摘要：【中文】本发明公开了一种非接触式硅片搬运的环状真空吸盘。包括从上到下依次布置的固定层、流道层和分离式吸附层，固定层周围开设有四个沿圆周间隔分布的孔道，孔道作为气体入口连接气源；流道层包括分别上下布置的环状式流道层与扩散式流道层；分离式吸附层包括从外圈到内圈布置的外圈吸附层、环状导流板和内圈吸附层；硅片布置于分离式吸附层正下方，硅片和分离式吸附层之间具有吸附间隙，外部气体通过气泵输入经各层流入吸附间隙中，形成伯努利效应及气流层产生负压吸附硅片。本发明设计出层间狭小间隙，形成伯努利效应非接触环状吸附硅片，并侧面接触硅片辅助搬运，改善硅片吸附的受力均匀性，避免了硅片上下表面的接触性损伤，提高硅片质量。 【EN】The invention discloses an annular vacuum chuck for non-contact silicon wafer transportation. The device comprises a fixed layer, a flow channel layer and a separation type adsorption layer which are sequentially arranged from top to bottom, wherein four pore channels which are distributed at intervals along the circumference are formed around the fixed layer, and the pore channels are used as gas inlets to be connected with a gas source; the flow channel layer comprises an annular flow channel layer and a diffusion type flow channel layer which are respectively arranged up and down; the separated adsorption layer comprises an outer ring adsorption layer, an annular guide plate and an inner ring adsorption layer which are arranged from an outer ring to an inner ring; the silicon chip is arranged under the separated adsorption layer, an adsorption gap is formed between the silicon chip and the separated adsorption layer, and external air is input through the air pump and flows into the adsorption gap through each layer to form a Bernoulli effect and the airflow layer to generate negative pressure to adsorb the silicon chip. The invention designs narrow gaps among layers to form a Bernoulli effect non-contact annular adsorption silicon wafer, and the lateral surface of the non-contact annular adsorption silicon wafer is in contact with the silicon wafer to assist in carrying, so that the stress uniformity of adsorption of the silicon wafer is improved, the contact damage of the upper surface and the lower surface of the silicon wafer is avoided, and the quality of the silicon wafer is improved.

摘要：【中文】本发明公开了一种无级调控弯曲机定位机构，包括弯曲机主体和用于支撑工件的下模板，所述下模板安装在弯曲机主体的下模安装机构上，其特征在于：所述弯曲机主体内两侧均设置有固定支架机构，所述固定支架机构顶部可拆安装有定位气缸，所述定位气缸输出端均设置有顶出定位件，所述顶出定位件分别位于下模板两端上方，此无级调控弯曲机定位机构，以区别于现有技术，在对汽车天窗铝导轨进行弯曲加工时，能够方便且高效的对待加工工件进行定位，从而使得待加工工件能够与弯曲上模板保持足够好的同心度，进而保证待加工工件能够根据所设置的弯曲上模板形状，从而加工出所需要的汽车天窗铝导轨结构，保证产品的合格率。 【EN】The invention discloses a stepless regulation and control bending machine positioning mechanism, which comprises a bending machine main body and a lower template used for supporting a workpiece, wherein the lower template is arranged on a lower die mounting mechanism of the bending machine main body, and the stepless regulation and control bending machine positioning mechanism is characterized in that: the utility model discloses a bending machine, including bending machine main body, fixed gimbal mechanism, locating cylinder, ejecting setting element, lower bolster both ends top, this stepless regulation and control bending machine positioning mechanism, in order to be different from prior art, when carrying out bending machining to sunroof aluminum guide, can conveniently and the efficient treat the work piece and fix a position, thereby make treat that the work piece can keep enough good concentricity with crooked cope match-plate pattern, and then guarantee to treat that the work piece can be according to the crooked cope match-plate pattern shape that sets up, thereby process required sunroof aluminum guide structure, guarantee the qualification rate of product.

摘要：【中文】本发明公开了一种基于三维空间时序建模的深度视频人体行为识别方法，属于数字图像识别领域，包括：逐帧对深度图像中人体位置进行标注；将包含人体行为的深度图像转换为三维空间点云数据；对三维空间点云数据进行不同尺度大小的体素化，得到多尺度三维张量；将同一尺度的三维张量均匀划分为多个时间段，对每个时间段对应的三维张量进行空间时序编码，得到多尺度多时间段的三维张量时空序列；将三维张量时空序列转化为高维空间点云数据并进行随机采样，得到人体行为时空特征；将人体行为时空特征输入训练好的3D目标点云分类模型进行分类，得到行为分类结果。本发明能够充分挖掘深度图像立体信息，实现高效鲁棒的对人体各种行为进行识别。 【EN】The invention discloses a depth video human body behavior recognition method based on three-dimensional space time sequence modeling, which belongs to the field of digital image recognition and comprises the following steps: marking the human body position in the depth image frame by frame; converting a depth image containing human body behaviors into three-dimensional space point cloud data; performing voxelization on the three-dimensional space point cloud data in different scales to obtain a multi-scale three-dimensional tensor; uniformly dividing the three-dimensional tensor of the same scale into a plurality of time periods, and carrying out space time sequence coding on the three-dimensional tensor corresponding to each time period to obtain a multi-scale multi-time period three-dimensional tensor space-time sequence; converting the three-dimensional tensor space-time sequence into high-dimensional space point cloud data and randomly sampling to obtain human behavior space-time characteristics; and inputting the human body behavior space-time characteristics into the trained 3D target point cloud classification model for classification to obtain a behavior classification result. The invention can fully excavate depth image three-dimensional information and realize the efficient and robust identification of various human behaviors.

摘要：【中文】本发明提供了一种用于无人机飞行载荷数据计算与后处理的方法，本方法以流体网格作为计算单元，通过对每个流体网格气动载荷与惯性载荷数据的计算与积分，得到整机飞行载荷分布。并基于无人机强度专业载荷筛选与计算需求，计算无人机全机轴向任意位置剪力图与弯矩图，并对飞行载荷进行配平处理，最终处理成为能够输入有限元软件进行强度计算的载荷数据。本发明适用于飞行任务马赫数较高，飞行载荷较大，对结构强度有设计需求的无人机型号。 【EN】The invention provides a method for calculating and post-processing flight load data of an unmanned aerial vehicle. And based on the screening and calculating requirements of the strength professional load of the unmanned aerial vehicle, calculating a shear diagram and a bending moment diagram at any axial position of the whole unmanned aerial vehicle, carrying out balancing processing on the flight load, and finally processing the load into load data which can be input into finite element software for strength calculation. The invention is suitable for the model of the unmanned aerial vehicle with higher flight task Mach number, larger flight load and design requirement on structural strength.

摘要：【中文】本发明公开了一种自热型环形甲醇重整制氢反应器。反应器由内到外分别为蒸发腔体、燃烧腔体、重整反应腔体；最内层蒸发腔体包括蒸发腔管；中间层燃烧腔体由蒸发腔管、燃烧腔管、燃烧腔顶盖和燃烧腔底盖组成，为环形空间，其中嵌有蜂窝状碳化硅；外层重整反应腔体由燃烧腔管、重整腔桶和重整腔底盖组成，为环形空间，其中嵌有蜂窝状碳化硅；反应物同时进入各个腔体进行反应，达到吸放热平衡，实现持续制氢。本发明根据相同面积圆形周长最小，做到良好的密封性，并且可以根据实际反应需求，在制造前调节各环形大小来达到更高的功率密度；同时具有良好的导热性能，密度小质量轻，能够均匀化反应物流速分布，提高反应物转化率，提高流动定向性。 【EN】The invention discloses an autothermal annular methanol reforming hydrogen production reactor. The reactor is respectively provided with an evaporation cavity, a combustion cavity and a reforming reaction cavity from inside to outside; the innermost evaporation cavity comprises an evaporation cavity pipe; the middle layer combustion cavity consists of an evaporation cavity pipe, a combustion cavity top cover and a combustion cavity bottom cover, is an annular space and is embedded with honeycomb-shaped silicon carbide; the outer layer reforming reaction cavity consists of a combustion cavity pipe, a reforming cavity barrel and a reforming cavity bottom cover, is an annular space and is embedded with honeycomb-shaped silicon carbide; reactants enter each cavity body simultaneously to react, so that heat absorption and release balance is achieved, and continuous hydrogen production is realized. The invention achieves good sealing property according to the smallest circular circumference with the same area, and can adjust the size of each ring to achieve higher power density before manufacturing according to actual reaction requirements; meanwhile, the high-efficiency heat-conducting material has good heat-conducting property, small density and light weight, can homogenize the flow velocity distribution of reactants, improves the conversion rate of the reactants and improves the flow directionality.

摘要：【中文】本发明为一种提升赔率的游戏奖励系统，其借由一处理单元通知一倍率提升单元产生至少一提升赔率，并依据该些提升赔率的数量，选择对应数量的游戏结果，依据该些提升赔率，让该些游戏结果的赔付赔率调整为较高的数值；且该处理单元可当游戏结果产生单元产生的游戏结果或该倍率提升单元选择的该些游戏结果符合一指定图案时，让该倍率提升单元再次产生该些提升赔率而增加该些提升赔率的数量；据此借由让更多的游戏结果可以增加赔率，而吸引玩家进行投注，以满足增加游戏营业额的需求。 【EN】The invention relates to a game reward system for improving odds, which informs a multiplying power improving unit to generate at least one improved odds by a processing unit, selects game results with corresponding quantity according to the quantity of the improved odds, and adjusts the odds of the game results to be higher numerical values according to the improved odds; and the processing unit can enable the multiplying power promoting unit to generate the promoting odds again to increase the number of the promoting odds when the game result generated by the game result generating unit or the game results selected by the multiplying power promoting unit accord with a specified pattern; therefore, the odds can be increased by more game results, and the player is attracted to make a bet so as to meet the requirement of increasing the turnover of the game.

摘要：【中文】本申请涉及移动终端及天线装置，包括第一、第二馈入部、滤波匹配网路和辐射体，滤波匹配网路包括第一、第二、第三端口；第一馈入部电连接至第一端口，第二馈入部电连接至第二端口，辐射体电连接至第三端口；第一馈入部用于馈入低中频信号，第二馈入部用于馈入高频信号，低中频信号的最高频率值为2170MHz，高频信号的最低频率值为2300MHz，低中频信号和高频信号分别通过第一馈入部和第二馈入部输入滤波匹配网路，滤波匹配网路用于改善低中频信号和高频信号的隔离度。本申请能够保证高频信号最低频率值及低中频信号的最高频率值处的信号的稳定性，减少2300MHz信号的损耗。 【EN】The application relates to a mobile terminal and an antenna device, which comprise a first feed-in part, a second feed-in part, a filter matching network and a radiator, wherein the filter matching network comprises a first port, a second port and a third port; the first feed-in part is electrically connected to the first port, the second feed-in part is electrically connected to the second port, and the radiator is electrically connected to the third port; the first feed-in part is used for feeding in low and intermediate frequency signals, the second feed-in part is used for feeding in high frequency signals, the highest frequency value of the low and intermediate frequency signals is 2170MHz, the lowest frequency value of the high frequency signals is 2300MHz, the low and intermediate frequency signals are input into a filter matching network through the first feed-in part and the second feed-in part respectively, and the filter matching network is used for improving the isolation between the low and intermediate frequency signals and the high frequency signals. The method and the device can ensure the stability of the signal at the position of the lowest frequency value of the high-frequency signal and the highest frequency value of the low-intermediate-frequency signal, and reduce the loss of the 2300MHz signal.

摘要：【中文】本发明涉及一种中高温无机相变储能材料及其应用。本发明公开了氢氧化钠作为中高温相变储能材料的用途以及在相变储能设备中的应用、一种相变储能设备及储能供能方法，属于相变储能技术领域，氢氧化钠为氢氧化钠水溶液，能够通过相变来储存或释放热能，作为中高温相变储能材料的用途。 【EN】The invention relates to a medium-high temperature inorganic phase change energy storage material and application thereof. The invention discloses application of sodium hydroxide as a medium-high temperature phase change energy storage material and application in phase change energy storage equipment, the phase change energy storage equipment and an energy storage and supply method, and belongs to the technical field of phase change energy storage.

摘要：【中文】本发明公开了一种无机复合相变储能材料及其制备方法，以及包括该无机复合相变储能材料的相变储能装置，该无机复合相变储能材料包括以下重量配比的组分：储能主体材料50～99重量份；成核剂0.1～20重量份；缓冲剂0.01～50重量份，其中，储能主体材料为无机相变材料，优选选自碱类水合物和结晶水合盐中的一种或几种。本发明的无机复合相变储能材料有效改善了相变过程中的过冷和相分离现象，且结晶速率高，相变时间短，具有良好的应用前景。且该无机复合相变储能材料的制备方法工艺简单、易于实现，且包含该相变材料的相变储能装置能量利用率高、热交换效率高。 【EN】The invention discloses an inorganic composite phase change energy storage material, a preparation method thereof and a phase change energy storage device comprising the inorganic composite phase change energy storage material, wherein the inorganic composite phase change energy storage material comprises the following components in parts by weight: 50-99 parts by weight of an energy storage main material; 0.1-20 parts by weight of a nucleating agent; 0.01-50 parts of buffering agent, wherein the energy storage main body material is an inorganic phase change material, and is preferably one or more selected from alkali hydrate and crystalline hydrated salt. The inorganic composite phase change energy storage material effectively improves the phenomena of supercooling and phase separation in the phase change process, and has high crystallization rate, short phase change time and good application prospect. The preparation method of the inorganic composite phase change energy storage material is simple in process and easy to implement, and the phase change energy storage device containing the phase change material is high in energy utilization rate and heat exchange efficiency.

摘要：【中文】本发明公开了一种具有蜂窝结构碳化硅陶瓷的甲醇重整制氢反应器。反应器包括左右端盖、石墨密封板、上下壳体、石墨垫片和制氢反应载体；反应器由螺栓紧固密封；左右端盖和下壳体中有反应物进出口管；制氢反应器由多个碳化硅蜂窝陶瓷组合而成，中间部分碳化硅蜂窝陶瓷的内部直通式微流道作为甲醇燃烧腔，与下壳体中燃烧反应物进出口管连通，构成甲醇催化燃烧气路，两侧碳化硅蜂窝陶瓷的内部流道作为甲醇水汽重整腔，与左右端盖中重整反应物进出口管连通，构成甲醇水汽重整气路。本发明具有导热性能高、热稳定性能好、比表面积大等特点，能够提高催化剂负载能力，减少压力损失，增大反应面积，从而提高甲醇转化率和氢气产量。 【EN】The invention discloses a methanol reforming hydrogen production reactor with a silicon carbide ceramic with a honeycomb structure. The reactor comprises a left end cover, a right end cover, a graphite sealing plate, an upper shell, a lower shell, a graphite gasket and a hydrogen production reaction carrier; the reactor is fastened and sealed by bolts; reactant inlet and outlet pipes are arranged in the left end cover, the right end cover and the lower shell; the hydrogen production reactor is formed by combining a plurality of silicon carbide honeycomb ceramics, the internal straight-through micro flow channel of the silicon carbide honeycomb ceramics at the middle part is used as a methanol combustion cavity and is communicated with a combustion reactant inlet and outlet pipe in the lower shell to form a methanol catalytic combustion gas path, and the internal flow channels of the silicon carbide honeycomb ceramics at two sides are used as methanol water vapor reforming cavities and are communicated with reforming reactant inlet and outlet pipes in the left end cover and the right end cover to form a methanol water vapor reforming gas path. The invention has the characteristics of high heat-conducting property, good thermal stability, large specific surface area and the like, and can improve the loading capacity of the catalyst, reduce the pressure loss and increase the reaction area, thereby improving the conversion rate of methanol and the yield of hydrogen.