摘要：【中文】本发明涉及转换开关的手柄弹出结构，上壳上表面设有手柄盒仓及一对导向槽，手柄盒上形成手柄仓，手柄盒底部设有至少一对弹簧仓，弹簧仓之间设有第一卡扣、第二卡扣，第二卡扣末端距手柄盒底部高度高于第一卡扣距手柄盒底部高度；手自动滑盖底面设有一对滑动柱；滑板上贯穿设有一对连接孔、第一滑槽、第二滑槽；固定件表面设有弹簧固定柱；手柄位于手柄仓内，手柄盒位于手柄盒仓内，手自动滑盖位于手自动滑盖滑动区表面，且滑动柱自由穿过导向槽，且另一端与滑板固定连接，第一卡扣、第二卡扣可穿过或脱出第一滑槽、第二滑槽，固定件与手柄盒仓底部固定连接，弹簧两端分别被弹簧仓、弹簧固定柱限位。本发明更加贴近客户使用感受，避免手柄的丢失。 【EN】The invention relates to a handle pop-up structure of a change-over switch.A handle box bin and a pair of guide grooves are arranged on the upper surface of an upper shell, the handle box is provided with the handle bin, the bottom of the handle box is provided with at least one pair of spring bins, a first buckle and a second buckle are arranged between the spring bins, and the height from the tail end of the second buckle to the bottom of the handle box is higher than the height from the first buckle to the bottom of the handle box; the bottom surface of the manual and automatic sliding cover is provided with a pair of sliding columns; the sliding plate is provided with a pair of connecting holes, a first sliding chute and a second sliding chute in a penetrating way; the surface of the fixed part is provided with a spring fixed column; the handle is located the handle storehouse, and the handle box is located the handle box storehouse, and manual-automatic sliding closure is located manual-automatic sliding closure sliding area surface, and the sliding column freely passes the guide way, and the other end and slide fixed connection, first buckle, second buckle can pass or deviate from first spout, second spout, mounting and handle box storehouse bottom fixed connection, and the spring both ends are spacing by spring storehouse, spring fixed column respectively. The handle is closer to the use feeling of a customer, and the handle is prevented from being lost.

摘要：【中文】本发明提供一种基于虚拟化的遥感卫星地面站监控方法和系统，其方法包括：创建多个设备监控虚拟机，每一虚拟机与一套卫星数据接收系统相对应；为每一虚拟机配置通信单元，每一通信单元用于虚拟机与对应的卫星数据接收系统间的通信链接；当接收到输入的控制指令时，解析控制指令中包含的待操作卫星数据接收系统的属性信息，控制指令被发送至对应的虚拟机并经通信单元发送至待操作卫星数据接收系统；当通过虚拟机接收到卫星数据接收系统发送的监控数据后，根据虚拟机的属性信息确定发送监控数据的卫星数据接收系统的属性信息；将监控数据与发送监控数据的卫星数据接收系统的属性信息关联存储。以上监控方式具备对卫星接收系统的快速扩展及注销能力。 【EN】The invention provides a remote sensing satellite ground station monitoring method and system based on virtualization, wherein the method comprises the following steps: creating a plurality of equipment monitoring virtual machines, wherein each virtual machine corresponds to a set of satellite data receiving systems; configuring a communication unit for each virtual machine, wherein each communication unit is used for communication link between the virtual machine and a corresponding satellite data receiving system; when an input control instruction is received, analyzing attribute information of a satellite data receiving system to be operated, which is contained in the control instruction, and sending the control instruction to a corresponding virtual machine and sending the control instruction to the satellite data receiving system to be operated through a communication unit; after monitoring data sent by a satellite data receiving system is received through a virtual machine, determining attribute information of the satellite data receiving system sending the monitoring data according to the attribute information of the virtual machine; and storing the monitoring data and the attribute information of the satellite data receiving system which sends the monitoring data in a correlation manner. The monitoring mode has the capability of quickly expanding and logging off the satellite receiving system.

摘要：【中文】本发明涉及隔离开关的触头结构，包括动触头组件及与动触头组件配合使用的静触头；动触头组件包括动触头支架、动触头、动触头支撑件以及弹簧，动触头支架上设有若干组触头安装孔，动触头支架上还设有若干支撑件安装孔，动触头的一侧壁上通过设置一对凹槽形成“凸”型结构，使得动触头插入第一触头安装孔或第二触头安装孔内后，动触头“凸”型结构中间部分能够嵌入支撑件安装孔，静触头包括一体成型的静触头前端及静触头后端，当动触头组件滑动与静触头合闸时，静触头与任一组触头安装孔内的动触头配合导通。本发明减少触头在分合过程中产生的摩擦力。 【EN】The invention relates to a contact structure of an isolating switch, which comprises a movable contact component and a fixed contact matched with the movable contact component; the moving contact subassembly includes the moving contact support, the moving contact, moving contact support piece and spring, be equipped with a plurality of groups of contact mounting holes on the moving contact support, still be equipped with a plurality of support piece mounting holes on the moving contact support, form "protruding" type structure through setting up a pair of recess on the lateral wall of moving contact, make the moving contact insert first contact mounting hole or second contact mounting hole back, moving contact "protruding" type structure mid portion can imbed the support piece mounting hole, the static contact includes integrated into one piece's static contact front end and static contact rear end, when moving contact subassembly slip and static contact combined floodgate, the static contact switches on with the moving contact cooperation in arbitrary group of contact mounting hole. The invention reduces the friction force generated by the contact in the opening and closing process.

摘要：【中文】本发明提供一种基于虚拟化技术的卫星接收站监控系统，包括虚拟化硬件平台和虚拟化传输网络；虚拟化硬件平台包括第一磁盘阵列、第二磁盘阵列、第一光纤交换机、第二光纤交换机、多台服务器组成的服务器虚拟资源池；虚拟化传输网络包括运行在每一台所述服务器上的虚拟机和虚拟交换机，虚拟机具有虚拟网卡；每一服务器中，虚拟交换机的下层数据接口与虚拟网卡连接，虚拟交换机的上层数据接口与物理网卡连接。以上方案，采用虚拟化技术，将服务器、存储、网络等物理资源整合成统一的逻辑资源池，通过虚拟化网络设计、虚拟化存储双活设计，解决了服务器、存储、网络的单点瓶颈问题，提高了系统资源的利用率、高可用性和可扩展性。 【EN】The invention provides a satellite receiving station monitoring system based on virtualization technology, which comprises a virtualization hardware platform and a virtualization transmission network, wherein the virtualization hardware platform is used for storing a plurality of virtual hardware; the virtualization hardware platform comprises a server virtual resource pool consisting of a first disk array, a second disk array, a first optical fiber switch, a second optical fiber switch and a plurality of servers; the virtual transmission network comprises a virtual machine and a virtual switch which run on each server, and the virtual machine is provided with a virtual network card; in each server, a lower data interface of the virtual switch is connected with the virtual network card, and an upper data interface of the virtual switch is connected with the physical network card. The scheme adopts the virtualization technology to integrate physical resources such as servers, storage, networks and the like into a unified logical resource pool, solves the single-point bottleneck problem of the servers, the storage and the networks through the virtualization network design and the virtualization storage dual-active design, and improves the utilization rate, the high availability and the expandability of system resources.

摘要：【中文】本发明公开了一种转账方法、装置、设备及存储介质。该方法包括：接收付款人的终端发送的转帐请求信息，转账请求信息包括转账金额和收款人的手机号码；响应于转账请求信息，将转账金额对应的转账资源从付款人的账户中扣除并存入转账中间平台；根据收款人的手机号码确定收款人是否通过收款资格校验；若收款人未通过收款资格校验，则将存入转账中间平台的转账资源返还到付款人的账户。通过付款方直接输入收款方的手机号码，且收款方需要通过收款资格校验才能收到转账的方式来进行转账，提高了转账的便捷性和安全性。 【EN】The invention discloses a transfer method, a transfer device, transfer equipment and a storage medium. The method comprises the following steps: receiving transfer request information sent by a payer terminal, wherein the transfer request information comprises a transfer amount and a mobile phone number of a payee; in response to the transfer request information, deducting transfer resources corresponding to the transfer amount from the account of the payer and storing the transfer resources in a transfer intermediate platform; determining whether the payee passes the payee qualification check according to the mobile phone number of the payee; if the receiver does not pass the collection qualification verification, the transfer resources stored in the transfer intermediate platform are returned to the account of the payer. The mobile phone number of the payee is directly input through the payer, and the payee can receive the transfer by checking the collection qualification to transfer the account, so that the convenience and the safety of the transfer are improved.

摘要：【中文】本发明公开了一种粘稠流体混合和气体分散专用搅拌装置，包括上部的驱动机构(1)、盛装介质的搅拌釜、由驱动机构伸入釜内的轴(2)以及安装定位于轴(2)下端的搅拌器(3)，在搅拌器(3)下方配置气体分布器(4)，通过搅拌器(3)的专门设计配合其下方的气体分布器(4)，既可以提高气液传质能力，又可以加强流体的混合效率，解决了高粘度介质混合和气体分散的问题，适用于粘稠性物料的通风搅拌发酵过程，同样也适用于加氢反应、氧化反应等其它气液反应过程，使其具有高效的混合性能及气体分散传质性能。 【EN】The invention discloses a special stirring device for viscous fluid mixing and gas dispersion, which comprises a driving mechanism (1) at the upper part, a stirring kettle for containing a medium, a shaft (2) extending into the kettle from the driving mechanism and a stirrer (3) arranged at the lower end of the shaft (2), wherein a gas distributor (4) is arranged below the stirrer (3), and the special design of the stirrer (3) is matched with the gas distributor (4) below the stirrer, so that the gas-liquid mass transfer capacity can be improved, the mixing efficiency of the fluid can be enhanced, the problems of high-viscosity medium mixing and gas dispersion are solved, the special stirring device is suitable for the ventilation stirring fermentation process of viscous materials, is also suitable for other gas-liquid reaction processes such as hydrogenation reaction, oxidation reaction and the like, and has high-efficiency mixing performance and gas dispersion mass transfer performance.

摘要：【中文】本发明公开了一种蓖麻蚕羽化匾，属于农业生产设备技术领域，包括：匾框，其由厚度、宽度一致的框条围成；羽化面，其固定在所述匾框的上侧面；所述羽化面由多根平行设置的尼龙绳组成以支撑并容纳蓖麻蚕茧。本发明的蓖麻蚕羽化匾以羽化面承接蓖麻蚕茧，羽化面的间隙大，蓖麻蚕茧平铺于羽化面上发育成蛾，利用其习性，蚕蛾会自行爬到羽化面的下方，抓住茧壳及尼龙绳，吊挂在羽化匾下完成展翅和交尾。茧壳和蚕蛾的位置上下相错分离，使得蚕蛾具有较大的空间发育至完全展翅、交尾，繁衍后代。 【EN】The invention discloses a castor silkworm feathering plaque, which belongs to the technical field of agricultural production equipment and comprises the following components: the inscribed board frame is formed by surrounding frame strips with consistent thickness and width; an eclosion surface fixed to an upper side surface of the frame; the emergence surface is composed of a plurality of nylon ropes arranged in parallel to support and contain the castor silkworm cocoons. The emergence surface of the emergence board of the invention is used for receiving the castor silkworm cocoons, the clearance of the emergence surface is large, the castor silkworm cocoons are flatly laid on the emergence surface to develop into moths, and the moths can automatically climb to the lower part of the emergence surface by utilizing the habits of the moths, grasp the cocoon shell and the nylon rope and hang under the emergence board to complete wing spreading and copulation. The cocoon shell and the silkworm moth are separated in a vertically staggered manner, so that the silkworm moth has larger space to develop to completely spread wings, copulate and reproduce offspring.