摘要：【中文】本发明提供了一种基于5G和区块链的无人驾驶汽车控制系统及方法，包括汽车信息采集单元、汽车速度计算单元、汽车控制单元、汽车驾驶轨迹采集单元、通讯单元和服务器。通过计算汽车的标准速度与实际速度，然后根据预设的油门调节因子和预设的车速调节松弛变量确定当前时间的速度调节变化量，再根据上一时间的速度调节变化量和当前时间的速度调节变化量，确定速度调节量，即可根据所述速度调节量控制汽车驾驶，这样汽车速度的控制响应快，从而提高了无人驾驶汽车的平稳性和安全性；通过5G技术可实时将汽车的实际驾驶的轨迹数据传输至服务器以备用；通过区块链技术应用到实际驾驶的轨迹数据的储存中，这样提高了实际驾驶的轨迹数据的真实性和可靠性。 【EN】The invention provides a 5G and block chain based unmanned automobile control system and method. The method comprises the steps of calculating the standard speed and the actual speed of an automobile, determining the speed regulation variable quantity of the current time according to a preset accelerator regulation factor and a preset speed regulation relaxation variable quantity, and determining the speed regulation quantity according to the speed regulation variable quantity of the previous time and the speed regulation variable quantity of the current time, so that the automobile driving can be controlled according to the speed regulation quantity, the control response of the automobile speed is fast, and the stability and the safety of the unmanned automobile are improved; the track data of the actual driving of the automobile can be transmitted to the server for standby through the 5G technology in real time; the block chain technology is applied to the storage of the track data of the actual driving, so that the reality and the reliability of the track data of the actual driving are improved.

摘要：【中文】本申请实施例提供一种数据迁移及信息确定方法、数据处理系统、电子设备。其中，数据迁移方法包括：获取第一集群的需迁移量及至少一个第二集群的可接收量；基于数据间的依赖关系，确定第一集群上的数据迁移至任一第二集群后引起的与网络资源消耗相关的目标信息；根据目标信息、需迁移量及至少一个第二集群的可接收量，确定迁移方案；其中，迁移方案包括：第一集群上能迁移的目标数据、至少一个第二集群中能接收目标数据的目标集群。本申请实施例综合了数据间依赖、集群的需迁移量及集群的可接收量，制定出的迁移方案，更加客观，且更贴合实际情况；较现有人工规划迁移，能有效解决现有技术中运维人员作出的迁移规划过为保守的问题。 【EN】The embodiment of the application provides a data migration and information determination method, a data processing system and electronic equipment. The data migration method comprises the following steps: acquiring the required migration quantity of a first cluster and the receivable quantity of at least one second cluster; determining target information related to network resource consumption caused after the data on the first cluster is migrated to any second cluster based on the dependency relationship among the data; determining a migration scheme according to the target information, the required migration amount and the receivable amount of the at least one second cluster; wherein the migration scheme comprises: target data capable of being migrated on the first cluster, and target clusters capable of receiving the target data in the at least one second cluster. The migration scheme is more objective and more fit to actual conditions by integrating the dependence among data, the required migration quantity of the clusters and the receivable quantity of the clusters; compared with the existing manual planning migration, the method can effectively solve the problem that the migration planning made by operation and maintenance personnel is conservative in the prior art.

摘要：【中文】本发明涉及点胶技术领域，尤其为一种LED显示屏点胶封装装置，包括对应设置的第一支撑架和第二支撑架，弹性连接件，设备定位架，伸缩装置第一支撑架和第二支撑架的一端分别对称连接于弹性连接件的两端，对称设置的伸缩装置设备平台上固定连接与设备定位架的两端，伸缩装置设备定位架与弹性连接件平行设置，伸缩装置第一支撑架、第二支撑架、弹性连接件、设备平台和设备定位架几者之间相互形成稳定状态。本发明通过胶水供应端上设置有封装点胶器，设备定位架上还设置有总控制器，总控制器分别与驱动电机、转动电机和胶水供应端均电性控制连接，通过总控制器的操作实现本装置中的转动位移以及胶水切割的功能，使得本装置的高度统一性。 【EN】The invention relates to the technical field of glue dispensing, in particular to a glue dispensing packaging device for an LED display screen, which comprises a first support frame and a second support frame which are correspondingly arranged, an elastic connecting piece and an equipment positioning frame, wherein one end of the first support frame and one end of the second support frame of a telescopic device are respectively and symmetrically connected with two ends of the elastic connecting piece, the two ends of the equipment positioning frame are fixedly connected on a symmetrically arranged telescopic device platform, the telescopic device positioning frame is arranged in parallel with the elastic connecting piece, and the first support frame, the second support frame, the elastic connecting piece, the equipment platform and the equipment positioning frame of the telescopic device mutually form a stable state. According to the invention, the packaging glue dispenser is arranged on the glue supply end, the main controller is also arranged on the equipment positioning frame, the main controller is respectively and electrically connected with the driving motor, the rotating motor and the glue supply end in a control manner, and the functions of rotating displacement and glue cutting in the device are realized through the operation of the main controller, so that the device is highly uniform.

摘要：【中文】本发明属于大数据存储技术领域，具体涉及一种基于散点的大数据存储方法。本发明提出一种支持大量散点的实时库存储结构。该发明采用共享内存分块存储实时数据，进程间通信方便，实时数据按块同步，实现快速实时数据刷新。采用索引文件和数据文件分别存储数据点的索引信息和静态信息。由索引文件和数据文件的映射关系，可方便快速查询数据点静态信息。根据B‑tree(平衡多路查找树)构建数据点存储结构，采用树形存储结构，建立散点链表关联关系，存储结构合理，检索速度快。 【EN】The invention belongs to the technical field of big data storage, and particularly relates to a scatter-point-based big data storage method. The invention provides a real-time storage structure supporting a large number of scattered points. The invention adopts the shared memory to store the real-time data in blocks, the communication between the processes is convenient, the real-time data is synchronous according to the blocks, and the quick real-time data refreshing is realized. Index information and static information of the data points are stored by adopting an index file and a data file respectively. The static information of the data points can be conveniently and quickly inquired according to the mapping relation between the index file and the data file. And a data point storage structure is constructed according to a B-tree (balanced multi-path search tree), a tree-shaped storage structure is adopted, and a scattered point chain table association relation is established, so that the storage structure is reasonable, and the retrieval speed is high.

摘要：【中文】本发明涉及一种手术器械收集装置。所述手术器械收集装置包括收容壳体、夹持组件与清洗组件，所述收容壳体邻近手术台设置，所述夹持组件包括枢轴与多个夹持板，所述枢轴转动地设置于所述收容壳体的侧壁上，所述多个夹持板均转动地设置于所述枢轴上并位于所述收容壳体内，所述多个夹持板用于夹持多种手术器械，所述多个夹持板均上均开设有多个镂空槽，所述清洗组件包括清洗导架与密闭底板。所述手术器械收集装置便于清洗及收集手术器械。本发明还提供一种手术器械收集装置的使用方法。 【EN】The invention relates to a surgical instrument collecting device. Surgical instruments collection device is including acceping casing, centre gripping subassembly and washing subassembly, it is close to the operating table setting to accept the casing, the centre gripping subassembly includes pivot and a plurality of grip blocks, the pivot set up in with accept on the lateral wall of casing, a plurality of grip blocks all set up with rotating in pivot and lie in accept in the casing, a plurality of grip blocks are used for the multiple surgical instruments of centre gripping, a plurality of fretwork grooves have all been seted up on a plurality of grip blocks, it includes washing guide frame and airtight bottom plate to wash the subassembly. The surgical instrument collecting device is convenient to clean and collect surgical instruments. The invention also provides a use method of the surgical instrument collecting device.

摘要：【中文】本发明实施例公开了一种内衣定制模具和定制内衣，内衣定制模具包括：罩杯、钢托、鸡心和后比；所述钢托设于所述罩杯的第一弧形侧；所述鸡心的第一侧沿所述钢托与所述罩杯的第一弧形侧连接；所述后比的第一侧与所述鸡心的第二侧连接；所述罩杯、所述鸡心和所述后比的材料均为硅胶。定制内衣包括左部和右部，所述左部和右部均为内衣定制模具；所述左部的罩杯和所述右部的罩杯对称连接。本发明实施例通过将硅胶材质的罩杯、鸡心和后比以及钢托组合形成内衣定制模具，能够自动化实现内衣定制，方便快速，有效提高定制内衣的准确率。 【EN】The embodiment of the invention discloses an underwear customizing mold and an underwear customizing method, wherein the underwear customizing mold comprises the following steps: cups, steel brackets, hearts and back ratios; the steel support is arranged on the first arc-shaped side of the cup; the first side of the chicken heart is connected with the first arc-shaped side of the cup along the steel support; the first side of the rear portion is connected with the second side of the chicken heart; the cup, the heart and the back are made of silica gel. The customized underwear comprises a left part and a right part, and the left part and the right part are both underwear customized moulds; the cups of the left part and the cups of the right part are symmetrically connected. According to the embodiment of the invention, the bra cup made of the silica gel material, the chicken heart and back ratio and the steel support are combined to form the bra customizing mold, so that the bra customizing can be automatically realized, the convenience and the rapidness are realized, and the underwear customizing accuracy is effectively improved.

摘要：【中文】本发明实施例公开了一种内衣定制模具和定制内衣，内衣定制模具包括：罩杯、钢托、鸡心和后比；所述钢托设于所述罩杯的第一弧形侧；所述鸡心的第一侧沿所述钢托与所述罩杯的第一弧形侧连接；所述后比的第一侧与所述鸡心的第二侧连接。定制内衣包括左部和右部，所述左部和右部均为内衣定制模具；所述左部的罩杯和所述右部的罩杯对称连接。本发明实施例通过将罩杯、钢托、鸡心和后比组合形成内衣定制模具，能够自动化实现内衣定制，方便快速，有效提高定制内衣的准确率。 【EN】The embodiment of the invention discloses an underwear customizing mold and an underwear customizing method, wherein the underwear customizing mold comprises the following steps: cups, steel brackets, hearts and back ratios; the steel support is arranged on the first arc-shaped side of the cup; the first side of the chicken heart is connected with the first arc-shaped side of the cup along the steel support; the first side of the rear portion is connected with the second side of the chicken heart. The customized underwear comprises a left part and a right part, and the left part and the right part are both underwear customized moulds; the cups of the left part and the cups of the right part are symmetrically connected. According to the embodiment of the invention, the bra cup, the steel support, the chicken heart and the back ratio are combined to form the bra customization mold, so that the bra customization can be automatically realized, the convenience and the rapidness are realized, and the accuracy of underwear customization is effectively improved.

摘要：【中文】本发明实施例公开了一种基于模具的内衣定制方法及装置，方法包括：获取胸部数据，根据所述胸部数据计算得到若干个模具参数；根据各模具参数确定模具中对应的模具组合；根据所述模具组合确定定制内衣。本发明实施例通过对获取的多个胸部数据进行计算，得到模具参数后匹配对应的模具组合，自动化实现内衣定制，过程方便快速，同时避免每次定制过程中手工测量造成的误差，有效提高定制内衣的准确率。 【EN】The embodiment of the invention discloses an underwear customization method and device based on a mold, wherein the method comprises the following steps: obtaining chest data, and calculating to obtain a plurality of mould parameters according to the chest data; determining a corresponding mold combination in the mold according to each mold parameter; and determining the customized underwear according to the mold combination. According to the embodiment of the invention, the acquired chest data are calculated to obtain the die parameters, and then the die parameters are matched with the corresponding die combinations, so that underwear customization is automatically realized, the process is convenient and quick, errors caused by manual measurement in each customization process are avoided, and the accuracy of underwear customization is effectively improved.

摘要：【中文】一种污水处理系统，用于生活污水，工业污水或者市政污水的处理，包括电凝絮反应池以及后续的生物滤池或者MBR反应器，在电凝絮反应池中利用电絮凝反应产生金属离子的氢氧化物沉淀，用其凝聚性聚集水中的胶体物质与污染物，能够去除水中重金属阳离子，还可杀死水中的微生物，该过程可沉淀带电胶体状物质并可显著去除其它离子、胶体、乳状物。 【EN】A sewage treating system for treating domestic sewage, industrial sewage or municipal sewage is composed of an electrocoagulation reaction pool, a biologic filter pool or MBR reactor, and a flocculation reaction pool in which the hydroxide of metal ions is generated for depositing and coagulating the colloid substance and pollutant in water to remove the heavy metal cations and kill microbes in water.

摘要：【中文】本发明属于分布式控制系统的在线配置管理系统技术领域，具体涉及一种基于关系数据库的DCS在线配置解决方法。包括以下步骤：(1)确定方法架构；(2)确定在线配置访问服务方法；(3)确定在线配置服务端方法。本方法实现了DCS系统用户对关系库的操作监视、数量控制、资源同步和数据安全。大大提高了使用者的灵活性、透明性、安全性。 【EN】The invention belongs to the technical field of online configuration management systems of distributed control systems, and particularly relates to a DCS online configuration solution based on a relational database. The method comprises the following steps: (1) determining a method architecture; (2) determining an online configuration access service method; (3) and determining an online configuration server method. The method realizes operation monitoring, quantity control, resource synchronization and data security of the DCS system user on the relational database. Greatly improving the flexibility, transparency and safety of users.