CN105827726A - Information transmitting system for real-time transmitting ward patient's physical signs and states - Google Patents
Information transmitting system for real-time transmitting ward patient's physical signs and states Download PDFInfo
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Abstract
实时传送病房患者体征及状态的信息传输系统属于医疗电信技术领域。现有技术其不足主要是现有临床医疗系统不能实时传送病房患者体征及状态信息。在本发明中，临床信息系统中的若干工作站PC与CIS服务器通过有线或者无线局域网建立连接；外设若干组摄像头、无线生命体征采集手环和信息交互终端；在每组中，所述摄像头与信息交互终端有线连接，所述无线生命体征采集手环以蓝牙方式与信息交互终端建立无线通信关系；在所述信息交互终端中，接收蓝牙模块、存储模块、触摸屏、无线局域网模块分别与信息交互终端微处理器连接；所述信息交互终端通过无线局域网分别与CIS服务器及若干移动视频监护装置建立无线通信关系。
An information transmission system for real-time transmission of patient signs and states in a ward belongs to the technical field of medical telecommunication. The deficiency of the prior art is mainly that the existing clinical medical system cannot transmit the patient's signs and status information in the ward in real time. In the present invention, several workstation PCs in the clinical information system are connected with the CIS server through a wired or wireless local area network; several groups of cameras, wireless vital signs collection bracelets and information interaction terminals are set up outside; in each group, the cameras and The information interaction terminal is wired connected, and the wireless vital sign collection bracelet establishes a wireless communication relationship with the information interaction terminal in the form of Bluetooth; The terminal microprocessor is connected; the information interaction terminal respectively establishes wireless communication relationship with the CIS server and several mobile video monitoring devices through the wireless local area network.
Description
技术领域technical field
本发明涉及一种实时传送病房患者体征及状态的信息传输系统，属于医疗电信技术领域。The invention relates to an information transmission system for real-time transmission of signs and states of patients in a ward, belonging to the technical field of medical telecommunication.
背景技术Background technique
基于计算机软硬件技术和网络通信技术，在医疗机构普遍建立了临床信息系统(CIS)。所述临床信息系统以CIS服务器为核心，外设若干各种工作站PC和PDA(个人数字助理)。如图1所示，所述工作站PC包括结算工作站PC、医技工作站PC、医生工作站PC、护士工作站PC，医技工作站PC与专业医疗设备相连，各种工作站PC与CIS服务器通过有线或者无线局域网建立连接；所述PDA俗称掌上终端，若干PDA与CIS服务器之间为无线通信关系。CIS服务器内设数据库，各方面的医方工作人员，如事务管理人员、医技人员、医生、护士，通过各自的工作站PC上传医务信息至数据库，CIS服务器要对接收到的医务信息进行采集、存储、处理和传输，各方面的医方工作人员通过各自的工作站PC从数据库中读取医务信息。而PDA往往由包括医生、护士在内的医务人员随身携带，随时从数据库读取相关医疗信息。整个临床信息系统以患者为中心，所有医方工作人员利用临床信息系统开展医疗活动，各种医疗资源得到优化，工作效率大幅提高。Based on computer hardware and software technology and network communication technology, clinical information systems (CIS) are generally established in medical institutions. The clinical information system takes the CIS server as the core, and several various workstation PCs and PDAs (Personal Digital Assistants) as peripherals. As shown in Figure 1, the workstation PCs include a settlement workstation PC, a medical technology workstation PC, a doctor workstation PC, and a nurse workstation PC. The connection is established; the PDA is commonly known as a handheld terminal, and a wireless communication relationship exists between several PDAs and the CIS server. The CIS server has a built-in database, and medical personnel in various aspects, such as affairs management personnel, medical technicians, doctors, and nurses, upload medical information to the database through their respective workstation PCs, and the CIS server collects the received medical information, For storage, processing and transmission, medical staff in all aspects read medical information from the database through their respective workstation PCs. And PDA is often carried by medical personnel including doctors and nurses, and reads relevant medical information from the database at any time. The entire clinical information system is patient-centered, all medical staff use the clinical information system to carry out medical activities, various medical resources are optimized, and work efficiency is greatly improved.
所述现有技术其不足之处在于，一是当包括医生、护士在内的医务人员不在病房及工作站PC处时，无法看到病房患者的状态，难以及时发现异常；二是现有临床信息系统尚不能自行实时获取病房患者生命体征信息，医务人员不能实时掌握病房患者的生命体征状况；三是包括病房患者、看护人员在内的患方人员无法利用现有临床医疗系统，不能便捷、及时了解病情、治疗方案、医疗花费以及办事流程。The disadvantages of the prior art are as follows: firstly, when the medical staff including doctors and nurses are not in the ward and the workstation PC, they cannot see the status of the patients in the ward, and it is difficult to find abnormalities in time; the second is that the existing clinical information The system is still unable to obtain the vital signs information of the patients in the ward in real time, and the medical staff cannot grasp the vital signs of the patients in the ward in real time. Learn about conditions, treatment options, medical expenses, and procedures.
发明内容Contents of the invention
为了克服现有临床信息系统存在的所述不足，我们发明了一种实时传送病房患者体征及状态的信息传输系统。In order to overcome the above-mentioned deficiencies existing in the existing clinical information system, we invented an information transmission system that transmits the signs and status of patients in the ward in real time.
在本发明之实时传送病房患者体征及状态的信息传输系统中，临床信息系统中的若干工作站PC与CIS服务器通过有线或者无线局域网建立连接；其特征在于，如图2所示，外设若干组摄像头、无线生命体征采集手环和信息交互终端；在每组中，所述摄像头与信息交互终端有线连接，所述无线生命体征采集手环以蓝牙方式与信息交互终端建立无线通信关系；在所述信息交互终端中，接收蓝牙模块、存储模块、触摸屏、无线局域网模块分别与信息交互终端微处理器连接；所述信息交互终端通过无线局域网分别与CIS服务器及若干移动视频监护装置建立无线通信关系。In the information transmission system for real-time transmission of patient signs and status in the ward of the present invention, several workstation PCs in the clinical information system are connected to the CIS server through wired or wireless local area networks; it is characterized in that, as shown in Figure 2, several groups of Camera, wireless vital signs collection bracelet and information interaction terminal; in each group, the camera is connected to the information interaction terminal by wire, and the wireless vital signs collection bracelet establishes a wireless communication relationship with the information interaction terminal in Bluetooth mode; In the information interaction terminal, the receiving bluetooth module, the storage module, the touch screen, and the wireless local area network module are respectively connected to the microprocessor of the information interaction terminal; the information interaction terminal establishes a wireless communication relationship with the CIS server and several mobile video monitoring devices through the wireless local area network .
本发明其技术效果如下所述。Its technical effect of the present invention is as follows.
在病房中为每位病房患者配备一组摄像头、无线生命体征采集手环和信息交互终端。摄像头实时摄录病房患者影像，获得的视频模拟信号经过A/D转换、视频数据压缩得到视频数据包，该视频数据包传送给信息交互终端中的微处理器，经处理后传送给信息交互终端中的无线局域网模块发送出去；每位医务人员随身携带一个移动视频监护装置，该移动视频监护装置通过无线局域网接收到病房患者的影像信号，这使得医务人员能够随时查看到病房患者的状态，及时发现异常，及时处理。Each patient in the ward is equipped with a set of cameras, wireless vital sign collection bracelets and information interaction terminals. The camera records images of patients in the ward in real time, and the obtained video analog signal undergoes A/D conversion and video data compression to obtain a video data packet, which is sent to the microprocessor in the information interaction terminal, and then sent to the information interaction terminal after processing Each medical staff carries a mobile video monitoring device, and the mobile video monitoring device receives the image signals of patients in the ward through the wireless local area network, which enables the medical staff to check the status of the patients in the ward at any time and timely If abnormalities are found, deal with them in time.
无线生命体征采集手环由病房患者佩戴，该无线生命体征采集手环通过其内部相应的各种传感器实时采集病房患者的包括体温、血氧、血压、心率、心电在内的基本生命体征信号，如图3所示，这些信号传输给无线生命体征采集手环中的微处理器，经处理后传送给无线生命体征采集手环中的发送蓝牙模块，再借助无线生命体征采集手环与信息交互终端之间的无线通信关系，传送给信息交互终端中的微处理器，经处理后一方面送入存储模块，另一方面经无线局域网模块发送给CIS服务器，存入临床信息系统数据库。在存储模块中预存所述生命体征正常值，由微处理器与所采集的生命体征采集值比较，如有异常则向工作站PC发出报警信号。医务人员还能够通过工作站PC随时查看病房患者的生命体征信息，实时掌握病房患者的生命体征状况。医务人员也能够在触摸屏上操作，在病房中查看病房患者的生命体征。The wireless vital sign collection bracelet is worn by the patients in the ward. The wireless vital sign collection bracelet collects the basic vital sign signals of the patients in the ward in real time, including body temperature, blood oxygen, blood pressure, heart rate, and ECG through various corresponding sensors inside. , as shown in Figure 3, these signals are transmitted to the microprocessor in the wireless vital signs collection bracelet, and after processing, they are sent to the sending Bluetooth module in the wireless vital signs collection bracelet, and then the wireless vital signs collection bracelet and information The wireless communication relationship between interactive terminals is sent to the microprocessor in the information interactive terminal, and after processing, it is sent to the storage module on the one hand, and sent to the CIS server through the wireless local area network module on the other hand, and stored in the database of the clinical information system. The normal value of the vital signs is pre-stored in the storage module, compared with the collected value of the vital signs by the microprocessor, and an alarm signal is sent to the workstation PC if there is any abnormality. Medical staff can also check the vital signs information of patients in the ward at any time through the workstation PC, and grasp the vital signs of patients in the ward in real time. Medical staff can also operate on the touch screen to check the vital signs of patients in the ward.
包括病房患者、看护人员在内的患方人员可以在信息交互终端中的触摸屏上操作，在设定权限内查看临床信息系统数据库，了解病情、治疗方案、医疗花费以及办事流程等医务信息，不仅填补了现有临床医疗系统的功能空白，而且，相比于以往向医方工作人员口头询问，这种方式十分便捷和及时。Patient personnel including ward patients and nursing staff can operate on the touch screen in the information interaction terminal, view the database of the clinical information system within the set authority, and understand medical information such as illness, treatment plan, medical expenses, and work procedures, not only It fills the functional gap of the existing clinical medical system, and, compared with the previous verbal inquiry to the medical staff, this method is very convenient and timely.
本发明的一个附带效果是，在病房中设置信息交互终端，使得医务人员在查房过程中，不必回到工作站PC即可通过该信息交互终端自临床信息系统数据库调取所需信息，方便医务人员开展医疗工作，工作效率明显提高。A side effect of the present invention is that the information interaction terminal is set in the ward, so that the medical staff can retrieve the required information from the database of the clinical information system through the information interaction terminal without returning to the workstation PC during the ward round process, which is convenient for medical staff. The personnel carry out medical work, and the work efficiency is obviously improved.
附图说明Description of drawings
图1是现有临床信息系统结构框图。图2是本发明之实时传送病房患者体征及状态的信息传输系统结构框图，该图同时作为摘要附图。图3是本发明之实时传送病房患者体征及状态的信息传输系统中的无线生命体征采集手环结构框图。Figure 1 is a structural block diagram of an existing clinical information system. Fig. 2 is a structural block diagram of the information transmission system for real-time transmission of patient signs and status in the ward of the present invention, and this figure is also used as a summary drawing. Fig. 3 is a structural block diagram of the wireless vital sign collection bracelet in the information transmission system for real-time transmission of patient signs and status in the ward according to the present invention.
具体实施方式detailed description
在本发明之实时传送病房患者体征及状态的信息传输系统中，临床信息系统中的若干工作站PC与CIS服务器通过有线或者无线局域网建立连接。如图2所示，外设若干组摄像头、无线生命体征采集手环和信息交互终端。在每组中，所述摄像头与信息交互终端有线连接，所述无线生命体征采集手环以蓝牙方式与信息交互终端建立无线通信关系。在所述无线生命体征采集手环中，如图3所示，体温传感器、血氧传感器、血压传感器、心率传感器、心电传感器、发送蓝牙模块分别与无线生命体征采集手环微处理器连接。在所述信息交互终端中，接收蓝牙模块、存储模块、触摸屏、无线局域网模块分别与信息交互终端微处理器连接；所述信息交互终端还有时钟电路、电源电路、复位电路。所述信息交互终端通过无线局域网分别与CIS服务器及若干移动视频监护装置建立无线通信关系。所述移动视频监护装置为PDA、智能手机或者平板电脑。所述无线生命体征采集手环微处理器或者信息交互终端微处理器为嵌入式ARM微处理器，该嵌入式ARM处理器支持Linux操作系统、Qt图形用户界面开发环境，内核可裁剪、驱动可移植，存储资源占用少。所述发送蓝牙模块或者接收蓝牙模块为蓝牙4.0BLECC2541芯片，功耗低。所述摄像头为支持ARM的摄像头，具体采用中星微的ZC301P摄像头。所述无线局域网模块具体采用瑞昱RTL8188ETV-CG芯片。所述触摸屏具体采用10吋电容触摸屏。所述存储模块包括SDRAM和NandFlash，SDRAM为内存，NandFlash为操作系统和应用程序存储芯片。In the information transmission system for real-time transmission of patient signs and status in the ward of the present invention, several workstation PCs in the clinical information system are connected to the CIS server through a wired or wireless local area network. As shown in Figure 2, there are several groups of cameras, wireless vital signs collection bracelets and information interaction terminals. In each group, the camera is wired to the information interaction terminal, and the wireless vital sign collection bracelet establishes a wireless communication relationship with the information interaction terminal in the form of Bluetooth. In the wireless vital signs collection wristband, as shown in Figure 3, body temperature sensor, blood oxygen sensor, blood pressure sensor, heart rate sensor, ECG sensor, sending bluetooth module are respectively connected with wireless vital signs collection bracelet microprocessor. In the information interaction terminal, the receiving bluetooth module, storage module, touch screen, and wireless LAN module are respectively connected to the microprocessor of the information interaction terminal; the information interaction terminal also has a clock circuit, a power supply circuit, and a reset circuit. The information interaction terminal respectively establishes a wireless communication relationship with the CIS server and several mobile video monitoring devices through the wireless local area network. The mobile video monitoring device is a PDA, a smart phone or a tablet computer. The wireless vital sign collection bracelet microprocessor or the information interaction terminal microprocessor is an embedded ARM microprocessor, and the embedded ARM processor supports the Linux operating system and the Qt graphical user interface development environment, and the kernel can be cut and driven. Transplantation takes up less storage resources. The sending bluetooth module or receiving bluetooth module is a bluetooth 4.0 BLECC2541 chip with low power consumption. The camera is a camera that supports ARM, specifically Vimicro's ZC301P camera. The wireless local area network module specifically adopts the Realtek RTL8188ETV-CG chip. The touch screen specifically adopts a 10-inch capacitive touch screen. The storage module includes SDRAM and NandFlash, SDRAM is memory, and NandFlash is an operating system and application program storage chip.
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Cited By (9)
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| CN106874697A (en) * | 2017-03-28 | 2017-06-20 | 合肥科的星测控科技有限公司 | A kind of ward information transmission system based on technology of Internet of things |
| CN107095660A (en) * | 2017-06-08 | 2017-08-29 | 桂林医学院 | Hospital monitor equipment |
| CN107330299A (en) * | 2017-08-14 | 2017-11-07 | 佛山科学技术学院 | A kind of medical information management system |
| CN109939298A (en) * | 2018-04-17 | 2019-06-28 | 武汉大学中南医院 | A kind of ward nursing early warning system |
| CN110115570A (en) * | 2019-04-12 | 2019-08-13 | 铂元智能科技(北京)有限公司 | Data monitoring method and terminal when wireless physical sign monitoring system, transhipment |
| CN110838362A (en) * | 2019-11-15 | 2020-02-25 | 湖南尚医康医疗科技有限公司 | Intelligent ward information interaction system and method thereof |
| CN112137578A (en) * | 2019-06-27 | 2020-12-29 | 京东方科技集团股份有限公司 | Monitoring method, device and equipment |
| CN112885446A (en) * | 2021-03-10 | 2021-06-01 | 徐州市中心医院 | Intelligent operating room and anesthesia recovery room shift system |
| CN113180616A (en) * | 2021-04-16 | 2021-07-30 | 西安交通大学 | Flexible intelligent sensor vital sign detection system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106874697A (en) * | 2017-03-28 | 2017-06-20 | 合肥科的星测控科技有限公司 | A kind of ward information transmission system based on technology of Internet of things |
| CN107095660A (en) * | 2017-06-08 | 2017-08-29 | 桂林医学院 | Hospital monitor equipment |
| CN107330299A (en) * | 2017-08-14 | 2017-11-07 | 佛山科学技术学院 | A kind of medical information management system |
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| CN110838362A (en) * | 2019-11-15 | 2020-02-25 | 湖南尚医康医疗科技有限公司 | Intelligent ward information interaction system and method thereof |
| CN112885446A (en) * | 2021-03-10 | 2021-06-01 | 徐州市中心医院 | Intelligent operating room and anesthesia recovery room shift system |
| CN113180616A (en) * | 2021-04-16 | 2021-07-30 | 西安交通大学 | Flexible intelligent sensor vital sign detection system |
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Application publication date: 20160803 |