摘要：【中文】本发明实施例提供一种自驱动无线传感系统及其控制方法，该系统包括：能量收集单元，电能储存单元，无线传感单元；所述能量收集单元，用于收集外界环境中的机械能，并将机械能转化为电能；所述电能储存单元，用于将所述能量收集单元转化的电能储存起来，以便对所述无线传感单元供电；所述无线传感单元，用于探测外界环境中的感应信息，并将所述感应信息发送到外界设备，本发明通过能量收集单元完成机械能的收集、电能的转化，通过电能储存单元完成电能的储存与稳压，达到无线传感单元的能量要求，通过无线传感单元完成诸如蓝牙通信下的温湿度检测，Sub‑1G下的一氧化碳浓度检测等，实现整个系统的自驱动，解决了供电困难等应用场景的传感问题。 【EN】The embodiment of the invention provides a self-driven wireless sensing system and a control method thereof, wherein the system comprises: the system comprises an energy collection unit, an electric energy storage unit and a wireless sensing unit; the energy collecting unit is used for collecting mechanical energy in the external environment and converting the mechanical energy into electric energy; the electric energy storage unit is used for storing the electric energy converted by the energy collection unit so as to supply power to the wireless sensing unit; the wireless sensing unit is used for detecting sensing information in an external environment and sending the sensing information to external equipment, the invention finishes the collection of mechanical energy and the conversion of electric energy through the energy collection unit, finishes the storage and the voltage stabilization of the electric energy through the electric energy storage unit, meets the energy requirement of the wireless sensing unit, finishes the temperature and humidity detection under Bluetooth communication, the carbon monoxide concentration detection under Sub-1G and the like through the wireless sensing unit, realizes the self-driving of the whole system, and solves the sensing problems of application scenes such as difficult power supply and the like.

摘要：【中文】本发明公开了一种针卡运输装置及探针台。一种针卡搬运装置，翻转部转动连接于第一连接部，使翻转部能够转动到第一平面；针卡连接部平面运动连接于翻转部，使针卡连接部能够相对于翻转部在第一平面中运动。一种包括所述针卡搬运装置的探针台。能够将针卡或针卡连接板搬运到针卡安装板对应的安装位置，相对于采用手工搬运针卡或针卡连接板使用安全方便。 【EN】The invention discloses a needle card conveying device and a probe station. A needle card carrying device is characterized in that a turnover part is rotatably connected to a first connecting part, so that the turnover part can rotate to a first plane; the needle card connecting part is in planar motion connection with the turnover part, so that the needle card connecting part can move in a first plane relative to the turnover part. A probe station comprising the probe card handling device. The needle card or the needle card connecting plate can be carried to the mounting position corresponding to the needle card mounting plate, and the needle card or the needle card connecting plate is safe and convenient to use compared with the manual needle card or needle card connecting plate carrying method.

摘要：【中文】本发明公开一种瓶盖分离定位装置及理盖机，瓶盖分离定位装置包括旋转座、固定板、若干行星转台、齿圈、底板、盖板、分盖盘和导板，固定板环绕旋转座设置并与旋转座连接，行星转台可转动地设置在固定板上并与齿圈啮合，齿圈固定在底板上，盖板与固定板连接，盖板包围行星转台的外周并覆盖在齿圈上方，分盖盘固定在固定板上，分盖盘的边缘设置有限位挡片及限位缺口，瓶盖可卡入限位缺口与限位侧面之间并在行星转台表面旋转。本发明的瓶盖分离定位装置具有能绕旋转座的轴心公转并自转的若干行星转台，行星转台通过与分盖盘、导板搭配使用，使翻盖式瓶盖在行星转台上旋转并调整至特定的位置，实现翻盖式瓶盖的高效分离、定位，方便后续的瓶盖安装。 【EN】The invention discloses a bottle cap separating and positioning device and a cap sorting machine, wherein the bottle cap separating and positioning device comprises a rotating seat, a fixing plate, a plurality of planetary turntables, a gear ring, a bottom plate, a cover plate, a cap separating disc and a guide plate, the fixing plate is arranged around the rotating seat and connected with the rotating seat, the planetary turntables are rotatably arranged on the fixing plate and meshed with the gear ring, the gear ring is fixed on the bottom plate, the cover plate is connected with the fixing plate, the cover plate surrounds the periphery of the planetary turntables and covers the gear ring, the cap separating disc is fixed on the fixing plate, the edge of the cap separating disc is provided with a limiting blocking piece and a limiting notch, and a bottle cap can be clamped between the. The bottle cap separating and positioning device is provided with the plurality of planetary turntables which can revolve around the axis of the rotating seat and rotate, and the planetary turntables are matched with the cap separating disc and the guide plate for use, so that the flip type bottle cap rotates on the planetary turntables and is adjusted to a specific position, the efficient separation and positioning of the flip type bottle cap are realized, and the subsequent bottle cap installation is facilitated.

摘要：【中文】本发明公开了一种基于不同稀土离子近红外荧光的高灵敏度测温方法。通过测量不用温度下，Nd³⁺离子在710nm‑920nm附近和Er³⁺离子在1400nm‑1700nm附近的近红外光，将两个波段的荧光强度作比，进而得到FIR与温度的函数关系。当将样片置于待测环境中时，计算荧光强度比，利用上述函数关系，进而求得待测环境温度。本发明所利用的两个测温光带来自于非热耦合能级，不存在任何交叠，方便对数据的处理。同时，Er³⁺的红外光属于下转换过程，量子产率高，所需激光的泵浦功率小，能够得到更高的荧光强度。与此同时，这两个荧光的强度随温度的变化趋势相反，与当前的技术利用的两个荧光波段强度均随温度变化趋势相同或接近的结果相比，本发明的测温灵敏度更大。 【EN】The invention discloses a high-sensitivity temperature measurement method based on different rare earth ion near-infrared fluorescence. By measuring without temperature, Nd³⁺Ions are near 710nm-920nm and Er³⁺The ion is near infrared light near 1400nm-1700nm, and the fluorescence intensities of two wave bands are compared to obtain the functional relation between FIR and temperature. When the sample is placed in the environment to be measured, the fluorescence intensity ratio is calculated, and the temperature of the environment to be measured is obtained by utilizing the functional relation. The two temperature measuring light bands utilized by the invention come from non-thermal coupling energy levels, and no overlapping exists, so that the data processing is convenient. Meanwhile, Er³⁺The infrared light belongs to a down-conversion process, the quantum yield is high, the pumping power of the required laser is small, and higher fluorescence intensity can be obtained. Meanwhile, the intensity of the two fluorescence has opposite trend along with the temperature, and compared with the result that the intensity of the two fluorescence bands has the same or close trend along with the temperature, the temperature measurement sensitivity of the invention is higher.

摘要：【中文】一种超薄成像芯片及其形成方法以及一种成像模组及其形成方法，所述超薄成像芯片的形成方法包括：提供图像传感器，包括衬底及形成于所述衬底的第一表面的像素层，所述衬底具有指定厚度；在所述衬底内形成对应于像素面成像区域的透光区。所述超薄成像芯片的厚度较小。 【EN】An ultrathin imaging chip and a forming method thereof, and an imaging module and a forming method thereof are provided, wherein the forming method of the ultrathin imaging chip comprises the following steps: providing an image sensor comprising a substrate and a pixel layer formed on a first surface of the substrate, the substrate having a specified thickness; and forming a light-transmitting area corresponding to the pixel surface imaging area in the substrate. The thickness of the ultrathin imaging chip is smaller.

摘要：【中文】本发明涉及一种多光谱图像传感器及其成像方法，所述多光谱图像传感器包括：图像传感器，包括基底以及位于所述基底表面内的像素区域，所述像素区域内形成有若干阵列排布的像素单元；滤光片，所述滤光片表面形成有与所述像素区域对应的光谱通道区域，包括多个以马赛克形式排列的对应于各个波长的光谱通道，每个所述光谱通道的边长大于像素单元的边长；所述滤光片固定于所述图像传感器表面，所述像素区域与所述光谱通道区域之间的旋转偏移角度小于一阈值，使得每个光谱通道在像素区域上的投影覆盖至少一个完整的像素单元。上述多光谱图像传感器成本较低。 【EN】The invention relates to a multispectral image sensor and an imaging method thereof, wherein the multispectral image sensor comprises: the image sensor comprises a substrate and a pixel area positioned in the surface of the substrate, wherein a plurality of pixel units arranged in an array are formed in the pixel area; the surface of the optical filter is provided with a spectral channel region corresponding to the pixel region, the optical filter comprises a plurality of spectral channels which are arranged in a mosaic mode and correspond to various wavelengths, and the side length of each spectral channel is greater than that of a pixel unit; the optical filter is fixed on the surface of the image sensor, and the rotation offset angle between the pixel area and the spectrum channel area is smaller than a threshold value, so that the projection of each spectrum channel on the pixel area covers at least one complete pixel unit. The multispectral image sensor is low in cost.

摘要：【中文】本发明公开了一种大流量插装阀，其包括阀盖、阀套、阀芯、限位环，阀盖包括盖板、导向轴，盖板下端中部与导向轴的上端一体成型连接，阀芯包括内筒体、外筒体，内筒体分别设第一密封容腔、第二密封容腔，阀盖内部的第一油道、第二油道，分别与第一密封容腔、第二密封容腔连通，第一油口通过阀芯向下运动沿阀芯油道与第三油口连通，第二油口通过阀芯向上运动与第三油口连通。本发明还公开了其控制方法。本发明通过对结构与工艺的同步改进，阀芯为直筒一体型，其加工及装配时避免导向轴出现形位公差，提高流量的稳定性，使插装阀的供能效率更高，大幅降低设备故障率，同时使其输出功率加大、速度加快，适合重型液压打桩设备的设计和制造。 【EN】The invention discloses a large-flow cartridge valve which comprises a valve cover, a valve sleeve, a valve core and a limiting ring, wherein the valve cover comprises a cover plate and a guide shaft, the middle part of the lower end of the cover plate is integrally connected with the upper end of the guide shaft, the valve core comprises an inner cylinder and an outer cylinder, the inner cylinder is respectively provided with a first sealed containing cavity and a second sealed containing cavity, a first oil duct and a second oil duct in the valve cover are respectively communicated with the first sealed containing cavity and the second sealed containing cavity, a first oil port is communicated with a third oil port along the oil duct of the valve core through the downward movement of the valve core, and a second oil port is communicated with the third oil port through the upward movement. The invention also discloses a control method of the system. The invention improves the structure and the process synchronously, the valve core is a straight cylinder integrated type, the shape and position tolerance of the guide shaft is avoided during the processing and the assembly, the flow stability is improved, the energy supply efficiency of the cartridge valve is higher, the equipment failure rate is greatly reduced, the output power of the cartridge valve is increased, the speed is accelerated, and the invention is suitable for the design and the manufacture of heavy hydraulic piling equipment.

摘要：【中文】本发明公开了一种制作异型、超长、超宽、超高复合夹芯板的制板方法，其包括如下步骤：a.材料准备；b.铺设下层塑料膜；c.坯体组装；e.铺设上层塑料膜；f.铺设导气件；g.布设三通管；h.塑料膜密封；i.安装抽气管；j.检查真空度；k.压板；l.修板；m.检验。本申请具有组装维护快，生产效率高；场地限制小；应用范围广；复合夹芯板质量高；异形板可设计性强等优点。 【EN】The invention discloses a plate manufacturing method for manufacturing a special-shaped, ultra-long, ultra-wide and ultra-high composite sandwich plate, which comprises the following steps: a. preparing materials; b. laying a lower plastic film; c. assembling the blank; e. laying an upper plastic film; f. laying an air guide piece; g. distributing a three-way pipe; h. sealing with a plastic film; i. installing an exhaust pipe; j. checking the vacuum degree; k. pressing a plate; repairing the plate; and m, checking. The device has the advantages of fast assembly and maintenance and high production efficiency; the site limitation is small; the application range is wide; the composite sandwich board has high quality; the special-shaped plate has the advantages of strong designability and the like.

摘要：【中文】本发明公开一种瓶盖对中装置及旋盖机，瓶盖对中装置包括主轴、若干驱动组件和若干夹瓶组件，主轴的旋转轴线竖直设置，主轴包括轴本体和环状的安装板，安装板水平设置并环绕轴本体，若干驱动组件和若干夹瓶组件均固定在安装板上并环绕轴本体，夹瓶组件包括第一夹爪和第二夹爪，第一夹爪和第二夹爪在驱动组件的作用下实现开合，第一夹爪和第二夹爪闭合时形成倒圆台型的第一空腔。本发明的瓶盖对中装置通过驱动组件控制夹瓶组件的第一夹爪和第二夹爪的开合，当进行旋盖操作时，下落到倒圆台型空腔内的瓶盖因空腔的形状限制自动向空腔的中心移动实现高精度对中，使具有插入部的瓶盖可顺利进入瓶口内部。 【EN】The invention discloses a bottle cap centering device and a cap screwing machine, wherein the bottle cap centering device comprises a main shaft, a plurality of driving assemblies and a plurality of bottle clamping assemblies, the rotation axis of the main shaft is vertically arranged, the main shaft comprises a shaft body and an annular mounting plate, the mounting plate is horizontally arranged and surrounds the shaft body, the plurality of driving assemblies and the plurality of bottle clamping assemblies are fixed on the mounting plate and surround the shaft body, the bottle clamping assemblies comprise a first clamping jaw and a second clamping jaw, the first clamping jaw and the second clamping jaw are opened and closed under the action of the driving assemblies, and an inverted frustum-shaped first cavity is formed when the first clamping jaw and the second clamping jaw are closed. The bottle cap centering device controls the opening and closing of the first clamping jaw and the second clamping jaw of the bottle clamping assembly through the driving assembly, and when the cap is screwed, the bottle cap falling into the inverted-truncated-cone-shaped cavity automatically moves towards the center of the cavity due to the limitation of the shape of the cavity to realize high-precision centering, so that the bottle cap with the inserting part can smoothly enter the inside of a bottle mouth.

摘要：【中文】本发明涉及电子游戏领域，提供了一种儿童相机的联机游戏方法、装置和儿童相机，以解决现有儿童相机集成的游戏单调且不能联机游戏的缺陷。所述方法包括：初始化儿童相机中的游戏系统模拟器；计算当前游戏过程中的图片并判断是否需要刷新当前游戏过程中的图片；若无需刷新当前游戏过程中的图片，则计算音频数据并播放音频；若需要刷新当前游戏过程中的图片，则通过无线模块发送同步信息至对端儿童相机以使与对端儿童相机联机；刷新当前游戏过程中的图片。本发明提供的技术方案一方面使得儿童相机也能集成各种复杂游戏；另一方面，通过无线模块发送同步信息至对端儿童相机以使与对端儿童相机联机，摆脱了现有的儿童相机只能单机操作的局限。 【EN】The invention relates to the field of electronic games, and provides an online game method and device for a child camera and the child camera, so as to solve the defects that the existing child camera integrated game is monotonous and cannot be used for online game. The method comprises the following steps: initializing a game system simulator in the child camera; calculating the picture in the current game process and judging whether the picture in the current game process needs to be refreshed or not; if the picture in the current game process does not need to be refreshed, calculating audio data and playing audio; if the picture in the current game process needs to be refreshed, sending synchronization information to the opposite-end child camera through the wireless module so as to enable the opposite-end child camera to be online; and refreshing the pictures in the current game process. According to the technical scheme provided by the invention, on one hand, the child camera can integrate various complex games; on the other hand, the wireless module sends the synchronous information to the opposite-end child camera so as to enable the opposite-end child camera to be online, and the limitation that the existing child camera can only be operated in a single machine is overcome.