WO2020087405A1 - 一种体外诊断设备、体外诊断流水线及其组网方法 - Google Patents
一种体外诊断设备、体外诊断流水线及其组网方法 Download PDFInfo
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- WO2020087405A1 WO2020087405A1 PCT/CN2018/113195 CN2018113195W WO2020087405A1 WO 2020087405 A1 WO2020087405 A1 WO 2020087405A1 CN 2018113195 W CN2018113195 W CN 2018113195W WO 2020087405 A1 WO2020087405 A1 WO 2020087405A1
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L61/00—Network arrangements, protocols or services for addressing or naming
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- the invention relates to medical device technology, but not limited to an in vitro diagnostic (IVD) device, IVD pipeline and its networking method.
- IVD in vitro diagnostic
- the electronic equipment of the hospital's IVD pipeline includes: a data management center and IVD equipment.
- the service personnel need to determine the address and instrument in each IVD equipment in each IVD equipment
- the serial number will go to the location where the data management center is located, and input the obtained address and instrument serial number of each IVD device into the data management center.
- each IVD device is usually installed at a different location, which results in a cumbersome and complicated information configuration process of the IVD pipeline, and the networking efficiency of the IVD pipeline is low.
- An embodiment of the present invention provides an IVD device, an IVD pipeline, and a networking method thereof.
- An embodiment of the present invention provides a networking method, which is applied to a first node.
- the first node is one of nodes in an IVD pipeline.
- the nodes of the IVD pipeline include an IVD device and a data management center; the method includes :
- the first node broadcasts a probe message, and the probe message carries the address information of the first node;
- An embodiment of the present invention provides a networking method, which is applied to an IVD pipeline.
- the IVD pipeline includes a first node and a second node.
- the method includes:
- the first node broadcasts a probe message, and the probe message carries the address information of the first node;
- the second node receives the probe message, obtains the address information of the first node according to the probe message, and sends a response message to the first node, where the response message carries the address of the second node information;
- the first node receives the response message, and obtains address information of the second node according to the response message;
- a connection is established between the first node and the second node.
- An embodiment of the present invention provides an IVD pipeline, the IVD pipeline includes a first node and a second node; wherein,
- the first node is configured to broadcast a probe message, and the probe message carries the address information of the first node; receiving a response message from the second node, and obtaining the address information of the second node according to the response message; Establish a connection with the second node according to the address information of the first node and the address information of the second node;
- the second node is configured to receive the probe message, obtain the address information of the first node according to the probe message, and send the response message to the first node, where the response message carries the first The address information of the second node.
- An embodiment of the present invention provides an IVD device.
- the IVD device includes: a memory, a communication bus, and a processor, where:
- the memory is configured to store a network program
- the communication bus is configured to implement connection communication between the processor and the memory
- the processor is configured to execute the networking program stored in the memory to achieve the following operations:
- the first node of the IVD pipeline broadcasts its own address information through the broadcast of the probe message
- the second node of the IVD pipeline returns its own address information to the first node based on the received probe message, so that One node and the second node learn each other's address information, and establish a connection between the first node and the second node; thus automatically configuring the address information of the nodes in the networking in the IVD pipeline, without requiring the user to pass each node To view the address information of each node, and it is not necessary for the user to manually input the address information of each node into other nodes through manual configuration to establish a connection between the nodes of the IVD pipeline and realize automatic networking between the nodes , And improve the networking efficiency of IVD pipeline.
- FIG. 1 is a schematic diagram of an optional IVD pipeline architecture provided by an embodiment of the present invention.
- FIG. 2 is a schematic flowchart of an optional networking method provided by an embodiment of the present invention.
- FIG. 3 is a schematic flowchart of an optional networking method provided by an embodiment of the present invention.
- FIG. 4 is a schematic network diagram of an optional IVD pipeline provided by an embodiment of the present invention.
- FIG. 5 is a schematic diagram of information exchange between an optional IVD device and a data management center according to an embodiment of the present invention
- FIG. 6 is a schematic diagram of information exchange between an optional IVD device and a data management center according to an embodiment of the present invention
- FIG. 7 is a schematic structural diagram of an optional IVD device provided by an embodiment of the present invention.
- FIG. 8 is a schematic structural diagram of an optional IVD pipeline provided by an embodiment of the present invention.
- FIG. 9 is a schematic structural diagram of an optional networking device provided by an embodiment of the present invention.
- FIG. 10 is a schematic structural diagram of an optional IVD pipeline provided by an embodiment of the present invention.
- FIG. 11 is a schematic structural diagram of an optional IVD device provided by an embodiment of the present invention.
- the first node of the IVD pipeline broadcasts a probe message, and the probe message carries the address information of the first node; the second node that receives the IVD pipeline responds to the probe message , According to the response message, obtain the address information of the second node; according to the address information of the first node and the address information of the second node, establish a connection with the second node.
- the first node is one of the nodes in the IVD pipeline, and the nodes of the IVD pipeline include an IVD device and a data management center.
- An embodiment of the present invention provides a networking method, which is applied to a first node in an IVD pipeline, where the first node is one of the nodes in the IVD pipeline, and the nodes of the IVD pipeline include IVD equipment and a data management center.
- the IVD pipeline includes a first node 11 and a second node 12, the first node 11 may be an IVD device or a data management device, and accordingly, the second node 12 is a data device or an IVD device.
- an IVD application is installed on the IVD device, and a data management application is installed on the data management device.
- the first node 11 and the second node 12 can establish a connection through the network.
- IVD equipment refers to the in-vitro diagnostic equipment that obtains clinical diagnostic information by testing human samples (blood, body fluids, tissues, etc.) outside the human body, and then judges the disease or body function. Different IVD equipment can detect different The project is tested.
- the data management device is a device that manages the data of the IVD device.
- the IVD pipeline can be an in vitro testing pipeline or part of an in vitro testing pipeline.
- the IVD equipment on the IVD pipeline can include a tablet pusher, a C reactive protein (CRP) detector, a glycation analyzer, a blood analyzer, etc.
- CRP C reactive protein
- the number of various types of IVD equipment can be one or more.
- the data management equipment on the IVD pipeline manages the sample data and test results of the IVD equipment. Among them, a data management device can manage the data of one or more IVD devices.
- Each functional module in the IVD device and the data management device can be composed of hardware resources of the device (such as terminal devices, servers, or server clusters), computing resources such as processors, and communication resources (such as used to support various methods of implementing optical cables, cellular, etc.) Communication) collaborative implementation.
- hardware resources of the device such as terminal devices, servers, or server clusters
- computing resources such as processors
- communication resources such as used to support various methods of implementing optical cables, cellular, etc.) Communication
- embodiments of the present invention are not limited to being provided as methods and hardware, and may also have multiple implementations, for example, providing a storage medium (stored with a program or instructions configured to execute the networking method provided by the embodiments of the present invention).
- FIG. 2 is a schematic flowchart of an implementation of a networking method provided by an embodiment of the present invention. As shown in FIG. 2, the networking method includes:
- the first node broadcasts a probe message, where the probe message carries the address information of the first node;
- the first node may be an IVD device or a data management device.
- the first node may be an IVD device in the new IVD pipeline, a new IVD device added to the IVD pipeline when the IVD pipeline is expanded, or a change in the address information of the data management device IVD equipment in the IVD pipeline.
- a probe message is generated according to the address information of the first node, and the probe message is broadcast.
- the IVD device After the IVD device is started, it generates a probe message according to its configured address information, and broadcasts the probe message to the nodes of the IVD pipeline.
- the data management device After the data management device is started, it generates a probe message according to the address information configured by itself, and broadcasts the probe message to the node of the IVD pipeline.
- the first node configures the local address information.
- the first node's address information configuration When the first node's address information configuration is completed, it generates a probe message according to the address information configured by the first node, and broadcasts the generated probe message , Broadcast to other nodes in the network where the first node is located.
- the address information of the first node in the first node may be configured automatically or configured manually.
- the address information can be an Internet Protocol (IP) address.
- IP Internet Protocol
- the address information of the first node is used as the source address of the probe message, and the broadcast address is used as the destination address of the probe message.
- different broadcast addresses can be set in the probe message.
- the subnet mask of the first node is inverted, and the OR is calculated with the network segment to which the first node belongs to obtain the broadcast address, for example: the first node currently belongs to The network segment is 192.168.0.0 and the subnet mask is 255.255.0.0, then the broadcast address is 192.168.255.255.
- the first node and the second node are not in the same network segment, change the subnet mask of the first node so that the first node and the second node are in the same broadcast domain, according to the broadcast address of the changed network segment Send probe messages.
- the IP address of the first node is 192.168.23.150
- the IP address of the second node is 192.168.27.135
- change the subnet mask of the first node to 255.255.0.0
- set the broadcast address to 192.168.255.255.
- the method further includes: determining the port information of the second node; at least according to the port information and the address information of the first node, using a user data packet protocol (User Datagram Protocol, UDP) to generate the probe message.
- a user data packet protocol User Datagram Protocol, UDP
- the probe message broadcast by the first node carries the port information of the second node.
- the probe message can be encapsulated in UDP format, and the first node uses the port information of the second node as the destination port in the probe message.
- the port number of a node is the source port, so that when other nodes in the IVD pipeline listen to the probe message, only the second node corresponding to the destination port can receive the probe message. After detecting the probe message, other nodes other than the destination port will detect the probe message. Discard or do not process, so no probe messages are received.
- the port information in the first section may be the port number corresponding to the IVD application in the first node; when the first node is a data management device, the port information in the first section may be the device management in the first node The port number corresponding to the application.
- the port information of the second node may be the port number corresponding to the IVD application in the second node; when the second node is a data management device, the port information of the second node may be the device management of the second node The port number corresponding to the application.
- the port information of the second node can be determined according to the user's input operation.
- an input window can be displayed, and the port information input interface can be set in the input window, based on the port information Receive the port information of the second node input by the user.
- the second node After receiving the probe message broadcast by the first node, the second node obtains the address information of the first node, and returns a response message carrying the address information of the second node to the first node in response to the received probe message.
- the second node may be an IVD device or a data management device.
- a second node that receives the IVD pipeline responds to the probe message, and obtains address information of the second node according to the response message;
- the first node When the second node returns a response message to the first node, the first node receives the response message from the second node, and obtains the address information of the second node by parsing the response message.
- the method further includes: when it is determined that the response message of the second node is not received within the set first time threshold, acquiring a prompt policy ; Based on the prompt strategy, output prompt information.
- the first node When the first node broadcasts the probe message, it records the time when the broadcast message starts. When the time between the recorded time and the current time exceeds the set first time threshold, and the second time is not received within the recorded time, it will prompt according to the prompt strategy.
- different prompt information can be set according to whether the current first node is an IVD device or a data management device. For example, when the first node is an IVD device, the prompt information is "data management center not found"; the first node is When data management equipment, the prompt message is "No IVD equipment to be added found.”
- the prompt strategy can also set the output method of outputting prompt information, such as: voice prompt, window prompt, light prompt, etc.
- the prompt strategy may be set according to actual needs.
- the embodiment of the present invention does not set any limitation on the setting of the prompt information in the prompt strategy.
- the second node when the first node is a data management device, the second node is an IVD device; when the first node is an IVD device, the second node is a data management device.
- the data management device broadcasts a probe message and sends the address of the data management device to the IVD device through the probe message; the IVD device receives the data management device's After responding to the message, the address information of the data management device is obtained, and a connection is established based on the address information of the data management device and the address information of the IVD device, and information exchange is performed through the established connection.
- the IVD device broadcasts a probe message and sends the address of the IVD device to the data management device through the probe message; the data management device receives a response from the IVD device After the message, the address information of the IVD device is obtained, and a connection is established based on the address information of the IVD device and the address information of the data management device, and information exchange is performed through the established connection.
- the information processing method of the first node provided in the embodiment of the present invention is further described for different scenarios.
- the first node is an IVD device, and the second node is a data management device.
- the method further includes: determining a node identifier of the IVD device; generating the probe message according to at least the address information of the IVD device and the node identifier of the IVD device.
- the node ID of the IVD device may be set in the data content of the probe message, where the node ID of the IVD device may be set in the data field of UDP when the probe message is in UDP format.
- the node ID of the IVD device may be the device serial number of the IVD device.
- the device serial number of the IVD device can uniquely identify the IVD device, and the data management device manages the data of the IVD device by the device serial number of the IVD device. .
- the first node in S201 broadcasts a probe message, including:
- connection establishment response in response to the connection establishment request is not received within the set second time threshold, periodically broadcast the probe message.
- the IVD device After the IVD device is started or disconnected from the data management device, it detects whether it is configured with the address information of the data management device. If the address information of the data management device is not configured, it indicates that the IVD device is an IVD device of a new IVD pipeline or an IVD device newly added to the IVD pipeline. At this time, the IVD device periodically broadcasts a probe message. If the address information of the data management device is configured, it indicates that the connection between the IVD device and the data management device has been established, but the connection has been interrupted. At this time, the IVD device sends a connection establishment request according to the address information of the configured data management device. Attempt to establish a connection with the previously connected data management device.
- the IVD device is based on the address information and data management of the configured data management device The device failed to establish a connection. At this time, the IVD device periodically broadcasts a probe message.
- the period in which the IVD device periodically broadcasts probe messages can be set according to actual needs, such as: 0.5 seconds, 1 second, etc.
- the size of the first time threshold and the second time threshold may be the same or different, and can be set according to actual needs.
- the response message includes: a first response message returned by the first data management device and a second response message returned by the second data management device.
- the address information of the second node includes: Address information of a data management device and address information of a second data management device; the method further includes: selecting target address information from the address information of the first data management device and the address information of the second data management device Sending a notification message to the data management device indicated by the target address information, where the notification message is used to indicate that the data management device indicated by the target address information configures the address information of the IVD device locally.
- the data management device in the IVD pipeline includes a plurality of data management devices, such as: a first data management device as a master data management device and a second data management device as a system protection for the first management device.
- the IVD device receives the first response message of the first data management device and the second response message of the second management device, the address information of the first data management device is obtained according to the first response message, and the first 2. Address information of data management equipment.
- one of the address information of the first data management device and the address information of the second data management device is selected as the target address management information, and the data management device corresponding to the target address management information is used as the data management for information interaction with the IVD device device.
- the IVD device selects one of the address information of the first data management device and the address information of the second data management device as the target address management information.
- the selection manner may include various types, for example: according to the address information of the first data management device and the second The receiving order of the address information of the data management device, or the size of the address information of the first data management device and the address information of the second data management device, or the address information of the first data management device and the second data management device The relationship between the address information and the address information of the IVD device respectively.
- the IVD device after the IVD device establishes a connection with the first data management device, after receiving the address information of the second data management device, the address information of the first data management device and the address information of the second data management device may be performed In comparison, when the address information of the second data management device is selected as the target address information, the connection with the first data management device can be disconnected, and the connection with the second data management device can be established.
- the selecting target address information from the address information of the first data management device and the address information of the second data management device includes:
- the address information of the first data management device and the address information of the second data management device match the address information of the first node respectively, when the address information of the IVD device matches the address of one of the data management devices
- the data management device is correspondingly the first management device, the IVD device and the first data management device are the same physical device, and the IVD device and the first data management device are respectively different functional modules of the physical device.
- the data management device located on the same physical device as the IVD is selected as the data management device of the IVD device.
- the The address information establishing a connection with the second node includes: establishing a connection with the data management device indicated by the target address information according to the address information of the IVD device and the target address information.
- the IVD device After determining the target address information, establish a connection between the IVD device and the data management device indicated by the target address information according to the IVD address information and the target address information to use the data management device indicated by the target address information as the data of the IVD device Manage the device and manage the data of the IVD device. Among them, when the IVD device and the data management device are the same physical device, the IVD and the data management device are locally connected.
- the first node is a data management device, and the second node is an IVD device.
- the method further includes: obtaining a node identifier of the IVD device according to the response message.
- the IVD device After receiving the probe message sent by the data management device, the IVD device generates a response message according to the address information of the IVD device and the node identifier, and sends the response message to the data management device as a response to the probe message. After receiving the response message from the IVD device, the data management device obtains the address information and node identification of the IVD device.
- the node identifier may be the device serial number of the IVD device.
- the IVD device when the IVD device and the data management device form a new IVD pipeline, or when a new IVD device is added to the IVD pipeline, the IVD device broadcasts a probe message to the data management device. IP1 and instrument serial number (device serial number); the IVD device obtains the IP2 of the data management device according to the response message of the data management device, and establishes a connection with the data management device based on IP1 and IP2.
- the data management device when the IVD device and the data management device form a new IVD pipeline, or when a new IVD device joins the IVD pipeline, the data management device broadcasts a probe message to the IVD device, and the probe message carries the data management device IP2; The data management device obtains the IP1 of the IVD device according to the response message of the IVD device, and establishes a connection with the IVD device based on IP1 and IP2.
- a data management device can interact with multiple IVD devices through the networking method provided by the embodiment of the present invention, and establish a connection according to the address information of both parties, so that the data management device can communicate with multiple IVD devices. Data management.
- the networking method provided by the embodiment of the present invention is applied to a first node, and the first node is one of the nodes in the IVD pipeline.
- the nodes of the IVD pipeline include an IVD device and a data management center; the first node passes the detection message Broadcasts its own address information, and the second node returns its own address information to the first node based on the received probe message, so that the first node and the second node learn each other ’s address information from each other.
- An embodiment of the present invention also provides a networking method, which is applied to an IVD pipeline.
- the nodes of the IVD pipeline include IVD equipment and data management centers.
- the IVD pipeline includes a first node 11 and a second node 12, the first node 11 may be an IVD device or a data management device, and accordingly, the second node 12 is a data device or an IVD device.
- an IVD application is installed on the IVD device, and a data management application is installed on the data management device.
- IVD equipment refers to the in-vitro diagnostic equipment that obtains clinical diagnostic information by testing human samples (blood, body fluids, tissues, etc.) outside the human body, and then judges the disease or body function. Different IVD equipment can detect different The project is tested.
- the data management device is a device that manages the data of the IVD device.
- the IVD pipeline can be an in vitro testing pipeline or part of an in vitro testing pipeline.
- the IVD equipment on the IVD pipeline can include a tablet pusher, a C reactive protein (CRP) detector, a glycation analyzer, a blood analyzer, etc.
- CRP C reactive protein
- the number of various types of IVD equipment can be one or more.
- the data management equipment on the IVD pipeline manages the sample data and test results of the IVD equipment. Among them, a data management device can manage the data of one or more IVD devices.
- Each functional module in the IVD device and the data management device can be composed of hardware resources of the device (such as terminal devices, servers, or server clusters), computing resources such as processors, and communication resources (such as used to support various methods such as optical fiber cables and cellular Communication) collaborative implementation.
- hardware resources of the device such as terminal devices, servers, or server clusters
- computing resources such as processors
- communication resources such as used to support various methods such as optical fiber cables and cellular Communication
- embodiments of the present invention are not limited to being provided as methods and hardware, and may also have multiple implementations, for example, providing a storage medium (stored with a program or instructions configured to execute the networking method provided by the embodiments of the present invention).
- FIG. 3 is a schematic flowchart of an implementation of a networking method provided by an embodiment of the present invention. As shown in FIG. 3, the networking method includes:
- the first node broadcasts a probe message, where the probe message carries the address information of the first node;
- the first node may be an IVD device or a data management device.
- the first node may be an IVD device in the new IVD pipeline, a new IVD device added to the IVD pipeline when the IVD pipeline is expanded, or an IVD where the address information of the data management device changes IVD equipment in the pipeline.
- a probe message is generated according to the address information of the first node, and the probe message is broadcast.
- the IVD device After the IVD device is started, it generates a probe message according to its configured address information, and broadcasts the probe message to the nodes of the IVD pipeline.
- the data management device After the data management device is started, it generates a probe message according to the address information configured by itself, and broadcasts the probe message to the node of the IVD pipeline.
- the first node configures the local address information.
- the first node's address information configuration When the first node's address information configuration is completed, it generates a probe message according to the address information configured by the first node, and broadcasts the generated probe message , Broadcast to other nodes in the network where the first node is located.
- the address information of the first node in the first node may be configured automatically or configured manually.
- the address information can be an IP address.
- the address information of the first node is used as the source address of the probe message, and the broadcast address is used as the destination address of the probe message.
- different broadcast addresses can be set in the probe message.
- the subnet mask of the first node is inverted, and the OR is calculated with the network segment to which the first node belongs to obtain the broadcast address, for example: the first node currently belongs to The network segment is 192.168.0.0 and the subnet mask is 255.255.0.0, then the broadcast address is 192.168.255.255.
- the first node and the second node are not in the same network segment, change the subnet mask of the first node so that the first node and the second node are in the same broadcast domain, according to the broadcast address of the changed network segment Send probe messages.
- the IP address of the first node is 192.168.23.150
- the IP address of the second node is 192.168.27.135
- change the subnet mask of the first node to 255.255.0.0
- set the broadcast address to 192.168.255.255.
- the method further includes: the first node generates the probe message using UDP according to at least the port information of the second node and the address information of the first node; accordingly,
- the second node receiving the probe message includes: after the second node listens to the probe message and determines that the probe message carries port information of the second node, receiving the probe message.
- the probe message broadcast by the first node carries port information of the second node.
- the probe message can be encapsulated in UDP format, and the first node uses the port information of the second node as the destination port in the probe message, and uses the port number of the first node as the source port, so that other nodes in the IVD pipeline listen to When detecting a probe message, only the second node corresponding to the destination port can receive the probe message. After detecting the probe message, other nodes other than the destination port discard the probe message or do not process it, so that the probe message is not received.
- the port information in the first section may be the port number corresponding to the IVD application in the first node; when the first node is a data management device, the port information in the first section may be the device management in the first node The port number corresponding to the application.
- the port information of the second node may be the port number corresponding to the IVD application in the second node; when the second node is a data management device, the port information of the second node may be the device management of the second node The port number corresponding to the application.
- the second node listens to the probe message, it compares the destination port information carried in the probe message with its own port information, and determines that the destination port information carried in the probe message is the same as its own port information, and determines that the probe message carries
- the port information of the second node indicates that the monitored probe message is a probe message broadcast to the second node, and the second node receives the probe message.
- the second node parses the probe message according to the protocol layer, where the protocol layer includes: a data link layer, an IP layer, a UDP layer, and an application layer.
- the protocol layer includes: a data link layer, an IP layer, a UDP layer, and an application layer.
- the data link layer of the second node listens to the probe message, it sends the probe message to the IP layer, where it is filtered and detected according to the source and destination addresses in the IP address.
- the destination address carried in the probe message is broadcast Address, the probe message is sent to the UDP layer; UDP receives the datagram from the IP, and then filters the datagram according to the port number, if the second node does not currently use the port number process, it will be discarded, if the first The second node has a process that uses the port number, and then sends the data carried in the probe message to the application layer IVD application or data management application. At this time, the second node receives the probe message.
- the port information of the second node in the first node may be determined according to the user's input operation on the first node.
- an input window may be displayed on the first node, a port information input interface is set in the input window, and the port information of the second node input by the user is received based on the port information input interface.
- the second node receives the probe message, obtains the address information of the first node according to the probe message, and sends a response message to the first node, where the response message carries the second node Address information;
- the second node When the second node receives the probe message broadcast by the first node, it parses the probe message to obtain the address information of the first node, and generates a response message based on the address information of the first node and the address information of the second node. The message is sent to the first node in response to the received probe message.
- the response message can be encapsulated in UDP format, and the address information of the second node can be the source address, the address of the first node can be the destination address, the port information of the second node can be the source port, and the port information of the first node can be the purpose Port, so that the first node corresponding to the destination port receives the response message.
- the first node After listening to the response message, the first node parses the response message according to the protocol layer, where the protocol layer includes: data link layer, IP layer, UDP layer, and application layer.
- the protocol layer includes: data link layer, IP layer, UDP layer, and application layer.
- the data link layer of the first node listens to the response message, it sends the response message to the IP layer.
- the IP layer In the IP layer, the source address and the destination address in the IP address are filtered and detected.
- the destination address carried in the response message is the first The IP address of a node sends the response message to the UDP layer; UDP receives the datagram from the IP, and then filters the datagram based on the port number.
- the second node If the second node does not currently use the port number process, it will send it Discard, if there is a process using the port number in the second node, the data carried in the probe message is sent to the application layer IVD application or data management application. At this time, the first node receives the response message.
- the first node receives the response message, and obtains address information of the second node according to the response message;
- the first node When the second node returns a response message to the first node, the first node receives the response message from the second node, and obtains the address information of the second node by parsing the response message.
- the method further includes: when it is determined that the response message of the second node is not received within the set first time threshold, acquiring a prompt policy ; Based on the prompt strategy, output prompt information.
- the first node When the first node broadcasts the probe message, it records the time when the broadcast message starts. When the time between the recorded time and the current time exceeds the set first time threshold, and the second time is not received within the recorded time, it will prompt according to the prompt strategy.
- different prompt information can be set according to whether the current first node is an IVD device or a data management device. For example, when the first node is an IVD device, the prompt information is "data management center not found"; the first node is When data management equipment, the prompt message is "No IVD equipment to be added found.”
- the prompt strategy can also set the output method of outputting prompt information, such as: voice prompt, window prompt, light prompt, etc.
- the prompt strategy may be set according to actual needs.
- the embodiment of the present invention does not set any limitation on the setting of the prompt information in the prompt strategy.
- the second node when the first node is a data management device, the second node is an IVD device; when the first node is an IVD device, the second node is a data management device.
- the data management device broadcasts a probe message and sends the address of the data management device to the IVD device through the probe message; the IVD device receives the data management device's After responding to the message, the address information of the data management device is obtained; based on the address information of the data management device and the address information of the IVD device, the IVD device and the data management device establish a connection between the IVD device and the data management device, and perform information through the established connection Interaction.
- the IVD device broadcasts a probe message and sends the address of the IVD device to the data management device through the probe message; the data management device receives a response from the IVD device After the message, the address information of the IVD device is obtained; the IVD device and the data management device establish a connection between the IVD device and the data management device based on the address information of the IVD device and the data management device, and perform information interaction through the established connection.
- the information processing method of the IVD pipeline provided in the embodiment of the present invention is further described for different scenarios.
- the first node is an IVD device, and the second node is a data management device.
- the method further includes: the IVD device determines a node identifier of the IVD device, and generates the probe message according to at least the address information of the IVD device and the node identifier of the IVD device; The data management device obtains the node identifier of the IVD device according to the detection message.
- the node ID of the IVD device can be set in the data content of the probe message.
- the node ID of the IVD device can be set in the data field of UDP.
- the node identification of the IVD device may be the device serial number of the IVD device, and the IVD device can be uniquely identified by the device serial number of the IVD device.
- the analysis of the detection message of the data management device obtains the device serial number of the IVD device, and can manage the data of the IVD device through the device serial number of the IVD device.
- the first node broadcasting the probe message in S301 includes:
- connection establishment response in response to the connection establishment request is not received within the set second time threshold, periodically broadcast the probe message.
- the data management device includes: a first data management device and a second data management device, and accordingly,
- the first node receives the response message from the second node, and obtains the address information of the second node according to the response message, including: the IVD device receives the response message returned by the first data management device and the second data management The response message returned by the device obtains the address information of the first data management device and the address information of the second node according to the response message.
- the IVD device selects target address information from the address information of the first data management device and the address information of the second data management device; sends a notification message to the data management device indicated by the target address information;
- the data management device indicated by the target address information receives the notification message, and configures the address information of the IVD device locally based on the notification message.
- the data management device in the IVD pipeline includes a plurality of data management devices, such as: a first data management device as a master data management device and a second data management device as a system protection for the first management device.
- a first data management device as a master data management device
- a second data management device as a system protection for the first management device.
- the IVD device receives the first response message of the first data management device and the second response message of the second management device
- the address information of the first data management device is obtained according to the first response message, and the first 2. Address information of data management equipment.
- the IIVD device selects one of the address information of the first data management device and the address information of the second data management device as the target address management information, and the data management device corresponding to the target address management information as the data management device that interacts with the IVD device .
- the IVD device selects one of the address information of the first data management device and the address information of the second data management device as the target address management information.
- the selection manner may include various types, for example: according to the address information of the first data management device and the second The receiving order of the address information of the data management device, or the size of the address information of the first data management device and the address information of the second data management device, or the address information of the first data management device and the second data management device The relationship between the address information and the address information of the IVD device respectively.
- the IVD device after the IVD device establishes a connection with the first data management device, after receiving the address information of the second data management device, the address information of the first data management device and the address information of the second data management device may be performed In comparison, when the address information of the second data management device is selected as the target address information, the connection with the first data management device can be disconnected, and the connection with the second data management device can be established.
- the selecting target address information from the address information of the first data management device and the address information of the second data management device includes:
- the address information of the first data management device and the address information of the second data management device match the address information of the first node respectively, when the address information of the IVD device matches the address of one of the data management devices
- the data management device is correspondingly the first management device, the IVD device and the first data management device are the same physical device, and the IVD device and the first data management device are respectively different functional modules of the physical device.
- the data management device located on the same physical device as the IVD is selected as the data management device of the IVD device.
- the The address information establishing a connection with the second node includes: establishing a connection with the data management device indicated by the target address information according to the address information of the IVD device and the target address information.
- the IVD device After determining the target address information, establish a connection between the IVD device and the data management device indicated by the target address information according to the IVD address information and the target address information to use the data management device indicated by the target address information as the data of the IVD device Manage the device and manage the data of the IVD device. Among them, when the IVD device and the data management device are the same physical device, the IVD and the data management device are locally connected.
- the first node is a data management device, and the second node is an IVD device.
- the method further includes:
- the IVD device determines the node ID of the IVD device, generates the response message based on at least the node ID, and the data management device obtains the node ID of the IVD device according to the response message.
- the IVD device After receiving the probe message sent by the data management device, the IVD device generates a response message according to the address information of the IVD device and the node identifier, and sends the response message to the data management device as a response to the probe message. After receiving the response message from the IVD device, the data management device obtains the address information and node identification of the IVD device.
- the node identifier may be the device serial number of the IVD device.
- the IVD device when the IVD device and the data management device form a new IVD pipeline, or when a new IVD device is added to the IVD pipeline, the IVD device broadcasts a probe message to the data management device.
- IP1 and instrument serial number device serial number
- the data management device obtains the IP1 of the IVD device based on the detection message, and sends the IP2 of the data management device to the IVD device based on the IP1 of the IVD device;
- the IVD device obtains the IP2 of the data management device;
- the IVD device and The data management device establishes a connection between the IVD device and the data management device based on IP1 and IP2.
- the data management device broadcasts a probe message to the IVD device, and the probe message carries the data management device IP2 of the IVD device; the IPD of the data management device is obtained based on the probe message, and the IP1 of the IVD device is sent to the data management device according to the IP2 of the data management device; the IP1 of the IVD device is obtained by the data management device; Establish a connection between the IVD device and the data management device.
- a data management device can interact with multiple IVD devices through the networking method provided by the embodiment of the present invention, and establish a connection according to the address information of both parties, so that the data management device can communicate with multiple IVD devices. Data management.
- the first node broadcasts its own address information through the broadcast of the probe message, and the second node returns its own address information to the first node based on the received probe message, so that the first node Know the address information of each other with the second node, and establish a connection between the first node and the second node; you do not need the user to know the address information of each node by viewing each node in the IVD pipeline, let alone
- the user enters the address information of each node into other nodes through manual configuration to establish a connection between the nodes of the IVD pipeline, realizes automatic networking between the nodes in the IVD pipeline, and improves the networking efficiency of the IVD pipeline .
- the N equipment of the hospital constitute an IVD pipeline, including: 1 data management center (corresponding to data management equipment) and n IVD equipment.
- the service personnel need to set the network communication settings to ensure the normal communication between the IVD equipment and the data management center.
- the process of setting up the network communication equipment is as follows:
- an IVD device or a data management center in the IVD pipeline broadcasts a UDP probe message to broadcast its own IP address to the data management center or IVD device; the data management center or IVD device uses the received IP The address will unicast its own IP address UDP to the IVD device or data management center, so that the IVD device and the data management center can learn each other's IP address, and establish a connection between the IVD device and the data management center based on the IP addresses of both parties.
- Figure 5 The information interaction between the IVD device and the data management center in scenario 1 is shown in Figure 5, which includes:
- the IVD device broadcasts a probe message to the data management center UDP;
- the IVD device After the IVD device starts, it starts UDP broadcast and sends out a probe message.
- the probe information contains the IP address of the IVD device and the serial number of the IVD instrument.
- the data management center After receiving the probe message broadcast by UDP, the data management center parses out the IP address of the current IVD device and the serial number of the IVD instrument from the UDP data packet.
- probe messages can also be sent in UDP multicast mode.
- the data management center responds to the UDP unicast response message of the IVD device.
- the data management center replies to the UDP broadcast, and sends a response message through UDP unicast.
- the response message includes the IP address of the data management center; the IVD device confirms the IP address of the data management center.
- the data management center learns the instrument serial number and IP address of the IVD device through UDP broadcast, and the IVD device learns the IP address of the data management center.
- Scenario 2 The data management device initiates a probe message
- Figure 6 The information interaction between the IVD device and the data management center in scenario 1 is shown in Figure 6, which includes:
- the data management center broadcasts a probe message to the IVD device UDP;
- the data management center After the data management center is started, it starts UDP broadcast and sends out a probe message.
- the probe information contains the IP address of the data management center.
- the IVD device When the IVD device receives the UDP broadcast probe message, it parses out the current IP address of the data management center from the UDP data packet.
- probe messages can also be sent in UDP multicast mode.
- the IVD device unicasts a response message to the data management center.
- the IVD device replies to the UDP broadcast, and sends a response message through UDP unicast.
- the response message includes the IP address of the IVD device and the serial number of the IVD instrument; the data management center confirms the IP address of the IVD device.
- the IVD device After the interaction between the IVD device and the data management center is completed, the IVD device obtains the IP address of the data management center through UDP broadcast, and the data management center obtains the instrument serial number and IP address of the IVD device.
- the IVD device and the data management center in the IVD pipeline shown in Figure 4 use UDP to complete the interaction, clarify the current data center and the IP address of the IVD device, and based on the IP of both parties The address establishes a connection to complete the networking of the IVD pipeline.
- the networking method provided by the embodiment of the present invention can be applied to a new IVD pipeline, that is, each device in the IVD pipeline is not configured with a corresponding IVD or data management center address.
- the addresses of the data management center are not configured in IVD1, IVD2, IVD3 to IVDn, and the data management center also configures the addresses and instrument serial numbers of IVD1, IVD2, IVD3 to IVDn.
- IVD1, IVD2, IVD3 to IVDn determine the address of the data management center, and the data management center also obtains the addresses and instrument serial numbers of IVD1, IVD2, IVD3 to IVDn.
- the data management center is networked with IVD1, IVD2, IVD3 to IVDn to form the IVD pipeline shown in FIG. 4.
- the networking method provided by the embodiment of the present invention can be applied to an extended IVD pipeline, that is, some IVD devices in the IVD pipeline have established a connection with the data management center, and the rest of the IVD devices are not configured with the address of the data management center.
- the data management center also has The addresses of the remaining IVD devices are not configured.
- IVD1 and IVD2 have established a connection with the data management center, the addresses of the data management center are not configured in IVD3 to IVDn, and the data management center also configures the addresses and instrument serial numbers of IVD3 to IVDn .
- IVD3 to IVDn determine the address of the data management center, and the data management center also obtains the addresses and instrument serial numbers of IVD3 to IVDn.
- a network is formed between the management center and IVD3 to IVDn to form the expanded IVD pipeline shown in FIG. 4.
- the IVD device includes: configured to generate a probe message, broadcast the probe message to the data management center UDP; or receive the response message sent by the data management center, and parse the response Message, get the address information of the data management center, and establish a connection with the data management center based on its own address information and the address information of the data management center.
- the IVD device also includes a display 701, which displays prompt information and user input information, and can also receive user input operations.
- the IVD pipeline includes an IVD device 801, an IVD device 802, and a data management device 803.
- the IVD device 801 and the IVD device 802 are the IVD devices shown in FIG. 7 and are configured to generate a probe message and broadcast the probe message to the data management device 803 UDP; or receive the response message sent by the data management device 803 and parse the response message, Obtain the address information of the data management device 803, and establish a connection with the data management device 803 based on its own address information and the address information of the data management device 803.
- the data management device 803 can broadcast a probe message to the IVD device 801 and the IVD device 802; or receive the response message sent by the IVD device 801 and the IVD device 802 and parse the response message to obtain the address information and instruments of the IVD device 801 and the IVD device 802 Serial number, and establish connection with IVD device 801 and IVD device 802 according to own address information and address information of IVD device 801 and IVD device 802.
- the data management device 803 can manage the data of the IVD device 801, the IVD device 802 through the instrument serial numbers of the IVD device 801, the IVD device 802.
- the data management device 803 can also serve as an IVD device.
- the data management application and the IVD application are installed on the data management device 803, and a connection is established between the data management application and the IVD application.
- the data management application on the data management device 803 performs data on the IVD device 801 and the IVD device 802.
- the data of the IVD application on the data management device 803 is managed.
- An embodiment of the present invention provides a networking device 90, which is applied to a first node.
- the first node is one of the nodes in an IVD pipeline.
- the nodes of the IVD pipeline include an IVD device and a data management center; the device includes :
- the detection module 901 is configured to broadcast a detection message, where the detection message carries the address information of the first node;
- the receiving module 902 is configured to receive a response message of the second node of the IVD pipeline in response to the probe message, and obtain address information of the second node according to the response message;
- the connection establishment module 903 is configured to establish a connection with the second node according to the address information of the first node and the address information of the second node.
- the first node is a data management device, and the second node is an IVD device;
- the first node is an IVD device
- the second node is a data management device.
- the device further includes: a first generation module configured to:
- the probe message is generated using UDP.
- the device further includes: a prompt module configured to:
- prompt information is output.
- the first node is an IVD device
- the second node is a data management device
- the apparatus further includes: a second generation module configured to:
- Determining the node ID of the IVD device generating the detection message according to at least the address information of the IVD device and the node ID of the IVD device.
- the detection module 901 includes:
- a detection sub-module configured to detect whether the address information of the data management device is configured in the IVD device
- the first detection submodule is configured to periodically broadcast the detection message if the address information of the data management device is not configured in the IVD device.
- the detection module 901 further includes:
- a connection sub-module configured to send a connection establishment request according to the configured address information of the data management device if the address information of the data management device is configured in the IVD device;
- the first detection submodule is configured to periodically broadcast the detection message if a connection establishment response in response to the connection establishment request is not received within the set second time threshold.
- the response message includes: a first response message returned by the first data management device and a second response message returned by the second data management device.
- the address information of the second node includes: Address information of a data management device and address information of a second data management device; the apparatus further includes:
- a selection module configured to select target address information from the address information of the first data management device and the address information of the second data management device;
- the notification module is configured to send a notification message to the data management device indicated by the target address information, where the notification message is used to instruct the data management device indicated by the target address information to locally configure the address information of the IVD device.
- the selection module is configured to:
- the address information of the first data management device and the address information of the IVD device are the same, the address information of the first data management device is used as the target address information.
- connection establishment module 903 is configured to:
- the IVD device According to the address information of the IVD device and the target address information, establish a connection with the data management device indicated by the target address information.
- the first node is a data management device
- the second node is an IVD device
- the receiving module 902 is configured to obtain the node ID of the IVD device according to the response message.
- An embodiment of the present invention provides an IVD pipeline 1000.
- the IVD pipeline 1000 includes a first node 1001 and a second node 1002; wherein,
- the first node 1001 is configured to broadcast a probe message that carries the address information of the first node; receive a response message from the second node, and obtain the address information of the second node according to the response message; The address information of the first node and the address information of the second node establish a connection with the second node;
- the second node 1002 is configured to receive the probe message, obtain the address information of the first node according to the probe message, and send the response message to the first node, where the response message carries the first The address information of the second node.
- the first node 1001 is a data management device, and the second node 1002 is an IVD device;
- the first node 1001 is an IVD device
- the second node 1002 is a data management device.
- the first node 1001 is configured to generate the probe message based on UDP based on at least the port information of the second node and the address information of the first node;
- the second node 1002 is configured to receive the probe message when the second node monitors the probe message and determines that the probe message carries port information of the second node.
- the first node 1001 is configured as:
- a prompt strategy is obtained; based on the prompt strategy, prompt information is output.
- the first node 1001 is an IVD device, and the second node 1002 is a data management device;
- the IVD device is configured to determine the node ID of the IVD device, and generate the detection message according to at least the address information of the IVD device and the node ID of the IVD device;
- the data management device is configured to obtain the node identifier of the IVD device according to the detection message.
- the IVD device is configured as:
- the IVD device periodically broadcasts the probe message.
- the IVD device is configured as:
- the probe message is broadcast periodically.
- the data management device includes: a first data management device and a second data management device, and accordingly,
- the IVD device is configured to receive the response message returned by the first data management device and the response message returned by the second data management device, and obtain the address information of the first data management device and the second according to the response message The address information of the node.
- the IVD device is configured to select target address information from the address information of the first data management device and the address information of the second data management device; the data indicated to the target address information
- the management device sends a notification message
- the data management device indicated by the target address information is configured to receive the notification message, and configure the address information of the IVD device locally based on the notification message.
- the IVD device is configured as:
- the address information of the first data management device and the address information of the IVD device are the same, the address information of the first data management device is used as the target address information.
- the IVD device is configured as:
- a connection is established between the IVD device and the data management device indicated by the target address information.
- the first node 1001 is a data management device
- the second node 1002 is an IVD device
- An IVD device configured to determine a node identifier of the IVD device, and generate the response message based at least on the node identifier;
- the data management device is configured to obtain the node identifier of the IVD device according to the response message.
- FIG. 11 is a schematic structural diagram of an IVD device according to an embodiment of the present invention.
- the IVD device 1100 includes: a processor 1101, at least one communication bus 1102, and a user.
- the communication bus 1102 is configured to implement connection communication between these components.
- the user interface 1103 may include a display screen, and the external communication interface 1104 may include a standard wired interface and a wireless interface.
- the processor 1101 is configured to execute the computer program stored in the memory to implement the following steps:
- the processor is configured to execute the networking program stored in the memory to achieve the following operations:
- the probe message is broadcast periodically.
- the processor is configured to execute the networking program stored in the memory to achieve the following operations:
- the probe message is broadcast periodically.
- An embodiment of the present invention further provides a storage medium, that is, a computer-readable storage medium.
- the computer-readable storage medium stores a computer program, and when the computer program is executed by a processor, the steps of the foregoing networking method are implemented.
- the above networking method is implemented in the form of a software function module and sold or used as an independent product, it may also be stored in a computer-readable storage medium.
- the computer software product is stored in a storage medium and includes several instructions
- a computer device (which may be a personal computer, a server, or a network device, etc.) executes all or part of the methods described in the embodiments of the present invention.
- the foregoing storage media include various media that can store program codes, such as a U disk, a mobile hard disk, a read-only memory (ROM, Read Only Memory), a magnetic disk, or an optical disk.
- program codes such as a U disk, a mobile hard disk, a read-only memory (ROM, Read Only Memory), a magnetic disk, or an optical disk.
- the disclosed device and method may be implemented in other ways.
- the device embodiments described above are only schematic.
- the division of the units is only a logical function division, and in actual implementation, there may be another division manner, for example, multiple units or components may be combined, or Can be integrated into another system, or some features can be ignored, or not implemented.
- the coupling or direct coupling or communication connection between the displayed or discussed components may be through some interfaces, and the indirect coupling or communication connection of the device or unit may be electrical, mechanical, or other forms of.
- the units described as separate components may or may not be physically separated, and the components displayed as units may or may not be physical units; they may be located in one place or distributed to multiple network units; Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of this embodiment.
- the functional units in the embodiments of the present invention may all be integrated into one processing unit, or each unit may be separately used as a unit, or two or more units may be integrated into one unit; the above integration
- the unit can be implemented in the form of hardware, or in the form of hardware plus software functional units.
- the foregoing program may be stored in a computer-readable storage medium.
- the execution includes The steps of the foregoing method embodiments; and the foregoing storage medium includes: a mobile storage device, a read-only memory (Read Only Memory, ROM), a magnetic disk, or an optical disk, and other media that can store program codes.
- ROM Read Only Memory
- the above integrated unit of the present invention is implemented in the form of a software function module and sold or used as an independent product, it may also be stored in a computer-readable storage medium.
- the computer software products are stored in a storage medium and include several instructions for A computer device (which may be a personal computer, a server, or a network device, etc.) executes all or part of the methods described in the embodiments of the present invention.
- the foregoing storage media include various media that can store program codes, such as a mobile storage device, a ROM, a magnetic disk, or an optical disk.
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Abstract
Description
Claims (36)
- 一种组网方法,应用于第一节点,所述第一节点是体外诊断IVD流水线中的节点之一,所述IVD流水线的节点包括IVD设备和数据管理中心;所述方法包括:控制装置,第一节点广播探测消息,所述探测消息中携带所述第一节点的地址信息;接收所述IVD流水线的第二节点响应所述探测消息的回应消息,根据所述回应消息,得到所述第二节点的地址信息;根据所述第一节点的地址信息和所述第二节点的地址信息,与所述第二节点建立连接。
- 根据权利要求1所述的方法,其中,所述第一节点为数据管理设备,所述第二节点为IVD设备;或者所述第一节点为IVD设备,所述第二节点为数据管理设备。
- 根据权利要求1所述的方法,其中,所述方法还包括:确定所述第二节点的端口信息;至少根据所述端口信息和所述第一节点的地址信息,采用用户数据包协议UDP生成所述探测消息。
- 根据权利要求1所述的方法,其中,所述第一节点广播所述探测消息之后,所述方法还包括:确定在设定的第一时间阈值内未接收到所述第二节点的回应消息时,获取提示策略;基于所述提示策略,输出提示信息。
- 根据权利要求3或4所述的方法,其中,所述第一节点为IVD设备,所述第二节点为数据管理设备;所述方法还包括:确定所述IVD设备的节点标识;至少根据所述IVD设备的地址信息和所述IVD设备的节点标识,生成所述探测消息。
- 根据权利要求5所述的方法,其中,所述第一节点广播探测消息,包括:检测所述IVD设备中是否配置有所述数据管理设备的地址信息;如果所述IVD设备中未配置所述数据管理设备的地址信息时,周期性地广播所述探测消息。
- 根据权利要求6所述的方法,其中,所述第一节点广播探测消息,还包括:如果所述IVD设备中配置有所述数据管理设备的地址信息,根据所配置的数据管理设备的地址信息发送连接建立请求;如果在设定的第二时间阈值内未接收到响应所述连接建立请求的连接建立响应,周期性地广播所述探测消息。
- 根据权利要求5所述的方法,其中,所述回应消息包括:第一数据管理设备返回的第一回应消息和第二数据管理设备返回的第二回应消息,相应地,所述第二节点的地址信息包括:第一数据管理设备的地址信息和第二数据管理设备的地址信息;所述方法还包括:从所述第一数据管理设备的地址信息和所述第二数据管理设备的地址信息中选择目标地址信息;向所述目标地址信息指示的数据管理设备发送通知消息,所述通知消息用于指示所述目标地址信息所指示的数据管理设备在本地配置所述IVD设备的地址信息。
- 根据权利要求8所述的方法,其中,所述从所述第一数据管理设备的地址信息和所述第二数据管理设备的地址信息中选择目标地址信息,包 括:将所述第一数据管理设备的地址信息和所述第二数据管理设备的地址信息分别与所述第一节点的地址信息进行匹配;如果所述第一数据管理设备的地址信息和所述IVD设备的地址信息相同,将所述第一数据管理设备的地址信息作为所述目标地址信息。
- 根据权利要求8所述的方法,其中,所述根据所述第一节点的地址信息和所述第二节点的地址信息,与所述第二节点建立连接,包括:根据所述IVD设备的地址信息和所述目标地址信息,与所述目标地址信息所指示的数据管理设备建立连接。
- 根据权利要求3或4所述的方法,其中,所述第一节点为数据管理设备,所述第二节点为IVD设备;所述方法还包括:根据所述回应消息得到所述IVD设备的节点标识。
- 一种组网方法,应用于体外诊断IVD流水线,所述IVD流水线包括第一节点和第二节点,所述方法包括:所述第一节点广播探测消息,所述探测消息中携带所述第一节点的地址信息;所述第二节点接收所述探测消息,根据所述探测消息得到所述第一节点的地址信息,并向所述第一节点发送回应消息,所述回应消息中携带所述第二节点的地址信息;所述第一节点接收所述回应消息,根据所述回应消息得到所述第二节点的地址信息;根据所述第一节点的地址信息和所述第二节点的地址信息,在所述第一节点和所述第二节点之间建立连接。
- 根据权利要求12所述的方法,其中,所述第一节点为数据管理设备,所述第二节点为IVD设备;或者所述第一节点为IVD设备,所述第二节点为数据管理设备。
- 根据权利要求12所述的方法,其中,所述方法还包括:所述第一节点至少根据所述第二节点的端口信息和所述第一节点的地址信息,采用用户数据包协议UDP生成所述探测消息;相应地,所述第二节点接收所述探测消息,包括:所述第二节点监听到所述探测消息后,确定所述探测消息携带有所述第二节点的端口信息时,接收所述探测消息。
- 根据权利要求12所述的方法,其中,所述第一节点广播所述探测消息之后,所述方法还包括:所述第一节点在设定的第一时间阈值内未接收到所述第二节点的回应消息时,获取提示策略;基于所述提示策略,输出提示信息。
- 根据权利要求14或15所述的方法,其中,所述第一节点为IVD设备,所述第二节点为数据管理设备;所述方法还包括:所述IVD设备确定所述IVD设备的节点标识;至少根据所述IVD设备的地址信息和所述IVD设备的节点标识,生成所述探测消息;所述数据管理设备根据所述探测消息,得到所述IVD设备的节点标识。
- 根据权利要求16所述的方法,其中,所述第一节点广播探测消息,包括:所述IVD设备检测所述IVD设备中是否配置有所述数据管理设备的地址信息;如果所述IVD设备中未配置所述数据管理设备的地址信息时,所述IVD设备周期性地广播所述探测消息。
- 根据权利要求17所述的方法,其中,所述第一节点广播探测消息,还包括:如果所述IVD设备中配置有所述数据管理设备的地址信息,所述IVD设备根据所配置的数据管理设备的地址信息发送连接建立请求;如果在设定的第二时间阈值内未接收到响应所述连接建立请求的连接建立响应,周期性地广播所述探测消息。
- 根据权利要求16所述的方法,其中,所述数据管理设备包括:第一数据管理设备和第二数据管理设备,相应地,所述第一节点接收第二节点的回应消息,根据所述回应消息,得到所述第二节点的地址信息,包括:所述IVD设备接收第一数据管理设备返回的响应消息和第二数据管理设备返回的响应消息,根据所述响应消息,得到所述第一数据管理设备的地址信息和所述第二节点的地址信息。
- 根据权利要求19所述的方法,其中,所述方法还包括:所述IVD设备从所述第一数据管理设备的地址信息和所述第二数据管理设备的地址信息中选择目标地址信息;向所述目标地址信息指示的数据管理设备发送通知消息;所述目标地址信息指示的数据管理设备接收所述通知消息,基于所述通知消息在本地配置所述IVD设备的地址信息。
- 根据权利要求20所述的方法,其中,所述从所述第一数据管理设备的地址信息和所述第二数据管理设备的地址信息中选择目标地址信息,包括:将所述第一数据管理设备的地址信息和所述第二数据管理设备的地址信息分别与所述第一节点的地址信息进行匹配;如果所述第一数据管理设备的地址信息和所述IVD设备的地址信息相同,将所述第一数据管理设备的地址信息作为所述目标地址信息。
- 根据权利要求20所述的方法,其中,所述根据所述第一节点的地 址信息和所述第二节点的地址信息,在所述第一节点与所述第二节点之间建立连接,包括:根据所述IVD设备的地址信息和所述目标地址信息,在所述IVD设备与所述目标地址信息所指示的数据管理设备之间建立连接。
- 一种体外诊断IVD流水线,至少包括第一节点和第二节点;所述第一节点,配置为广播探测消息,所述探测消息中携带所述第一节点的地址信息;接收第二节点的回应消息,根据所述回应消息得到所述第二节点的地址信息;根据所述第一节点的地址信息和所述第二节点的地址信息,与所述第二节点建立连接;所述第二节点,配置为接收所述探测消息,根据所述探测消息得到所述第一节点的地址信息,并向所述第一节点发送所述回应消息,所述回应消息中携带所述第二节点的地址信息。
- 根据权利要求23所述的IVD流水线,其中,所述第一节点为数据管理设备,所述第二节点为体外诊断IVD设备;或者所述第一节点为IVD设备,所述第二节点为数据管理设备。
- 根据权利要求23所述的IVD流水线,其中,所述第一节点,配置为至少根据所述第二节点的端口信息和所述第一节点的地址信息,基于用户数据包协议UDP生成所述探测消息;所述第二节点,配置为所述第二节点监听到所述探测消息后,确定所述探测消息携带有所述第二节点的端口信息时,接收所述探测消息。
- 根据权利要求23所述的IVD流水线,其中,所述第一节点配置为:在设定的第一时间阈值内未接收到所述第二节点的回应消息时,获取提示策略;基于所述提示策略,输出提示信息。
- 根据权利要求25或26所述的IVD流水线,其中,所述第一节点为IVD设备,所述第二节点为数据管理设备;所述IVD设备,配置为确定所述IVD设备的节点标识,至少根据所述IVD设备的地址信息和所述IVD设备的节点标识,生成所述探测消息;所述数据管理设备,配置为根据所述探测消息,得到所述IVD设备的节点标识。
- 根据权利要求27所述的IVD流水线,其中,所述IVD设备,配置为:检测所述IVD设备中是否配置有所述数据管理设备的地址信息;如果所述IVD设备中未配置所述数据管理设备的地址信息时,所述IVD设备周期性地广播所述探测消息。
- 根据权利要求27所述的IVD流水线,其中,所述IVD设备,配置为:如果所述IVD设备中配置有所述数据管理设备的地址信息,根据所配置的数据管理设备的地址信息发送连接建立请求;如果在设定的第二时间阈值内未接收到响应所述连接建立请求的连接建立响应,周期性地广播所述探测消息。
- 根据权利要求28所述的IVD流水线,其中,所述数据管理设备包括:第一数据管理设备和第二数据管理设备,相应地,所述IVD设备,配置为接收第一数据管理设备返回的响应消息和第二数据管理设备返回的响应消息,根据所述响应消息,得到所述第一数据管理设备的地址信息和所述第二节点的地址信息。
- 根据权利要求30所述的IVD流水线,其中,所述IVD设备,配置为从所述第一数据管理设备的地址信息和所述第二数据管理设备的地址信息中选择目标地址信息;向所述目标地址信息指示的数据管理设备发送通知消息;所述目标地址信息指示的数据管理设备,配置为接收所述通知消息, 基于所述通知消息在本地配置所述IVD设备的地址信息。
- 根据权利要求31所述的IVD流水线,其中,所述IVD设备,配置为:将所述第一数据管理设备的地址信息和所述第二数据管理设备的地址信息分别与所述第一节点的地址信息进行匹配;如果所述第一数据管理设备的地址信息和所述IVD设备的地址信息相同,将所述第一数据管理设备的地址信息作为所述目标地址信息。
- 根据权利要求39所述的系统,其中,所述IVD设备,配置为:根据所述IVD设备的地址信息和所述目标地址信息,在所述IVD设备与所述目标地址信息所指示的数据管理设备之间建立连接。
- 一种体外诊断IVD设备,所述IVD设备包括:存储器、通信总线和处理器,其中:所述存储器,配置为存储组网程序;所述通信总线,配置为实现处理器和存储器之间的连接通信;所述处理器,配置为执行存储器中存储的组网程序,以实现以下操作:广播探测消息,所述探测消息中携带所述IVD设备的地址信息;接收数据管理设备的回应消息,根据所述回应消息,得到所述数据管理设备的地址信息;根据所述IVD设备的地址信息和所述数据管理设备的地址信息,与所述数据管理设备建立连接。
- 根据权利要求34所述的IVD设备,所述处理器,配置为执行存储器中存储的组网程序,以实现以下操作:检测所述IVD设备中是否配置有所述数据管理设备的地址信息;如果所述IVD设备中未配置所述数据管理设备的地址信息时,周期性地广播所述探测消息。
- 根据权利要求35所述的IVD设备,其中,所述处理器,配置为执行存储器中存储的组网程序,以实现以下操作:如果所述IVD设备中配置有所述数据管理设备的地址信息,根据所配置的数据管理设备的地址信息发送连接建立请求;如果在设定的第二时间阈值内未接收到响应所述连接建立请求的连接建立响应,周期性地广播所述探测消息。
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