Patient diagnosis and treatment information system and information processing method

Abstract

The present application provides a patient diagnosis and treatment information system and an information processing method. The patient diagnosis and treatment information system comprises a processor, a communication module, and a display screen. The communication module is configured to obtain monitoring values of a plurality of monitoring parameters of a patient collected or generated by a plurality of medical devices, and transmit the obtained monitoring values to the processor. The processor is configured to: determine monitoring baseline data respectively corresponding to the plurality of monitoring parameters of the patient, the monitoring baseline data being used for defining reference ranges for the monitoring parameters corresponding to the monitoring baseline data; control the display screen to simultaneously display, on a display interface of the display screen, diagnosis and treatment task information, monitoring values of at least one monitoring parameter at a plurality of time points, and the monitoring baseline data corresponding to the at least one monitoring parameter, wherein the diagnosis and treatment task information is used for prompting medical staff to carry out a corresponding diagnosis and treatment task; and for the at least one monitoring parameter, perform statistical analysis on the monitoring values of the at least one monitoring parameter obtained within a preset time period, and control the display screen to output a statistical analysis result on the display interface of the display screen.

Description

Patient diagnosis and treatment information system and information processing method TECHNICAL FIELD

[0001] The present application relates to the field of medical equipment, in particular to a patient diagnosis and treatment information system and an information processing method. BACKGROUND

[0002] In the field of critical medicine and the like, the diagnosis and treatment strategy oriented to the individualized diagnosis and treatment target of a patient is implemented at present, and therefore, in the implementation process of the diagnosis and treatment strategy, the monitoring parameters of the patient need to be dynamically, fully and systematically managed in combination with the diagnosis and treatment target of the individual patient. Specifically, the medical staff sets the monitoring indicators of the patient on each relevant monitoring parameter in stages, and distributes each monitoring indicator to other relevant medical staff through paper records. In the diagnosis and treatment process, each relevant medical staff records the monitoring values of the monitoring parameters at the patient's bedside, whiteboard or paper materials, and then determines the achievement of the diagnosis and treatment target by summarizing the monitoring values of each monitoring parameter, so as to determine whether the diagnosis and treatment target of the patient needs to be further adjusted.

[0003] However, the patient's condition is dynamically changing, which means that the implementation of the diagnosis and treatment strategy based on the individualized diagnosis and treatment target is a cyclic process, and the implementation process of the above diagnosis and treatment strategy relies on the static recording and information transmission of the relevant monitoring information of the patient, which cannot match the dynamic changes of the patient's condition in real time, and also cannot realize the efficient evaluation of the achievement of the diagnosis and treatment target, resulting in low efficiency of the information management of the diagnosis and treatment process of the patient, and further affecting the optimization efficiency of the diagnosis and treatment target.

[0004] SUMMARY

[0005] To solve the problems in the related art, the embodiments of the present application provide a patient diagnosis and treatment information system and an information processing method.

[0006] The technical scheme of the embodiments of the present application is as follows:

[0007] The embodiments of the present application provide a patient diagnosis and treatment information system, which comprises a processor, a communication module and a display screen, wherein the communication module and the display screen are respectively in communication connection with the processor.

[0008] The communication module is configured to acquire monitoring values of a plurality of monitoring parameters of a patient collected or generated by a plurality of medical devices, and transmit the acquired monitoring values to the processor.

[0009] The processor is configured to:

[0010] determine monitoring scale line data corresponding to each of the plurality of monitoring parameters of the patient, wherein the monitoring scale line data is used to define the reference interval of the corresponding monitoring parameter.

[0011] The display screen is controlled to simultaneously display, on a display interface thereof, diagnosis and treatment task information, monitoring values of at least one of the plurality of monitoring parameters at a plurality of time points, and monitoring reference line data corresponding to the at least one monitoring parameter, so as to present whether the monitoring values at the plurality of time points fall within or outside a reference interval of the corresponding monitoring reference line data, the diagnosis and treatment task information being used to prompt medical staff to implement corresponding diagnosis and treatment tasks.

[0012] The monitoring values of the at least one monitoring parameter obtained within a preset time period are statistically analyzed to obtain a statistical analysis result, and the display screen is controlled to output the statistical analysis result on the display interface thereof; wherein the statistical analysis result at least includes a result obtained by comparing the plurality of monitoring values of the at least one monitoring parameter obtained within the preset time period with the monitoring reference line data corresponding to the monitoring parameter.

[0013] The application further provides an information processing method, comprising:

[0014] Determining monitoring reference line data corresponding to each of a plurality of monitoring parameters of a patient, the monitoring reference line data being used to define a reference interval of the corresponding monitoring parameter;

[0015] The diagnosis and treatment task information, the monitoring values of at least one of the plurality of monitoring parameters at a plurality of time points, and the monitoring reference line data corresponding to the at least one monitoring parameter are simultaneously displayed on a display interface, so as to present whether the monitoring values at the plurality of time points fall within or outside a reference interval of the corresponding monitoring reference line data, the diagnosis and treatment task information being used to prompt medical staff to implement corresponding diagnosis and treatment tasks.

[0016] The monitoring values of the at least one monitoring parameter obtained within a preset time period are statistically analyzed to obtain a statistical analysis result, and the display screen is controlled to output the statistical analysis result on the display interface thereof; wherein the statistical analysis result at least includes a result obtained by comparing the plurality of monitoring values of the at least one monitoring parameter obtained within the preset time period with the monitoring reference line data corresponding to the monitoring parameter.

[0017] In the patient diagnosis and treatment information system and the information processing method, after the individualized diagnosis and treatment target of the patient is determined, that is, the monitoring mark line data corresponding to one or more monitoring parameters of the patient is determined, the relative relationship between the monitoring value of the monitoring parameter of the patient and the corresponding monitoring mark line data can be presented in real time in the display interface during the implementation of the diagnosis and treatment strategy, and the dynamic presentation of the monitoring information of the patient is realized in combination with the display of the diagnosis and treatment task information. In addition, after the diagnosis and treatment in the current stage is completed, the monitoring value of the relevant monitoring parameter of the patient obtained in the implementation process of the diagnosis and treatment strategy, that is, in the preset time period, can be statistically analyzed with the corresponding monitoring mark line data, and the corresponding statistical analysis result can be presented in the display interface, so as to help medical staff to efficiently evaluate the achievement of the diagnosis and treatment target, and to determine whether to further adjust the monitoring mark line data or the diagnosis and treatment strategy as needed, and on this basis, the implementation process of the next stage of diagnosis and treatment strategy can be performed. The whole business process of the patient diagnosis and treatment information system can be recycled, and the monitoring mark line data, the monitoring value, the statistical analysis result and other information involved in the whole business process are related to each other, which improves the information management efficiency of the diagnosis and treatment process of the patient, and also improves the optimization efficiency of the diagnosis and treatment target.

[0018] The patient diagnosis and treatment information system provided in the embodiments of the present application also includes a processor, a communication module and a display screen, the communication module and the display screen are respectively in communication connection with the processor.

[0019] The communication module obtains the monitoring values of the monitoring parameters of the patient collected or generated by multiple medical devices, and transmits the obtained monitoring values to the processor.

[0020] The processor is configured to:

[0021] determine the monitoring mark line data corresponding to each of the monitoring parameters of the patient, the monitoring mark line data being used to define the reference interval of the corresponding monitoring parameter;

[0022] control the display screen to simultaneously display diagnosis and treatment task information and the monitoring values of at least one monitoring parameter in the multiple monitoring parameters at multiple time points on the display interface of the display screen, the diagnosis and treatment task information being used to prompt medical staff to implement corresponding diagnosis and treatment tasks;

[0023] perform statistical analysis on the monitoring values of the at least one monitoring parameter obtained in a preset time period to obtain a statistical analysis result, and control the display screen to output the statistical analysis result on the display interface of the display screen; wherein the statistical analysis result at least includes a result obtained by comparing the monitoring values of the at least one monitoring parameter obtained in the preset time period with the monitoring mark line data corresponding to the monitoring parameter;

[0024] The control of the display screen to display the monitoring values of the at least one monitoring parameter in the plurality of monitoring parameters at the plurality of time points on the display interface of the display screen includes: when the monitoring value of the at least one monitoring parameter falls within the corresponding reference interval, the display screen is controlled to display the monitoring value in a first display configuration on the display interface of the display screen, and when the monitoring value of the at least one monitoring parameter falls outside the corresponding reference interval, the display screen is controlled to display the monitoring value in a second display configuration on the display interface of the display screen, and the first display configuration is different from the second display configuration.

[0025] The embodiment of the present application further provides an information processing method, comprising:

[0026] The monitoring mark line data corresponding to each of the plurality of monitoring parameters of the patient is determined, and the monitoring mark line data is used to define the reference interval of the corresponding monitoring parameter.

[0027] The diagnosis and treatment task information and the monitoring values of the at least one monitoring parameter in the plurality of monitoring parameters at the plurality of time points are simultaneously displayed on the display interface, and the diagnosis and treatment task information is used to prompt the medical staff to implement the corresponding diagnosis and treatment task.

[0028] The monitoring values of the at least one monitoring parameter obtained in a preset time period are statistically analyzed to obtain a statistical analysis result, and the statistical analysis result is output on the display interface; wherein the statistical analysis result at least includes: a result obtained by comparing the plurality of monitoring values of the at least one monitoring parameter obtained in the preset time period with the monitoring mark line data corresponding to the monitoring parameter.

[0029] The control of the display screen to display the monitoring values of the at least one monitoring parameter in the plurality of monitoring parameters at the plurality of time points on the display interface of the display screen includes: when the monitoring value of the at least one monitoring parameter falls within the corresponding reference interval, the display screen is controlled to display the monitoring value in a first display configuration on the display interface of the display screen, and when the monitoring value of the at least one monitoring parameter falls outside the corresponding reference interval, the display screen is controlled to display the monitoring value in a second display configuration on the display interface of the display screen, and the first display configuration is different from the second display configuration.

[0030] In the patient diagnosis and treatment information system and the information processing method, after the individualized diagnosis and treatment target of the patient is determined, that is, the monitoring line data corresponding to one or more monitoring parameters of the patient is determined, the monitoring value of the monitoring parameter of the patient and the diagnosis and treatment task information can be simultaneously presented in the display interface during the implementation of the diagnosis and treatment strategy, and the monitoring values exceeding the corresponding monitoring line data and the monitoring values not exceeding the corresponding monitoring line data are distinguished and presented, which helps the medical staff to view the diagnosis and treatment information and the monitoring information of the patient in real time, and based on the distinguished presentation of the monitoring values, the medical staff can timely obtain the case that the monitoring value exceeds the monitoring line data, so as to timely take relevant intervention measures. In addition, after the current stage of diagnosis and treatment ends, the monitoring values of the relevant monitoring parameters of the patient obtained in the implementation process of the diagnosis and treatment strategy, that is, in the preset time period, can be statistically analyzed with the corresponding monitoring line data, and the corresponding statistical analysis result can be presented in the display interface, so as to help the medical staff to efficiently evaluate the achievement of the diagnosis and treatment target, and to determine whether to further adjust the monitoring line data or the diagnosis and treatment strategy as needed, and on this basis, the implementation process of the next stage of diagnosis and treatment strategy can be performed. The whole business process of the patient diagnosis and treatment information system can be recycled, and the monitoring line data, the monitoring values, the statistical analysis results and other information involved in the whole business process are related to each other, which improves the information management efficiency of the diagnosis and treatment process of the patient, and also improves the optimization efficiency of the diagnosis and treatment target.

[0031] The patient diagnosis and treatment information system provided in the embodiments of the present application also includes a processor, a communication module and a display screen, the communication module and the display screen are respectively in communication connection with the processor.

[0032] The communication module is configured to acquire monitoring values of a plurality of monitoring parameters of a patient collected or generated by a plurality of medical devices, and transmit the acquired monitoring values to the processor.

[0033] The processor is configured to:

[0034] determine monitoring line data corresponding to each of the plurality of monitoring parameters of the patient, the monitoring line data including a first reference interval and a second reference interval; wherein the first reference interval represents a range in which the monitoring value of the patient on the corresponding monitoring parameter is expected to fall; and the second reference interval represents an acceptable range of the monitoring value of the patient on the corresponding monitoring parameter;

[0035] control the display screen to display the monitoring values of at least one of the plurality of monitoring parameters at a plurality of time points.

[0036] in a case where it is detected that there is a specific monitoring parameter in the plurality of monitoring parameters that meets a set condition, controlling the display screen to display a first reference interval and a second reference interval of the specific monitoring parameter;

[0037] The display of the monitoring values of the at least one monitoring parameter in the plurality of monitoring parameters at the plurality of time points includes: when the monitoring value of the at least one monitoring parameter in the plurality of monitoring parameters falls within a corresponding first reference interval, controlling the display screen to display the monitoring value in a first display configuration; and when the monitoring value of the at least one monitoring parameter falls outside the corresponding first reference interval, controlling the display screen to display the monitoring value in a second display configuration, the first display configuration being different from the second display configuration.

[0038] The embodiments of the present application also provide an information processing method, characterized in that comprising:

[0039] determining respective monitoring reference line data of the monitoring parameters of the patient, the monitoring reference line data including a first reference interval and a second reference interval; wherein the first reference interval represents a range in which a monitoring value of the patient on a corresponding monitoring parameter is expected to fall; and the second reference interval represents an acceptable range of the monitoring value of the patient on the corresponding monitoring parameter;

[0040] displaying monitoring values of at least one monitoring parameter in the plurality of monitoring parameters at a plurality of time points;

[0041] in a case where it is detected that there is a specific monitoring parameter in the plurality of monitoring parameters that meets a set condition, displaying a first reference interval and a second reference interval of the specific monitoring parameter;

[0042] The display of the monitoring values of the at least one monitoring parameter in the plurality of monitoring parameters at the plurality of time points includes: when the monitoring value of the at least one monitoring parameter in the plurality of monitoring parameters falls within a corresponding first reference interval, controlling the display screen to display the monitoring value in a first display configuration; and when the monitoring value of the at least one monitoring parameter falls outside the corresponding first reference interval, controlling the display screen to display the monitoring value in a second display configuration, the first display configuration being different from the second display configuration.

[0043] In the patient diagnosis and treatment information system and the information processing method, after the individualized diagnosis and treatment target of the patient is determined, that is, the monitoring line data corresponding to one or more monitoring parameters of the patient is determined, the monitoring value of the monitoring parameter of the patient and the diagnosis and treatment task information can be simultaneously presented in the display interface during the implementation of the diagnosis and treatment strategy, and the monitoring values exceeding the corresponding monitoring line data and the monitoring values not exceeding the corresponding monitoring line data are distinguished and presented, which helps the medical staff to view the diagnosis and treatment information and the monitoring information of the patient in real time, and based on the distinguished presentation of the monitoring values, the medical staff can timely obtain the case that the monitoring value exceeds the monitoring line data, so as to timely take relevant intervention measures. In addition, during the interface presentation process, for a specific monitoring parameter meeting a set condition, the first reference interval and the second reference interval corresponding to the monitoring parameter can be automatically displayed as two types of monitoring line data, so as to help the medical staff to more detailedly and intuitively view the real-time relative relationship between the monitoring value of the monitoring parameter and the corresponding monitoring line data, so that the relevant intervention measures can be more timely and accurately taken, and the optimization efficiency of the diagnosis and treatment target is also improved. BRIEF DESCRIPTION OF DRAWINGS

[0044] FIG. 1 is an example diagram of a system architecture of a patient diagnosis and treatment information system according to an embodiment of the present application;

[0045] FIG. 2 is another example diagram of a system architecture of a patient diagnosis and treatment information system according to an embodiment of the present application;

[0046] FIG. 3 is a processing logic diagram of a patient diagnosis and treatment information system according to an embodiment of the present application;

[0047] FIG. 4 is a display interface diagram of setting a diagnosis and treatment target of a patient diagnosis and treatment information system according to an embodiment of the present application;

[0048] FIG. 5 is an example diagram of a display interface of a diagnosis and treatment strategy implementation process of a patient diagnosis and treatment information system according to an embodiment of the present application;

[0049] FIG. 6 is another example diagram of a display interface of a diagnosis and treatment strategy implementation process of a patient diagnosis and treatment information system according to an embodiment of the present application;

[0050] FIG. 7 is an example diagram of a trend chart of a patient diagnosis and treatment information system according to an embodiment of the present application;

[0051] FIG. 8 is another example diagram of a trend chart of a patient diagnosis and treatment information system according to an embodiment of the present application;

[0052] FIG. 9 is a display interface diagram of displaying statistical analysis results of a patient diagnosis and treatment information system according to an embodiment of the present application;

[0053] FIG. 10 is an example diagram of a bar chart of a patient diagnosis and treatment information system according to an embodiment of the present application. DETAILED DESCRIPTION

[0054] The application will be described in further detail below with reference to the drawings and embodiments.

[0055] The application provides a patient diagnosis and treatment information system, which comprises a processor, a communication module and a display screen.

[0056] The communication module and the display screen are respectively in communication connection with the processor, that is, the communication module is in communication connection with the processor, and the display screen is in communication connection with the processor.

[0057] In actual application, referring to a system architecture example of a patient diagnosis and treatment information system shown in FIG. 1, the processor 11, the communication module 12 and the display screen 13 of the patient diagnosis and treatment information system can be deployed in different physical devices, and are in communication connection with each other through networking. Exemplarily, the processor 11 can be deployed as a server, and based on high operation performance, completes information processing work related to the application, the communication module 12 can be independently deployed as a gateway, and is in information interaction with the processor 11 through any form of wired network, wireless network, mobile communication network or combination thereof, the display screen 13 is used for displaying an operation interface of the patient diagnosis and treatment information system, and further, the display screen 13 is configured with a touch screen panel, and is also used for detecting or receiving user operation on the operation interface of the patient diagnosis and treatment information system.

[0058] Referring to another system architecture example of the patient diagnosis and treatment information system shown in FIG. 2, the patient diagnosis and treatment information system can also be deployed in a single physical device, and the processor 21, the communication module 22 and the display screen 23 can be coupled together through a bus system. It can be understood that the bus system is used for realizing connection communication between the processor 21, the communication module 22 and the display screen 23, and the bus system includes not only a data bus, but also a power supply bus, a control bus and a state information bus. The processor 21 can be a general-purpose processor, a digital signal processor (DSP), or other programmable logic devices, discrete gate or transistor logic devices, discrete hardware components, etc. The general-purpose processor can be a microprocessor or any conventional processor, etc.

[0059] In the patient diagnosis and treatment information system provided by the application, the communication module is used for acquiring monitoring values of multiple monitoring parameters of a patient collected or generated by multiple medical devices, and transmitting the acquired monitoring values to the processor.

[0060] Here, the communication module is respectively in communication connection with the multiple medical devices, and is in communication connection with the medical devices through any form of wired network, wireless network, mobile communication network or combination thereof, and based on a communication protocol supported by the corresponding medical device, realizes information interaction with the medical device.

[0061] The medical devices establishing the communication connection with the communication module include, but are not limited to, a monitor, a ventilator, an infusion pump, etc. The communication module acquires monitoring parameters collected or generated by the medical devices, including physiological parameters of a patient collected by the medical devices, and / or monitoring parameters generated on the medical devices, i.e., monitoring parameters configured on the medical devices. For example, the communication module acquires physiological parameters of a patient collected by a monitor, such as electrocardiogram, heart rate, respiration, blood pressure, body temperature, etc., acquires minute ventilation, pressure upper and lower limits, respiratory rate, humidity, etc. of a ventilator, and acquires injection mode, obstruction level, injection speed setting range, preset amount, etc. of an infusion pump.

[0062] In actual application, the processor can control the display screen to provide a corresponding interaction interface on the display interface, so as to issue an instruction through the interaction interface to enable the communication module to establish a communication connection with the corresponding medical device, and the device number, communication connection establishment time, etc. of the corresponding medical device can be input on the interaction interface, so that the patient diagnosis and treatment information system can clearly understand the relevant information of each medical device, and manage the relevant information of each medical device establishing a communication connection on this basis.

[0063] A big difference between the patient diagnosis and treatment information system and other clinical information systems in the present scheme is that the patient diagnosis and treatment information system designs a full-process scheme for the "target management" function of the critical information system based on the PDCA logic. The so-called "target management" is to compare and analyze the patient's condition based on the target values of multiple parameters of the patient in the process of intensive care, so as to scientifically and timely judge the patient's condition and provide a basis for subsequent adjustment of diagnosis and treatment strategies. The so-called PDCA logic is shown in FIG. 3, and specifically on "target management", it refers to:

[0064] 1. Target setting (Plan), i.e., monitoring target data and the formulation of diagnosis and treatment strategies, specifically, medical staff make a complete and objective judgment on the patient's condition to make a phased target setting based on the individualized state of the patient. Among them, the nursing staff focuses on the monitoring parameters in the target setting, and the doctor focuses on the respiratory and examination monitoring parameters in the target setting.

[0065] 2. Process management (Do), i.e., the implementation process of the diagnosis and treatment strategy, in which process, the monitoring parameters are allowed to fluctuate within a certain acceptable range, and in the process, the nursing staff can adjust the treatment measures or intervention measures as appropriate to maintain the fluctuation of the monitoring parameters within the acceptable range.

[0066] 3. Statistical analysis (Check), based on the target set in the above target setting link and based on the real-time monitoring results of the monitoring parameters, the statistical analysis of the phased compliance of each monitoring parameter is performed.

[0067] 4. Strategy adjustment (Act), specifically, by medical staff, through changes in the individualized condition of the patient, combined with the compliance obtained in the statistical analysis process, to comprehensively judge the diagnosis and treatment effect of the current stage, so as to adjust the individualized treatment measures and intervention measures for the patient, including adjustment of the monitoring line data.

[0068] Corresponding to the above-mentioned PDCA logic, in the embodiment of the present application, the execution logic of the processor is as follows:

[0069] Corresponding to the above-mentioned target setting link, the processor determines the monitoring line data corresponding to each of the plurality of monitoring parameters of the patient, and the monitoring line data is used to define the reference interval of the corresponding monitoring parameter;

[0070] Corresponding to the above-mentioned target setting link, the processor controls the display screen to simultaneously display diagnosis and treatment task information, monitoring values of at least one of the plurality of monitoring parameters at multiple time points, and monitoring line data corresponding to the at least one monitoring parameter on the display interface thereof, so as to present whether the monitoring values at the multiple time points fall within or outside the reference interval of the corresponding monitoring line data, and the diagnosis and treatment task information is used to prompt medical staff to implement corresponding diagnosis and treatment tasks;

[0071] Corresponding to the above-mentioned process management link, the processor performs statistical analysis on the monitoring values of the at least one monitoring parameter obtained within a preset time period to obtain a statistical analysis result, and controls the display screen to output the statistical analysis result on the display interface thereof; wherein the statistical analysis result at least includes: the result obtained by comparing the plurality of monitoring values of the at least one monitoring parameter obtained within the preset time period with the monitoring line data corresponding to the monitoring parameter.

[0072] In actual application, the strategy adjustment link can be executed based on the statistical analysis result, the individualized treatment measures and intervention measures for the patient are adjusted, including adjustment of the monitoring line data, and then the target setting link is entered again, the next round of diagnosis and treatment strategy implementation is executed, or the medical staff can adjust the monitoring line data in real time based on the monitoring values of the monitoring parameters displayed on the display interface during the implementation of the diagnosis and treatment strategy. After adjusting the monitoring line data, the patient diagnosis and treatment information system will immediately execute the above-mentioned PDCA logic based on the adjusted monitoring line data, so as to realize dynamic adjustment of the diagnosis and treatment strategy for the patient, and improve the optimization efficiency of the diagnosis and treatment target.

[0073] In the diagnosis and treatment strategy implementation process guided by the individualized diagnosis and treatment target of the patient, the diagnosis and treatment target of the patient needs to be determined first.

[0074] In the process of implementing the diagnosis and treatment strategy, the processor controls the display screen to simultaneously display, in the display interface, diagnosis and treatment task information, monitoring values of the at least one monitoring parameter at multiple time points, and monitoring mark line data corresponding to the at least one monitoring parameter. The diagnosis and treatment task information is displayed in the display interface to prompt medical staff to perform corresponding diagnosis and treatment operations. The monitoring values of the at least one monitoring parameter at the multiple time points and the monitoring mark line data corresponding to the at least one monitoring parameter are displayed in the display interface to present whether the monitoring values at the multiple time points fall within or outside the reference interval of the corresponding monitoring mark line data. The three types of information are simultaneously displayed in the display interface, dynamic presentation of monitoring information of the patient is achieved, and medical staff can clearly understand the current diagnosis and treatment task and synchronously view execution of the current diagnosis and treatment task and real-time diagnosis and treatment effect of the diagnosis and treatment task on the patient.

[0075] In an embodiment, the monitoring mark line data corresponding to the monitoring parameter includes:

[0076] The first reference interval and / or the second reference interval.

[0077] The first reference interval represents a range in which the monitoring value of the patient on the corresponding monitoring parameter is expected to fall, and the second reference interval represents an acceptable range of the monitoring value of the patient on the corresponding monitoring parameter. The second reference interval generally covers the first reference interval, but in some special cases, the two may not have a fixed corresponding relationship, may only partially overlap, or may not overlap at all.

[0078] It is further understood that, here, the first reference interval is obtained based on a diagnosis and treatment goal of the patient, is a range in which the monitoring value of the patient on the corresponding monitoring parameter is expected to fall, and is a range of monitoring values of the monitoring parameter that medical staff expect the monitoring parameter to reach after the entire diagnosis and treatment or after a phase of the diagnosis and treatment, and can also be understood as a target value interval of the patient on the corresponding monitoring parameter. The second reference interval is determined based on an alarm limit of the monitoring parameter in a clinical practice guideline or based on a real-time individual condition of the patient and in combination with the alarm limit of the monitoring parameter in the clinical practice guideline, and can also be understood as an alarm value interval on the corresponding monitoring parameter. A monitoring value that exceeds the second reference interval is considered to be clinically unacceptable.

[0079] Notably, in a traditional medical device, there is usually only an alarm limit similar to the second reference interval in the present scheme, and the alarm limit in the traditional medical device is usually set without distinction for all patients by relying on a medical guideline. However, in a clinic, although a patient does not exceed the alarm limit, it does not mean that the state of the patient is very ideal. Therefore, the present scheme further determines a first reference interval for the patient for more fine observation and judgment of the state of the patient. Moreover, in the present scheme, the first reference interval and the second reference interval can be self-defined and set.

[0080] Exemplarily, for heart rate (HR), a corresponding first reference interval can be set as 70-120 bpm, which is the expected heart rate value range of a patient after a diagnosis and treatment phase, and a corresponding second reference interval can be set as 60-130 bpm, and a heart rate value exceeding the second reference interval will trigger an alarm.

[0081] It can be understood that, generally, the second reference interval covers the first reference interval. Based on the definition of the first reference interval and the second reference interval, in a clinical application, if a monitoring value is within the first reference interval, it is considered to be an expected monitoring value, if the monitoring value is outside the first reference interval and within the second reference interval, it is considered to be a monitoring value fluctuating within a safe range, and if the monitoring value is outside the second reference interval, it is considered to be a monitoring value that needs to be controlled to at least be within the second reference interval by taking corresponding intervention measures.

[0082] In an actual application, the monitoring parameter corresponding to the monitoring scale data can also only include the first reference interval, or only include the second reference interval, and the medical staff can determine the type of monitoring scale data according to the actual diagnosis and treatment needs.

[0083] In an actual application, the monitoring parameters of the monitoring scale data need to be set, including but not limited to vital sign parameters, working parameters of medical devices, reference intervals of tests and examinations, dosages of treatment drugs, related parameters of fluid balance and energy metabolism, etc. In some cases, after the monitoring scale data is determined, further determination of related diagnosis and treatment schemes is needed, such as detailed diagnosis and treatment plans, required drugs, device models of medical devices to be used, detailed monitoring plans and test and examination items, etc.

[0084] In the embodiments of the present application, the medical staff can set the monitoring scale data on the patient diagnosis and treatment information system or the related medical device, and based on the communication connection between the communication module and the medical device, the monitoring scale data set on the patient diagnosis and treatment information system will be pushed to the related medical device, or the monitoring scale data set on the related medical device will be pushed to the patient diagnosis and treatment information system, so as to ensure the synchronization of the monitoring scale data between the patient diagnosis and treatment information system and the medical device, so that the medical staff does not need to repeatedly set the monitoring scale data between multiple devices, and the automatic synchronization process can also avoid the setting errors that may exist in manual setting, improve the device operation efficiency in the diagnosis and treatment process, improve the operation accuracy, and ensure the diagnosis and treatment effect.

[0085] Based on this, in an embodiment, the processor is further configured to: for the monitoring parameters shared by the patient treatment information system and the plurality of medical devices, maintain synchronization of at least part of the monitoring parameter data corresponding to the shared monitoring parameters between the patient treatment information system and the plurality of medical devices.

[0086] The plurality of medical devices includes a first medical device and a second medical device, the first medical device has monitoring parameter data corresponding to a first monitoring parameter in the at least partially shared monitoring parameters, and the second medical device has monitoring parameter data corresponding to a second monitoring parameter in the at least partially shared monitoring parameters. For the monitoring parameters shared by the patient treatment information system and the plurality of medical devices, at least part of the monitoring parameter data corresponding to the shared monitoring parameters is maintained between the patient treatment information system and the plurality of medical devices, including:

[0087] In response to a first instruction input by a user in the patient treatment information system, the processor modifies the monitoring parameter data corresponding to the first monitoring parameter in the patient treatment information system, and controls the communication module to push the modified monitoring parameter data to the first medical device; and / or,

[0088] Based on the received monitoring parameter data corresponding to the second monitoring parameter pushed by the second medical device, the processor modifies the monitoring parameter data corresponding to the second monitoring parameter in the patient treatment information system.

[0089] Here, modifying the monitoring parameter data corresponding to the monitoring parameter in the patient treatment information system or in the related medical device can be understood as adjusting or updating the original monitoring parameter data corresponding to the monitoring parameter in the patient treatment information system or in the related medical device, or can be understood as configuring the monitoring parameter data corresponding to the monitoring parameter in the patient treatment information system or in the related medical device, that is, configuring the monitoring parameter data corresponding to the monitoring parameter in the patient treatment information system or in the related medical device.

[0090] In actual application, the monitoring parameter data set on the medical device is usually confirmed by the medical staff actually operating the medical device, so the monitoring parameter data can take effect immediately after being pushed to the patient treatment information system. After the monitoring parameter data set on the patient treatment information system is pushed to the related medical device, it needs to be confirmed by the medical staff actually operating the related medical device before taking effect, so as to avoid that the set monitoring parameter data does not conform to the actual treatment situation of the patient.

[0091] Based on this, in an embodiment, after receiving the modified monitoring mark line data pushed by the patient treatment information system, the first medical device pops up a configuration window of the monitoring mark line data in the operation interface; the configuration window displays at least the modified monitoring mark line data;

[0092] After detecting the confirmation instruction about the modified monitoring mark line data, the first medical device modifies the monitoring mark line data corresponding to the first monitoring parameter in the device.

[0093] Here, after the first monitoring mark line data set on the patient treatment information system is pushed to the first medical device, if the confirmation instruction about the first monitoring mark line data is detected in the configuration window popped up on the operation interface of the first medical device, the first monitoring mark line data takes effect on the first medical device immediately. Alternatively, the medical staff actually operating the first medical device can also modify the first monitoring mark line data in the configuration window, and the modified first monitoring mark line data takes effect on the first medical device immediately, while the modified first monitoring mark line data is pushed to the patient treatment information system, and the processor sets the modified first monitoring mark line data for the first monitoring parameter in the patient treatment information system in response to the modified first monitoring mark line data.

[0094] For the case that the monitoring mark line data includes the first reference interval and the second reference interval, the operation efficiency of the medical staff in setting the monitoring mark line data in the patient treatment information system can be improved by setting the linkage setting operation of the first reference interval and the second reference interval, and the setting accuracy of the monitoring mark line data can be ensured to a certain extent.

[0095] Based on this, in an embodiment, the first instruction is used to set the first reference interval corresponding to the first monitoring parameter;

[0096] In response to the first instruction input by the user in the patient treatment information system, the processor modifies the monitoring mark line data corresponding to the first monitoring parameter in the patient treatment information system, including:

[0097] In response to the first instruction input by the user in the patient treatment information system, the processor modifies the first reference interval corresponding to the first monitoring parameter in the patient treatment information system;

[0098] After modifying the first reference interval corresponding to the first monitoring parameter, a linkage setting operation is triggered, and the linkage setting operation sets the second reference interval corresponding to the first monitoring parameter based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval.

[0099] Here, the linkage setting operation can realize automatic modification of the second reference interval while the modification of the first reference interval is completed, and ensure the rationality of the automatically modified second reference interval.

[0100] As described above, in the conventional medical device, there is usually only an alarm limit similar to the second reference interval in the present scheme, which is usually set without distinction for all patients in the conventional medical device according to medical guidelines. Thus, there is a problem that if the alarm value is the same for different patients, there will be a lot of meaningless repeated alarms, for example, a patient with heart disease may have a very low heart rate, and if the alarm lower limit is 60, the patient will be repeatedly alarmed. However, the doctor already knows the patient's condition, and only when the patient's heart rate drops to 50, the doctor may need to know, otherwise the doctor does not need to be reminded. Therefore, the linkage adjustment of the alarm value (the second monitoring parameter) corresponding to the target value (the first monitoring parameter) after the target value changes can well reduce the disturbance to medical staff. It can also simplify the setting operation of the doctor.

[0101] Specifically, in an embodiment, the second reference interval corresponding to the first monitoring parameter is set based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval, comprising:

[0102] The upper limit value and / or the lower limit value of the first reference interval are adjusted based on the adjustment parameter to set the second reference interval, and the adjustment parameter includes an adjustment value or an adjustment percentage.

[0103] For example, the first reference interval of mean arterial pressure (MAP) is set, the corresponding upper limit is 120 mmHg, and the corresponding lower limit is 60 mmHg. The adjustment parameter corresponding to the monitoring parameter is 10 mmHg for the upper limit and the lower limit. Then, the second reference interval of MAP is automatically generated while the first reference interval of MAP is set, and the corresponding upper limit of the second reference interval is 130 mmHg, and the corresponding lower limit is 50 mmHg.

[0104] In actual application, different adjustment parameters can be set for different monitoring parameters, for example, for body temperature, the corresponding adjustment parameter is 1 for the upper limit and the lower limit of the first reference interval. The adjustment parameter is not the same as the adjustment parameter corresponding to MAP in the above example, so as to ensure the rationality of the setting of the second reference interval of different monitoring parameters.

[0105] In addition, for the function of automatically triggering the linkage setting operation, the medical staff can select to enable or disable the function according to actual needs in the patient treatment information system. In an embodiment, after the first reference interval corresponding to the first monitoring parameter is modified, the linkage setting operation is triggered, comprising:

[0106] In the case that the first function is in the enabled state after the first reference interval corresponding to the first monitoring parameter is modified, the linkage setting operation is triggered,

[0107] The first function in the enabled state allows the linkage setting operation to be triggered after the first reference interval is modified.

[0108] It can be understood that the first function in the disabled state does not allow the linkage setting operation to be triggered after the modified first reference interval.

[0109] In actual application, the function can be enabled or disabled for different monitoring parameters respectively, so as to realize a more flexible setting scheme of monitoring marker data.

[0110] FIG. 4 shows an example of setting monitoring marker data on the display interface of the patient treatment information system. In FIG. 4, the monitoring marker data setting interface corresponding to the monitoring parameters of the nervous system and the circulatory system is shown, wherein, on the basis of the original configuration of the monitoring marker data, the first reference interval, i.e., the target upper limit and the target lower limit, of the monitoring parameters MAP and Temp of the nervous system and the monitoring parameter MAP of the circulatory system are updated. Therefore, in FIG. 4, the values corresponding to the target upper limit and the target lower limit of the monitoring parameters MAP and Temp under the nervous system classification, and the target lower limit of the monitoring parameter HR, the target upper limit and the target lower limit of the monitoring parameter MAP under the circulatory system classification are processed with bold and large font to prompt the medical staff that the values have changed. In addition, in the example of FIG. 4, the first function is enabled or disabled through the check box control of “whether to link adjust alarm limit”. When the check box is checked, it indicates that the first function is enabled. Taking the monitoring parameter MAP under the circulatory system classification as an example, since its target upper limit and target lower limit are updated, the second reference interval of MAP, i.e., the alarm upper limit and the alarm lower limit, are also updated accordingly. Therefore, the values corresponding to the alarm upper limit and the alarm lower limit of MAP are also processed with bold and large font to prompt the medical staff that the values have changed. The check box control of “whether to link adjust alarm limit” corresponding to the monitoring parameter Temp under the nervous system classification is not checked. Therefore, although the target upper limit and the target lower limit of Temp are updated, the values of the alarm upper limit and the alarm lower limit of Temp will not change.

[0111] Based on the determination of the monitoring mark line data, a plan process of a diagnosis and treatment strategy for the patient is completed, and on this basis, a further implementation process of the diagnosis and treatment strategy is carried out.

[0112] In the implementation process of the diagnosis and treatment strategy, the processor controls the display screen to simultaneously display, in the display interface, the diagnosis and treatment task information, the monitoring values of the at least one monitoring parameter at the plurality of time points, and the monitoring mark line data corresponding to the at least one monitoring parameter. In the display interface, the diagnosis and treatment task information is displayed to prompt medical staff to perform corresponding diagnosis and treatment operations, and the monitoring values of the at least one monitoring parameter at the plurality of time points and the monitoring mark line data corresponding to the at least one monitoring parameter are displayed to present whether the monitoring values at the plurality of time points fall within the reference interval of the corresponding monitoring mark line data or outside the reference interval. Simultaneous display of the above three types of information in the display interface realizes dynamic presentation of the monitoring information of the patient, which helps medical staff to clearly understand the current diagnosis and treatment task and synchronously view the execution of the current diagnosis and treatment task and the real-time diagnosis and treatment effect of the diagnosis and treatment task on the patient.

[0113] Referring to FIG. 5, an example of a display interface of a diagnosis and treatment strategy implementation process of a patient diagnosis and treatment information system is shown. The left side of the display interface shows the diagnosis and treatment task information of the patient in the diagnosis and treatment strategy implementation process to help medical staff to clearly understand the current diagnosis and treatment task. For example, in the “AKI process management” section, the current execution items corresponding to the patient are listed, and different marks are used to distinguish each item, so that medical staff can clearly understand whether the corresponding item is a “to-be-executed” item or a “completed” item. The right side of the display interface shows the monitoring values of the plurality of monitoring parameters of the patient at the plurality of time points. In the example of FIG. 5, the monitoring values of each monitoring parameter at the plurality of time points are displayed in the form of a trend line.

[0114] In an embodiment, the display screen is controlled to display, in the display interface thereof, the monitoring values of the at least one monitoring parameter at the plurality of time points, including:

[0115] In the case that the monitoring value of the at least one monitoring parameter falls within the corresponding reference interval, the display screen is controlled to display the monitoring value in a first display configuration in the display interface thereof, and in the case that the monitoring value of the at least one monitoring parameter falls outside the corresponding reference interval, the display screen is controlled to display the monitoring value in a second display configuration in the display interface thereof, the first display configuration being different from the second display configuration.

[0116] Here, in order to provide a more intuitive interface to medical staff to help medical staff to quickly determine which monitoring parameters have monitoring values falling outside the reference interval of the corresponding monitoring mark line data and at which time points the monitoring values fall outside the reference interval of the corresponding monitoring mark line data, the display configurations of the monitoring values falling within the corresponding reference interval and the monitoring values falling outside the corresponding reference interval are distinguished.

[0117] In particular, the first display configuration comprises a first color, and the second display configuration comprises a second color; and / or,

[0118] The first display configuration comprises a first font, and the second display configuration comprises a second font; and / or,

[0119] The first display configuration comprises a first font size, and the second display configuration comprises a second font size; and / or,

[0120] The first display configuration comprises not displaying additional marks for the monitoring value, and the second display configuration comprises displaying additional marks for the monitoring value.

[0121] As a presentation mode of the monitoring value, in the display interface example of the patient diagnosis and treatment information system diagnosis and treatment strategy implementation process, the monitoring values of the multiple monitoring parameters on the right side of the display interface can be presented in the form of a numerical table. Referring to FIG. 6, each data table corresponds to multiple monitoring parameters under a monitoring parameter category, each row in the table represents a monitoring value of a monitoring parameter at multiple time points, and each table in the corresponding row represents a monitoring value of the corresponding monitoring parameter at each of the multiple time points.

[0122] Then, the monitoring values in the numerical table are:

[0123] The monitoring values falling within the corresponding reference interval are displayed in a first color, and the second monitoring value is displayed in a second color; and / or,

[0124] The monitoring values falling within the corresponding reference interval are displayed in a first font, and the second monitoring value is displayed in a second font; and / or,

[0125] The monitoring values falling within the corresponding reference interval are displayed in a first font size, and the monitoring values falling outside the corresponding reference interval are displayed in a second font size; and / or,

[0126] No additional marks are displayed for the monitoring values falling within the corresponding reference interval, and additional marks are displayed for the monitoring values falling outside the corresponding reference interval.

[0127] For example, the monitoring value falling within the corresponding reference interval is marked with green, the monitoring value falling outside the corresponding reference interval is marked with red, and / or the monitoring value falling within the corresponding reference interval is marked with normal font, the monitoring value falling outside the corresponding reference interval is marked with bold, and / or the monitoring value falling within the corresponding reference interval is marked with smaller font size, the monitoring value falling outside the corresponding reference interval is marked with larger font size, and / or an arrow is marked on the side of the monitoring value falling within the corresponding reference interval, and no additional mark is added to the monitoring value falling outside the corresponding reference interval. The above manners can display the monitoring value exceeding the monitoring limit data in a more obvious visual effect, so that the medical staff can intuitively observe the monitoring value exceeding the numerical range corresponding to the monitoring limit data, and thus take corresponding intervention measures in time.

[0128] For example, for the monitoring value exceeding the upper limit of the corresponding reference interval, an upward arrow is displayed on the side of the monitoring value, and for the monitoring value exceeding the lower limit of the corresponding reference interval, a downward arrow is displayed on the side of the monitoring value, thereby helping the medical staff to more intuitively understand the specific situation of the monitoring value exceeding the reference interval corresponding to the monitoring limit data.

[0129] For example, in the example of FIG. 6, the monitoring values of the monitoring parameter Temp at multiple time points in the “up-to-standard monitoring” numerical table are shown, wherein for the monitoring value exceeding the target reference interval, the monitoring value is displayed in bold and large font to prompt the medical staff that the body temperature of the patient is abnormal.

[0130] As another presentation manner of the monitoring value, for the monitoring values of at least one monitoring parameter at multiple time points, the monitoring values can be presented in the form of a trend line. In an embodiment, the display screen is controlled to display the monitoring values of at least one monitoring parameter at multiple time points and the monitoring limit data corresponding to the at least one monitoring parameter on the display interface of the display screen, including:

[0131] The display screen is controlled to display a trend line corresponding to the monitoring values of the at least one monitoring parameter at the multiple time points on the display interface of the display screen, so as to present the monitoring values of the at least one monitoring parameter at the multiple time points; and,

[0132] The display screen is controlled to present the reference interval corresponding to the at least one monitoring parameter through filling areas and / or scales on the display interface of the display screen.

[0133] Here, the acquisition time or generation time corresponding to the monitoring parameter is taken as the horizontal axis of the coordinate, and the monitoring value corresponding to the monitoring parameter is taken as the vertical axis of the coordinate, and a trend line corresponding to each monitoring parameter is drawn. At the same time, in this embodiment, the monitoring limit data corresponding to each monitoring parameter is marked on the coordinate axis on which the trend line corresponding to the monitoring parameter is located, and the relative size relationship between the monitoring value of each monitoring parameter at multiple times and the corresponding monitoring limit data is clearly displayed, so that medical staff can intuitively observe from the display interface whether the monitoring value exceeds the numerical range corresponding to the monitoring limit data

[0134] In actual application, the trend line of one monitoring parameter can be presented in one trend chart, or the trend lines of multiple monitoring parameters can be presented in the same trend chart. In actual application, the trend lines of multiple monitoring parameters can be drawn in the trend chart corresponding to the same coordinate axis based on the correlation or classification of different monitoring parameters. For example, in the example of FIG. 5, the trend lines of the four monitoring parameters selected by medical staff under the monitoring parameter category “CRRT” are simultaneously presented in one trend chart. In this way, the monitoring values of the monitoring parameters are classified and displayed through multiple charts, which helps medical staff quickly view and understand the relevant monitoring situation.

[0135] As an implementation manner, the monitoring parameters that need to be displayed can also be defined by medical staff in the display interface of the patient diagnosis and treatment information system. For example, under the monitoring parameter category “CRRT”, all the monitoring parameters that can be drawn in the chart are displayed, and medical staff can select to draw the trend lines of all or part of the monitoring parameters in the chart by checking the corresponding monitoring parameters. Based on the above interaction mode, medical staff can perform information screening, so that only the monitoring information that needs to be concerned is displayed in the display interface, information redundancy is avoided, and it is helpful for medical staff to quickly obtain the required information.

[0136] For the scheme of presenting the monitoring values at multiple times in the form of a trend line, the display configuration of the monitoring values falling within the corresponding reference interval and the monitoring values falling outside the corresponding reference interval can also be distinguished. Referring to the “infection monitoring” chart in the example of FIG. 7, the trend line therein:

[0137] the part of the trend line that does not exceed the corresponding reference interval is displayed in a first color, and the part of the trend line that exceeds the corresponding reference interval is displayed in a second color; and / or,

[0138] For the monitoring values marked on the trend line:

[0139] the monitoring values on the trend line that do not exceed the corresponding reference interval are displayed in a first font, and the monitoring values on the trend line that exceed the corresponding reference interval are displayed in a second font; and / or,

[0140] displaying the monitoring values on the trend line that do not exceed the corresponding reference interval in a first font size, and displaying the monitoring values on the trend line that exceed the corresponding reference interval in a second font size; and / or,

[0141] not displaying the additional mark for the monitoring values on the trend line that do not exceed the corresponding reference interval, and displaying the additional mark for the monitoring values on the trend line that exceed the corresponding reference interval.

[0142] In the example of FIG. 7, the trend lines of the three monitoring parameters are displayed in the same trend graph, and for the monitoring values that exceed the corresponding reference interval, a triangular additional mark is displayed at the occurrence position of the monitoring value on the trend line.

[0143] In the example of FIG. 8, the trend lines of the five monitoring parameters are displayed in the same trend graph, and when the trend line of the monitoring parameter Lac is selected, the second reference interval corresponding to the monitoring parameter is displayed in the trend graph in a hatched filling area.

[0144] In addition, for the case where the monitoring flag data includes the first reference interval and the second reference interval, the display configuration corresponding to the monitoring values of the same monitoring parameter when exceeding the first reference interval can also be different from the display configuration corresponding to the monitoring values when exceeding the second reference interval. The visual effect presented by the monitoring values when exceeding the second reference interval can be stronger than the visual effect presented by the monitoring values when exceeding the first reference interval, thereby making a more significant prompt for the case where the monitoring values exceed the second reference interval.

[0145] For the way of marking the monitoring line data corresponding to the monitoring parameter by filling the area, in actual application, the corresponding filling area can be drawn by color filling, line filling or pattern filling. In addition, when rendering the filling area in the display interface, referring to the "up-to-standard monitoring" chart in the example of FIG. 8, the color and / or line and / or pattern of the filling can be processed to be transparent or grayscale, so that the filling area exists as the background of the trend line and does not affect the display of the trend line. In addition, when displaying the monitoring line data corresponding to multiple monitoring parameters and the monitoring values at multiple time points in the display interface, the filling areas corresponding to different monitoring parameters are filled with different colors and / or lines of different forms and / or different patterns, so as to distinguish the monitoring line data of different monitoring parameters. In addition, when the monitoring line data includes the first reference interval and the second reference interval, the first reference interval and the second reference interval of the same monitoring parameter can also be filled with different colors and / or lines of different forms and / or different patterns on the filling area, so as to visually distinguish the first reference interval and the second reference interval. For example, referring to the trend line corresponding to the monitoring parameter Lac in the "up-to-standard monitoring" chart in the example of FIG. 8, the first reference interval 0.8-1.9 corresponding to the monitoring parameter is drawn with a green filling area, and the second reference interval 0.6-2.1 corresponding to the monitoring parameter is drawn with a gray filling area, so as to visually distinguish the two reference intervals.

[0146] For the way of marking the monitoring line data corresponding to the monitoring parameter by marking the line, in actual application, the corresponding line can be drawn by setting the color and / or line width. In addition, when displaying the monitoring line data corresponding to multiple monitoring parameters and the monitoring values at multiple time points in the display interface, the lines corresponding to different monitoring parameters are drawn with different colors and / or different line widths, so as to distinguish the monitoring line data of different monitoring parameters. In addition, when the monitoring line data includes the first reference interval and the second reference interval, the first reference interval and the second reference interval of the same monitoring parameter can also be drawn with different colors and / or different line widths on the line, so as to visually distinguish the first reference interval and the second reference interval. Referring to the trend line corresponding to the monitoring parameter Lac in the "up-to-standard monitoring" chart in the example of FIG. 8, the lower limit 0.8 and the lower limit 1.9 of the first reference interval corresponding to the monitoring parameter are drawn with a green line, and the lower limit 0.6 and the lower limit 2.1 of the second reference interval corresponding to the monitoring parameter are drawn with a gray line, so as to visually distinguish the two reference intervals.

[0147] In actual application, the corresponding reference interval can also be framed based on the filling area and the line at the same time.

[0148] In an embodiment, the processor is further configured to:

[0149] In a case where it is detected that a specific monitoring parameter in the at least one monitoring parameter meets a set condition, the display screen is controlled to present a trend line corresponding to the specific monitoring parameter and a trend line corresponding to other monitoring parameters except the specific monitoring parameter on a display interface of the display screen in different visual effects respectively; wherein,

[0150] The set condition comprises:

[0151] A selection instruction about the specific monitoring parameter is detected; or it is detected that there is a monitoring value of the specific monitoring parameter falling outside a corresponding reference interval among the monitoring values of the specific monitoring parameter at the plurality of time instants.

[0152] In an embodiment, the control of the display screen to present the trend line corresponding to the specific monitoring parameter and the trend line corresponding to other monitoring parameters except the specific monitoring parameter on a display interface of the display screen in different visual effects respectively comprises:

[0153] The trend line corresponding to the specific monitoring parameter is presented by a visual effect of a darker color, and the trend line corresponding to other monitoring parameters except the specific monitoring parameter is presented by a visual effect of a lighter color.

[0154] Taking a selection instruction about a specific monitoring parameter as an example of the set condition, the trend line corresponding to the specific monitoring parameter is presented in a color with a higher saturation, for example, red, while the trend lines corresponding to other monitoring parameters except the specific monitoring parameter are processed to have a lower saturation, for example, the trend lines corresponding to other monitoring parameters except the specific monitoring parameter are directly drawn by using low-saturation gray lines, so as to highlight the trend line corresponding to the specific monitoring parameter on the display interface, and enable a user to quickly locate the monitoring value corresponding to the selected monitoring parameter or the monitoring value corresponding to a monitoring parameter that needs to be paid attention to or needs to be intervened in the display interface.

[0155] In an embodiment, the control of the display screen to present the trend line corresponding to the specific monitoring parameter and the trend line corresponding to other monitoring parameters except the specific monitoring parameter on a display interface of the display screen in different visual effects respectively comprises:

[0156] The trend line corresponding to the specific monitoring parameter is presented by a visual effect of a wider line width, and the trend line corresponding to other monitoring parameters except the specific monitoring parameter is presented by a visual effect of a narrower line width.

[0157] Referring to FIG. 8, the trend lines of the plurality of monitoring parameters are plotted in the same chart under the "Target Monitoring" category. In order to enable medical staff to more intuitively view the monitoring situation of the monitoring parameter of interest, in the present embodiment, the user can select a specific monitoring parameter on the display interface of the patient diagnosis and treatment information system by a cursor or other selection tool, or select the monitoring parameter corresponding to the trend line on which the cursor is hovering, as the specific monitoring parameter. At this time, the trend line corresponding to the specific monitoring parameter is displayed with stronger visual effects, while the trend lines corresponding to other specific monitoring parameters that are not selected are displayed with relatively weaker visual effects. For example, in the example of FIG. 8, the cursor is hovering on the trend line corresponding to the monitoring parameter Lac, so the trend line corresponding to the monitoring parameter Lac is displayed with stronger visual effects, with increased color saturation and line width, while the trend lines corresponding to the monitoring parameters Temp, MAP, CVP, and Urine in the same chart are displayed with relatively weaker visual effects, with decreased color saturation and line width. Alternatively, the patient diagnosis and treatment information system automatically displays the trend line corresponding to the monitoring parameter that has a monitoring value falling outside the corresponding reference interval with stronger visual effects, while the trend lines corresponding to the monitoring parameters whose monitoring values all fall within the corresponding reference intervals are displayed with relatively weaker visual effects. For example, in the example of FIG. 8, among the monitoring parameters Temp, MAP, CVP, Urine, and Lac, if only Lac has a monitoring value falling outside the corresponding reference interval, then the trend line corresponding to the monitoring parameter Lac is displayed with stronger visual effects, with increased color saturation and line width, while the trend lines corresponding to the monitoring parameters Temp, MAP, CVP, and Urine in the same chart are displayed with relatively weaker visual effects, with decreased color saturation and line width.

[0158] In an embodiment, the display screen and the plurality of medical devices keep synchronization of the display configuration, i.e., the control of the display screen to simultaneously display the diagnosis and treatment task information, the monitoring values of the at least one monitoring parameter at multiple time points, and the monitoring reticle data corresponding to the at least one monitoring parameter on the display interface of the display screen comprises: controlling the display screen to display the monitoring values of the at least one monitoring parameter at multiple time points and the monitoring reticle data corresponding to the at least one monitoring parameter on the display interface of the display screen by using the same image as the plurality of medical devices.

[0159] Here, the monitoring values of the at least one monitoring parameter at multiple time points and the monitoring reticle data corresponding to the at least one monitoring parameter are displayed by using the same image, which presents an effect similar to screen projection between two devices. It is worth noting that the specific technology used is not limited to the "screen projection" technology.

[0160] Here, based on the communication connection between the communication module and the medical device, the display configuration of the monitoring values of the at least one monitoring parameter in the patient diagnosis and treatment information system display interface and the monitoring mark line data corresponding to the at least one monitoring parameter at multiple moments can be synchronized into the medical device, or the display configuration of the monitoring values and the monitoring mark line data of the related monitoring parameters in the medical device can be synchronized to the patient diagnosis and treatment information system display interface, so as to maintain the consistency of the display configuration between the patient diagnosis and treatment information system and the medical device, reduce the learning cost of the medical staff in the process of implementing the diagnosis and treatment strategy for the patient, ensure the speed of information reading, reduce the information misreading rate, and more efficiently guarantee the diagnosis and treatment effect on the patient.

[0161] After completing the implementation process of the diagnosis and treatment strategy for the patient, thereby ending the entire diagnosis and treatment process or ending the current diagnosis and treatment process phase by phase, further statistical analysis can be performed based on the implementation of the diagnosis and treatment strategy, and the corresponding statistical analysis result is output on the display interface.

[0162] It is worth noting that the display interface can present the "statistical analysis result" and the previous "diagnosis and treatment task information", the monitoring values of the monitoring parameter at multiple moments (which can be presented in the form of a trend chart), and the monitoring mark line data in the same interface. The "statistical analysis result" and the previous "diagnosis and treatment task information", the monitoring values of the monitoring parameter at multiple moments, and the monitoring mark line data can also be presented using different interfaces. For example, the "statistical analysis result" can be presented through a first display interface, and the "diagnosis and treatment task information", the monitoring values of the monitoring parameter at multiple moments, and the monitoring mark line data can be presented through a second display interface.

[0163] In the process of outputting the statistical analysis result of the implementation of the diagnosis and treatment strategy, the processor performs statistical analysis on the monitoring values of the at least one monitoring parameter in the display interface during the implementation of the diagnosis and treatment strategy based on the monitoring values of the at least one monitoring parameter obtained within a preset time period, obtains a statistical analysis result, and controls the display screen to output the statistical analysis result on the display interface thereof.

[0164] The statistical analysis result at least includes a result obtained by comparing the monitoring values of the at least one monitoring parameter obtained within the preset time period with the monitoring mark line data corresponding to the monitoring parameter.

[0165] In actual application, after the diagnosis and treatment of the current stage is completed, the monitoring values of the related monitoring parameters of the patient obtained during the implementation of the diagnosis and treatment strategy, i.e., within the preset time period, are statistically analyzed and compared with the corresponding monitoring mark line data, and the corresponding statistical analysis result is presented in the display interface, so as to help the medical staff to efficiently evaluate the achievement of the diagnosis and treatment target.

[0166] FIG. 9 shows an example of a display interface showing the statistical analysis result.

[0167] Here, the statistical result displayed in the display interface can at least represent the comparison result of the plurality of monitoring values of the corresponding monitoring parameter in the preset time period and the monitoring limit data of the monitoring parameter, which can be presented in a graphical manner. In an embodiment, the control of the display screen to output the statistical analysis result on the display interface thereof includes:

[0168] For at least one of the at least one monitoring parameter, the control of the display screen to present the distribution of the plurality of monitoring values of the at least one monitoring parameter on the display interface thereof by at least one graph, so as to present the deviation between the distribution of the plurality of monitoring values of the at least one monitoring parameter and the first reference interval corresponding to the at least one monitoring parameter.

[0169] As described above, the first reference interval represents the range in which the monitoring value of the patient on the corresponding monitoring parameter is expected to fall, i.e., the treatment target of the patient on the monitoring parameter, and thus, in this embodiment, the distribution of the plurality of monitoring values of the monitoring parameter in the preset time period with respect to the first reference interval of the monitoring parameter is presented by the graph, so that the medical staff can intuitively obtain the compliance rate of the implementation of the treatment strategy on the monitoring parameter from the displayed statistical result. The compliance rate refers to the ratio of the plurality of monitoring values in the preset time period falling within the corresponding first reference interval.

[0170] In addition, in an embodiment, the control of the display screen to output the statistical analysis result on the display interface thereof further includes:

[0171] The control of the display screen to display the compliance rate of the at least one monitoring parameter on the display interface thereof, so as to present the ratio of the plurality of monitoring values of the at least one monitoring parameter in the preset time period falling within the first reference interval corresponding to the at least one monitoring parameter.

[0172] Here, the compliance rate is directly displayed in the display interface, so that the medical staff can quickly obtain the compliance rate of the corresponding monitoring parameter, and understand the monitoring result of each monitoring parameter in the at least one monitoring parameter in the entire treatment process in combination with the distribution of the monitoring values shown by the at least one graph. For example, by viewing the display interface, the medical staff can first determine the monitoring parameter with a lower compliance rate based on the displayed compliance rate, and further understand the monitoring result of the corresponding monitoring parameter in combination with the distribution of the monitoring parameter with the lower compliance rate shown by the graph.

[0173] In the display interface, the graph for showing the distribution of the same monitoring parameter and the corresponding compliance rate are displayed in the same area. For example, in the example of FIG. 10, the distribution of the monitoring parameter HR and the compliance rate "89%" are displayed in the same area, which facilitates medical staff to intuitively establish the relationship between the statistical analysis results corresponding to the same monitoring parameter when viewing the statistical analysis results, and quickly capture the required information.

[0174] In an embodiment, the control of the display screen to present, on the display interface thereof, the first reference interval corresponding to the one of the monitoring parameters and the distribution of the plurality of monitoring values of the one of the monitoring parameters in the preset time period by at least one graph includes: in the graph for presenting the distribution of the plurality of monitoring values, different visual effects are used to present different frequency of occurrence of the monitoring values.

[0175] Here, the frequency of occurrence of the monitoring values can also be understood as the occurrence frequency of the monitoring values at different values. The higher the occurrence frequency of the monitoring values at a value, the more frequent the monitoring values of the monitoring parameter occur at the value. The lower the occurrence frequency of the monitoring values at a value, the less frequent the monitoring values of the monitoring parameter occur at the value. In this embodiment, the distribution of the monitoring values at different values is intuitively distinguished by the difference in visual effects.

[0176] In actual application, the occurrence frequency of the monitoring parameters at different values can be presented by a distribution curve. In the distribution curve, different values corresponding to the monitoring values of the monitoring parameters in the preset time period are taken as the abscissa, and the number of the monitoring values obtained at the corresponding values is taken as the ordinate. The larger the ordinate corresponding to a value, the more frequent the monitoring values of the monitoring parameter occur at the value. The smaller the ordinate corresponding to a value, the less frequent the monitoring values of the monitoring parameter occur at the value. In this way, the distribution of the monitoring values at different values is intuitively distinguished by the difference in visual effects of different peaks of the distribution curve.

[0177] On this basis, the corresponding first reference interval can also be marked on the horizontal axis of the coordinate axis of the distribution curve, so that medical staff can intuitively obtain the compliance rate of the implementation of the treatment strategy on the monitoring parameter from the displayed statistical results.

[0178] Further, the different visual effects used to present the different frequency of occurrence of the monitoring values include the visual effect of deeper color used to present the display elements corresponding to the monitoring values with higher frequency of occurrence.

[0179] Since the graphic with darker color can bring stronger visual impact, the display element corresponding to the monitoring value with higher frequency of occurrence is presented through the visual effect of darker color, so that the medical staff can first pay attention to the monitoring value with higher frequency of occurrence, and on this basis, accurately and timely draw relevant diagnosis and treatment conclusions or give further intervention measures suggestions.

[0180] In actual application, the above visual effect can be realized in the form of a bar chart. In an embodiment, the presenting, by the at least one graphic, the first reference interval corresponding to the one kind of monitoring parameter and the distribution of the plurality of monitoring values of the one kind of monitoring parameter in the preset time period includes: presenting the distribution of the plurality of monitoring values of the one kind of monitoring parameter in the preset time period in the form of a bar chart, each scale bar in the bar chart representing one monitoring value.

[0181] Referring to the example in FIG. 10, each scale bar in the bar chart represents one monitoring value of the monitoring parameter, that is, if M monitoring values of the monitoring parameter are obtained in the preset time period, N different values are involved in the M monitoring values, and M is greater than N, then the bar chart corresponding to the monitoring parameter contains N scale bars, and each scale bar represents the value of one monitoring value.

[0182] In an embodiment, the presenting, by the at least one graphic, the first reference interval corresponding to the one kind of monitoring parameter and the distribution of the plurality of monitoring values of the one kind of monitoring parameter in the preset time period includes: presenting the monitoring values falling into the first reference interval corresponding to the one kind of monitoring parameter and the monitoring values falling out of the first reference interval corresponding to the one kind of monitoring parameter in different display modes.

[0183] Here, the distribution of the monitoring values of the monitoring parameter in the preset time period in different values is distinguished by different display modes.

[0184] In an embodiment, the presenting, by the at least one graphic, the first reference interval corresponding to the one kind of monitoring parameter and the distribution of the plurality of monitoring values of the one kind of monitoring parameter in the preset time period includes: presenting the monitoring values falling into the first reference interval corresponding to the one kind of monitoring parameter and the monitoring values falling out of the first reference interval corresponding to the one kind of monitoring parameter in different display modes.

[0185] In the embodiment, the scale bar corresponding to the monitoring value falling into the first reference interval and the scale bar corresponding to the monitoring value not falling into the first reference interval are presented by different colors, for example, the scale bar corresponding to the monitoring value falling into the first reference interval is presented in blue color, and the scale bar corresponding to the monitoring value not falling into the first reference interval is presented in gray color, so as to significantly distinguish the first reference interval and the non-first reference interval in the bar chart.

[0186] In an embodiment, the display of the scale bar corresponding to the monitoring value falling into the first reference interval corresponding to one of the monitoring parameters in the first color comprises: display of the scale bar corresponding to the monitoring value with higher frequency of occurrence in deeper first color.

[0187] and / or

[0188] The display of the scale bar corresponding to the monitoring value falling outside the first reference interval corresponding to one of the monitoring parameters in the second color comprises: display of the scale bar corresponding to the monitoring value with higher frequency of occurrence in deeper second color.

[0189] Here, the color depth of each scale bar in the bar chart can be determined according to the number of monitoring values corresponding to the value of the scale bar, the more the number of monitoring values corresponding to the value of the scale bar, the deeper the color of the scale bar, or the higher the saturation of the color, and vice versa, the less the number of monitoring values corresponding to the value of the scale bar, the lighter the color of the scale bar, or the lower the saturation of the color.

[0190] For example, the first reference interval corresponding to the monitoring parameter HR is 80-100 bpm, in the bar chart corresponding to the monitoring parameter HR, the scale bar with value falling into 80-100 bpm is displayed in blue color, and the scale bar with value falling outside 80-100 bpm is displayed in gray color, and for the monitoring value with higher frequency of occurrence, the deeper color is displayed, for example, for the monitoring value with higher frequency of occurrence within the first reference interval of 80-100 bpm, the deep blue color is displayed, for the monitoring value with lower frequency of occurrence within the first reference interval of 80-100 bpm, the light blue color is displayed, for the monitoring value with higher frequency of occurrence outside the first reference interval of 80-100 bpm, the dark gray color is displayed, and for the monitoring value with lower frequency of occurrence outside the first reference interval of 80-100 bpm, the light gray color is displayed. And according to the different frequency of occurrence, two or more different levels of depth can be set to present the frequency of occurrence of each monitoring value in higher granularity.

[0191] In addition, when drawing the bar chart corresponding to the monitoring parameter, if the monitoring value at a certain value is not obtained, the scale bar corresponding to the value is not drawn, or is drawn in the lightest color, or is drawn in the color with the lowest saturation.

[0192] In an embodiment, the first reference interval corresponding to the one kind of monitoring parameter and the distribution of the plurality of monitoring values of the one kind of monitoring parameter in the preset time period are presented by one graph.

[0193] In an embodiment, the first reference interval corresponding to the one kind of monitoring parameter and the distribution of the plurality of monitoring values of the one kind of monitoring parameter in the preset time period are presented by one graph.

[0194] In the above embodiment, the statistical analysis result corresponding to the implementation process of the diagnosis and treatment strategy is output on the display interface. Based on the statistical analysis result, the medical staff can determine whether to further adjust the monitoring mark line data or the diagnosis and treatment strategy according to the need, and on this basis, the next stage of the diagnosis and treatment strategy implementation process can be executed.

[0195] Based on this, in an embodiment, the processor is further configured to:

[0196] After controlling the display screen to output the statistical analysis result on the display interface thereof, in response to a second instruction input by a user in the patient diagnosis and treatment information system, at least the monitoring mark line data corresponding to the at least one kind of monitoring parameter is modified in the patient diagnosis and treatment information system.

[0197] Here, when it is determined that the monitoring mark line data needs to be further adjusted after obtaining the statistical analysis result, the same as the above-mentioned implementation principle of the processor determining the monitoring mark line data corresponding to each of the plurality of monitoring parameters of the patient, for the monitoring parameter that is common to the patient treatment information system and the plurality of medical devices in the modified monitoring parameter, the monitoring mark line data corresponding to the monitoring parameter that is at least partially common between the patient treatment information system and the plurality of medical devices needs to be synchronized. Therefore, after the processor modifies the monitoring mark line data corresponding to the relevant monitoring parameter in the patient treatment information system in response to the second instruction input by the user in the patient treatment information system, the communication module also needs to push the modified monitoring mark line data to the corresponding medical device. In addition, if the adjustment of the monitoring mark line data based on the statistical analysis result is performed on the medical device, the medical device also needs to push the modified monitoring mark line data to the patient treatment information system, and the processor modifies the corresponding monitoring mark line data in the patient treatment information system in response to the modified monitoring mark line data pushed by the medical device.

[0198] In an embodiment, the display interface includes a first display interface and a second display interface, and the control of the display screen to simultaneously display the treatment task information, the monitoring values of the at least one monitoring parameter in the plurality of monitoring parameters at the plurality of time points, and the monitoring mark line data corresponding to the at least one monitoring parameter on the display interface thereof includes: control of the display screen to simultaneously display the treatment task information, the monitoring values of the at least one monitoring parameter at the plurality of time points, and the monitoring mark line data corresponding to the at least one monitoring parameter on the first display interface. The control of the display screen to output the statistical analysis result on the display interface thereof includes: control of the display screen to output the statistical analysis result on the second display interface.

[0199] That is, the treatment strategy implementation process and the treatment strategy statistical analysis process can be respectively presented through different display interfaces. In actual application, the treatment strategy implementation process and the treatment strategy statistical analysis process can be respectively followed and relevant information can be viewed by different medical staff or different permission users.

[0200] In an embodiment, after the control of the display screen to output the statistical analysis result on the display interface thereof, in response to the second instruction input by the user in the patient treatment information system, at least the monitoring mark line data corresponding to the at least one monitoring parameter is modified in the patient treatment information system, which includes:

[0201] In response to the second instruction input by the user in the first display interface, at least the monitoring mark line data corresponding to the at least one monitoring parameter is modified in the patient treatment information system.

[0202] Here, in the implementation process of the diagnosis and treatment strategy, the medical staff can observe the relative size relationship between the monitoring value and the corresponding monitoring mark line data based on the diagnosis and treatment task information, the monitoring values of the at least one monitoring parameter in the plurality of time points and the monitoring mark line data corresponding to the at least one monitoring parameter displayed simultaneously on the first display interface, and directly modify the monitoring mark line data on the first display interface, thereby improving the operation convenience.

[0203] It can be seen that the whole business process of the patient diagnosis and treatment information system forms a closed loop. In the diagnosis and treatment target setting stage, the patient diagnosis and treatment information system determines the monitoring mark line data corresponding to each of the plurality of monitoring parameters of the patient. In the diagnosis and treatment strategy implementation stage, the diagnosis and treatment task information, the monitoring values of the at least one monitoring parameter in the plurality of time points and the monitoring mark line data corresponding to the at least one monitoring parameter are displayed simultaneously on the display interface of the patient diagnosis and treatment information system. In the analysis stage after the implementation of the diagnosis and treatment strategy, the patient diagnosis and treatment information system performs statistical analysis on the monitoring values of the at least one monitoring parameter obtained in the preset time period to obtain a statistical analysis result, and outputs the statistical analysis result on the display interface. Based on the statistical analysis result, the medical staff can adjust the monitoring mark line data and the corresponding diagnosis and treatment strategy, thereby adjusting the diagnosis and treatment target, and implementing the diagnosis and treatment strategy again based on the adjusted diagnosis and treatment target. Thus, the diagnosis and treatment target is continuously optimized until the whole diagnosis and treatment process is completed. In the whole business process of the patient diagnosis and treatment information system, the monitoring mark line data, the monitoring values, the statistical and comparison results and other information are related to each other and dynamically updated, thereby improving the information management efficiency of the diagnosis and treatment process of the patient.

[0204] Based on the patient diagnosis and treatment information system of the above embodiment, the application further provides an information processing method applied to a processor in the patient diagnosis and treatment information system, and the method comprises the following steps:

[0205] determining monitoring mark line data corresponding to each of a plurality of monitoring parameters of a patient, the monitoring mark line data being used to define a reference interval of the corresponding monitoring parameter;

[0206] displaying diagnosis and treatment task information, monitoring values of at least one monitoring parameter in the plurality of time points and monitoring mark line data corresponding to the at least one monitoring parameter simultaneously on a display interface to present whether the monitoring values in the plurality of time points fall within or outside the reference interval of the corresponding monitoring mark line data, the diagnosis and treatment task information being used to prompt medical staff to implement corresponding diagnosis and treatment tasks;

[0207] perform statistical analysis on the monitoring values of the at least one monitoring parameter obtained in the preset time period to obtain a statistical analysis result, and output the statistical analysis result on the display interface; wherein the statistical analysis result at least includes a result obtained by comparing the monitoring values of the at least one monitoring parameter obtained in the preset time period with monitoring mark line data corresponding to the monitoring parameter.

[0208] In an embodiment, the monitoring mark line data corresponding to the monitoring parameter includes:

[0209] a first reference interval and / or a second reference interval; wherein,

[0210] the first reference interval represents a range in which the monitoring value of the patient on the corresponding monitoring parameter is expected to fall; and the second reference interval represents an acceptable range of the monitoring value of the patient on the corresponding monitoring parameter.

[0211] In an embodiment, each of the plurality of medical devices has monitoring values of one or more monitoring parameters of the plurality of monitoring parameters and monitoring mark line data corresponding to the one or more monitoring parameters, and the method further includes:

[0212] for the monitoring parameter common to the patient treatment information system and the plurality of medical devices, maintaining synchronization of at least part of the monitoring mark line data corresponding to the common monitoring parameter between the patient treatment information system and the plurality of medical devices;

[0213] wherein the plurality of medical devices includes a first medical device and a second medical device, the first medical device has monitoring mark line data corresponding to a first monitoring parameter of the at least part of the common monitoring parameter, and the second medical device has monitoring mark line data corresponding to a second monitoring parameter of the at least part of the common monitoring parameter, and the maintaining synchronization of at least part of the monitoring mark line data corresponding to the common monitoring parameter between the patient treatment information system and the plurality of medical devices for the monitoring parameter common to the patient treatment information system and the plurality of medical devices includes:

[0214] in response to a first instruction input by a user in the patient treatment information system, modifying the monitoring mark line data corresponding to the first monitoring parameter in the patient treatment information system, and controlling the communication module to push the modified monitoring mark line data to the first medical device; and / or,

[0215] based on the monitoring mark line data corresponding to the second monitoring parameter received by the second medical device, modifying the monitoring mark line data corresponding to the second monitoring parameter in the patient treatment information system.

[0216] In an embodiment, the first instruction is used to set a first reference interval corresponding to the first monitoring parameter;

[0217] In response to the first instruction input by the user in the patient treatment information system, the monitoring mark line data corresponding to the first monitoring parameter is modified in the patient treatment information system, including:

[0218] In response to the first instruction input by the user in the patient treatment information system, the first reference interval corresponding to the first monitoring parameter is modified in the patient treatment information system;

[0219] After the first reference interval corresponding to the first monitoring parameter is modified, a linkage setting operation is triggered, and the linkage setting operation sets a second reference interval corresponding to the first monitoring parameter based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval.

[0220] The technical solutions not shown in the above information processing method embodiments can be implemented with reference to the technical solutions related to the processor in the patient treatment information system described above, and will not be described herein again.

[0221] Based on the same system architecture as the patient treatment information system in the above embodiments, the following gives several other implementation schemes of the patient treatment information system. It can be understood that the several other implementation schemes of the patient treatment information system given below can realize the same or part of the system functions as the patient treatment information system provided in the above embodiments. Therefore, for each embodiment involved below, the implementation principle can be understood as the same as the same system function in the patient treatment information system provided in the above embodiments, and will not be described herein again.

[0222] Based on the system architecture of the patient treatment information system shown in FIG. 1 or FIG. 2, the present embodiment further provides another implementation scheme based on the above system architecture. Specifically, the processor is configured to:

[0223] determine monitoring mark line data corresponding to each of the plurality of monitoring parameters of the patient, the monitoring mark line data being used to define a reference interval of the corresponding monitoring parameter;

[0224] control the display screen to simultaneously display treatment task information and monitoring values of at least one of the plurality of monitoring parameters at multiple time points on the display interface of the display screen, the treatment task information being used to prompt medical staff to implement corresponding treatment tasks;

[0225] perform statistical analysis on the monitoring values of the at least one monitoring parameter obtained in the preset time period to obtain a statistical analysis result, and control the display screen to output the statistical analysis result on the display interface of the display screen; wherein the statistical analysis result at least includes a result obtained by comparing the monitoring values of the at least one monitoring parameter obtained in the preset time period with monitoring mark line data corresponding to the monitoring parameter;

[0226] The display screen is controlled to display the monitoring values of at least one of the plurality of monitoring parameters at the plurality of time points on the display interface of the display screen, including: when the monitoring value of the at least one monitoring parameter falls within the corresponding reference interval, the display screen is controlled to display the monitoring value in a first display configuration on the display interface of the display screen, and when the monitoring value of the at least one monitoring parameter falls outside the corresponding reference interval, the display screen is controlled to display the monitoring value in a second display configuration on the display interface of the display screen, the first display configuration being different from the second display configuration.

[0227] In an embodiment, the first display configuration includes a first color, and the second display configuration includes a second color; and / or,

[0228] The first display configuration includes a first font, and the second display configuration includes a second font; and / or,

[0229] The first display configuration includes a first font size, and the second display configuration includes a second font size; and / or,

[0230] The first display configuration includes not displaying an additional mark for the monitoring value, and the second display configuration includes displaying an additional mark for the monitoring value.

[0231] In an embodiment, the processor is further configured to:

[0232] In a case where it is detected that there is a specific monitoring parameter in the at least one monitoring parameter that meets a set condition, the display screen is controlled to display monitoring mark line data corresponding to the specific monitoring parameter on the display interface of the display screen; wherein,

[0233] The set condition includes:

[0234] A selection instruction about other monitoring parameters is detected; or, it is detected that there is a monitoring value that falls outside the corresponding reference interval among the monitoring values of the other monitoring parameters at the plurality of time points.

[0235] In an embodiment, the display screen is controlled to display the monitoring values of the at least one monitoring parameter at the plurality of time points on the display interface of the display screen, including:

[0236] control the display screen to display, on a display interface of the display screen, a trend line corresponding to the monitoring values of the at least one monitoring parameter at the plurality of time instants, so as to present the monitoring values of the at least one monitoring parameter at the plurality of time instants;

[0237] The control of the display screen to display, on a display interface of the display screen, the monitoring flag line data corresponding to the specific monitoring parameter comprises:

[0238] The control of the display screen to display, on a display interface of the display screen, the monitoring flag line data corresponding to the specific monitoring parameter comprises:

[0239] In an embodiment, the control of the display screen to display, on a display interface of the display screen, a trend line corresponding to the monitoring values of the at least one monitoring parameter at the plurality of time instants comprises:

[0240] The control of the display screen to display, on a display interface of the display screen, the monitoring flag line data corresponding to the specific monitoring parameter comprises:

[0241] In an embodiment, the control of the display screen to display, on a display interface of the display screen, a trend line corresponding to the monitoring values of the at least one monitoring parameter at the plurality of time instants comprises:

[0242] The trend line corresponding to the specific monitoring parameter is presented by a visual effect of a darker color, and the trend line corresponding to the other monitoring parameter than the specific monitoring parameter is presented by a visual effect of a lighter color; and / or.

[0243] The trend line corresponding to the specific monitoring parameter is presented by a visual effect of a wider line width, and the trend line corresponding to the other monitoring parameter than the specific monitoring parameter is presented by a visual effect of a narrower line width.

[0244] In an embodiment, the control of the display screen to display, on a display interface of the display screen, the monitoring flag line data corresponding to the specific monitoring parameter comprises:

[0245] In an embodiment, the monitoring flag line data corresponding to the monitoring parameter comprises:

[0246] The first reference interval and / or the second reference interval; wherein,

[0247] The first reference interval represents a range into which a monitoring value of the patient on a corresponding monitoring parameter is expected to fall; and the second reference interval represents an acceptable range of the monitoring value of the patient on the corresponding monitoring parameter.

[0248] In an embodiment, the processor is further configured to, for the monitoring parameter common to the patient treatment information system and the plurality of medical devices, maintain synchronization of at least part of the monitoring strip data corresponding to the common monitoring parameter between the patient treatment information system and the plurality of medical devices.

[0249] In an embodiment, the plurality of medical devices comprises a first medical device and a second medical device, the first medical device having monitoring strip data corresponding to a first monitoring parameter of the at least part of the common monitoring parameter, and the second medical device having monitoring strip data corresponding to a second monitoring parameter of the at least part of the common monitoring parameter, and the maintaining synchronization of at least part of the monitoring strip data corresponding to the common monitoring parameter between the patient treatment information system and the plurality of medical devices comprises:

[0250] in response to a first instruction input by a user in the patient treatment information system, the processor modifies the monitoring strip data corresponding to the first monitoring parameter in the patient treatment information system, and controls the communication module to push the modified monitoring strip data to the first medical device; and / or,

[0251] based on the received monitoring strip data corresponding to the second monitoring parameter pushed by the second medical device, the processor modifies the monitoring strip data corresponding to the second monitoring parameter in the patient treatment information system.

[0252] In an embodiment, the first instruction is used to set a first reference interval corresponding to the first monitoring parameter.

[0253] The modifying, by the processor, the monitoring strip data corresponding to the first monitoring parameter in the patient treatment information system in response to the first instruction input by the user in the patient treatment information system comprises:

[0254] In response to the first instruction input by the user in the patient treatment information system, the processor modifies a first reference interval corresponding to the first monitoring parameter in the patient treatment information system.

[0255] After modifying the first reference interval corresponding to the first monitoring parameter, a linkage setting operation is triggered, the linkage setting operation sets a second reference interval corresponding to the first monitoring parameter based on an adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval.

[0256] In an embodiment, the setting the second reference interval corresponding to the first monitoring parameter based on the adjustment parameter and the modified first reference interval corresponding to the first monitoring parameter comprises:

[0257] The upper limit value and / or the lower limit value of the first reference interval is adjusted to set the second reference interval, and the adjustment parameter comprises an adjustment value or an adjustment percentage.

[0258] In an embodiment, the triggering the linkage setting operation after modifying the first reference interval corresponding to the first monitoring parameter comprises:

[0259] In a case where the first function is in an enabled state after the first reference interval corresponding to the first monitoring parameter is modified, the linkage setting operation is triggered,

[0260] The first function in the enabled state allows the linkage setting operation to be triggered after the first reference interval is modified.

[0261] In an embodiment, the controlling the display screen to output the statistical analysis result on the display interface thereof comprises:

[0262] For at least one of the at least one monitoring parameter, the display screen is controlled to present, on the display interface thereof, the first reference interval corresponding to the at least one monitoring parameter and the distribution of the plurality of monitoring values of the at least one monitoring parameter in the preset time period through at least one graph, to present the deviation between the distribution of the plurality of monitoring values of the at least one monitoring parameter and the first reference interval corresponding to the at least one monitoring parameter.

[0263] In an embodiment, the controlling the display screen to output the statistical analysis result on the display interface thereof further comprises:

[0264] The display screen is controlled to display, on the display interface thereof, the compliance rate of the at least one monitoring parameter, to present the ratio of the plurality of monitoring values of the at least one monitoring parameter falling within the first reference interval corresponding to the at least one monitoring parameter in the preset time period.

[0265] In an embodiment, the controlling the display screen to present, on the display interface thereof, the first reference interval corresponding to the at least one monitoring parameter and the distribution of the plurality of monitoring values of the at least one monitoring parameter in the preset time period through at least one graph comprises: in the graph for presenting the distribution of the plurality of monitoring values, different visual effects are used to present different frequencies of the monitoring values.

[0266] In an embodiment, the different frequency of occurrence of the monitoring values presented by the different visual effects comprises: the display element corresponding to the monitoring value with higher frequency of occurrence is presented by the visual effect with darker color.

[0267] In an embodiment, the distribution of the monitoring values of the one kind of monitoring parameter in the preset time period presented by the at least one graph comprises: the distribution of the monitoring values of the one kind of monitoring parameter in the preset time period is presented by a bar graph, each scale bar in the bar graph represents a monitoring value.

[0268] In an embodiment, the distribution of the monitoring values of the one kind of monitoring parameter in the preset time period presented by the at least one graph comprises: the monitoring value falling into the first reference interval corresponding to the one kind of monitoring parameter and the monitoring value falling out of the first reference interval corresponding to the one kind of monitoring parameter are presented by different display modes.

[0269] In an embodiment, the monitoring value falling into the first reference interval corresponding to the one kind of monitoring parameter and the monitoring value falling out of the first reference interval corresponding to the one kind of monitoring parameter are presented by different display modes, which comprises: the scale bar corresponding to the monitoring value falling into the first reference interval corresponding to the one kind of monitoring parameter is displayed in a first color, and the scale bar corresponding to the monitoring value falling out of the first reference interval corresponding to the one kind of monitoring parameter is displayed in a second color.

[0270] In an embodiment, the scale bar corresponding to the monitoring value falling into the first reference interval corresponding to the one kind of monitoring parameter is displayed in the first color, which comprises: the scale bar corresponding to the monitoring value with higher frequency of occurrence is displayed in darker first color.

[0271] and / or

[0272] The scale bar corresponding to the monitoring value falling out of the first reference interval corresponding to the one kind of monitoring parameter is displayed in the second color, which comprises: the scale bar corresponding to the monitoring value with higher frequency of occurrence is displayed in darker second color.

[0273] In an embodiment, the distribution of the monitoring values of the one kind of monitoring parameter in the preset time period presented by the at least one graph comprises: the distribution of the monitoring values of the one kind of monitoring parameter in the preset time period is presented by one graph.

[0274] In an embodiment, the presenting the first reference interval corresponding to the one of the monitoring parameters and the distribution of the plurality of monitoring values of the one of the monitoring parameters in the preset time period through the at least one graphic comprises: presenting the first reference interval corresponding to the one of the monitoring parameters and the distribution of the plurality of monitoring values of the one of the monitoring parameters in the preset time period through two graphics respectively.

[0275] In an embodiment, the processor is further configured to:

[0276] After the display screen outputs the statistical analysis result on the display interface thereof, in response to a second instruction input by a user in the patient diagnosis and treatment information system, at least the monitoring mark line data corresponding to the at least one monitoring parameter is modified in the patient diagnosis and treatment information system.

[0277] In an embodiment, the display interface comprises a first display interface and a second display interface, and the controlling the display screen to simultaneously display, on the display interface thereof, the diagnosis and treatment task information and the monitoring values of the at least one of the monitoring parameters at a plurality of time points comprises: controlling the display screen to simultaneously display, on the first display interface, the diagnosis and treatment task information and the monitoring values of the at least one of the monitoring parameters at the plurality of time points; and the controlling the display screen to output the statistical analysis result on the display interface thereof comprises: controlling the display screen to output the statistical analysis result on the second display interface.

[0278] In an embodiment, after the display screen outputs the statistical analysis result on the display interface thereof, in response to a second instruction input by a user in the patient diagnosis and treatment information system, at least the monitoring mark line data corresponding to the at least one monitoring parameter is modified in the patient diagnosis and treatment information system, and the method comprises:

[0279] In response to the second instruction input by the user in the first display interface, at least the monitoring mark line data corresponding to the at least one monitoring parameter is modified in the patient diagnosis and treatment information system.

[0280] Based on the above-mentioned embodiments of the patient diagnosis and treatment information system, the embodiments of the present application further provide an information processing method applied to a processor in the patient diagnosis and treatment information system, and the method comprises:

[0281] determining monitoring mark line data corresponding to each of a plurality of monitoring parameters of a patient, the monitoring mark line data being used to define a reference interval of the corresponding monitoring parameter;

[0282] simultaneously displaying, on a display interface, diagnosis and treatment task information and monitoring values of at least one of the monitoring parameters at a plurality of time points, the diagnosis and treatment task information being used to prompt medical staff to implement corresponding diagnosis and treatment tasks;

[0283] performing statistical analysis on the monitoring values of the at least one monitoring parameter obtained in the preset time period to obtain a statistical analysis result, and outputting the statistical analysis result on the display interface; wherein the statistical analysis result at least includes a result obtained by comparing the monitoring values of the at least one monitoring parameter obtained in the preset time period with monitoring mark line data corresponding to the monitoring parameter;

[0284] The display of the monitoring values of at least one of the monitoring parameters at different times on the display interface includes: when the monitoring value of the at least one monitoring parameter falls within the corresponding reference interval, displaying the monitoring value on the display interface in a first display configuration, and when the monitoring value of the at least one monitoring parameter falls outside the corresponding reference interval, displaying the monitoring value on the display interface in a second display configuration, wherein the first display configuration is different from the second display configuration.

[0285] In an embodiment, the monitoring mark line data corresponding to the monitoring parameter includes:

[0286] The first reference interval and / or the second reference interval; wherein,

[0287] The first reference interval represents a range in which the monitoring value of the patient on the corresponding monitoring parameter is expected to fall; and the second reference interval represents an acceptable range of the monitoring value of the patient on the corresponding monitoring parameter.

[0288] In an embodiment, each of the plurality of medical devices has monitoring values of one or more monitoring parameters of the plurality of monitoring parameters and monitoring mark line data corresponding to the one or more monitoring parameters, and the method further comprises:

[0289] For the monitoring parameters common to the patient diagnosis and treatment information system and the plurality of medical devices, at least part of the monitoring mark line data corresponding to the common monitoring parameters is kept synchronized between the patient diagnosis and treatment information system and the plurality of medical devices.

[0290] The plurality of medical devices includes a first medical device and a second medical device, the first medical device has monitoring mark line data corresponding to a first monitoring parameter of the at least part of the common monitoring parameters, and the second medical device has monitoring mark line data corresponding to a second monitoring parameter of the at least part of the common monitoring parameters, and the keeping of the synchronization of at least part of the monitoring mark line data corresponding to the common monitoring parameters between the patient diagnosis and treatment information system and the plurality of medical devices includes:

[0291] In response to a first instruction input by a user in the patient treatment information system, modifying monitoring mark line data corresponding to the first monitoring parameter in the patient treatment information system, and controlling the communication module to push the modified monitoring mark line data to the first medical device; and / or,

[0292] Based on the received monitoring mark line data corresponding to the second monitoring parameter pushed by the second medical device, modifying the monitoring mark line data corresponding to the second monitoring parameter in the patient treatment information system.

[0293] In an embodiment, the first instruction is used to set a first reference interval corresponding to the first monitoring parameter;

[0294] The response to the first instruction input by the user in the patient treatment information system includes:

[0295] In response to the first instruction input by the user in the patient treatment information system, modifying the first reference interval corresponding to the first monitoring parameter in the patient treatment information system;

[0296] After modifying the first reference interval corresponding to the first monitoring parameter, triggering a linkage setting operation, the linkage setting operation is based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval, and sets the second reference interval corresponding to the first monitoring parameter.

[0297] The above technical solutions not shown in the information processing method embodiment can be implemented by referring to the above-mentioned technical solutions related to the processor in another patient treatment information system, which will not be repeated here.

[0298] In the above another patient diagnosis and treatment information system and information processing method, after the individualized diagnosis and treatment target of the patient is determined, that is, the monitoring line data corresponding to one or more monitoring parameters of the patient is determined, the monitoring value of the monitoring parameter of the patient and the diagnosis and treatment task information can be simultaneously presented in the display interface during the implementation of the diagnosis and treatment strategy, and the monitoring values exceeding the corresponding monitoring line data and the monitoring values not exceeding the corresponding monitoring line data are distinguished and presented, which helps the medical staff to view the diagnosis and treatment information and monitoring information of the patient in real time, and based on the distinguished presentation of the monitoring values, the medical staff can timely obtain the case that the monitoring value exceeds the monitoring line data, so as to timely take relevant intervention measures. In addition, after the current stage of diagnosis and treatment ends, the monitoring values of the relevant monitoring parameters of the patient obtained during the implementation of the diagnosis and treatment strategy, that is, in the preset time period, can be statistically analyzed with the corresponding monitoring line data, and the corresponding statistical analysis result can be presented in the display interface, so as to help the medical staff to efficiently evaluate the achievement of the diagnosis and treatment target, and determine whether to further adjust the monitoring line data or the diagnosis and treatment strategy as needed, and on this basis, the implementation process of the next stage of diagnosis and treatment strategy can be performed. The whole business process of the above patient diagnosis and treatment information system can be recycled, and the monitoring line data, monitoring values, statistical analysis results and other information involved in the whole business process are related to each other, which improves the information management efficiency of the diagnosis and treatment process of the patient, and also improves the optimization efficiency of the diagnosis and treatment target.

[0299] Based on the system architecture of the patient diagnosis and treatment information system shown in FIG. 1 or FIG. 2, the embodiment of the present application also provides a third implementation scheme based on the above system architecture. Specifically, the processor is configured to:

[0300] determine the monitoring line data corresponding to each of the plurality of monitoring parameters of the patient, the monitoring line data comprising: a first reference interval and a second reference interval; wherein the first reference interval represents a range in which the monitoring value of the patient on the corresponding monitoring parameter is expected to fall; and the second reference interval represents an acceptable range of the monitoring value of the patient on the corresponding monitoring parameter;

[0301] control the display screen to display the monitoring values of at least one of the plurality of monitoring parameters at a plurality of time points;

[0302] in a case where it is detected that there is a specific monitoring parameter in the plurality of monitoring parameters that meets a set condition, control the display screen to display the first reference interval and the second reference interval of the specific monitoring parameter;

[0303] The display screen displays monitoring values of at least one of the plurality of monitoring parameters at a plurality of time points, including: when the monitoring value of at least one of the plurality of monitoring parameters falls within a corresponding first reference interval, controlling the display screen to display the monitoring value in a first display configuration; and when the monitoring value of the at least one monitoring parameter falls outside the corresponding first reference interval, controlling the display screen to display the monitoring value in a second display configuration, the first display configuration being different from the second display configuration.

[0304] In an embodiment, the first display configuration includes a first color, and the second display configuration includes a second color; and / or,

[0305] The first display configuration includes a first font, and the second display configuration includes a second font; and / or,

[0306] The first display configuration includes a first font size, and the second display configuration includes a second font size; and / or,

[0307] The first display configuration includes not displaying an additional mark for the monitoring value, and the second display configuration includes displaying an additional mark for the monitoring value.

[0308] In an embodiment, the set condition includes:

[0309] Detecting a selection instruction related to the specific monitoring parameter; or, detecting that there is a monitoring value of the specific monitoring parameter that falls outside the corresponding reference interval among the monitoring values at the plurality of time points.

[0310] In an embodiment, the control of the display screen to display the monitoring values of at least one of the plurality of monitoring parameters at a plurality of time points further includes:

[0311] Controlling the display screen to display a trend line corresponding to the monitoring values of the at least one monitoring parameter at the plurality of time points, to present the monitoring values of the at least one monitoring parameter at the plurality of time points.

[0312] In an embodiment, the control of the display screen to display a trend line corresponding to the monitoring values of the at least one monitoring parameter at the plurality of time points includes:

[0313] Controlling the display screen to present the trend line corresponding to the specific monitoring parameter and the trend line corresponding to other monitoring parameters except the specific monitoring parameter in different visual effects, respectively.

[0314] In an embodiment, the control of the display screen to present the trend line corresponding to the specific monitoring parameter and the trend line corresponding to other monitoring parameters except the specific monitoring parameter in different visual effects, respectively, includes:

[0315] presenting the trend line corresponding to the specific monitoring parameter by a visual effect of a darker color, and presenting the trend line corresponding to the other monitoring parameter than the specific monitoring parameter by a visual effect of a lighter color; and / or,

[0316] presenting the trend line corresponding to the specific monitoring parameter by a visual effect of a wider line width, and presenting the trend line corresponding to the other monitoring parameter than the specific monitoring parameter by a visual effect of a narrower line width.

[0317] In an embodiment, the controlling the display screen to display the first reference interval and the second reference interval of the specific monitoring parameter comprises:

[0318] controlling the display screen to mark the first reference interval and the second reference interval corresponding to the specific monitoring parameter by filling areas and / or marking reticles.

[0319] In an embodiment, the processor is further configured to:

[0320] controlling the display screen to fill the area defined based on the first reference interval with a first color, and fill the area defined based on the second reference interval with a second color.

[0321] Based on the third patient diagnosis and treatment information system according to the above embodiments, the embodiments of the present application further provide an information processing method, applied to a processor in the patient diagnosis and treatment information system, and the method comprises:

[0322] determining respective monitoring reticle data corresponding to each of the monitoring parameters of the patient, the monitoring reticle data comprising: a first reference interval and a second reference interval; wherein the first reference interval represents a range in which a monitoring value of the patient on the corresponding monitoring parameter is expected to fall; and the second reference interval represents an acceptable range of the monitoring value of the patient on the corresponding monitoring parameter;

[0323] displaying monitoring values of at least one of the monitoring parameters at multiple time points;

[0324] in a case where it is detected that there is a specific monitoring parameter satisfying a set condition among the monitoring parameters, displaying the first reference interval and the second reference interval of the specific monitoring parameter;

[0325] The display of the monitoring value of at least one of the plurality of monitoring parameters at a plurality of time points includes: when the monitoring value of at least one of the plurality of monitoring parameters falls within a corresponding first reference interval, displaying the monitoring value in a first display configuration, and when the monitoring value of the at least one monitoring parameter falls outside the corresponding first reference interval, displaying the monitoring value in a second display configuration, the first display configuration being different from the second display configuration.

[0326] The technical solutions not shown in the above embodiments of the information processing method can be implemented by referring to the technical solutions related to the processor in the third patient diagnosis and treatment information system described above, and will not be described here again.

[0327] In the third patient diagnosis and treatment information system and the information processing method described above, after the individualized diagnosis and treatment target of the patient is determined, that is, the monitoring target line data corresponding to one or more monitoring parameters of the patient is determined, the monitoring value of the monitoring parameter of the patient and the diagnosis and treatment task information can be simultaneously presented in the display interface during the implementation of the diagnosis and treatment strategy, and the monitoring values exceeding the corresponding monitoring target line data and the monitoring values not exceeding the corresponding monitoring target line data are distinguished and presented, which helps medical staff to view the diagnosis and treatment information and the monitoring information of the patient in real time, and based on the distinguished presentation of the monitoring values, the medical staff can timely obtain the case that the monitoring value exceeds the monitoring target line data, so as to timely take relevant intervention measures. In addition, in the above interface presentation process, for a specific monitoring parameter meeting a set condition, the first reference interval and the second reference interval, that is, the two types of monitoring target line data corresponding to the monitoring parameter, can be automatically displayed, so as to help the medical staff to more detailedly and intuitively view the real-time relative relationship between the monitoring value of the monitoring parameter and the corresponding monitoring target line data, so as to more timely and accurately take relevant intervention measures, and thus the optimization efficiency of the diagnosis and treatment target is improved.

[0328] Based on the system architecture of the patient diagnosis and treatment information system shown in FIG. 1 or FIG. 2, the fourth implementation scheme is provided based on the above system architecture. Specifically, the processor is configured to:

[0329] determine the monitoring target line data corresponding to each of the plurality of monitoring parameters of the patient, and control the display screen to output the monitoring value of at least part of the monitoring parameters based on the monitoring target line data corresponding to the at least part of the monitoring parameters; the monitoring target line data includes a first reference interval and a second reference interval; the first reference interval represents a range in which the monitoring value of the patient on the corresponding monitoring parameter is expected to fall; and the second reference interval represents an acceptable range of the monitoring value of the patient on the corresponding monitoring parameter;

[0330] In response to the first instruction, a first reference interval corresponding to a first monitoring parameter in the at least part of the monitoring parameters is set, and after the first reference interval is set, a linkage setting operation is triggered, the linkage setting operation sets a second reference interval corresponding to the first monitoring parameter based on an adjustment parameter corresponding to the first monitoring parameter and the set first reference interval.

[0331] In an embodiment, the setting of the second reference interval corresponding to the first monitoring parameter based on the adjustment parameter corresponding to the first monitoring parameter and the set first reference interval comprises:

[0332] The upper limit value and / or the lower limit value of the first reference interval is adjusted based on the adjustment parameter to set the second reference interval, and the adjustment parameter comprises an adjustment value or an adjustment percentage.

[0333] In an embodiment, the triggering of the linkage setting operation after the first reference interval is set comprises:

[0334] In a case where the first function is in an enabled state after the first reference interval is set, the linkage setting operation is triggered.

[0335] The first function in the enabled state allows the linkage setting operation to be triggered after the first reference interval is set.

[0336] In an embodiment, for the monitoring parameters common to the patient diagnosis and treatment information system and the plurality of medical devices, at least part of the monitoring line data corresponding to the common monitoring parameters is kept synchronized between the patient diagnosis and treatment information system and the plurality of medical devices.

[0337] In an embodiment, the plurality of medical devices comprises a first medical device and a second medical device, the first medical device has monitoring line data corresponding to the first monitoring parameter, and the second medical device has monitoring line data corresponding to a second monitoring parameter in the at least part of the common monitoring parameters; and for the monitoring parameters common to the patient diagnosis and treatment information system and the plurality of medical devices, at least part of the monitoring line data corresponding to the common monitoring parameters is kept synchronized between the patient diagnosis and treatment information system and the plurality of medical devices, comprising:

[0338] After the first reference interval corresponding to the first monitoring parameter is set, the processor pushes the monitoring line data corresponding to the first monitoring parameter to the first medical device; and / or,

[0339] The processor modifies, in the patient diagnosis and treatment information system, the monitoring flag line data corresponding to the second monitoring parameter based on the monitoring flag line data corresponding to the second monitoring parameter pushed by the second medical device.

[0340] In an embodiment, the controlling the display screen to output the monitoring values of the at least part of the monitoring parameters based on the monitoring flag line data corresponding to the at least part of the monitoring parameters comprises:

[0341] When the monitoring value of the at least part of the common monitoring parameters falls within the corresponding reference interval, the display screen is controlled to display the monitoring value in a first display configuration on the display interface thereof, and when the monitoring value of the at least part of the common monitoring parameters falls outside the corresponding reference interval, the display screen is controlled to display the monitoring value in a second display configuration on the display interface thereof, the first display configuration being different from the second display configuration.

[0342] In an embodiment, the first display configuration comprises a first color, and the second display configuration comprises a second color; and / or,

[0343] the first display configuration comprises a first font, and the second display configuration comprises a second font; and / or,

[0344] the first display configuration comprises a first font size, and the second display configuration comprises a second font size; and / or,

[0345] the first display configuration comprises not displaying an additional mark for the monitoring value, and the second display configuration comprises displaying an additional mark for the monitoring value.

[0346] In an embodiment, the controlling the display screen to output the monitoring values of the at least part of the monitoring parameters based on the monitoring flag line data corresponding to the at least part of the monitoring parameters comprises:

[0347] controlling the display screen to display a trend line corresponding to the monitoring values of the at least part of the monitoring parameters at the plurality of time points on the display interface thereof to present the monitoring values of the at least part of the monitoring parameters at the plurality of time points; and,

[0348] controlling the display screen to present the reference interval corresponding to the at least part of the monitoring parameters on the display interface thereof by filling an area and / or a flag line.

[0349] In an embodiment, the processor is further configured to:

[0350] In a case where it is detected that a certain monitoring parameter in the at least part of the monitoring parameters meets a set condition, the trend line corresponding to the certain monitoring parameter and the trend line corresponding to other monitoring parameters except the certain monitoring parameter are respectively presented on the display interface of the display screen in different visual effects; wherein,

[0351] The set condition comprises:

[0352] A selection instruction about the certain monitoring parameter is detected; or it is detected that the certain monitoring parameter has a monitoring value falling outside a corresponding reference interval in the monitoring values at the plurality of time instants.

[0353] In an embodiment, the different visual effects in which the trend line corresponding to the certain monitoring parameter and the trend line corresponding to other monitoring parameters except the certain monitoring parameter are respectively presented comprise:

[0354] The trend line corresponding to the certain monitoring parameter is presented in a visual effect of a darker color, and the trend line corresponding to other monitoring parameters except the certain monitoring parameter is presented in a visual effect of a lighter color; and / or,

[0355] The trend line corresponding to the certain monitoring parameter is presented in a visual effect of a wider line width, and the trend line corresponding to other monitoring parameters except the certain monitoring parameter is presented in a visual effect of a narrower line width.

[0356] In an embodiment, the control of the display screen to present the reference interval corresponding to the at least part of the monitoring parameters on the display interface of the display screen by filling areas and / or reticles comprises:

[0357] An area defined based on the first reference interval is filled with a first color, and an area defined based on the second reference interval is filled with a second color; and / or,

[0358] The area defined by the first reference interval is framed by a reticle of the first color, and the area defined by the second reference interval is framed by a reticle of the second color.

[0359] Based on the fourth patient diagnosis and treatment information system according to the above embodiments, the embodiments of the present application further provide an information processing method, applied to a processor in the patient diagnosis and treatment information system, and the method comprises:

[0360] determining monitoring strip data corresponding to each of a plurality of monitoring parameters of a patient, and outputting a monitoring value of at least part of the monitoring parameters based on the monitoring strip data corresponding to the at least part of the monitoring parameters; the monitoring strip data comprising: a first reference interval and a second reference interval; the first reference interval representing a range in which the monitoring value of the corresponding monitoring parameter of the patient is expected to fall; and the second reference interval representing an acceptable range of the monitoring value of the corresponding monitoring parameter of the patient;

[0361] in response to the first instruction, setting the first reference interval corresponding to a first monitoring parameter of the at least part of the monitoring parameters, and after setting the first reference interval, triggering a linkage setting operation, the linkage setting operation setting the second reference interval corresponding to the first monitoring parameter based on an adjustment parameter corresponding to the first monitoring parameter and the set first reference interval.

[0362] In an embodiment, each of the plurality of medical devices has a monitoring value of one or more monitoring parameters of the plurality of monitoring parameters and monitoring strip data corresponding to the one or more monitoring parameters, and the method further comprises:

[0363] for a monitoring parameter common to the plurality of medical devices, maintaining synchronization of at least part of the monitoring strip data corresponding to the common monitoring parameter between the patient treatment information system and the plurality of medical devices.

[0364] In an embodiment, the plurality of medical devices comprises a first medical device and a second medical device, the first medical device having monitoring strip data corresponding to the first monitoring parameter, and the second medical device having monitoring strip data corresponding to a second monitoring parameter of the at least part of the common monitoring parameters; and for the monitoring parameter common to the patient treatment information system and the plurality of medical devices, maintaining synchronization of at least part of the monitoring strip data corresponding to the common monitoring parameter between the patient treatment information system and the plurality of medical devices comprises:

[0365] after setting the first reference interval corresponding to the first monitoring parameter, the processor pushes the monitoring strip data corresponding to the first monitoring parameter to the first medical device; and / or,

[0366] based on the received monitoring strip data corresponding to the second monitoring parameter pushed by the second medical device, the processor modifies the monitoring strip data corresponding to the second monitoring parameter in the patient treatment information system.

[0367] The technical solutions not shown in the above embodiments of the information processing method can be implemented with reference to the technical solutions related to the processor in the fourth patient treatment information system described above, and will not be described again here.

[0368] In the patient diagnosis and treatment information system and the information processing method, for the two types of monitoring mark line data of the first reference interval and the second reference interval corresponding to the monitoring parameter, after the first reference interval is set, the second reference interval corresponding to the monitoring parameter can be automatically triggered by the linkage setting operation according to the adjustment parameter corresponding to the monitoring parameter, so that the second reference interval corresponding to the monitoring parameter is automatically generated. In this way, when the monitoring mark line data is set before the implementation of the diagnosis and treatment strategy of the patient, or when the diagnosis and treatment target is set and adjusted during the implementation process of the diagnosis and treatment strategy and after the implementation process of the diagnosis and treatment strategy is ended, only the first reference interval needs to be set or adjusted, and the corresponding second reference interval can be set or adjusted in linkage, which greatly improves the operation efficiency and enables the diagnosis and treatment target to match the dynamic change of the patient's condition in real time, thereby improving the optimization efficiency of the diagnosis and treatment target.

[0369] The embodiments of the present application also provide a hospital network system, which comprises a patient diagnosis and treatment information system and a plurality of medical devices; the patient diagnosis and treatment information system is in communication connection with the plurality of medical devices respectively.

[0370] The patient diagnosis and treatment information system has monitoring values of a plurality of monitoring parameters of a patient and monitoring mark line data corresponding to the plurality of monitoring parameters, and the monitoring mark line data is used to define the reference interval of the corresponding monitoring parameter;

[0371] Each of the plurality of medical devices has monitoring values of one or more monitoring parameters in the plurality of monitoring parameters and monitoring mark line data corresponding to the one or more monitoring parameters;

[0372] For a monitoring parameter common to the patient diagnosis and treatment information system and the plurality of medical devices, the patient diagnosis and treatment information system and the plurality of medical devices keep synchronization of at least part of the monitoring mark line data corresponding to the common monitoring parameter, and the patient diagnosis and treatment information system and the plurality of medical devices output the monitoring value of the monitoring parameter based on the synchronized monitoring mark line data corresponding to the at least part of the common monitoring parameter; wherein the plurality of medical devices comprise a first medical device and a second medical device, the first medical device has monitoring mark line data corresponding to a first monitoring parameter in the at least part of the common monitoring parameter, and the second medical device has monitoring mark line data corresponding to a second monitoring parameter in the at least part of the common monitoring parameter;

[0373] For the monitoring parameter common to the patient diagnosis and treatment information system and the plurality of medical devices, the patient diagnosis and treatment information system and the plurality of medical devices keep synchronization of at least part of the monitoring mark line data corresponding to the common monitoring parameter, and the patient diagnosis and treatment information system and the plurality of medical devices output the monitoring value of the monitoring parameter based on the synchronized monitoring mark line data corresponding to the at least part of the common monitoring parameter; wherein the plurality of medical devices comprise a first medical device and a second medical device, the first medical device has monitoring mark line data corresponding to a first monitoring parameter in the at least part of the common monitoring parameter, and the second medical device has monitoring mark line data corresponding to a second monitoring parameter in the at least part of the common monitoring parameter;

[0374] in response to a first instruction input by a user in the patient treatment information system, the patient treatment information system modifies monitoring marker data corresponding to the first monitoring parameter in the system, and pushes the modified monitoring marker data to the first medical device; and / or,

[0375] in response to a second instruction input by a user in the second medical device, the second medical device modifies monitoring marker data corresponding to the second monitoring parameter in the device, and pushes the modified monitoring marker data to the patient treatment information system.

[0376] In an embodiment, the monitoring marker data corresponding to the monitoring parameter comprises:

[0377] a first reference interval and / or a second reference interval; wherein,

[0378] the first reference interval represents a range in which the monitoring value of the patient on the corresponding monitoring parameter is expected to fall; and the second reference interval represents an acceptable range of the monitoring value of the patient on the corresponding monitoring parameter.

[0379] In an embodiment, the first instruction is used to set the first reference interval of the first monitoring parameter, and the patient treatment information system modifies the monitoring marker data corresponding to the first monitoring parameter in the system comprises: the patient treatment information system modifies the first reference interval corresponding to the first monitoring parameter in the system, and after modifying the first reference interval corresponding to the first monitoring parameter, triggers a linkage setting operation, which sets the second reference interval corresponding to the first monitoring parameter based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval.

[0380] In an embodiment, the setting of the second reference interval corresponding to the first monitoring parameter based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval comprises:

[0381] adjusting the upper limit value and / or the lower limit value of the first reference interval based on the adjustment parameter to set the second reference interval, the adjustment parameter comprising an adjustment value or an adjustment percentage.

[0382] In an embodiment, the triggering of the linkage setting operation after modifying the first reference interval corresponding to the first monitoring parameter comprises:

[0383] after modifying the first reference interval corresponding to the first monitoring parameter, if the first function is detected to be in an enabled state, triggering the linkage setting operation,

[0384] The first function in the enabled state allows triggering the linkage setting operation after modifying the first reference interval.

[0385] In an embodiment, after receiving the modified monitoring flag data pushed by the patient diagnosis information system, the first medical device pops up a configuration window of the monitoring flag data in an operation interface; the configuration window displays at least the modified monitoring flag data;

[0386] After detecting a confirmation instruction about the modified monitoring flag data, the first medical device modifies the monitoring flag data corresponding to the first monitoring parameter in the device.

[0387] In an embodiment, the patient diagnosis information system and the plurality of medical devices display at least one monitoring parameter of the plurality of monitoring parameters and monitoring flag data corresponding to the at least one monitoring parameter at multiple time points on respective display interfaces through the same image.

[0388] In an embodiment, outputting the monitoring value of the at least partially common monitoring parameter based on the synchronized monitoring flag data corresponding to the at least partially common monitoring parameter comprises:

[0389] When the monitoring value of the at least partially common monitoring parameter falls within the corresponding synchronized reference interval, displaying the monitoring value in a first display configuration, and when the monitoring value of the at least partially common monitoring parameter falls outside the corresponding synchronized reference interval, displaying the monitoring value in a second display configuration, the first display configuration being different from the second display configuration.

[0390] In an embodiment, the first display configuration comprises a first color, and the second display configuration comprises a second color; and / or,

[0391] The first display configuration comprises a first font, and the second display configuration comprises a second font; and / or,

[0392] The first display configuration comprises a first font size, and the second display configuration comprises a second font size; and / or,

[0393] The first display configuration comprises not displaying additional marks for the monitoring value, and the second display configuration comprises displaying additional marks for the monitoring value.

[0394] In an embodiment, outputting the monitoring value of the at least partially common monitoring parameter based on the synchronized monitoring flag data corresponding to the at least partially common monitoring parameter comprises:

[0395] display a trend line corresponding to the monitoring values of the at least part of the common monitoring parameters at the plurality of time points, to present the monitoring values of the at least part of the common monitoring parameters at the plurality of time points; and

[0396] present the reference interval corresponding to the at least part of the common monitoring parameters by filling areas and / or by marking lines.

[0397] In an embodiment, the patient diagnosis and treatment information system presents the trend line corresponding to the specific monitoring parameter and the trend line corresponding to the other monitoring parameters except the specific monitoring parameter by different visual effects respectively on its display interface, in case that it detects that the specific monitoring parameter among the at least part of the common monitoring parameters meets a set condition; wherein,

[0398] the set condition comprises:

[0399] detecting a selection instruction about the specific monitoring parameter; or, detecting that the monitoring value of the specific monitoring parameter at the plurality of time points falls outside the corresponding reference interval.

[0400] In an embodiment, the presenting the trend line corresponding to the specific monitoring parameter and the trend line corresponding to the other monitoring parameters except the specific monitoring parameter by different visual effects respectively comprises:

[0401] presenting the trend line corresponding to the specific monitoring parameter by a darker visual effect of color, and presenting the trend line corresponding to the other monitoring parameters except the specific monitoring parameter by a lighter visual effect of color; and / or.

[0402] presenting the trend line corresponding to the specific monitoring parameter by a wider visual effect of line width, and presenting the trend line corresponding to the other monitoring parameters except the specific monitoring parameter by a narrower visual effect of line width.

[0403] In an embodiment, the presenting the reference interval corresponding to the at least part of the common monitoring parameters by filling areas and / or by marking lines comprises:

[0404] filling the area defined based on the first reference interval with a first color, and filling the area defined based on the second reference interval with a second color; and / or,

[0405] marking the area defined based on the first reference interval by a first color of marking line, and marking the area defined based on the second reference interval by a second color of marking line.

[0406] In the above embodiments, the patient diagnosis and treatment information system in the hospital network system is constructed based on the system architecture of the patient diagnosis and treatment information system shown in FIG. 1 or FIG. 2.

[0407] Based on the hospital network system of the above embodiments, the embodiments of the present application further provide an information processing method applied to a patient diagnosis and treatment information system in the hospital network system, the method comprising:

[0408] For a monitoring parameter common to the patient diagnosis and treatment information system and the plurality of medical devices, keeping synchronization of monitoring mark data corresponding to at least part of the common monitoring parameters between the patient diagnosis and treatment information system and the plurality of medical devices, and outputting a monitoring value of the monitoring parameter based on the synchronized monitoring mark data corresponding to the at least part of the common monitoring parameters; wherein the plurality of medical devices comprises a first medical device and a second medical device, the first medical device has monitoring mark data corresponding to a first monitoring parameter in the at least part of the common monitoring parameters, and the second medical device has monitoring mark data corresponding to a second monitoring parameter in the at least part of the common monitoring parameters;

[0409] The keeping of the synchronization of the monitoring mark data corresponding to the at least part of the common monitoring parameters between the patient diagnosis and treatment information system and the plurality of medical devices comprises:

[0410] In response to a first instruction input by a user in the patient diagnosis and treatment information system, modifying the monitoring mark data corresponding to the first monitoring parameter in the system, and pushing the modified monitoring mark data to the first medical device; and / or,

[0411] Based on the received monitoring mark data corresponding to the second monitoring parameter pushed by the second medical device, modifying the monitoring mark data corresponding to the second monitoring parameter in the patient diagnosis and treatment information system.

[0412] In an embodiment, the monitoring mark data corresponding to the monitoring parameter comprises:

[0413] a first reference interval and / or a second reference interval; wherein,

[0414] The first reference interval represents a range in which the monitoring value of the patient on the corresponding monitoring parameter is expected to fall; and the second reference interval represents an acceptable range of the monitoring value of the patient on the corresponding monitoring parameter.

[0415] In an embodiment, the first instruction is used to set a first reference interval of the first monitoring parameter, and the modifying the monitoring mark data corresponding to the first monitoring parameter in the system comprises: modifying the first reference interval corresponding to the first monitoring parameter in the system, and triggering a linkage setting operation after modifying the first reference interval corresponding to the first monitoring parameter, wherein the linkage setting operation sets a second reference interval corresponding to the first monitoring parameter based on an adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval.

[0416] The technical solutions not shown in the above embodiments of the information processing method can be implemented with reference to the technical solutions related to the processor in the third patient diagnosis and treatment information system, which will not be described herein again.

[0417] In the hospital network system and the information processing method provided by the embodiments of the present application, during the setting and adjustment of the individualized diagnosis and treatment target of the patient, the setting or adjustment operation of the monitoring mark data on any device of the hospital network system can be timely pushed to other devices of the hospital network system. Thus, the setting of the monitoring mark data before the implementation of the diagnosis and treatment strategy of the patient, or the setting and adjustment of the diagnosis and treatment target during the implementation of the diagnosis and treatment strategy and after the phase-by-phase end of the implementation of the diagnosis and treatment strategy can be timely synchronized to all related devices of the hospital network system, which greatly improves the operation efficiency, enables the diagnosis and treatment target to be matched with the dynamic change of the patient's condition in real time, and further improves the optimization efficiency of the diagnosis and treatment target.

Claims

1. A patient diagnosis and treatment information system, characterized in that, The patient diagnosis and treatment information system includes: a processor, a communication module, and a display screen, wherein the communication module and the display screen are respectively communicatively connected to the processor; The communication module is used to acquire monitoring values ​​of various monitoring parameters of the patient collected or generated by multiple medical devices, and transmit the acquired monitoring values ​​to the processor; The processor is used for: Determine the monitoring baseline data corresponding to each of the various monitoring parameters of the patient, wherein the monitoring baseline data is used to define the reference range of the corresponding monitoring parameter; The display screen is controlled to simultaneously display treatment task information, the monitoring value of at least one of the multiple monitoring parameters at multiple times, and the monitoring line data corresponding to the at least one monitoring parameter on its display interface, so as to show whether the monitoring value at multiple times falls within or outside the reference range of the corresponding monitoring line data. The treatment task information is used to prompt medical staff to carry out the corresponding treatment tasks. The monitoring values ​​of at least one monitoring parameter obtained within a preset time period are statistically analyzed to obtain statistical analysis results, and the display screen is controlled to output the statistical analysis results on its display interface; wherein, the statistical analysis results include at least the following: the result obtained by comparing multiple monitoring values ​​of the at least one monitoring parameter obtained within the preset time period with the monitoring line data corresponding to the monitoring parameter.

2. The system according to claim 1, characterized in that, The monitoring line data corresponding to the monitoring parameters include: The first reference interval and / or the second reference interval; wherein... The first reference interval represents the expected range within which the patient's monitored values ​​for the corresponding monitoring parameters are expected to fall; the second reference interval represents the acceptable range within which the patient's monitored values ​​for the corresponding monitoring parameters are expected to fall.

3. The system according to claim 1 or 2, characterized in that, The processor is further configured to: maintain the synchronization of monitoring caliper data corresponding to at least a portion of the shared monitoring parameters between the patient diagnosis and treatment information system and the multiple medical devices; The plurality of medical devices includes a first medical device and a second medical device. The first medical device has monitoring calibration data corresponding to a first monitoring parameter among the at least partially shared monitoring parameters. The second medical device has monitoring calibration data corresponding to a second monitoring parameter among the at least partially shared monitoring parameters. Maintaining synchronization of the monitoring calibration data corresponding to at least a portion of the shared monitoring parameters between the patient treatment information system and the plurality of medical devices includes: In response to a first instruction input by the user in the patient treatment information system, the processor modifies the monitoring calibration data corresponding to the first monitoring parameter in the patient treatment information system, and controls the communication module to push the modified monitoring calibration data to the first medical device; and / or, Based on the monitoring line data corresponding to the second monitoring parameter received from the second medical device, the processor modifies the monitoring line data corresponding to the second monitoring parameter in the patient diagnosis and treatment information system.

4. The system according to claim 3, characterized in that, The first instruction is used to set the first reference interval corresponding to the first monitoring parameter; In response to a first instruction input by a user in the patient medical information system, the processor modifies the monitoring caliper data corresponding to the first monitoring parameter in the patient medical information system, including: In response to the first instruction input by the user in the patient diagnosis and treatment information system, the processor modifies the first reference interval corresponding to the first monitoring parameter in the patient diagnosis and treatment information system; After modifying the first reference interval corresponding to the first monitoring parameter, a linkage setting operation is triggered. The linkage setting operation sets the second reference interval corresponding to the first monitoring parameter based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval.

5. The system according to claim 4, characterized in that, The step of setting a second reference interval corresponding to the first monitoring parameter based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval includes: Based on the adjustment parameters, the upper limit and / or lower limit of the first reference interval are adjusted to set the second reference interval. The adjustment parameters include: adjustment value or adjustment percentage.

6. The system according to claim 4 or 5, characterized in that, The step of triggering a linkage setting operation after modifying the first reference interval corresponding to the first monitoring parameter includes: After modifying the first reference range corresponding to the first monitoring parameter, and if the first function is detected to be enabled, the linkage setting operation is triggered. When the first function is enabled, the linkage setting operation can be triggered after the first reference range is modified.

7. The system according to claim 1, characterized in that, Controlling the display screen to display the monitoring values ​​of the at least one monitoring parameter at multiple times on its display interface includes: When the monitored value of at least one monitoring parameter falls within the corresponding reference range, the display screen is controlled to display the monitored value on its display interface in a first display configuration; and when the monitored value of at least one monitoring parameter falls outside the corresponding reference range, the display screen is controlled to display the monitored value on its display interface in a second display configuration, wherein the first display configuration is different from the second display configuration.

8. The system according to claim 7, characterized in that, The first display configuration includes a first color, and the second display configuration includes a second color; and / or, The first display configuration includes a first font, and the second display configuration includes a second font; and / or, The first display configuration includes a first font size, and the second display configuration includes a second font size; and / or, The first display configuration includes not displaying an additional marker for the monitored value, and the second display configuration includes displaying an additional marker for the monitored value.

9. The system according to claim 1, characterized in that, Controlling the display screen to display the monitoring values ​​of at least one monitoring parameter at multiple times and the corresponding monitoring line data of the at least one monitoring parameter on its display interface includes: The display screen is controlled to show a trend line corresponding to the monitoring values ​​of the at least one monitoring parameter at the plurality of times on its display interface, so as to present the monitoring values ​​of the at least one monitoring parameter at the plurality of times; and, The display screen is controlled to present the reference range corresponding to the at least one monitoring parameter on its display interface by filling areas and / or markings.

10. The system according to claim 9, characterized in that, The processor is also used for: When a specific monitoring parameter that meets set conditions is detected among the at least one monitoring parameters, the display screen is controlled to present, on its display interface, the trend line corresponding to the specific monitoring parameter and the trend lines corresponding to other monitoring parameters besides the specific monitoring parameter, respectively, with different visual effects; wherein... The setting conditions include: A selection instruction for the specific monitoring parameter is detected; or, a monitoring value for the specific monitoring parameter at the multiple times is detected that falls outside the corresponding reference interval.

11. The system according to claim 10, characterized in that, The control of the display screen to present trend lines corresponding to the specific monitoring parameter and trend lines corresponding to other monitoring parameters on its display interface with different visual effects includes: The trend line corresponding to the specific monitoring parameter is presented using a darker color visual effect, and the trend lines corresponding to other monitoring parameters besides the specific monitoring parameter are presented using a lighter color visual effect; and / or, The trend line corresponding to the specific monitoring parameter is presented with a wider line width, and the trend line corresponding to other monitoring parameters besides the specific monitoring parameter is presented with a narrower line width.

12. The system according to any one of claims 7 to 11, characterized in that, The control of the display screen to simultaneously display diagnostic and treatment task information, the monitoring value of at least one of the multiple monitoring parameters at multiple times, and the monitoring line data corresponding to the at least one monitoring parameter on its display interface includes: controlling the display screen to display the monitoring value of the at least one monitoring parameter at multiple times and the monitoring line data corresponding to the at least one monitoring parameter on its display interface in the same image as the multiple medical devices.

13. The system according to claim 2, characterized in that, The control of the display screen to output the statistical analysis results on its display interface includes: For at least one of the at least one monitoring parameter, the display screen is controlled to present, on its display interface, at least one graphic, a first reference interval corresponding to the one monitoring parameter and the distribution of multiple monitoring values ​​of the one monitoring parameter within the preset time period, so as to present the deviation between the distribution of the multiple monitoring values ​​of the one monitoring parameter and the first reference interval corresponding to the one monitoring parameter.

14. The system according to claim 13, characterized in that, The method of controlling the display screen to output the statistical analysis results on its display interface further includes: The display screen is controlled to show the compliance rate of one of the monitoring parameters on its display interface, so as to present the ratio of the multiple monitoring values ​​of one of the monitoring parameters falling within the first reference interval corresponding to one of the monitoring parameters within the preset time period.

15. The system according to claim 13 or 14, characterized in that, The control of the display screen to present the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through at least one graphic on its display interface includes: presenting different frequencies of occurrence of the monitoring values ​​through different visual effects in the graphic used to present the distribution of the multiple monitoring values.

16. The system according to claim 15, characterized in that, The method of presenting the different frequencies of the monitored values ​​through different visual effects includes: presenting the display elements corresponding to the monitored values ​​that appear more frequently through a darker color visual effect.

17. The system according to any one of claims 13 to 16, characterized in that, The step of presenting the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through at least one graph includes: presenting the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through a bar chart, wherein each scale bar in the bar chart represents a monitoring value.

18. The system according to claim 17, characterized in that, The step of presenting the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through at least one graphic includes: presenting the monitoring values ​​falling within the first reference interval corresponding to one of the monitoring parameters and the monitoring values ​​falling outside the first reference interval corresponding to one of the monitoring parameters through different display methods.

19. The system according to claim 18, characterized in that, The method of displaying monitoring values ​​that fall within the first reference range corresponding to one of the monitoring parameters and monitoring values ​​that fall outside the first reference range corresponding to one of the monitoring parameters through different display methods includes: displaying the scale bar corresponding to the monitoring value that falls within the first reference range corresponding to one of the monitoring parameters in a first color, and displaying the scale bar corresponding to the monitoring value that falls outside the first reference range corresponding to one of the monitoring parameters in a second color.

20. The system according to claim 19, characterized in that, The method of displaying the scale bar corresponding to the monitoring value falling within the first reference interval corresponding to one of the monitoring parameters in a first color includes: displaying the scale bar corresponding to the monitoring value that appears more frequently in a darker first color. and / or The step of displaying the scale bar corresponding to the monitoring value that falls outside the first reference range corresponding to one of the monitoring parameters in a second color includes: displaying the scale bar corresponding to the monitoring value that appears more frequently in a darker second color.

21. The system according to any one of claims 13 to 16, characterized in that, The step of presenting the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through at least one graph includes: presenting the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through a graph.

22. The system according to any one of claims 13 to 16, characterized in that, The step of presenting the distribution of the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​within the preset time period through at least one graph includes: presenting the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through two graphs respectively.

23. The system according to claim 1 or 2, characterized in that, The processor is also used for: After controlling the display screen to output the statistical analysis results on its display interface, in response to the second instruction input by the user in the patient diagnosis and treatment information system, at least the monitoring caliper data corresponding to the at least one monitoring parameter is modified in the patient diagnosis and treatment information system.

24. The system according to claim 23, characterized in that, The display interface includes a first display interface and a second display interface. Controlling the display screen to simultaneously display treatment task information, the monitoring values ​​of at least one of the multiple monitoring parameters at multiple times, and the monitoring line data corresponding to the at least one monitoring parameter on its display interface includes: controlling the display screen to simultaneously display the treatment task information, the monitoring values ​​of the at least one monitoring parameter at multiple times, and the monitoring line data corresponding to the at least one monitoring parameter on the first display interface; controlling the display screen to output the statistical analysis results on its display interface includes: controlling the display screen to output the statistical analysis results on the second display interface.

25. The system according to claim 24, characterized in that, After controlling the display screen to output the statistical analysis results on its display interface, in response to a second command input by the user in the patient diagnosis and treatment information system, at least the monitoring line data corresponding to the at least one monitoring parameter in the patient diagnosis and treatment information system is modified, including: In response to the second instruction input by the user in the first display interface, at least the monitoring caliper data corresponding to the at least one monitoring parameter is modified in the patient diagnosis and treatment information system.

26. A patient diagnosis and treatment information system, characterized in that, The patient diagnosis and treatment information system includes: a processor, a communication module, and a display screen, wherein the communication module and the display screen are respectively communicatively connected to the processor; The communication module acquires monitoring values ​​of various monitoring parameters of the patient collected or generated by multiple medical devices, and transmits the acquired monitoring values ​​to the processor; The processor is used for: Determine the monitoring baseline data corresponding to each of the various monitoring parameters of the patient, wherein the monitoring baseline data is used to define the reference range of the corresponding monitoring parameter; The display screen is controlled to simultaneously display treatment task information and the monitoring value of at least one of the multiple monitoring parameters at multiple times on its display interface. The treatment task information is used to prompt medical staff to perform corresponding treatment tasks. The monitoring values ​​of at least one monitoring parameter acquired within a preset time period are statistically analyzed to obtain statistical analysis results, and the display screen is controlled to output the statistical analysis results on its display interface; wherein, the statistical analysis results include at least the following: the result obtained by comparing multiple monitoring values ​​of at least one monitoring parameter acquired within the preset time period with the monitoring line data corresponding to the monitoring parameter; The step of controlling the display screen to display the monitoring value of at least one of the multiple monitoring parameters at multiple times on its display interface includes: when the monitoring value of the at least one monitoring parameter falls within the corresponding reference range, controlling the display screen to display the monitoring value on its display interface in a first display configuration; and when the monitoring value of the at least one monitoring parameter falls outside the corresponding reference range, controlling the display screen to display the monitoring value on its display interface in a second display configuration, wherein the first display configuration is different from the second display configuration.

27. The system according to claim 26, characterized in that, The first display configuration includes a first color, and the second display configuration includes a second color; and / or, The first display configuration includes a first font, and the second display configuration includes a second font; and / or, The first display configuration includes a first font size, and the second display configuration includes a second font size; and / or, The first display configuration includes not displaying an additional marker for the monitored value, and the second display configuration includes displaying an additional marker for the monitored value.

28. The system according to claim 26, characterized in that, The processor is also used for: If a specific monitoring parameter that meets set conditions is detected among the at least one monitoring parameters, the display screen is controlled to display the monitoring mark data corresponding to the specific monitoring parameter on its display interface; wherein... The setting conditions include: A selection instruction for other monitoring parameters is detected; or, it is detected that among the monitoring values ​​of other monitoring parameters at the multiple times, there are monitoring values ​​that fall outside the corresponding reference interval.

29. The system according to claim 28, characterized in that, Controlling the display screen to display the monitoring values ​​of the at least one monitoring parameter at multiple times on its display interface includes: The display screen is controlled to display a trend line corresponding to the monitoring values ​​of the at least one monitoring parameter at the plurality of times on its display interface, so as to present the monitoring values ​​of the at least one monitoring parameter at the plurality of times; The control of the display screen to display the monitoring line data corresponding to the specific monitoring parameter on its display interface includes: The display screen is controlled to present the reference range corresponding to the specific monitoring parameter on its display interface by filling areas and / or markings.

30. The system according to claim 29, characterized in that, The control of the display screen to display a trend line corresponding to the monitoring values ​​of the at least one monitoring parameter at the plurality of times on its display interface includes: The display screen is controlled to present the trend line corresponding to the specific monitoring parameter and the trend line corresponding to other monitoring parameters on its display interface with different visual effects.

31. The system according to claim 30, characterized in that, The control of the display screen to present trend lines corresponding to the specific monitoring parameter and trend lines corresponding to other monitoring parameters on its display interface with different visual effects includes: The trend line corresponding to the specific monitoring parameter is presented using a darker color visual effect, and the trend line corresponding to other monitoring parameters besides the specific monitoring parameter is presented using a lighter color visual effect; and / or, The trend line corresponding to the specific monitoring parameter is presented with a wider line width, and the trend line corresponding to other monitoring parameters besides the specific monitoring parameter is presented with a narrower line width.

32. The system according to any one of claims 26 to 31, characterized in that, The control of the display screen to simultaneously display diagnostic and treatment task information and the monitoring value of at least one of the multiple monitoring parameters at multiple times on its display interface includes: controlling the display screen to display the monitoring value of the at least one monitoring parameter at multiple times on its display interface in the same image as the multiple medical devices.

33. The system according to claim 26, characterized in that, The monitoring line data corresponding to the monitoring parameters include: The first reference interval and / or the second reference interval; wherein... The first reference interval represents the expected range within which the patient's monitored values ​​for the corresponding monitoring parameters are expected to fall; the second reference interval represents the acceptable range within which the patient's monitored values ​​for the corresponding monitoring parameters are expected to fall.

34. The system according to claim 26 or 33, characterized in that, The processor is further configured to: maintain the synchronization of monitoring caliper data corresponding to at least a portion of the shared monitoring parameters between the patient diagnosis and treatment information system and the multiple medical devices; The plurality of medical devices includes a first medical device and a second medical device. The first medical device has monitoring calibration data corresponding to a first monitoring parameter among the at least partially shared monitoring parameters. The second medical device has monitoring calibration data corresponding to a second monitoring parameter among the at least partially shared monitoring parameters. Maintaining synchronization of the monitoring calibration data corresponding to at least a portion of the shared monitoring parameters between the patient treatment information system and the plurality of medical devices, for the monitoring parameters shared by the patient treatment information system and the plurality of medical devices, includes: In response to a first instruction input by the user in the patient treatment information system, the processor modifies the monitoring calibration data corresponding to the first monitoring parameter in the patient treatment information system, and controls the communication module to push the modified monitoring calibration data to the first medical device; and / or, Based on the monitoring line data corresponding to the second monitoring parameter received from the second medical device, the processor modifies the monitoring line data corresponding to the second monitoring parameter in the patient diagnosis and treatment information system.

35. The system according to claim 34, characterized in that, The first instruction is used to set the first reference interval corresponding to the first monitoring parameter; In response to a first instruction input by a user in the patient medical information system, the processor modifies the monitoring caliper data corresponding to the first monitoring parameter in the patient medical information system, including: In response to the first instruction input by the user in the patient diagnosis and treatment information system, the processor modifies the first reference interval corresponding to the first monitoring parameter in the patient diagnosis and treatment information system; After modifying the first reference interval corresponding to the first monitoring parameter, a linkage setting operation is triggered. The linkage setting operation sets the second reference interval corresponding to the first monitoring parameter based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval.

36. The system according to claim 35, characterized in that, The step of setting a second reference interval corresponding to the first monitoring parameter based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval includes: The upper and / or lower limits of the first reference interval are adjusted to set the second reference interval, wherein the adjustment parameters include: adjustment value or adjustment percentage.

37. The system according to claim 35 or 36, characterized in that, The step of triggering a linkage setting operation after modifying the first reference interval corresponding to the first monitoring parameter includes: After modifying the first reference range corresponding to the first monitoring parameter, and if the first function is detected to be enabled, the linkage setting operation is triggered. When the first function is enabled, the linkage setting operation can be triggered after the first reference range is modified.

38. The system according to claim 33, characterized in that, The control of the display screen to output the statistical analysis results on its display interface includes: For at least one of the at least one monitoring parameters, the display screen is controlled to present, on its display interface, at least one graphic, a first reference interval corresponding to the one monitoring parameter and the distribution of multiple monitoring values ​​of the one monitoring parameter within the preset time period, so as to present the deviation between the distribution of the multiple monitoring values ​​of the one monitoring parameter and the first reference interval corresponding to the one monitoring parameter.

39. The system as described in claim 38, characterized in that, The method of controlling the display screen to output the statistical analysis results on its display interface further includes: The display screen is controlled to show the compliance rate of one of the monitoring parameters on its display interface, so as to present the ratio of the multiple monitoring values ​​of one of the monitoring parameters falling within the first reference interval corresponding to one of the monitoring parameters within the preset time period.

40. The system as described in claim 38 or 39, characterized in that, The control of the display screen to present the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through at least one graphic on its display interface includes: presenting different frequencies of occurrence of the monitoring values ​​through different visual effects in the graphic used to present the distribution of the multiple monitoring values.

41. The system as described in claim 40, characterized in that, The method of presenting the different frequencies of the monitored values ​​through different visual effects includes: presenting the display elements corresponding to the monitored values ​​that appear more frequently through a darker color visual effect.

42. The system according to any one of claims 38 to 41, characterized in that, The step of presenting the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through at least one graph includes: presenting the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through a bar chart, wherein each scale bar in the bar chart represents a monitoring value.

43. The system according to any one of claims 38 to 41, characterized in that, The step of presenting the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through at least one graphic includes: presenting the monitoring values ​​falling within the first reference interval corresponding to one of the monitoring parameters and the monitoring values ​​falling outside the first reference interval corresponding to one of the monitoring parameters through different display methods.

44. The system as described in claim 43, characterized in that, The method of displaying monitoring values ​​that fall within the first reference range corresponding to one of the monitoring parameters and monitoring values ​​that fall outside the first reference range corresponding to one of the monitoring parameters through different display methods includes: displaying the scale bar corresponding to the monitoring value that falls within the first reference range corresponding to one of the monitoring parameters in a first color, and displaying the scale bar corresponding to the monitoring value that falls outside the first reference range corresponding to one of the monitoring parameters in a second color.

45. The system as described in claim 44, characterized in that, The method of displaying the scale bar corresponding to the monitoring value falling within the first reference interval corresponding to one of the monitoring parameters in a first color includes: displaying the scale bar corresponding to the monitoring value that appears more frequently in a darker first color. and / or The step of displaying the scale bar corresponding to the monitoring value that falls outside the first reference range corresponding to one of the monitoring parameters in a second color includes: displaying the scale bar corresponding to the monitoring value that appears more frequently in a darker second color.

46. ​​The system according to any one of claims 38 to 41, characterized in that, The step of presenting the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through at least one graph includes: presenting the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through a graph.

47. The system according to any one of claims 38 to 41, characterized in that, The step of presenting the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through at least one graph includes: presenting the first reference interval corresponding to one of the monitoring parameters and the distribution of multiple monitoring values ​​of one of the monitoring parameters within the preset time period through two graphs respectively.

48. The system according to claim 26 or 33, characterized in that, The processor is also used for: After controlling the display screen to output the statistical analysis results on its display interface, in response to the second instruction input by the user in the patient diagnosis and treatment information system, at least the monitoring caliper data corresponding to the at least one monitoring parameter is modified in the patient diagnosis and treatment information system.

49. The system according to claim 48, characterized in that, The display interface includes a first display interface and a second display interface. Controlling the display screen to simultaneously display diagnostic and treatment task information and the monitoring values ​​of at least one of the multiple monitoring parameters at multiple times on its display interface includes: controlling the display screen to simultaneously display diagnostic and treatment task information and the monitoring values ​​of the at least one monitoring parameter at multiple times on the first display interface; controlling the display screen to output the statistical analysis results on its display interface includes: controlling the display screen to output the statistical analysis results on the second display interface.

50. The system according to claim 49, characterized in that, After controlling the display screen to output the statistical analysis results on its display interface, in response to a second command input by the user in the patient diagnosis and treatment information system, at least the monitoring line data corresponding to the at least one monitoring parameter in the patient diagnosis and treatment information system is modified, including: In response to the second instruction input by the user in the first display interface, at least the monitoring caliper data corresponding to the at least one monitoring parameter is modified in the patient diagnosis and treatment information system.

51. A patient diagnosis and treatment information system, characterized in that, The patient diagnosis and treatment information system includes: a processor, a communication module, and a display screen, wherein the communication module and the display screen are respectively communicatively connected to the processor; The communication module is used to acquire monitoring values ​​of various monitoring parameters of the patient collected or generated by multiple medical devices, and transmit the acquired monitoring values ​​to the processor; The processor is used for: The monitoring baseline data for each of the multiple monitoring parameters of the patient is determined, and the monitoring baseline data includes: a first reference interval and a second reference interval; wherein, the first reference interval represents the range within which the monitored value of the patient for the corresponding monitoring parameter is expected to fall; and the second reference interval... Characterizing the acceptable range of monitoring values ​​for the patient on the corresponding monitoring parameters; The display screen is controlled to show the monitoring value of at least one of the multiple monitoring parameters at multiple times; When a specific monitoring parameter that meets the set conditions is detected among the multiple monitoring parameters, the display screen is controlled to display the first reference range and the second reference range of the specific monitoring parameter. The display screen displays the monitoring value of at least one of the multiple monitoring parameters at multiple times, including: when the monitoring value of at least one of the multiple monitoring parameters falls within the corresponding first reference interval, controlling the display screen to display the monitoring value in a first display configuration; and when the monitoring value of at least one monitoring parameter falls outside the corresponding first reference interval, controlling the display screen to display the monitoring value in a second display configuration, wherein the first display configuration and the second display configuration are different.

52. The system according to claim 51, characterized in that, The first display configuration includes a first color, and the second display configuration includes a second color; and / or, The first display configuration includes a first font, and the second display configuration includes a second font; and / or, The first display configuration includes a first font size, and the second display configuration includes a second font size; and / or, The first display configuration includes not displaying an additional marker for the monitored value, and the second display configuration includes displaying an additional marker for the monitored value.

53. The system according to claim 51, characterized in that, The setting conditions include: A selection instruction for the specific monitoring parameter is detected; or, a monitoring value for the specific monitoring parameter at the multiple times is detected that falls outside the corresponding reference interval.

54. The system according to claim 51, characterized in that, The method of controlling the display screen to display the monitoring value of at least one of the multiple monitoring parameters at multiple times further includes: The display screen is controlled to show a trend line corresponding to the monitoring values ​​of the at least one monitoring parameter at the plurality of times, so as to present the monitoring values ​​of the at least one monitoring parameter at the plurality of times.

55. The system according to claim 54, characterized in that, The control of the display screen to display trend lines corresponding to the monitoring values ​​of at least one of the monitoring parameters at the plurality of times includes: The display screen is controlled to present the trend line corresponding to the specific monitoring parameter and the trend line corresponding to other monitoring parameters besides the specific monitoring parameter with different visual effects.

56. The system according to claim 55, characterized in that, The display screen is configured to present trend lines corresponding to the specific monitoring parameter and trend lines corresponding to other monitoring parameters, respectively, with different visual effects, including: The trend line corresponding to the specific monitoring parameter is presented using a darker color visual effect, and the trend lines corresponding to other monitoring parameters besides the specific monitoring parameter are presented using a lighter color visual effect; and / or, The trend line corresponding to the specific monitoring parameter is presented with a wider line width, and the trend line corresponding to other monitoring parameters besides the specific monitoring parameter is presented with a narrower line width.

57. The system according to claim 51, characterized in that, The control of the display screen to show the first reference range and the second reference range of the specific monitoring parameter includes: The display screen is controlled to mark the first reference interval and the second reference interval corresponding to the specific monitoring parameter by filling in areas and / or marking lines.

58. The system according to claim 57, characterized in that, The processor is also used for: The display screen is controlled to fill the area defined by the first reference interval with a first color, and to fill the area defined by the second reference interval with a second color.

59. An information processing method, characterized in that, include: Determine the monitoring baseline data corresponding to each of the patient's various monitoring parameters, and the monitoring baseline data is used to define the reference range of the corresponding monitoring parameter; The display interface simultaneously displays diagnosis and treatment task information, the monitoring value of at least one of the multiple monitoring parameters at multiple times, and the monitoring line data corresponding to the at least one monitoring parameter, so as to show whether the monitoring value at multiple times falls within or outside the reference range of the corresponding monitoring line data. The diagnosis and treatment task information is used to prompt medical staff to carry out the corresponding diagnosis and treatment tasks. The monitoring values ​​of at least one monitoring parameter obtained within a preset time period are statistically analyzed to obtain statistical analysis results, and the statistical analysis results are output on the display interface; wherein, the statistical analysis results include at least the following: the results obtained by comparing multiple monitoring values ​​of the at least one monitoring parameter obtained within the preset time period with the monitoring line data corresponding to the monitoring parameter.

60. The method according to claim 59, characterized in that, The monitoring line data corresponding to the monitoring parameters include: The first reference interval and / or the second reference interval; wherein... The first reference interval represents the expected range within which the patient's monitored values ​​for the corresponding monitoring parameters are expected to fall; the second reference interval represents the acceptable range within which the patient's monitored values ​​for the corresponding monitoring parameters are expected to fall.

61. The method according to claim 59 or 60, characterized in that, Each of the multiple medical devices has a monitoring value of one or more monitoring parameters from the plurality of monitoring parameters and monitoring line data corresponding to the one or more monitoring parameters. The method further includes: For the monitoring parameters shared by the patient diagnosis and treatment information system and the multiple medical devices, the monitoring caliper data corresponding to at least some of the shared monitoring parameters shall be kept synchronized between the patient diagnosis and treatment information system and the multiple medical devices; The plurality of medical devices includes a first medical device and a second medical device. The first medical device has monitoring calibration data corresponding to a first monitoring parameter among the at least partially shared monitoring parameters. The second medical device has monitoring calibration data corresponding to a second monitoring parameter among the at least partially shared monitoring parameters. Maintaining synchronization of the monitoring calibration data corresponding to at least a portion of the shared monitoring parameters between the patient treatment information system and the plurality of medical devices includes: In response to a first instruction input by the user in the patient treatment information system, the monitoring calibration data corresponding to the first monitoring parameter is modified in the patient treatment information system, and the communication module is controlled to push the modified monitoring calibration data to the first medical device; and / or, Based on the monitoring line data corresponding to the second monitoring parameter received from the second medical device, the monitoring line data corresponding to the second monitoring parameter is modified in the patient diagnosis and treatment information system.

62. The method according to claim 61, characterized in that, The first instruction is used to set the first reference interval corresponding to the first monitoring parameter; The step of responding to a first instruction input by a user in the patient medical information system and modifying the monitoring caliber data corresponding to the first monitoring parameter in the patient medical information system includes: In response to the first instruction input by the user in the patient diagnosis and treatment information system, the first reference interval corresponding to the first monitoring parameter is modified in the patient diagnosis and treatment information system; After modifying the first reference interval corresponding to the first monitoring parameter, a linkage setting operation is triggered. The linkage setting operation sets the second reference interval corresponding to the first monitoring parameter based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval.

63. An information processing method, characterized in that, include: Determine the monitoring baseline data corresponding to each of the patient's various monitoring parameters, and the monitoring baseline data is used to define the reference range of the corresponding monitoring parameter; The display interface simultaneously displays diagnostic and treatment task information and the monitoring values ​​of at least one of the multiple monitoring parameters at multiple times. The diagnostic and treatment task information is used to prompt medical staff to perform corresponding diagnostic and treatment tasks. The monitoring values ​​of at least one monitoring parameter obtained within a preset time period are statistically analyzed to obtain statistical analysis results, and the statistical analysis results are output on the display interface; wherein, the statistical analysis results include at least the following: the result obtained by comparing multiple monitoring values ​​of at least one monitoring parameter obtained within the preset time period with the monitoring line data corresponding to the monitoring parameter; The step of displaying the monitoring value of at least one of the multiple monitoring parameters at multiple times on the display interface includes: displaying the monitoring value on the display interface with a first display configuration when the monitoring value of the at least one monitoring parameter falls within the corresponding reference range, and displaying the monitoring value on the display interface with a second display configuration when the monitoring value of the at least one monitoring parameter falls outside the corresponding reference range, wherein the first display configuration and the second display configuration are different.

64. The method according to claim 63, characterized in that, The monitoring line data corresponding to the monitoring parameters include: The first reference interval and / or the second reference interval; wherein... The first reference interval represents the expected range within which the patient's monitored values ​​for the corresponding monitoring parameters are expected to fall; the second reference interval represents the acceptable range within which the patient's monitored values ​​for the corresponding monitoring parameters are expected to fall.

65. The system according to claim 63 or 64, characterized in that, Each of the multiple medical devices has a monitoring value of one or more monitoring parameters from the plurality of monitoring parameters and monitoring line data corresponding to the one or more monitoring parameters. The method further includes: For the monitoring parameters shared by the patient diagnosis and treatment information system and the multiple medical devices, the monitoring caliper data corresponding to at least some of the shared monitoring parameters shall be kept synchronized between the patient diagnosis and treatment information system and the multiple medical devices; The plurality of medical devices includes a first medical device and a second medical device. The first medical device has monitoring calibration data corresponding to a first monitoring parameter among the at least partially shared monitoring parameters. The second medical device has monitoring calibration data corresponding to a second monitoring parameter among the at least partially shared monitoring parameters. For the monitoring parameters shared by the patient diagnosis and treatment information system and the plurality of medical devices, the monitoring calibration data corresponding to at least a portion of the shared monitoring parameters is maintained. The synchronization of the marking data between the patient's medical information system and the multiple medical devices includes: In response to a first instruction input by the user in the patient treatment information system, the monitoring calibration data corresponding to the first monitoring parameter is modified in the patient treatment information system, and the communication module is controlled to push the modified monitoring calibration data to the first medical device; and / or, Based on the monitoring line data corresponding to the second monitoring parameter received from the second medical device, the monitoring line data corresponding to the second monitoring parameter is modified in the patient diagnosis and treatment information system.

66. The method according to claim 65, characterized in that, The first instruction is used to set the first reference interval corresponding to the first monitoring parameter; The step of responding to a first instruction input by a user in the patient medical information system and modifying the monitoring caliber data corresponding to the first monitoring parameter in the patient medical information system includes: In response to the first instruction input by the user in the patient diagnosis and treatment information system, the first reference interval corresponding to the first monitoring parameter is modified in the patient diagnosis and treatment information system; After modifying the first reference interval corresponding to the first monitoring parameter, a linkage setting operation is triggered. The linkage setting operation sets the second reference interval corresponding to the first monitoring parameter based on the adjustment parameter corresponding to the first monitoring parameter and the modified first reference interval.

67. An information processing method, characterized in that, include: The monitoring baseline data for each of the patient's various monitoring parameters is determined. The monitoring baseline data includes a first reference interval and a second reference interval. The first reference interval represents the expected range within which the patient's monitoring value for the corresponding monitoring parameter is expected to fall. The second reference interval represents the acceptable range within which the patient's monitoring value for the corresponding monitoring parameter is expected to fall. Display the monitoring value of at least one of the multiple monitoring parameters at multiple times; If a specific monitoring parameter that meets the set conditions is detected among the multiple monitoring parameters, the first reference interval and the second reference interval of the specific monitoring parameter are displayed. The step of displaying the monitoring value of at least one of the multiple monitoring parameters at multiple times includes: displaying the monitoring value in a first display configuration when the monitoring value of at least one of the multiple monitoring parameters falls within the corresponding first reference interval, and displaying the monitoring value in a second display configuration when the monitoring value of at least one monitoring parameter falls outside the corresponding first reference interval, wherein the first display configuration and the second display configuration are different.

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