摘要：【中文】本发明涉及一种医疗诊断的超声CT装置，包括医疗检查台以及与医疗检查台位置关联的执行机构。该执行机构包括底座、设置在底座上的超声CT的检测模块和带动该底座沿线性方向动作的运动机构。检测模块包括：具有内部腔体的内筒件、检测圆盘、与内筒件的开口固定连接的内筒件连接块，设置在检测圆盘上的第一探头，设置在内筒件连接块上的第二探头，和与底座固定连接的外筒件。内筒件与检测圆盘的内部组成容器腔。检测圆盘和外筒件分别通过轴承件与内筒件承接。本发明解决传统超声CT检测装置结构复杂、多探头阵列成本昂贵、发射探头与接收探头无法在任意位置发射和接收信号等技术问题。 【EN】The invention relates to an ultrasonic CT device for medical diagnosis, which comprises a medical examination table and an actuating mechanism associated with the position of the medical examination table. The actuating mechanism comprises a base, an ultrasonic CT detection module arranged on the base and a movement mechanism driving the base to move along a linear direction. The detection module includes: the device comprises an inner barrel with an inner cavity, a detection disc, an inner barrel connecting block fixedly connected with an opening of the inner barrel, a first probe arranged on the detection disc, a second probe arranged on the inner barrel connecting block, and an outer barrel fixedly connected with a base. The inner cylinder part and the inner part of the detection disc form a container cavity. The detection disc and the outer barrel are respectively connected with the inner barrel through a bearing piece. The invention solves the technical problems that the traditional ultrasonic CT detection device has a complex structure, a multi-probe array has high cost, and a transmitting probe and a receiving probe cannot transmit and receive signals at any position.

摘要：【中文】本发明提供一种烟叶分级平台，包括平台支架、照明支架；平台支架顶部相对设置支撑板；支撑板上滑动设有抽屉，抽屉的顶部开口设置；抽屉上方设有工作台面，工作台面远离照明支架的端面设有通槽，通槽与抽屉的内部相连通；照明支架上设有照明装置，照明装置位于工作台面的中部。该烟叶分级平台中，通过伸缩式液压缸、转轴、驱动电机等部件的配合能够实现工作台面坡度的调整，以适用于不同的操作工人。工作台面上通槽、挡板的设置能够使得烟叶分级后产生的碎烟叶收集到抽屉中，实现烟叶的充分利用，节约成本。框架式平台支架和照明支架的设置能够减少烟叶分级平台的重量。滚轮的设置便于烟叶分级平台的搬运，提高了烟叶分级平台的利用率。 【EN】The invention provides a tobacco leaf grading platform which comprises a platform support and an illuminating support, wherein the platform support is provided with a light source; the top of the platform support is oppositely provided with a support plate; a drawer is arranged on the supporting plate in a sliding manner, and the top of the drawer is provided with an opening; a working table top is arranged above the drawer, a through groove is arranged on the end face of the working table top, which is far away from the lighting support, and the through groove is communicated with the inside of the drawer; the lighting bracket is provided with a lighting device which is positioned in the middle of the working table surface. In the tobacco leaf grading platform, the adjustment of the gradient of the working table top can be realized through the matching of the telescopic hydraulic cylinder, the rotating shaft, the driving motor and other parts, so that the tobacco leaf grading platform is suitable for different operators. The through grooves in the working table top and the baffles can enable broken tobacco leaves generated after tobacco leaves are classified to be collected in the drawer, so that the tobacco leaves are fully utilized, and the cost is saved. The frame type platform support and the lighting support can reduce the weight of the tobacco grading platform. Due to the arrangement of the rollers, the tobacco leaf grading platform can be carried conveniently, and the utilization rate of the tobacco leaf grading platform is improved.

摘要：【中文】本申请提供一种电动汽车充电站收益最大化决策的方法。该方法获取预设时间段内不同时刻电动汽车的类型数据和位置数据，按照电动汽车的类型数据，分别计算各个所述位置数据对应的电动汽车的数量，采用蒙特卡洛模拟法获取充电需求，充电需求包括需要充电的电动汽车数量、起始荷电状态、起始充电时间和充电电量，根据所述充电需求，计算电动汽车到预设充电站的总充电成本，根据总充电成本计算电动汽车到预设充电站充电的概率，根据概率计算电动汽车到某预设充电站的充电电量的期望值，计算电价优化变量，将优化变量和期望值的乘积作为预设充电站的最大收益。达到充电站盈利又满足电动汽车用户的实际需求，实现充电站收益最大化的目标。 【EN】The application provides a method for making a profit maximization decision of an electric vehicle charging station. The method comprises the steps of obtaining type data and position data of electric vehicles at different moments in a preset time period, respectively calculating the number of the electric vehicles corresponding to each position data according to the type data of the electric vehicles, obtaining a charging demand by adopting a Monte Carlo simulation method, wherein the charging demand comprises the number of the electric vehicles needing to be charged, an initial charge state, initial charging time and charging electric quantity, calculating the total charging cost from the electric vehicles to a preset charging station according to the charging demand, calculating the charging probability from the electric vehicles to the preset charging station according to the total charging cost, calculating an expected value of the charging electric quantity from the electric vehicles to a certain preset charging station according to the probability, calculating an electricity price optimization variable, and taking the product of the optimization variable and the expected value as the maximum profit of the preset charging station. The charging station profit is achieved, the actual demands of electric vehicle users are met, and the goal of maximizing the charging station profit is achieved.

摘要：【中文】本申请提供了一种配电网电动汽车充电负荷调控方法及系统，具体的，在接收到电动车用户输入的目标充电桩后，先确定目标充电桩的对应的变压器，然后，调取的该变压器的实时负荷超过预设重载值，则向用户发送所述目标充电桩不可用的消息。这样，便可以引导电动汽车充电负荷，不在用电高峰时段到容量紧张配变供电的充电桩来充电，进而可以避免造成配电网容量不够的问题，该方式与不断的调控各充电桩充电功率的方式，无需改变对充电桩做调整，可以大大减小控制复杂度。 【EN】The application provides a method and a system for regulating and controlling charging load of an electric vehicle of a power distribution network. Like this, alright in order to guide electric automobile charging load, not charging to the electric pile that fills of capacity tension distribution transformer power supply at power consumption peak period, and then can avoid causing the problem that distribution network capacity is not enough, this mode and the mode of each electric pile charging power of continuous regulation and control need not to change and do the adjustment to filling electric pile, can reduce the control complexity greatly.