Lumped control equipment of operating room equipment and prompting method of lumped control equipment

Abstract

According to the lumped control equipment of the operating room equipment and the prompting method thereof provided by the invention, for the operating room equipment of which the operation interface is not displayed on the current display interface, the prompting information of at least one operating room equipment is obtained; and determining a second target prompt level of the operating room equipment and a second prompt mode corresponding to the second target prompt level according to the prompt information, and then prompting the second target prompt level corresponding to the operating room equipment on the display interface according to the determined second prompt mode. And the prompt levels of the prompt information of other operating room equipment can be known in time, so that whether to process the prompt information of other operating room equipment in time or not can be conveniently determined, and the efficiency of knowing the prompt information of the operating room equipment by the user is improved.

Description

Technical Field

[0001] The present invention relates to the field of medical devices, and particularly to a centralized control device for operating room equipment and a prompting method thereof. Background Art

[0002] The centralized control device in the operating room enables users to conveniently control various devices in the operating room at an easy-to-operate position, avoiding the trouble of being unable to operate the devices closely due to numerous device connections in the operating room. Generally, the centralized control device will display the alarm prompt information of the controlled device on the operation interface of the device to remind the user of the alarm that occurs in the current controlled device.

[0003] Since each controlled device has its own unique alarm prompt information. The warning colors of the alarm prompt information, the UI shapes of the alarm prompt information, etc. are all different. For some devices, the blue alarm information requires the device user to step forward to operate, while for some devices, the blue warning may just be a prompt and the user does not need to immediately step forward to handle it. Therefore, it is necessary for the user of the centralized control device to know which colors and which shapes of alarms of each controlled device need to be concerned and which do not, which brings inconvenience to the user of the centralized control device.

[0004] In addition, when the user of the centralized control device is on other interfaces of the software, the alarm information on the control interface of the controlled device cannot be seen. The user of the centralized control device needs to switch to the device control page from time to time to check the situation of the device or always pay attention to the operation status of each device in the operating room to avoid affecting the operation due to device alarms.

[0005] Therefore, when the existing centralized control device prompts the alarm prompt information of each controlled device, the efficiency is not high. Summary of the Invention

[0006] The present invention mainly provides a centralized control device for operating room equipment and a prompting method thereof, aiming to improve the efficiency of the user of the centralized control device to understand the prompt information of the operating room equipment.

[0007] An embodiment provides a centralized control device for operating room equipment, including:

[0008] A display screen;

[0009] A communication module, configured to communicate with a plurality of operating room equipment, and each of the operating room equipment includes one or more prompt information;

[0010] A processor, configured to perform the following processing:

[0011] On the display interface of the display screen, display the operation interface of a first operating room equipment currently selected from the plurality of operating room equipment;

[0012] If there is a prompt message for at least one unselected operating room device among the multiple operating room devices, obtain the prompt message of the at least one unselected operating room device, and the at least one unselected operating room device is the second operating room device;

[0013] According to the corresponding relationship between the preset prompt message and the prompt level and the obtained prompt message of the second operating room device, determine the second target prompt level corresponding to the second operating room device and the second prompt method corresponding to the second target prompt level;

[0014] Among them, the corresponding relationship between the preset prompt message and the prompt level includes: multiple preset prompt levels, the prompt methods corresponding to each of the preset prompt levels, different prompt methods corresponding to different preset prompt levels, and the preset prompt levels corresponding to at least one prompt message of each of the operating room devices among at least two operating room devices;

[0015] The second target prompt level corresponding to the second operating room device includes at least one prompt level among the prompt levels of all the current prompt messages of the second operating room device;

[0016] Prompt the second target prompt level corresponding to the second operating room device on the display interface according to the second prompt method.

[0017] An embodiment provides a centralized control device for operating room devices, including:

[0018] A display screen;

[0019] A communication module for communicating with multiple operating room devices, and each of the operating room devices includes one or more prompt messages;

[0020] The centralized control device is configured with multiple functions, and one of the multiple functions is a device control function; the device control function is used to control each of the operating room devices;

[0021] A processor for performing the following processing:

[0022] After the first function is selected, display the operation interface of the currently selected first function on the display interface of the display screen, and the first function is a function other than the device control function among the multiple functions;

[0023] If there is a prompt message for at least one operating room device among the multiple operating room devices, obtain the prompt message of the at least one operating room device;

[0024] Based on the correspondence relationship between the preset prompt information and the prompt levels, and the obtained prompt information of the at least one operating room device, determine the fourth target prompt level corresponding to the device control function and the fourth prompt method corresponding to the fourth target prompt level;

[0025] Among them, the correspondence relationship between the preset prompt information and the prompt levels includes: multiple preset prompt levels, the prompt methods corresponding to each of the preset prompt levels, different prompt methods corresponding to different preset prompt levels, and the preset prompt levels corresponding to at least one piece of prompt information of each of the at least two operating room devices;

[0026] The fourth target prompt level corresponding to the device control function includes the highest prompt level among the prompt levels of all the current prompt information of the at least one operating room device;

[0027] Prompt the fourth target prompt level corresponding to the device control function on the display interface according to the fourth prompt method.

[0028] An embodiment provides an aggregated control device for operating room devices, including:

[0029] A display screen;

[0030] A communication module for communicating with a plurality of operating room devices, each of the operating room devices including one or more pieces of prompt information;

[0031] A processor for performing the following processing:

[0032] In response to a setting instruction input by a user, display a prompt information setting interface on the display interface of the display screen; the prompt information setting interface includes at least one piece of prompt information of at least two of the plurality of operating room devices and a display control corresponding to the prompt information, one display control corresponding to one piece of prompt information, and the display control is used for the user to determine the prompt level corresponding to the prompt information from a plurality of the preset prompt levels;

[0033] In response to an operation of the user on the display control, determine the correspondence relationship between the prompt information and the prompt levels of each operating room device; the correspondence relationship between the prompt information and the prompt levels is used to determine the prompt level corresponding to the prompt information obtained in real time by each operating room device; different preset prompt levels correspond to different prompt methods.

[0034] An embodiment provides an aggregated control device for operating room devices, including:

[0035] A display screen;

[0036] A communication module for communicatively connecting with multiple operating room devices, each of the operating room devices including one or more pieces of prompt information;

[0037] A processor for performing the following processes:

[0038] Displaying the device identifiers of the multiple operating room devices in a first display area of the display screen, and displaying an operation interface of a first operating room device currently selected from the multiple operating room devices in a second display area;

[0039] If there is prompt information in at least one of the unselected operating room devices among the multiple operating room devices, obtaining the prompt information of the at least one unselected operating room device, the at least one unselected operating room device being a second operating room device;

[0040] According to a preset correspondence between prompt information and prompt levels and the obtained prompt information of the second operating room device, determining a second target prompt level corresponding to the second operating room device and a second prompt method corresponding to the second target prompt level;

[0041] Wherein, the preset correspondence between prompt information and prompt levels includes: multiple preset prompt levels, prompt methods corresponding to each of the preset prompt levels, different prompt methods corresponding to different preset prompt levels, and the preset prompt levels corresponding to at least one piece of prompt information of each of the at least two operating room devices;

[0042] The second target prompt level corresponding to the second operating room device includes at least one of the prompt levels of all the current prompt information of the second operating room device;

[0043] Prompting the second target prompt level corresponding to the second operating room device in a region corresponding to the device identifier of the second operating room device in the first display area according to the second prompt method.

[0044] An embodiment provides a prompting method for an aggregation control device of operating room devices, including:

[0045] Communicatively connecting with multiple operating room devices; each of the operating room devices including one or more pieces of prompt information;

[0046] Displaying an operation interface of a first operating room device currently selected from the multiple operating room devices on a display interface;

[0047] If there is prompt information in at least one of the unselected operating room devices among the multiple operating room devices, obtaining the prompt information of the at least one unselected operating room device, the at least one unselected operating room device being a second operating room device;

[0048] Determine the second target prompt level corresponding to the second operating room device and the second prompt method corresponding to the second target prompt level according to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information of the second operating room device;

[0049] Among them, the corresponding relationship between the preset prompt information and the prompt level includes: multiple preset prompt levels, the prompt methods corresponding to each of the preset prompt levels, different prompt methods corresponding to different preset prompt levels, and the preset prompt levels corresponding to at least one piece of prompt information of each of at least two of the operating room devices;

[0050] The second target prompt level corresponding to the second operating room device includes at least one of the prompt levels of all the current prompt information of the second operating room device;

[0051] Prompt the second target prompt level corresponding to the second operating room device on the display interface according to the second prompt method.

[0052] An embodiment provides a prompt method for a centralized control device of operating room equipment, including:

[0053] Communicatively connected to multiple operating room devices; each of the operating room devices includes one or more pieces of prompt information; the centralized control device is configured with multiple functions, and one of the multiple functions is a device control function; the device control function is used to control each of the operating room devices;

[0054] After the first function is selected, display the operation interface of the currently selected first function on the display interface, where the first function is one of the multiple functions other than the device control function;

[0055] If there is prompt information in at least one of the multiple operating room devices, obtain the prompt information of the at least one operating room device;

[0056] Determine the fourth target prompt level corresponding to the device control function and the fourth prompt method corresponding to the fourth target prompt level according to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information of the at least one operating room device;

[0057] Among them, the corresponding relationship between the preset prompt information and the prompt level includes: multiple preset prompt levels, the prompt methods corresponding to each of the preset prompt levels, different prompt methods corresponding to different preset prompt levels, and the preset prompt levels corresponding to at least one piece of prompt information of each of at least two of the operating room devices;

[0058] The fourth target prompt level corresponding to the device control function includes the highest prompt level among the prompt levels of all current prompt messages of the at least one operating room device;

[0059] Prompt the fourth target prompt level corresponding to the device control function on the display interface according to the fourth prompt method.

[0060] An embodiment provides a prompt method for a centralized control device of operating room devices, including:

[0061] Communicatively connected to a plurality of operating room devices; each of the operating room devices includes one or more prompt messages;

[0062] In response to a setting instruction input by a user, display a prompt message setting interface on a display interface; the prompt message setting interface includes at least one prompt message of at least two of the plurality of operating room devices and a display control corresponding to the prompt message, one display control corresponding to one prompt message, and the display control is used for the user to determine the prompt level corresponding to the prompt message from a plurality of preset prompt levels;

[0063] In response to an operation of the user on the display control, determine the corresponding relationship between the prompt messages and prompt levels of each operating room device; the corresponding relationship between the prompt messages and prompt levels is used to determine the prompt level corresponding to the prompt message obtained in real time by each operating room device; different preset prompt levels correspond to different prompt methods.

[0064] An embodiment provides a prompt method for a centralized control device of operating room devices, including:

[0065] Communicatively connected to a plurality of operating room devices, each of the operating room devices includes one or more prompt messages;

[0066] Display the device identifiers of the plurality of operating room devices in a first display area of the display interface, and display an operation interface of a first operating room device currently selected from the plurality of operating room devices in a second display area of the display interface;

[0067] If there are prompt messages for at least one unselected operating room device among the plurality of operating room devices, obtain the prompt messages of the at least one unselected operating room device, and the at least one unselected operating room device is a second operating room device;

[0068] According to the preset corresponding relationship between the prompt messages and prompt levels and the obtained prompt messages of the second operating room device, determine the second target prompt level corresponding to the second operating room device and the second prompt method corresponding to the second target prompt level;

[0069] Among them, the correspondence between the preset prompt information and the prompt levels includes: a plurality of preset prompt levels, a prompt method corresponding to each of the preset prompt levels, different prompt methods corresponding to different preset prompt levels, and the preset prompt levels corresponding to at least one piece of prompt information of each of at least two of the operating room devices;

[0070] The second target prompt level corresponding to the second operating room device includes at least one of the prompt levels of all the current prompt information of the second operating room device;

[0071] Prompt the second target prompt level corresponding to the second operating room device in the area corresponding to the device identifier of the second operating room device in the first display area according to the second prompt method.

[0072] An embodiment provides a computer-readable storage medium, on which a program is stored, and the program can be executed by a processor to implement the method described above.

[0073] According to the lumped control device of the operating room device and its prompt method in the above embodiment, for the operating room device whose operation interface is not displayed on the current display interface, after obtaining the prompt information of at least one of the operating room devices, determine the second target prompt level of the operating room device and its corresponding second prompt method according to the prompt information, and then prompt the second target prompt level corresponding to the operating room device on the display interface according to the determined second prompt method. In this way, when the user operates on the operation interface of one operating room device, they can also timely understand the prompt levels of the prompt information of other operating room devices, which is convenient for deciding whether to process the prompt information of other operating room devices in a timely manner, and improves the efficiency of the user to understand the prompt information of the operating room device. BRIEF DESCRIPTION OF THE DRAWINGS

[0074] Figure 1 It is a structural block diagram of an embodiment of the lumped control device provided by the present invention;

[0075] Figure 2 It is a flowchart of an embodiment of the prompt method of the lumped control device provided by the present invention;

[0076] Figure 3 It is a schematic diagram of an embodiment of the display interface in the lumped control device provided by the present invention;

[0077] Figure 4 It is a schematic diagram of an embodiment of the display interface in the lumped control device provided by the present invention;

[0078] Figure 5Flowchart of another embodiment of the prompting method for the centralized control device provided by the present invention;

[0079] Figure 6 Schematic diagram of an embodiment of the display interface in the centralized control device provided by the present invention;

[0080] Figure 7 Schematic diagram of an embodiment of the display interface in the centralized control device provided by the present invention;

[0081] Figure 8 For Figure 5 In the flowchart of, the flowchart after selecting the device control function;

[0082] Figure 9 Schematic diagram of an embodiment of the display interface in the centralized control device provided by the present invention;

[0083] Figure 10 Flowchart of an embodiment of setting the corresponding relationship in the centralized control device provided by the present invention;

[0084] Figure 11 Schematic diagram of an embodiment of the prompt information setting interface in the centralized control device provided by the present invention;

[0085] Figure 12 Schematic diagram of an embodiment of the display interface in the centralized control device provided by the present invention;

[0086] Figure 13 Flowchart of still another embodiment of the prompting method for the centralized control device provided by the present invention. Detailed implementation manners

[0087] The present invention will be further described in detail below in conjunction with the accompanying drawings through specific implementation manners. Similar elements in different implementation manners are labeled with related similar element numbers. In the following implementation manners, many detailed descriptions are provided to enable a better understanding of the present application. However, those skilled in the art can easily recognize that some of the features can be omitted in different situations, or can be replaced by other elements, materials, or methods. In some cases, some operations related to the present application are not shown or described in the specification to avoid overwhelming the core part of the present application with excessive descriptions. For those skilled in the art, it is not necessary to describe these related operations in detail, and they can fully understand the related operations based on the description in the specification and the general technical knowledge in the art.

[0088] In addition, the features, operations, or characteristics described in the specification can be combined in any suitable manner to form various embodiments. Meanwhile, the steps or actions in the method description can also be reordered or adjusted in a manner obvious to those skilled in the art. Therefore, the various sequences in the specification and drawings are only for clearly describing a certain embodiment and do not mean a necessary sequence, unless it is stated otherwise that a certain sequence must be followed.

[0089] The serial numbers assigned to the components herein, such as "first", "second", etc., are only used to distinguish the described objects and do not have any sequential or technical meaning. And the "connection" and "coupling" mentioned in this application, unless otherwise specified, both include direct and indirect connection (coupling).

[0090] Through the lumped control device, the present invention determines the prompt levels of the prompt information of each operating room device according to a unified rule, and then prompts at least one prompt level of the prompt information of the operating room device that is not currently displayed on the operation interface, which is convenient for users to judge risks and whether to handle immediately, etc., improving the efficiency of users to understand the prompt information of the operating room device and the efficiency of handling the prompt information. The following will elaborate on this through some embodiments.

[0091] The lumped control device for operating room equipment provided by the present invention is usually used in an operating room and can be connected to multiple operating room devices, and then centrally controls and manages these operating room devices. The devices in the operating room are usually diverse, so the lumped control device can usually control multiple different types of operating room devices. As Figure 1 shown, the lumped control device includes a processor 10, a display screen 20, an input module 30, and a communication module 40.

[0092] The input module 30 is used to receive user input, and it can be various input devices, such as a mouse, a keyboard, a control panel, a button, a trackball, a touchpad, a touch screen, etc., as long as it allows the user to operate the lumped control device.

[0093] The communication module 40 is used to communicate and connect with multiple operating room devices 50 of different types. The communication module 40 can adopt various types of wired communication interfaces and be wiredly communicatively connected to the operating room device 50 through a cable, or can adopt various types of wireless communication modules and be wirelessly communicatively connected to the operating room device 50; of course, the communication module 40 can also include both a wired communication interface and a wireless communication module, so as to be wiredly communicatively connected to some operating room devices 50 and wirelessly communicatively connected to another part of the operating room devices 50.

[0094] The processor 10 is used to control the centralized control device, so as to implement various functions of the centralized control device. The processor 10 can control the centralized control device to prompt the prompt information of multiple operating room devices 50 (such as multiple different types of operating room devices 50). There are various prompting processes, which will be elaborated in the embodiments below respectively.

[0095] As Figure 2 In the embodiment shown, the process of the processor 10 controlling the centralized control device to prompt includes the following steps:

[0096] Step 1: Communicate and connect with multiple operating room devices 50. Specifically, the processor 10 communicates and connects with multiple operating room devices 50 (such as multiple different types of operating room devices 50) through the communication module 40. There are various operating room devices 50 in the operating room, such as operating lights, operating tables, insufflators, uterine cavity pumps, endoscopes, energy platforms, surgical field cameras, panoramic cameras, and audio controls. Each operating room device 50 includes one or more prompt messages, that is, each operating room device 50 can generate one or more prompt messages. In this embodiment, the multiple, several, etc. include a quantity of 2 or more.

[0097] Step 2: Display the operation interface of the currently selected first operating room device on the display interface. Specifically, the processor 10 displays the operation interface of a first operating room device currently selected from multiple operating room devices on the display interface of the display screen 20. An important function of the centralized control device is to control multiple different operating room devices. For the convenience of human-computer interaction, in this embodiment, the display interface can be the main interface of the centralized control device. The operating room device selected from the above multiple operating room devices is the first operating room device. The currently selected first operating room device can be selected by the user (such as selected by the user on the display interface). If the user does not select an operating room device, the currently selected first operating room device can be pre-set (selected) by the system. Of course, in some embodiments, if the user does not select an operating room device, the operation interface can also not be displayed first, and then be displayed after the user selects an operating room device. In this embodiment, as Figure 3As shown, the processor 10 displays the device identifier a of each operating room device (multiple operating room devices of the above different types) 50 on the display interface of the display screen 20 for the user to select. When the user selects the device identifier a of the operating room device 50, the user has selected the operating room device 50. For the convenience of description, the operating room device 50 selected by the user is the first operating room device, and at least one unselected operating room device is the second operating room device. For example, all operating room devices with prompt information and not selected are the second operating room devices. In this embodiment, considering that the unselected operating room devices may not have prompt information currently but may have it later, among the various operating room devices connected to the lumped control device, all other unselected operating room devices are called the second operating room devices. The device identifiers a of the various operating room devices 50 can be centrally displayed in an area (such as the left side of the screen in the figure), and this area can be located on one side of the display interface to facilitate the user to switch the selected operating room device. When the user selects a device identifier a, it means the user has selected the operating room device 50 to which this device identifier a belongs, and the processor 10 displays the operation interface b of the selected operating room device 50 in another main area of the display interface (such as the right side of the screen in the figure). Considering the limited screen space, only one operating room device 50 can be selected at a time, so that only the operation interface of one operating room device 50 can be displayed.

[0098] The operation interface of the currently selected first operating room device displayed on the display interface may be the same as or different from the operation interface displayed on the first operating room device itself, as long as the first operating room device can be operated. In this embodiment, for the convenience of the user to control the operating room device, the operation interface of the selected operating room device displayed on the display screen of the display is the same as the operation interface displayed on the operating room device itself. In this way, the user can quickly get started to control the various operating room devices through the lumped control device without having to learn.

[0099] There are various ways to enable the display screen to display the operation interface of the operating room device itself. Two examples are given below for illustration.

[0100] One way is that the lumped control device stores the operation interfaces of the various operating room devices. The processor 10 calls the operation interface of the selected operating room device and displays the operation interface of the selected operating room device on the display screen 20. Although the operation interface stored in the lumped control device is the same as the operation interface on the operating room device in this way, the two operation interfaces are independent. If the operation interface on the operating room device is updated, the lumped control device also needs to be updated, otherwise the operation interfaces on the two devices will be different, which is likely to cause confusion to the user.

[0101] In another way, the processor 10 interacts with the selected operating room device 50 through the communication module 40. After obtaining the authorization of the selected operating room device 50, it remotely calls the operation interface of the selected operating room device 50 and displays the operation interface on the display screen. In this way, it can be ensured that the operation interface currently displayed on the display screen is always consistent with the operation interface of the selected operating room device 50 itself.

[0102] Both of the above two ways can make the display screen show the operation interface of the operating room device that the user wants, and then operate the operating room device through the operation interface, which is very convenient.

[0103] Step 3: If there is prompt information for at least one of the unselected operating room devices among multiple operating room devices, obtain the prompt information of the at least one unselected operating room device. That is, if there is prompt information for the second operating room device, obtain the prompt information of such a second operating room device. Of course, if there is prompt information for the first operating room device, it can also be obtained. For example, the processor 10 receives the prompt information of each operating room device that has generated prompt information through the communication module 40. The prompt information of the operating room device is used to prompt the user to pay attention to the operating room device, and may include the alarm information of the operating room device and the status information of the operating room device, etc. After the operating room device generates prompt information during its working process, the prompt information is transmitted to the centralized control device. After the first operating room device generates prompt information, it is transmitted to the centralized control device, and after the second operating room device generates prompt information, it is also transmitted to the centralized control device. The processor 10 can use the prompt information of the operating room device to execute the subsequent steps. Considering that there are many types of prompt information for each operating room device, not every type of alarm or status prompt is important and requires the user to handle it immediately. Therefore, in this embodiment, the processor 10 screens the prompt information of the operating room device, and only the prompt information that meets the requirements is used to execute the subsequent steps. Specifically, after the processor 10 obtains the prompt information of the operating room device (such as the first operating room device, the second operating room device), it determines whether the obtained prompt information belongs to the preset information that needs to be prompted; if so, it executes subsequent steps 4 and 5, and if not, it ignores the obtained prompt information, that is, when it does not belong to the type of information that needs to be prompted, the prompt information does not execute the subsequent steps. In this way, the user can not only screen the prompt information displayed on the centralized control device, but also reduce alarm fatigue.

[0104] Step 4: Determine the second target prompt level corresponding to the second operating room equipment and the second prompt method corresponding to the second target prompt level according to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information of the second operating room equipment. Among them, one second operating room equipment corresponds to one second target prompt level; the corresponding relationship between the preset prompt information and the prompt level includes: multiple preset prompt levels, the prompt methods corresponding to each preset prompt level, different preset prompt levels corresponding to different prompt methods, and the preset prompt levels corresponding to at least one piece of prompt information of each operating room equipment among at least two operating room equipment. Wherein the at least one piece of prompt information includes all prompt information of each operating room equipment or all information that needs to be prompted for each operating room equipment; for example, in some embodiments, the corresponding relationship between the preset prompt information and the prompt level may include: the prompt information of all operating room equipment (such as name or unique code, etc.), the prompt levels corresponding to these prompt information, the prompt methods corresponding to each prompt level, and different prompt levels corresponding to different prompt methods for distinction. In other embodiments, the corresponding relationship between the preset prompt information and the prompt level may include: the prompt information that needs to be prompted for all operating room equipment (such as name or unique code, etc.), the prompt levels corresponding to these prompt information, the prompt methods corresponding to each prompt level, and different prompt levels corresponding to different prompt methods for distinction. The second target prompt level corresponding to the second operating room equipment includes at least one of the prompt levels of all the prompt information currently existing in the second operating room equipment. The at least one prompt level may be the latest prompt level (the most recently generated prompt level), or the highest prompt level, or may be the two higher prompt levels among the prompt levels of all the prompt information currently existing in the second operating room equipment; or may be all the prompt levels among the prompt levels of all the prompt information currently existing in the second operating room equipment, etc. The centralized control device is pre-set with the corresponding relationship between the prompt information and the prompt level, that is, according to this corresponding relationship, the prompt levels of all the prompt information belonging to the type that needs to be prompted can be determined. The corresponding relationship can adopt a corresponding table, and the processor 10 can determine the prompt level by looking up the corresponding table after receiving the prompt information.

[0105] After the operating room equipment generates a prompt message, it will display it on its own display screen. If the prompt message has a prompt level, it will usually also be prompted on its own display screen. Some types of operating room equipment divide prompt levels for prompt messages, while for some types of operating room equipment, their prompt messages may not have prompt levels. Therefore, the ways in which different types of operating room equipment prompt the prompt levels of their own prompt messages on their own screens are usually different. In other words, among the aforementioned multiple operating room equipment, there are at least two operating room equipment (such as A and B) that meet the following conditions: the ways in which the at least two operating room equipment prompt the same prompt level in their respective equipment are different. That is, at least two operating room equipment have the same prompt level and the ways in which the same prompt level is displayed on their own screens are different. The different ways of prompting may be at least one of different font colors, different background colors, different brightnesses, different shapes, and different sizes. All the preset prompt levels of these two operating room equipment A and B may be the same. For example, they are all the three levels of high, medium, and low. Of course, they may also be different. For example, one is the two levels of high and low, and the other is the three levels of high, medium, and low. In this case, only the two levels of high and low are the same. In some embodiments, the at least two operating room equipment include all the operating room equipment. That is, among all the operating room equipment, even for the prompt messages with the same prompt level, the ways in which their prompt levels are displayed on their own screens are different. In the prior art, some of the prompt messages of each operating room equipment have prompt levels, and some even do not have prompt levels. Moreover, the ways or standards for determining the prompt levels are also different. Therefore, it is no problem for the prompt messages of each operating room equipment to be displayed separately on their own display screens. However, if they are centrally displayed on the lumped control equipment, although the content of the prompt messages can be well recognized through the text, the prompt levels of the prompt messages will be in a mess, and it will be very difficult for the user to judge the importance of the prompt messages of different operating room equipment. The present invention re-determines the prompt levels of the prompt messages of each operating room equipment through a unified correspondence between the prompt messages and the prompt levels, that is, through the same standard. Regardless of the source of the operating room equipment, as long as the prompt levels are the same, their importance levels are the same, and the corresponding ways of prompting are also the same. In this way, the user can quickly judge the emergency levels of the alarms of each equipment.

[0106] Specifically, after the processor 10 obtains the prompt information of the second operating room device, it determines the prompt level of the obtained prompt information according to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information of the second operating room device. Then, from the prompt levels of all the current prompt information of the second operating room device, at least one prompt level is determined as the second target prompt level corresponding to the second operating room device, and the prompt method corresponding to the second target prompt level is the second prompt method. For example, the latest prompt level is determined as its second target prompt level; for another example, the highest prompt level is determined as its second target prompt level. This embodiment will be described by taking the latter as an example. For example, the prompt information is divided into three prompt levels: high, medium, and low. The processor 10 receives a plurality of prompt information of two second operating room devices 1 and 4. There are currently two prompt information of the second operating room device 1 and the prompt levels are both medium. Then the second target prompt level of the second operating room device 1 is medium; there is currently one prompt information with a medium level and one prompt information with a low level for the second operating room device 4. Then the second target prompt level of the second operating room device 4 is medium.

[0107] In this embodiment, considering real-time performance, after the processor 10 determines the prompt level of the prompt information of the second operating room device, it determines whether the prompt level of the prompt information is higher than the second target prompt level corresponding to the second operating room device that is currently being prompted. When the processor 10 receives the first prompt information, the current second target prompt level can be defaulted to 0 or be empty. Even if the prompt level of the first prompt information is the lowest level, it is higher than the current second target prompt level. After that, when the second target prompt level has a clear level, when the processor 10 receives the prompt information again, it can be compared with the second target prompt level as usual. When the prompt level of the currently received prompt information is higher than the current second target prompt level, the processor 10 updates the prompt level of the prompt information to the second target prompt level corresponding to the second operating room device. When the prompt level of the currently received prompt information is not higher than the current second target prompt level, the second target prompt level remains unchanged. For example, now a new prompt information of the second operating room device 4 is received, and its prompt level is high. Then its current second target prompt level is updated to high. In this way, it is ensured that the second target prompt level always reflects the highest prompt level among all the current prompt information of the operating room device to which it belongs.

[0108] The correspondence between the prompt information and the prompt level is generated by setting the prompt information of different operating room devices according to the same prompt level rule. The prompt level rule at least includes: the prompt methods for the same prompt level of different operating room devices are the same, and the prompt methods for different prompt levels of the same operating room device are different. The target prompt level needs to be presented to the user in a certain form, and each prompt level may be the target prompt level. Therefore, when setting the correspondence between the prompt information and the prompt level, this point is taken into account, and the prompt information of different severities is divided into different prompt levels, and then their prompt methods are different when presented to the user, so that the user can know the severity of the prompt information.

[0109] Step 5: Prompt the second target prompt level corresponding to the second operating room device on the display interface according to the second prompt method. If there are multiple second operating room devices with prompt information, respectively prompt the second target prompt level corresponding to each second operating room device according to the second prompt method of the second target prompt level corresponding to each second operating room device. That is, for the second operating room device with prompt information, the processor 10 prompts the second target prompt level of each second operating room device on the display interface of the display screen 20 according to the prompt method of the second target prompt level of each second operating room device. Since the current display interface of the display screen 20 mainly displays the operation interface of the selected first operating room device, the operation interface of the second operating room device is not displayed. Therefore, according to the solution of the prior art, usually only the prompt information of the selected first operating room device is displayed on the current operation interface, and the user has no way of knowing the prompt information of each second operating room device. If the user needs to know, the user needs to select the second operating room device that he wants to know. During the operation, it is necessary to frequently master the alarm situation of the operating room devices. Therefore, it is necessary to frequently select different operating room devices, which is cumbersome to operate, and the frequent switching of the operation interfaces of the operating room devices is also inconvenient for the user to operate the operating room devices. However, through the above method of the present invention, when the user operates the selected operating room device, the user can also know the second target prompt level of the prompt information of other unselected operating room devices, such as the prompt level of the latest prompt information or the highest prompt level of all the existing prompt information, etc. The user can select the operating room device with a higher target prompt level and then switch to its operation interface to view the specific prompt information and processing, etc., and can not process the operating room device with a lower target prompt level as appropriate, thereby improving work efficiency.

[0110] If there is a prompt message for the currently selected first operating room device, the processor 10 obtains the prompt message of the first operating room device. After the processor 10 obtains the prompt message of the first operating room device, according to the corresponding relationship between the preset prompt message and the prompt level and the obtained prompt message of the first operating room device, it determines the first target prompt level corresponding to the first operating room device and the first prompt method corresponding to the first target prompt level. The first target prompt level corresponding to the first operating room device includes at least one prompt level among the prompt levels of all the current prompt messages of the first operating room device. The at least one prompt level may include the prompt level of the latest prompt message, and the prompt method corresponding to this prompt level is the first prompt method; the at least one prompt level may also include the highest prompt level among the prompt levels of all the prompt messages, and the prompt method corresponding to this prompt level is the first prompt method; or it may be the two higher prompt levels among the prompt levels of all the current prompt messages of the first operating room device; or it may be all the prompt levels among the prompt levels of all the current prompt messages of the first operating room device. In this embodiment, an example is given where the first target prompt level is the highest prompt level among the prompt levels of all the current prompt messages of the first operating room device. For example, the first operating room device generates two prompt messages successively, and the prompt levels are both medium. The user does not process these two prompt messages. Now a low-level prompt message is generated. Currently, there are three prompt messages that need to be displayed on the operation interface of the first operating room device. The highest prompt level (the first target prompt level) of these three current prompt messages of the first operating room device is medium. The specific process for the processor 10 to determine the first target prompt level is the same as that for the second target prompt level, only need to change the second operating room device in the foregoing content to the first operating room device, and change the second target prompt level to the first target prompt level, which will not be elaborated here.

[0111] The processor 10 prompts the first target prompt level corresponding to the first operating room device on the display interface according to the first prompt method corresponding to the first target prompt level of the first operating room device. Prompting the first target prompt level of the first operating room device on the display interface can be similar to that of the second target prompt level. See the foregoing content for details, which will not be elaborated here. For the selected first operating room device, its operation interface is displayed on the current display interface. Therefore, the prompt message of the first operating room device can be directly displayed on its operation interface according to the preset prompt method in the first operating room device, such as directly displaying the prompt message at a preset position on the operation interface, etc., and the user can directly view the prompt message.

[0112] In the prior art, the alarm information of different operating room devices is only displayed on their respective operation interfaces. To view the alarm information of each operating room device, it is necessary to select each operating room device one by one and call out its operation interface for viewing. As can be seen from the above content of the present invention, although only the operation interface of the currently selected first operating room device is displayed on the screen of the display, and the operation interfaces of other operating room devices are not displayed, the highest level of the prompt information of other operating room devices can also be prompted on the current screen. Without any operation by the user or during the process of operating the current operation interface, the user can master the severity of the alarms of other operating room devices, which is very convenient.

[0113] The first target prompt level of the first operating room device and the second target prompt levels of each second operating room device can be presented on the display interface in various ways. It is only necessary to distinguish different prompt levels by different prompt methods. In this embodiment, the prompt method corresponding to a higher prompt level is more prominent than the prompt method corresponding to a lower prompt level. Therefore, when the first target prompt level and the second target prompt levels are at a higher level, the user can pay attention more quickly to avoid delaying the handling of the alarm.

[0114] An operating room device (such as the first operating room device, the second operating room device) corresponds to a first prompt object. The second target prompt level corresponding to a second operating room device is prompted by adjusting the attributes of its first prompt object. Similarly, the first target prompt level corresponding to a first operating room device is prompted by adjusting the attributes of its first prompt object. In other words, the processor prompts the target prompt level corresponding to the operating room device on the display interface according to the prompt method of the target prompt level, which may include: displaying the first prompt object of the operating room device and prompting the corresponding target prompt level by adjusting the attributes of the first prompt object of the operating room device. Different preset prompt levels correspond to different prompt methods, that is, they correspond to different attributes of the first prompt object.

[0115] The different preset prompt levels corresponding to different prompt methods include at least one of the following: different font colors of the first prompt object, different background colors of the first prompt object, different brightnesses of the first prompt object, different shapes of the first prompt object, and different sizes of the first prompt object. That is, the prompt level corresponds to at least one of the font color of the first prompt object, the background color of the first prompt object, the brightness of the first prompt object, the shape of the first prompt object, and the size of the first prompt object. The prompt methods corresponding to different prompt levels (such as at least one of the font color, background color, brightness, shape, and size of the first prompt object) are different, and the prompt methods corresponding to the same prompt level are the same. In this way, the user can know the target prompt level of the prompt information of each current operating room device by identifying the font color, background color, brightness, shape, or size of the first prompt object.

[0116] like Figure 4 As shown, the processor 10 prompts the second target prompt level corresponding to the second operating room equipment on the display interface according to the second prompt method, and can display the first prompt object c corresponding to the second operating room equipment on the display interface according to the second prompt method, that is, the first prompt object c has the attribute corresponding to the second prompt method. The first prompt object c can also reflect the operating room equipment to which it belongs. Specifically, the second target prompt level can be prompted by adjusting the attributes of other objects corresponding to the equipment identifier in the area where the equipment identifier of the second operating room equipment is located. For example, the first prompt object c of the second operating room equipment can be an object within the preset range of the area where the equipment identifier a of the second operating room equipment to which it belongs is located, that is, the first prompt object c of the second operating room equipment is within the preset range of its equipment identifier a, so that the user knows that the attribute of the first prompt object c reflects the current target prompt level of the operating room equipment to which it belongs. The preset range can be the area where the equipment identifier a is located (such as the boundary of the equipment identifier a), or it can be a range at a certain distance (preset distance) from the equipment identifier a, that is, the first prompt object c corresponding to the second operating room equipment can be located on the equipment identifier a of the second operating room equipment to which it belongs, or it can be located at a position adjacent to its equipment identifier a, thereby indicating that the second operating room equipment has an alarm and a corresponding alarm level. Of course, when the second operating room equipment currently has no prompt information, the first prompt object c will not be prompted. The first prompt object c can be a graphic, icon, pattern, character, etc., as long as it can play a prompting role, without limitation. Similarly, the processor 10 prompts the current first target prompt level of the first operating room equipment on the display interface, and can display the first prompt object c corresponding to the first operating room equipment on the display interface according to the first prompt mode, that is, the first prompt object c has such an attribute according to which attribute the first prompt mode corresponds to. The first target prompt level can be prompted by adjusting the attributes of other objects corresponding to the equipment identifier in the area where the equipment identifier of the first operating room equipment is located. For example, the first prompt object c of the first operating room equipment can be an identifier within a preset range of the area where the equipment identifier a of the first operating room equipment is located. The preset range can be the area where the equipment identifier a of the first operating room equipment is located (such as the boundary of the equipment identifier a), or it can be a range at a certain distance from the equipment identifier a, that is, the first prompt object c of the first operating room equipment can be located on the equipment identifier a of the first operating room equipment, or it can be located at a position adjacent to the equipment identifier a of the first operating room equipment, thereby indicating that an alarm and a corresponding alarm level have occurred in the first operating room equipment. Of course, when there is no prompt information on the current first operating room equipment, the first prompt object c is not prompted.

[0117] In this embodiment, the first and second target prompt levels are not used. Figure 4Rather than separately setting a first prompt object c in this way, the device identifier a is used as the first prompt object. Therefore, as Figure 3 shown, the first prompt object corresponding to the second operating room device is its device identifier (such as the long box where "Operating Room Device 1", "Operating Room Device 3", and "Operating Room Device 4" are located in Figure 3 ), and the first prompt object corresponding to the first operating room device is its device identifier (such as the long box where "Operating Room Device 2" is located in Figure 3 ). That is, the processor 10 prompts the second target prompt level currently corresponding to the second operating room device on the display interface, including: prompting the second target prompt level by adjusting the attributes of the device identifier of the second operating room device, that is, updating the attributes of its device identifier (such as at least one of font color, background color, brightness, shape, and size) on the display interface according to the second prompt method of the current second target prompt level of the second operating room device. That is, for which attribute the second prompt method (second target prompt level) corresponds to, the device identifier has such an attribute, so as to prompt the second target prompt level. The processor 10 prompts the first target prompt level currently corresponding to the first operating room device on the display interface, including: updating the attributes of its device identifier (such as at least one of font color, background color, brightness, shape, and size) on the display interface according to the first prompt method of the current first target prompt level of the first operating room device. That is, for which attribute the first prompt method corresponds to, the device identifier has such an attribute, so as to prompt the first target prompt level. The prompt method corresponding to the prompt level represents different prompt levels with different attributes of the first prompt object. Taking the attribute as color (such as font color and / or background color) as an example, the processor 10 adjusts the color of the device identifier of the second operating room device to the color corresponding to the second prompt method, that is, the color corresponding to the current second target prompt level of the second operating room device, and adjusts the color of the device identifier of the first operating room device to the color corresponding to the first prompt method, that is, the color corresponding to the current first target prompt level of the first operating room device. In this embodiment, taking the device identifier in red to represent the high prompt level, the device identifier in blue to represent the medium prompt level, and the device identifier in green to represent the low prompt level as an example, assuming that the first target prompt level of the first operating room device 2 and the second target prompt level of the second operating room device 1 are both medium, the second target prompt level of the second operating room device 4 is high, and the second operating room device 3 has no alarm information, then Figure 3 the colors of the device identifiers a of the first operating room device 2 and the second operating room device 1 in are blue, the color of the device identifier a of the second operating room device 4 is red, and the second operating room device 3 has no prompt information and thus keeps the original color of its device identifier, and the original color is different from the colors corresponding to each prompt level.

[0118] The hierarchy of the prompt levels can be set according to the user's needs, such as two levels, three levels, four levels, etc. In this embodiment, the high-level prompt information can represent an alarm that the user must immediately view and resolve. The medium-level prompt information can represent an alarm that the user does not need to pay attention to currently, and the device has been self-calibrated and can be checked after the operation. The low-level prompt information can represent general prompts and does not require attention. In this embodiment, the prompt method of the target prompt level (such as the first and second target prompt levels) is displayed in the prompt method corresponding to the highest level among the current prompt information of the operating room equipment to which it belongs.

[0119] The above prompt levels remind the user from the perspective of severity, and / or, can also remind the user from the perspective of the number of prompts. For example, the processor 10 can respectively count the total number of prompt information of each operating room equipment (the first and second operating room equipment). Similarly, the processor 10 can display the total number of prompt information of each operating room equipment on its device identifier, or display the total number of prompt information of each operating room equipment within a preset range of the area where its device identifier is located. When the user sees the total number of alarms and the level of a certain operating room equipment, it can better decide whether to handle it immediately. The total number of prompt information can also be combined with the first prompt object. For example, the displayed total number of prompt information is a kind of first prompt object, and at least one of the font color, background color, brightness, shape, and size of the displayed total number of prompt information of each operating room equipment reflects the target prompt level (the highest prompt level of all prompt information) of the operating room equipment. Taking the prompt information as the alarm information as an example, the first prompt object of the operating room equipment can reflect the highest prompt level of its current alarm and the total number of alarms, saving interface space and having high human-computer interaction efficiency.

[0120] After the user sees the various target prompt levels that appear, the user can choose whether to process the prompt information. If all the prompt information at the level of the target prompt levels is processed, the target prompt level will be correspondingly downgraded, and then the first prompt object will change accordingly. Specifically, if at least one piece of prompt information of the operating room equipment (such as the second operating room equipment and / or the first operating room equipment) is eliminated, the processor 10 re-determines the target prompt level corresponding to the operating room equipment according to the remaining prompt information of the operating room equipment currently and the preset corresponding relationship between the prompt information and the prompt level; for example, re-determines the target prompt level according to the prompt level of the remaining prompt information of the operating room equipment currently. If the re-determined target prompt level is different from the target prompt level determined last time, the second prompt method corresponding to the re-determined second target prompt level is obtained and the re-determined second target prompt level is prompted according to the obtained prompt method, that is, the first prompt object (such as the equipment identifier) is updated according to the prompt method corresponding to the re-determined target prompt level. For example, there are multiple high-level prompt information and medium-level prompt information for the operating room equipment 4. Then, if one high-level prompt information is eliminated, the target prompt level will not change. After all the high-level prompt information is eliminated, the target prompt level will become medium-level, thus causing a change in the first prompt object. In this way, the user can always see the real-time target prompt levels of the various operating room equipment on the display interface of the display screen, which is very accurate.

[0121] In some embodiments, there is also a normal display area on the display interface of the display screen. That is, no matter which operating room equipment the user selects and which operating room equipment's operation interface is displayed, the position and the displayed content of this normal display area will not change due to the change of the operation interface. The normal display area can at least display the prompt information with the highest prompt level currently existing for the operating room equipment, that is, display the prompt information of the target prompt levels of the various operating room equipment. In this way, the user can see the most serious prompt information currently existing for the unselected operating room equipment without switching the current operation interface, which is very convenient.

[0122] In some centralized control devices, in addition to allowing the user to operate on the various operating room equipment, there are other functions available for the user to operate. Each function can be operated on its corresponding operation interface. When these functions are executed, prompt information may also be generated. Therefore, a similar method to the above embodiments can be adopted to prompt the target prompt levels of different functions. The following is illustrated by an embodiment.

[0123] The centralized control device is configured with multiple functions, and one of the multiple functions is the device control function. The device control function is used to control the various operating room equipment. As in Figure 5In the illustrated embodiment, the centralized control device gives a prompt for the prompt level of the obtained prompt information, and its process may include the following steps:

[0124] Step 1': Communicate and connect with multiple operating room devices 50 (such as multiple operating room devices 50 of different types). The specific process is the same as step 1 above and will not be elaborated here.

[0125] Step 2': After the first function is selected, display the operation interface of the currently selected first function on the display interface. The first function is a function other than the device control function among the multiple functions configured by the centralized control device, that is, a non-device control function. The selected first function can be selected by the user or preset by the system (i.e., system preset). This embodiment will take the former as an example for illustration.

[0126] Specifically, the processor 10 displays multiple functions on the display interface of the display screen 20 for the user to select. Among them, one of these functions is the device control function; the device control function is used to control multiple operating room devices 50 of different types. These functions may also include one or more of a routing function, a recording function, a video conferencing function, a document management function, and a live broadcast function, etc. Each function has a corresponding control interface or operation interface for the user to control the execution of the function. As Figure 6 shown, the function can be selected by means of a function identifier d. For example, the processor 10 displays the function identifiers d of multiple functions on the display interface of the display screen 20 for the user to select the corresponding function. The function identifiers d of multiple functions can be displayed in a centralized area (which can be called the first area), and this area can be located below the display interface. When the user selects a function identifier d, that is, selects the function to which this function identifier d belongs, the operation interface e of the selected function is displayed in another main area (which can be called the second area) of the display interface. The operation interface of the routing function can be used to display the video capture devices connected to the centralized control device and display the real-time video images captured by the video capture device selected by the user. The operation interface of the recording function is as Figure 6 shown, and can be used to display the video capture devices connected to the centralized control device and record the video images captured by the video capture device selected by the user (such as a panoramic camera, an endoscope, and a surgical field camera, etc.). The user can select the video source (video capture device) of the recorded video on this operation interface and can also adjust the shooting angle, field of view, etc. of the video capture device. The live broadcast function can be used to perform a live broadcast of the surgical process using the video capture devices connected to the centralized control device, which is suitable for teaching and other scenarios. The video conferencing function can be used to conduct a video conference with devices on the network, facilitating sharing of the surgical process, academic exchanges, receiving consultations and suggestions from external doctors, etc. The document management function is used to manage the data generated by each operating room device, etc.

[0127] The user can select a function identifier d through the input module 30, thereby selecting a function. After the processor 10 receives an instruction for selecting a first function through the input module 30, in response to this instruction, an operation interface e of the currently selected first function is displayed in the second area of the display interface of the display screen 20. Figure 6 As shown, the function selected by the user is the recording function. Once the user selects a function, they can operate on the corresponding operation interface e, which is very convenient. It is also very convenient to switch between different functions for operation.

[0128] Step 3': If there is a prompt message in at least one of the multiple operating room devices, obtain the prompt message of the at least one operating room device, that is, if there is a prompt message in an operating room device, obtain the prompt message of such an operating room device. For example, the processor 10 receives the prompt message of the operating room device that has generated the prompt message through the communication module 40. In this embodiment, the processor 10 can also screen the prompt messages of the operating room devices, and only the prompt messages that meet the requirements are executed in the subsequent steps. Specifically, after the processor 10 obtains the prompt message of the operating room device, it determines whether the obtained prompt message belongs to the preset information that needs to be prompted; if so, steps 4' and 5' are executed, and if not, the prompt message is ignored, that is, when the prompt message does not belong to the information that needs to be prompted or the type of the prompt message does not belong to the type that needs to be prompted, the subsequent steps are not executed for the prompt message. The process of obtaining the prompt messages of each operating room device in this step has been described in detail in the above step 3 and will not be elaborated here.

[0129] Step 4': According to the corresponding relationship between the preset prompt message and the prompt level and the obtained prompt message of the at least one operating room device, determine the fourth target prompt level corresponding to the device control function and the fourth prompt method corresponding to the fourth target prompt level. Among them, the fourth target prompt level corresponding to the device control function includes the highest prompt level among the prompt levels of all the current prompt messages of the at least one operating room device; in this embodiment, the fourth target prompt level corresponding to the device control function is the highest prompt level among the prompt levels of all the current prompt messages of all the operating room devices. Of course, in other embodiments, the fourth target prompt level corresponding to the device control function can also be one of the prompt levels of all the current prompt messages of all the operating room devices, such as the prompt level of the latest prompt message.

[0130] The lumped control device is pre-set with the correspondence between prompt messages and prompt levels. The pre-set correspondence between prompt messages and prompt levels includes: multiple pre-set prompt levels, the prompt methods corresponding to each pre-set prompt level, different pre-set prompt levels corresponding to different prompt methods, and the pre-set prompt levels corresponding to at least one prompt message of each operating room device among at least two operating room devices. Specifically, it is the same as the foregoing embodiment and will not be elaborated here. In this embodiment, through a correspondence between prompt messages and prompt levels, that is, through the same standard, the prompt levels of the prompt messages of each operating room device and each function are uniformly determined. Regardless of the source of the operating room device, as long as the prompt levels are the same, their importance levels are the same. In this way, the user can quickly judge the emergency levels of the alarms of each device and each function.

[0131] Specifically, after the processor 10 obtains the prompt information of the at least one operating room device, according to the pre-set correspondence between prompt messages and prompt levels and the obtained prompt information of the at least one operating room device, it determines the prompt level of the obtained prompt information. Then, according to the prompt levels of all the prompt information currently existing in all the operating room devices, it determines the highest prompt level among them as the fourth target prompt level. For example, the prompt information is divided into three prompt levels: high, medium, and low. A plurality of prompt information of three operating room devices A, B, and C are received. There are currently two prompt messages in operating room device A and their prompt levels are both medium. There are currently three prompt messages in operating room device B and their prompt levels are all low. There is currently one prompt message with a high level and one prompt message with a low level in operating room device C. Then the highest level of the current prompt information of these operating room devices is high, and the fourth target prompt level corresponding to all the operating room devices is also high.

[0132] In this embodiment, considering real-time performance, after the processor 10 determines the prompt level of the acquired prompt information, it determines whether the prompt level of the prompt information is higher than the fourth target prompt level corresponding to the device control function of the current prompt. When the processor 10 receives the prompt information of the first operating room device, the current fourth target prompt level is 0 or empty, and the prompt level of this first prompt information is necessarily higher than the current fourth target prompt level. After the fourth target prompt level has a clear level, when the processor 10 receives the prompt information again, it can simply compare it with the fourth target prompt level. When the prompt level of the currently received prompt information is higher than the current fourth target prompt level, the processor 10 updates the prompt level of the prompt information to the fourth target prompt level corresponding to the device control function. Suppose there is currently only one medium-level prompt information for operating room device A, and there is no prompt information for other operating room devices. Then the fourth target prompt level is medium. Now, a new prompt information for operating room device C is received, and its prompt level is high. Then the current fourth target prompt level is updated to high. In this way, it is ensured that the fourth target prompt level always reflects the highest prompt level among all the prompt information existing for all the operating room devices currently.

[0133] The correspondence between the prompt information and the prompt level is generated by setting the same prompt level rule for the prompt information of different operating room devices and / or different functions. The prompt level rule at least includes: the prompt methods for different prompt levels are different, and the prompt methods for the same prompt level are the same. In other words, the prompt level may need to be presented to the user in a certain form, that is, the prompt methods for different prompt levels are different. When setting the correspondence between the prompt information and the prompt level, this point is taken into account, and the prompt information of different severities (the prompt information of each operating room device and / or each function) is divided into different prompt levels, and then their prompt methods are different when presented to the user. In this way, the user can know the severity of the prompt information on each operation interface.

[0134] Step 5': Prompt the fourth target prompt level corresponding to the device control function on the display interface according to the fourth prompt method. That is, the processor 10 prompts the fourth target prompt level on the display interface of the display screen 20 according to the prompt method of the fourth target prompt level. Since the current display interface of the display screen 20 mainly displays the operation interface e of the selected first function d and the operation interface of the device control function is not displayed, according to the prior art solution, usually only the prompt information of the selected first function is displayed on the current operation interface, and the user has no way of knowing the situation of the device control function, that is, no way of knowing the prompt information of the operating room equipment. If the user wants to know, the user needs to select the device control function. During the operation, it is necessary to frequently master the alarm situation of the operating room equipment. Therefore, it is necessary to frequently select the device control function, which is cumbersome to operate and frequently leaving the operation interface of other functions will also affect the operation of other functions. However, through the above method of the present invention, when the user operates other functions, the user can also know the highest prompt level of the prompt information of all current operating room equipment. When the level is relatively high, the user can select the device control function and then view the prompt information and make corresponding processing on its operation interface, etc. When the level is relatively low, the user can choose not to process it according to the situation, thus improving work efficiency.

[0135] After the first function is selected, if there is prompt information for the currently selected first function, the processor 10 obtains the prompt information of the first function. The first function is usually executed by the processor 10. Therefore, in this embodiment, the processor 10 obtaining the prompt information of the first function may include: generating prompt information (such as alarm information, status information, etc.) during the execution of the first function. The processor 10 can obtain the prompt information of different first functions or different prompt information of the same first function. After the processor 10 obtains the prompt information of the first function, according to the preset correspondence between the prompt information and the prompt level and the obtained prompt information of the first function, it determines the third target prompt level corresponding to the first function and the third prompt method corresponding to the third target prompt level. The third target prompt level corresponding to the first function includes the highest prompt level among the prompt levels of all current prompt information of the first function. For example, when the processor 10 executes the routing function, two prompt information are generated successively, and the prompt levels are both medium. The user does not process these two prompt information. Now a prompt information with a low level is generated. There are currently three prompt information that need to be displayed on the operation interface of the routing function. The highest prompt level (third target prompt level) of these three prompt information of the routing function currently is medium. The specific process for the processor 10 to determine the third target prompt level is the same as that of the fourth target prompt level, only need to change all the operating room equipment in the foregoing content to the first function, and change the fourth target prompt level to the third target prompt level, which will not be elaborated here.

[0136] The processor 10 prompts the third target prompt level corresponding to the first function on the display interface according to the third prompt method. Whether the selected first function or the unselected first function, the third target prompt level corresponding to it can be similar to the fourth target prompt level on the display interface. For the selected first function, its operation interface is displayed on the current display interface. Therefore, the prompt information of the first function can be displayed on the operation interface of the first function, and the user can directly view the prompt information.

[0137] In the prior art, the alarm information of different functions is only displayed on their operation interfaces. To view the alarm information of each function, it is necessary to select each function in turn to call out its operation interface for viewing. From the above content of the present invention, it can be seen that although only the operation interface of the currently selected first function is displayed on the screen of the display, the operation interfaces of other functions are not displayed, but the highest level of the prompt information of other first functions and the highest level of the current prompt information of all operating room devices can also be prompted on the current screen. The user can master the severity of the alarms of other functions without any operation or during the process of operating the current operation interface, which is very convenient.

[0138] The fourth target prompt level and the third target prompt level of each first function can be presented on the display interface in various ways. It is only necessary to distinguish different prompt levels by different prompt methods. In this embodiment, the prompt method corresponding to a higher prompt level is more prominent than the prompt method corresponding to a lower prompt level. Therefore, when the third target prompt level and the fourth target prompt level are at a higher level, the user can pay attention to them more quickly to avoid delaying the handling of the alarm.

[0139] The prompt level can be prompted in the form of a second prompt object, and one function corresponds to one second prompt object. The fourth target prompt level corresponding to the device control function is prompted by adjusting the attributes of its second prompt object, and the third target prompt level corresponding to the first function is prompted by adjusting the attributes of its second prompt object. The processor prompts the fourth target prompt level corresponding to the device control function on the display interface according to the fourth prompt method, which can include displaying the second prompt object of the device control function and prompting the corresponding fourth target prompt level by adjusting the attributes of the second prompt object of the device control function. Similarly, the processor prompts the third target prompt level corresponding to the first function on the display interface according to the third prompt method, which can include displaying the second prompt object of the first function and prompting the corresponding third target prompt level by adjusting the attributes of the second prompt object of the first function. Different preset prompt levels correspond to different prompt methods, that is, different attributes of the second prompt object.

[0140] Different preset prompt levels correspond to different prompt methods, including at least one of the following: different font colors of the second prompt object, different background colors of the second prompt object, different brightness of the second prompt object, different shapes of the second prompt object, and different sizes of the second prompt object. That is, the prompt level corresponds to at least one of the font color of the second prompt object, the background color of the second prompt object, the brightness of the second prompt object, the shape of the second prompt object, and the size of the second prompt object. At least one of the font color, background color, brightness, shape, and size of the second prompt object corresponding to different prompt levels is different. The prompt method of the prompt level can be to display the second prompt object corresponding to the prompt level. In this way, the user can know the highest prompt level of the prompt information of each operating room device currently by identifying the font color, background color, brightness, shape, or size of the second prompt object.

[0141] Such as Figure 7As shown, the processor 10 prompts the current fourth target prompt level of the device control function on the display interface according to the fourth prompt method, and can display the second prompt object c' corresponding to the device control function on the display interface according to the fourth prompt method, that is, whatever attribute the fourth prompt method corresponds to, the second prompt object c' has such an attribute. The second prompt object c' can also reflect the relationship with the device control function. Specifically, the fourth target prompt level can be prompted by adjusting the attributes of other objects corresponding to the function identifier in the area where the function identifier of the device control function is located. For example, the second prompt object c' can be an identifier within a preset range in the area where the function identifier d of the device control function is located. In this way, the user knows that the attribute of the second prompt object c' reflects the current highest prompt level of the device control function. The preset range can be the area where the function identifier d is located (such as the boundary of the function identifier d), or a range at a certain distance from the function identifier d. That is, the second prompt object c' corresponding to the fourth target prompt level can be located on its function identifier d or at a position adjacent to its function identifier d, so as to indicate that an alarm has occurred for the device control function and the corresponding alarm level. Of course, when there is no prompt information for the operating room device currently, the second prompt object c' is not prompted. The second prompt object c' can be a graphic, icon, pattern, character, etc., as long as it can play a prompting role, and there is no limitation. Similarly, the processor 10 prompts the current third target prompt level of the first function on the display interface, and can display the second prompt object c' corresponding to the first function on the display interface according to the third prompt method, that is, whatever attribute the third prompt method corresponds to, the second prompt object c' has such an attribute. The third target prompt level can be prompted by adjusting the attributes of other objects corresponding to the function identifier in the area where the function identifier of the first function is located. For example, the second prompt object c' of the first function can be an identifier within a preset range in the area where the function identifier d of the first function is located. The preset range can be the area where the function identifier d is located (such as the boundary of the function identifier d), or a range at a certain distance from the function identifier d. That is, the second prompt object c' of the first function can be located on the function identifier d of the first function or at a position adjacent to the function identifier d of the first function, so as to indicate that an alarm has occurred for the first function and the corresponding alarm level. Of course, when there is no prompt information for the first function currently, the second prompt object c' is not prompted. When the second prompt object c' is not the function identifier d, the second prompt object c' can be the same as the first prompt object.

[0142] In this embodiment, when prompting the third and fourth target prompt levels, the method of Figure 7 separately setting a second prompt object c' additionally is not adopted. Instead, the function identifier d is used as the second prompt object c'. Therefore, as Figure 6As shown, the second prompt object c' corresponding to the device control function is the function identifier of the device control function (such as the long box where "device" is located in Figure 6 ), and the second prompt object c' corresponding to the first function is the function identifier of the first function (such as the long box where "routing" is located in Figure 6 ). That is, the processor 10 prompts the current fourth target prompt level corresponding to the device control function on the display interface, including: updating the attributes of its function identifier (such as at least one of font color, background color, brightness, shape, and size) on the display interface according to the fourth prompt method of the current fourth target prompt level of the device control function. That is, for whatever attribute the fourth prompt method corresponds to, the function identifier will have such an attribute, so as to prompt the fourth target prompt level. The processor 10 prompts the current third target prompt level of the first function on the display interface, including: updating the attributes of its function identifier (such as at least one of font color, background color, brightness, shape, and size) on the display interface according to the third prompt method of the current third target prompt level of the first function. That is, for whatever attribute the third prompt method corresponds to, the function identifier will have such an attribute, so as to prompt the third target prompt level. The prompt methods corresponding to the prompt levels represent different prompt levels with different attributes of the second prompt object. Taking the attribute as color (such as font color and / or background color) as an example, the processor 10 adjusts the color of the function identifier of the device control function to the color corresponding to the current fourth prompt method and adjusts the color of the function identifier of the first function to the color corresponding to the current third prompt method. In this embodiment, taking the function identifier in red to represent the high prompt level, the function identifier in blue to represent the medium prompt level, and the function identifier in green to represent the low prompt level as an example, assuming that the fourth target prompt level of the device control function and the third target prompt level of the routing function are both high, the third target prompt level of the recording function is medium, and there is no alarm information for the live broadcast function, then Figure 6 the colors of the function identifiers d of the device control function and the routing function in

[0143] are red, the color of the function identifier d of the recording function is blue, and since there is no prompt information for the live broadcast function, its function identifier retains its original color, and its original color is different from the colors corresponding to each prompt level. Figure 2The embodiments shown. The centralized control device can display the alarms of current various functions in an efficient manner, enabling the user to know at any time the most serious degree of alarms on each operation interface. For example, assuming that the current display interface shows the operation interface of the routing function, if the function identifier of "device" is red, the user will know that there is at least one operating room device with the highest-level alarm. It should be noted that for the device control function and the first function, the display forms of their fourth target prompt level and third target prompt level are displayed in the display form (prompt method) corresponding to the highest-level alarm that occurs currently. For example, currently, there is a red alarm for a certain operating room device and a blue alarm for another operating room device. Since the red alarm is the highest-level alarm that occurs currently, the function identifier of the device control function will be displayed in red instead of blue.

[0144] The above-mentioned prompt level reminds the user from the perspective of severity, and can also remind the user from the perspective of the number of prompts. For example, the processor 10 can count the number of all current prompt messages for each function with an operation interface. For the device control function, it is to count the total number of current prompt messages of all operating room devices, and for the first function, it is to count the total number of current prompt messages of the first function. Similarly, the processor 10 can display the total number of prompt messages of all operating room devices on the function identifier of the device control function, or display the total number of prompt messages of all operating room devices within a preset range of the area where the function identifier of the device control function is located. The processor 10 can display the total number of prompt messages of the first function on the function identifier of the first function, or display the total number of prompt messages of the first function within a preset range of the area where the function identifier of the first function is located. When the user sees the total number and level of alarms of a certain function, it can better decide whether to handle it immediately. The total number of prompt messages can also be combined with the second prompt object. For example, the displayed total number of prompt messages is a kind of second prompt object, and at least one of the font color, background color, brightness, shape, and size of the displayed total number of prompt messages of each function (the first function and the device control function) reflects the highest prompt level of all prompt messages of the function. In this way, a second prompt object can reflect the highest prompt level and the number of alarms currently, saving interface space and having high human-computer interaction efficiency.

[0145] After the user sees each target prompt level, they can choose whether to process the prompt information. If all the prompt information at the target prompt level is processed, the target prompt level will be downgraded accordingly, and then the second prompt object will change accordingly. Specifically, after at least one piece of prompt information of the operating room equipment is eliminated, the processor 10 re-determines the fourth target prompt level corresponding to the equipment control function according to all the remaining prompt information of the operating room equipment and the preset correspondence between the prompt information and the prompt level; for example, re-determines the fourth target prompt level according to the prompt levels of all the remaining prompt information of the operating room equipment. If the re-determined fourth target prompt level is different from the fourth target prompt level determined last time, obtain the fourth prompt method corresponding to the re-determined fourth target prompt level and prompt the re-determined fourth target prompt level according to the obtained prompt method (this fourth prompt method), that is, update the second prompt object according to the fourth prompt method of the re-determined fourth target prompt level. Similarly, after at least one piece of prompt information of the first function is eliminated, the processor 10 re-determines the third target prompt level corresponding to the first function according to the prompt level of the remaining prompt information of the first function. If the re-determined third target prompt level is different from the third target prompt level determined last time, obtain the third prompt method corresponding to the re-determined third target prompt level and prompt the re-determined third target prompt level according to the obtained prompt method (this third prompt method), that is, update the second prompt object of the first function according to the third prompt method of the re-determined third target prompt level. In this way, the user can always see the real-time target prompt levels of each function on the display interface of the display screen, which is very accurate.

[0146] In some embodiments, there is also a normal display area on the display interface of the display screen. That is, regardless of which function the user selects and which function's operation interface is displayed, the position and the displayed content of this normal display area will not change due to the change of the operation interface. The normal display area can at least display the prompt information with the highest prompt level currently existing for each function, that is, display the prompt information of the third target prompt level of each first function and the prompt information of the fourth target prompt level of the equipment control function. In this way, the user can see the prompt information with a higher level of the unselected function without switching the current operation interface, which is very convenient.

[0147] As Figure 8 shown, after step 2', the user can also select the equipment control function. Specifically, after step 2', Figure 5 the method shown also includes the following steps:

[0148] Step 3. After the device control function is selected, the operation interface of the first function is switched to display the device control interface of the currently selected device control function. For example, the user can select the function identifier of the device control function ( Figure 6 and 7 the "device" long box in) through the input module 30, thereby selecting the device control function. After receiving the instruction for selecting the device control function through the input module 30 by the processor 10, in response to this instruction, the operation interface of the first function in the second area of the display interface is switched to display the operation interface of the currently selected device control function (as shown in Figure 9 ), that is, it is changed to display the device control interface of the device control function.

[0149] The device control interface of the device control function is used for the user to operate the aforementioned multiple operating room devices. The human-computer interaction form of the device control interface can adopt any method as long as it can provide the user with the operation of each operating room device. In this embodiment, the device control interface can display the operation interfaces of each operating room device, and the operation interface of the operating room device is used for the user to operate the operating room device. Considering the limited screen size, the device control interface only displays the operation interface of one operating room device at a time, and the user can manually switch the operation to the operation interfaces of other operating room devices. In other words, in this embodiment, the device control interface is Figure 2 the display interface of the display screen in the embodiment.

[0150] Step 4. Display the operation interface of a currently selected first operating room device on the device control interface. Specifically, the processor 10 displays the operation interface of the currently selected first operating room device on the device control interface. The first operating room device is one of the multiple operating room devices, and this first operating room device can be selected by the user or defaulted by the system. In this embodiment, as shown in Figure 9As shown, the processor 10 displays the device identifier a of each operating room device 50 on the device control interface e for the user to select. When the user selects the device identifier a of the operating room device 50, the user has selected the operating room device 50. For the convenience of description, the operating room device 50 selected by the user is the first operating room device, and the other unselected operating room devices are the second operating room devices. The device identifiers a of each operating room device 50 can be displayed in a centralized area (which can be called the third area), and this area can be located on one side of the device control interface to facilitate the user to switch the selected operating room device. When the user selects a device identifier a, it means that the user has selected the operating room device 50 to which this device identifier a belongs. The processor 10 then displays the operation interface b of the selected operating room device 50 in another main area (which can be called the fourth area) of the device control interface. Considering the limited screen space, only one operating room device 50 can be selected at a time, so that only the operation interface of one operating room device 50 can be displayed. The specific process of this step is the same as step 2 in the above embodiment, except that the display interface in step 2 is changed to the device control interface, which will not be elaborated here.

[0151] Step 5": If there is a prompt message for at least one unselected operating room device among multiple operating room devices, obtain the prompt message of at least one unselected operating room device. The at least one unselected operating room device is the second operating room device. The specific process of this step is the same as step 3 in the above embodiment, which will not be elaborated here.

[0152] Step 6": According to the corresponding relationship between the preset prompt message and the prompt level and the obtained prompt message of the second operating room device, determine the second target prompt level corresponding to the second operating room device and the second prompt method corresponding to the second target prompt level. The specific process of this step is the same as step 4 in the above embodiment, which will not be elaborated here.

[0153] Step 7": Prompt the second target prompt level corresponding to the second operating room device on the display interface according to the second prompt method. In this embodiment, specifically, the second target prompt level corresponding to the second operating room device is prompted on the device control interface according to the second prompt method. The specific process of this step is the same as step 5 in the above embodiment, just change the display interface in step 5 to the device control interface, which will not be elaborated here.

[0154] It can be seen that in this embodiment, after step 2', if the user selects the device control function, then Figure 2In the illustrated embodiment, in this way, when the user operates the selected operating room device on the operation interface (the fourth area), if the operating room device generates a prompt message, it can be normally displayed on the operation interface, while the highest prompt level of the prompt messages of other operating room devices can be presented through the first prompt object in the third area, and the highest prompt level of the prompt messages of each first function can be presented through the second prompt object in the first area. Compared with the prior art, this prompt method does not occupy additional display space, and the user can also keep track of the degree of abnormality of other devices and functions at any time when mainly operating the selected operating room device, with high human-computer interaction efficiency.

[0155] In the above embodiment, the correspondence between the prompt message and the prompt level can be set by the user, and which prompt messages need to be prompted on the display screen of the centralized control device can also be set by the user. The setting can be performed before step 1 and step 1'. The following is illustrated by an embodiment.

[0156] As Figure 10 shown, the above method may include the following steps before step 1 and step 1':

[0157] Step 01: The processor 10 receives a setting instruction input by the user through the input module 30, and in response to the instruction, displays a prompt message setting interface on the display interface of the display screen 20. As Figure 11 shown, the prompt message setting interface includes at least one prompt message of at least two operating room devices among the multiple operating room devices and a display control f corresponding to the prompt message. In this embodiment, the at least two operating room devices include all operating room devices, and the at least one prompt message includes all prompt messages of each operating room device or all messages that need to be prompted for each operating room device. That is, the prompt message setting interface includes all prompt messages of all operating room devices and the display control f corresponding to the prompt message. One prompt message corresponds to one display control, and the prompt message and its corresponding display control f are adjacent to each other on the prompt message setting interface for easy user identification. The display control f is used for the user to set the prompt level of the prompt message, specifically for the user to determine the prompt level corresponding to the prompt message from multiple preset prompt levels. For example Figure 11 the display control f is displayed in the form of an icon. When the user clicks the icon, different prompt levels will be displayed for the user to select. After the user selects a prompt level, the prompt level will be displayed in the icon.

[0158] Step 02: In response to the user's operation on the display control f, the processor 10 determines the correspondence between the prompt information and the prompt level. This correspondence can include the correspondence between the prompt information of each operating room device and the prompt level, and can also include the correspondence between the prompt information of each first function and the prompt level. The correspondence between the prompt information and the prompt level is used to determine the prompt level corresponding to the prompt information generated in real time by each operating room device and the prompt method corresponding to the prompt level, and is also used to determine the prompt level corresponding to the prompt information generated in real time by each first function and the prompt method corresponding to the prompt level. Among them, for each operating room device and each function, the same preset prompt level corresponds to the same prompt method, and different preset prompt levels correspond to different prompt methods.

[0159] For Figure 5 the embodiments, the prompt information setting interface may further include the prompt information of different functions and the display control f corresponding to the prompt information. In this way, the processor 10 can determine the correspondence between the prompt information of each function and the prompt level according to the user's operation on the display control f.

[0160] At least one prompt information of at least two operating room devices in the prompt information setting interface is displayed classified by the operating room device. In this embodiment, the prompt information of the operating room devices in the prompt information setting interface is displayed classified by the operating room device. For example, Figure 11 as shown, the prompt information of the same operating room device and its display control f are centrally displayed in one area (position), and the areas where the prompt information of different operating room devices and their display control f are displayed are different, which is convenient for users to search and centrally set the correspondence. Similarly, the prompt information of the functions in the prompt information setting interface can be displayed classified by function (not shown in the figure).

[0161] In this embodiment, in the correspondence between the prompt information and the prompt level, the types of prompt levels of different operating room devices are the same. The type of prompt level is also the level of the prompt level. If there are three types of prompt levels: high, medium, and low, then the display control f of the prompt information of each operating room device can be set to these three types: high, medium, and low. In addition to the correspondence, for the operating room devices themselves, the types of prompt levels when different operating room devices display prompt information on their own displays may be different. For example, among multiple operating room devices, there are at least two operating room devices that meet the following conditions: for the prompt information with the same prompt level, the prompt methods of the at least two operating room devices in their respective devices are different. In the correspondence between the prompt information and the prompt level, there is prompt information with the same prompt level but belonging to different operating room devices, such as Figure 11 prompt information 1 and prompt information x in

[0162] The prompt information setting interface can present all the prompt information of all operating room devices and all the prompt information of all functions (functions with corresponding operation interfaces) for the user to set the prompt level. Considering the quantity and importance of the prompt information, various types of prompt information can be filtered. For example, the prompt information on the prompt information setting interface is for the user to select, that is, the user can select the prompt information on the prompt information setting interface. The processor 10 determines the prompt information selected by the user on the prompt information setting interface as the prompt information that needs to be displayed on the corresponding operation interface, that is, determines the type of the prompt information selected by the user on the prompt information setting interface as the type that needs to be displayed. In this embodiment, only the selected prompt information can be used to determine the target prompt level. For example, if the user selects multiple prompt information of the operating room device 2 on the prompt information setting interface, the selected prompt information is determined as the prompt information that needs to be displayed on the operation interface of the operating room device 2. Then, when the operating room device 2 generates these prompt information subsequently, they will be displayed on the operation interface of the display screen, and these prompt information will also participate in the determination of the target prompt level. The unselected prompt information will not be displayed on the operation interface of its corresponding operating room device subsequently and will not participate in the determination of the target prompt level. Similarly, if the user selects multiple prompt information of a function on the prompt information setting interface, the selected prompt information is determined as the prompt information that needs to be displayed on the operation interface of the function. Then, when the function is executed subsequently and generates these prompt information, they will be displayed on its operation interface, and these prompt information will also participate in the determination of its target prompt level. The unselected prompt information of the function will not be displayed on the operation interface of the function subsequently and will not participate in the determination of the target prompt level of the function. Figure 11 There is a check box in front of each piece of prompt information. If the user checks it, the prompt information is selected; if not, the prompt information is not selected.

[0163] As can be seen from the above embodiments, the prompt information with a preset prompt level set in an operating room device is used not only to prompt the user but also to determine the target prompt level corresponding to the operating room device. The target prompt level corresponding to the operating room device is at least one of the prompt levels of all the current prompt information of the operating room device obtained in real time, or the highest prompt level of all the current prompt information of the operating room device obtained in real time. When the operation interface of the operating room device is not displayed on the display interface, that is, when the user does not select this operating room device, the target prompt level corresponding to the operating room device is used to be prompted on the display interface and presented in the corresponding prompt manner.

[0164] Among them, one operating room device corresponds to one first prompt object, and the target prompt level corresponding to one operating room device is prompted by adjusting the attributes of the first prompt object. That is, the target prompt level corresponding to the operating room device is prompted on the display interface according to the prompt method corresponding to the target prompt level. It can be to display the first prompt object on the display interface, and the attributes of the first prompt object correspond to the target prompt level. When the user sees the attributes of the first prompt object, they will know the target prompt level. Different preset prompt levels correspond to different prompt methods, including at least one of the following: different font colors of the first prompt object, different background colors of the first prompt object, different brightness of the first prompt object, different shapes of the first prompt object, and different sizes of the first prompt object. The prompt method corresponding to the high prompt level is more prominent than the prompt method corresponding to the low prompt level. That is, the attributes of the first prompt object corresponding to the high prompt level are more prominent than the attributes of the first prompt object corresponding to the low prompt level.

[0165] Similarly, the centralized control device can be configured with multiple functions, and one of the functions is the device control function. The device control function is used to control each operating room device. The prompt information with a preset prompt level set in multiple operating room devices is used not only to prompt the user but also to determine the fourth target prompt level corresponding to the device control function. The fourth target prompt level corresponding to the device control function is the highest prompt level among all the prompt levels of the prompt information of multiple operating room devices obtained in real time. When the operation interface of the device control function is not displayed on the display interface, the fourth target prompt level is used to be prompted on the display interface of the centralized control device.

[0166] The function other than the device control function is the first function. The prompt information generated during the execution of the first function is used not only to prompt the user but also to determine the third target prompt level corresponding to the first function. The third target prompt level corresponding to the first function is the highest prompt level among all the prompt levels of the prompt information of the first function obtained in real time. When the operation interface of the first function is not displayed on the display interface, the third target prompt level is used to be prompted on the display interface of the centralized control device.

[0167] Among them, one function corresponds to one second prompt object. The third target prompt level and the fourth target prompt level are prompted by adjusting the attributes of the second prompt object, that is, the target prompt levels (such as the third target prompt level and the fourth target prompt level) corresponding to the functions (such as the first function and the device control function) are prompted on the display interface according to the prompt methods corresponding to the target prompt levels. It can be to display the second prompt object on the display interface, and the attributes of the second prompt object correspond to the target prompt level. When the user sees the attributes of the second prompt object, they will know the target prompt level. Different preset prompt levels correspond to different prompt methods including at least one of the following: different font colors of the second prompt object, different background colors of the second prompt object, different brightnesses of the second prompt object, different shapes of the second prompt object, and different sizes of the second prompt object. The prompt method corresponding to the high prompt level is more prominent than the prompt method corresponding to the low prompt level, that is, the attributes of the second prompt object corresponding to the high prompt level are more prominent than the attributes of the second prompt object corresponding to the low prompt level. In this embodiment, the second prompt object is the function identifier of the function.

[0168] As described in the foregoing content, the first prompt object and the second prompt object displayed on the display interface to reflect the target prompt level can be device identifiers, function identifiers, or a separate preset identifier.

[0169] The prompt information setting interface can also display a switch control, and this switch control is used to turn on and off Figure 2 、 5 and the prompt method shown in FIG. 8, that is, after the switch control is turned on, the processor 10 executes the method in the above embodiment; after the switch control is turned off, the processor 10 does not execute the method in the above embodiment. To avoid accidental closing by the user, a prompt for prompting the user that the target prompt level will not be prompted after closing the switch control is also displayed near the switch control.

[0170] As can be seen from the above content, the user can set the correspondence between the alarms of each operating room device and each function and the alarm levels, and can unify the originally independent alarm prompt systems between each device according to the same standard. Thus, when operating the device on the centralized control device, the user can see the highest level among the current alarms of other devices, which improves the efficiency of the user to understand the prompt information of the operating room device and has a high man-machine interaction efficiency.

[0171] The lumped control device provided by the present invention solves the problem that the alarm styles of various devices in the existing lumped control system are not unified, and after an alarm occurs, the user needs to judge how to handle the alarm according to the level rules of the alarm device itself, which is troublesome. By unifying the display methods of the alarm levels of all devices, the efficiency of the user to understand the device alarms is improved. Moreover, it can be seen on the current operation interface whether alarms occur in the control of other devices, and what the highest level of the alarms of other devices is, enabling the user to know the alarm status of other devices when performing an operation on one device, which is very convenient. It can also set the notification switch for device alarms, disable some alarms that do not need to be concerned about (displayed), and avoid alarm fatigue.

[0172] As Figure 12 and 13 shown, the present invention also provides a lumped control device of a preferred embodiment, including the display screen 20 and the communication module 40 as described above, and further including a processor 10. The processor 10 controls the lumped control device to prompt various types of prompt information, and the specific process is as Figure 13 shown, including the following steps:

[0173] Step 1”': The processor 10 is communicatively connected to a plurality of operating room devices through the communication module 40. The specific process is the same as Steps 1 and 1' of the above embodiment, and will not be elaborated here.

[0174] Step 2”': The processor 10 displays the device identifiers of a plurality of operating room devices in the first display area A1 of the display interface of the display screen 20, and displays the operation interface of the first operating room device currently selected from the plurality of operating room devices in the second display area A2 of the display interface.

[0175] As Figure 12 shown, the first display area A1 and the second display area A2 can be presented in a left-right layout. The occupied area of the first display area A1 on the display screen is smaller than the occupied area of the second display area A2 on the display screen, so that the operation interface can occupy a larger display space, facilitating the user to operate the operating room devices. Further, the occupied area of the first display area A1 on the display screen is less than 1 / 3 of the occupied area of the second display area A2 on the display screen, that is, the proportion of the second display area A2 on the display screen is made as large as possible.

[0176] If it is considered to also present the target prompt levels of the prompt information of each function of the lumped control device, then this step may further include: The processor 10 displays the function identifiers of a plurality of functions in the third display area A3 of the display interface of the display screen 20, and displays the operation interface of the function currently selected from the plurality of functions in the fourth display area A4 of the display interface. The function identifiers are available for the user to select to select the corresponding function. After the user selects the first function other than the device control function, the display interface can be as Figure 6 and7 As shown, the processor 10 can execute Figure 5 steps 2'-5' in, and the specific process is as described in the foregoing Figure 5 detailed introduction of the corresponding embodiment, which will not be elaborated here. After the user selects the device control function, the content displayed in the fourth display area A4 can be as Figure 3 and 4 shown. The processor 10 can execute Figure 2 steps 2-5 in, and only need to limit the display interface to the fourth display area A4 or the operation interface of the device control function. The specific process is as described in the foregoing Figure 2 detailed introduction of the corresponding embodiment, which will not be elaborated here. Considering presenting the target prompt level of the prompt information of each function, the first display area A1 and the second display area A2 in this step are both within the fourth display area A4. If the target prompt level of the prompt information of each function of the centralized control device is not considered to be presented, then this step can be the same as step 2 in the above embodiment and continue to execute Figure 13 the subsequent steps in.

[0177] Step 3'''. If there is prompt information for at least one unselected operating room device among multiple operating room devices, the processor 10 obtains the prompt information of the at least one unselected operating room device. The at least one unselected operating room device is the second operating room device. This step is the same as step 3 in the above embodiment and will not be elaborated here.

[0178] Step 4'''. The processor 10 determines the second target prompt level corresponding to the second operating room device and the second prompt method corresponding to the second target prompt level according to the preset correspondence between the prompt information and the prompt level and the obtained prompt information of the second operating room device. Among them, the preset correspondence between the prompt information and the prompt level includes: multiple preset prompt levels, the prompt methods corresponding to each preset prompt level, different preset prompt levels corresponding to different prompt methods, and the preset prompt levels corresponding to at least one piece of prompt information of each operating room device among at least two operating room devices. The second target prompt level corresponding to the second operating room device includes at least one of the prompt levels of all the current prompt information of the second operating room device. The second target prompt level corresponding to the second operating room device can be the highest prompt level among the prompt levels of all the current prompt information of the second operating room device. This step is the same as step 4 in the above embodiment and will not be elaborated here.

[0179] Step 5'''. The processor 10 prompts the second target prompt level corresponding to the second operating room device in the area corresponding to the device identifier of the second operating room device in the first display area according to the second prompt method.

[0180] Similarly, if there is a prompt message for the currently selected first operating room device, the processor 10 obtains the prompt message of the first operating room device; according to the correspondence between the preset prompt message and the prompt level and the obtained prompt message of the first operating room device, determines the first target prompt level corresponding to the first operating room device and the first prompt method corresponding to the first target prompt level, and the first target prompt level corresponding to the first operating room device includes at least one of the prompt levels of all the current prompt messages of the first operating room device; prompts the first target prompt level corresponding to the first operating room device in the area corresponding to the device identifier of the first operating room device in the first display area according to the first prompt method; and / or, displays the prompt message of the first operating room device on the operation interface of the first operating room device according to the preset prompt method in the first operating room device. The first target prompt level corresponding to the first operating room device may be the highest prompt level among the prompt levels of all the current prompt messages of the first operating room device.

[0181] One operating room device (such as the first operating room device, the second operating room device) corresponds to one first prompt object. The second target prompt level corresponding to a second operating room device is prompted by adjusting the attributes of its first prompt object. Similarly, the first target prompt level corresponding to a first operating room device is prompted by adjusting the attributes of its first prompt object. In other words, the processor 10 prompts the target prompt level corresponding to the operating room device in the area corresponding to the device identifier of the operating room device in the first display area according to the prompt method of the target prompt level, which may include: displaying the first prompt object of the operating room device in the area corresponding to the device identifier of the operating room device in the first display area, and prompting the corresponding target prompt level by adjusting the attributes of the first prompt object of the operating room device. Different preset prompt levels correspond to different prompt methods, that is, they correspond to different attributes of the first prompt object.

[0182] The different preset prompt levels corresponding to different prompt methods include at least one of the following: different font colors of the first prompt object, different background colors of the first prompt object, different brightnesses of the first prompt object, different shapes of the first prompt object, and different sizes of the first prompt object. That is, the prompt level corresponds to at least one of the font color of the first prompt object, the background color of the first prompt object, the brightness of the first prompt object, the shape of the first prompt object, and the size of the first prompt object. The prompt methods corresponding to different prompt levels (such as at least one of the font color, background color, brightness, shape, and size of the first prompt object) are different, and the prompt methods corresponding to the same prompt level are the same. In this way, the user can know the target prompt level of the prompt messages of each current operating room device by identifying the font color, background color, brightness, shape, or size of the first prompt object.

[0183] The first prompting object can be the device identifier, that is, the target prompting level can be prompted by adjusting the attributes of the device identifier of the operating room device. Of course, the first prompting object can also not be the device identifier, but other objects corresponding to the device identifier, that is, the target prompting level is prompted by adjusting the attributes of other objects corresponding to the device identifier of the operating room device in the first display area. For the specific content, see the description of the first prompting object in the foregoing embodiments, and details are not described herein again.

[0184] After the operating room device generates the prompting information, it will display it on its own display screen. If the prompting information has a prompting level, it will usually also be prompted on its own display screen. Some types of operating room devices divide the prompting levels for the prompting information, while some types of operating room devices may not have prompting levels for their prompting information. Therefore, the prompting methods for different types of operating room devices to prompt the prompting levels of their own prompting information on their own screens are usually different. In other words, among the foregoing multiple operating room devices, there are at least two operating room devices (such as A and B) that meet the following conditions: the prompting methods for the same prompting level in their respective devices are different for the at least two operating room devices. That is, at least two operating room devices have the same prompting level and the prompting methods for the same prompting level displayed on their own screens are different. The prompting methods being different include, for example, at least one of different font colors, different background colors, different brightnesses, different shapes, and different sizes. All the preset prompting levels of these two operating room devices A and B may be the same. For example, they are all the three levels of high, medium, and low. Of course, they may also be different. For example, one is the two levels of high and low, and the other is the three levels of high, medium, and low. In this case, only the two levels of high and low are the same. In some embodiments, the at least two operating room devices include all the operating room devices, that is, among all the operating room devices, even for the prompting information with the same prompting level, the ways of displaying the prompting level on their own screens are different. In the prior art, some of the prompting information of each operating room device has a prompting level, and some even do not have a prompting level. Moreover, the methods or standards for determining the prompting level are also different. Therefore, it is no problem for the prompting information of each operating room device to be displayed separately on the display screen of its own device. However, if it is centrally displayed on the centralized control device, although the content of the prompting information can be well identified through the text, the prompting levels of the prompting information will be in a mess, and it will be difficult for the user to judge the importance of the prompting information of different operating room devices. The present invention re-determines the prompting levels of the prompting information of each operating room device through a unified correspondence between the prompting information and the prompting level, that is, through the same standard. Regardless of the source of the operating room device, as long as the prompting levels are the same, their importance levels are the same, and the corresponding prompting methods are the same. In this way, the user can quickly judge the urgency of the alarms of each device.

[0185] This document is described with reference to various exemplary embodiments. However, those skilled in the art will recognize that changes and modifications can be made to the exemplary embodiments without departing from the scope of this document. For example, the various operating steps and the components used to perform the operating steps can be implemented in different ways according to a particular application or any number of cost functions associated with the operation of the device (e.g., one or more steps can be deleted, modified, or incorporated into other steps).

[0186] In addition, as will be understood by those skilled in the art, the principles herein can be embodied in a computer program product on a computer-readable storage medium that is preloaded with computer-readable program code. Any tangible, non-transitory computer-readable storage medium can be used, including magnetic storage devices (hard disks, floppy disks, etc.), optical storage devices (CD-ROMs, DVDs, Blu Ray disks, etc.), flash memory, and / or the like. These computer program instructions can be loaded onto a general-purpose computer, a special-purpose computer, or other programmable data processing device to form a machine, such that the instructions executed on the computer or other programmable data processing device can generate a device for implementing the specified functions. These computer program instructions can also be stored in a computer-readable memory, which can direct a computer or other programmable data processing device to operate in a particular manner, such that the instructions stored in the computer-readable memory can form a manufacture, including an implementation device for implementing the specified functions. The computer program instructions can also be loaded onto a computer or other programmable data processing device, thereby performing a series of operating steps on the computer or other programmable device to generate a computer-implemented process, such that the instructions executed on the computer or other programmable device can provide steps for implementing the specified functions.

[0187] Although the principles herein have been shown in various embodiments, many modifications of structure, arrangement, proportions, elements, materials, and components that are particularly adapted to specific environments and operational requirements can be used without departing from the principles and scope of this disclosure. The above modifications and other changes or corrections will be included within the scope of this document.

[0188] The foregoing detailed description has been presented with reference to various embodiments. However, those skilled in the art will recognize that various modifications and changes can be made without departing from the scope of the disclosure. Accordingly, the contemplation of the disclosure is meant in an illustrative rather than a limiting sense, and all such modifications will be included within its scope. Similarly, the advantages, other advantages, and solutions to problems of the various embodiments have been described above. However, benefits, advantages, solutions to problems, and any elements that produce these, or that make them more explicit, should not be construed as critical, required, or essential. As used herein, the term "comprising" and any other variants thereof are non-exclusive inclusions, such that a process, method, article, or apparatus that includes a list of elements does not include only those elements but also other elements not expressly listed or inherent to such process, method, article, or apparatus. In addition, the term "coupled" and any other variants thereof as used herein refer to physical connection, electrical connection, magnetic connection, optical connection, communication connection, functional connection, and / or any other connection.

[0189] Those having skill in the art will recognize that many changes may be made to the details of the above-described embodiments without departing from the basic principles of the invention. Thus, the scope of the invention should be determined in accordance with the following claims.

Claims

1. An aggregated control device for operating room equipment, characterized in that, it includes: a display screen; a communication module for communicating with multiple operating room equipment, and each of the operating room equipment includes one or more pieces of prompt information; a processor for performing the following processing: On the display interface of the display screen, display the operation interface of a first operating room equipment currently selected from the multiple operating room equipment; If there is prompt information in at least one unselected operating room equipment among the multiple operating room equipment, obtain the prompt information of the at least one unselected operating room equipment, and the at least one unselected operating room equipment is a second operating room equipment; According to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information of the second operating room equipment, determine the second target prompt level corresponding to the second operating room equipment and the second prompt method corresponding to the second target prompt level; Wherein, the corresponding relationship between the preset prompt information and the prompt level includes: multiple preset prompt levels, the prompt methods corresponding to each of the preset prompt levels, different prompt methods corresponding to different preset prompt levels, and the preset prompt levels corresponding to at least one piece of prompt information of each of the at least two operating room equipment; The second target prompt level corresponding to the second operating room equipment includes at least one of the prompt levels of all the current prompt information of the second operating room equipment; Prompt the second target prompt level corresponding to the second operating room equipment on the display interface according to the second prompt method.

2. The device according to claim 1, characterized in that, The second target prompt level corresponding to the second operating room equipment is the highest prompt level among the prompt levels of all the current prompt information of the second operating room equipment.

3. The device according to claim 1, characterized in that, The step of determining the second target prompt level corresponding to the second operating room equipment according to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information of the second operating room equipment includes: According to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information of the second operating room equipment, determine the prompt level of the obtained prompt information of the second operating room equipment; Determine at least one prompt level from the prompt levels of all the current prompt information of the second operating room equipment as the second target prompt level corresponding to the second operating room equipment.

4. The device according to claim 1, characterized in that, The processor is further used for performing the following processing: If there is prompt information in the currently selected first operating room equipment, obtain the prompt information of the first operating room equipment; Determine the first target prompt level corresponding to the first operating room device and the first prompt method corresponding to the first target prompt level according to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information of the first operating room device. The first target prompt level corresponding to the first operating room device includes at least one of the prompt levels of all the current prompt information of the first operating room device; prompt the first target prompt level corresponding to the first operating room device on the display interface according to the first prompt method; and / or, Display the prompt information of the first operating room device on the operation interface of the first operating room device according to the preset prompt method in the first operating room device.

5. The device according to claim 4, wherein, The first target prompt level corresponding to the first operating room device is the highest prompt level among the prompt levels of all the current prompt information of the first operating room device.

6. The device according to any one of claims 1-5, wherein, The prompt method corresponding to the high prompt level is more prominent than the prompt method of the low prompt level.

7. The device according to any one of claims 1-6, wherein, One second operating room device corresponds to one first prompt object. The second target prompt level corresponding to the one second operating room device is prompted by adjusting the attributes of the first prompt object. The different preset prompt levels corresponding to different prompt methods include at least one of the following: different font colors of the first prompt object, different background colors of the first prompt object, different brightnesses of the first prompt object, different shapes of the first prompt object, and different sizes of the first prompt object.

8. The device according to claim 7, wherein, The processor is further configured to perform the following processing: Display the device identifier of each operating room device on the display interface for the user to select; The first prompt object is the device identifier of the one second operating room device.

9. The device according to claim 1, wherein, The processor is further configured to perform the following processing: After at least one piece of prompt information of the second operating room device is eliminated, re-determine the second target prompt level corresponding to the second operating room device according to the remaining current prompt information of the second operating room device and the corresponding relationship between the preset prompt information and the prompt level; If the re-determined second target prompt level is different from the second target prompt level determined last time, obtain the second prompt method corresponding to the re-determined second target prompt level and prompt the re-determined second target prompt level according to the obtained prompt method.

10. The device according to claim 1, wherein, The processor is further configured to perform the following processing: After obtaining the prompt information of the second operating room device, determine whether the obtained prompt information belongs to the preset information that needs to be prompted; If so, execute: determine the second target prompt level corresponding to the second operating room device and the second prompt method corresponding to the second target prompt level according to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information of the second operating room device; if not, ignore the obtained prompt information.

11. The device according to claim 10, wherein, the processor is further configured to perform the following processing: In response to a setting instruction input by a user, display a prompt information setting interface through the display screen; the prompt information setting interface includes the prompt information of the multiple operating room devices for the user to select; Determine the prompt information selected by the user in the prompt information setting interface as the information that needs to be prompted.

12. The device according to any one of claims 1-11, wherein, the processor is further configured to perform the following processing: In response to a setting instruction input by a user, display a prompt information setting interface through the display screen; the prompt information setting interface includes the prompt information of the multiple operating room devices and the display controls corresponding to the prompt information, one display control corresponding to one prompt information, and the display control is used for the user to determine the prompt level corresponding to the prompt information from multiple preset prompt levels; In response to an operation of the user on the display control, determine the corresponding relationship between the prompt information and the prompt level.

13. The device according to any one of claims 1-11, wherein, a normal display area is provided on the display interface of the display screen, and the normal display area at least displays the prompt information with the highest prompt level of the second operating room device.

14. The device according to any one of claims 1-11, wherein, at least two of the multiple operating room devices satisfy the following conditions: the prompt methods for the same prompt level in their respective devices are different for the at least two operating room devices.

15. The device according to any one of claims 1-14, wherein, the at least two operating room devices include all the operating room devices; and / or, the at least one prompt information includes all the prompt information of each operating room device or all the information that needs to be prompted for each operating room device.

16. The device according to any one of claims 1-15, wherein, the second operating room device includes all the unselected operating room devices with prompt information, and one second operating room device corresponds to one second target prompt level.

17. An aggregated control device for operating room devices, wherein, comprising: a display screen; a communication module for communicating with a plurality of operating room devices, each of the operating room devices including one or more pieces of prompt information; The aggregated control device is configured with a plurality of functions, and one of the plurality of functions is a device control function; the device control function is used to control each of the operating room devices; a processor for performing the following processing: After the first function is selected, an operation interface of the currently selected first function is displayed on the display interface of the display screen, where the first function is a function other than the device control function among the multiple functions; If there is a prompt message in at least one operating room device among the multiple operating room devices, obtain the prompt message of the at least one operating room device; According to the corresponding relationship between the preset prompt message and the prompt level and the obtained prompt message of the at least one operating room device, determine the fourth target prompt level corresponding to the device control function and the fourth prompt method corresponding to the fourth target prompt level; Wherein, the corresponding relationship between the preset prompt message and the prompt level includes: multiple preset prompt levels, the prompt methods corresponding to each of the preset prompt levels, different preset prompt levels corresponding to different prompt methods, and the preset prompt levels corresponding to at least one prompt message of each of the at least two operating room devices; The fourth target prompt level corresponding to the device control function includes the highest prompt level among the prompt levels of all the current prompt messages of the at least one operating room device; Prompt the fourth target prompt level corresponding to the device control function on the display interface according to the fourth prompt method.

18. The device according to claim 17, wherein, the processor is further configured to perform the following processing: After the device control function is selected, switch from the operation interface of the first function to display the device control interface of the currently selected device control function; Display the operation interface of a currently selected first operating room device on the device control interface, where the first operating room device is one of the multiple operating room devices; If there is a prompt message in at least one unselected operating room device among the multiple operating room devices, obtain the prompt message of the at least one unselected operating room device, and the at least one unselected operating room device is the second operating room device; According to the corresponding relationship between the preset prompt message and the prompt level and the obtained prompt message of the second operating room device, determine the second target prompt level corresponding to the second operating room device and the second prompt method corresponding to the second target prompt level; The second target prompt level corresponding to the second operating room device includes at least one of the prompt levels of all the current prompt messages of the second operating room device; Prompt the second target prompt level corresponding to the second operating room device on the display interface according to the second prompt method.

19. The device according to claim 17, wherein, the processor is further configured to perform the following processing: If there is a prompt message in the currently selected first function, obtain the prompt message of the first function; Determine the third target prompt level corresponding to the first function and the third prompt method corresponding to the third target prompt level according to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information of the first function. The third target prompt level corresponding to the first function includes the highest prompt level among the prompt levels of all the current prompt information of the first function, and prompt the third target prompt level corresponding to the first function on the display interface according to the third prompt method; and / or, Display the prompt information of the first function on the operation interface of the first function.

20. The device according to any one of claims 17-19, wherein, The prompt method corresponding to the high prompt level is more eye-catching than the prompt method of the low prompt level.

21. The device according to any one of claims 17-19, wherein, One function corresponds to one second prompt object, and the fourth target prompt level corresponding to the device control function is prompted by adjusting the attributes of the second prompt object. The different preset prompt levels corresponding to different prompt methods include at least one of the following: different font colors of the second prompt object, different background colors of the second prompt object, different brightnesses of the second prompt object, different shapes of the second prompt object, and different sizes of the second prompt object.

22. The device according to claim 21, wherein, The processor is further configured to perform the following processing: display function identifiers of multiple functions on the display interface of the display screen for the user to select the corresponding function; The second prompt object is the function identifier of the device control function.

23. The device according to claim 17, wherein, The processor is further configured to perform the following processing: If at least one piece of prompt information of at least one operating room device is eliminated, re-determine the fourth target prompt level corresponding to the device control function according to the remaining prompt information of all the operating room devices currently and according to the corresponding relationship between the preset prompt information and the prompt level; If the re-determined fourth target prompt level is different from the fourth target prompt level determined last time, obtain the fourth prompt method corresponding to the re-determined fourth target prompt level and prompt the re-determined fourth target prompt level according to the obtained prompt method.

24. The device according to claim 17, wherein, The processor is further configured to perform the following processing: After obtaining the prompt information of one of the operating room devices, determine whether the obtained prompt information belongs to the preset information that needs to be prompted; If so, execute: determine the fourth target prompt level according to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information; if not, ignore the obtained prompt information.

25. The device according to claim 24, wherein, The processor is further configured to perform the following processing: In response to a setting instruction input by the user, display a prompt information setting interface through the display screen; the prompt information setting interface includes the prompt information of multiple operating room devices for the user to select; Determine the prompt information selected by the user in the prompt information setting interface as the information that needs to be prompted.

26. The device according to any one of claims 17-25, wherein, the processor is further configured to perform the following processing: In response to a setting instruction input by the user, display a prompt information setting interface through the display screen; the prompt information setting interface includes prompt information of multiple operating room devices and display controls corresponding to the prompt information, one of the prompt information corresponding to one of the display controls, and the display control is used for the user to determine the prompt level corresponding to the prompt information from multiple preset prompt levels; In response to the user's operation on the display control, determine the correspondence between the prompt information and the prompt level.

27. The device according to any one of claims 17-26, wherein, at least two of the multiple operating room devices satisfy the following conditions: the at least two operating room devices have different prompt methods for the same prompt level in their respective devices.

28. The device according to any one of claims 17-26, wherein, the at least two of the operating room devices include all of the operating room devices; and / or, the at least one prompt information includes all prompt information or all information that needs to be prompted for each operating room device.

29. The device according to any one of claims 17-26, wherein, the second operating room device includes all unselected operating room devices with prompt information, and one second operating room device corresponds to one second target prompt level.

30. An aggregate control device for operating room devices, wherein, comprising: a display screen; a communication module for communicating with multiple operating room devices, each of the operating room devices including one or more pieces of prompt information; a processor for performing the following processing: In response to a setting instruction input by the user, display a prompt information setting interface on the display interface of the display screen; the prompt information setting interface includes at least one piece of prompt information of at least two of the multiple operating room devices and display controls corresponding to the prompt information, one of the prompt information corresponding to one of the display controls, and the display control is used for the user to determine the prompt level corresponding to the prompt information from multiple preset prompt levels; In response to the user's operation on the display control, determine the correspondence between the prompt information and the prompt level of each operating room device; the correspondence between the prompt information and the prompt level is used to determine the prompt level corresponding to the prompt information obtained by each operating room device in real time; different preset prompt levels correspond to different prompt methods.

31. The device according to claim 30, wherein, the prompt information of the preset prompt level set in one operating room device is used to determine the target prompt level corresponding to the operating room device; Wherein, the target prompt level corresponding to the operating room device is at least one of the prompt levels of all the prompt information of the operating room device obtained in real time, or the highest prompt level of all the prompt information of the operating room device obtained in real time; when the operation interface of the operating room device is not displayed on the display interface, the target prompt level corresponding to the operating room device is used to be prompted on the display interface.

32. The device according to claim 30, characterized in that, The centralized control device is configured with multiple functions, one of which is the device control function; the device control function is used to control each operating room device; The prompt information with a preset prompt level is set in the multiple operating room devices to determine the fourth target prompt level corresponding to the device control function, and the fourth target prompt level corresponding to the device control function is the highest prompt level among the prompt levels of all the prompt information of the multiple operating room devices obtained in real time; When the operation interface of the device control function is not displayed on the display interface, the fourth target prompt level is used to be prompted on the display interface.

33. The device according to claim 31, characterized in that, One operating room device corresponds to one first prompt object, and the target prompt level corresponding to the one operating room device is prompted by adjusting the attributes of the first prompt object. The different preset prompt levels correspond to different prompt methods including at least one of the following: different font colors of the first prompt object, different background colors of the first prompt object, different brightnesses of the first prompt object, different shapes of the first prompt object, and different sizes of the first prompt object. Among them, the first prompt object is the device identifier of the operating room device.

34. The device according to claim 32, characterized in that, The fourth target prompt level is prompted by adjusting the attributes of the second prompt object. One function corresponds to one second prompt object. The different preset prompt levels correspond to different prompt methods including at least one of the following: different font colors of the second prompt object, different background colors of the second prompt object, different brightnesses of the second prompt object, different shapes of the second prompt object, and different sizes of the second prompt object; among them, the second prompt object is the function identifier of the device control function.

35. The device according to any one of claims 30-34, characterized in that, The prompt method corresponding to the high prompt level is more eye-catching than the prompt method of the low prompt level.

36. The device according to claim 30, characterized in that, The prompt information on the prompt information setting interface is for the user to select; the processor is further configured to perform the following processing: Determine the prompt information selected by the user on the prompt information setting interface as the information to be prompted.

37. The device according to any one of claims 30-36, characterized in that, At least one piece of prompt information of at least two operating room devices in the prompt information setting interface is displayed classified by operating room devices.

38. The device according to any one of claims 30 - 37, wherein, at least two of the multiple operating room devices satisfy the following condition: the at least two operating room devices have different prompting methods for the same prompting level in their respective devices.

39. The device according to any one of claims 30 - 37, wherein, the at least two of the operating room devices include all of the operating room devices; and / or, the at least one piece of prompt information includes all of the prompt information of each operating room device or all of the information that needs to be prompted for each operating room device.

40. An aggregate control device for operating room devices, wherein, it includes: a display screen; a communication module for communicating with multiple operating room devices, each of the operating room devices including one or more pieces of prompt information; a processor for performing the following processing: displaying the device identifiers of the multiple operating room devices in a first display area of the display screen, and displaying an operation interface of a first operating room device currently selected from the multiple operating room devices in a second display area; if there is prompt information for at least one unselected operating room device among the multiple operating room devices, obtaining the prompt information of the at least one unselected operating room device, and the at least one unselected operating room device is a second operating room device; determining a second target prompt level corresponding to the second operating room device and a second prompting method corresponding to the second target prompt level according to a preset correspondence between prompt information and prompt levels and the obtained prompt information of the second operating room device; wherein, the preset correspondence between prompt information and prompt levels includes: multiple preset prompt levels, prompting methods corresponding to each of the preset prompt levels, different preset prompt levels corresponding to different prompting methods, and the preset prompt levels corresponding to at least one piece of prompt information of each of the at least two operating room devices; the second target prompt level corresponding to the second operating room device includes at least one of the prompt levels of all the current prompt information of the second operating room device; prompting the second target prompt level corresponding to the second operating room device in a region corresponding to the device identifier of the second operating room device in the first display area according to the second prompting method.

41. The device according to claim 40, wherein, the second target prompt level corresponding to the second operating room device is the highest prompt level among the prompt levels of all the current prompt information of the second operating room device.

42. The device according to claim 40, wherein, the processor is further used to perform the following processing: if there is prompt information for the currently selected first operating room device, obtaining the prompt information of the first operating room device; Determine the first target prompt level corresponding to the first operating room device and the first prompt method corresponding to the first target prompt level according to the corresponding relationship between the preset prompt information and the prompt level and the obtained prompt information of the first operating room device. The first target prompt level corresponding to the first operating room device includes at least one of the prompt levels of all the current prompt information of the first operating room device; prompt the first target prompt level corresponding to the first operating room device in the area corresponding to the device identifier of the first operating room device in the first display area according to the first prompt method; and / or, Display the prompt information of the first operating room device on the operation interface of the first operating room device according to the preset prompt method in the first operating room device.

43. The device according to claim 40, wherein, The first target prompt level corresponding to the first operating room device is the highest prompt level among the prompt levels of all the current prompt information of the first operating room device.

44. The device according to any one of claims 40-43, wherein, One second operating room device corresponds to one first prompt object, and the second target prompt level corresponding to the one second operating room device is prompted by adjusting the attributes of the first prompt object. The different preset prompt levels corresponding to different prompt methods include at least one of the following: different font colors of the first prompt object, different background colors of the first prompt object, different brightnesses of the first prompt object, different shapes of the first prompt object, and different sizes of the first prompt object.

45. The device according to claim 44, wherein, The second target prompt level is prompted by adjusting the attributes of the device identifier of the second operating room device; or, the second target prompt level is prompted by adjusting the attributes of other objects corresponding to the device identifier of the second operating room device in the first display area.

46. The device according to claim 40, wherein, The first display area and the second display area are arranged in a left-right layout; and / or, the occupied area of the first display area in the display screen is smaller than the occupied area of the second display area in the display screen; and / or, the occupied area of the first display area in the display screen is less than 1 / 3 of the occupied area of the second display area in the display screen.

47. The device according to any one of claims 1-11, wherein, Among the multiple operating room devices, at least two operating room devices satisfy the following conditions: the prompt methods for the same prompt level in their respective devices are different.

48. A prompt method for a centralized control device of operating room devices, wherein, including: Communicatively connected to multiple operating room devices; each of the operating room devices includes one or more pieces of prompt information; Display the operation interface of a first operating room device currently selected from the multiple operating room devices on the display interface; If there is a prompt message for at least one unselected operating room device among the multiple operating room devices, obtain the prompt message of the at least one unselected operating room device, and the at least one unselected operating room device is the second operating room device; According to the corresponding relationship between the preset prompt message and the prompt level and the obtained prompt message of the second operating room device, determine the second target prompt level corresponding to the second operating room device and the second prompt method corresponding to the second target prompt level; Wherein, the corresponding relationship between the preset prompt message and the prompt level includes: multiple preset prompt levels, the prompt methods corresponding to each preset prompt level, different preset prompt levels corresponding to different prompt methods, and the preset prompt levels corresponding to at least one prompt message of each operating room device among at least two operating room devices; The second target prompt level corresponding to the second operating room device includes at least one of the prompt levels of all current prompt messages of the second operating room device; Prompt the second target prompt level corresponding to the second operating room device on the display interface according to the second prompt method.

49. A prompt method for a centralized control device of operating room equipment, Characterized in that, It includes: Communicatively connected to multiple operating room devices; each of the operating room devices includes one or more prompt messages; The centralized control device is configured with multiple functions, and one of the multiple functions is a device control function; the device control function is used to control each of the operating room devices; After the first function is selected, display the operation interface of the currently selected first function on the display interface, and the first function is one of the multiple functions other than the device control function; If there is a prompt message for at least one operating room device among the multiple operating room devices, obtain the prompt message of the at least one operating room device; According to the corresponding relationship between the preset prompt message and the prompt level and the obtained prompt message of the at least one operating room device, determine the fourth target prompt level corresponding to the device control function and the fourth prompt method corresponding to the fourth target prompt level; Wherein, the corresponding relationship between the preset prompt message and the prompt level includes: multiple preset prompt levels, the prompt methods corresponding to each preset prompt level, different preset prompt levels corresponding to different prompt methods, and the preset prompt levels corresponding to at least one prompt message of each operating room device among at least two operating room devices; The fourth target prompt level corresponding to the device control function includes the highest prompt level among the prompt levels of all current prompt messages of the at least one operating room device; Prompt the fourth target prompt level corresponding to the device control function on the display interface according to the fourth prompt method.

50. A prompt method for a centralized control device of operating room equipment, Characterized in that, It includes: Communicatively connected to multiple operating room devices; each of the operating room devices includes one or more prompt messages; In response to a setting instruction input by a user, a prompt information setting interface is displayed on a display interface; the prompt information setting interface includes at least one piece of prompt information of at least two operating room devices among the multiple operating room devices and a display control corresponding to the prompt information, one piece of the prompt information corresponding to one display control, and the display control is used for the user to determine the prompt level corresponding to the prompt information from multiple preset prompt levels; In response to an operation of the user on the display control, a correspondence relationship between the prompt information and the prompt level of each operating room device is determined; the correspondence relationship between the prompt information and the prompt level is used to determine the prompt level corresponding to the prompt information obtained in real time by each operating room device; different preset prompt levels correspond to different prompt methods.

51. A prompt method for an aggregation control device of operating room devices, characterized in that, it includes: being communicatively connected to multiple operating room devices, each of the operating room devices including one or more pieces of prompt information; displaying the device identifiers of the multiple operating room devices in a first display area of the display interface, and displaying an operation interface of a first operating room device currently selected from the multiple operating room devices in a second display area of the display interface; if there is prompt information for at least one unselected operating room device among the multiple operating room devices, obtaining the prompt information of the at least one unselected operating room device, and the at least one unselected operating room device being a second operating room device; determining a second target prompt level corresponding to the second operating room device and a second prompt method corresponding to the second target prompt level according to a preset correspondence relationship between the prompt information and the prompt level and the obtained prompt information of the second operating room device; wherein, the preset correspondence relationship between the prompt information and the prompt level includes: multiple preset prompt levels, prompt methods corresponding to each of the preset prompt levels, different preset prompt levels corresponding to different prompt methods, and the preset prompt levels corresponding to at least one piece of prompt information of each of at least two of the operating room devices; the second target prompt level corresponding to the second operating room device includes at least one prompt level among the prompt levels of all the current prompt information of the second operating room device; prompting the second target prompt level corresponding to the second operating room device in a region corresponding to the device identifier of the second operating room device in the first display area according to the second prompt method.

52. A computer-readable storage medium, characterized in that, a program is stored on the medium, and the program can be executed by a processor to implement the method according to any one of claims 48 - 51.

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