摘要：【中文】本发明公开了一种自动配药机器人，包括操作间，操作间内安装有配药装置；整体旋转板上安装有药液转移器机构、输液瓶机构以及西林瓶机构；输液瓶机构包括可水平移动的输液瓶运行装置、以及固定安装于整体旋转板上的挤压装置，输液瓶安装于输液瓶运行装置上且位于挤压装置的挤压板之间；西林瓶机构包括西林瓶水平运行装置，西林瓶水平运行装置前端安装有可移动的西林瓶竖直运行装置，西林瓶安装于西林瓶竖直运行装置上，西林瓶的底部设置有用于溶解西林瓶内部粉剂并且可移动的振动装置。本发明有效的减少护理人员的劳动强度，减少配药溶药过程中外界对输液药物的污染，进一步加快了西林瓶内部粉剂的溶解，从而加快了自动配药工作效率。 【EN】The invention discloses an automatic dispensing robot, which comprises an operation room, wherein a dispensing device is arranged in the operation room; the integral rotating plate is provided with a liquid medicine transfer mechanism, an infusion bottle mechanism and a penicillin bottle mechanism; the infusion bottle mechanism comprises an infusion bottle running device capable of moving horizontally and an extrusion device fixedly arranged on the integral rotating plate, and the infusion bottle is arranged on the infusion bottle running device and positioned between extrusion plates of the extrusion device; the penicillin bottle mechanism comprises a penicillin bottle horizontal operation device, a movable penicillin bottle vertical operation device is installed at the front end of the penicillin bottle horizontal operation device, the penicillin bottle is installed on the penicillin bottle vertical operation device, and a vibrating device which is used for dissolving powder inside the penicillin bottle and is movable is arranged at the bottom of the penicillin bottle. The invention effectively reduces the labor intensity of nursing personnel, reduces the pollution of infusion medicines from the outside in the process of dispensing and dissolving medicines, and further accelerates the dissolution of the powder in the penicillin bottle, thereby accelerating the automatic dispensing work efficiency.

摘要：【中文】本发明的目的是针对现有的车用太阳能装置受光面积小、发电量小、太阳能利用率不高的问题，提供一种车用太阳能电池装置,包括支架、固定太阳能电池板、活动太阳能电池板以及驱动活动太阳能电池板滑动的驱动装置,当车用太阳能电池发电装置处于收起状态时，活动太阳能电池板位于固定太阳能电池板的上方或者下方,当车用太阳能电池发电装置处于展开状态时，活动太阳能电池板伸出到支架；提供一种可伸缩式车顶，包括车顶板和车用太阳能电池发电装置，支架固设在车顶板上；可以在停车时展开，增加吸收太阳光的受光面积，更大限度的利用太阳能，提高太阳能的使用率，提高发电量，还可以在夏季驻车时起到遮阳作用，可提高人员舒适度，延长内饰寿命。 【EN】The invention aims to solve the problems of small light receiving area, small generated energy and low solar energy utilization rate of the existing solar energy device for the vehicle, and provides a solar energy battery device for the vehicle, which comprises a bracket, a fixed solar cell panel, a movable solar cell panel and a driving device for driving the movable solar cell panel to slide, wherein when the solar energy battery generating device for the vehicle is in a folding state, the movable solar cell panel is positioned above or below the fixed solar cell panel, and when the solar energy battery generating device for the vehicle is in a unfolding state, the movable solar cell panel extends out of the bracket; the retractable roof comprises a roof plate and a solar cell power generation device for the vehicle, wherein a support is fixedly arranged on the roof plate; the automobile parking device can be unfolded when parking, the light receiving area for absorbing sunlight is increased, solar energy is utilized to the greater extent, the utilization rate of solar energy is improved, the generated energy is improved, a sun shading effect can be achieved when parking in summer, the comfort level of personnel can be improved, and the service life of interior decoration is prolonged.

摘要：本发明公开了一种自动更换证件照背景颜色的方法，包括对证件照图像进行边缘检测，得到证件照边缘图像；从证件照边缘图像中提取人物目标区域的外轮廓图像；采用基于全局学习的数字抠图算法来计算图像合成中所需的掩膜值；根据计算得到的掩膜值，以1与掩膜值之差和掩膜值分别作为证件照图像的纯色背景图像和前背景图像的系数，将证件照图像的纯色背景图像和前背景图像进行线性叠加，最终得到合成后的证件照图像。本发明不仅可以满足申请人无需外出即可自助更换证件照背景的需求，还能完成快速、高效、精确、自动地获取图像背景区域，实现较好的证件照换底效果。

摘要：本申请实施例提供一种工人产量统计系统及方法。通过RFID电子阅读器将实时检测到的坯布生产设备在运行过程中缝制在每匹布上的各个电子标签的电子标签信息发送给计算机设备。与此同时，通过数字码表和电子秤仪表分别检测坯布生产设备在运行过程中的坯布生产长度信息和坯布生产重量信息并通过串口服务器实时发送给计算机设备。计算机设备基于各个电子标签的电子标签信息、坯布生产长度信息和坯布生产重量信息生成每个工人的产量信息。如此，能够自动对坯布在生产过程中的每个工人进行识别，并自动记录每个工人的产量信息，减少人员手工进行记录造成的不必要的误差，以便于合理分配每个工人产量。

摘要：本发明公开了一种提高热量传输能效的桩体，包括压缩机、介质储存罐、毛细管组件、蒸发器和换热器，压缩机的出口与换热器的进口连接，换热器的出口与毛细管组件的进口连接，毛细管组件的出口与蒸发器的进口连接，蒸发器的出口与介质储存罐的进口连接，介质储存罐的出口与压缩机的进口连接，换热器和毛细管组件设置地下的桩体内，换热器用于集取地热能，蒸发器位于室内，介质储存罐用于储存循环液。本发明的提高热量传输能效的桩体，通过使用换热器和毛细管组件对浅层低温地热能进行能量转换，使建筑物桩基在满足承载性能的前提下，还能实现与地热能的高效热交换，相对于地源热泵技术，具有工期短、造价低、节约建筑用地等优势。

摘要：【中文】本发明提供一种节气装置。抑制部件个数的增加，并且降低在开启弹簧部的内周侧与该内周侧所抵接的构件之间产生的滑动阻力。节气装置包括节气门体、节气齿轮(20)以及螺旋弹簧(30)。螺旋弹簧(30)包括能够与节气门体的开启止挡件抵接的中间钩部(33)、自中间钩部(33)向一个方向卷绕的复位弹簧部(35)以及自中间钩部(33)向另一方向卷绕的开启弹簧部(37)。开启弹簧部(37)的齿轮侧端部连接于节气齿轮(20)。节气齿轮(20)包括弹簧引导部(47)，该弹簧引导部(47)保持开启弹簧部37的内周侧。节气齿轮(20)包括外周支承部(50)，该外周支承部(50)与开启弹簧部(37)的靠中间钩部(33)侧的第一圈的外周侧抵接。 【EN】The invention provides a throttle device. The sliding resistance generated between the inner periphery side of the opening spring part and the component contacted with the inner periphery side is reduced while the increase of the number of components is restrained. The throttle device includes a throttle body, a throttle gear (20), and a coil spring (30). The coil spring (30) includes an intermediate hook portion (33) that can come into contact with an opening stopper of the throttle body, a return spring portion (35) that is wound from the intermediate hook portion (33) in one direction, and an opening spring portion (37) that is wound from the intermediate hook portion (33) in the other direction. The gear-side end of the opening spring portion (37) is connected to the throttle gear (20). The throttle gear (20) includes a spring guide portion (47), and the spring guide portion (47) holds the inner peripheral side of the opening spring portion 37. The throttle gear (20) includes an outer peripheral support part (50), and the outer peripheral support part (50) is abutted with the outer peripheral side of the first ring of the opening spring part (37) close to the middle hook part (33).

摘要：【中文】本发明公开了一种电梯防坠落缓冲装置以及电梯，包括设置在曳引机上的限速器、设置在电梯轿厢与导轨之间的棘轮棘爪机构、设置在电梯轿厢底端的气动装置，当电梯的运行速度达到或超过设定的极限值时，所述限速器报警并释放电信号，棘轮棘爪机构发生作用，同时在电梯轿厢底端的气动装置打开，从而可以让电梯轿厢缓缓卡在导轨上，使乘客没有立即被停下的不愉快的感觉。这种电梯不仅改变了弹簧缓冲器对人体造成二次伤害和液压缓冲器受到冲击后无回弹作用，还避免电梯坠落事故的发生。通过缓冲装置从而保证了电梯内的人员安全，提高了安全防坠落电梯的多功能性。 【EN】The invention discloses an elevator anti-falling buffer device and an elevator, which comprise a speed limiter arranged on a traction machine, a ratchet wheel and pawl mechanism arranged between an elevator car and a guide rail and a pneumatic device arranged at the bottom end of the elevator car. The elevator not only changes the situation that the spring buffer causes secondary damage to a human body and the hydraulic buffer has no rebound effect after being impacted, but also avoids the occurrence of elevator falling accidents. Thereby guaranteed personnel's safety in the elevator through buffer, improved the multifunctionality of falling the elevator safely.

摘要：【中文】本发明提供了一种基于JTAG的SoC启动方法和装置，解决了现有技术中SoC启动时调试和定位问题比较困难、可靠性不高的问题。该方法包括基于JTAG启动建立SoC和仿真器之间的连接；通过仿真器的上位机软件，对SoC的DDR模块进行解复位后，进行配置和初始化，其中，SoC内部的其它模块处于复位状态；通过仿真器的上位机软件，将SoC的PC指针指向DDR地址；通过仿真器的上位机软件，将PC中SoC启动代码加载到DDR地址；释放SoC的CPU，以使SoC从DDR地址处执行SoC启动代码。 【EN】The invention provides a JTAG-based SoC starting method and a JTAG-based SoC starting device, which solve the problems of difficult debugging and positioning and low reliability in the prior art during SoC starting. The method comprises establishing a connection between the SoC and the emulator based on JTAG activation; through upper computer software of the simulator, after the DDR module of the SoC is subjected to reset, configuration and initialization are carried out, wherein other modules in the SoC are in a reset state; through upper computer software of the simulator, a PC pointer of the SoC points to the DDR address; loading SoC starting codes in the PC to a DDR address through upper computer software of the simulator; and releasing the CPU of the SoC so that the SoC executes the SoC boot code from the DDR address.

摘要：【中文】本发明提供了一种在bootloader下实现SoC风扇控制的方法及应用该方法的SoC，解决了现有技术中SoC的风扇控制需要额外的风扇控制器，硬件和软件成本开发高的问题。该在bootloader下实现SoC风扇控制的方法包括：SoC执行bootloader中关于风扇转速寄存器的配置以驱动风扇；SoC判断风扇转速采样寄存器中，风扇的当前转速是否达到设定转速；若否，SoC执行bootloader沿目标方向更新的关于风扇转速寄存器的配置；其中，该目标为使风扇的当前转速等于设定转速。 【EN】The invention provides a method for realizing SoC fan control under a bootloader and a SoC applying the method, and solves the problems that extra fan controllers are needed for SoC fan control in the prior art, and the hardware and software cost development is high. The method for realizing SoC fan control under the bootloader comprises the following steps: the SoC executes the configuration of a fan rotating speed register in the bootloader to drive the fan; the SoC judges whether the current rotating speed of the fan reaches the set rotating speed in the fan rotating speed sampling register; if not, the SoC executes the configuration of the fan rotating speed register updated by the bootloader along the target direction; wherein the goal is to make the current rotational speed of the fan equal to the set rotational speed.

摘要：本发明公开了一种基于稀疏表示和均值哈希的人脸识别方法及系统；包括如下步骤：对人脸测试样本和所有的人脸训练样本进行预处理：将彩色人脸样本转换成灰度图像，并归一化人脸测试样本和所有的人脸训练样本；采用稀疏表示模型提取样本间的稀疏性特征，将人脸测试样本编码成所有人脸训练样本的线性组合，计算人脸测试样本在所有人脸训练样本上的稀疏系数矩阵；提取人脸样本内部的空间结构性特征，计算人脸测试样本及每个人脸训练样本的均值哈希特征；将人脸样本间的稀疏性特征与样本内部的空间结构性特征融合；利用人脸测试样本的均值哈希特征与重构的人脸测试样本之间的重构误差来判定人脸测试样本的最终所属类别。