摘要：【中文】本发明提供一种根据屏幕唤醒自动开锁方法，包括：步骤100：智能移动终端通过专用APP与蓝牙智能门锁所初始化绑定产生权限信息,所述智能移动终端记录所述蓝牙智能门锁的第一位置信息；步骤200：所述智能移动终端实时监测自身的第二位置信息，所述第二位置信息相对于所述第一位置信息呈现回家行为，对所述屏幕进行屏幕唤醒并发出开锁指令；步骤300：智能移动终端搜索并向蓝牙智能门锁发送权限信息和所述开锁指令；步骤400：所述权限信息匹配有效，所述蓝牙智能门锁执行所述开锁指令。具有有益效果：一次初始绑定后，智能移动终端实时第二位置信息与蓝牙智能门锁的第一位置信息对比判定回家行为，直接为用户打开门锁，无需用户二次操作，方便用户生活。 【EN】The invention provides an automatic unlocking method based on screen awakening, which comprises the following steps: step 100: the intelligent mobile terminal is initially bound with the Bluetooth intelligent door lock through a special APP to generate authority information, and the intelligent mobile terminal records first position information of the Bluetooth intelligent door lock; step 200: the intelligent mobile terminal monitors second position information of the intelligent mobile terminal in real time, the second position information presents a home returning behavior relative to the first position information, and the intelligent mobile terminal wakes up the screen and sends an unlocking instruction; step 300: the intelligent mobile terminal searches and sends authority information and the unlocking instruction to the Bluetooth intelligent door lock; step 400: the permission information is matched effectively, and the Bluetooth intelligent door lock executes the unlocking instruction. Has the advantages that: after the initial binding, the intelligent mobile terminal compares the real-time second position information with the first position information of the Bluetooth intelligent door lock to judge the behavior of returning home, the door lock is directly opened for the user, secondary operation of the user is not needed, and the life of the user is facilitated.

摘要：本发明公开了一种能快速装拆的枪械前置复进机构及工作方法，提高勤务性，同时避免零件损坏。包括活塞筒、机框、活塞杆、复进簧，活塞杆位于活塞筒内，复进簧套在活塞杆上，活塞杆的前端连接活塞头，复进簧的前端作用于活塞头，尾端滑动配合在活塞筒内，活塞杆上套有挡圈，复进簧的后端作用于挡圈；活塞杆的后端设有凸台断齿，凸台断齿的端面上设有销槽，机框的前端、活塞筒的后端设有接口断齿，接口断齿对应凸台断齿设有条形孔，凸台断齿穿过机框、活塞筒的接口断齿且与接口断齿垂直，使凸台断齿、接口断齿之间轴向定位，凸台断齿的端面销槽内插入有机框销，机框销的两端插接于机框上的销孔内，机框销锁定凸台断齿的周向位置。

摘要：本发明公开了一种新型掘锚运一体式设备系统，属于矿山、煤矿及隧道工程技术领域。所述的掘进机后部设置有运输机，且运输机上部设置有锚杆结构，该掘锚运一体式设备系统运输机位于掘进机后部，锚杆机构位于掘进机后部，并横跨运输机上方，掘进机在割煤的过程中，同时进行物料运输、顶板、侧帮锚护，实现了掘锚运连续平行作业，设备利用率得到大幅提高，加快了掘进速度。

摘要：【中文】本发明公开了一种高频开关型移相器，由5度移相单元、11度移相单元、22度移相单元、45度移相单元、90度移相单元构成，可以覆盖180度移相范围。所述的5度移相单元由开关电感移相结构实现，所述的11度移相单元、22度移相单元、45度移相单元、90度移相单元由优化T型移相结构实现。本发明提出了上述的开关电感移相结构和优化T型移相结构；基于该两种结构，进一步提出了移相单元的选取和排列策略，最终可实现低损耗、低移相附加衰减、宽带的移相效果。本发明为纯无源电路结构，无直流功耗，并支持正反双向移相；采用直接数字控制，相比基于数模转换(DAC)的模拟电压控制，具有时延低、反应快的优势。本发明适用于相控阵系统的移相器设计。 【EN】The invention discloses a high-frequency switch type phase shifter which is composed of a 5-degree phase shifting unit, an 11-degree phase shifting unit, a 22-degree phase shifting unit, a 45-degree phase shifting unit and a 90-degree phase shifting unit and can cover a 180-degree phase shifting range. The 5-degree phase shift unit is realized by a switched inductor phase shift structure, and the 11-degree phase shift unit, the 22-degree phase shift unit, the 45-degree phase shift unit and the 90-degree phase shift unit are realized by an optimized T-shaped phase shift structure. The invention provides the switch inductor phase shift structure and the optimized T-shaped phase shift structure; based on the two structures, selection and arrangement strategies of the phase shifting units are further provided, and finally, the phase shifting effects of low loss, low phase shifting additional attenuation and broadband can be realized. The invention is a pure passive circuit structure, has no direct current power consumption and supports positive and negative bidirectional phase shifting; compared with analog voltage control based on digital-to-analog conversion (DAC), the direct digital control has the advantages of low time delay and quick response. The phase shifter is suitable for designing the phase shifter of the phased array system.

摘要：【中文】本发明提供了了一种宽电压增益低电流纹波双向谐振变换器，包括低压侧滤波电感、箝位电容、低压侧桥臂、辅助电感、谐振电感、谐振电容、隔离变压器、高压侧桥臂。低压侧滤波电感包括两个电感，低压侧桥臂由四个开关管构成，高压侧桥臂由四个开关管构成。 【EN】The invention provides a wide-voltage-gain low-current-ripple bidirectional resonant converter which comprises a low-voltage-side filter inductor, a clamping capacitor, a low-voltage-side bridge arm, an auxiliary inductor, a resonant capacitor, an isolation transformer and a high-voltage-side bridge arm. The low-voltage side filter inductor comprises two inductors, a low-voltage side bridge arm is composed of four switching tubes, and a high-voltage side bridge arm is composed of four switching tubes.

摘要：【中文】本发明公开了一种载物装置及镀膜设备，涉及半导体镀膜技术领域。该载物装置包括固定盘、底盘、载物盘及连杆组件，所述底盘位于所述固定盘的下方；所述载物盘相对竖直方向倾斜设置，且底端与所述底盘连接；所述连杆组件的上端与所述固定盘连接，下端与所述载物盘连接，所述连杆组件用于调整所述载物盘的倾斜角度。该载物装置中，载物盘的底端与底盘连接，其上端通过连杆组件与固定盘连接，连杆组件通过调整载物盘上端的高度来调整载物盘的倾斜角度，从而获得不同的薄膜覆盖效果。 【EN】The invention discloses a carrying device and coating equipment, and relates to the technical field of semiconductor coating. The carrying device comprises a fixed disc, a base disc, a carrying disc and a connecting rod assembly, wherein the base disc is positioned below the fixed disc; the carrying disc is obliquely arranged relative to the vertical direction, and the bottom end of the carrying disc is connected with the chassis; the upper end of the connecting rod assembly is connected with the fixed disc, the lower end of the connecting rod assembly is connected with the carrying disc, and the connecting rod assembly is used for adjusting the inclination angle of the carrying disc. In the object carrying device, the bottom end of the object carrying disc is connected with the chassis, the upper end of the object carrying disc is connected with the fixed disc through the connecting rod assembly, and the connecting rod assembly adjusts the inclination angle of the object carrying disc by adjusting the height of the upper end of the object carrying disc, so that different film covering effects are obtained.

摘要：【中文】本申请提供了一种并行计算方法及装置，所述方法包括：将卷积神经网络目标层的N个输入矩阵进行水平方向的拼接，获得第一拼接输入矩阵；矢量处理器根据所述计算标识对所述第一拼接输入矩阵进行水平方向的计算处理，得到拼接输出矩阵；从所述拼接输出矩阵中筛选出所述N个输出矩阵，并将所述N个输出矩阵作为卷积神经网络下一层的N个输入矩阵。本申请通过将输入矩阵进行水平方向的拼接，从而减少了处理器换行处理流水线时所需的载入和存储带来的额外开销，提升了矢量处理器在处理小尺寸数据时的计算性能。 【EN】The application provides a parallel computing method and a device, wherein the method comprises the following steps: splicing N input matrixes of a target layer of the convolutional neural network in the horizontal direction to obtain a first spliced input matrix; the vector processor carries out calculation processing in the horizontal direction on the first splicing input matrix according to the calculation identifier to obtain a splicing output matrix; and screening the N output matrixes from the spliced output matrixes, and taking the N output matrixes as N input matrixes of the next layer of the convolutional neural network. According to the method and the device, the input matrix is spliced in the horizontal direction, so that the additional overhead caused by loading and storing required by a processor when a line is changed for processing a production line is reduced, and the calculation performance of the vector processor when small-size data is processed is improved.

摘要：【中文】本发明提供了一种超仿真皮防霉抗菌超细纤维合成革的加工方法，该方法解决传统真皮不抗菌，易腐烂，常规超细纤维合成革塑胶感强，皮感差的技术问题，其内容主要包括：基布的生产制造、基布的含浸等步骤，基本满足超纤革所有应用领域需要，而且还不需要按现行的先涂布再含浸的两步法仿皮工艺路线，只需一步法大含浸，满足产品稳定大生产设计的需求。 【EN】The invention provides a processing method of super-simulation leather mildew-proof antibacterial superfine fiber synthetic leather, which solves the technical problems of non-antibacterial property, easy decay, strong plastic rubber feeling and poor leather feeling of the conventional superfine fiber synthetic leather, and mainly comprises the following steps: the production and manufacture of the base cloth, the impregnation of the base cloth and other steps basically meet the requirements of all application fields of the microfiber leather, and the requirements of stable large-scale production design of products are met by only one-step large impregnation without the need of the existing two-step leather-imitating process route of coating first and then impregnating.

摘要：本发明公开了一种前围下横梁结构，包括第一区、第二区、第三区、第四区、第五区、过渡一区、过渡二区、过渡三区和过渡四区；所述过渡一区、过渡二区、过渡三区和过度四区分别连接每两个相邻分区，所述第一区料厚为1.1mm‑1.4mm，所述第二区料厚大于所述第一区料厚的第一预设倍数，所述第三区料厚为所述第一区料厚的0.9倍‑1.1倍，所述第四区料厚大于第一区料厚的第二预设倍数，所述第五区料厚等于所述第一区料厚。本发明还公开了一种电动汽车，应用了上述的前围下横梁结构。本发明利用不等厚设计将不同材料料厚分布在前围下横梁结构的各个分区，取消了内部加强板，在满足强度要求的同时实现了轻量化。

摘要：本发明公开了一种机舱前纵梁结构，包括焊接连接的前纵梁中前段和前纵梁后段；前纵梁中前段包括第一区、第二区、第三区和连接其的过渡分区；前纵梁后段包括第四区、第五区、第六区、第七区、第八区和连接其的过渡分区；第一区料厚为1.3‑1.5mm；第二区料厚为1.6‑1.8mm；第三区料厚为1.3‑1.5mm；第四区料厚为1.3‑1.5mm；第五区料厚为1.7‑1.9mm；第六区料厚为2.1‑2.3mm；第七区的料厚1.7‑1.9mm；第八区料厚为1.1‑1.3mm。本发明还公开了一种汽车，应用了上述前纵梁结构。本发明将前纵梁中前段和后段进行分区设计，为各区域设计差异化的料厚，起到不同区域具有不同强度的效果。