摘要：【中文】本发明公开了工业转台，包括台面和驱动机构，所述台面的上表面设置四组轨道，且所述台面的底端固定连接有台架，所述台架的下表面中间位置处设置有回转支承，所述回转支承的底端设置有回转支承底座，所述驱动机构共设置有四个，四个所述驱动机构处于轨道的下表面，所述驱动机构包括角箱轮，所述角箱轮的一侧设置有减速机；本发明通过设计的轨道、角箱轮、回转支承、台面和回转支承底座解决了频繁旋转，四向交叉行驶运输，小车在转盘静止的情况下实现交叉快速运行，同时避免了双轨旋转到另一个角度出现另一路轨道无对接，另一路小车脱轨安全事故发生，本设计既提高了作业效率，节省转盘旋转耗电，大大的提高了该装置的使用寿命。 【EN】The invention discloses an industrial rotary table, which comprises a table top and driving mechanisms, wherein four groups of tracks are arranged on the upper surface of the table top, the bottom end of the table top is fixedly connected with a table frame, a rotary support is arranged in the middle of the lower surface of the table frame, a rotary support base is arranged at the bottom end of the rotary support, the four driving mechanisms are arranged on the lower surfaces of the tracks, each driving mechanism comprises an angle box wheel, and a speed reducer is arranged on one side of each angle box wheel; the invention solves the problems of frequent rotation, four-way cross running and transportation, and the cross rapid operation of the trolley under the condition that the turntable is static through the designed track, the corner box wheel, the slewing bearing, the table board and the slewing bearing base, and simultaneously avoids the safety accidents that the track of the other path is not butted and the trolley of the other path is derailed when the double tracks rotate to the other angle.

摘要：【中文】本发明涉及一种综合智慧能源站，包括变电站、储能站、充电站和数据中心站，变电站、储能站、充电站和数据中心站呈“田”字型分布在站区的地面上，变电站和储能站之间设有进站通道，进站通道的进站口设有进站大门，沿进站方向所述进站通道上依次设有第一安全门、第二安全门、第三安全门和第四安全门；本发明的优点：将变电站、储能站、充电站和数据中心站呈“田”字型分布在站区的地面上，实现了变电站、储能站、充电站和数据中心站相互独立的分布，且各个站区之间能实现业务隔离，并通过进站通道实现整个综合智慧能源站具有一个入口，能对各个站区进行分区管控，从而实现了各个站区的统一管理和运维一体。 【EN】The invention relates to a comprehensive intelligent energy station, which comprises a transformer substation, an energy storage station, a charging station and a data center station, wherein the transformer substation, the energy storage station, the charging station and the data center station are distributed on the ground of a station area in a shape like a Chinese character 'tian', an entrance channel is arranged between the transformer substation and the energy storage station, an entrance gate is arranged at an entrance of the entrance channel, and a first safety door, a second safety door, a third safety door and a fourth safety door are sequentially arranged on the entrance channel along the entrance direction; the invention has the advantages that: the transformer substation, the energy storage station, the charging station and the data center station are distributed on the ground of the station area in a 'field' shape, the mutual independent distribution of the transformer substation, the energy storage station, the charging station and the data center station is realized, service isolation can be realized among all the station areas, an inlet is formed in the whole comprehensive intelligent energy station through an entrance channel, the station areas can be subjected to partition management and control, and the integration of unified management and operation and maintenance of all the station areas is realized.

摘要：【中文】本发明涉及一种废弃电池剩余能量回收电路，包括电能收集电路、电能缓存单元和电能转存电路，电能收集电路为第一DC/DC电路，电能转存电路为第二DC/DC电路；电能收集电路的输入端用于连接废弃电池的电能输出端、其输出端连接电能缓存单元，用于将废弃电池中的能量缓存到电能缓存单元中；电能转存电路的输入端连接电能缓存单元、其输出端用于连接转存电池，用于将电能缓存单元中缓存的能量转存到转存电池中。本发明能够同时兼顾废弃电池和转存电池的性能，避免了电能回收对废弃电池和转存电池的安全性和寿命造成损害。 【EN】The invention relates to a waste battery residual energy recovery circuit which comprises an electric energy collecting circuit, an electric energy cache unit and an electric energy transferring and storing circuit, wherein the electric energy collecting circuit is a first DC/DC circuit, and the electric energy transferring and storing circuit is a second DC/DC circuit; the input end of the electric energy collecting circuit is used for being connected with the electric energy output end of the waste battery, and the output end of the electric energy collecting circuit is connected with the electric energy caching unit and is used for caching the energy in the waste battery into the electric energy caching unit; the input end of the electric energy unloading circuit is connected with the electric energy caching unit, and the output end of the electric energy unloading circuit is connected with the unloading battery and used for unloading the energy cached in the electric energy caching unit into the unloading battery. The invention can simultaneously give consideration to the performances of the waste battery and the dump battery, and avoids the damage of electric energy recovery to the safety and the service life of the waste battery and the dump battery.

摘要：【中文】本发明公开了一种基于膨胀土渠坡裂缝的贴嘴式灌浆施工方法，通过选取试验段、清理裂缝、初步封堵缝隙、预置灌浆管、准备灌浆材料、制备浆液、灌注浆液及取芯等一系列步骤，完成对渠坡裂缝的灌浆施工。与现有技术相比，本发明采用的技术方案表明路面以下90‑115cm范围内土体填筑密实、裂缝宽，含水率低，此时采用地面贴嘴式灌浆，仅挖除沥青路面，灌浆效果较好，不仅能有效封堵渠坡的裂缝，而且能保持较长时间不再有裂缝。 【EN】The invention discloses a nozzle-attaching grouting construction method based on expansive soil channel slope cracks, which completes grouting construction of channel slope cracks through a series of steps of selecting a test section, cleaning cracks, primarily plugging the cracks, presetting a grouting pipe, preparing a grouting material, preparing slurry, pouring the slurry, coring and the like. Compared with the prior art, the technical scheme adopted by the invention shows that the soil body within the range of 90-115cm below the road surface is densely filled, has wide cracks and low water content, and at the moment, the nozzle-attached grouting is adopted, only the asphalt road surface is dug, the grouting effect is better, the cracks of the channel slope can be effectively blocked, and the cracks can be kept for a longer time without any more.