技术领域technical field
本发明涉及一种狙击手指挥系统及该狙击手指挥系统采用的狙击方法，尤其是一种多方位、全天候狙击手精确打击指挥系统及该打击指挥系统的狙击方法。The invention relates to a sniper command system and a sniper method adopted by the sniper command system, in particular to a multi-directional, all-weather sniper precision strike command system and the sniper method of the strike command system.
背景技术Background technique
狙击手是特勤单位手中的一把利剑，担负着打击首犯、解救人质的重要任务。在处置紧急突发事件中，狙击手对现场形势的了解、狙击手与指挥中心以及狙击手与狙击手之间的沟通配合是至关重要的。A sniper is a sharp sword in the hands of a special service unit, and is responsible for the important task of attacking the first criminal and rescuing the hostages. In dealing with emergencies, the sniper's understanding of the situation on the scene, the communication between the sniper and the command center, and the communication between the sniper and the sniper are very important.
当前国内，特警狙击手信息化装备水平较低。大多数情况下，狙击手只能通过单兵电台与队友以及指挥中心保持联系，狙击手和指挥中心都难以获得现场的全面信息；而狙击手对现场环境了解不足，或者与指挥中心沟通稍有不畅，就会错过狙击的最佳时机，带来难以想象的后果。At present, in China, the level of information equipment for special police snipers is relatively low. In most cases, snipers can only keep in touch with their teammates and the command center through individual radio stations, and it is difficult for both the sniper and the command center to obtain comprehensive information on the scene; while the sniper has insufficient understanding of the scene environment, or has a little communication with the command center. If it is not smooth, the best opportunity for sniping will be missed, which will bring unimaginable consequences.
发明内容Contents of the invention
为解决特勤单位对处突现场的实时控制和信息化指挥问题，本发明提供一种能获取狙击最佳时机的狙击手指挥系统及该狙击手指挥系统采用的狙击方法。In order to solve the problem of real-time control and informationized command of the special service unit on the scene of the sudden attack, the present invention provides a sniper command system capable of obtaining the best opportunity for sniping and a sniper method adopted by the sniper command system.
本发明是这样实现的，一种狙击手指挥系统，其应用于突发事件现场，该突发事件现场布置A、B、C、D、E、F六个点，其中，A点、B点、E点位于该突发事件现场的三个方位，C点、D点并列位于该突发事件现场的另一方位，从而A点、B点、E点、C点、D点五个点将该突发事件现场进行包围，该F点位于E点的后方；其中，The present invention is achieved in this way, a sniper command system, which is applied to the scene of an emergency, where six points A, B, C, D, E, and F are arranged at the scene of an emergency, wherein, points A and B , point E is located in three directions of the emergency scene, and points C and D are located side by side in another direction of the emergency scene, so that the five points A, B, E, C and D will be Surrounding the scene of the emergency, the F point is located behind the E point; wherein,
该狙击手指挥系统划分为战术侦察系统、狙击侦察指挥系统、战术突击侦察系统和指挥控制存储系统；该狙击手指挥系统包括配备有加装视频取景系统的激光测距火控瞄准镜、第一至第四共四个微波传输模块、第一至第二两个臂腕式接收机、配备有加装视频取景系统的微光夜视枪瞄、配备有加装视频取景系统的昼夜两用电视枪瞄、高功率激光远程侦察仪、DB日夜侦察指挥仪、四通道便携接收机；其中，A点、B点均设置为狙击地点，C点设置为战术侦察突击点，D点设置为视野开阔制高点，E点设置为机动观察点，F点设置为指挥中心；A狙击地点：配备有加装视频取景系统的该激光测距火控瞄准镜、该第一微波传输模块以及该第一臂腕式接收机；B狙击地点：配备有加装视频取景系统的该微光夜视枪瞄、该第二微波传输模块以及该第二臂腕式接收机；C战术侦察突击点：配备有加装视频取景系统的该昼夜两用电视枪瞄以及该第三微波传输模块；D视野开阔制高点：配备该高功率激光远程侦察仪以及该第四微波传输模块；E机动观察点：配备该DB日夜侦察指挥仪以及第五微波传输模块；F指挥中心，配备该四通道便携接收机；The sniper command system is divided into tactical reconnaissance system, sniper reconnaissance command system, tactical assault reconnaissance system and command control storage system; A total of four microwave transmission modules to the fourth, two arm-wrist receivers from the first to the second, a low-light night vision gun sight equipped with an additional video viewfinder system, and a day and night dual-purpose TV equipped with an additional video viewfinder system Gun sight, high-power laser long-range reconnaissance instrument, DB day and night reconnaissance director, four-channel portable receiver; among them, points A and B are set as sniper locations, point C is set as a tactical reconnaissance assault point, and point D is set as a wide field of view Commanding heights, point E is set as a maneuvering observation point, and point F is set as a command center; A sniper site: equipped with the laser ranging fire control sight equipped with a video viewfinder system, the first microwave transmission module and the first arm wrist type receiver; B sniper site: equipped with the low-light night vision gun sight, the second microwave transmission module and the second arm wrist receiver equipped with a video viewfinder system; C tactical reconnaissance assault point: equipped with an additional The day and night dual-use TV gun sight and the third microwave transmission module of the video viewfinder system; D commanding heights with wide field of vision: equipped with the high-power laser long-range reconnaissance instrument and the fourth microwave transmission module; E mobile observation point: equipped with the DB day and night reconnaissance Director and the fifth microwave transmission module; F command center, equipped with the four-channel portable receiver;
该战术侦察系统包括该高功率激光远程侦察仪、该DB日夜侦察指挥仪，该高功率激光远程侦察仪与该DB日夜侦察指挥仪分别依靠该第四、第五微波传输模块，将现场图像传输到F指挥中心的该四通道便携接收机或者现场狙击和作战小组配备的第一、第二臂腕式接收机上；The tactical reconnaissance system includes the high-power laser long-range reconnaissance instrument and the DB day and night reconnaissance commander. The high-power laser long-range reconnaissance instrument and the DB day and night reconnaissance commander rely on the fourth and fifth microwave transmission modules to transmit on-site images To the four-channel portable receiver in the F command center or the first and second arm wrist receivers equipped with the on-site sniper and combat team;
该狙击侦察指挥系统包括该激光测距火控瞄准镜和该微光夜视枪瞄；在不影响狙击手光学直瞄精确射击的前提下，该激光测距火控瞄准镜、该微光夜视枪瞄分别通过第一、第二微波传输模块将光学瞄具内的景况实时传输至F指挥中心的该四通道便携接收机；The sniper reconnaissance command system includes the laser ranging fire control sight and the low-light night vision gun sight; The gun sight transmits the situation in the optical sight to the four-channel portable receiver in the F command center in real time through the first and second microwave transmission modules respectively;
该战术突击侦查系统包括该昼夜两用电视枪瞄，该昼夜两用电视枪瞄配备取景侦查模块；该取景侦查模块连接第三微波传输模块将图像发回F指挥中心的该四通道便携接收机；而该昼夜两用电视枪瞄的图像信号能转换该取景侦查模块的接口，实现图像信息回传；The tactical assault reconnaissance system includes the day and night dual-purpose TV gun sight, and the day and night dual-purpose TV gun sight is equipped with a viewfinder detection module; the viewfinder detection module is connected to the third microwave transmission module to send images back to the four-channel portable receiver in the F command center ; and the image signal of the day and night dual-purpose TV gun sight can convert the interface of the framing detection module to realize the return of image information;
该指挥控制存储系统包括F指挥中心的该四通道便携接收机，该四通道便携接收机内建四组无线接收和存储模块，实现对两个狙击小组的同时指挥；通过现场图像汇总可以使指挥人员更好的了解每组狙击手和观察手的作战态势和作战目标的变化，进行及时准确的战术指导。The command and control storage system includes the four-channel portable receiver of the F command center. The four-channel portable receiver has four built-in wireless receiving and storage modules to realize the simultaneous command of two sniper teams; Personnel can better understand the combat situation and changes in combat objectives of each group of snipers and observers, and provide timely and accurate tactical guidance.
作为上述方案的进一步改进，A、B两点为狙击地点，A点狙击手通过加装视频取景系统的该激光测距火控瞄准镜，将目标图像，通过该第一微波传输模块传给F指挥中心的该四通道便携接收机；B点狙击手通过加装视频取景系统的该微光夜视枪瞄，将目标图像，通过该第二微波传输模块传给F指挥中心的该四通道便携接收机。As a further improvement of the above scheme, points A and B are the sniper locations, and the sniper at point A transmits the target image to F through the first microwave transmission module through the laser rangefinding fire control sight equipped with a video viewfinder system. The four-channel portable receiver in the command center; the sniper at point B transmits the target image to the four-channel portable receiver in the F command center through the second microwave transmission module through the low-light night vision gun sight equipped with a video viewfinder system. receiver.
作为上述方案的进一步改进，C点为战术侦察突击点，通过加装视频取景系统的该昼夜两用电视枪瞄把目标图像通过该第三微波传输模块传给F指挥中心的该四通道便携接收机。As a further improvement of the above scheme, point C is the tactical reconnaissance assault point, and the target image is transmitted to the four-channel portable receiver of the F command center through the third microwave transmission module through the day and night dual-purpose TV gun sight equipped with a video viewfinder system. machine.
作为上述方案的进一步改进，D点为视野开阔制高点，使用该高功率激光远程侦察仪，把大角度的现场图像通过该第四微波传输模块传给F指挥中心的该四通道便携接收机。As a further improvement of the above scheme, point D is the commanding height with a wide field of view, and the high-power laser long-range reconnaissance instrument is used to transmit the large-angle on-site image to the four-channel portable receiver of the F command center through the fourth microwave transmission module.
作为上述方案的进一步改进，E点为机动侦察点，使用该DB日夜侦察指挥仪，机动侦察，辅助寻找狙击机会，把目标图像，通过该第五微波传输模块传给A、B两点的臂腕式接收机来以接收图像而能更加准确的判断现场形势。As a further improvement of the above scheme, point E is the mobile reconnaissance point, using the DB day and night reconnaissance director, mobile reconnaissance, assisting in finding sniper opportunities, and transmitting the target image to the arms of points A and B through the fifth microwave transmission module The wrist receiver is used to receive images and can more accurately judge the situation on the scene.
作为上述方案的进一步改进，F点的四通道便携接收机具有数据交换接口，能连接3G/4G无线传输设备或者卫星通信设备。As a further improvement of the above solution, the four-channel portable receiver at point F has a data exchange interface, which can be connected to 3G/4G wireless transmission equipment or satellite communication equipment.
作为上述方案的进一步改进，该指挥控制存储系统选配有热成像仪或夜视仪。As a further improvement of the above scheme, the command and control storage system is equipped with a thermal imager or night vision device.
本发明还涉及一种狙击方法，其应用于上述狙击手指挥系统中，该狙击方法包括以下步骤：The present invention also relates to a sniper method, which is applied to the above-mentioned sniper command system, and the sniper method includes the following steps:
将该突发事件现场布置A、B、C、D、E、F六个点，其中，A点、B点、E点位于该突发事件现场的三个方位，C点、D点并列位于该突发事件现场的另一方位，从而A点、B点、E点、C点、D点五个点将该突发事件现场进行包围，该F点位于E点的后方，A点、B点均设置为狙击地点，C点设置为战术侦察突击点，D点设置为视野开阔制高点，E点设置为机动观察点，F点设置为指挥中心；The emergency scene is arranged at six points A, B, C, D, E, and F, among which, points A, B, and E are located in three directions of the emergency scene, and points C and D are located side by side. Another orientation of the emergency scene, so five points A, B, E, C, and D surround the emergency scene, the F point is located behind the E point, A, B All points are set as sniper locations, point C is set as a tactical reconnaissance and assault point, point D is set as a commanding height with a wide field of vision, point E is set as a mobile observation point, and point F is set as a command center;
A点狙击手通过加装视频取景系统的该激光测距火控瞄准镜，将目标图像，通过该第一微波传输模块传给F指挥中心的该四通道便携接收机；The sniper at point A transmits the target image to the four-channel portable receiver in the F command center through the first microwave transmission module through the laser ranging fire control sight equipped with a video viewfinder system;
B点狙击手通过加装视频取景系统的该微光夜视枪瞄，将目标图像，通过该第二微波传输模块传给F指挥中心的该四通道便携接收机；The sniper at point B transmits the target image to the four-channel portable receiver in the F command center through the second microwave transmission module through the low-light night vision gun sight equipped with a video viewfinder system;
通过加装视频取景系统的该昼夜两用电视枪瞄把目标图像通过该第三微波传输模块传给F指挥中心的该四通道便携接收机；Pass the target image to the four-channel portable receiver of the F command center through the third microwave transmission module by installing the day and night dual-use TV gun sight of the video viewfinder system;
使用该高功率激光远程侦察仪，把大角度的现场图像通过该第四微波传输模块传给F指挥中心的该四通道便携接收机；Use the high-power laser long-range reconnaissance instrument to pass the large-angle on-site image to the four-channel portable receiver of the F command center through the fourth microwave transmission module;
使用该DB日夜侦察指挥仪，机动侦察，辅助寻找狙击机会，把目标图像，通过该第五微波传输模块传给A、B两点的臂腕式接收机来接收图像而能更加准确的判断现场形势。Use the DB day and night reconnaissance director, mobile reconnaissance, assist in finding sniper opportunities, and transmit the target image to the arm-wrist receivers at A and B through the fifth microwave transmission module to receive the image and judge the scene more accurately situation.
本发明依托多种数据传输模式，利用多种现场信息采集设备，实现现场信息的全方位全天候采集、传输，增强狙击任务过程中对现场实时指挥和掌控能力，帮助指挥员做出快速反应和正确的判断，从而下达正确的指令，实施精确的打击。The present invention relies on multiple data transmission modes and utilizes multiple on-site information collection devices to realize all-round and all-weather collection and transmission of on-site information, enhance the ability to command and control the site in real time during the sniping mission, and help commanders to respond quickly and correctly Judgment, so as to issue the correct order and carry out precise strikes.
附图说明Description of drawings
图1为本发明较佳实施方式提供的狙击手指挥系统的模块结构示意图。Fig. 1 is a schematic diagram of the module structure of the sniper command system provided by the preferred embodiment of the present invention.
具体实施方式detailed description
为了使本发明的目的、技术方案及优点更加清楚明白，以下结合附图及实施例，对本发明进行进一步详细说明。应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.
本发明依托于微波、模拟、3G/4G三种传输模式，利用各传输模式的特性来联机各种侦查作战和指挥设备，通过昼夜全天候侦查取证设备和作战战术装备配合使用，并在作战指挥中心设有交互处理和存储设备。在必要时可联网卫星通讯网络，达到远程实时同步战场信息，远程实时同步作战指挥信息。The present invention relies on three transmission modes of microwave, analog, and 3G/4G, utilizes the characteristics of each transmission mode to connect various reconnaissance operations and command equipment, and cooperates with the day and night all-weather reconnaissance and evidence collection equipment and combat tactical equipment, and in the combat command center Equipped with interactive processing and storage facilities. When necessary, it can be connected to the satellite communication network to achieve remote real-time synchronization of battlefield information and remote real-time synchronization of combat command information.
本发明的狙击手指挥系统分为：战术侦察系统、狙击侦察指挥系统、战术突击侦察系统和指挥控制存储系统四个模块。狙击手指挥系统应用于突发事件现场，如图1所示，该突发事件现场布置A、B、C、D、E、F六个点，其中，A点、B点、E点位于该突发事件现场的三个方位，C点、D点并列位于该突发事件现场的另一方位，从而A点、B点、E点、C点、D点五个点将该突发事件现场进行包围，该F点位于E点的后方。A点、B点均设置为狙击地点，C点设置为战术侦察突击点，D点设置为视野开阔制高点，E点设置为机动观察点，F点设置为指挥中心。The sniper command system of the present invention is divided into four modules: a tactical reconnaissance system, a sniper reconnaissance command system, a tactical assault reconnaissance system and a command control storage system. The sniper command system is applied to the scene of an emergency. As shown in Figure 1, six points A, B, C, D, E, and F are arranged at the scene of the emergency. Among them, points A, B, and E are located at the In the three directions of the emergency scene, point C and point D are juxtaposed in another direction of the emergency scene, so that the five points A, B, E, C and D will make the emergency scene Surrounding, the F point is located behind the E point. Both points A and B are set as sniper locations, point C is set as a tactical reconnaissance and assault point, point D is set as a commanding height with a wide view, point E is set as a mobile observation point, and point F is set as a command center.
该狙击手指挥系统包括：配备有加装视频取景系统的激光测距火控瞄准镜1；第一至第四共四个微波传输模块2、3、4、5、6；第一至第二两个臂腕式接收机7、8；配备有加装视频取景系统的昼夜两用的微光夜视枪瞄9、配备有加装视频取景系统的昼夜两用电视枪瞄10、高功率激光远程侦察仪11、DB日夜侦察指挥仪12、四通道便携接收机13。The sniper command system includes: a laser ranging fire control sight 1 equipped with a video viewfinder system; four microwave transmission modules 2, 3, 4, 5, 6 in total from the first to the fourth; Two arm-wrist receivers 7, 8; equipped with a day and night dual-purpose low-light night vision gun sight 9 equipped with an additional video viewfinder system, equipped with a day and night dual-purpose TV gun sight 10 equipped with an additional video viewfinder system, high-power laser Long-range reconnaissance instrument 11, DB day and night reconnaissance command instrument 12, four-channel portable receiver 13.
战术侦察系统包括高功率激光远程侦察仪11、DB日夜侦察指挥仪12。高功率激光远程侦察仪11、DB日夜侦察指挥仪12分别依靠各自的微波传输模块，将现场图像传输到指挥中心(以下均指F指挥中心的该四通道便携接收机13)或者现场狙击和作战小组配备的臂腕式接收机上。The tactical reconnaissance system includes a high-power laser long-range reconnaissance instrument 11 and a DB day and night reconnaissance director 12 . The high-power laser long-range reconnaissance instrument 11 and the DB day and night reconnaissance commander 12 rely on their respective microwave transmission modules to transmit on-site images to the command center (hereinafter referred to as the four-channel portable receiver 13 of the F command center) or on-site sniping and combat The team is equipped with an arm-wrist receiver.
狙击侦察指挥系统主要是由激光测距火控瞄准镜1和具有视频取景系统和昼夜两用功能的微光夜视枪瞄9。激光测距火控瞄准镜1和微光夜视枪瞄9分别配备第一、第二微波传输模块2、3，在不影响狙击手光学直瞄精确射击的前提下，将光学瞄具内的景况实时传输会指挥中心。微光夜视枪瞄9专为初晨、黄昏和夜间的精确打击提供支援。The sniper reconnaissance command system is mainly composed of a laser ranging fire control sight 1 and a low-light night vision gun sight 9 with a video viewfinder system and day and night functions. The laser ranging fire control sight 1 and the low-light night vision gun sight 9 are respectively equipped with the first and second microwave transmission modules 2 and 3. The real-time transmission of the situation will lead to the command center. Low-light night vision gun sight 9 is designed to provide support for precise strikes in the early morning, dusk and night.
战术突击侦查系统主要是由昼夜两用电视枪瞄10、取景侦查模块组成。取景侦查模块可配置在昼夜两用电视枪瞄10上，取景侦查模块连接第三微波传输模块4将图像发回指挥中心；而昼夜两用电视枪瞄10的图像信号必要时可转换取景模块的接口，也能实现图像信息回传。The tactical assault reconnaissance system is mainly composed of a day and night dual-purpose TV gun sight 10 and a viewfinder reconnaissance module. The viewfinder reconnaissance module can be configured on the day and night dual-purpose TV gun sight 10, and the viewfinder reconnaissance module connects the third microwave transmission module 4 to send the image back to the command center; The interface can also realize the return of image information.
指挥控制存储系统由四通道便携式指挥中心(即四通道便携接收机13)和选配的热成像仪或夜视仪组成。四通道指挥中心内建四组无线接收和存储模块，可实现对两个狙击小组的同时指挥。通过现场图像汇总可以使指挥人员更好的了解每组狙击手和观察手的作战态势和作战目标的变化，进行及时准确的战术指导。方便作战指挥人员多点多方位的进行指挥，使各组人员更好的进行协同作战，避免现场的死角现象。采用HC SD卡数字录像存证，显示器可单一画面、子母画面、四画面同时显示，不仅及时准确分析所有队员的战场变化，更能及时的保留所有作战信息，方便进行战后的战术分析，达到实时练兵，经验共享的目的。The command and control storage system consists of a four-channel portable command center (that is, a four-channel portable receiver 13) and an optional thermal imager or night vision device. Four sets of wireless receiving and storage modules are built in the four-channel command center, which can realize the command of two sniper teams at the same time. Through the summary of on-site images, the command personnel can better understand the combat situation and changes of combat objectives of each group of snipers and observers, and provide timely and accurate tactical guidance. It is convenient for combat commanders to conduct multi-point and multi-directional command, so that each group of personnel can better coordinate operations and avoid dead spots on the scene. Using HC SD card digital video storage, the monitor can display single screen, picture-in-picture screen, and four screens at the same time, not only timely and accurately analyze the battlefield changes of all team members, but also retain all combat information in a timely manner, which is convenient for post-war tactical analysis. To achieve the purpose of real-time training and experience sharing.
必要时，藉由3G/4G数字传输，在保密状况下进行超远距离的数据传输，既能使多单位共享数据信息的分析，又能进行多点保存防止突发状况引起的数据丢失情况，且加密数据达到军用保密标准不用担心数据外泄。配合固定IP或系统服务器可藉由3G/4G手机或计算机联机成为远程同步监看，方便后方随时查看数据，不拘于指挥车，指挥中心等固定指挥场所的限制，适合随时作战及时指挥及时分析的作战目的，提高所有团队的灵活性。When necessary, use 3G/4G digital transmission to carry out ultra-long-distance data transmission under confidential conditions, which can not only enable multiple units to share the analysis of data information, but also perform multi-point storage to prevent data loss caused by emergencies. And the encrypted data meets the military confidentiality standard, so there is no need to worry about data leakage. With a fixed IP or system server, it can be connected to a 3G/4G mobile phone or computer to become a remote synchronous monitoring, which is convenient for viewing data at any time, regardless of the restrictions of fixed command places such as command vehicles and command centers. Combat purpose to increase the flexibility of all teams.
当突发事件发生时，按照图1系统布置示意图来实施。在突发事件现场，布置A、B、C、D、E、F六个点。When an emergency occurs, implement it according to the schematic diagram of the system layout in Figure 1. At the emergency scene, arrange six points A, B, C, D, E, and F.
A、B两点为狙击地点。A点狙击手通过加装视频取景系统的激光测距火控瞄准镜1，将目标图像，通过第一微波传输模块2传给指挥中心；B点狙击手通过加装视频取景系统的微光夜视枪瞄9，将目标图像，通过第二微波传输模块3传给指挥中心。Points A and B are the sniper locations. The sniper at point A sends the target image to the command center through the first microwave transmission module 2 through the laser ranging fire control sight 1 equipped with a video viewfinder system; Depending on the gun sight 9, the target image is transmitted to the command center through the second microwave transmission module 3.
C点为战术侦察突击点，特勤人员通过加装视频取景系统的昼夜两用电视枪瞄10把目标图像通过第三微波传输模块4传给指挥中心；D点为视野开阔制高点，使用高功率激光远程侦察仪11，把大角度的现场图像通过第四微波传输模块5传给指挥中心。Point C is the tactical reconnaissance and assault point. The special service personnel pass the target image to the command center through the third microwave transmission module 4 through the day and night dual-use TV gun sight 10 equipped with a video viewfinder system; point D is the commanding height with a wide field of view, using high-power laser The remote reconnaissance instrument 11 transmits the large-angle on-site image to the command center through the fourth microwave transmission module 5 .
E点为机动侦察点，特勤人员使用DB日夜侦察指挥仪12，机动侦察，辅助寻找狙击机会，把目标图像，通过第五微波传输模块6传给A、B两点的狙击手。A、B两点的狙击手通过各自臂腕式接收机来接收图像，能更加准确的判断现场形势。Point E is the mobile reconnaissance point, and the secret service personnel use the DB day and night reconnaissance director 12 to conduct mobile reconnaissance, assist in finding sniper opportunities, and transmit the target image to the snipers at A and B points through the fifth microwave transmission module 6 . The snipers at points A and B receive images through their respective arm-wrist receivers, which can more accurately judge the situation on the spot.
通过A、B、C、D四点传回的图像，F点的指挥中心就获得了现场多方位的信息，进而做出快速反应和正确判断，对A、B两点的狙击手下达准确指令，进行精确打击。Through the images sent back from points A, B, C, and D, the command center at point F obtained multi-directional information on the scene, and then made quick responses and correct judgments, and issued accurate instructions to the snipers at points A and B , for precision strikes.
F点的四通道便携接收机13还具有数据交换接口，必要时可以连接3G/4G无线传输设备或者卫星通信设备，实现全省全国联网。The four-channel portable receiver 13 at point F also has a data exchange interface, which can be connected to 3G/4G wireless transmission equipment or satellite communication equipment when necessary, so as to realize the whole province and the whole country.
整套系统说使用的各种枪瞄、视频取景系统、各种侦察仪均具备微光以及红外夜视功能，满足了全天候的使用要求。通过加密的微波信号来传输数据，抗干扰能力强，传输距离远，能够适应各种复杂的现场环境。The whole system said that the various gun sights, video viewfinder systems, and various reconnaissance instruments used have low-light and infrared night vision functions, which meet the requirements of all-weather use. Data is transmitted through encrypted microwave signals, with strong anti-interference ability and long transmission distance, and can adapt to various complex on-site environments.
以上所述仅为本发明的较佳实施例而已，并不用以限制本发明，凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等，均应包含在本发明的保护范围之内。The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention should be included in the protection of the present invention. within range.
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| CN201310204204.2ACN103335563B (en) | 2013-05-28 | 2013-05-28 | A kind of sniper command system and its sniper method |
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