摘要：【中文】技术领域：本发明涉及农业水产领域，可用于提高水产业龙虾养殖水平的新型技术。名称：蜕壳龙虾智能化区隔维护技术幼虾到成虾要经历4‑6次蜕壳，蜕壳虾如同死虾46％被食或饿死。蜕壳发生在深水底部无法进行保护，是造成2/5减产主要原因。三年试错掌握龙虾蜕壳时间和生理需求，创造工厂化水箱养殖智能化维护技术。1，对龙虾进入水箱养殖的时间、雌雄性别、单只重量、蜕壳时间、蜕壳次数、生态变化、饲料标准要素编入程序。实现信息化动态管理，掌握龙虾蜕壳时间。2，根据龙虾蜕壳时间，运用区隔装置实施为期9天的单独区隔养殖避免侵害。3，区隔期间根据蜕壳时的不同重量投放不同配比的饲料。确保区隔期重量增加14‑16％，成活率达99％。 【EN】The technical field is as follows: the invention relates to the field of agricultural aquatic products, in particular to a novel technology for improving the aquaculture level of lobsters in aquaculture. Name: the intelligent separated maintenance technology for the molting lobsters needs 4-6 molting from the young shrimps to the adult shrimps, and the molting shrimps are eaten or starved as dead shrimps 46 percent. The shelling occurs at the bottom of deep water and cannot be protected, which is the main reason for 2/5 yield reduction. Three years of trial and error are carried out to master the shelling time and the physiological requirements of the lobsters, and an industrial water tank culture intelligent maintenance technology is created. 1, programming time for feeding the lobsters into a water tank for breeding, sex, single weight, molting time, molting times, ecological change and feed standard factors. The informationized dynamic management is realized, and the shelling time of the lobsters is mastered. 2, according to the shelling time of the lobsters, a separation device is used for carrying out independent separation cultivation for 9 days to avoid damage. And 3, feeding the feeds with different proportions according to different weights during exuviation in the interval period. The weight of the interval period is increased by 14-16 percent, and the survival rate reaches 99 percent.

摘要：【中文】本发明公开了一种桩基托换的施工结构及施工方法，属于建筑施工桩基托换、结构改造技术领域，施工结构包括原有承台、既有桩、新建桩和新建托换梁，被托换桩为原有承台边部桩基，还包括新建桩帽和抱桩式桩帽，新建桩帽位于新建桩顶部，抱桩式桩帽位于被托换桩相邻侧既有桩上；顶升装置分别布置于新建桩帽和抱桩式桩帽上；新建托换梁与原有承台相连接，新建托换梁位于新建桩的上方。桩基托换的施工方法利用既有桩和新建桩作为顶升平台进行桩基托换，征用托换桩邻侧既有桩，在邻侧既有桩上施工既有桩抱桩式桩帽；施工新建桩，在新建桩上施工新建桩帽。本发明可以节约工期和造价，降低对周边环境的影响，适用于桥台或群桩的桩基托换施工，益于推广。 【EN】The invention discloses a construction structure and a construction method for underpinning a pile foundation, belonging to the technical field of underpinning and structural transformation of a pile foundation in building construction, wherein the construction structure comprises an original pile cap, an existing pile, a newly-built pile and a newly-built underpinning beam, the underpinned pile is a pile foundation at the edge part of the original pile cap, the newly-built pile cap and a pile embracing type pile cap, the newly-built pile cap is positioned at the top of the newly-built pile, and the pile embracing type pile cap is positioned on the existing pile at the adjacent side of the underpinned pile; the jacking devices are respectively arranged on the newly-built pile cap and the pile embracing type pile cap; the newly-built underpinning beam is connected with the original bearing platform, and the newly-built underpinning beam is positioned above the newly-built pile. The construction method of pile foundation underpinning utilizes the existing pile and newly-built pile as jacking platforms to underpin the pile foundation, the existing pile on the adjacent side of the underpinned pile is used, and the existing pile embracing pile type pile cap is constructed on the existing pile on the adjacent side; and constructing a newly-built pile, and constructing a newly-built pile cap on the newly-built pile. The method can save construction period and cost, reduce the influence on the surrounding environment, is suitable for the underpinning construction of the pile foundation of the abutment or the pile group, and is beneficial to popularization.

摘要：【中文】本公开提供了“具有直观控件的电动折叠座椅”。本文提供了一种车辆座椅总成。所述座椅总成包括座椅底座。座椅靠背枢转地联接到所述座椅底座并包括装饰罩。所述装饰罩包括前部、上部和后部。机动系统联接到所述座椅靠背并且可操作以使所述座椅靠背相对于所述座椅底座枢转。开关沿所述装饰罩的上部和后部延伸，并且被配置为激活所述机动系统。 【EN】The present disclosure provides a "power folding seat with intuitive controls. A vehicle seat assembly is provided herein. The seat assembly includes a seat base. A seat back is pivotally coupled to the seat base and includes a trim cover. The trim cover includes a front portion, an upper portion, and a rear portion. A motorized system is coupled to the seat back and is operable to pivot the seat back relative to the seat base. A switch extends along the upper and rear portions of the trim cover and is configured to activate the motorized system.

摘要：【中文】本发明公开了一种异源图像分区匹配的方法，涉及光学导航制导图像处理技术领域，包括在参考图全局范围内选取多个特征点，并基于实时弹体姿态信息和预设的参考图灰度信息、特征点坐标信息生成以特征点为中心的实时ROI子区域匹配模板，将ROI子区域匹配模板与其在异源实际图的相应区域的原始数据进行独立相关匹配运算，并得到ROI匹配相关面，实现异源图像的分区匹配，再将各ROI匹配相关面叠加得到和相关面，并根据计算得出的和相关面的匹配峰值实现对目标的识别与跟踪。本发明不仅减少了匹配运算的计算量，还提高了运算速度、精度和匹配算法的抗干扰能力，且只需占用较小的存储空间。 【EN】The invention discloses a method for matching different-source images in a partition mode, which relates to the technical field of optical navigation guidance image processing and comprises the steps of selecting a plurality of feature points in the global scope of a reference image, generating a real-time ROI sub-region matching template taking the feature points as centers on the basis of real-time projectile body posture information, preset reference image gray scale information and feature point coordinate information, carrying out independent relevant matching operation on the ROI sub-region matching template and original data of the ROI sub-region matching template in a corresponding region of a different-source actual image to obtain ROI matching relevant surfaces, realizing partition matching of different-source images, superposing the ROI matching relevant surfaces to obtain a corresponding surface, and realizing identification and tracking of a target according to a matching peak value of the calculated corresponding surface. The invention not only reduces the calculation amount of matching operation, but also improves the operation speed, the accuracy and the anti-interference capability of the matching algorithm, and only needs to occupy smaller storage space.

摘要：【中文】本发明涉及一种筛选方法，具体涉及一种疫苗菌株的筛选方法。本发明疫苗菌株的筛选方法包括以下步骤：待筛选菌株分离培养；鉴定待筛选菌株是否为所需种类的疫苗菌株，如果是，则进行后续操作；鉴定待筛选菌株的血清型；获取待筛选菌株的基因指纹；建立混合菌株感染模型，以获得最佳攻毒剂量以及攻毒后最佳分离待筛选菌株的时间；筛选优胜者菌株及最佳优胜者；将最佳优胜者中的各菌株按照相同的剂量制备灭活苗，进行免疫，保护效果最佳的菌株即为所需的疫苗菌株。本发明提供了一种高效的疫苗菌株筛选方法，该方法筛选时间短，易于操作，方便快捷，同时大幅度降低了成本，能达到快速筛选的目的。 【EN】The invention relates to a screening method, in particular to a screening method of vaccine strains. The screening method of the vaccine strain comprises the following steps: separating and culturing strains to be screened; identifying whether the strain to be screened is the vaccine strain of the required species, and if so, carrying out subsequent operation; identifying the serotype of the strain to be screened; acquiring gene fingerprints of strains to be screened; establishing a mixed strain infection model to obtain the optimal challenge dose and the optimal time for separating the strains to be screened after challenge; screening winner strains and optimal winners; and preparing inactivated vaccine by each strain in the optimal winner according to the same dose, and immunizing to obtain the strain with the optimal protection effect, namely the required vaccine strain. The invention provides an efficient vaccine strain screening method, which is short in screening time, easy to operate, convenient and fast, greatly reduces the cost and can achieve the purpose of fast screening.

摘要：【中文】本发明提出了一种基于5G的智能交通路径规划和导航系统及其工作方法，包括用户智能终端，用户智能终端分别与边缘服务设备和导航服务器相连接，边缘服务设备与导航服务器相连接。本发明通过用户智能终端用于向导航服务器发送路径请求，并接收路径信息和显示动态导航过程，导航服务器用于路径计算并向用户智能终端推送结算结果，边缘计算服务MAP智能终端用于提供拥堵情况、路径纠偏、流量预警等信息，并为附近的智能终端提供数据支持，依托边缘计算进行智能的行车路线规划，实现智能推荐路径以及实施获取交通信息，从而达到智能出行。 【EN】The invention provides an intelligent traffic path planning and navigation system based on 5G and a working method thereof. The intelligent navigation system comprises a user intelligent terminal, a navigation server, an edge calculation service MAP intelligent terminal, a data support and a driving route planning server, wherein the user intelligent terminal is used for sending a route request to the navigation server, receiving route information and displaying a dynamic navigation process, the navigation server is used for calculating a route and pushing a settlement result to the user intelligent terminal, the edge calculation service MAP intelligent terminal is used for providing information such as congestion conditions, route correction, flow early warning and the like, providing data support for a nearby intelligent terminal, and intelligent driving route planning is carried out by depending on edge calculation, so that intelligent route recommendation and implementation and acquisition of traffic information are realized.

摘要：【中文】本发明提出一种自动化的汇聚机房设备布局系统及生成方法，所述系统包括设备管理模块、机柜管理模块、场地管理模块、汇聚规划模块和用户管理模块，所述用户管理模块分别与设备管理模块、机柜管理模块、场地管理模块和汇聚规划模块相连接，用于完成自动化的机柜规划方案和设备规划方案的设计；所述汇聚规划模块分别与设备管理模块、机柜管理模块和场地管理模块相连接，用于完成机柜和设备的自动化汇聚；所述汇聚规划模块分别与温度监测模块和运行监测模块相连接，用于实现设备规划方案的修正。本发明能够根据设备的基本信息、热功率的监控等要素，在机房内汇聚生成机柜布局以及设备在机柜内自动化布局，并支持机柜布局和设备布局的人机交互调整。 【EN】The invention provides an automatic convergence machine room equipment layout system and a generation method, wherein the system comprises an equipment management module, a cabinet management module, a field management module, a convergence planning module and a user management module, wherein the user management module is respectively connected with the equipment management module, the cabinet management module, the field management module and the convergence planning module and is used for completing the design of an automatic cabinet planning scheme and an automatic equipment planning scheme; the convergence planning module is respectively connected with the equipment management module, the cabinet management module and the field management module and is used for completing automatic convergence of the cabinet and the equipment; the convergence planning module is respectively connected with the temperature monitoring module and the operation monitoring module and used for correcting the equipment planning scheme. The invention can assemble and generate the cabinet layout and the automatic layout of the equipment in the cabinet in the machine room according to the basic information of the equipment, the monitoring of the thermal power and other elements, and supports the man-machine interaction adjustment of the cabinet layout and the equipment layout.

摘要：【中文】本发明提出了一种基于5G架构的智能安全门禁的控制系统及方法，所述控制系统包括MEC平台、5G基站、智能门禁设备和移动终端设备；所述MEC平台与5G基站相连接，5G基站通过5G无线通信分别与智能门禁设备和移动终端设备相连接；移动终端设备通过D2D通信与智能门禁设备相连接。本发明采用5G技术通过移动边缘计算域的就近的、快速的响应能力，提供了统一的更为准确的识别服务，解决了识别水平层次不齐的问题；本发明结合5G中的设备到设备之间的D2D通信方式，在生物识别的同时，增加硬件识别防止伪造欺骗，采用这种软硬结合的方式，能够进一步提高智能安全门禁的安全保障系数。 【EN】The invention provides a control system and a method of an intelligent security entrance guard based on a 5G framework, wherein the control system comprises an MEC platform, a 5G base station, an intelligent entrance guard device and a mobile terminal device; the MEC platform is connected with the 5G base station, and the 5G base station is respectively connected with the intelligent access control equipment and the mobile terminal equipment through 5G wireless communication; the mobile terminal device is connected with the intelligent access control device through D2D communication. The invention adopts the 5G technology to provide uniform and more accurate identification service through the nearby and quick response capability of the mobile edge computing domain, thereby solving the problem of uneven identification level; the invention combines the D2D communication mode from the device to the device in 5G, increases the hardware identification to prevent the forgery and the deception while carrying out the biological identification, and can further improve the safety guarantee coefficient of the intelligent safety entrance guard by adopting the soft and hard combination mode.

摘要：【中文】公开了提供对话参与者的上下文信息及使能群组通信。用于提供控件的配置，所述控件显示对话线程中所涉及参与者并提供不同的图形组件(例如，按钮)，以开始一个点击动作来开始群组聊天，在每个参与者的日历上产生会议，或开始新的对话线程。在群组聊天的例子中，本主题技术可将所述群组聊天会话的内容包括为所述对话线程中的额外电子信息。在一个示例中，所述控件被实施为可位在所述用户接口中同时在所述对话线程视野中的浮动工具栏。 【EN】Providing contextual information of conversation participants and enabling group communications is disclosed. For providing a configuration of controls that display the participants involved in the conversation thread and provide different graphical components (e.g., buttons) to start a click action to start a group chat, to generate a meeting on each participant's calendar, or to start a new conversation thread. In the example of a group chat, the subject technology can include the content of the group chat session as additional electronic information in the conversation thread. In one example, the control is implemented as a floating toolbar that can be positioned in the user interface while in the conversation thread view.

摘要：本发明关于联合构架单钢管计算长度系数确定方法，以电脑设备与程序辅助进行运作，至少包含以下步骤：步骤A：根据钢结构稳定计算理论建模推导单钢管计算长度系数；步骤B：根据工程实际模型筛选简化工况并利用有限元方法进行稳定性分析；步骤C：根据影响因素提取周边局部模型推导计算长度系数；步骤D：模拟实际工况建立试验模型进行构架单钢管稳定性试验；步骤E：对于所述步骤A、所述步骤B、所述步骤C、所述步骤D获取的各计算长度系数进行数据汇总以及对比分析；步骤F：根据所述步骤E中获取的分析结果调整并确定计算长度系数推荐值。使单钢管柱的稳定计算更加准确，保证结构安全的同时，能最大程度节省钢材量，提升经济效益。