue to inspect the value of the blood pressure value, and if it detects a high (or low) value, the high blood pressure value and the current stage blood pressure line chart will be pushed to the second server for storage; then search for the recent environment, Emotional, electrocardiogram and other numerical inspections, the scope and principles of inspections are based on medical pathological logic and pathological factors related to symptoms; such as high blood pressure, it may be hypertension, and kidney disease may also cause renal hypertension;
如巡检结果无另外相关异常，即结束当前阶段所有未标记的新增个人健康数据的巡检，但在以后的巡检中对血压数值进行关注，如长期偏高则提示高血压的病变；If there are no other related abnormalities in the inspection results, all unmarked new personal health data inspections at the current stage will be terminated, but blood pressure values will be paid attention to in subsequent inspections. If it is high for a long time, it will indicate hypertensive lesions;
基于第二服务器存储的医务人员上传的病历数据以及巡检过程临时存储的异常指标的异常数值及异常图像，进行病历数据的血糖偏低的相似度匹配；待进行完全匹配后，医务人员通过个人健康数据库推送的病情匹配的告警信息，通过限制访问索引号进行病患人员的信息追踪；Based on the medical record data uploaded by the medical staff stored in the second server and the abnormal values and abnormal images of the abnormal indicators temporarily stored during the inspection process, the similarity matching of low blood sugar in the medical record data is performed; The alarm information matching the condition pushed by the health database can track the information of patients by restricting access to the index number;
在此需要说明的是，病患人员索引号为基于个人健康数据库生成的区别号码，用户的姓名、限制访问索引号、身份证号码、联系方式、家庭住址、就诊记录、个人健康情况以及个人行为情况等信息均收录于第一服务器，医务人员基于限制访问索引号快速进行病患人员的个人信息寻址；It should be noted here that the patient index number is a distinguishing number generated based on the personal health database, the user's name, restricted access index number, ID number, contact information, home address, medical records, personal health conditions and personal behavior Conditions and other information are recorded in the first server, and medical staff can quickly address the personal information of patients based on the restricted access index number;
具体的，还包括新增病历数据，且将所述病历数据上传至第二服务器；Specifically, it also includes adding new medical record data, and uploading the medical record data to the second server;
在此需要说明的是，上述病历数据可通过医院治疗系统、社会医务人员组织等其他权威或有资质保障的医务群体人员进行在线病历录入；What needs to be explained here is that the above medical record data can be entered into online medical records through hospital treatment systems, social medical personnel organizations and other authoritative or qualified medical group personnel;
本发明实施例还公开了一种基于云数据的个人健康数据管理系统，包括：客户端以及服务器端，所述客户端用于进行个人健康数据管理系统的采集录入设备，包括数据录入模块100以及图像显示模块200；所述服务器端用于进行个人健康医疗数据的存储以及病历新增数据的存储，包括告警模块300、第一服务器400和第二服务器500，具体如下：The embodiment of the present invention also discloses a personal health data management system based on cloud data, including: a client and a server, the client is used for collecting and entering equipment for the personal health data management system, including a data entry module 100 and Image display module 200; the server end is used to store personal health medical data and store new medical record data, including an alarm module 300, a first server 400 and a second server 500, specifically as follows:
数据录入模块100，用于新增个人健康医疗数据，且将所述数据上传至第一服务器，还用于新增病历数据，且将所述病历数据上传至第二服务器；The data entry module 100 is used to add personal health and medical data, and upload the data to the first server, and is also used to add medical record data, and upload the medical record data to the second server;
图像显示模块200，用于进行指标数据的统计图显示，还用于进行症状数据录入图像显示；The image display module 200 is used to display the statistical chart of the index data, and is also used to display the image of the symptom data input;
告警模块300，用于个人健康数据库在出现异常指标数据时进行病患信息告警；Alarm module 300, used for personal health database to perform patient information alarm when abnormal index data appears;
第一服务器400，用于存储新增个人健康医疗数据；The first server 400 is used to store new personal health and medical data;
第二服务器500，用于存储新增病历数据；The second server 500 is used to store new medical record data;
所述数据录入模块100包括主观录入单元以及被动采集单元：The data entry module 100 includes a subjective entry unit and a passive collection unit:
被动采集单元110，用于基于现代医学的仪器，针对用户进行仪器测量产生的数据进行采集；The passive acquisition unit 110 is used to collect data generated by the user's instrument measurement based on modern medical instruments;
主观录入单元120，用于基于传统医学的描述，通过主观描述身体出现的症状并进行症状录入产生的数据进行录入。The subjective input unit 120 is used to input the data generated by subjectively describing the symptoms that appear in the body and performing symptom input based on the description of traditional medicine.
服务器端还包括统计图绘制模块600，用于基于录入的新增个人健康医疗数据，提取医疗数据包含的生理、生化指标数据以及症状描述进行统计图绘制。The server side also includes a statistical graph drawing module 600 for drawing statistical graphs based on the newly entered personal health and medical data, extracting physiological and biochemical index data and symptom descriptions included in the medical data.
具体的，医务人员或其他权威或有资质保障的医务群体人员进行病历上传至第二服务器，医务人员基于用户进行记录同步的个人健康记录进行病患的疾病追踪；同时，基于服务器端的告警模块300记录的异常体征数据，进行病患人员的疾病的指导性检查，且所述系统还通过第二服务器的医务人员上传的历史病历数据，医务人员综合异常体征数据以及历史病历数据，通过获取第一服务器400存储的历史个人健康医疗数据，结合个人的历史治疗(就诊史)记录和历史治疗用药，有效进行病患人员的当前疾病诊断和治疗。Specifically, medical personnel or other authoritative or qualified medical group personnel upload medical records to the second server, and medical personnel track patients' diseases based on the user's personal health records for record synchronization; at the same time, based on the server-side alarm module 300 The recorded abnormal sign data is used to conduct a guiding inspection of the patient's disease, and the system also obtains the first The historical personal health and medical data stored in the server 400 is combined with the personal historical treatment (diagnosis history) records and historical treatment medications to effectively diagnose and treat the current disease of the patient.
以上描述仅为本申请的较佳实施例以及对所运用技术原理的说明。本领域技术人员应当理解，本申请中所涉及的发明范围，并不限于上述技术特征的特定组合而成的技术方案，同时也应涵盖在不脱离所述发明构思的情况下，由上述技术特征或其等同特征进行任意组合而形成的其它技术方案。例如上述特征与本申请中公开的(但不限于)具有类似功能的技术特征进行互相替换而形成的技术方案。The above description is only a preferred embodiment of the present application and an illustration of the applied technical principle. Those skilled in the art should understand that the scope of the invention involved in this application is not limited to the technical solution formed by the specific combination of the above-mentioned technical features, but should also cover the technical solution formed by the above-mentioned technical features without departing from the inventive concept. Other technical solutions formed by any combination of or equivalent features thereof. For example, a technical solution formed by replacing the above-mentioned features with technical features with similar functions disclosed in (but not limited to) this application.
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