摘要：【中文】本发明公开了基于区块链的无线机器人扫描仪系统，包括底座，所述底座的下表面固定安装有连接板，所述连接板的一侧外表面固定安装有硬质底板，所述硬质底板的上表面靠近两侧位置均连接有压紧装置，所述底座的上表面固定安装有支撑柱，所述支撑柱的顶部连接有连接柱，且支撑柱的顶部嵌设有固定销，所述连接柱的底端固定安装有限位块，所述限位块设置于支撑柱的内部，所述连接柱的顶端通过衔接头连接有横梁柱，且连接柱与横梁柱之间相互垂直，所述横梁柱的下表面靠近一侧位置设有照明灯。本发明所述的基于区块链的无线机器人扫描仪系统，能能够对放置在硬质底板上被扫描文件进行压紧，且能够方便扫描头的安装和拆卸。 【EN】The invention discloses a wireless robot scanner system based on a block chain, which comprises a base, wherein a connecting plate is fixedly arranged on the lower surface of the base, a hard bottom plate is fixedly arranged on the outer surface of one side of the connecting plate, the positions, close to two sides, of the upper surface of the hard bottom plate are respectively connected with a pressing device, a supporting column is fixedly arranged on the upper surface of the base, the top of the supporting column is connected with a connecting column, a fixing pin is embedded in the top of the supporting column, a limiting block is fixedly arranged at the bottom end of the connecting column, the limiting block is arranged in the supporting column, the top end of the connecting column is connected with a beam column through a connecting head, the connecting column and the beam column are mutually perpendicular, and a. The wireless robot scanner system based on the block chain can compress scanned files placed on a hard bottom plate, and can facilitate the installation and the disassembly of a scanning head.

摘要：【中文】本发明公开了一种用于供电数据系统的数据监查方法，包括获取电网系统的计量参数；对计量参数进行数据检查；对检查未通过的数据进行可视化展示；对检查未通过的数据进行数据处理；将处理后的数据进行存储并完成数据监查。本发明还公开了实现所述用于供电数据系统的数据监查方法的监查系统。本发明通过获取供电数据系统的参数，并对参数进行自动化的检查、可视化的展示和符合要求的修复，实现了供电数据系统数据的自动监查，而且可靠性高，实用性好，效率高，实施简单。 【EN】The invention discloses a data inspection method for a power supply data system, which comprises the steps of obtaining metering parameters of a power grid system; carrying out data check on the metering parameters; visually displaying the data which fail to pass the inspection; processing data of data which fails to pass the check; and storing the processed data and completing data inspection. The invention also discloses an inspection system for realizing the data inspection method for the power supply data system. According to the invention, the parameters of the power supply data system are acquired, and the parameters are subjected to automatic inspection, visual display and satisfactory restoration, so that the automatic inspection of the data of the power supply data system is realized, and the method has the advantages of high reliability, good practicability, high efficiency and simplicity in implementation.

摘要：【中文】本发明提供一种基于视频监控的目标跟随显示方法、系统、设备及介质，该方法包括获取监控视频，提取监控视频的图像帧；分析图像帧得到目标的目标状态和属性信息，按照目标状态和属性信息生成目标在屏显示信息；当检测到算法帧率小于视频流帧率时，利用时间加权滤波对目标的在屏显示信息进行插值运算，补齐目标缺失的在屏显示信息；将包含目标在屏显示信息的数据帧嵌入到视频流；提取在屏显示数据帧，解析在屏显示数据帧得到目标跟踪框位置、大小和属性信息显示在WEB端。本发明利用时间加权滤波对目标的在屏显示信息进行插值运算，补齐目标缺失的在屏显示信息；提高了在屏显示信息的刷新频率，克服了字符与图形显示时的闪烁和不流畅问题。 【EN】The invention provides a target following display method, a system, equipment and a medium based on video monitoring, wherein the method comprises the steps of obtaining a monitoring video and extracting an image frame of the monitoring video; analyzing the image frame to obtain the target state and attribute information of the target, and generating target on-screen display information according to the target state and attribute information; when the algorithm frame rate is detected to be smaller than the video stream frame rate, performing interpolation operation on the on-screen display information of the target by using time weighted filtering, and supplementing the on-screen display information missing from the target; embedding a data frame containing target on-screen display information into a video stream; and extracting the on-screen display data frame, analyzing the on-screen display data frame to obtain the position, size and attribute information of the target tracking frame, and displaying the position, size and attribute information on the WEB terminal. The method utilizes time weighted filtering to carry out interpolation operation on the on-screen display information of the target, and fills up the on-screen display information missing from the target; the refreshing frequency of on-screen display information is improved, and the problems of flickering and unsmooth display of characters and graphs are solved.

摘要：【中文】本发明涉及水泥熟料生产设备，特别公开了一种均布流场式高效低阻旋风筒，包括由圆锥体、圆柱体和涡壳所形成的空心的筒体，其中，涡壳的端部设置有进风口；还包括由涡壳上端从上到下延伸至筒体内部的内筒，其中，内筒的中心线相对于圆柱体的中心线沿平行于涡壳与圆柱体的切线且远离进风口的方向具有一定的偏移量m；且偏移量m为圆柱体内径d1的0.02‑0.2倍。本发明的旋风筒内部流场合理，有效降低了窑尾预分解系统的物料外循环，大大降低了预热器出口含尘浓度，节约了系统能耗，旋风筒效率增加至95％，预热器出口含尘浓度降低至60g/Nm³以内，压力损失增加100Pa左右。 【EN】The invention relates to cement clinker production equipment, and particularly discloses a uniformly distributed flow field type high-efficiency low-resistance cyclone cylinder which comprises a hollow cylinder body formed by a cone, a cylinder and a volute, wherein the end part of the volute is provided with an air inlet; the device also comprises an inner cylinder extending from the upper end of the volute to the inside of the cylinder body from top to bottom, wherein the central line of the inner cylinder has a certain offset m relative to the central line of the cylinder along a direction parallel to the tangent line of the volute and the cylinder and away from the air inlet; and the offset m is 0.02 to 0.2 times the inner diameter d1 of the cylinder. The cyclone cylinder has reasonable internal flow field, effectively reduces the material external circulation of a kiln tail predecomposition system, greatly reduces the dust concentration at the outlet of the preheater, saves the energy consumption of the system, increases the efficiency of the cyclone cylinder to 95 percent, and reduces the dust concentration at the outlet of the preheater to 60g/Nm³The pressure loss increases by about 100 Pa.

摘要：【中文】本发明属于快速铸造技术领域，并具体公开了一种基于三维喷印的铸造砂型及其成形方法，包括如下步骤：S1在去离子水中加入硬化酯得到液体粘接剂；S2将液态水玻璃和原砂混合，使水玻璃均匀覆盖在原砂表面，得到湿态砂，进而对该湿态砂进行干燥、破碎、筛分，得到无机覆膜砂；S3将所述液体粘接剂放入三维喷印设备的喷头内，将所述无机覆膜砂放入三维喷印设备的粉缸内，采用三维喷印方法按预设成形轨迹完成铸造砂型成形。本发明解决了水玻璃粘接剂容易腐蚀喷头，水玻璃砂混合不均匀导致强度较差，后期需要烧结或微波固化等后处理导致加工工序繁琐的问题，并降低了铸型发气量，减少了铸件中气孔等缺陷产生的倾向。 【EN】The invention belongs to the technical field of rapid casting, and particularly discloses a casting sand mold based on three-dimensional jet printing and a forming method thereof, wherein the casting sand mold comprises the following steps: s1 adding hardening ester into deionized water to obtain liquid adhesive; s2, mixing liquid water glass and the raw sand to enable the water glass to uniformly cover the surface of the raw sand to obtain wet sand, and further drying, crushing and screening the wet sand to obtain inorganic precoated sand; s3, placing the liquid adhesive into a spray head of three-dimensional spray printing equipment, placing the inorganic coated sand into a powder cylinder of the three-dimensional spray printing equipment, and completing casting sand mold forming according to a preset forming track by adopting a three-dimensional spray printing method. The invention solves the problems that the water glass adhesive is easy to corrode a spray head, the water glass sand is not mixed uniformly to cause poor strength, and the processing procedures are complicated due to the need of post-treatment such as sintering or microwave curing in the later period, reduces the gas evolution of the casting mould, and reduces the tendency of generating defects such as air holes in castings.

摘要：【中文】本发明公开了一种装药机卡扣装置，包括环形设置于转盘上的至少两个工位的卡扣机构；所述卡扣机构包括气控阀、打卡组件、切刀五通阀和膜切断组件；所述气控阀分别与打卡组件、切刀五通阀和膜切断组件的气源输入端相连接，并且每个工位的卡扣机构的气控阀与其相邻的上个工位的卡扣机构的切刀五通阀相连通，每个所述卡扣机构上的切刀五通阀与膜切断组件相连接。本发明通过改变切刀五通阀的控制方式，增加打卡气缸与切刀气缸之间动作间隔时间，改善装药机运行，杜绝断膜的现象，而且结构简单，实用性强，安全可靠，设备稳定运行，避免产生不合格品。 【EN】The invention discloses a medicine charging machine buckling device which comprises a buckling mechanism which is annularly arranged on at least two stations on a turntable; the buckling mechanism comprises a pneumatic control valve, a punching assembly, a cutter five-way valve and a film cutting assembly; the pneumatic control valve is respectively connected with the air source input ends of the punching assembly, the cutter five-way valve and the membrane cutting assembly, the pneumatic control valve of the buckling mechanism of each station is communicated with the cutter five-way valve of the buckling mechanism of the adjacent previous station, and the cutter five-way valve on each buckling mechanism is connected with the membrane cutting assembly. According to the invention, by changing the control mode of the five-way valve of the cutter, the action interval time between the punching cylinder and the cutter cylinder is increased, the operation of the charging machine is improved, the phenomenon of film breaking is avoided, the structure is simple, the practicability is strong, the safety and the reliability are realized, the equipment stably operates, and unqualified products are avoided.

摘要：【中文】本发明属于工业级粉末快速制造成型相关技术领域，其公开了一种适用于宽温度梯度下选择性熔化成型的喷印打印设备，喷印打印设备包括上罩体、下罩体、铺粉组件、相连接的喷印组件及加热组件，上罩体与铺粉基板相连接以形成密闭空间，用于收容部件；加热组件包括第一定向热辐射器、第二定向热辐射器及加热辊子模块，第一定向热辐射器及第二定向热辐射器分别连接于上罩体，且分别用于对铺粉区的粉末及工作区的粉末进行加热，以把粉末加热至玻璃态；加热辊子模块连接于喷印组件，其对工作区的粉末进行压实的同时进一步对工作区的粉末进行加热，工作区的粉末被喷涂到粘接剂的部分发生熔化并固化成型。本发明提高了精度，成形质量较好，适用性较强。 【EN】The invention belongs to the technical field related to the rapid manufacturing and forming of industrial-grade powder, and discloses a jet printing device suitable for selective melting and forming under a wide temperature gradient, which comprises an upper cover body, a lower cover body, a powder spreading component, a jet printing component and a heating component, wherein the jet printing component and the heating component are connected; the heating assembly comprises a first directional heat radiator, a second directional heat radiator and a heating roller module, wherein the first directional heat radiator and the second directional heat radiator are respectively connected to the upper cover body and are respectively used for heating powder in the powder laying area and powder in the working area so as to heat the powder to a glass state; the heating roller module is connected with the spray printing assembly, and is used for compacting the powder in the working area and further heating the powder in the working area, wherein the part of the powder in the working area sprayed on the adhesive is melted and solidified to form. The invention improves the precision, and has better forming quality and stronger applicability.

摘要：【中文】本发明属于卫星遥感监测技术领域，提供了一种棉花冠层类胡萝卜素含量的卫星遥感监测方法。本发明提供的方法包括确定监测区域，获取所述监测区域的卫星遥感影像，对获取的卫星遥感影像进行校正，将校正后的卫星遥感影像进行裁剪，将得到的MNDWI、FM、NBR、CM4个植被指数和SWIR1、SWIR22个波段反射率数据通过波段运算代入模型，从而计算得到棉花冠层类胡萝卜素含量的数据。本发明的优势是在大面积棉田类胡萝卜素含量监测时更快速、更省力、更经济，能满足农业生产中对区域尺度的棉田快速获取冠层类胡萝卜素含量数据的需求，为棉花田间管理的精准管理提供了依据。 【EN】The invention belongs to the technical field of satellite remote sensing monitoring, and provides a satellite remote sensing monitoring method for the content of carotenoid in a cotton canopy. The method comprises the steps of determining a monitoring area, obtaining a satellite remote sensing image of the monitoring area, correcting the obtained satellite remote sensing image, cutting the corrected satellite remote sensing image, substituting the obtained MNDWI, FM, NBR and CM4 vegetation indexes and SWIR1 and SWIR22 waveband reflectivity data into a model through waveband operation, and calculating to obtain the data of the content of the carotenoid in the cotton canopy layer. The method has the advantages that the method is faster, more labor-saving and more economical in monitoring the carotenoid content in the large-area cotton field, can meet the requirement of rapidly acquiring the data of the carotenoid content in the canopy in the cotton field with regional scale in agricultural production, and provides a basis for the accurate management of the field management of cotton.

摘要：【中文】本发明属于卫星遥感监测技术领域，提供了一种棉花冠层叶绿素b含量的卫星遥感监测方法。本发明提供的方法包括确定监测区域，获取所述监测区域的卫星遥感影像，对获取的卫星遥感影像进行校正，将校正后的卫星遥感影像进行裁剪，将得到的TGI、IO、GLI、BAI、MNDWI 5个植被指数和SWIR2 1个波段反射率数据通过波段运算代入模型，从而计算得到棉花冠层叶绿色b含量的数据。本发明的优势是在大面积棉田叶绿素b含量监测时更快速、更省力、更经济，能满足农业生产中对区域尺度的棉田快速获取冠层叶绿素b含量数据的需求，为棉花田间管理的精准管理提供了依据。 【EN】The invention belongs to the technical field of satellite remote sensing monitoring, and provides a satellite remote sensing monitoring method for the content of chlorophyll b in a cotton canopy. The method comprises the steps of determining a monitoring area, obtaining a satellite remote sensing image of the monitoring area, correcting the obtained satellite remote sensing image, cutting the corrected satellite remote sensing image, and substituting the obtained data of 5 vegetation indexes of TGI, IO, GLI, BAI and MNDWI and reflectivity data of SWIR 21 wave bands into a model through wave band operation, so that the data of the green b content of the cotton canopy leaves are obtained through calculation. The method has the advantages that the method is faster, more labor-saving and more economical in monitoring the chlorophyll b content of the cotton field with large area, can meet the requirement of rapidly acquiring the chlorophyll b content data of the canopy in the cotton field with regional scale in agricultural production, and provides a basis for the accurate management of the field management of the cotton.

摘要：【中文】本发明公开一种适用于特高压长悬臂输电塔的结构拓扑确定方法和装置，方法包括：获取输电塔结构参数数据，计算完整结构的杆件应变能向量和节点位移向量，进而求取结构的应变能和最大节点位移；逐根移除结构中的杆件，计算损伤结构的杆件应变能向量和节点位移向量，求出损伤结构的应变能和最大节点位移；引入参与系数矩阵，将包含完整结构和损伤结构的应变能和最大节点位移组成向量，计算每根移除杆件的重要性系数向量；选取损伤结构应变能变化程度以及最大节点位移变化程度较大的重要性系数向量，从中选择综合重要性系数值最大的重要性系数向量，继而根据该重要性系数向量，计算输电塔结构的鲁棒性；若满足预设的鲁棒性阈值，则将当前输电塔结构确定为最终输电塔结构。 【EN】The invention discloses a method and a device for determining the structural topology of an extra-high voltage long cantilever power transmission tower, wherein the method comprises the following steps: acquiring structural parameter data of the power transmission tower, calculating a member strain energy vector and a node displacement vector of a complete structure, and further solving strain energy and maximum node displacement of the structure; removing the rod pieces in the structure one by one, calculating the strain energy vector and the node displacement vector of the rod piece of the damaged structure, and solving the strain energy and the maximum node displacement of the damaged structure; introducing a participation coefficient matrix, forming strain energy containing a complete structure and a damaged structure and the maximum node displacement into a vector, and calculating an importance coefficient vector of each removal rod piece; selecting an importance coefficient vector with larger change degree of strain energy of the damaged structure and the maximum node displacement change degree, selecting an importance coefficient vector with the maximum comprehensive importance coefficient value from the importance coefficient vectors, and calculating the robustness of the power transmission tower structure according to the importance coefficient vector; and if the preset robustness threshold is met, determining the current power transmission tower structure as the final power transmission tower structure.