CN111508574A - Inspection and inspection data docking method and system - Google Patents
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Abstract
Description
技术领域technical field
本发明涉及数据传输与同步技术领域，特别涉及检验检查数据对接技术领域，具体是指一种检验检查数据对接方法及系统。The invention relates to the technical field of data transmission and synchronization, in particular to the technical field of inspection and inspection data docking, in particular to a method and system for inspection and inspection data docking.
背景技术Background technique
目前，各地区的各医院均使用了各自的数据采集系统，例如HIS及PACS等系统，用以存储患者病历、药方以及每次病理检查数据。由于各家医院的数据系统并不一样，其中各项指标也存在偏差，例如指标单位，指标范围等，影响各医院进行数据交流，无法有效统一化地对数据进行汇总分析。对建立完整的患者病历管理系统形成了障碍。At present, hospitals in various regions use their own data collection systems, such as HIS and PACS, to store patient medical records, prescriptions, and the data of each pathological examination. Because the data systems of different hospitals are different, there are also deviations in various indicators, such as indicator units, indicator ranges, etc., which affect the data exchange between hospitals, and cannot effectively and uniformly summarize and analyze the data. Obstacles to the establishment of a complete patient record management system.
另一方面，随着电子科学技术的不断发展，相关医疗器械的小型化、便携化的实现，患者对自身生理指标的采集，特别是血压、血糖等需要长期记录的指标的采集更为方便。但所采集的数据只能供自身参考，难以直接分享到医院系统，供医生参考，也无法利用这些自己采集的指标与医院检验检查数据汇总，形成更完整的患者指标长期记录。On the other hand, with the continuous development of electronic science and technology and the realization of miniaturization and portability of related medical devices, it is more convenient for patients to collect their own physiological indicators, especially blood pressure, blood sugar and other indicators that need to be recorded for a long time. However, the collected data can only be used for self-reference, and it is difficult to directly share it with the hospital system for reference by doctors. It is also impossible to use these self-collected indicators and hospital inspection data to form a more complete long-term record of patient indicators.
因此，如何提供一种可以打破各生理指标采集装置或系统之间的间隔，使各个系统采集的数据实现高效、精确的数据对接的数据系统成为本领域亟待解决的问题。Therefore, how to provide a data system that can break the interval between the various physiological index collection devices or systems and enable the data collected by each system to achieve efficient and accurate data docking has become an urgent problem to be solved in the art.
发明内容SUMMARY OF THE INVENTION
本发明的目的是克服了上述现有技术中的缺点，提供一种可以打破各指标采集装置或系统之间的间隔，使各个系统采集的数据实现高效、精确的数据对接，方便地汇总到云端，从而便于各医院之间、医院与患者之间进行数据交流及汇总分析，更好地帮助医生与患者的检验检查数据对接方法及系统。The purpose of the present invention is to overcome the shortcomings of the above-mentioned prior art, and to provide a method that can break the interval between each indicator collection device or system, so that the data collected by each system can achieve efficient and accurate data docking, and can be conveniently aggregated to the cloud , so as to facilitate data exchange and summary analysis between hospitals and between hospitals and patients, and better help doctors and patients to connect methods and systems for inspection data.
为了实现上述的目的，本发明的检验检查数据对接方法包括以下步骤：In order to achieve the above-mentioned purpose, the inspection and inspection data docking method of the present invention comprises the following steps:
(1)数据生成系统根据预设的数据规范产生于用户关联的规范数据；(1) The data generation system generates the normative data associated with the user according to the preset data specification;
(2)所述的数据生成系统将所述的规范数据发送至网络云端；(2) the described data generation system sends described normative data to the network cloud;
(3)所述的网络云端将所述的规范数据存储于所关联的用户的对应数据库中。(3) The network cloud stores the normative data in the corresponding database of the associated user.
该检验检查数据对接方法中，所述的规范数据包括用户信息、指标、数值、数据生成系统名称和数据生成日期。In the inspection and inspection data docking method, the normative data includes user information, indicators, numerical values, data generation system name and data generation date.
该检验检查数据对接方法中，所述的用户信息为用户姓名和/或用户ID，所述的指标为检验检查指标名称，所述的数据生成系统为医院病理检查系统和家用检验检查设备。In the method for docking inspection data, the user information is user name and/or user ID, the index is the inspection index name, and the data generation system is a hospital pathological inspection system and a home inspection and inspection device.
该检验检查数据对接方法中，所述的步骤(3)具体包括以下步骤：In the inspection and inspection data docking method, the step (3) specifically includes the following steps:
(31)所述的网络云端将所述的规范数据转换为统一格式；(31) The network cloud converts the specification data into a unified format;
(32)所述的网络云端将所述的规范数据以所述的统一格式存储于所关联的用户的对应数据库中。(32) The network cloud stores the normative data in the corresponding database of the associated user in the unified format.
该检验检查数据对接方法中，所述的步骤(31)具体为所述的网络云端将所述的规范数据转换为统一的文件格式，并将所述的数值根据所述的指标转换为统一单位的数值。In the inspection and inspection data docking method, the step (31) is specifically that the network cloud converts the specification data into a unified file format, and converts the numerical value into a unified unit according to the index value of .
该检验检查数据对接方法中，所述的统一的文件格式为xml文件格式。In the inspection and inspection data docking method, the unified file format is an xml file format.
该检验检查数据对接方法中，该方法在所述的步骤(31)与步骤(32)之间还包括以下步骤：In the inspection and inspection data docking method, the method further comprises the following steps between the step (31) and the step (32):
验证所述的统一单位的数值是否为合理数值，若为合理数值则进入步骤(32)，若为不合理数值则向所述的数据生成系统发出提示，并不存储该不合理数值。Verify whether the value of the unified unit is a reasonable value, if it is a reasonable value, go to step (32), if it is an unreasonable value, send a prompt to the data generation system, and do not store the unreasonable value.
该检验检查数据对接方法中，所述的合理数值为该指标中的正常数值以及一定范围的非正常数值。In the method for docking inspection data, the reasonable values are normal values in the index and abnormal values in a certain range.
该检验检查数据对接方法中，当所述的合理数值为所述的非正常数值时，所述的步骤(3)具体包括以下步骤：In the inspection and inspection data docking method, when the reasonable value is the abnormal value, the step (3) specifically includes the following steps:
(33)向所述的数据生成系统发出警示信息。(33) Sending warning information to the data generating system.
本发明还提供一种检验检查数据对接系统，其包括通过网络连接的数据生成系统和网络云端，当所述的数据生成系统和网络云端运行其各自存储的计算机软件时，利用网络，实现上述各项的检验检查数据对接方法。The present invention also provides an inspection and inspection data docking system, which includes a data generation system and a network cloud connected through a network. When the data generation system and the network cloud run their respective stored computer software, the network is used to realize the above-mentioned various Item's inspection check data connection method.
采用了该发明的验检查数据对接方法及系统，该方法首先由数据生成系统根据预设的数据规范产生于用户关联的规范数据；而后数据生成系统将规范数据发送至网络云端；再由网络云端将所述的规范数据存储于所关联的用户的对应数据库中。从而利用规范数据打破了各指标采集装置或系统之间的间隔，使各个系统采集的数据实现高效、精确的数据对接，方便地汇总到云端，进而便于各医院之间、医院与患者之间进行数据交流及汇总分析，更好地帮助医生与患者，且本发明的检验检查数据对接方法应用范围广泛，该检验检查数据对接系统构建较为便捷，实现成本低廉。By adopting the method and system for docking inspection data of the invention, the method firstly generates the normative data associated with the user by the data generating system according to the preset data specification; then the data generating system sends the normative data to the network cloud; The normative data is stored in the corresponding database of the associated user. In this way, the standard data is used to break the interval between each indicator collection device or system, so that the data collected by each system can achieve efficient and accurate data docking, and it can be easily aggregated to the cloud, which is convenient for hospitals and between hospitals and patients. Data exchange and summary analysis can better help doctors and patients, and the inspection data docking method of the present invention has a wide range of applications.
附图说明Description of drawings
图1为本发明的该检验检查数据对接方法的步骤流程图。FIG. 1 is a flow chart of the steps of the inspection and inspection data docking method of the present invention.
图2为本发明的该检验检查数据对接系统在实际应用中的系统架构示意图。FIG. 2 is a schematic diagram of the system architecture of the inspection and inspection data docking system of the present invention in practical application.
具体实施方式Detailed ways
为了能够更清楚地理解本发明的技术内容，特举以下实施例详细说明。In order to understand the technical content of the present invention more clearly, the following embodiments are given for detailed description.
请参阅图1所示，为本发明的该检验检查数据对接方法的步骤流程图。Please refer to FIG. 1 , which is a flow chart of the steps of the inspection data docking method of the present invention.
在一种实施方式中，该检验检查数据对接方法包括以下步骤：In one embodiment, the inspection and inspection data docking method includes the following steps:
(1)数据生成系统根据预设的数据规范产生于用户关联的规范数据；(1) The data generation system generates the normative data associated with the user according to the preset data specification;
(2)所述的数据生成系统将所述的规范数据发送至网络云端；(2) the described data generation system sends described normative data to the network cloud;
(3)所述的网络云端将所述的规范数据存储于所关联的用户的对应数据库中。(3) The network cloud stores the normative data in the corresponding database of the associated user.
其中，所述的规范数据可以包括用户信息、指标、数值、数据生成系统名称和数据生成日期等信息。所述的用户信息为用户姓名和/或用户ID，所述的指标为检验检查指标名称，如血压、血糖、中性粒细胞百分比、白细胞计数等等，所述的数据生成系统为医院病理检查系统和家用检验检查设备，如甲医院生化科、A用户血压计等等。The normative data may include information such as user information, indicators, numerical values, the name of the data generation system, and the date of data generation. The user information is the user name and/or user ID, the index is the name of the inspection index, such as blood pressure, blood sugar, neutrophil percentage, white blood cell count, etc., and the data generation system is a hospital pathological examination. System and household inspection and inspection equipment, such as the biochemical department of the A hospital, the blood pressure monitor of the A user, etc.
在较优选的实施方式中，所述的步骤(3)具体包括以下步骤：In a more preferred embodiment, the step (3) specifically includes the following steps:
(31)所述的网络云端将所述的规范数据转换为统一格式；(31) The network cloud converts the specification data into a unified format;
(32)所述的网络云端将所述的规范数据以所述的统一格式存储于所关联的用户的对应数据库中。(32) The network cloud stores the normative data in the corresponding database of the associated user in the unified format.
在进一步优选的实施方式中，所述的步骤(31)具体为所述的网络云端将所述的规范数据转换为统一的xml文件格式，或其它统一格式，并将所述的数值根据所述的指标转换为统一单位的数值。In a further preferred embodiment, the step (31) is specifically that the network cloud converts the specification data into a unified xml file format or other unified format, and converts the numerical value according to the Metrics are converted to numerical values in uniform units.
在进一步优选的实施方式中，该方法在所述的步骤(31)与步骤(32)之间还包括以下步骤：In a further preferred embodiment, the method further comprises the following steps between the steps (31) and (32):
验证所述的统一单位的数值是否为合理数值，若为合理数值则进入步骤(32)，若为不合理数值则向所述的数据生成系统发出提示，并不存储该不合理数值。如血压指标，以mmHg为单位，合理数值区间可以设置为30～500，该范围之外视作错误的不合理数值。Verify whether the value of the unified unit is a reasonable value, if it is a reasonable value, go to step (32), if it is an unreasonable value, send a prompt to the data generation system, and do not store the unreasonable value. For example, the blood pressure index, with mmHg as the unit, can be set as a reasonable value range from 30 to 500. Outside this range, it is regarded as an incorrect and unreasonable value.
所述的合理数值为该指标中的正常数值以及一定范围的非正常数值。如血压指标，以mmHg为单位，可能根据用户年龄设置相应的区间为正常数值，如60～150，等等。The reasonable values described are normal values in the indicator and abnormal values within a certain range. For example, the blood pressure index, in mmHg, may be set to a normal value according to the age of the user, such as 60 to 150, and so on.
在更优选的实施方式中，当所述的合理数值为所述的非正常数值时，所述的步骤(3)具体包括以下步骤：In a more preferred embodiment, when the reasonable value is the abnormal value, the step (3) specifically includes the following steps:
(33)向所述的数据生成系统发出警示信息。(33) Sending warning information to the data generating system.
本发明还提供一种检验检查数据对接系统，其包括通过网络连接的数据生成系统和网络云端，当所述的数据生成系统和网络云端运行其各自存储的计算机软件时，利用网络，实现上述的检验检查数据对接方法。The present invention also provides an inspection and inspection data docking system, which includes a data generation system and a network cloud connected through a network. When the data generation system and the network cloud run their respective stored computer software, the network is used to realize the above-mentioned Check the data connection method.
在实际应用中，本发明的该检验检查数据对接系统架构如图2所示。In practical application, the architecture of the inspection data docking system of the present invention is shown in FIG. 2 .
基于确定各医院所用的系统数据平台，如HIS系统，及对应接口。进而患者的客户端软件进行调整适应，让程序自动定时获取对应接口数据并进行上传至云端，进一步的，将上传至云端的数据根据统一的标准进行规范化的转换，并将转换后的数据同步至MMC系统方便医生患者管理及查询。Based on the determination of the system data platform used by each hospital, such as the HIS system, and the corresponding interface. Then the patient's client software adjusts and adapts, allowing the program to automatically and regularly obtain the corresponding interface data and upload it to the cloud. Further, the data uploaded to the cloud is standardized and converted according to a unified standard, and the converted data is synchronized to The MMC system is convenient for doctors and patients to manage and query.
患者的客户端软件一般安装于手机或平板上，手机和平板可以与电子血压计、血糖计等家用设备实现连接，获取检验检查数据。进而可利用对应的接口，将数据上传至云端。The patient's client software is generally installed on a mobile phone or tablet, and the mobile phone and tablet can be connected with household devices such as electronic blood pressure monitors and blood glucose meters to obtain inspection data. Then, the corresponding interface can be used to upload the data to the cloud.
具体实现方式可包括以下步骤：The specific implementation may include the following steps:
1、确定医院数据平台接口类型及入参规范；1. Determine the hospital data platform interface type and input parameters;
2、调整客户端软件使其适用接口；2. Adjust the client software to make it suitable for the interface;
3、开启客户端，通过传递正确参数进行进行接口数据获取，同时生成文件并上传至云端；3. Open the client, obtain interface data by passing the correct parameters, and generate files and upload them to the cloud at the same time;
4、将上传至云端的数据根据统一标准进行规范转换，如下图的示例，我们会将获取到的各种xml文件，通过程序进行解析转换并写入数据库。4. Standardize and convert the data uploaded to the cloud according to unified standards. As shown in the example below, we will parse and convert the various xml files obtained through the program and write them into the database.
写入数据库的数据可以方便地通过医院HIS系统查看。个人也可以通过身份认证后将相关数据导入到手机或平板上的客户端软件查看。The data written into the database can be easily viewed through the hospital HIS system. Individuals can also import relevant data to the client software on the mobile phone or tablet for viewing after identity authentication.
采用了该发明的验检查数据对接方法及系统，该方法首先由数据生成系统根据预设的数据规范产生于用户关联的规范数据；而后数据生成系统将规范数据发送至网络云端；再由网络云端将所述的规范数据存储于所关联的用户的对应数据库中。从而利用规范数据打破了各指标采集装置或系统之间的间隔，使各个系统采集的数据实现高效、精确的数据对接，方便地汇总到云端，进而便于各医院之间、医院与患者之间进行数据交流及汇总分析，更好地帮助医生与患者，且本发明的检验检查数据对接方法应用范围广泛，该检验检查数据对接系统构建较为便捷，实现成本低廉。By adopting the method and system for docking inspection data of the invention, the method firstly generates the normative data associated with the user by the data generating system according to the preset data specification; then the data generating system sends the normative data to the network cloud; The normative data is stored in the corresponding database of the associated user. In this way, the standard data is used to break the interval between each indicator collection device or system, so that the data collected by each system can achieve efficient and accurate data docking, and it can be easily aggregated to the cloud, which is convenient for hospitals and between hospitals and patients. Data exchange and summary analysis can better help doctors and patients, and the inspection data docking method of the present invention has a wide range of applications.
在此说明书中，本发明已参照其特定的实施例作了描述。但是，很显然仍可以作出各种修改和变换而不背离本发明的精神和范围。因此，说明书和附图应被认为是说明性的而非限制性的。In this specification, the invention has been described with reference to specific embodiments thereof. However, it will be evident that various modifications and changes can still be made without departing from the spirit and scope of the invention. Accordingly, the specification and drawings are to be regarded in an illustrative rather than a restrictive sense.
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