摘要：【中文】本申请公开一种医疗设备的进床控制方法、进床控制系统及医疗设备。所述医疗设备包括扫描筒和扫描床，所述扫描筒上设置有图像获取装置和测距装置。所述进床控制方法包括：控制所述扫描床进床，在所述扫描床进床过程中，控制所述图像获取装置获取图像，在所述图像中出现患者的人脸，并且人脸位于所述图像中的预设位置时，停止进床。利用所述测距装置测得与所述患者所处高度相关的距离值，根据所述距离值控制所述扫描床升降。对于所述进床控制方法、进床控制系统及医疗设备，只需要操作技师发出扫描床进床指令即可实现一键自动进床和升降扫描床，进床和升降扫描床方便。 【EN】The application discloses a medical equipment bed entering control method, a bed entering control system and medical equipment. The medical equipment comprises a scanning barrel and a scanning bed, wherein an image acquisition device and a distance measuring device are arranged on the scanning barrel. The bed entering control method comprises the following steps: controlling the scanning bed to enter the bed, controlling the image acquisition device to acquire an image in the bed entering process of the scanning bed, and stopping bed entering when the face of the patient appears in the image and the face is located at a preset position in the image. And measuring a distance value related to the height of the patient by using the distance measuring device, and controlling the scanning bed to ascend and descend according to the distance value. For the bed entering control method, the bed entering control system and the medical equipment, the one-key automatic bed entering and the lifting of the scanning bed can be realized only by sending out a scanning bed entering instruction by an operation technician, and the bed entering and the lifting of the scanning bed are convenient.

摘要：本发明公开了一种面向飞行员工作负荷的驾驶舱面板布局优化方法，具体为：确定驾驶舱面板布局优化模型的决策变量；根据驾驶舱面板设计要求建立布局优化模型的约束条件；在虚拟环境获取不同面板布局位置对应的飞行员操作负荷评分值，基于BP神经网络建立飞行员操作负荷评分函数；基于遗传算法实现驾驶舱面板布局优化模型的求解，确定驾驶舱面板上各控制器件的布局位置。本发明基于数字样机降低了设计研发成本，同时充分考虑了飞行员的工作负荷，对于降低飞行员操作负荷、提高飞行安全具有重要意义。

摘要：本申请提供了一种超辐射发光二极管，包括自下而上层叠设置的衬底、缓冲层、第一限制层、第一波导层、有源层、第二波导层、第二限制层、欧姆接触层。所述有源层包括：量子点堆叠层和量子阱层。所述量子点堆叠层包括：n组量子点单元，每一组所述量子点单元包括自下而上层叠设置的量子点单层、覆盖层和间隔层。所述量子阱层的材料为InxGa(1‑x)As，其中，0.22≤x≤0.38。所述量子阱层的发光峰的位置在所述量子点堆叠层的基态发光峰和激发态发光峰之间。按照本申请中有源层的结构设置，可以在适当拓宽光谱宽度的同时，消除不同发光峰之间的dip过大的问题，以使得超辐射发光二极管应用于OCT成像系统时，能够消除成像鬼影。

摘要：本发明公开了一种牛的人工授精方法及装置，在将输精枪插入牛的阴道前，先将防污染外套插入母牛阴道深部，再将一只手深入直肠进行人工授精操作，直肠中的手抓到子宫颈后，另一只手把握输精枪，输精枪的枪头通过防污染外套的输精枪插入口中孔将输精枪插入母牛子宫颈进行输精，从而省去了对母牛外阴的清洗消毒步骤，并避免输精枪被污染。本发明对牛的人工授精技术进行了更为科学、也更易掌握的改进，采用防污染外套替代对母牛外阴的清洗消毒,避免人工授精过程中的污染，减少了生殖系统疾病的发生；提高了牛群的授配率；提高了牛人工授精的受胎率。

摘要：【中文】本发明涉及一种医疗技术领域以及物联网技术领域，特别涉及一种基于智慧衣的衡量健康状况的远程实时观测装置，包括帽子、上衣、手环以及云端解析模块，所述帽子中嵌入有脑电监测子系统，所述上衣中嵌入有心率、体温、呼吸频率以及血压的综合监测子系统，所述手环包括I型手环、II型手环和III型手环，所述I型手环中嵌入有血糖监测子系统，II型手环中嵌入有血脂监测子系统，III型手环中嵌入有协调器模块，通过协调器模块收集并转发各个监测子系统监测到的体征信息给云端解析模块，通过云端解析模块分析这些体征信息以及评估用户的健康状态。本装置是基于物联网技术的新型可穿戴设备，解决了健康远程评测的问题。 【EN】The invention relates to the technical field of medical treatment and the technical field of Internet of things, in particular to a remote real-time observation device for measuring health conditions based on a smart garment, which comprises a cap, a coat, a bracelet and a cloud analysis module, wherein an electroencephalogram monitoring subsystem is embedded in the cap, a comprehensive monitoring subsystem for heart rate, body temperature, respiratory frequency and blood pressure is embedded in the coat, the bracelet comprises an I-type bracelet, an II-type bracelet and a III-type bracelet, a blood glucose monitoring subsystem is embedded in the I-type bracelet, a blood lipid monitoring subsystem is embedded in the II-type bracelet, a coordinator module is embedded in the III-type bracelet, physical sign information monitored by each monitoring subsystem is collected and forwarded to the cloud analysis module through the coordinator module, and the physical sign information is analyzed and the health state of a user is evaluated through the cloud analysis module. This device is based on internet of things's novel wearable equipment, has solved the problem of healthy remote evaluation.

摘要：本发明公开了一种吹塑成形机的径向快拆封口单元，是可拆组地设置于一吹气装置上，该吹气装置具有一基座，该基座上具有一伸缩杆，所述径向快拆封口单元包含一套件、一封口端件以及一径向操作件；本发明还公开了所述吹塑成形机的径向快拆封口单元的快拆方法，其主要是透过具有封口端件的套件穿套于伸缩杆上，而套件上则配合径向操作件以线性位移的方式卡制或松脱于伸缩杆，只需透过径向操作件的径向位移便能完成拆换的动作，不需进行费时的旋转螺锁动作，操作难度低而能确实提高拆换的效率，并提高拆换操作的方便性。

摘要：本发明涉及一种钢铁表面非铁磁质金属覆膜厚度测量方法及系统，其方法包括取规格相同、镀层厚度不同的标样进行电感随频率变化的测试，测得不同频率下每种镀层厚度标样的电感，并绘制各标样的电感随频率变化曲线；根据电感随频率变化曲线确定各标样的电感随镀层厚度变化最敏感的频率，并标记为最佳频点；根据标样的镀层厚度及其在最佳频点处的电感L_i0绘制校正曲线；测量待测样品在最佳频点处的电感值，并根据校正曲线读取待测样品的镀层厚度。本发明通过检测非铁磁性金属镀层的厚度对铁磁性金属镀件电感的影响来推算待测样品表面的覆膜厚度，实现了镀层厚度的无损检测，检测效率较高，对于样品的形状要求较低，检测灵敏度高，对检测设备要求较低。

摘要：本申请公开了一种割草机底盘清洁装置。割草机底盘；刮刀，转动设置在所述割草机底盘上，所述刮刀与割草机底盘轮廓贴合；驱动部，用于驱动所述刮刀绕所述底盘的竖直中心轴旋转，以刮除附着在底盘上的草屑。通过设置与割草机底盘旋转截面形状相适配的刮刀，并使其绕割草机底盘中心旋转，能够一次性地将附着在底盘内壁上的草屑全面刮除，解决了传统手工清理方式效率低下、清理不彻底的问题。

摘要：一种采用生物物理技术制取竹原纤维的生产工艺，其步骤是：破节后的竹子浸泡在1^#生化处理液中，通蒸汽加热，在常压、70℃条件下浸泡2小时；经开纤分级分出粗竹原纤维产品；再以粗竹原纤维为原料、浸泡在2^#生化处理液中，通入蒸汽加热，在常压、60℃条件下浸泡时间1～2小时；再进行干燥、解纤梳理和分级，得到精竹原纤维产品。1^#和2^#生化处理液均以生化剂为主要成分，生化剂的组成是：TX-10，7.5～10.8％；磺酸，7.5～8.3％；平平加O，5～6.9％；AE-S，6.5～9.2％；6501，8.3～11.3％；枯草酶，53.5～65.2％。本工艺具有能耗低、生产过程无三废污染、纤维质量好的优点。

摘要：【中文】本发明提供一种双管型电热管组件及电热水器，双管型电热管组件包括第一加热管、第二加热管、法兰盘、安装盘和安装盘固定装置，第一加热管的两根管脚固定于法兰盘上，法兰盘上设有通孔，第二加热管一端穿过通孔，另一端的两根管脚固定于安装盘上，安装盘通过安装盘固定装置与法兰盘连接，且盖在通孔上。使用时，先将第一加热管伸入内胆，法兰盘安装在电热水器内胆上的法兰口中，再将第二加热管穿过法兰盘上的通孔伸入内胆中，并通过安装盘固定装置将安装盘与法兰盘连接。由于第二加热管和第一加热管不需要同时伸入内胆，因此第二加热管与第一加热管可以呈任何角度，可根据实际应用需要，将双电热管安装成同一方向或者有一定的夹角，应用场景更广。 【EN】The invention provides a double-tube type electric heat tube component and an electric water heater, wherein the double-tube type electric heat tube component comprises a first heating tube, a second heating tube, a flange plate, a mounting plate and a mounting plate fixing device, two pin legs of the first heating tube are fixed on the flange plate, a through hole is formed in the flange plate, one end of the second heating tube penetrates through the through hole, two pin legs of the other end of the second heating tube are fixed on the mounting plate, and the mounting plate is connected with the flange plate through the mounting plate fixing device and covers the through hole. When the heating device is used, the first heating pipe is firstly stretched into the inner container, the flange plate is arranged in a flange opening on the inner container of the electric water heater, the second heating pipe penetrates through the through hole on the flange plate to stretch into the inner container, and the mounting plate is connected with the flange plate through the mounting plate fixing device. Because the second heating pipe and the first heating pipe do not need to stretch into the inner container simultaneously, the second heating pipe and the first heating pipe can be at any angle, and the double electric heating pipes can be installed in the same direction or have a certain included angle according to the actual application requirements, so that the application scene is wider.