Control method and control device of charging time service instrument and ocean node system
By grouping and configuring the communication identification and connection relationship of the charging timer, the control process of the charging timer is simplified, the problem of cumbersome control when the number of charging timer is large, and the convenience of the ocean node system is improved.
Patent Information
- Application Number
- CN202311175820.X
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2023-09-12
- Publication Date
- 2025-03-14
AI Technical Summary
When the number of charging timers is large, the existing control methods are more cumbersome and difficult to efficiently manage and control.
By obtaining the packet information of multiple charging timing instruments, dividing them into multiple charging timing instrument groups, and configuring the communication identifier of each charging timing instrument group and the connection relationship with the ocean node, the charging timing instrument group is controlled based on this information to realize the charging and timing functions.
This method simplifies the control process of the charging timer and improves the convenience of the use of the ocean node system, especially when the number of charging timer is large, it avoids cumbersome individual control operations.
Smart Images
Figure CN119628129A_ABST
Abstract
Description
Technical Field
[0001] The present application relates to the field of deep-water geophysical exploration equipment, and in particular to a control method, a control device and an ocean node system for a charging time service instrument. Background Art
[0002] The marine node system is a collection system used for offshore exploration, which includes a host, multiple charging timers and multiple marine nodes.
[0003] A control method for a charging timing instrument is used for a host in the above-mentioned marine node system, wherein each charging timing instrument obtains control instructions from the host respectively, so that the host can control the charging timing instrument to realize charging function and timing function for the connected marine node. In addition, the host can also control the charging timing instrument to realize data interaction function between the connected host and the marine node.
[0004] However, when the number of charging timers is large, the control method is relatively complicated. Summary of the invention
[0005] The embodiment of the present application provides a control method, a control device and an ocean node system for a charging timer. The technical solution is as follows:
[0006] According to a first aspect of the present application, a control method for a charging timing instrument is provided, the control method being used for a host in an ocean node system, the ocean node system further comprising a plurality of charging timing instruments and a plurality of ocean nodes, the method comprising:
[0007] Acquire grouping information of the plurality of charging timing instruments, the grouping information being used to indicate that the plurality of charging timing instruments are divided into a plurality of charging timing instrument groups, each of the charging timing instrument groups including at least two of the charging timing instruments;
[0008] dividing the plurality of charging time service instruments into the plurality of charging time service instrument groups based on the grouping information;
[0009] Configuring the communication identifier of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node;
[0010] Acquire control information, wherein the control information includes a plurality of sub-control information corresponding one-to-one to the plurality of charging timing instrument groups;
[0011] Based on the communication identifier and the plurality of sub-control information in the control information, the plurality of charging and timing instrument groups are controlled respectively, so that each charging and timing instrument in the charging and timing instrument group charges and provides timing to the connected marine node.
[0012] Optionally, configuring the communication identifier of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node includes:
[0013] Obtaining the number and arrangement of ports of a first charging timing instrument in a first charging timing instrument group among the plurality of charging timing instrument groups;
[0014] Based on the number and arrangement of the ports of the first charging timing instrument, the first charging timing instrument is configured so that the first charging timing instrument is connected to the marine node through the ports;
[0015] Determine a communication identifier of a first charging timing instrument in the first charging timing instrument group.
[0016] Optionally, after determining the communication identifier of the first charging time instrument in the first charging time instrument group, the method further includes:
[0017] Determine whether the communication identification of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are configured;
[0018] When the communication identification of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are configured, determining whether the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node are configured;
[0019] When the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node are not configured, configure the communication identification of the second charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node;
[0020] When the communication identification of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are not configured, the communication identification of each charging timing instrument in the second charging timing instrument group among the multiple charging timing instrument groups and the connection relationship with the marine node are configured.
[0021] Optionally, configuring the connection relationship between each charging timing instrument in the plurality of charging timing instrument groups and the marine node includes:
[0022] Acquiring regional information of the plurality of ocean nodes;
[0023] Based on the area information of the multiple marine nodes, the connection relationship between each charging timing instrument in the multiple charging timing instrument groups and the marine node is configured so that the marine nodes connected to the charging timing instruments in one charging timing instrument group are located in the same area.
[0024] Optionally, configuring the connection relationship between each charging timing instrument in the plurality of charging timing instrument groups and the marine node includes:
[0025] Acquiring functional information of the plurality of ocean nodes;
[0026] Based on the functional information of the multiple marine nodes, the connection relationship between each charging timing instrument in the multiple charging timing instrument groups and the marine node is configured so that the functions of the marine nodes connected to the charging timing instruments in one charging timing instrument group are the same.
[0027] Optionally, the host includes a display screen, and the dividing the plurality of charging time instruments into the plurality of charging time instrument groups based on the grouping information includes:
[0028] Displaying the plurality of charging timing instrument groups on the display screen;
[0029] Obtaining adjustment instructions for the charging timing instrument group;
[0030] Adjusting the plurality of charging timing instrument groups based on the adjustment instruction;
[0031] The adjusted multiple charging time service instrument groups are displayed on the display screen.
[0032] Optionally, after the plurality of charging timing instrument groups are controlled respectively based on the plurality of sub-control information in the control information so that each charging timing instrument in the charging timing instrument group charges and provides timing for the connected marine node, the method further comprises:
[0033] After the plurality of ocean nodes collect preset data in a preset area in the ocean, connecting with the plurality of ocean nodes through the plurality of charging time transmitters;
[0034] The preset data is obtained through the multiple charging timing devices.
[0035] On the other hand, a control device for a charging time service instrument is provided, and the control device for multiple charging time service instruments comprises:
[0036] A grouping information acquisition module, used for acquiring grouping information of the plurality of charging time service instruments, wherein the grouping information is used for indicating that the plurality of charging time service instruments are divided into a plurality of charging time service instrument groups, each of the charging time service instrument groups including at least two of the charging time service instruments;
[0037] A grouping module, used for dividing the plurality of charging time service instruments into the plurality of charging time service instrument groups based on the grouping information;
[0038] A configuration module, used to configure the communication identifier of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node;
[0039] A control information acquisition module, used to acquire control information, wherein the control information includes a plurality of sub-control information corresponding to the plurality of charging timing instrument groups one by one;
[0040] The control module is used to control the multiple charging and timing instrument groups respectively based on the multiple sub-control information in the control information, so that each charging and timing instrument in the charging and timing instrument group charges and provides time to the connected marine node.
[0041] On the other hand, a marine node system is provided, the marine node system comprising a host, a plurality of charging timers and a plurality of marine nodes;
[0042] The host is used to obtain grouping information of the plurality of charging timing instruments, wherein the grouping information is used to indicate that the plurality of charging timing instruments are divided into a plurality of charging timing instrument groups, each of the charging timing instrument groups including at least two of the charging timing instruments;
[0043] The host is used for dividing the plurality of charging timing instruments into the plurality of charging timing instrument groups based on the grouping information;
[0044] The host is used to configure the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node;
[0045] The host is used to obtain control information, wherein the control information includes a plurality of sub-control information corresponding to the plurality of charging timing instrument groups one by one;
[0046] The host is used to control the multiple charging and timing instrument groups respectively based on the multiple sub-control information in the control information, so that each charging and timing instrument in the charging and timing instrument group charges and provides timing to the connected marine node.
[0047] Optionally, the host is used to configure the communication identifier of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node, including:
[0048] The host is used to obtain the number and arrangement of ports of a first charging timing instrument in a first charging timing instrument group among the multiple charging timing instrument groups;
[0049] The host is used to configure the first charging timing instrument based on the number and arrangement of the ports of the first charging timing instrument, so that the first charging timing instrument is connected to the marine node through the port;
[0050] The host is used to determine the communication identifier of the first charging timing instrument in the first charging timing instrument group.
[0051] The beneficial effects brought by the technical solution provided by the embodiment of the present application include at least:
[0052] A control method for multiple charging timing instruments is provided. The method obtains grouping information of multiple charging timing instruments, divides the multiple charging timing instruments into multiple charging timing instrument groups based on the grouping information, and configures the communication identification of each charging timing instrument in the multiple charging timing instrument groups and the connection relationship with the ocean node. In this way, the multiple charging timing instrument groups can be controlled according to the acquired control information, so that each charging timing instrument in the charging timing instrument group charges and provides time to the connected ocean node. The method controls the charging timing instruments in groups, simplifies the control method, solves the problem that the control method is relatively cumbersome when the number of charging timing instruments is large, achieves the effect of simplifying the control method of the charging timing instruments, and thus improves the convenience of using the ocean node system. BRIEF DESCRIPTION OF THE DRAWINGS
[0053] In order to more clearly illustrate the technical solutions in the embodiments of the present application, the drawings required for use in the description of the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present application. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.
[0054] Figure 1 This is a flow chart of a control method of a charging timer provided in an embodiment of the present application;
[0055] Figure 2 is a flow chart of another control method of a charging time service device provided in an embodiment of the present application;
[0056] Figure 3 It is a schematic diagram of a graphical display of a charging timing instrument group provided in an embodiment of the present application;
[0057] Figure 4 It is a schematic diagram of a graphical display of a port of a charging timer provided in an embodiment of the present application;
[0058] Figure 5 is a schematic diagram of a graphical display of an ocean node provided in an embodiment of the present application;
[0059] Figure 6 It is a flowchart of some steps in another control method of a charging timer provided in an embodiment of the present application;
[0060] Figure 7 is a schematic diagram of a control device for a charging time service instrument provided in an embodiment of the present application;
[0061] Figure 8 It is a schematic diagram of an ocean node system provided in an embodiment of the present application.
[0062] The above drawings have shown clear embodiments of the present application, which will be described in more detail later. These drawings and text descriptions are not intended to limit the scope of the present application in any way, but to illustrate the concept of the present application to those skilled in the art by referring to specific embodiments. DETAILED DESCRIPTION
[0063] In order to make the objectives, technical solutions and advantages of the present application clearer, the implementation methods of the present application will be further described in detail below with reference to the accompanying drawings.
[0064] An embodiment of the present application provides an ocean node system, which may include a host, multiple charging timing instruments and multiple ocean nodes, wherein the host is connected to the multiple charging timing instruments, and each charging timing instrument is connected to multiple ocean nodes. Therefore, the host can control the multiple charging timing instruments, so that each charging timing instrument can charge and provide timing to the connected ocean nodes.
[0065] The present application embodiment provides a control method for a charging timer. Figure 1 , Figure 1 1 is a flow chart of a control method of a charging timing instrument provided in an embodiment of the present application. The control method can be used for a host in the above-mentioned marine node system. The marine node system also includes multiple charging timing instruments and multiple marine nodes. The method includes:
[0066] Step 101: Obtain grouping information of multiple charging timers.
[0067] The grouping information is used to indicate that the plurality of charging timing instruments are divided into a plurality of charging timing instrument groups, each of which includes at least two charging timing instruments.
[0068] Step 102: Divide the plurality of charging timing instruments into a plurality of charging timing instrument groups based on the grouping information.
[0069] Step 103: configure the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node.
[0070] Step 104: Acquire control information, where the control information includes a plurality of sub-control information corresponding to the plurality of charging timing instrument groups.
[0071] Step 105: Based on the multiple sub-control information in the control information, control the multiple charging and timing instrument groups respectively, so that each charging and timing instrument in the charging and timing instrument group charges and provides timing to the connected marine node.
[0072] In summary, the embodiment of the present application provides a control method for multiple charging timing instruments. The method obtains the grouping information of the multiple charging timing instruments, divides the multiple charging timing instruments into multiple charging timing instrument groups based on the grouping information, and configures the communication identification of each charging timing instrument in the multiple charging timing instrument groups and the connection relationship with the ocean node. In this way, the multiple charging timing instrument groups can be controlled according to the acquired control information, so that each charging timing instrument in the charging timing instrument group charges and provides time to the connected ocean node. The method controls the charging timing instruments in groups, simplifies the control method, solves the problem that the control method is relatively cumbersome when the number of charging timing instruments is large, and achieves the effect of simplifying the control method of the charging timing instruments, thereby improving the convenience of use of the ocean node system.
[0073] This application embodiment provides another control method for a charging timer. Please refer to Figure 2 , Figure 2 1 is a flow chart of another control method of a charging timing instrument provided in an embodiment of the present application. The control method is used for a host in the above-mentioned marine node system. The marine node system also includes multiple charging timing instruments and multiple marine nodes. The method includes:
[0074] Step 201: Obtain grouping information of multiple charging timers.
[0075] The host can obtain grouping information of multiple charging timing instruments, where the source of the grouping information can be user input or generated by the host in a preset manner, and the grouping information can be used to indicate that the multiple charging timing instruments are divided into multiple charging timing instrument groups, each charging timing instrument group includes at least two charging timing instruments. The grouping information includes the number of multiple charging timing instruments and the number of multiple charging timing instrument groups. Exemplarily, the number of charging timing instruments is 12, and the number of charging timing instrument groups is 3. This application does not limit the number of charging timing instruments and the number of charging timing instrument groups.
[0076] Step 202: divide a plurality of charging and timing instruments into a plurality of charging and timing instrument groups based on the grouping information.
[0077] The host can divide the multiple charging timing instruments into multiple charging timing instrument groups based on the grouping information. Optionally, the host can include a display screen, so that the multiple charging timing instrument groups can be displayed on the display screen, so that the multiple charging timing instrument groups can be displayed more intuitively, which is conducive to clearly and effectively displaying the number and number of the charging timing instrument groups, as well as the number and number of the charging timing instruments in each charging timing instrument group. Exemplary, Figure 3A schematic diagram of a graphical display of a charging timing instrument group is shown, and the display area 310 is the display interface of the host display screen. The host divides 12 charging timing instruments into 3 charging timing instrument groups based on the grouping information, and the 3 charging timing instrument groups are named charging timing instrument group 1, charging timing instrument group 2 and charging timing instrument group 3. Among them, charging timing instrument group 1 includes 4 charging timing instruments, and the 4 charging timing instruments included in charging timing instrument group 1 are named charging timing instrument 1.1, charging timing instrument 1.2, charging timing instrument 1.3 and charging timing instrument 1.4. Among them, the numbers of the charging timing instrument group and the charging timing instrument can be generated by the preset program of the host, or the user can directly click the boxes of the charging timing instrument group and the charging timing instrument by clicking the mouse or touching the screen to input, so as to create or modify the numbers of the charging timing instrument group and the charging timing instrument.
[0078] In addition, after displaying multiple charging timing instrument groups on the display screen, the host can obtain adjustment instructions for the charging timing instrument group, and the adjustment instructions can include deleting or adding the charging timing instrument group, or deleting or adding the charging timing instruments in the charging timing instrument group. Exemplarily, the user can input the adjustment instructions by clicking the mouse or touching the screen directly on the boxes of the charging timing instrument group and the charging timing instrument, so that the host can delete or add the charging timing instrument group and the charging timing instrument.
[0079] The host adjusts the multiple charging timing instrument groups based on the above adjustment instructions, and can display the adjusted multiple charging timing instrument groups on the display screen, so that the adjustment status of the multiple charging timing instrument groups can be displayed more intuitively.
[0080] Step 203: Obtain the number and arrangement of ports of a first charging timing instrument in a first charging timing instrument group among multiple charging timing instrument groups.
[0081] The host can obtain the number and arrangement of ports of the first charging timing instrument in the first charging timing instrument group among the multiple charging timing instrument groups according to the information input by the user. The first charging timing instrument group is any one of the multiple charging timing instrument groups, the first charging timing instrument is any one of the first charging timing instrument group, and the first charging timing instrument includes at least one port, and the port of the charging timing instrument can be used to connect to the marine node. Exemplarily, the port of the charging timing instrument can also be displayed on the display screen, please refer to Figure 4 , Figure 4It is a schematic diagram of a graphical display of the ports of a charging timer provided in an embodiment of the present application. The display area 410 is the display interface of the host display screen. The first charging timer 420 includes 8 ports 430. The 8 ports 430 of the first charging timer 420 are arranged in rows and columns. The number of rows of the ports 430 of the first charging timer 420 is 2, and the number of columns of the ports 430 of the first charging timer 420 is 4. This embodiment does not limit the number and arrangement of the ports of the charging timer. The number and arrangement of the ports of different charging timers can adapt to the construction requirements of different marine node systems. In addition, Figure 4 The port of the second charging time service device is also shown, but this embodiment does not limit the number of charging time service devices displayed on the display interface.
[0082] Step 204: Based on the number and arrangement of the ports of the first charging timing instrument, the first charging timing instrument is configured so that the first charging timing instrument is connected to the marine node through the ports.
[0083] The host can configure the first charging timing instrument based on the number and arrangement of the ports of the first charging timing instrument, so that the first charging timing instrument is connected to the ocean node through the port, so that the host can control the charging timing instrument to charge or provide timing to the connected ocean node. In addition, the configuration of the ports of multiple charging timing instruments can also be displayed on the display screen. For example, the display screen can display whether the port of the charging timing instrument is connected to the ocean node, so that the configuration of the ports of multiple charging timing instruments can be displayed more intuitively.
[0084] Optionally, configuring the connection relationship between each charging timing instrument in the plurality of charging timing instrument groups and the marine node includes multiple methods. Among them, a method for configuring the connection relationship between each charging timing instrument in the plurality of charging timing instrument groups and the marine node provided in this embodiment includes:
[0085] 1) Obtain regional information of multiple ocean nodes.
[0086] 2) Based on the regional information of multiple marine nodes, the connection relationship between each charging timing instrument in multiple charging timing instrument groups and the marine nodes is configured, so that the marine nodes connected to the charging timing instruments in one charging timing instrument group can be located in the same area.
[0087] The area information is the area set by the ocean node in the ocean. The area information can also be displayed on the display screen. For example, please refer to Figure 5 , Figure 5It is a schematic diagram of a graphical display of an ocean node provided in an embodiment of the present application, wherein display area 510 is a display interface of the host display screen, wherein the ocean node connected to the charging timing instrument in charging timing instrument group 1 is located in area A, and the ocean node connected to the charging timing instrument in charging timing instrument group 2 is located in area B.
[0088] Another method for configuring the connection relationship between each charging timing instrument in a plurality of charging timing instrument groups and an ocean node provided by this embodiment includes:
[0089] 1) Obtain functional information of multiple ocean nodes.
[0090] 2) Based on the functional information of multiple marine nodes, the connection relationship between each charging timing instrument in multiple charging timing instrument groups and the marine node is configured, so that the functions of the marine nodes connected to the charging timing instruments in one charging timing instrument group can be the same. The functional information may include the type of data collected by the marine node.
[0091] Step 205: Determine the communication identifier of the first charging timing instrument in the first charging timing instrument group.
[0092] The host can distinguish different charging timers through the communication identifier of the charging timer, so as to realize the host's control over the specified charging timer. The communication identifier of the charging timer can be the Internet Protocol address (IP) of the charging timer, and the IP can be used as a distinguishing mark of the charging timer. In addition, Figure 3 The numbers of the charging timers in the charging timer group shown may also be consistent with the IP addresses of the charging timers, so that the corresponding relationship between the host and the charging timers can be intuitively displayed.
[0093] Step 206: Determine whether the communication identification of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are configured. When the communication identification of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are configured, execute step 207; when the communication identification of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are not configured, execute step 208.
[0094] The host can determine whether the communication identification of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are configured. For example, please refer to Figure 5 The first charging timing instrument group is charging timing instrument group 1. There are two charging timing instruments in the first charging timing instrument group. The host checks the communication identifications of the two charging timing instruments and whether the connection relationship with the marine node is configured.
[0095] Step 207: Determine whether the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node are configured. When the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node are configured, execute step 209; when the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node are not configured, execute step 210.
[0096] The host can determine whether the communication identification of each charging timing instrument in the other charging timing instrument groups except the first charging timing instrument group and the connection relationship with the marine node are configured. For example, please refer to Figure 5 When the host confirms that the communication identification of each charging timing instrument in the charging timing instrument group 1 and the connection relationship with the marine node are configured, it checks in turn whether the communication identification of the two charging timing instruments in the charging timing instrument group 2 and the connection relationship with the marine node are configured.
[0097] Step 208: configure the communication identifier of the second charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node.
[0098] The host can configure the communication identifier of the second charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node when the communication identifier of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are not configured, wherein the second charging timing instrument is any charging timing instrument in the first charging timing instrument group except the first charging timing instrument. For example, please refer to Figure 5 When the host confirms that the communication identification of the charging timing instrument 1.2 in the charging timing instrument group 1 and the connection relationship with the marine node have not been configured, the charging timing instrument 1.2 is configured.
[0099] Step 209: configure the communication identifier of each charging timing instrument in the second charging timing instrument group in the plurality of charging timing instrument groups and the connection relationship with the marine node.
[0100] When the communication identification of each charging timing instrument in the multiple charging timing instrument groups and the connection relationship with the marine node are not configured, the host can configure the communication identification of each charging timing instrument in the second charging timing instrument group in the multiple charging timing instrument groups and the connection relationship with the marine node, wherein the second charging timing instrument group is any charging timing instrument in the multiple charging timing instrument groups except the first charging timing instrument group. For example, please refer to Figure 5 When the host confirms that the communication identification of the charging timing instrument in the charging timing instrument group 2 and the connection relationship with the marine node have not been configured, each charging timing instrument in the charging timing instrument group 2 is configured in turn.
[0101] Step 210: Acquire control information, where the control information includes a plurality of sub-control information corresponding to a plurality of charging timing instrument groups.
[0102] The host can obtain control information upon confirming that the communication identifier of each charging timing instrument in multiple charging timing instrument groups and the connection relationship configuration with the marine node are complete, and the control information includes multiple sub-control information corresponding to the multiple charging timing instrument groups. Exemplarily, the sub-control information A obtained by the host corresponds to the charging timing instrument group numbered A, so that the host can accurately control the charging timing instrument group corresponding to the number based on the number of the charging timing instrument group. In addition, multiple sub-control information corresponds to the communication identifier of each charging timing instrument in the corresponding charging timing instrument group, so that the host can control each charging timing instrument in the corresponding charging timing instrument group. The multiple sub-control information corresponding to multiple charging timing instrument groups may include controlling the charging timing instrument to charge the connected marine node, or controlling the charging timing instrument to provide time to the connected marine node. Exemplarily, please refer to Figure 5 The sub-control information corresponding to the charging timing instrument group 1 obtained by the host is charging, and the sub-control information corresponding to the charging timing instrument group 2 obtained by the host is timing.
[0103] Step 211: Based on the multiple sub-control information in the control information, control the multiple charging and timing instrument groups respectively, so that each charging and timing instrument in the charging and timing instrument group charges and provides timing to the connected marine node.
[0104] The host can control multiple charging and timing instrument groups based on multiple sub-control information in the control information. For example, please refer to Figure 5 Based on the above-mentioned multiple sub-control information, the host can control each charging timing instrument in the charging timing instrument group 1 to charge the connected marine node, and control each charging timing instrument in the charging timing instrument group 2 to provide time to the connected marine node.
[0105] In addition, based on the multiple sub-control information in the control information, multiple charging timing instrument groups are controlled respectively so that each charging timing instrument in the charging timing instrument group charges and provides timing to the connected marine node. Figure 6 , Figure 6 1 is a flowchart of some steps in another control method of a charging time service device provided in an embodiment of the present application. The control method may also include:
[0106] Step 601: After a plurality of ocean nodes have collected preset data in a preset area in the ocean, a plurality of charging timing devices are connected to the plurality of ocean nodes.
[0107] Multiple ocean nodes can collect preset data in preset areas in the ocean, where the preset areas may include areas where ocean nodes are set, and the preset data may include oil and gas reservoir data, seabed topography, seawater temperature, seawater salinity, seabed organisms, seabed minerals, etc.
[0108] Step 602: Obtain preset data through multiple charging timers.
[0109] The host can obtain preset data by connecting multiple marine nodes through multiple charging timing devices. For example, the preset data may include oil and gas reservoir data. The oil and gas reservoir is a closed area where a certain amount of oil and gas are gathered. The host can obtain the oil and gas reservoir data through the charging timing device and perform data analysis on the oil and gas reservoir data to obtain the oil and gas distribution in the preset area.
[0110] In summary, the embodiment of the present application provides a control method for multiple charging timing instruments. The method obtains the grouping information of the multiple charging timing instruments, divides the multiple charging timing instruments into multiple charging timing instrument groups based on the grouping information, and configures the communication identification of each charging timing instrument in the multiple charging timing instrument groups and the connection relationship with the ocean node. In this way, the multiple charging timing instrument groups can be controlled according to the acquired control information, so that each charging timing instrument in the charging timing instrument group charges and provides time to the connected ocean node. The method controls the charging timing instruments in groups, simplifies the control method, solves the problem that the control method is relatively cumbersome when the number of charging timing instruments is large, and achieves the effect of simplifying the control method of the charging timing instruments, thereby improving the convenience of use of the ocean node system.
[0111] On the other hand, the present application embodiment provides a control device for a charging timer, please refer to Figure 7 , Figure 7 : is a schematic diagram of a control device of a charging time service device provided in an embodiment of the present application. The control device 700 of the charging time service device includes:
[0112] The grouping information acquisition module 710 is used to acquire grouping information of multiple charging timing instruments, where the grouping information is used to indicate that the multiple charging timing instruments are divided into multiple charging timing instrument groups, each charging timing instrument group including at least two charging timing instruments.
[0113] The grouping module 720 is used to group the multiple charging and timing instruments into multiple charging and timing instrument groups based on the grouping information.
[0114] The configuration module 730 is used to configure the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node.
[0115] The control information acquisition module 740 is used to acquire control information, where the control information includes a plurality of sub-control information corresponding to a plurality of charging and timing instrument groups.
[0116] The control module 750 is used to control the multiple charging and timing instrument groups respectively based on the multiple sub-control information in the control information, so that each charging and timing instrument in the charging and timing instrument group charges and provides timing to the connected marine node.
[0117] In summary, the embodiment of the present application provides a control device for multiple charging timing instruments. The control device obtains the grouping information of the multiple charging timing instruments, divides the multiple charging timing instruments into multiple charging timing instrument groups based on the grouping information, and configures the communication identification of each charging timing instrument in the multiple charging timing instrument groups and the connection relationship with the ocean node. In this way, the multiple charging timing instrument groups can be controlled according to the acquired control information, so that each charging timing instrument in the charging timing instrument group charges and provides time to the connected ocean node. The method controls the charging timing instruments in groups, simplifies the control method, solves the problem that the control method is relatively cumbersome when the number of charging timing instruments is large, and achieves the effect of simplifying the control method of the charging timing instruments, thereby improving the convenience of use of the ocean node system.
[0118] In addition, the control device of the charging time service instrument may also include:
[0119] The checking module is used to determine whether the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node are configured.
[0120] When the communication identification of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are configured, the checking module is used to determine whether the communication identification of each charging timing instrument in multiple charging timing instrument groups and the connection relationship with the marine node are configured.
[0121] When the communication identification of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are not configured, the host configures the communication identification of the second charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node.
[0122] When the communication identification of each charging timing instrument in the multiple charging timing instrument groups and the connection relationship with the marine node are not configured, the host configures the communication identification of each charging timing instrument in the second charging timing instrument group in the multiple charging timing instrument groups and the connection relationship with the marine node.
[0123] The display module is used to display multiple charging timing instrument groups, multiple charging timing instruments and multiple marine nodes.
[0124] Exemplarily, the display module can display the number and number of charging timing instrument groups, and the number and number of charging timing instruments in each charging timing instrument group; the display module can display the number and arrangement of ports of each charging timing instrument; the display module can display the number, number and area information of the ocean nodes connected to each charging timing instrument.
[0125] Additionally, configuration modules may include:
[0126] The port information acquisition submodule is used to obtain the number and arrangement of ports of a first charging timing instrument in a first charging timing instrument group among multiple charging timing instrument groups.
[0127] The port configuration submodule is used to configure the first charging timing instrument based on the number and arrangement of the ports of the first charging timing instrument, so that the first charging timing instrument is connected to the marine node through the port.
[0128] The communication identification configuration submodule is used to determine the communication identification of the first charging timing instrument in the first charging timing instrument group.
[0129] On the other hand, the present application embodiment provides an ocean node system, please refer to Figure 8 , Figure 8 It is a schematic diagram of an ocean node system provided in an embodiment of the present application. The ocean node system 80 includes a host 81, multiple charging timers 82 and multiple ocean nodes 84.
[0130] The host 81 is used to obtain grouping information of the multiple charging timing instruments 82 , where the grouping information is used to indicate that the multiple charging timing instruments 82 are divided into multiple charging timing instrument groups 83 , each charging timing instrument group 83 including at least two charging timing instruments 82 .
[0131] The host 81 is used to divide the plurality of charging timing instruments 82 into a plurality of charging timing instrument groups 83 based on the grouping information.
[0132] The host 81 is used to configure the communication identification of each charging timing instrument 82 in the plurality of charging timing instrument groups 83 and the connection relationship with the marine node 84 .
[0133] The host 81 is used to obtain control information, and the control information includes a plurality of sub-control information corresponding to the plurality of charging timing instrument groups 83 one by one.
[0134] The host 81 is used to control the multiple charging timing instrument groups 83 respectively based on the multiple sub-control information in the control information, so that each charging timing instrument 82 in the charging timing instrument group 83 charges and provides timing to the connected marine node 84.
[0135] In summary, the embodiment of the present application provides an ocean node system, which includes a host, multiple charging timers and multiple ocean nodes. The host in the ocean node system obtains the grouping information of multiple charging timers, divides the multiple charging timers into multiple charging timer groups based on the grouping information, and configures the communication identification of each charging timer in the multiple charging timer groups and the connection relationship with the ocean node, so that the multiple charging timer groups can be controlled according to the acquired control information, so that each charging timer in the charging timer group charges and timers the connected ocean nodes. The method controls the charging timers in groups, simplifies the control method, solves the problem that the control method is cumbersome when the number of charging timers is large, and achieves the effect of simplifying the control method of the charging timer, thereby improving the convenience of use of the ocean node system.
[0136] Optionally, refer to Figure 8 The host 81 can also be used to obtain the number and arrangement of ports of the first charging timing instrument 821 in the first charging timing instrument group 831 in the multiple charging timing instrument groups 83. The first charging timing instrument group 831 is any one of the multiple charging timing instrument groups 83, and the first charging timing instrument 821 is any one of the first charging timing instrument group 831. The first charging timing instrument 821 includes at least one port. Exemplarily, Figure 8 In the marine node system shown, the first charging timing instrument group 831 is the charging timing instrument group 1, the first charging timing instrument 821 is the charging timing instrument 1.1, and the first charging timing instrument 821 includes 2 ports.
[0137] In addition, the host 81 can be used to configure the first charging timing instrument 821 based on the number and arrangement of the ports of the first charging timing instrument 821, so that the first charging timing instrument 821 is connected to the marine node 84 through the port. Figure 8 The first charging timer 821 in the shown marine node system is connected to two marine nodes 84 through two ports respectively. The two marine nodes can be named marine node 1.1.1 and marine node 1.1.2 respectively. It should be noted that: Figure 8 In the illustrated marine node system, a plurality of charging timing instruments are respectively connected to two marine nodes 84, but this embodiment does not limit the number of marine nodes to which the charging timing instruments are connected.
[0138] The host 81 can be used to determine the communication identifier of the first charging timer 821 in the first charging timer group 831. The host 81 can distinguish the first charging timer 821 from other charging timers in the plurality of charging timers 82 by the communication identifier of the first charging timer 821, thereby realizing the control of the first charging timer 821 by the host 81.
[0139] In the present application, the terms "first" and "second" are used for descriptive purposes only and should not be understood as indicating or implying relative importance. The term "plurality" refers to two or more than two, unless otherwise clearly defined.
[0140] In the several embodiments provided in the present application, it should be understood that the disclosed devices and methods can be implemented in other ways. For example, the device embodiments described above are only schematic. For example, the division of the units is only a logical function division. There may be other division methods in actual implementation, such as multiple units or components can be combined or integrated into another system, or some features can be ignored or not executed. Another point is that the mutual coupling or direct coupling or communication connection shown or discussed can be through some interfaces, indirect coupling or communication connection of devices or units, which can be electrical, mechanical or other forms.
[0141] The units described as separate components may or may not be physically separated, and the components shown as units may or may not be physical units, that is, they may be located in one place or distributed on 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.
[0142] A person skilled in the art will understand that all or part of the steps to implement the above embodiments may be accomplished by hardware or by instructing related hardware through a program, and the program may be stored in a computer-readable storage medium, and the above-mentioned storage medium may be a read-only memory, a disk or an optical disk, etc.
[0143] The above description is only an optional embodiment of the present application and is not intended to limit the present application. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present application shall be included in the protection scope of the present application.
Claims
1. A control method for a charging time service instrument, characterized in that: The control method is used for a host in an ocean node system, wherein the ocean node system further comprises a plurality of charging timers and a plurality of ocean nodes, and the method comprises: Acquire grouping information of the plurality of charging timing instruments, wherein the grouping information is used to indicate that the plurality of charging timing instruments are divided into a plurality of charging timing instrument groups, each of the charging timing instrument groups including at least two of the charging timing instruments; dividing the plurality of charging timers into the plurality of charging timer groups based on the grouping information; Configuring the communication identifier of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node; Acquire control information, wherein the control information includes a plurality of sub-control information corresponding one by one to the plurality of charging timing instrument groups; Based on the communication identifier and the plurality of sub-control information in the control information, the plurality of charging and timing instrument groups are controlled respectively, so that each charging and timing instrument in the charging and timing instrument group charges and provides timing to the connected marine node.
2. The method according to claim 1, characterized in that The configuring of the communication identifier of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node includes: Obtaining the number and arrangement of ports of a first charging timing instrument in a first charging timing instrument group among the plurality of charging timing instrument groups; Based on the number and arrangement of the ports of the first charging timing instrument, the first charging timing instrument is configured so that the first charging timing instrument is connected to the marine node through the ports; Determine a communication identifier of a first charging timing instrument in the first charging timing instrument group.
3. The method according to claim 2, characterized in that After determining the communication identifier of the first charging time service instrument in the first charging time service instrument group, the method further includes: Determine whether the communication identification of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are configured; When the communication identification of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are configured, determining whether the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node are configured; When the communication identifier of each charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node are not configured, configure the communication identifier of the second charging timing instrument in the first charging timing instrument group and the connection relationship with the marine node; When the communication identification of each charging timing instrument in the multiple charging timing instrument groups and the connection relationship with the marine node are not configured, the communication identification of each charging timing instrument in the second charging timing instrument group in the multiple charging timing instrument groups and the connection relationship with the marine node are configured.
4. The method according to claim 1, characterized in that: The configuring of the connection relationship between each charging timing instrument in the plurality of charging timing instrument groups and the marine node includes: Acquire regional information of the plurality of ocean nodes; Based on the area information of the multiple marine nodes, the connection relationship between each charging timing instrument in the multiple charging timing instrument groups and the marine node is configured so that the marine nodes connected to the charging timing instruments in one charging timing instrument group are located in the same area.
5. The method according to claim 1, characterized in that The configuring of the connection relationship between each charging timing instrument in the plurality of charging timing instrument groups and the marine node includes: Acquiring functional information of the plurality of ocean nodes; Based on the functional information of the multiple marine nodes, the connection relationship between each charging timing instrument in the multiple charging timing instrument groups and the marine node is configured so that the functions of the marine nodes connected to the charging timing instruments in one charging timing instrument group are the same.
6. The method according to any one of claims 1 to 5, characterized in that: The host includes a display screen, and the method of dividing the plurality of charging time service instruments into the plurality of charging time service instrument groups based on the grouping information includes: Displaying the plurality of charging timing instrument groups on the display screen; Obtaining adjustment instructions for the charging timing instrument group; Adjusting the plurality of charging timing instrument groups based on the adjustment instruction; The adjusted multiple charging time service instrument groups are displayed on the display screen.
7. The method according to any one of claims 1 to 5, characterized in that: After the plurality of charging and timing instrument groups are controlled based on the plurality of sub-control information in the control information, so that each charging and timing instrument in the charging and timing instrument group charges and provides timing to the connected marine node, the method further comprises: After the plurality of ocean nodes collect preset data in a preset area in the ocean, connecting with the plurality of ocean nodes through the plurality of charging time transmitters; The preset data is obtained through the multiple charging timing devices.
8. A control device for a multi-charging time service instrument, characterized in that: The control device of the charging time service instrument comprises: A grouping information acquisition module, used for acquiring grouping information of the plurality of charging time service instruments, wherein the grouping information is used for indicating that the plurality of charging time service instruments are divided into a plurality of charging time service instrument groups, each of the charging time service instrument groups including at least two of the charging time service instruments; A grouping module, used for dividing the plurality of charging time service instruments into the plurality of charging time service instrument groups based on the grouping information; A configuration module, used to configure the communication identifier of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node; A control information acquisition module, used to acquire control information, wherein the control information includes a plurality of sub-control information corresponding to the plurality of charging timing instrument groups one by one; The control module is used to control the multiple charging and timing instrument groups respectively based on the multiple sub-control information in the control information, so that each charging and timing instrument in the charging and timing instrument group charges and provides time to the connected marine node.
9. A marine node system, characterized in that: The marine node system includes a host, multiple charging timers and multiple marine nodes; The host is used to obtain grouping information of the plurality of charging timing instruments, wherein the grouping information is used to indicate that the plurality of charging timing instruments are divided into a plurality of charging timing instrument groups, each of the charging timing instrument groups including at least two of the charging timing instruments; The host is used for dividing the plurality of charging timing instruments into the plurality of charging timing instrument groups based on the grouping information; The host is used to configure the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node; The host is used to obtain control information, wherein the control information includes a plurality of sub-control information corresponding to the plurality of charging timing instrument groups one by one; The host is used to control the multiple charging and timing instrument groups respectively based on the multiple sub-control information in the control information, so that each charging and timing instrument in the charging and timing instrument group charges and provides timing to the connected marine node.
10. The marine node system according to claim 9, characterized in that: The host is used to configure the communication identification of each charging timing instrument in the plurality of charging timing instrument groups and the connection relationship with the marine node, including: The host is used to obtain the number and arrangement of ports of a first charging timing instrument in a first charging timing instrument group among the multiple charging timing instrument groups; The host is used to configure the first charging timing instrument based on the number and arrangement of the ports of the first charging timing instrument, so that the first charging timing instrument is connected to the marine node through the port; The host is used to determine the communication identifier of the first charging timing instrument in the first charging timing instrument group.