摘要：本发明公开了一种脉冲热压焊头加工用切割工艺，涉及脉冲热压焊头加工技术领域，具体为一种脉冲热压焊头加工用切割工艺，包括箱体和框架，所述箱体的前端安装有箱门，且箱门前端的上下两侧均安装有橡胶套，所述箱门的内部设置有储水罐，且储水罐的上方安装有出水管，所述出水管的上方安装有水泵，且水泵的上方安装有连接管，所述框架的内部设置有限位座，且框架位于箱体的上方。该实用设置有喷嘴，通过喷嘴可将水流喷射出，使得水流能够有效的对脉冲热压焊头进行降温处理，以及缓冲废屑飞溅力度，避免废屑划伤用户，而喷嘴的均匀分布，能够有效的增大水流与脉冲热压焊头之间的接触面积，使得喷嘴能够高效的作用于脉冲热压焊头。

摘要：本发明公开了一种RGB图像信号转换为RGBW图像信号的方法及装置，该方法，包括：将接收到的每个图像帧的各像素点的RGB信号分别转换为对应的RGB亮度值；对每个图像帧的各像素点的RGB亮度值进行第一次转换；对每个图像帧的各像素点的第一RGBW亮度值进行第二次转换；将每个图像帧的各像素点的第二RGBW亮度值分别转换为对应的RGBW信号。本发明实施例提供的方法，利用人眼对整体画面像素叠加的等效性，可以在保证画面显示效果的前提下，降低子像素高灰阶点亮的概率，从而减缓子像素的老化，延长显示面板的使用寿命。

摘要：本发明提供一种显示面板的驱动方法和显示装置，属于显示技术领域，其可至少部分解决现有技术对外围驱动电路的数据线驱动能力要求过高的问题。本发明的驱动方法包括写入步骤，在每行像素电路的数据写入阶段，向该行中各像素电路对应的数据线输出驱动电压VA[i]，并向该行中各像素电路的各第二节点输出补偿电压VS，其中，VA[i]＝Vdata[i]+Vth[i]‑VS，其中Vdata[i]为第i个像素电路的原始数据电压，i为正整数，Vth[i]为第i个像素电路的驱动晶体管的阈值电压，且任意驱动晶体管的阈值电压均为正值，所述补偿电压VS的范围在[‑Vth_min,0)内，其中Vth_min为该显示面板的各像素电路中的驱动晶体管的阈值电压最小值。本发明可用于显示。

摘要：【中文】本发明提供一种基于深度学习的社区废旧资源共享方法包括废旧物品类选择步骤选择废旧物品类，废旧物图像采集步骤采集废旧物的图像，在废旧物品类验证步骤判断出废旧物的图像与废旧物品类相符时废旧物状况检测步骤检测废旧物的状况，废旧物品类选择步骤补充废旧物的其它信息；废旧物投放控制步骤控制分箱打开；废旧物数据生成步骤生成描述数据，由物联网通信步骤上传至废旧物共享步骤，废旧物共享步骤为用户匹配废旧物，将废旧物的描述数据发送至用户的手机或电脑终端。本发明实现废旧物与用户需求匹配的循环利用；运用深度学习技术检测废旧物的状况，结合废旧物的其它信息向系统导入描述数据进而匹配用户需求，对用户形成循环应用的正向引导。 【EN】The invention provides a community waste resource sharing method based on deep learning, which comprises a waste material type selection step, a waste material image acquisition step, a waste material condition detection step and a waste material identification step, wherein the waste material type selection step selects a waste material type, the waste material image acquisition step acquires an image of the waste material, the waste material condition detection step detects the condition of the waste material when the waste material image is judged to be in accordance with the waste material type in the waste material type verification step, and the waste material type selection step supplements other information of the waste material; controlling the opening of the branch box in the waste throwing control step; and the waste data sharing step is used for matching the waste for the user and sending the description data of the waste to a mobile phone or a computer terminal of the user. The invention realizes the cyclic utilization of the matching of the waste and old materials and the user requirements; the deep learning technology is used for detecting the condition of the waste, and description data is imported into the system by combining with other information of the waste so as to match the requirements of the user, so that the forward guidance of the cyclic application is formed for the user.

摘要：【中文】本发明公开了一种分布式架构的城市超脑并行计算方法和系统，方法包括以下步骤：采用多个集群进行分布式计算；每个集群包括数据资源设备、智能分析运算设备、控制调度设备和集群协调设备；通过集群协调设备建立总循环任务流和相应的多个并行分循环任务流，并从相应集群中的数据资源设备、智能分析运算设备和控制调度设备中为每个循环任务流分配内存空间和运算资源，且根据每个循环任务流的运作状态对分配给每个循环任务流的内存空间和运算资源进行调节。该方法和系统具有可降低通信开销和通信延迟，通信实时性高，提高运算能力，减少出错率和延迟率等优点。 【EN】The invention discloses a distributed-architecture urban superconcephalon parallel computing method and a distributed-architecture urban superconcephalon parallel computing system, wherein the method comprises the following steps: performing distributed computation by adopting a plurality of clusters; each cluster comprises data resource equipment, intelligent analysis and operation equipment, control and scheduling equipment and cluster coordination equipment; the method comprises the steps of establishing a total circulating task flow and a plurality of corresponding parallel sub-circulating task flows through a cluster coordination device, distributing memory space and operation resources for each circulating task flow from a data resource device, an intelligent analysis operation device and a control scheduling device in a corresponding cluster, and adjusting the memory space and the operation resources distributed to each circulating task flow according to the operation state of each circulating task flow. The method and the system have the advantages of reducing communication overhead and communication delay, having high communication real-time performance, improving the operational capability, reducing the error rate and the delay rate and the like.

摘要：【中文】本发明公开了一种场景三维成像安防监视系统，包括：监视摄像机集群、数据交换机、视频流处理模块、三维场景还原模块以及VR显示装置；所述视频流处理模块，包括：监视视频流存储单元、直播视频流显示单元；所述三维场景还原模块，包括：场景定位单元、VR场景三维模型库、场景还原单元。该系统可以通过三维场景还原模块精确地还原并显示目标场景区域与人物目标所面对的真实、全角度的空间场景环境，安防人员可以对现场的情况进行判断，并根据结果对区域内的违法行为或安全隐患进行及时处置，提高了管理效率。 【EN】The invention discloses a scene three-dimensional imaging security monitoring system, which comprises: the system comprises a monitoring camera cluster, a data switch, a video stream processing module, a three-dimensional scene restoration module and a VR display device; the video stream processing module comprises: a monitoring video stream storage unit and a live video stream display unit; the three-dimensional scene restoration module comprises: the system comprises a scene positioning unit, a VR scene three-dimensional model library and a scene restoration unit. The system can accurately restore and display real and full-angle space scene environments faced by the target scene area and the character target through the three-dimensional scene restoration module, security personnel can judge the field condition and timely deal with illegal behaviors or potential safety hazards in the area according to results, and management efficiency is improved.

摘要：【中文】本发明提供了一种用于智慧安防的移动式综合布控一体机及系统，涉及安防系统技术领域，包括主机身、道闸杆、二段式机械臂、综合安检面板以及监视摄像头，主机身的底部设有自驱动底盘，主机身内置有主控制芯片以及与主控制芯片相连的定位芯片、物联网通信芯片和动作控制电路，主控制芯片驱动动作控制电路调整二段式机械臂上下摆动；定位芯片用于对主机身进行定位检测并将定位数据传递给主控制芯片；主控制芯片通过物联网通信芯片与外部进行数据传输并根据定位数据和外部布控数据自主规划路径，同时通过控制自驱动底盘将主机身移动到布控位置。 【EN】The invention provides a mobile comprehensive distribution and control all-in-one machine and a system for intelligent security and protection, which relate to the technical field of security and protection systems and comprise a main machine body, a barrier gate rod, a two-section mechanical arm, a comprehensive security inspection panel and a monitoring camera, wherein the bottom of the main machine body is provided with a self-driven chassis, a main control chip, a positioning chip connected with the main control chip, an Internet of things communication chip and an action control circuit are arranged in the main machine body, and the main control chip drives the action control circuit to adjust the two-section mechanical arm to swing up and down; the positioning chip is used for carrying out positioning detection on the main body and transmitting positioning data to the main control chip; the main control chip carries out data transmission with the outside through the communication chip of the internet of things, plans a path autonomously according to positioning data and external control data, and moves the main body to a control position through controlling the self-driven chassis.

摘要：【中文】本发明公开了一种通过目标追踪实现的智慧景区推荐系统和方法，包括步骤：S1：用户将需求信息发送到中控服务器，推荐模块根据用户需求信息和定位信息推荐符合的目的地；S2：用户选择目的地，筛选模块对用户选择目的地信息进行筛选，中控服务器将用户身份信息和目的地信息传送到相应的引导服务终端；S3：引导服务终端和对应的移动客户端建立一对一通信；S4：引导服务终端接收用户定位信息和场景视频信息，通过显示器进行显示追踪，根据实时的用户场景视频、用户定位信息和景区电子地图通过引导模块引导用户到达目的地。能够解决景区导航不直观、游客易走错路和迷路的问题，具有导航显示清楚直观、互动性好、导航实时性高和导航高效准确等优点。 【EN】The invention discloses an intelligent scenic spot recommendation system and method realized through target tracking, which comprises the following steps: s1: the user sends the demand information to the central control server, and the recommendation module recommends a destination according with the demand information and the positioning information of the user; s2: the user selects a destination, the screening module screens information of the user selected destination, and the central control server transmits the user identity information and the destination information to a corresponding guide service terminal; s3: guiding the service terminal and the corresponding mobile client to establish one-to-one communication; s4: the guiding service terminal receives the user positioning information and the scene video information, displays and tracks the user positioning information and the scene video information through the display, and guides the user to reach a destination through the guiding module according to the real-time user scene video, the user positioning information and the scenic spot electronic map. The problems that scenic spot navigation is not visual, visitors are prone to walking wrong and getting lost can be solved, and the method has the advantages of clear and visual navigation display, good interactivity, high navigation real-time performance, high navigation efficiency, accuracy and the like.

摘要：【中文】本发明公开了一种轨迹预测的人流冲突调节方法和系统，该方法包括：获取公共空间的场景视频画面，在所述场景视频画面中发掘小规模人群；根据所述小规模人流，生成人流轨迹，分析所述人流轨迹的运行特征；根据所述人流轨迹与所述运行特征，对当前人群与历史人群记录进行相似性分析，生成对人群流向的预测结果；根据所述人群流向的预测结果预警人流冲突，对所述人流冲突进行调节处理。该方法能够提前预测人流冲突，及时对人流冲突进行处置疏导，维护通行秩序与公共安全。 【EN】The invention discloses a trajectory prediction pedestrian flow conflict adjusting method and system, wherein the method comprises the following steps: acquiring a scene video picture of a public space, and exploring small-scale people in the scene video picture; generating a people flow track according to the small-scale people flow, and analyzing the running characteristics of the people flow track; according to the people flow track and the operation characteristics, similarity analysis is carried out on the records of the current crowd and the historical crowd, and a prediction result of the flow direction of the crowd is generated; and pre-warning people flow conflicts according to the prediction result of the people flow direction, and adjusting the people flow conflicts. The method can predict the people flow conflict in advance, deal and dredge the people flow conflict in time, and maintain the passing order and public safety.

摘要：本发明涉及一种密封胶，适用于铝塑复合管和管件的防漏密封，是由端基硅烷可湿潮交联的α-甲基聚环氧乙烷、催化剂、补强剂和防老剂组成，在常温下真空混合而成，对铝塑复合管和管件的连接具有优良的密封性能，长期冷热水循环不渗漏。