Wave control scanning control system

Abstract

The invention relates to the field of wave beam scanning control, and discloses a wave control scanning control system, which is characterized by comprising a wave beam control server and a front-end display control module, the front-end display control module is used for providing a visual interface and supporting a user to input a control instruction, and the control instruction is used for operating and controlling the wave beam control server; the beam control server comprises a calculation processing module, a beam parameter control module and a beam transmitting module; the beam parameter control module is used for setting a beam scanning task and configuring a beam scanning center, a beam scanning range and a beam scanning path of the beam scanning task; the beam transmitting module is used for transmitting beams, and the calculation processing module is used for assisting the beam parameter control module to perform data calculation processing in the beam scanning process, so that the practical beam scanning convenient operation can be met in the control function, the production cost can be reduced in the production process, and the production efficiency is improved. And the production efficiency is also accelerated.

Description

Technical Field

[0001] The present invention relates to the field of beam scanning control, and more particularly to a beam scanning control system. Background Art

[0002] Beam sweeping is a technology used in wireless communication systems to improve signal coverage and capacity. In 5G (NR) networks, multiple antenna arrays are used to send and receive signals to achieve beamforming and improve coverage efficiency.

[0003] The antenna beam scanning mode is generally divided into two modes: mechanical scanning and electronic scanning. Electronic scanning can be further divided into phase scanning and frequency scanning. With the rapid development of electronic computers and integrated circuit technology, the phase scanning system has been widely used in new radar systems, such as phased array radars. However, the existing beam scanning control system involves very precise beam control, which often involves a variety of calculations and controls. However, for small and medium-sized radar manufacturers, when producing such radars, they will pay a large R&D and production cost. Therefore, it is necessary to carry out various modular packaging and integrated production for the existing beam scanning control system, so that each functional unit is relatively simple in calculation design, and can become a calculation whole after integration, which can reduce costs while speeding up production efficiency. Summary of the invention

[0004] The purpose of the present invention is to provide a waveguide scanning control system, which can not only meet the actual convenient operation of beam scanning in terms of control function, but also reduce production costs and improve production efficiency during the production process.

[0005] The above technical objectives of the present invention are achieved through the following technical solutions: A beam control scanning control system, characterized in that it includes a beam control server, a front-end display and control module,

[0006] A front-end display and control module, which is used to provide a visual interface and support user input of control instructions, wherein the control instructions are used to operate and control the beam control server;

[0007] The beam control server includes: a calculation processing module, a beam parameter control module, and a beam transmission module; the beam parameter control module is used to set a beam scanning task and configure the beam scanning center, beam scanning range, and beam scanning path of the beam scanning task;

[0008] The beam transmitting module is used to transmit the beam;

[0009] The calculation and processing module is used to assist the beam parameter control module in performing data calculation and processing during the beam scanning process.

[0010] As a preferred technical solution of the present invention, the wave number parameter control module includes: a beam scanning task configuration submodule and a task mode configuration submodule;

[0011] The beam scanning task configuration submodule is used to set up several beam scanning tasks and configure the beam scanning center, beam scanning range, and beam scanning path for each beam scanning task;

[0012] The task mode configuration submodule is used to configure an execution mode for the beam scanning task, and the execution mode includes a manual trigger mode, an automatic timing trigger mode, and an automatic event trigger mode.

[0013] As a preferred technical solution of the present invention, the beam control server further includes a beam scanning time configuration module;

[0014] The beam scanning time configuration module is used to configure several beam transmission schedules. In the automatic time trigger mode, the beam transmission module calls the beam transmission schedule, and when the time node of the beam transmission schedule is reached, the beam is transmitted to perform beam scanning.

[0015] As a preferred technical solution of the present invention, the beam control server further includes a beam scanning event configuration module;

[0016] The beam scanning event configuration module is used to configure several task trigger event tables. In the automatic event trigger mode, the beam transmitting module calls the task trigger event table to monitor events. When there is a task trigger event, the beam is transmitted to perform beam scanning.

[0017] As a preferred technical solution of the present invention, it also includes a data transmission module;

[0018] The data transmission module is connected to the front-end display and control module and the beam control server respectively, and is used to support real-time data transmission between the front-end display and control module and the beam control server.

[0019] As a preferred technical solution of the present invention, the calculation and processing module is also used to perform data analysis after the beam scanning is completed to obtain the beam scanning result.

[0020] As a preferred technical solution of the present invention, the visual interface provided by the front-end display and control module is provided with a real-time data feedback window;

[0021] The real-time data feedback window is used to display various real-time data during the beam scanning process.

[0022] In summary, the present invention has the following beneficial effects: in the actual beam scanning application process, the control personnel inputs control instructions through the visual interface of the front-end display and control module to control the work of the beam control server with the control instructions. First, the beam scanning task to be performed is established according to actual needs, and various parameters are set on the beam scanning task through the beam parameter control module, including the beam scanning center, beam scanning range, beam scanning path, etc. At the same time, the execution mode of the beam scanning task is also set, and various execution modes are configured for calling and triggering during the execution of the actual beam scanning task. When the beam scanning task is executed, the entire beam scanning task execution data is also calculated and processed by the calculation processing module, and data analysis is performed to obtain various data results, which are then fed back to the control staff through the visual interface of the front-end display and control module for actual control adjustment. Furthermore, the wave-controlled scanning control system of the present invention has carried out functional unit differentiation for each control module, so that in actual production, each functional module can be packaged and produced separately. After the differentiation and production of each functional module is completed, it can be shipped out of the factory after integrated installation and functional debugging. Therefore, the wave-controlled scanning control system of the present invention can not only meet the actual convenient operation of beam scanning in terms of control function, but also reduce production costs and accelerate production efficiency during the production process. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Figure 1 It is a system structure diagram of the present invention. DETAILED DESCRIPTION

[0024] The present invention is further described in detail below in conjunction with the accompanying drawings.

[0025] like Figure 1 As shown, the present invention provides a beam control scanning control system, including a beam control server, a front-end display control module,

[0026] The front-end display and control module is used to provide a visual interface and support user input of control instructions. The control instructions are used to operate and control the beam control server. The visual interface provided by the front-end display and control module is provided with a real-time data feedback window. The real-time data feedback window is used to display various real-time data during the beam scanning process. It is convenient for control staff to directly perform visual operations and issue operation instructions through the front-end display and control module, and can also obtain various real-time data in the beam scanning in a timely manner, which is convenient for actual control adjustments.

[0027] The beam control server includes: a calculation processing module, a beam parameter control module, a beam transmission module, a beam scanning time configuration module, and a beam scanning event configuration module;

[0028] A beam transmitting module, used to actually transmit the beam according to the beam scanning task parameters;

[0029] The calculation and processing module is used to assist the beam parameter control module in performing data calculation and processing during the beam scanning process. The calculation and processing module is also used to perform data analysis after the beam scanning is completed to obtain the beam scanning result.

[0030] The beam scanning time configuration module is used to configure several beam transmission schedules. In the automatic time trigger mode, the beam transmission module calls the beam transmission schedule and transmits the beam for beam scanning when the time node of the beam transmission schedule is reached.

[0031] The beam scanning event configuration module is used to configure several task trigger event tables. In the automatic event trigger mode, the beam transmitting module calls the task trigger event table for event monitoring. When there is a task trigger event, the beam is transmitted for beam scanning.

[0032] The beam parameter control module is used to set the beam scanning task and configure the beam scanning center, beam scanning range, and beam scanning path of the beam scanning task;

[0033] Specifically, the wave number parameter control module includes: a beam scanning task configuration submodule and a task mode configuration submodule;

[0034] The beam scanning task configuration submodule is used to set up several beam scanning tasks and configure the beam scanning center, beam scanning range, and beam scanning path for each beam scanning task;

[0035] The task mode configuration submodule is used to configure the execution mode of the beam scanning task. The execution modes include manual trigger mode, automatic timing trigger mode, and automatic event trigger mode. In the manual trigger mode, the corresponding staff directly initiates the beam scanning control. In the automatic timing trigger mode, when the preset time is reached, the beam scanning execution is triggered. In the automatic time trigger mode, the beam scanning is triggered when the preset event is detected.

[0036] The beam control scanning control system of the present invention also includes a data transmission module; the data transmission module is respectively connected to the front-end display and control module and the beam control server, and is used to support real-time data transmission between the front-end display and control module and the beam control server.

[0037] The working principle, use process and technical advantages of the beam control scanning control system of the present invention are as follows: in the actual beam scanning application process, the control personnel input the control instructions through the visual interface of the front-end display and control module to control the work of the beam control server with the control instructions. First, the beam scanning task to be performed is established according to actual needs, and various parameters are set on the beam scanning task through the beam parameter control module, including the beam scanning center, beam scanning range, beam scanning path, etc. At the same time, the execution mode of the beam scanning task is set, and various execution modes are configured for calling and triggering during the execution of the actual beam scanning task. When the beam scanning task is executed, the entire beam scanning task execution data is also calculated and processed by the calculation processing module, and data analysis is performed to obtain various data results, which are then fed back to the control staff through the visual interface of the front-end display and control module for actual control adjustment. Furthermore, the wave-controlled scanning control system of the present invention has carried out functional unit differentiation for each control module, so that in actual production, each functional module can be packaged and produced separately. After the differentiation and production of each functional module is completed, it can be shipped out of the factory after integrated installation and functional debugging. Therefore, the wave-controlled scanning control system of the present invention can not only meet the actual convenient operation in terms of control function, but also can reduce production costs and accelerate production efficiency during the production process.

[0038] The above is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments. All technical solutions under the concept of the present invention belong to the protection scope of the present invention. It should be pointed out that for ordinary technicians in this technical field, some improvements and modifications without departing from the principle of the present invention should also be regarded as the protection scope of the present invention.

Claims

1. A wave-controlled scanning control system, characterized in that: Including beam control server, front-end display and control module, A front-end display and control module, which is used to provide a visual interface and support user input of control instructions, wherein the control instructions are used to operate and control the beam control server; The beam control server includes: a calculation processing module, a beam parameter control module, and a beam transmission module; the beam parameter control module is used to set a beam scanning task and configure the beam scanning center, beam scanning range, and beam scanning path of the beam scanning task; The beam transmitting module is used to transmit the beam; The calculation and processing module is used to assist the beam parameter control module in performing data calculation and processing during the beam scanning process.

2. A waveguide scanning control system according to claim 1, characterized in that: The wave number parameter control module includes: a beam scanning task configuration submodule and a task mode configuration submodule; The beam scanning task configuration submodule is used to set up several beam scanning tasks and configure the beam scanning center, beam scanning range, and beam scanning path for each beam scanning task; The task mode configuration submodule is used to configure an execution mode for the beam scanning task, and the execution mode includes a manual trigger mode, an automatic timing trigger mode, and an automatic event trigger mode.

3. A waveguide scanning control system according to claim 2, characterized in that: The beam control server also includes a beam scanning time configuration module; The beam scanning time configuration module is used to configure several beam transmission schedules. In the automatic time trigger mode, the beam transmission module calls the beam transmission schedule, and when the time node of the beam transmission schedule is reached, the beam is transmitted to perform beam scanning.

4. A waveguide scanning control system according to claim 3, characterized in that: The beam control server also includes a beam scanning event configuration module; The beam scanning event configuration module is used to configure several task trigger event tables. In the automatic event trigger mode, the beam transmitting module calls the task trigger event table to monitor events. When there is a task trigger event, the beam is transmitted to perform beam scanning.

5. A waveguide scanning control system according to claim 4, characterized in that: Also includes a data transmission module; The data transmission module is connected to the front-end display and control module and the beam control server respectively, and is used to support real-time data transmission between the front-end display and control module and the beam control server.

6. A waveguide scanning control system according to claim 5, characterized in that: The calculation processing module is also used to perform data analysis after the beam scanning is completed to obtain the beam scanning result.

7. A waveguide scanning control system according to claim 6, characterized in that: The visual interface provided by the front-end display and control module is provided with a real-time data feedback window; The real-time data feedback window is used to display various real-time data during the beam scanning process.

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