CN111009310A

CN111009310A - Medical system, medical equipment and control method thereof

Info

Publication number: CN111009310A
Application number: CN201911060507.5A
Authority: CN
Inventors: 董凡; 刘冠贤; 杨仁海
Original assignee: Jafron Biomedical Co Ltd
Current assignee: Jafron Biomedical Co Ltd
Priority date: 2019-11-01
Filing date: 2019-11-01
Publication date: 2020-04-14
Anticipated expiration: 2039-11-01
Also published as: CN111009310B

Abstract

The invention relates to a medical system, medical equipment and a control method thereof, and belongs to the technical field of medical treatment. The medical system comprises a plurality of medical devices which are arranged in the same monitoring place and are mutually communicated and connected; after each medical device breaks down, sending fault information to other medical devices, sending out warning information and displaying the fault information of the local device; then, according to the fault processing instruction received by the input module or according to the fault processing instruction sent by other medical equipment, the fault of the medical equipment is processed; after each medical device receives fault information sent by other medical devices arranged in the same monitoring place, the fault information of the other medical devices is displayed through a display screen of the medical device, and at least a fault processing instruction which is received through an input module on the medical device and has authority to process is sent to the medical device to which the fault processing instruction aims. The medical system can effectively reduce the number of required nursing personnel, and can be widely applied to clinical medical treatment.

Description

Medical system, medical equipment and control method thereof

Technical Field

The invention relates to the technical field of medical equipment, in particular to a medical system, medical equipment for constructing the medical system and a control method of the medical equipment.

Background

The medical equipment is basically equipped with a display screen such as an LED screen, an OLED screen, and the like, typically a touch screen, for example, a blood purification equipment disclosed in patent document with publication number CN305136748S, which is equipped with a display screen above a host; the display screens can be used for displaying equipment running state information such as equipment fault information, treatment progress information, treatment mode information and the like for an operator, and can also be used for displaying operation selection such as displaying operation buttons such as 'pause' and 'start' to control a treatment progress, processing fault information and the like; if a display screen is constructed by using a touch screen, the display screen can be directly used for selecting operation buttons and inputting numerical values and the like on the touch screen, or can be input by using input equipment such as a mouse, a keyboard, mechanical keys and the like, or a combination of the two, for example, a medical device disclosed in patent document with application number CN 201910958537.1; for a common display screen, input is performed through input devices such as a mouse, a keyboard, mechanical keys and the like.

In order to reduce labor cost, medical institutions such as hospitals usually have a plurality of medical devices in the same monitoring place which is watched by a small number of nursing staff, for example, a plurality of hemodialysis devices are arranged in a hemodialysis center, and a nursing staff or a small number of nursing staff are configured to supervise.

In addition, in the treatment process of hemodialysis and the like, medical staff sets treatment parameters for patients based on experience, for example, parameter setting in the blood purification treatment process of blood purification equipment, the same patient may be treated for a plurality of times, and with the change of time, the treatment parameters based on the experience of the medical staff are often redesigned, which consumes energy, or the treatment parameters of nearly a few times are stored in a written record or a printing mode, and the past record needs to be looked over when the treatment is carried out again, so that the time is wasted. In actual clinical practice, different medical staff have different operation habits, and the different operation habits may be different from the standard flow, and the difference may cause the occurrence of misoperation, and no solution for solving the problem is found in the existing equipment. While manufacturers of blood purification equipment need to acquire the use condition of the equipment for maintenance and improvement, in the prior art, equipment maintenance personnel need to go to the door regularly for maintenance, and possible improvement is performed according to the description of users, the regular maintenance of the door leads to cost increase, different user experiences have difference, and improvement according to the description of different users is possibly not suitable for other users.

Disclosure of Invention

A first object of the present invention is to provide a medical system for a small number of nursing staff to supervise a plurality of medical devices;

a second object of the present invention is to provide a control method of a medical device usable for constructing the above medical system;

a third object of the present invention is to provide a medical device which can be used for constructing the above medical system.

In order to achieve the first object, the present invention provides a medical system including a plurality of medical devices disposed in a same monitoring site and communicatively connected to each other; after each medical device breaks down, sending fault information to other medical devices arranged in the same monitoring place, sending out warning information through a self alarm unit, and displaying the fault information of the local through a self display screen; then, processing the fault of the medical equipment according to the fault processing instruction received by the input module on the medical equipment or according to the fault processing instruction which is sent by other medical equipment and has processing authority; after each medical device receives fault information sent by other medical devices arranged in the same monitoring place, the fault information of the other medical devices is displayed through a display screen of the medical device, and at least a fault processing instruction which is received through an input module on the medical device and has authority to process is sent to the medical device to which the fault processing instruction aims.

For each medical device arranged in the same monitoring place, fault information can be sent to other medical devices, fault information of other devices can be displayed, fault processing instructions for authorized operation of other devices can be received and executed, and at least fault processing instructions for controlling other devices to perform fault processing and authorized control can be sent; therefore, when a fault occurs, the fault information of the local party and the fault information of the other party can be checked on any one of the plurality of medical devices nearby, the fault information of the local party is processed, and the remote control operation processing is performed on the fault information of the other party which is at least authorized to be processed, so that the fault information of the device can be checked in time, partial faults can be processed in time, and the supervision of a few nursing staff on the plurality of medical devices can be realized. Meanwhile, the operation mode of displaying and at least partially processing is carried out through other equipment, compared with the mode of checking and controlling through the additionally configured master control equipment without a treatment module, the equipment investment cost can be effectively reduced, and when a nursing staff operates one of the equipment, the equipment can be checked and partially remotely controlled in time, and the current equipment is not required to be monitored and controlled when the nursing staff checks the master control equipment.

The specific scheme is that a plurality of medical devices are medical devices with the same structure of the treatment module.

The preferred scheme is that each medical device displays the fault information of the medical device and the fault information of the other medical device through a display screen of the medical device according to the display control instruction. The nursing staff can conveniently control the progress of the related matters.

In a preferred embodiment, the step of transmitting the failure information to the other medical devices installed in the same monitoring site is to transmit the failure information to the medical device in response to a transmission request for the failure information from the other medical device.

The preferred scheme is that after the medical equipment is detected to have a fault, the self alarm unit sends out first alarm information capable of identifying that the local fault which is only processed by other medical equipment has authority or sends out second alarm information capable of identifying that the local fault which is not processed by other medical equipment has authority. So that the nursing staff can decide whether to run directly to the fault equipment or find one equipment nearby for checking and operating; when a plurality of devices fail, the device can timely run to the other devices to process the failure of operation.

The preferred scheme is that each medical device displays the own fault information in the own information display area of the display screen, and displays the fault information of the other party in the fault information display area of the other party; and/or displaying the other party fault information and the present party fault information on a display screen in a mode of existence difference. So that it can be confirmed nearby whether the current device is malfunctioning.

The preferred scheme is that each medical device displays the other fault information which is processed by the medical device with permission in a first other fault information display area of a display screen, and displays the other fault information which is processed by the medical device without permission in a second other fault information display area; and/or displaying the other fault information processed with the authority and the other fault information processed without the authority on a display screen in a form of difference. The fault information with different authorities can be effectively distinguished, so that the fault information is convenient to identify, and misoperation can be reduced.

Preferably, when each of the medical devices displays an operation object associated with a fault handling operation step on the display screen, displaying a first operation object associated with a currently operable step in an enlarged manner in a predetermined area of the display screen according to the sequence of the operation steps, and locking a second operation object not associated with the currently operable step; and the first operation object which is displayed in an enlarged mode does not obstruct the display of the fault description information and/or the fault processing operation guidance information on the current operation interface. Effectively avoiding misoperation caused by insufficient experience of nursing personnel.

In order to achieve the above another object, the present invention provides a method for controlling a medical apparatus, including the steps of:

the method comprises the following steps that the method comprises the following steps of processing the fault, namely, after the medical equipment fails, sending fault information to other medical equipment in communication connection with the medical equipment, and controlling a display screen of the medical equipment to display the fault information of the method; then, processing the fault of the medical equipment according to the fault processing instruction received by the input module on the medical equipment or according to the fault processing instruction which is sent by other medical equipment and has processing authority;

and a fault processing step of controlling a display screen of the other party to display the fault information of the other party after receiving the fault information sent by the other medical equipment, and at least sending a fault processing instruction which is received by an input module on the medical equipment and has authority to process to the medical equipment to which the fault processing instruction aims.

The medical equipment can send fault information to other medical equipment and display the fault information of other equipment, and can receive and execute a fault processing instruction with permission for operation of other equipment and at least send a fault processing instruction with processing permission for controlling other equipment to perform fault processing; therefore, when a fault occurs, the fault information of the medical equipment can be checked nearby by using other medical equipment, or the fault information of other equipment can be checked through the medical equipment, the fault of the medical equipment can be processed, and remote control operation processing can be performed on the fault of other equipment which is at least subjected to authority processing, so that the equipment fault information of the relevant medical equipment can be checked in time, partial fault can be processed in time, and the aim of monitoring multiple pieces of equipment by a few nursing staff can be fulfilled.

In the other fault processing step, the display screen is controlled to display identification information used for representing the processing authority of the medical equipment aiming at the other fault information.

The specific scheme is that the step of controlling the self display screen to display the fault information of the self is to control the self display screen to display the fault information of the self according to a display control instruction; and/or controlling the display screen to display the fault information of the other party by controlling the display screen to display the fault information of the other party according to the display control instruction; the step of transmitting the failure information to the other medical device communicatively connected thereto is transmitting the failure information to the medical device in accordance with the counterpart failure information transmission request. The nursing staff can conveniently control the progress of the related matters.

More specifically, when the medical equipment is detected to have a fault, the self display screen is actively controlled to display the fault information of the self; and/or when receiving the fault information of the other party, actively controlling a display screen of the display screen to display the fault information of the other party; the step of sending the fault information to other medical devices in communication connection with the medical devices is automatically sending the fault information to other medical devices after the fault is detected.

The preferred scheme is that the fault information of the other party which is authorized to be processed by the medical equipment is displayed in a first fault information display area of a display screen of the medical equipment, and the fault information of the other party which is not authorized to be processed by the medical equipment is displayed in a second fault information display area of the other party; and/or displaying the other fault information which is processed with the authority and the other fault information which is not processed with the authority in a mode of having difference on a display screen of the medical equipment. The nursing staff can quickly distinguish the fault information which is authorized to be processed, and can make fault processing decisions in time.

The preferred scheme is that after the medical equipment is detected to have a fault, the self alarm unit is controlled to send out first alarm information capable of identifying that the self fault which is only processed by other medical equipment has authority or second alarm information capable of identifying that the self fault which is not processed by other medical equipment has authority. So that the nursing staff can directly run to the fault equipment or find one equipment nearby for checking and operating; and when a plurality of devices have faults, the devices can run to other devices in time to be incapable of processing the faults.

The preferred solution is that the fault which is authorized to be handled by the other medical device is configured to be able to resolve the fault, halt the development of the fault or slow down the development of the fault by remotely manipulating the medical device.

When the operation objects associated with the fault processing operation steps are displayed on the self display screen, displaying a first operation object associated with the current operable step in an enlarged mode in a preset area of the self display screen according to the sequence of the operation steps, and locking a second operation object not associated with the current operable step; the first operation object which is displayed in an enlarged mode does not obstruct the display of the fault description information and/or the fault processing operation guidance information on the current operation interface. Effectively avoid misoperation and reduce the requirement on the operation familiarity of nursing personnel.

The control method comprises the steps of receiving modification of the processing authority of the other party aiming at the fault of the local party through an input module, and sending the modified authority state to other medical equipment along with corresponding fault information. So as to realize the customization of the fault processing authority according to the actual situation.

In order to achieve the second object, the present invention provides a method for controlling a medical apparatus, including:

after the medical equipment fails, sending fault information to other medical equipment in communication connection with the medical equipment, controlling an alarm unit to send out warning information, and controlling a display screen to display the fault information of the equipment;

and processing the fault of the medical equipment according to the fault processing instruction received by the input module on the medical equipment or the fault processing instruction which is sent by other medical equipment and has processing authority.

The medical fault information can be checked on other medical equipment, and the remote-beyond operation processing can be carried out on partial faults which are authorized to be processed, so that the nursing supervision of a few nursing staff on a plurality of pieces of equipment can be effectively realized.

The preferred scheme is that the step of controlling the display screen to display the fault information of the local is controlling the display screen to display the fault information of the local according to the display control instruction. The nursing staff can conveniently control the progress of the related matters.

The preferred scheme is that after the medical equipment is detected to have a fault, the alarm unit is controlled to send out first alarm information capable of identifying that the local fault which is only authorized to be processed by other medical equipment exists, or send out second alarm information capable of identifying that the local fault which is not authorized to be processed by other medical equipment exists. So that the nursing staff can decide whether to run directly to the fault equipment or find one equipment nearby for checking and operating; when a plurality of devices fail, the device can timely run to the other devices to process the failure of operation.

When the operation objects associated with the fault processing operation steps are displayed on the display screen, displaying a first operation object associated with the current operable step in an enlarged mode in a preset area of the display screen according to the sequence of the operation steps, and locking a second operation object not associated with the current operable step; the first operation object which is displayed in an enlarged mode does not obstruct the display of the fault description information and/or the fault processing operation guidance information on the current operation interface. Effectively avoiding misoperation caused by insufficient experience of nursing personnel.

after receiving fault information sent by other medical equipment, controlling a display screen to display the fault information of the other party and displaying identification information for representing the processing authority of the medical equipment aiming at the fault information of the other party;

and at least sending the fault processing instruction which is received by the input module and has authority to process to the medical equipment to which the fault processing instruction is directed.

The medical equipment can check the fault information of other medical equipment and the corresponding local operation authority, can remotely operate and process partial faults with authority, and can effectively realize the nursing supervision of a few nursing staff on a plurality of equipment.

The preferred scheme is that the fault information of the other party which is authorized to be processed by the medical equipment is displayed in a first fault information display area of a display screen of the medical equipment, and the fault information of the other party which is not authorized to be processed by the medical equipment is displayed in a second fault information display area of the other party; and/or displaying the other fault information which is authorized to be processed and the other fault information which is not authorized to be processed on a display screen of the medical equipment in a mode of existence difference. The fault information with different authorities can be effectively distinguished, so that the fault information is convenient to identify, and misoperation can be reduced.

In order to achieve the third object, the medical device according to the present invention includes a processor and a memory, and the memory stores a computer program, and the computer program can implement the control method described in any of the above technical solutions when the computer program is executed by the processor.

In order to achieve the first object, the present invention provides a medical system including a plurality of medical devices, each of which is capable of communicating with at least one other device, the plurality of medical devices including at least one of the medical devices.

Drawings

Fig. 1 is a schematic view of a communication connection structure of each device in a medical treatment system according to embodiment 1 of the present invention;

fig. 2 is a schematic block diagram of a circuit of a medical apparatus according to embodiment 1 of the present invention;

FIG. 3 is a schematic structural view of a medical device according to embodiment 1 of the present invention;

FIG. 4 is a schematic diagram of a graphical user interface of a display screen in a non-failure state according to embodiment 1 of the present invention;

fig. 5 is a schematic diagram of a graphical user interface for displaying fault information according to an instruction when a display screen is in fault in embodiment 1 of the present invention;

fig. 6 is a schematic diagram of a graphical user interface displayed when checking failure information of one device in embodiment 1 of the present invention;

fig. 7 is a schematic view of a graphical user interface displayed when checking failure information of one device in embodiment 1 of the present invention, where the display manner is different from that shown in fig. 6;

fig. 8 is a data transmission system formed by medical equipment, a communication network, a server, a hospital terminal and an equipment manufacturer terminal in embodiment 4 of the present invention;

fig. 9 is a transmission path of data in the data transmission system shown in fig. 8;

fig. 10 is a flowchart illustrating a user's operation for accessing relevant data in the data transmission system shown in fig. 8.

Detailed Description

The invention is further illustrated by the following examples and figures.

The invention mainly improves the fault information processing mode of the medical equipment so as to facilitate the supervision of a few nursing staff on a plurality of pieces of equipment; in the following embodiments, the explanation is given by taking a hemodialysis machine as an example, but the present invention is not limited to a blood purification apparatus such as a hemodialysis machine, and specific configurations and failure monitoring configurations of medical apparatuses can be performed with reference to an existing apparatus.

Example 1

As shown in fig. 1, a medical system is constructed by arranging a plurality of hemodialysis machines, which are communicatively connected to each other, such as a hemodialysis machine 1a, a hemodialysis machine 1b, a hemodialysis machine 1c, a hemodialysis machine 1d, and a hemodialysis machine 1e, in a hemodialysis center. The communication connection between the two hemodialysis machines can be based on a local area network or a wide area network, can be a wired communication network or a wireless communication network, for example, wireless communication modes such as Bluetooth and WIFI, and the two hemodialysis machines in a close range can directly communicate based on Bluetooth to realize data exchange.

In the present embodiment, the "hemodialysis center" constitutes "the same monitored site" in the present embodiment, and each hemodialysis machine constitutes a medical apparatus in the present embodiment. In the invention, the medical devices in the same medical system can be similar medical devices which are used for realizing the same treatment function, such as blood purification; it is also possible for different types of medical equipment, i.e. for different therapeutic functions, to be implemented, for example one for a haemodialysis machine for blood purification and another for a syringe pump for fluid transport. In the present embodiment, it is preferable that a plurality of medical devices constituting the medical system are arranged so as to be communicatively connected to each other, and the medical devices are arranged in the same treatment module, and are all, for example, a hemodialysis machine, a syringe pump, or the like.

In the present invention, the "same monitoring place" is configured to be adjacent to each other so as to facilitate the nursing staff to monitor more than one visual area, and these visual areas can be connected with each other, the "visual area" is configured to be an area where the condition at other points can be observed by standing at any point of the area, such as a room without an obstruction arrangement, or a large room is separated into intercommunicating local spaces via a curtain, a screen, etc., for example, the "same monitoring place" can be formed by more than two rooms arranged adjacent to or opposite to a door, or a plurality of intercommunicating separated spaces.

Referring to fig. 2 and 3, the hemodialysis machine 1 includes a housing 21, a control unit 10 installed in the housing 21, a display 13 installed on the housing 21 for displaying data information and accepting input, an alarm unit 16 installed on the housing 21 for issuing a malfunction alarm, a communication unit 14 for making communication connection with other hemodialysis machines, and a transfer pump 22 and a malfunction monitoring unit 15 installed on the housing 21. The control unit 10 comprises a processor 12 and a memory 11 communicatively connected to the processor 12; during operation, the fault monitoring unit 15 outputs a fault monitoring signal to the processor 12, and the processor 12 controls the alarm unit 16 to emit warning information in the form of light and/or sound according to the processing of the fault signal, that is, in this embodiment, the alarm unit 16 may be configured by a speaker and/or an optical alarm lamp.

The hemodialysis machine 1 is provided with a pipeline, an extracorporeal blood circulation is formed by the pipeline, and the extracorporeal blood circulation comprises an arterial end 31 for obtaining blood to be treated from a human body and a venous end 32 for returning the treated blood to the human body, and a blood treatment unit 30, which can be one or any combination of a dialyzer, a perfusion device, a plasma separator, a dialysis filter, an ascites concentrator, a continuous slow blood filter and the like, is arranged in the circulation pipeline so as to meet different treatment requirements of different patients, and is generally called as a treatment mode, such as hemodialysis, hemodiafiltration, hemoperfusion, plasmapherfusion, a dual plasma molecular adsorption system developed by the applicant and the like.

The display screen 13 is constructed by a touch screen, displays a graphical user interface under the control of the processor 12, and receives input operations of an operator, such as inputting values or characters in a predetermined area, or performs trigger operations on related trigger buttons, that is, is configured to input and output information, thereby implementing human-computer interaction operations. In the present exemplary embodiment, the display 13, which is embodied as a touch screen, is used at least for displaying fault information, for displaying data relating to the machine itself and data relating to the patient in the normal operating state, and forms an input module for inputting fault handling operating instructions on the hemodialysis machine 1. In addition, the display 13 may be constructed by using a normal non-touch display, and input modules such as a keyboard, a mouse or mechanical keys are configured to input relevant control instructions, such as a fault processing instruction and a fault information viewing instruction.

The control method for the hemodialysis machine 1 includes the present failure processing step S1 and the other failure processing step S2 when a failure occurs, that is, the present failure processing step S1 and the other failure processing step S2 can be implemented by the processor 12 executing the computer program stored in the memory 11, and the specific procedures are as follows:

a local fault processing step S1, after the hemodialysis machine 1 has a fault, sending fault information to other hemodialysis machines in communication connection with the hemodialysis machine, and controlling the local display screen 13 to display local fault information; then, the fault of the hemodialysis machine is processed according to the fault processing instruction received by the input module of the hemodialysis machine 1 or the fault processing instruction which is sent by other hemodialysis machines and has processing authority.

And a failure processing step S2 of the other party, which, after receiving the failure information sent by the other hemodialysis machine, controls the display 13 of the other party to display the failure information of the other party, and sends at least a failure processing instruction which is received by the input module of the hemodialysis machine 1 and has authority to process the failure information to the hemodialysis machine to which the failure processing instruction is directed.

As shown in fig. 4, the graphical user interface 1300 displayed by the display screen 13 of the hemodialysis machine 1 during normal operation is arranged with the status bar 130 at the top edge portion, the menu bar 131 at the bottom edge portion, and the information display area 132 at the middle region, the menu bar 131 is arranged with a plurality of operation control buttons, such as "end", "parameter", "sound", "history", and "start" operation control buttons, for controlling the treatment process, etc., and the information display area 132 is used for displaying target information, such as current operation status information or historical operation status information, or information displayed as a default, according to the selection of the user through the control buttons.

A customized menu bar 133 is disposed at the right side region of the information display region 132, and the menu bar may display customized sub-menus according to the states of the state bar 130 and/or the menu bar 131 and/or the current menu option, for example, a sub-menu such as an operation control button 134 of "view nearby device" is disposed in the menu bar 133 as shown in fig. 4.

In the operation process, the menus can be triggered by touch clicking of a touch screen or clicking of a cursor controlled by a mouse, so that the relevant operation control instructions are received.

When the monitoring information output by the failure monitoring unit 15 of the hemodialysis machine 1 indicates that the hemodialysis machine has a failure, a failure signal is output to other hemodialysis machines through a communication network, alarm information is sent out through the alarm unit 16, the local failure information is displayed in the information display area 132, and after a caregiver clicks the failure information, failure processing guidance information or an operation object related to the processing step is displayed, wherein the failure processing guidance information indicates the steps and the sequence of the failure processing in the form of a figure or a character, and the related operation object is an operation button such as 'pause' and the like, and is used for pausing the whole treatment process, namely, the local failure information is autonomously controlled by the self display screen 13 to be displayed. In addition, as shown in fig. 4, an operation control button "view own device fault information" may be arranged in the menu bar 133, and the own fault information may be displayed in the information display area 132 according to the click trigger of the operation control button, that is, the own display screen 13 is controlled to display the own fault information according to the display control instruction. For the display of the fault information of the local system, when the number of the fault information is less, the fault processing guide information and/or the operation object related to the fault processing can be directly displayed, and when the number of the fault information is more, the fault information can be displayed in a list form, and the fault processing prompt and/or the operation object related to the fault processing can be displayed after the corresponding fault information is triggered by clicking.

Specifically, as shown in fig. 2, each individual device includes a control module and a processor, the control module includes a memory and a processor, the processor and the memory are accessible and controllable, the processor and the touch screen are accessible and controllable, and the processors of the devices are accessible and controllable. The fault information is stored in a memory of each device, for example, the memory of the device 10a stores at least the fault information of the device, and the processor of the device 10a can access and download the fault information, and the processor of the device 10e can access and download the fault information by accessing the processor of the device 10 a. That is, at this time, the failure information on the other device is transmitted as requested, that is, the medical device clicks the operation control button 134 for triggering "view nearby device" in fig. 4, and then transmits a download request for downloading the failure information and the authorization information to the corresponding medical device, and displays the downloaded information in the information display area 132 in fig. 4, thereby displaying the graphical user interface shown in fig. 5.

After the hemodialysis machine receives fault information sent by medical equipment such as other hemodialysis machines, the fault information is stored in the memory 11, at the moment, after each medical equipment monitors the fault information, the fault information is sent to the medical equipment in communication connection with the medical equipment, the sent object is set in advance, and after a nursing staff clicks an operation control button 134 for triggering 'checking nearby equipment', the fault information of the other party is displayed in the information display area 132, namely, the self display screen 13 is controlled to display the fault information of the other party according to a display control instruction. Or directly display the other fault information in the information display area 132 after receiving the other fault information, that is, actively control the display screen 13 of the self to display the other fault information. For the display of the other fault information, when the number of the fault information is small, the fault processing prompt and/or the operation object related to the fault processing can be directly displayed, and when the number of the fault information is large, the fault information can be displayed in a list form, for example, as shown in fig. 5, displayed on a graphical user interface, and the operation object related to the fault processing prompt and/or the fault processing is displayed after the corresponding fault information is triggered by clicking.

That is, in the present embodiment, "the medical device transmits failure information to another medical device disposed in the same monitoring location" or "transmits failure information to another medical device communicatively connected thereto" is configured such that, after the failure information is monitored, the medical device automatically transmits the failure information to the corresponding medical device, or transmits the failure information to the corresponding medical device in accordance with a failure information transmission request of the other medical device, that is, transmits the failure information to the specified other medical device. Specifically, the other device processing authority information matching the failure information is transmitted at the same time as the failure information is transmitted.

As shown in fig. 5, the caregiver, the graphical user interface displayed at this time, as shown in fig. 5, displays the failure information of the device a, the device b, the device c, and the device d in the information display area 132, and marks the processing authority of each piece of failure information on the machine, namely, the identification information used for representing the processing authority of the medical equipment for the other party fault information is displayed in the display area, abnormal malfunctions of the venous kettles for the devices a and d can be checked and dealt with on the present hemodialysis machine 1, that is, the machine has the authority to issue a failure processing instruction for the failure information, but the abnormal failure of the venous kettles of the device b and the device c cannot be checked and processed on the hemodialysis machine 1, and can be processed only on the corresponding device, that is, the machine does not have the authority to issue a failure processing instruction for the failure information. The identification information for displaying the fault handling authority is not limited to the above description, and may be represented by different colors, green for having authority and red for not having authority, or gray icon for not having authority and dark black icon for having authority.

At this time, the caregiver clicks the failure information of the device a, the graphical user interface displayed on the display 13 is as shown in fig. 6, the operator can see not only the detailed failure description, but also the "off" operation control button 135 and the "back" operation control button 136 associated with the processing operation, when the off button is triggered, the caregiver can remotely turn off the alarm of the device a on the device, such as the alarm sound or the flashing signal of the device a, and when the back button is triggered, the caregiver jumps to the previous operation interface, that is, the operation interface as shown in fig. 5. For example, the alarm for the abnormal plasma cutoff which needs to be processed immediately is set as no operation authority, and the prompt message is' need to be viewed on site! "prompt medical personnel equipment c to appear the abnormity and need to process immediately before equipment c, for other fault information, the nursing staff can choose to input fault processing instruction or not through the input module of the local machine, and the specific operation depends on-site emergency situations and the like.

When the hemodialysis machine 1 receives a fault processing instruction which is authorized to be processed by other hemodialysis machines, the fault processing instruction is executed to perform fault processing, and fault processing state information is sent to the hemodialysis machine which sends the fault processing instruction, so that a fault processing progress can be conveniently checked on the current medical equipment. When the hemodialysis machine 1 receives the failure processing instruction from the input module, the failure processing instruction is executed to perform failure processing, and failure processing status information is displayed.

Whether other equipment has a fault processing instruction for the local equipment or not is set according to the actual situation, firstly, fault information which does not need to be processed on site immediately, namely, a fault which is not authorized to be processed by the equipment is configured to be capable of remotely controlling the action of the medical equipment so as to solve the fault, suspend the development of the fault or slow down the development of the fault; in addition, the setting can be customized for each machine, or the whole medical system is customized to the same authority, namely, the authority of processing the fault information of other parties is the same; the medical equipment can receive the modification of the processing permission of the other party aiming at the fault of the local party through the input module and send the modified permission state to other medical equipment along with the corresponding fault information, so that the other equipment can modify the current permission state of the previous permission information for displaying the fault information.

Further, in addition to the failure information, the other operation state information of the other devices other than the failure information can be viewed by clicking the operation control button 134 which triggers "view nearby devices".

In order to facilitate the nursing staff to decide whether to check nearby to process the fault information of the other party or directly run to the faulty equipment for fault processing, after the fault of the hemodialysis machine 1 is detected, the self alarm unit 16 is controlled to send out first alarm information capable of identifying that the local fault which is only authorized to be processed by the medical equipment of the other party exists or send out second alarm information capable of identifying that the local fault which is not authorized to be processed by the medical equipment of the other party exists, the first alarm information and the second alarm information can be different in voice broadcasting content, for example, different alarm sounds, or alarms by light rays with different colors, or the combination of the first alarm information and the second alarm information can be different in alarm information.

In order to facilitate the nursing staff to quickly judge which fault information is processed by the hemodialysis machine with authority and which fault information is processed without authority, the first fault information display area of the display screen 13 of the hemodialysis machine 1 displays the fault information of the other party which the medical equipment has authority to process, and the second fault information display area displays the fault information of the other party which the medical equipment does not have authority to process. Or the other party fault information with authority to be processed and the other party fault information without authority to be processed are displayed on the display screen 13 of the hemodialysis machine 1 in a form of difference, for example, the difference is made by using the font color and the like, for example, red represents the non-authority processing, and green represents the authority processing; in addition, the authorized processing and the unauthorized processing can be distinguished by the difference of the background color, and the font color and the background color are opposite color differences, so that the recognition degree is improved.

In order to distinguish whether the fault information displayed on the display screen of the local computer is the fault information of the local computer or the fault information of the other computer, the fault information of the other computer and the fault information of the local computer are displayed in different areas so as to be convenient for operators to distinguish. The two can also be displayed in a form with distinction, for example, such as by font color, for example, red represents unauthorized processing, and green represents authorized processing; in addition, the authorized processing and the unauthorized processing can be distinguished by the difference of the background color, and the font color and the background color are opposite color differences, so that the recognition degree is improved. The split area display may be displayed in combination with the distinguishing modality.

In order to avoid the problem that the caregiver is not familiar with the trouble handling, etc., when the operation objects associated with the trouble information handling steps, such as control buttons such as "pause" or numerical value input areas for inputting corresponding numerical values, are displayed on the self display 13, the first operation object associated with the currently operable step is displayed in an enlarged manner in the central area of the self display 13 in the order of the operation steps, and the second operation object associated with the step that is not currently operable is locked. For example, as shown in fig. 7, for the fault handling of the device a, the operation objects associated with the currently operable step are the "off" operation control button 135 and the "back" operation control button 136, which constitute the first operation object in this embodiment, the operation control buttons such as "end" and "parameter" associated with the steps that are not currently operable are in the locked state and cannot be triggered by clicking, which constitute the second operation object in this embodiment, the two operation objects are enlarged and displayed in a predetermined area, and the first operation object after the method does not obstruct the display of the fault description information and/or the fault handling operation guidance information on the current operation interface. In order to improve the contrast, the first operation object is set to cover at least a part of the second operation object.

In the present invention, the "medical device" is configured as a device having a treatment function, preferably as a device having a treatment function and a failure monitoring module, for example, a blood purification device having a pump structure for advancing blood in a line.

In this embodiment, by networking medical equipment such as blood purification equipment in the same area, a medical care worker can access the blood purification equipment nearby and control another blood purification equipment with authority, and when an abnormal condition with a predetermined authority needs to be handled, the medical care worker does not need to immediately handle the abnormal condition equipment, and can handle the abnormal condition in advance, so that the labor cost is saved, and the efficiency of the medical care worker in handling the abnormal condition is improved.

Example 2

As an explanation of embodiment 2 of the present invention, only differences from embodiment 1 will be explained below.

In the medical system of the present embodiment, there is at least one medical device, and the method of the medical device includes the following steps, namely, the following steps can be realized when the processor executes the computer program stored in the memory:

step 1, after receiving fault information sent by other medical equipment, controlling a display screen to display the fault information of the other party and displaying identification information for representing the processing authority of the medical equipment aiming at the fault information of the other party.

And 2, at least sending the fault processing instruction which is received by the input module and has authority to process to the medical equipment to which the fault processing instruction is directed.

That is, the medical device has the other party fault handling operation of displaying the fault information of the other device and having the authority to send, but does not have the fault handling operation of sending the fault information to the other medical device and receiving the fault handling operation of having the authority to send to the other party, and the specific step contents refer to the contents in the above embodiment 1, and are not described again here.

Example 3

As an explanation of embodiment 3 of the present invention, only differences from embodiment 1 will be explained below.

step 1, after the medical equipment fails, sending failure information to other medical equipment in communication connection with the medical equipment, controlling an alarm unit to send out warning information, and controlling a display screen to display the failure information of the medical equipment.

And 2, processing the fault of the medical equipment according to the fault processing instruction received by the input module on the medical equipment or the fault processing instruction which is sent by other medical equipment and has processing authority.

That is, the medical device has functions of sending fault information to other medical devices and receiving authorized processing of the other party, but does not have operations of displaying fault information of other devices and sending authorized processing of the other party, and the specific steps refer to the contents in embodiment 1, and are not described herein again.

Example 4

As an explanation of embodiment 4 of the present invention, only differences from any of embodiments 1 to 3 above, that is, data exchange between equipment manufacturers, medical equipment, and hospital terminals will be explained below.

Referring to fig. 8 to 10, the blood purification apparatus has a data collection and storage function, and stored data is divided into user data and manufacturer data, and the user data is not accessible by the manufacturer unless authorized by the user. The user data module memory is used for storing the main steps of the user operating the equipment and the set treatment parameters. The manufacturer data module memory is used for storing self-checking states, alarm information generated when the equipment runs, sensor values during treatment, running time of main components, calibration information of the components, replacement times of the equipment components, startup times of the equipment and the like.

Specifically, the device is equipped with a Flash memory chip with a certain capacity (more than 200M), or a large-capacity SD card storage medium. The device host installs database management software and stores and manages the stored data according to a specified format. The data storage process is as follows:

and after the equipment is started, self-checking is carried out, the abnormal self-checking items are stored in a factory data area in the self-checking process, and specific abnormal self-checking items, time and equipment serial numbers are stored.

And a pre-flushing stage, wherein the total pre-flushing amount, the flow rate of the pump, the operation steps and the operation time are stored in a user data area.

And a treatment stage for storing all treatment parameters, operation steps and operation time in the user data area.

And a blood return stage for storing the total blood return amount, the flow rate of the pump, the operation steps and the operation time into a user data area.

When each patient is treated, the equipment is classified according to the hospital number and the patient number, and as long as the hospital number and the patient number are unique, the treatment parameters of each patient are also unique.

In the treatment process, each piece of alarm information is stored in a manufacturer data area, and the stored alarm information comprises alarm items and alarm triggering time.

During the treatment, the values of the sensors, such as temperature, pressure, battery level, etc., and the recording time are recorded to the factory data area at intervals of 10 seconds.

When a manufacturer maintainer carries out field maintenance, the maintainer calibrates the sensor and the component, replaces the component, and stores the operation time and the operation time of replacing the sensor into a manufacturer data area one by one.

Meanwhile, the blood purification equipment is further integrated with a 3G module, a 4G module, a WIFI module or a wired network, the network of the equipment can be connected to the Internet, and a user or an equipment manufacturer can access the equipment through the Internet to read corresponding data.

Specifically, the equipment mainboard is integrated with a 3G or 4G or 5G or WIFI module, and is also integrated with a wired network card interface. When the device is accessed to the Ethernet, the user can access the corresponding data through authorization, and the user can only access and download the user data area and cannot upload and change the data. The manufacturer can access the corresponding data through authorization, and the manufacturer can only access and download the data area of the manufacturer and can not upload and change the data. After the equipment is accessed to the network, the equipment can transmit the user data to the user server and transmit the manufacturer data to the manufacturer server. The flow of system data transmission is shown in fig. 9.

After the equipment is connected with the Internet, a user can verify and download data of the operation steps and the treatment parameter part through a password, and an equipment manufacturer can verify and download data such as an alarm log, a numerical value of a sensor, a self-checking state, running time of an equipment part, calibration of the equipment part, the number of times of replacing the equipment part, the number of times of starting the equipment and the like through the password.

The user (hospital) can only access and download the data related to the operation steps and the treatment parameters through the client or the webpage after authorization. The user (hospital) can search the relevant treatment parameters according to the patient information (the name or the serial number of the patient), can search the relevant parameters according to the time period, or search the data of the same treatment parameters according to the specific treatment parameter items. The data can be summarized and analyzed conveniently by users. When the same patient is treated again, the equipment pops up the frame to prompt whether to use the last treatment parameter of the patient, when the medical staff selects 'yes', the equipment automatically derives the last treatment parameter, and when the user selects 'no', the medical staff needs to manually input the treatment parameter again. The medical staff can access the treatment parameters of the patient last time through the client, summarize and analyze the treatment parameters of the patient, and optimize the treatment parameters according to the treatment result. The manufacturer can only access and download the data related to the manufacturer data area through the client or the webpage after authorization, and the manufacturer can access the data of the user data area after the user authorization. Under the condition of safety permission, the medical staff can start a network control function, namely, the medical staff can access all equipment connected with the server through a webpage or a client of a computer or a mobile phone, all states of the equipment can be checked through the client, including alarm states and treatment information, and the medical staff can operate specific equipment through a client interface (an operation interface is the same as that on the equipment), including stopping and starting. Make things convenient for medical personnel centralized management equipment and operating device, reduce medical personnel's work load, improve work efficiency.

The equipment manufacturer accesses the relevant data of the operation steps through the server, analyzes the data of the operation steps, optimizes the operation flow of the equipment, displays operation prompts or limits the operation of medical staff in an obvious screen area, and provides humanized operation guidance for the medical staff. The equipment manufacturer can retrieve the related alarm information and sensor data according to time periods. After the user authorization, the manufacturer can remotely diagnose the equipment state to help the user to quickly solve the problem. The device manufacturer diagnoses the device status via the network and evaluates whether home maintenance is required. The manufacturer can summarize the maintenance information of the equipment according to the equipment maintenance class. Through the analysis of gathering to data, can help the producer to carry out the analysis to equipment status, propose equipment maintenance demand through looking over the length of time of use of equipment part. Through the summary analysis of the data, the components which are easy to fail can be found out and optimized for specific components. The server can store the data volume of at least one year, and after the stored data reaches a certain capacity, the device manufacturer is prompted to transfer the data or delete part of the data, and the user access flow is as shown in fig. 10.

Claims

1. The utility model provides a medical system, includes and lays in same control place and a plurality of medical equipment of interconnect communication connection which characterized in that:

after each piece of medical equipment breaks down, sending fault information to other pieces of medical equipment arranged in the same monitoring place, sending out warning information through an alarm unit, and displaying the fault information of the local through a display screen; then, processing the fault of the medical equipment according to the fault processing instruction received by the input module on the medical equipment or according to the fault processing instruction which is sent by other medical equipment and has processing authority;

after receiving fault information sent by other medical equipment arranged in the same monitoring place, each medical equipment displays the fault information of other parties through a display screen, and at least sends a fault processing instruction which is received through an input module and has authority to process to the medical equipment to which the fault processing instruction aims.

2. The medical system of claim 1, wherein:

each piece of medical equipment displays the fault information of the medical equipment and the fault information of the other medical equipment through a display screen according to a display control instruction;

the step of sending fault information to other medical equipment arranged in the same monitoring place is to send fault information to the medical equipment according to a fault information transmission request of the other party;

after each medical device detects that the medical device has a fault, the alarm unit sends out first alarm information capable of identifying that the local fault which is only authorized to be processed by other medical devices exists or sends out second alarm information capable of identifying that the local fault which is not authorized to be processed by other medical devices exists;

each piece of medical equipment displays the own fault information in an own information display area of the display screen, and displays the fault information of the other party in a fault information display area of the other party; and/or displaying other party fault information and the own party fault information on a display screen in a mode of existence difference;

each piece of medical equipment displays the other fault information which is authorized to be processed by the piece of medical equipment in a first other fault information display area of a display screen, and displays the other fault information which is not authorized to be processed by the piece of medical equipment in a second other fault information display area; and/or displaying the other party fault information processed with the authority and the other party fault information processed without the authority on a display screen in a form of difference;

when each medical device displays an operation object associated with a fault handling operation step on a display screen, displaying a first operation object associated with a current operable step in a magnified mode in a preset area of the display screen according to the sequence of the operation steps, and locking a second operation object not associated with the current operable step; and the first operation object which is displayed in an enlarged mode does not obstruct the display of the fault description information and/or the fault processing operation guidance information on the current operation interface.

3. A control method of a medical apparatus, characterized by comprising the steps of:

the method comprises the following steps that the method comprises the following steps of processing the faults, namely sending fault information to other medical equipment in communication connection with the medical equipment after the medical equipment has faults, and controlling a display screen to display the fault information of the method; then, processing the fault of the medical equipment according to the fault processing instruction received by the input module on the medical equipment or according to the fault processing instruction which is sent by other medical equipment and has processing authority;

and a fault processing step of controlling the display screen to display the fault information of the other party after receiving the fault information sent by the other medical equipment, and at least sending the fault processing instruction which is received by the input module and has authority to process to the medical equipment to which the fault processing instruction aims.

4. The control method according to claim 3, characterized in that:

the step of controlling the display screen to display the fault information of the local is to control the display screen to display the fault information of the local according to a display control instruction; and/or the presence of a gas in the gas,

the step of controlling the display screen to display the other party fault information is to control the display screen to display the other party fault information according to a display control instruction;

the step of sending the fault information to other medical equipment in communication connection with the medical equipment is sending the fault information to the medical equipment according to the opposite side fault information transmission request.

5. The control method according to claim 3, characterized in that:

when the medical equipment is detected to have a fault, actively controlling a display screen to display the fault information of the medical equipment; and/or the presence of a gas in the gas,

when the other party fault information is received, actively controlling a display screen to display the other party fault information;

the step of sending the fault information to other medical equipment in communication connection with the medical equipment is that after the fault is monitored, the fault information is automatically sent to other medical equipment.

6. The control method according to any one of claims 3 to 5, characterized in that:

displaying the other party fault information which is processed by the medical equipment in a first other party fault information display area of a display screen of the medical equipment, and displaying the other party fault information which is not processed by the medical equipment in a second other party fault information display area; and/or the presence of a gas in the gas,

the other fault information which is processed with authority and the other fault information which is not processed with authority are displayed on a display screen of the medical equipment in a mode of distinguishing.

7. The control method according to any one of claims 3 to 6, characterized in that:

after detecting that the medical equipment has a fault, the control alarm unit sends out first alarm information capable of identifying that the local fault which is only processed by other medical equipment has authority or second alarm information capable of identifying that the local fault which is not processed by other medical equipment has authority.

8. The control method according to any one of claims 3 to 7, characterized in that:

displaying a first operation object associated with a current operable step in a magnified manner in a predetermined area of the display screen and locking a second operation object not associated with the current operable step in the sequence of the operation steps while displaying the operation objects associated with the fault handling operation steps on the display screen; the first operation object which is displayed in an enlarged mode does not obstruct the display of the fault description information and/or the fault processing operation guidance information on the current operation interface.

9. A control method of a medical apparatus, characterized by comprising the steps of:

10. The control method according to claim 9, characterized in that:

the step of controlling the display screen to display the fault information of the local is to control the display screen to display the fault information of the local according to a display control instruction;

after detecting that the medical equipment has a fault, controlling the alarm unit to send first alarm information capable of identifying that the local fault which is only authorized to be processed by other medical equipment exists or send second alarm information capable of identifying that the local fault which is not authorized to be processed by other medical equipment exists;

when the operation objects associated with the fault processing operation steps are displayed on the display screen, displaying a first operation object associated with the current operable step in an enlarged mode in a preset area of the display screen according to the sequence of the operation steps, and locking a second operation object not associated with the current operable step; the first operation object which is displayed in an enlarged mode does not obstruct the display of the fault description information and/or the fault processing operation guidance information on the current operation interface.

11. A control method of a medical apparatus, characterized by comprising the steps of:

12. The control method according to claim 11, characterized in that:

displaying the other party fault information which is processed by the medical equipment in a first other party fault information display area of a display screen of the medical equipment, and displaying the other party fault information which is not processed by the medical equipment in a second other party fault information display area; and/or displaying the other fault information which is processed with the authority and the other fault information which is not processed with the authority on a display screen of the medical equipment in a form of difference;

13. A medical device comprising a processor and a memory, the memory storing a computer program, characterized in that:

the computer program, when executed by the processor, is capable of implementing the control method of any one of claims 3 to 12.

14. A medical system comprises a plurality of medical devices, each medical device can be in communication connection with at least one other device, and the medical system is characterized in that:

the plurality of medical devices includes at least one medical device of claim 13.