摘要：【中文】本发明提供了一种基于数据隔离的双系统的数据共享方法和装置、终端设备，包括：在终端设备上设置挂载点；当从第一虚拟机切换到第二虚拟机时，根据所述第一虚拟机的当前配置信息更新所述挂载点的公共配置信息，再退出所述第一虚拟机；在启动所述第二虚拟机之前，获取所述挂载点的公共配置信息，根据所述公共配置信息更新所述第二虚拟机的配置信息。本发明可以使公共配置信息在虚拟机之间共享，避免在一虚拟机上修改的配置信息随着终端设备上的虚拟机切换，修改后的配置信息在另一虚拟机上得不到继承的问题。 【EN】The invention provides a data isolation-based dual-system data sharing method and device and terminal equipment, wherein the method comprises the following steps: setting a mounting point on the terminal equipment; when a first virtual machine is switched to a second virtual machine, updating the public configuration information of the mount point according to the current configuration information of the first virtual machine, and exiting the first virtual machine; and before the second virtual machine is started, acquiring the public configuration information of the mount point, and updating the configuration information of the second virtual machine according to the public configuration information. The invention can share the public configuration information among the virtual machines, and avoids the problem that the modified configuration information on one virtual machine is switched along with the virtual machine on the terminal equipment, and the modified configuration information cannot be inherited on the other virtual machine.

摘要：本发明涉及建筑施工技术领域，且公开了一种建筑施工用降尘设备，包括箱体；本发明通过启动电机，电机在启动时会通过轴承的配合下带动传动杆进行旋转，传动杆在旋转时会通过环形导槽和导块的配合下带动水箱旋转，水箱在旋转时会带动喷洒头一起旋转，能够实现自动多方位喷洒的功能，提高了周围环境的降尘效率与降尘质量，灵活性高，同时通过用手握住转把进行顺时针转动，转把在顺时针转动时会通过轴承的配合下带动螺杆进行顺时针旋转，螺杆在顺时针旋转时会通过滑轨和滑块的配合下带动螺纹板向上移动，能够对喷洒头高度进行调节，提高了设备的适用范围，减轻了工作人员的工作负担，实用性高。

摘要：本申请公开了一种3D存储器件。该3D存储器件包括：衬底；位于所述衬底上方的栅叠层结构，所述栅叠层结构包括交替堆叠的多个栅极导体和多个第一层间绝缘层；沿垂直于所述衬底的方向穿过所述栅叠层结构的绝缘叠层结构，所述绝缘叠层结构包括交替堆叠的多个牺牲层和多个第二层间绝缘层；沿垂直于所述衬底的方向穿过所述栅叠层结构的隔离层，所述隔离层环绕所述绝缘叠层；贯穿所述栅叠层结构的多个沟道柱；以及贯穿所述绝缘叠层结构的导电通道，其中，所述隔离层的外侧壁的至少一部分为平滑曲面。该3D存储器件采用平滑曲面的隔离层，从而可以避免隔离层中形成孔洞导致栅极导体与导电通道之间的短路，可以提高3D存储器件的良率和可靠性。

摘要：公开了一种制造3D存储器件的方法。制造3D存储器件的方法包括：在衬底上方形成原绝缘叠层结构，原绝缘叠层结构包括交替堆叠的多个牺牲层和多个层间绝缘层；形成贯穿所述原绝缘叠层结构的多个沟道柱；在所述原绝缘叠层结构中形成隔离层，隔离层贯穿所述原绝缘叠层结构且呈环状，使得被所述隔离层环绕的所述原绝缘叠层结构构成绝缘叠层结构；采用金属层置换所述隔离层外侧的原绝缘叠层结构中的牺牲层以形成栅叠层结构；以及形成贯穿所述绝缘叠层结构的导电通道，其中，所述隔离层的外侧壁的至少一部分为平滑曲面。该3D存储器件采用平滑曲面的隔离层，从而避免隔离层中形成孔洞导致栅极导体与导电通道之间的短路，可以提高3D存储器件的良率和可靠性。

摘要：【中文】本发明公开了一种复合式叠构LCP基板，包括至少一铜箔层、两低粉体LCP层和一高粉体LCP层，高粉体LCP层位于两低粉体LCP层之间，铜箔层与高粉体LCP层之间通过低粉体LCP层粘接，高粉体LCP层中的填充粉体的含量大于低粉体LCP层中的填充粉体的含量，低粉体LCP层和高粉体LCP层均是指Dk值为2.5‑4.0，且Df值为0.001‑0.005的LCP层；每一铜箔层的厚度为1‑35μm；每一低粉体LCP的厚度均为12‑100μm；高粉体LCP层的厚度为12‑100μm。本发明提供的LCP基板，通过向LCP层添加填充粉体，使得制成的LCP基板具有低吸水率、低热膨胀系数、良好的接着强度及机械性能。 【EN】The invention discloses a composite laminated LCP (liquid Crystal display Panel) substrate, which comprises at least one copper foil layer, two low-powder LCP (liquid Crystal display Panel) layers and a high-powder LCP layer, wherein the high-powder LCP layer is positioned between the two low-powder LCP layers, the copper foil layer is bonded with the high-powder LCP layer through the low-powder LCP layers, the content of filling powder in the high-powder LCP layer is greater than that of filling powder in the low-powder LCP layer, and the low-powder LCP layer and the high-powder LCP layer both refer to LCP layers with Dk values of 2.5-4.0 and Df values of 0.001-0.005; the thickness of each copper foil layer is 1-35 μm; the thickness of each low-powder LCP is 12-100 μm; the thickness of the high-powder LCP layer is 12-100 μm. According to the LCP substrate provided by the invention, the filling powder is added into the LCP layer, so that the prepared LCP substrate has low water absorption rate, low thermal expansion coefficient, good bonding strength and good mechanical properties.

摘要：【中文】本发明属于航空用电机装配领域，具体涉及一种轴承手动清洗装置。目前轴承清洗时采用手工清洗，油耗大，费时、费力且效率低。本发明的轴承手动清洗装置，在油箱底部固定安装有油缸，在油箱上部具有上过滤棉和过滤挡块；下腔体具有与油箱连通的进油口，在下腔体中还安装有多层过滤片，在过滤片组下端是下弹簧，在过滤片组上端是下过滤棉；上腔体内具有活塞杆，其下端安装有上弹簧，该活塞杆具有轴向贯通的孔，在其上端部连接有喷嘴，轴承安装在该喷嘴的出油口上端，在该喷嘴周围具有漏油孔；在喷嘴上部安装有遮挡盖，其为空心半球结构。无需操作人员手持轴承清洗和频繁的更换汽油缸内汽油，降低了劳动强度，减少了清洗时间，提高轴承手动清洗效率。 【EN】The invention belongs to the field of assembly of aviation motors, and particularly relates to a manual bearing cleaning device. At present, the bearing is cleaned manually, so that the oil consumption is high, the time and the labor are wasted, and the efficiency is low. According to the manual bearing cleaning device, the oil cylinder is fixedly arranged at the bottom of the oil tank, and the upper part of the oil tank is provided with the upper filter cotton and the filter stop block; the lower cavity is provided with an oil inlet communicated with the oil tank, a plurality of layers of filter discs are further arranged in the lower cavity, a lower spring is arranged at the lower end of the filter disc set, and lower filter cotton is arranged at the upper end of the filter disc set; the upper cavity is internally provided with a piston rod, the lower end of the piston rod is provided with an upper spring, the piston rod is provided with an axially through hole, the upper end part of the piston rod is connected with a nozzle, a bearing is arranged at the upper end of an oil outlet of the nozzle, and oil leakage holes are formed around the nozzle; the upper part of the nozzle is provided with a shielding cover which is of a hollow hemisphere structure. The bearing is not required to be cleaned by an operator in a hand-held mode and the gasoline in the gasoline cylinder is not required to be frequently replaced, so that the labor intensity is reduced, the cleaning time is shortened, and the manual cleaning efficiency of the bearing is improved.

摘要：本发明公开了一种基于硅衬底支柱结构提高电容量的深沟槽电容及其制备方法，涉及半导体技术领域，在所述衬底结构中心区域形成有多个支柱结构，所述支柱结构之间、支柱结构与衬底侧壁之间外表面之间形成深沟槽。本发明在现有硅基衬底上形成多个支柱型结构，支柱型结构外表面之间以及支柱型结构外表面与衬底侧壁之间形成深沟槽，大幅增加了电容器的表面积，从而大幅提高电容量。

摘要：本发明公开了一种囊体封装系统，包括进料机构、模具移动平台、开合模机构、填充装置、取囊机构、转运机械手、瓶体封装机构和缺陷检测机构，模具移动平台上设有模具定位部、填充部安装件和药物容器，开合模机构配设设有合囊机构。其封装方法，包括步骤S1、进料；S2、灌装；S3、合囊；S4、缺陷检测；S5、活度检测；S6、瓶体封装。本发明可以自动完成进料、灌装、合囊、取囊和缺陷检测等工序，自动化程度高，效率高，有利于降低污染风险；模具定位部可以用于放置囊体模具，还集成了填充部安装件和药物容器，填充部安装件和药物容器可以通过模具移动平台带动移动，方便填充装置更换填充部和完成灌装，填充装置、开合模机构和合囊机构等仅需升降运动即可，无需进行平移，有利于简化结构，降低成本。

摘要：一种囊体开合装置，包括囊体载具和开合机构，囊体载具包括上巢板、中巢板和下巢板，上巢板上设有用于对上囊进行限位的限位部，中巢板上设有用于定位上囊的第一定位孔，下巢板上设有用于定位下囊的第二定位孔，开合机构包括可升降的上巢板抓取件和中巢板抓取件。囊体制备方法，包括步骤，S1、上料：囊体载具转移至移动平台上的定位部；S2、灌装：上巢板抓取件和中巢板抓取件下降分别抓取上巢板和中巢板然后上升，使上囊与下囊分离，移动平台带动下巢板移动至填充装置下方，填充装置下降将药物灌装至下囊内；S3、合囊：移动平台带动下巢板返回至开合机构，上巢板抓取件和中巢板抓取件下降，合囊顶杆上升使下囊上升与上囊结合。本发明结构简单，成本低，开合模过程效率高。

摘要：【中文】本发明提供了一种车辆载荷谱获取方法和系统，包括：获取目标车辆的受力矩阵；受力矩阵包括以下任一项：应力矩阵和应变矩阵；将受力矩阵输入到训练之后的支持向量机模型中，得到目标车辆的载荷矩阵；载荷矩阵为基于目标车辆在轮心处的载荷确定的矩阵；基于载荷矩阵确定目标车辆的载荷谱。本发明缓解了现有技术中存在的车辆载荷谱的获取不准确和精度低的技术问题。 【EN】The invention provides a method and a system for acquiring a vehicle load spectrum, which comprise the following steps: acquiring a stress matrix of a target vehicle; the force matrix includes any one of: a stress matrix and a strain matrix; inputting the stress matrix into the trained support vector machine model to obtain a load matrix of the target vehicle; the load matrix is a matrix determined based on the load of the target vehicle at the wheel center; a load spectrum of the target vehicle is determined based on the load matrix. The invention solves the technical problems of inaccurate acquisition and low precision of the vehicle load spectrum in the prior art.