阅读说明：本技术 一种用于数字化手术室的一键式场景调用方法 (One-click scene calling method for digital operating room ) 是由 王鹏 于 2019-11-24 设计创作，主要内容包括：本发明涉及一种用于数字化手术室的一键式场景调用方法,建立工作站和信息面板的网络连接,并在工作站安装各种医护人员使用的软件,只需要在手术前进行一次设定,就可以完成所有之前设定的场景,使医生可以通过一键式控制准备好医护人员需要的手术室的温度、湿度、灯光等各项指标,大大提高工作效率,减少手术感染率。(The invention relates to a one-key scene calling method for a digital operating room, which is characterized in that the network connection between a workstation and an information panel is established, software used by various medical workers is installed on the workstation, and all the previously set scenes can be completed only by setting once before the operation, so that doctors can prepare various indexes of the operating room, such as temperature, humidity, light and the like, required by the medical workers through one-key control, the working efficiency is greatly improved, and the operation infection rate is reduced.)

1. A one-click scene calling method for a digital operating room is characterized by comprising the following steps:

(1) one-button control of air conditioner and light:

firstly, network connection between a workstation and an information panel is established, so that the functions of the workstation and the information panel can be synchronized, and the information panel and equipment such as a lamp air conditioner and the like are connected and can communicate with each other; a modifiable control interface is established in a workstation digital system, a batch processing command can be generated after the control interface is filled, and the batch processing command is called to enable the workstation to call the information plane parameters to meet the requirements;

(2) control of software interfaces and images:

firstly, installing software used by various medical personnel on a workstation, controlling the input and output of images of a matrix switching camera or a monitor, then establishing the call of various software in a workstation digital system, and realizing the control of the input and output of an image matrix through 232 or a network protocol; a modifiable control interface is established in a workstation digital system, a batch processing command is generated after the batch processing command is filled, and the batch processing command is called when the batch processing command is used, so that the workstation calls software to open images and software required by medical personnel, pushes the images and the software to a required screen through a matrix, and divides a display area on the screen;

(3) control of an electrically powered surgical bed or other device:

firstly, a workstation is connected with an electric operating table through a network or 232 mode, then, the calling of various software is established in a workstation digital system, and the control of the operating table is realized through 232 or a network protocol; a modifiable control interface is established in a workstation digital system, a batch processing command is generated after the writing is completed, and the batch processing command is called when the batch processing command is used, so that the workstation calls software to regulate and control the bed position and height required by medical staff.

Technical Field

The invention belongs to the field of computer software and hardware, and mainly utilizes the technology to realize the calling of other software by digital operating room software, and the installation of preset arrangement and the control of an air conditioner and an electric operating bed in an operating room. Medical personnel can self-define the software or the position that the image was opened and window size and arrangement, also can realize adjusting the one-button regulation and control of temperature and humidity and light colour and darkness to the sky simultaneously, also can adjust the height or the position of electronic operation table simultaneously.

Background

Before or during the operation, medical staff need to do a large amount of preparation work, such as turning on light to adjust to the color or darkness that the operation needs, turning on an air conditioner to adjust to the humiture that the operation needs, turning on various software or images and then adjusting the images or the software to the appropriate positions, and a large amount of tedious work causes the delay of operation time and the waste of personnel time and energy.

The construction quantity of the digital operating rooms is increased increasingly by means of popularization and implementation of clinical operating room informatization, but the digital operating rooms are still in pure control workstation software at the present stage, other equipment is controlled in an information panel mode, the operation workload and the moving times of medical workers are increased, the operation duration is also increased, and the working fatigue of the medical workers is higher the longer the operation duration is, the higher the operation fatigue of the medical workers is, the lower the success rate of the operation is.

Disclosure of Invention

The invention aims to provide a one-button scene calling method for a digital operating room, which can complete all the previously set scenes only by setting once before an operation, such as what types of temperature, humidity, light brightness and bed are required by the operation, what color is required by the operation, and what type is required by the operation.

The technical scheme of the invention is as follows:

a one-click scene calling method for a digital operating room is characterized by comprising the following steps:

(1) one-button control of air conditioner and light:

firstly, network connection between a workstation and an information panel is established, so that the functions of the workstation and the information panel can be synchronized, and the information panel and equipment such as a lamp air conditioner and the like are connected and can communicate with each other; a modifiable control interface is established in a workstation digital system, a batch processing command can be generated after the control interface is filled, and the batch processing command is called to enable the workstation to call the information plane parameters to meet the requirements;

(2) control of software interfaces and images:

firstly, installing software used by various medical personnel on a workstation, controlling the input and output of images of a matrix switching camera or a monitor, then establishing the call of various software in a workstation digital system, and realizing the control of the input and output of an image matrix through 232 or a network protocol; a modifiable control interface is established in a workstation digital system, a batch processing command is generated after the batch processing command is filled, and the batch processing command is called when the batch processing command is used, so that the workstation calls software to open images and software required by medical personnel, pushes the images and the software to a required screen through a matrix, and divides a display area on the screen;

(3) control of an electrically powered surgical bed or other device:

firstly, a workstation is connected with an electric operating table through a network or 232 mode, then, the calling of various software is established in a workstation digital system, and the control of the operating table is realized through 232 or a network protocol; a modifiable control interface is established in a workstation digital system, a batch processing command is generated after the writing is completed, and the batch processing command is called when the batch processing command is used, so that the workstation calls software to regulate and control the bed position and height required by medical staff.

The invention enables doctors to prepare various indexes of temperature, humidity, light and the like of the operating room required by medical care personnel through one-key control, greatly improves the working efficiency and reduces the infection rate of the operation.

Detailed Description

When the invention is implemented, the digital product is displayed in a designated area window with a designated size when software or images are opened through software programming, a command is sent to an information panel through a network to adjust the switch of an air conditioner or the temperature and humidity, the brightness and the color of the light of an operating room are changed, and the control and the adjustment of an electric operating bed or other equipment are sent through a 232 or 485 interface, wherein the specific mode is as follows:

(1) one-button control of air conditioner light:

firstly, network connection between a workstation and an information panel is established, so that functions of the workstation and the information panel can be synchronized, and the information panel and equipment such as a lamp air conditioner and the like are connected and can be communicated with each other. A modifiable control interface is established in a workstation digital system, a batch processing command can be generated after the batch processing command is filled, and the batch processing command is called when the batch processing command is used, so that the workstation calls information plane parameters to control air conditioner light and the like.

(2) Control of software interfaces and images:

firstly, the workstation needs to be capable of calling software used by various medical personnel and controlling the input and output of the matrix switching camera or monitor image. Calls for various software are then established in the workstation digitization system, and input and output of the image matrix are controlled through 232 or network protocols. A modifiable control interface is established in a workstation digital system, a batch processing command can be generated after the batch processing command is filled, and the batch processing command is called when the batch processing command is used, so that the workstation calls software to open images and software needed by medical staff, pushes the images and software to a needed screen through a matrix, and divides a display area on the screen.

(3) Control of an electrically powered surgical bed or other device:

firstly, the workstation needs to be connected with the electric operating table through a network or 232 mode, then calls for various software are established in a workstation digital system, and the control of the operating table is realized through 232 or a network protocol. A modifiable control interface is established in a workstation digital system, a batch processing command can be generated after the control interface is filled, and the batch processing command is called when the batch processing command is used, so that the workstation calls software to regulate and control the bed position and height required by medical staff.