WO2021248893A1 - Central station for processing monitoring information and monitoring information processing method thereof - Google Patents

Abstract

A central station for processing monitoring information and a monitoring information processing method thereof. The processing method comprises: for any one of at least one bed managed by a central station, the central station receives vital sign information sent from a first medical device corresponding to the bed and infusion information sent from a second medical device; the central station displays the vital sign information and the infusion information in a same first display section on a first display screen of the central station, the first display section corresponding to the bed, and patient information of a patient using the bed and the bed number being also displayed in the first display section; and the central station displays, in response to an operation instruction for the infusion information in the first display section, an infusion details interface or a single-bed observation interface on the first display screen or the second display screen connected to the central station. The central station applying the present processing method can display all kinds of information in a centralized manner, thus reducing the volume of the central station.

Description

Central station for processing monitoring information and its processing method for monitoring information Technical field

The invention relates to the technical field of medical monitoring, in particular to a central station for processing monitoring information, and a processing method for the monitoring information by the central station.

Background technique

In the clinical treatment process, a large number of medical equipment such as monitors, ventilators, infusion pumps, and syringe pumps are used. In this case, efficient information management is particularly important. The central station is the equipment for unified management of various medical equipment, including the host and the display. The data communication connection between the host and various medical equipment can automatically collect all kinds of information in real time, and output the obtained information to the display for medical staff to view, so as to realize centralized monitoring of patients on multiple beds. The above-obtained information mainly includes the patient’s vital characteristics and infusion information. How to design a small, convenient and intuitive central station for medical staff to view the above two types of information is currently one of the problems to be improved or to be solved. one.

technical problem Technical solutions

According to the first aspect, an embodiment provides a method for processing monitoring information by a central station, which is applied to a central station, and the central station is used to manage at least one bed for accommodating patients and the corresponding one for sending the received The first medical device for the vital signs information of the patient and the second medical device for sending the infusion information of the admitted patient, the method includes:

For any of the at least one bed managed by the central station, the central station receives vital sign information sent by a first medical device corresponding to the bed and infusion information sent by a second medical device;

The central station displays the vital sign information and the infusion information in the same first display section on the first display screen of the central station; the first display section corresponds to the bed, so The first display section also displays the patient information and the bed number of the patient accommodated in the bed;

The central station responds to the operation instruction for the infusion information of the first display section, and displays the infusion details interface or single-bed observation on the first display screen or the second display screen connected to the central station interface.

According to a second aspect, an embodiment provides a central station for processing monitoring information, the central station is used to manage at least one bed for receiving patients and correspondingly for sending vital sign information of the admitted patients The first medical device and the second medical device for sending the infusion information of the admitted patient, the central station includes:

Memory, used to store programs;

A processor, configured to execute the program stored in the memory to implement the method of the first aspect;

The display device is used to display the interface generated by the processor.

According to a third aspect, an embodiment provides a computer-readable storage medium including a program that can be executed by a processor to implement the method of the first aspect.

Beneficial effect

The above-mentioned central station displays the received vital sign information and infusion information in the same first display section, so that the patient’s vital signs and infusion information can be obtained in the first display screen, which is convenient for users to view information centrally, and It can reduce the number of monitors in the central station, reduce the volume of the central station, and when it is necessary to further view the detailed content of vital sign information and the detailed content of the infusion information, it can also display the single-bed observation interface or the infusion details interface. Viewing information is more flexible and ensures the comprehensiveness of the information.

Description of the drawings

Figure 1 is a schematic diagram of the composition of a central station according to an embodiment;

Figure 2 is a flowchart of a method for processing monitoring information by a central station according to an embodiment;

Fig. 3 is a schematic diagram of a multi-bed monitoring interface displayed on a first display screen according to an embodiment;

4 is a schematic diagram of dual-screen display of a multi-bed monitoring interface according to an embodiment;

FIG. 5 is a schematic diagram of a dual-screen display of the multi-bed monitoring interface and the infusion details interface displayed on the first display screen of an embodiment;

FIG. 6 is a schematic diagram of the dual-screen display of the multi-bed monitoring interface and the single-bed observation interface displayed on the first display screen of an embodiment;

7 is a schematic diagram of an embodiment of a multi-bed monitoring interface displayed on a first display screen and a single-bed observation interface displayed on a second display screen;

FIG. 8 is a schematic diagram of the dual-screen display of the multi-bed monitoring interface and the single-bed review interface displayed on the first display screen of an embodiment;

9 is a schematic diagram of an embodiment of a multi-bed monitoring interface displayed on the first display screen and a single-bed review interface displayed on the second display screen;

FIG. 10 is a schematic diagram of the multi-bed infusion interface and the infusion details interface displayed on the same screen according to an embodiment;

11 is a schematic diagram of an embodiment of the multi-bed monitoring interface displayed on the first display screen and the multi-bed infusion interface and the infusion details interface are displayed on the same screen on the second display screen;

Figure 12 is an embodiment of the multi-bed monitoring interface displayed on the first display screen, the single-bed observation interface displayed on the second display screen, and the multi-bed infusion interface and the infusion details interface are displayed on the same screen on the third display screen. Schematic diagram shown;

Figure 13 is a schematic diagram of an embodiment of the multi-bed monitoring interface and the single-bed observation interface being displayed on the same screen on the first display screen, and the multi-bed infusion interface and the infusion single bed interface being displayed on the same screen on the second display screen;

14 is a schematic diagram of the multi-bed infusion interface and the single-bed infusion interface displayed on the same screen in another embodiment;

FIG. 15 is a schematic diagram of the bed infusion interface and the single bed infusion interface displayed on the same screen according to another embodiment;

Figure 16 is an alarm interface of an embodiment.

Embodiments of the present invention

Hereinafter, the present invention will be further described in detail through specific embodiments in conjunction with the accompanying drawings. Among them, similar elements in different embodiments use related similar element numbers. In the following embodiments, many detailed descriptions are used to make this application better understood. However, those skilled in the art can easily realize that some of the features can be omitted under different circumstances, or can be replaced by other elements, materials, and methods. In some cases, some operations related to this application are not shown or described in the specification. This is to avoid the core part of this application being overwhelmed by excessive descriptions. For those skilled in the art, these are described in detail. Related operations are not necessary, they can fully understand the related operations based on the description in the manual and the general technical knowledge in the field.

In addition, the features, operations, or features described in the specification can be combined in any appropriate manner to form various implementations. At the same time, the steps or actions in the method description can also be sequentially exchanged or adjusted in a manner obvious to those skilled in the art. Therefore, the various sequences in the specification and the drawings are only for the purpose of clearly describing an embodiment, and are not meant to be a necessary sequence, unless it is otherwise stated that a certain sequence must be followed.

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

Before describing the present invention in further detail, the terms and terms involved in the embodiments of the present invention will be described. The terms and terms involved in the embodiments of the present invention are applicable to the following explanations.

) Monitoring information, a general term for the patient-related information obtained by the central station through the bedside medical equipment, for example, may include the patient's physiological parameter information, infusion information, etc. The medical staff learns the current patient's condition through the monitoring information.

The infusion equipment can store different kinds of liquid medicines through corresponding liquid medicine storage units, realize high-precision, smooth and pulseless liquid transmission, and inject corresponding different kinds of liquid medicines into the patient's body.

In multiple embodiments of the present invention, the central station includes a display device and a host computer signally connected to the display device, the display device includes at least one display, and the display includes a graphical user interface (GUI) The display screen, the host includes one or more processors, memory, and one or more modules, programs or instruction sets stored in the memory for performing multiple functions.

In many embodiments of the present invention, the display in the above-mentioned central station can support a variety of applications with intuitive graphical user interface. The control objects of the above interface can be passed VB , Java Such as computer language to achieve, and the result of its visualization is the graphical object displayed on the graphical user graphical interface, the graphical object includes one or more of the graphics, text, pictures, etc. displayed on the graphical user graphical interface combination. You can use actual hardware input devices (e.g., mouse and / Or a combination of one or more keyboards) as the human-computer interaction interface of the central station for the user to input to trigger related events of the application or function, for example, by controlling the cursor movement on the graphical user graphical interface through a hardware input device. The operation actions are presented on the user graphical interface. In other embodiments, the display screen may also be a touch screen, and the gestures of the touch screen may be used for input.

Now with reference to the accompanying drawings, the hardware environment and software environment on which the various embodiments of the present invention are based are described in detail.

In one of the embodiments of the present invention, the figure 1 Gives an implementation of the central station related hardware and / Or software architecture.

The central station includes the host 100 ,monitor 200 And other input devices 300 , Host 100 Can include memory 114( The memory 114 May include one or more computer-readable storage media), central processing unit 112( Can be composed of one or more processors and / Or controller configuration), peripheral interface 116 , I/O Subsystem 120 . monitor 200 Can include a display screen, the content displayed on the display screen is the display 200 Display interface.

Of course, the central station can also include a communication module 130 , Audio processor 150 ,speaker 160 , External port 140 ,Power Systems 170( include DC/DC Conversion circuit and / or AC/DC Conversion circuit). Each of the above-mentioned components or modules can communicate on one or more communication buses or signal lines.

Memory 114 It may include high-speed random access memory, and may also include non-volatile memory, for example, one or more disk storage devices, flash storage devices, or other non-volatile solid-state storage devices. In some embodiments, the memory 114 It may also include a memory remote from one or more processors, for example via a communication module 130 Or external port 140 And network-attached storage accessed by a communication network (not shown), where the communication network can be the Internet, one or more intranets, and local area networks ( LAN) And WAN ( WAN) And storage area network ( SAN) Etc., or a suitable combination thereof.

Peripheral interface 116 Connect the input and output peripherals of the central station with the central processing unit 112 Make coupling. CPU 112 Run or execute stored in memory 114 Various software programs and / Or instruction set in order to perform various functions and applications of the device and process data.

In various embodiments of the present invention, the peripheral interface 116 ,CPU 112 ( CPU) And memory 114 It can be implemented on, for example, the same single chip. In some embodiments, they can also be implemented on multiple discrete chips. CPU 112 With peripheral interface 116 , Memory 114 Or part of it forms a processing unit 110 .

Communication module 130 Used to receive communication signals and convert them into electrical signals, and convert electrical signals into communication signals for transmission. Communication module 130 It can be implemented in any of the known technologies, mainly to enable the central station to communicate with external networks or other external devices. For example, the communication module 130 Access to the World Wide Web (WWW) Internet, intranet and / Or such as cellular telephone network, local area network (LAN) and / Metropolitan Area Network (MAN) Wireless and / Or wired network and other equipment communication. Communication module 130 Any one of a variety of communication standards, protocols and technologies can be used, including but not limited to using wired or wireless media, including Bluetooth, Ethernet, 802.11(x) Standards, body area networks or other wireless protocols.

Audio processor 150 ,speaker 160 Provide users (medical staff) and host 100 Audio interface between. Audio processor 150 Can be interfaced from peripherals 116 Receive audio data, convert the audio data into electrical signals, and send the electrical signals to the speaker 160 . speaker 160 Convert electrical signals into sound waves that humans can hear. Peripheral interface 116 Can be from memory 114 and / Or communication module 130 Retrieve audio data and / Or send audio data to memory 114 and / Or communication module 130 .

Subsystem 120 Place the display 200 And other input devices 300 Interface with peripherals 116 coupling. I/O Subsystem 120 Can include display controller 122 And used to control other input devices 300 One or more other input controllers 124 . One or more other input controllers 124 To other input devices 300 take over / Send electrical signals. Other input devices 300 It can include actual buttons and similar devices.

The central station also includes a power supply system that provides power input to various components or modules or circuits. 170 , Which includes a power management system, one or more power supplies ( For example, batteries, alternating current (AC)) , Charging system, power failure detection circuit, power converter or inverter, power status indicator ( For example, light-emitting diodes (LED)) , And any other components related to the generation, management and distribution of electricity in the central station. Depending on the power supply, it can contain DC/DC Conversion circuit, or include AC/DC Conversion circuit.

The above figure 1 It just means that a block diagram of the central station is provided. Of course, the above-mentioned central station can also have a diagram 1 There are more or less elements or modules in the 1 In the framework of the arrangement of different configurations. As shown 1 The various elements or modules shown can be implemented in the form of hardware, software or a combination of both hardware and software, including one or more signal processing and / Or application specific integrated circuit.

Please refer to the picture 2 , The present invention also provides a method for processing monitoring information by the central station , The central station is used to manage at least one bed for receiving patients and a corresponding first medical device for sending vital signs information of the admitted patient and a second medical device for sending infusion information of the admitted patient , The method includes the steps :

step 100 , For any of the at least one bed managed by the central station, the central station receives the vital sign information sent by the first medical device of the corresponding bed and the infusion information sent by the second medical device.

In some embodiments, the vital sign information includes at least one of ECG parameters, blood pressure, blood oxygen saturation, respiratory parameters, pulse, and body temperature, and the infusion information includes the name of the infused drug, the infusion rate, the amount infused, At least one of the amount to be infused and the remaining infusion time. Accordingly, the first medical device may include but not limited to a ventilator, anesthesia machine, and a monitor, and the second medical device may include, but is not limited to, an infusion device, such as a pump.

step 200 , The central station displays vital signs information and infusion information on the same first display section on the first display screen of the central station 11 Inside. Among them, the first display section 11 Corresponding to the bed, the first display section 11 The patient information and the bed number of the patients admitted in the bed are also displayed inside. First display section 11 The interface is a multi-bed monitoring interface 10 .

The first display screen may be a screen of a single-screen display or a screen in a multi-screen display. In some embodiments, the central station divides the first display section in the first display screen according to the number of beds and the preset display layout 11 , The preset display layout can be stored in the host in the form of corresponding command set 100 Memory 114 Central processing unit 112 The stored instruction set is executed in response to the user's input, thereby dividing the first display screen with the set display layout. For example, as shown in 3 Shown is the content displayed on the first display screen of an embodiment. 3 Multi-bed monitoring interface 10 Shown on the first display. The number of beds input by medical staff through the human-computer interaction interface of the central station is 16 This information, the central processing unit 112 After reading the number of beds, call the memory 114 Instruction set within, divide the first display screen into 4x4 Rectangular boxes, each rectangular box is a first display section 11 . In other embodiments, the central station may respond to the operation instruction for the display splitting of the first display screen, and display the interface displayed on the first display screen in an expanded manner on the first display screen and the second display screen according to a preset display layout. On the second display, for example, in the picture 3 , The user clicks the split button on the first display screen (not shown in the figure), and the 16 First display section 11 , Is split into 4 Shown in the first display 8 First display section 11 , And displayed in the second display 8 First display section 11 , And the first display screen and the second display screen are placed side by side. It is easy to understand that when the size of the first display screen remains unchanged, when the interface displayed on the first display screen is split, the first display screen The first display section of 11 The occupied area can be self-adaptively expanded, making users view more clearly.

The patient information includes part or all of the patient's information, including the patient's name, age, height, and weight. For example, in the first display section 11 The patient’s name is shown on the left side near the top.

In some embodiments, the bed number of each bed is assigned by the central station, and the central station may assign a bed number to each bed for receiving patients according to the number of beds for receiving patients. For example, the central station is used to manage medical equipment in a department. There is a bed for accommodating patients in the department. The station enters the bed number assigned to each bed.

Through the steps 200 Display vital signs information and infusion information in the same first display section 11 Inside, a first display screen can be used to centrally monitor the patient's vital signs and infusion status, reduce the number of displays used, and thereby reduce the volume of the central station.

step 300 , The central station responds to the first display section 11 The operation instructions for the infusion details interface will be displayed on the first display screen or the second display screen connected to the central station 30 Or single-bed observation interface 40 . Similar to the first display screen, the second display screen may be a screen of a single-screen display or a screen in a multi-screen display.

The above infusion details interface 30 Used to display the detailed content of the infusion information, when the user needs to further view more infusion information, the infusion details interface can be made through operation 30 pop up.

For the first display section 11 And used to display the infusion details interface 30 There are many ways to generate the operation instruction. For example, the user can generate the operation instruction by clicking the area where the infusion information is located to display the infusion details interface 30 .

For example figure 4 As shown, when the user clicks on the first display section 11 After the area where the infusion information is located in the lower left corner, as shown in the figure 5 As shown, the infusion details interface will be displayed in the first display screen 30 Interface with multi-bed monitoring 10 Same screen display, that is, 1 Number of beds to 8 The first display section corresponding to bed number 11 Displayed in the first display, and 9 Number of beds to 16 The first display section corresponding to the No. bed is displayed in the second display screen. In other embodiments, the infusion details interface 30 It can also be displayed in the second display. In other embodiments, the infusion details interface 30 It can be displayed in the third display screen connected to the central station. Similar to the first display screen, the third display screen may be a screen of a single-screen display or a screen in a multi-screen display. When the infusion details interface 30 When displayed on the third display, the second display can display other interfaces, such as the single-bed observation interface described above 40 It can also display part of the expanded multi-bed monitoring interface.

In some embodiments, the infusion details interface 30 Multiple infusion details are displayed. In the multiple infusion details, a single infusion detail includes the name of the infusion drug, the remaining infusion time and the amount to be infused, or the name of the infusion drug, the remaining infusion time, the infusion rate, and the infusion. The fluence, or it can include the name of the infused drug, the amount infused, and various other combinations of the above-listed items. And the figure 4 In the illustrated embodiment, the single infusion details include the bed number, the remaining infusion time, and the name of the infusion drug.

In some embodiments, the infusion details interface 30 Arrange and display according to preset rules N The above infusion details, N greater or equal to 2 And less than or equal to the number of beds. For example in the figure 5 In the illustrated embodiment, N equal 8 , In the order of the remaining infusion time from short to long, in the infusion details interface 30 Inside display N Infusion details. This allows the user to know at a glance which beds require special attention to the remaining infusion time. In other embodiments, the central station obtains the time period corresponding to the remaining infusion time in each single infusion detail, and displays the remaining infusion time in different colors according to the corresponding time period, where the time period is at least one, and each time period is equal to With preset colors. For example in the figure 5 In the illustrated embodiment, 10min Within a period of time, 10min arrive 20min Is another time period, 20min The above is another time period. It can be seen that 1 Bed and 4 The remaining infusion time corresponding to the bed has different colors, which play an intuitive warning and reminder function. In other embodiments, a single infusion detail also includes an infusion set icon 31 , Infusion set icon 31 It is used to characterize the type of infusion equipment used to infuse patients. The types of infusion equipment include infusion pumps and syringe pumps. For example, the figure 5 In the illustrated embodiment, 1 The infusion set icon corresponding to the bed 31 Is an infusion pump, 2 The infusion set icon corresponding to the bed 31 It is a syringe pump.

The above single-bed observation interface 40 Used to display the detailed content of the vital sign information and the detailed content of the infusion information of the same patient. When the user needs to further view the status of the same patient, the single-bed observation interface can be operated 40 pop up.

For the first display section 11 And used to display the single-bed observation interface 40 There are many ways to generate operation instructions. For example, the user can click the first display section 11 To generate the operation instruction to display the single-bed observation interface 40 .

For example in the figure 4 , When the user clicks on the first display section 11 After the area where the bed number in the upper left corner is located, as shown in the figure 6 As shown, in the first display screen, the single-bed observation interface 40 Interface with multi-bed monitoring 10 Same screen display, that is, 1 Number of beds to 8 The first display section corresponding to bed number 11 Displayed in the first display, and 9 Number of beds to 16 The first display section corresponding to the No. bed is displayed in the second display screen. In other embodiments, the single-bed observation interface 40 It can also be displayed in the second display screen, for example, as shown in the figure 7 As shown, the first display screen and the second display screen are placed side by side, 16 The first display section corresponding to each bed 11 Are displayed on the first display screen, and the single-bed observation interface 40 Shown on the second display. In other embodiments, the single-bed observation interface 40 It can be displayed in the third display screen connected to the central station. When the single-bed observation interface 40 When displayed on the third display screen, the second display screen can display other interfaces, such as the above infusion details interface 30 , Can also display part of the expanded multi-bed monitoring interface.

In some embodiments, the single-bed observation interface 40 The detailed content of the vital signs information in the medium includes: vital signs generated based on the vital signs information, and vital signs parameters extracted from the vital signs. The vital signs are used to characterize the patient's physiological condition, and the detailed content of the infusion information includes: At least one of the serial number, infusion status, infusion rate, infusion drug name, infusion volume, remaining infusion volume, and remaining infusion time of the second medical device. The detailed content of the infusion information can be determined based on the infusion status, For example in the figure 6 In the illustrated embodiment, the single-bed observation interface 40 The upper middle part is the vital sign waveform, and the right part of the vital sign waveform is the vital sign parameters. The lower part of the vital sign waveform includes the infusion status, infusion rate, name of the infused drug, infused volume, remaining infused volume, and remaining infusion time .

In some embodiments, the multi-bed monitoring interface 10 It can be fixedly displayed in the first display screen, and the second display screen can be fixed to display the single-bed observation interface 40 And infusion details interface 30 One of them, the third display screen fixedly displays the single-bed observation interface 40 And infusion details interface 30 The other one in.

In the pop-up single-bed observation interface 40 Later, in some embodiments, the central station responds to the single-bed observation interface 40 Display single bed review interface 50 Operating instructions, the single-bed observation interface 40 Replaced with single bed review interface 50 , Single bed review interface 50 Used to display the historical content of the vital sign information and the historical content of the infusion information of the same patient. For example, the user is in the graph 6 Click the "Review" button, then the picture 6 Change to picture 8 The interface shown, as shown in the figure 8 As shown, the single bed review interface is displayed on the first display 50 , For another example, the user clicks on the graph 7 Single bed observation interface 40 "Review" button, then the picture 7 Change to picture 9 The interface shown in the single bed review interface 50 The historical content of internal vital signs information includes the historical waveform of vital signs information, and the historical content of infusion information includes the waveform changes of the infused amount or remaining infused amount of each infused drug in the infusion information in the past period of time, etc. .

In addition to the above multi-bed monitoring interface 10 In addition, in some embodiments, the central station also displays the infusion information on the multi-bed infusion interface 20 Second display section of twenty one Inside, figure 10 Including the above-mentioned multi-bed infusion interface 20 , Multi-bed infusion interface 20 Second display section of twenty one Corresponding to the bed, the second display section twenty one The patient information and the bed number of the patients admitted in the bed are also displayed in the second display section twenty one Can be generated in the same way as the first display section 11 Similarly, it can be divided into the display screen according to the preset display layout. In some embodiments, as shown 10 As shown, the multi-bed infusion interface 20 Interface with infusion details 30 The same screen display can be maintained, so that the information related to the infusion status can be concentrated in one display screen to facilitate the user's viewing.

The above-mentioned multi-bed infusion interface 20 Can be displayed in the second display, for example, in the picture 11 Medium and multi-bed monitoring interface 10 Displayed in the first display screen, and the multi-bed infusion interface 20 And infusion details interface 30 It is displayed on the same screen in the second display screen. In addition, the multi-bed infusion interface 20 It can also be displayed in the third display screen. At this time, the multi-bed monitoring interface 10 Display on the first display screen and the second display screen in an extended manner, or display the single-bed observation interface in the second display screen 40 , Infusion details interface 30 Or single bed review interface 50 . For example, in the figure 12 Medium and multi-bed monitoring interface 10 Display on the first display, single bed observation interface 40 Display on the second display, multi-bed infusion interface 20 Interface with infusion details 30 The same screen is displayed on the third display screen.

By setting the above-mentioned multi-bed infusion interface 20 , Provide users with more simplified and quick information options. When the user only wants to pay attention to the user's infusion status, they can only view the multi-bed infusion interface 20 .

In other embodiments, the central station response is for the second display section twenty one And used to display the infusion single bed interface 60 The operation instructions of the single-bed interface will be infused in the second display or the third display 60 Interface with multi-bed infusion 20 On the same screen, the infusion single bed interface 60 Used to display the detailed content of the patient's infusion information, infusion single bed interface 60 The detailed content of the infusion information can be compared with the single-bed observation interface 40 The detailed content of the infusion information is more specific or includes more types of information. For example, in the figure 13 Include an embodiment of the infusion single bed interface 60 , In the picture 13 Multi-bed monitoring interface 10 Interface with single bed observation 40 Same screen display on the first display screen, multi-bed infusion interface 20 Interface with infusion single bed 60 The same screen is displayed on the second display screen.

For the second display section twenty one And used to display the infusion single bed interface 60 There are many ways to generate operation instructions, for example, in the figure 11 , The user can click on the second display section twenty one To generate the operation instruction to display the infusion single bed interface 60 , If the user is in the picture 11 Click again in the first display section 11 The bed number inside, then the picture 11 Change to picture 13 . And if the multi-bed infusion interface 20 Interface with infusion details 30 Keep the same screen display, the infusion single bed interface will pop up 60 Infusion details interface 30 Replace, for example, figure 11 Infusion details interface 30 Infused single bed interface 60 As shown in the figure after replacement 13 Shown.

In addition to the multi-bed infusion interface 20 On the same screen, in other embodiments, the infusion single-bed interface 60 It is displayed on the fourth display screen connected to the central station. Similar to the first display screen, the fourth display screen can be a screen of a single-screen display or a screen in a multi-screen display. In this way, the central station has four display screens. It is easy to understand that the above-mentioned interfaces can also be displayed on more than four screens.

In some embodiments, when the second medical device is an infusion device, each bed also has at least one corresponding docking station ( Dock ), each docking station corresponds to some or all of the infusion devices in at least one infusion device; each infusion device is communicatively connected with the corresponding docking station, and sends infusion information to the central station through the corresponding docking station. For example, a bed has two corresponding docking stations and six infusion devices, and the two docking stations are recorded as A Dock and B Dock, where three infusion devices are connected to A Docking station communication connection, three infusion devices and B Docking station communication connection. The infusion information includes at least one of the name of the infusion drug, the infusion rate, the amount infused, the amount to be infused, and the remaining infusion time. When the infusion device communicates with the docking station, it will also send its own first identifier to the docking station. The first identifier is used to characterize the type of the corresponding infusion device, and the docking station can identify the infusion device through the first identifier The type, for example, can identify whether the infusion device is an infusion pump or a syringe pump.

After the docking station receives the infusion information and the first identifier sent by each infusion device that is in communication with itself, it can package each infusion information and the first identifier to generate dock information and send the dock information To the central station, for the central station to receive and analyze, so as to realize the centralized management of multiple infusion equipment.

The following is an introduction to some of the generation methods of the infusion details interface when the docking station exists.

The central station analyzes the docking information and the infusion information. When the remaining infusion time is included in the infusion information, the central station compares the remaining infusion time with the preset time limit, and marks the infusion equipment whose remaining infusion time is less than the preset time limit. . In the following, the infusion device whose remaining infusion time is less than the preset time limit is recorded as the infusion device to be monitored. The reason for marking this type of infusion device is because when the remaining infusion time is less than the preset time limit, it means As the infusion drug in the infusion device is about to be injected, medical staff need to prepare in advance.

After marking the infusion equipment to be monitored, the central station generates the infusion details interface 30 . Infusion details interface 30 According to the number of infusion devices to be monitored and the preset display layout, the second display section corresponding to each infusion device to be monitored is divided into one-to-one. 32 . Please refer to the picture 10, Infusion details interface in this figure 30 Each row of a second display section 32 , In each second display section 32 The remaining infusion time sent by the infusion device to be monitored and the corresponding bed number are displayed inside, for example, the information displayed in the first line is 1 The remaining infusion time of the bed’s infusion device is only 10 minute. In this embodiment, each second display section 32 Arrange in ascending order according to the remaining infusion time. In other embodiments, it may also be arranged according to other methods such as bed number.

In addition to the remaining infusion time and bed number, the second display section 32 Other infusion information can also be displayed inside, such as 10 In, the name of the infusion drug is also displayed. In addition, as an option, the second display section 32 The drip information can also be displayed inside, and the unit of the drip information can be drops/min , That is, the amount of drops per minute.

On this basis, in some embodiments, the above-mentioned infusion set icon 31 The method of generating can be: the central station has pre-stored the infusion device icon 31 And the first identifier and the infusion set icon 31 Correspondence table, the infusion set icon 31 The appearance simulates the type of infusion device, the central station is based on the first identifier and the infusion device icon 31 Corresponding table, call the corresponding infusion device icon for each infusion device to be monitored 31 , Place the infusion set icon 31 Displayed in the second display section corresponding to each infusion device to be monitored 32 Inside. For example figure 10 As shown in the second display section of the first row 32 The corresponding infusion device to be monitored is an infusion pump, and the second display section of the second line 32 The corresponding infusion equipment to be monitored is a syringe pump.

It can be seen from the above description that the second display section 32 The content displayed inside is a single infusion detail.

In some embodiments, the docking information further includes a first identification code corresponding to the docking station. The first identification code may be a unique serial number of the docking station during the manufacturing process, or it may be assigned by the user to the docking station when the docking station is initialized. Number. After receiving and analyzing the docking information sent by the docking station, the central station can determine the bed corresponding to the docking station according to the first identification code in the docking information and the correspondence table of the first identification code and the bed number pre-stored by the central station. On this basis, the above-mentioned infusion single bed interface 60 The generation method can be:

Central station according to infusion single bed interface 60 The number of corresponding docking stations and the preset display layout of the corresponding bed, dividing and infusing the single bed interface 60 One-to-one display area corresponding to each docking station of the corresponding bed 62 , Please refer to the picture 14-15, picture 14 And figure 15 It can represent the interface displayed on the monitors of two central stations in charge of different departments. Among them, the figure 14 Multi-bed infusion interface 20 Interface with infusion single bed 60 Same screen display, by infusion single bed interface 60 You can see in the upper left corner, the picture 14 Infusion single bed interface shown in 60 The corresponding bed number is 5 , The number of docking stations corresponding to this bed is one, and the corresponding infusion equipment is four. The interface of this infusion single bed is 60 On the left is the display area corresponding to the docking station 62 . And by the graph 15 Infusion single bed interface 60 As you can see in the upper left corner, the figure 15 Infusion single bed interface shown in 60 The corresponding bed number is 5 , The number of corresponding docking stations for this bed is two, and the corresponding infusion equipment is 12 One, the infusion single bed interface 60 The left and right sides are the display areas corresponding to the docking station 62 , In the upper left corner of each area you can use dock+ The display area corresponding to the docking station in a digital way 62 Make a distinction.

For any display area 62 , The central station is based on the display area 62 Corresponding to the number of infusion devices connected to the docking station and the preset display layout, in the display area 62 The display area 62 The fourth display section corresponding to each infusion device connected to the docking station one-to-one 61 . For example figure 15 middle, 5 Infusion single bed interface corresponding to No. bed 60 Inside, each docking station is communicatively connected with six infusion devices, so each display area 62 Divided into six fourth display sections 61 , In every fourth display section 61 Inside, the central station displays the infusion rate sent by the corresponding infusion device, as well as the remaining amount, the amount entered, and the remaining time.

In some embodiments, the docking station is a box structure, the docking station has a plurality of slots for accommodating the infusion device, and the slot has a physical interface for docking with the infusion device, and the infusion device is connected with the infusion device through the interface docking. For the communication connection of the docking station, the docking station can recognize which interfaces and slots are occupied, and each slot of the docking station also has a slot number. In this embodiment, the docking information also includes the slot number of the corresponding docking station and the occupied status, and the central station can obtain the occupied status of the slots in the docking station after analyzing the docking information. The central station generates the above infusion single bed interface 60 According to the number of slots each docking station has and according to the slot number, in the corresponding display area 62 The fourth display section corresponding to the number of slots is divided into 61 And, the fourth display section 61 The arrangement of the slots matches the actual position of the slots on the docking station. For example figure 14 Infusion single bed interface shown in 60 , The docking station of the corresponding bed in this interface has six slots, of which four slots are occupied. On the actual docking station, from top to bottom, these four slots are also being occupied.

Through the above method, the display on the side of the central station can be 200 Get the actual docking station being used.

In addition to detailed infusion information, infusion single bed interface 60 It can also display the detailed information of the patient accommodated in the corresponding bed, such as the figure 14-15 In the display area 62 There is also a column of patient information above, which records the patient's height, weight and other detailed information. And, when the single bed interface is infused 60 When the infusion device corresponding to the bed sends alarm information, the alarm information can be displayed in the fourth display section corresponding to the infusion device that sent the alarm information 61 Can also be displayed in the fourth display section 61 Infusion single bed interface 60 Blank space.

Further, the central station pre-stores a correspondence table between the first identifier and the display layout template. For each infusion device, the central station calls the display layout template according to the first identifier of the infusion device, and the central station applies the infusion information sent by the infusion device to the display layout template to generate a display image, and displays it in the corresponding fourth Display section 61 To display. The above display layout template is the same as the actual display interface layout on the corresponding infusion device, so that any fourth display section 61 The displayed content and layout mode are exactly the same as the content displayed on the display screen of the corresponding infusion device. The medical staff observe the fourth display section 61 , And the information obtained by medical staff observing the corresponding infusion device's display screen is completely consistent.

As mentioned above, the docking station can comprehensively manage the infusion equipment connected to it. When the docking station recognizes that the working state of the communicating infusion device is abnormal, that is, it is not in a normal working state, it will generate a second identifier for characterizing the abnormal state. The central station displays the abnormal state information corresponding to the infusion device in the fourth display section corresponding to the infusion device according to the pre-stored abnormal state information and the correspondence table between the second identifier and the abnormal state information. 61 Inside. For example, as shown 14 As shown, there are two infusion devices that are electrically connected to the docking station, but no data is being transmitted. After the docking station recognizes the status of the two infusion devices, it will display the second identifier corresponding to the "standby state" and the "already state". The second identifier corresponding to “Shutdown” is sent to the central station, so that it is displayed in the corresponding fourth display section 61 Display within.

In some embodiments, the central station also receives the first medical device and / Or at least one alarm message sent by the second medical device , At least one alarm message received by the central station will be displayed in the first display section 11 Inside. In this way, each first display section 11 Inside, you can see three types of information, one is the infusion information, the other is the vital signs information, and the third is the alarm information when an abnormality occurs, so that the patient’s condition can be grasped at a glance, and based on the bed number and patient information, you can quickly Position the patient.

In some embodiments, according to the severity of the abnormal situation defined by the user, the alarm information can also be classified, and the alarm level is divided into the first alarm level and the second alarm level, where the first alarm level is the more serious situation. Or deal with more urgent abnormal situations. In order to distinguish between different alarm levels, the alarm information also includes a first identifier used to characterize the alarm level. For example, the alarm information is transmitted in the form of a character string, and the first identifier is a certain character string. Field. After the central station obtains the alarm information, it will also analyze each alarm information separately to obtain the first identifier in each alarm information, which can be displayed in different display modes according to the first identifier. Generally speaking, the alarm information display mode of the first alarm level is more eye-catching. For example, the central station uses different background colors and / Or the text displays the alarm information of the first alarm level and the alarm information of the second alarm level, and the background color of the alarm information of the first alarm level has a higher brightness.

Except for the first display section 11 In addition, in some embodiments, when the central station receives at least one piece of alarm information sent by the second medical device, it will also be displayed in the second display section. twenty one Inside. Similarly, the level of alarm information can include the first alarm level and the second alarm level, and its display mode is the same as that of the first display section. 11 The display mode inside is similar, for example, as shown in the figure 7 As shown, the alarm information is displayed in the second display section twenty one Of the center.

The central station responds to the operating instructions for the alarm information, and displays the alarm interface on the first display screen or the second display screen connected to the central station 70 , Alarm interface 70 Generated by the central station, alarm interface 70 At least one alarm message is displayed inside. For example, when the user clicks on the first display section 11 After the alarm information is located in the area, it will be displayed on the first display screen or the second display screen connected to the central station as shown in the figure 16 Alarm interface shown 70 .

The above-mentioned embodiment obtains the patient’s vital signs and infusion information in the first display screen, which not only facilitates the user to view the information centrally, but also reduces the volume of the central station. In addition, various optional interfaces are also provided to satisfy Different needs of users.

Those skilled in the art can understand that all or part of the functions of the various methods in the above-mentioned embodiments can be realized by hardware or by computer programs. When all or part of the functions in the above embodiments are realized by a computer program, the program can be stored in a computer-readable storage medium. The storage medium can include: read-only memory, random access memory, magnetic disk, optical disk, hard disk, etc. The computer executes the program to realize the above-mentioned functions. For example, the program is stored in the memory of the device, and when the program in the memory is executed by the processor, all or part of the above-mentioned functions can be realized. In addition, when all or part of the functions in the foregoing embodiments are implemented by a computer program, the program can also be stored in a storage medium such as a server, another computer, a magnetic disk, an optical disk, a flash disk, or a mobile hard disk, and saved by downloading or copying. To the memory of the local device, or to update the version of the system of the local device, when the program in the memory is executed by the processor, all or part of the functions in the foregoing embodiments can be realized.

The above uses specific examples to illustrate the present invention, which are only used to help understand the present invention, but not to limit the present invention. For those of ordinary skill in the art, according to the idea of the present invention, the above-mentioned specific embodiments can be changed .

Claims (27)

1. A method for processing monitoring information by a central station, which is characterized in that it is applied to a central station, and the central station is used to manage at least one bed for accommodating patients and a corresponding first for sending vital signs information of the accommodated patients. A medical device and a second medical device for sending infusion information of admitted patients, the method includes:

   For any of the at least one bed managed by the central station, the central station receives vital sign information sent by a first medical device corresponding to the bed and infusion information sent by a second medical device;

   The central station displays the vital sign information and the infusion information in the same first display section on the first display screen of the central station; the first display section corresponds to the bed, so The first display section also displays the patient information and the bed number of the patient accommodated in the bed;

   The central station responds to the operation instruction for the infusion information of the first display section, and displays the infusion details interface or single-bed observation on the first display screen or the second display screen connected to the central station interface.
2. The method of claim 1, wherein the vital sign information includes at least one of ECG parameters, blood pressure, blood oxygen saturation, breathing parameters, pulse, and body temperature; and/or

   The infusion information includes at least one of the name of the infusion drug, the infusion rate, the amount infused, the amount to be infused, and the remaining infusion time.
3. The method according to claim 2, wherein the infusion details interface displays multiple infusion details, and a single infusion detail among the multiple infusion details includes:

   The name of the drug to be infused, the remaining infusion time and the amount to be infused; or,

   The name of the infusion drug, the remaining infusion time, the infusion rate and the amount infused; or,

   The name of the infused drug and the amount infused.
4. The method of claim 1, wherein the infusion details interface displays N infusion details arranged in accordance with a preset rule, and N is greater than or equal to 2 and less than or equal to the number of beds, and the N items are The single infusion details in the infusion details include: the bed number, the remaining infusion time, and the name of the infusion drug.
5. The method of claim 4, wherein the arrangement and display of N infusion details according to a preset rule comprises:

   According to the length sequence of the remaining infusion time, N infusion details are displayed in the infusion details interface.
6. The method of claim 4, wherein the method further comprises: the central station obtains the time period corresponding to the remaining infusion time in each single infusion detail, and displays it in different colors according to the corresponding time period The remaining infusion time, wherein the time period is at least one, and each time period has a preset color.
7. The method according to claim 4, wherein the second medical device includes an infusion device for infusing a patient, and the single infusion detail further includes an infusion device icon, the infusion device icon being used to characterize Types of infusion equipment used to infuse patients, and the types of infusion equipment include infusion pumps and syringe pumps.
8. The method according to claim 1, wherein the interface displaying the first display section is a multi-bed monitoring interface, and the method further comprises:

   The central station responds to the operation instruction for the first display section and is used to display the infusion details interface, and displays the infusion details interface and the multi-bed monitoring interface on the same screen in the first display screen; or

   Display the infusion details interface on the second display screen connected to the central station; or,

   The infusion details interface is displayed on the third display screen connected to the central station; the infusion details interface is used to display the detailed content of the patient's infusion information.
9. The method according to claim 1, wherein the interface displaying the first display section is a multi-bed monitoring interface, and the method further comprises:

   The central station responds to the operation instruction for the first display section and is used to display the single-bed observation interface, and displays the single-bed observation interface and the multi-bed monitoring interface on the same screen in the first display screen; or

   Display the single-bed observation interface on the second display screen connected to the central station; or,

   A single-bed observation interface is displayed on the third display screen connected to the central station; the single-bed observation interface is used to display the detailed content of the vital sign information and the detailed content of the infusion information of the same patient.
10. The method according to claim 9, wherein the detailed content of the vital sign information comprises: a vital sign waveform generated based on the vital sign information, and a vital sign parameter extracted from the vital sign waveform, and the vital sign parameter is used To characterize the physiological condition of the patient;

    The detailed content of the infusion information includes: at least one of the serial number of the second medical device, the infusion state, the infusion rate, the name of the infused drug, the infused amount, the remaining infused amount, and the remaining infusion time.
11. The method according to claim 9, wherein the method further comprises:

    The central station responds to the operation instruction for displaying the single-bed review interface for the single-bed observation interface, and replaces the single-bed observation interface with the single-bed review interface, and the single-bed review interface is used to display the information of the same patient The historical content of vital signs information and the historical content of infusion information.
12. The method of claim 1, wherein the method further comprises:

    The central station responds to the operation instruction for the display splitting of the first display screen, and displays the interface displayed on the first display screen in an expanded manner on the first display screen and the all screens according to a preset display layout. Said on the second display screen.
13. The method of claim 1, wherein the method further comprises:

    The central station displays the infusion information in the second display section of the multi-bed infusion interface, the second display section corresponds to the bed, and the second display section also displays the bed position. Accept the patient's patient information and bed number;

    Displaying the multi-bed infusion interface on a second display screen connected to the central station; or

    The multi-bed infusion interface is displayed on a third display screen connected to the central station.
14. The method of claim 13, wherein the method further comprises:

    The multi-bed infusion interface and the infusion details interface are displayed on the same screen in the second display screen or the third display screen.
15. The method according to claim 13 or 14, characterized in that the central station responds to the operation instruction for the second display section and used to display the infusion single-bed interface, on the second display screen or the third display screen. The single-bed infusion interface and the multi-bed infusion interface are displayed on the same screen in the display screen; or

    The single-bed infusion interface is displayed on a fourth display screen connected to the central station, and the single-bed infusion interface is used to display the detailed content of the patient's infusion information.
16. The method according to claim 15, wherein the at least one second medical device includes at least one infusion device;

    Each of the beds also has at least one corresponding docking station, and each docking station corresponds to some or all of the at least one infusion device;

    Each infusion device is communicatively connected to the corresponding docking station, and sends infusion information to the central station through the corresponding docking station. The infusion information includes the name of the infused drug, the infusion rate, the infused amount, At least one of the amount to be infused and the remaining infusion time;

    The method also includes:

    For any one of the at least one docking station, the central station receives and parses the docking information sent by the docking station, and the docking information includes the information sent by each infusion device communicatively connected with the docking station. Infusion information, and a first identifier corresponding to each infusion device communicatively connected with the docking station, where the first identifier is used to characterize the type of the corresponding infusion device.
17. The method of claim 16, wherein the method of generating the infusion details interface comprises:

    For any infusion information in the docking information, the central station analyzes the infusion information, and when the infusion information includes the remaining infusion time, the remaining infusion time and the preset time limit are used as Compare, record the infusion device whose remaining infusion time is less than the preset time limit as the infusion device to be monitored;

    The central station generates a remaining infusion time interface, in which the remaining infusion time interface is divided into a one-to-one correspondence with each infusion device to be monitored according to the number of infusion devices to be monitored and a preset display layout The third display section;

    In each third display section, the central station displays the remaining infusion time sent by the corresponding infusion device to be monitored and the corresponding bed number.
18. The method of claim 17, wherein the method further comprises:

    For any infusion device to be monitored, the central station obtains the first identifier corresponding to the infusion device to be monitored;

    The central station pre-stores an infusion set icon and a correspondence table of the first identifier and the infusion set icon;

    According to the corresponding table of the first identifier and the infusion device icon, the central station calls the infusion device icon corresponding to the infusion device to be monitored, and displays the infusion device icon corresponding to the infusion device to be monitored In the third display section.
19. The method according to claim 16, wherein the docking information further includes a first identification code corresponding to the docking station; and the method of generating the infusion single bed interface includes:

    The central station determines the bed corresponding to the docking station according to the first identification code in the docking information and the correspondence table of the first identification code and the bed number pre-stored by the central station;

    The central station generates a one-to-one infusion single bed interface corresponding to each of the beds. In the infusion single bed interface, according to the number of corresponding docking stations of the corresponding bed of the infusion single bed interface and preset A predetermined display layout is divided into a display area corresponding to each docking station of the corresponding bed of the single bed interface;

    For any display area in at least one display area, the central station divides the display area into and out of the display area according to the number of infusion devices communicatively connected with the docking station corresponding to the display area and a preset display layout. The display area corresponds to a fourth display section corresponding to each infusion device communicatively connected to the docking station;

    In each fourth display section, the central station displays the infusion information sent by the corresponding infusion device.
20. The method according to claim 19, wherein the method further comprises:

    If the docking information includes a second identifier corresponding to the infusion device and used to characterize the abnormal working state, the central station uses the pre-stored abnormal state information and the correspondence table between the second identifier and the abnormal state information. , Displaying the abnormal state information corresponding to the infusion device in the fourth display section corresponding to the infusion device.
21. The method according to claim 19, wherein in each fourth display section, the central station displaying the infusion information sent by the corresponding infusion device comprises:

    The central station pre-stores a correspondence table between the first identifier and the display layout template;

    In each fourth display section, the central station calls the display layout template according to the first identifier of the corresponding infusion device; the central station applies the infusion information sent by the corresponding infusion device to the display Generate and display the display image in the layout template;

    The display layout template is the same as the actual display interface layout on the corresponding infusion device.
22. The method of claim 1, wherein the method further comprises:

    The central station receives at least one piece of alarm information sent by the first medical device and/or the second medical device, and the central station displays the received at least one piece of alarm information in the first display section.
23. The method according to claim 22, wherein the alarm information further comprises a first identifier used to characterize the alarm level;

    The display of the at least one piece of alarm information received by the central station in the first display section includes:

    For any alarm information in the at least one piece of alarm information, the central station determines the display mode corresponding to the alarm information according to the first identifier in the alarm information;

    The central station displays the alarm information in the first display section through the display mode.
24. The method according to claim 23, wherein the alarm level includes a first alarm level and a second alarm level; the central station displays the alarm in the first display section through the display mode The information includes:

    The central station displays the alarm information of the first alarm level and the alarm information of the second alarm level with different background colors and/or texts.
25. The method of claim 22, wherein the method further comprises:

    The central station responds to the operation instruction for the alarm information and displays an alarm interface on the first display screen or the second display screen connected to the central station, the alarm interface is generated by the central station, so The at least one piece of alarm information is displayed in the alarm interface.
26. A central station for processing monitoring information, the central station for managing at least one bed for receiving patients and corresponding first medical equipment for sending vital signs information of the admitted patients and for sending the received The second medical device for patient's infusion information, characterized in that, the central station includes:

    Memory, used to store programs;

    A processor, configured to execute the program stored in the memory to implement the method according to any one of claims 1-25;

    The display device is used to display the interface generated by the processor.
27. A computer-readable storage medium, characterized by comprising a program, which can be executed by a processor to implement the method according to any one of claims 1-25.