当前查询到13条专利与查询词 "Fu Zhiquan"相关,搜索用时1.2655914秒!排序方式:
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申请号:201911333244.0 公开号:CN110885093A 主分类号:C01F11/02
摘要:【中文】本发明涉及一种生产氢氧化钙智能化控制系统,包括配水系统、消化系统和消化除尘系统,所述配水系统包括称重系统、温控系统、水分仪在线检测系统和供水系统,本发明通过对控制系统进行优化改进,采用相关的系统及计算机自动化控制,具有自动化控制及人工控制两种控制方式,通过连接在线监测水分仪实现智能化控制氢氧化钙消化,达到了稳定产品质量、省工,省时,增产的效果。 【EN】The invention relates to an intelligent control system for producing calcium hydroxide, which comprises a water distribution system, a digestion system and a digestion and dust removal system, wherein the water distribution system comprises a weighing system, a temperature control system, a moisture meter online detection system and a water supply system.
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申请号:202010180800.1 公开号:CN111228598A 主分类号:A61M1/36
摘要:【中文】本发明公开了一种体外生命支持血液流转装置及其流道设计方法,包括:离心泵、氧合器、传感器、流道环路和驱动系统;将离心泵、氧合器和驱动系统集成在一个装置中,利用血流动力学结合模拟仿真的方法,对流道环路进行设计制作。本发明的优点是:集成化、一体化、便携化,并实现了集成后的高效的气体交换、降低其血液破坏程度。设备使用简便且可短时随床断电转运,极其适合急救、辅助情况的使用,普及程度高、操作难度低。 【EN】The invention discloses an extracorporeal life support blood circulation device and a flow channel design method thereof, wherein the extracorporeal life support blood circulation device comprises: a centrifugal pump, an oxygenator, a sensor, a flow channel loop and a driving system; the centrifugal pump, the oxygenator and the driving system are integrated into one device, and the flow channel loop is designed and manufactured by utilizing a method of combining hemodynamics with analog simulation. The invention has the advantages that: the integrated, integrated and portable gas exchange device realizes the high-efficiency gas exchange after integration and reduces the blood damage degree. The equipment is simple and convenient to use, can be transported along with bed outage in a short time, is extremely suitable for the use of first aid, auxiliary condition, and the popularization degree is high, the operation degree of difficulty is low.
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申请号:201911346138.6 公开号:CN111076961A 主分类号:G01M99/00
摘要:【中文】本发明涉及空气处理单元性能检测领域,公开了一种车用空气处理单元的检测系统及检测方法,其包括气源处理模块(1),气源处理模块(1)包括空压模块(2)以及沿气路依次连接的第一切换阀(3)、第一油气分离器(4)、第一水过滤器(5)、储气罐(6)、截止阀(7)、流量调节阀(8)、压力比例阀(9)、第一流量计(10)和第二切换阀(12),第一流量计(10)至第二切换阀(12)的气路上并联有第二流量计组件(13),第二切换阀(12)用于连接后续的空气调节系统(16)。该系统具有检测过程可控,检测结果准确度高的优点。 【EN】The invention relates to the field of performance detection of air processing units, and discloses a detection system and a detection method of an air processing unit for a vehicle, which comprises an air source processing module (1), wherein the air source processing module (1) comprises an air pressure module (2), a first switching valve (3), a first oil-gas separator (4), a first water filter (5), an air storage tank (6), a stop valve (7), a flow regulating valve (8), a pressure proportional valve (9), a first flow meter (10) and a second switching valve (12) which are sequentially connected along an air path, the air path from the first flow meter (10) to the second switching valve (12) is parallelly connected with a second flow meter component (13), and the second switching valve (12) is used for connecting a subsequent air regulating system (16). The system has the advantages of controllable detection process and high detection result accuracy.
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申请号:201911407556.1 公开号:CN111152769A 主分类号:B60T7/22
摘要:【中文】本发明涉及自动紧急制动系统领域,公开了一种基于等效避险方程的制动避险时间计算方法,计算方法包括三种工况,第一种工况为前车处于运动中,且处于本车道;第二种工况为前车减速到停车,且处于本车道;第三种工况为前车在碰撞发生之前偏离本车道,本发明通过将三种情况的制动避险时间计算问题转换为形式一致的等效避险方程求解问题,具有清晰的物理意义,便于软件实现。而且与车辆当前所处工况更加匹配,准确度高。 【EN】The invention relates to the field of automatic emergency braking systems, and discloses a braking risk avoiding time calculation method based on an equivalent risk avoiding equation, which comprises three working conditions, wherein the first working condition is that a front vehicle is in motion and is positioned in a current lane; the second working condition is that the front vehicle decelerates to stop and is positioned in the lane; the invention converts the calculation problem of the braking risk avoiding time of the three conditions into an equivalent risk avoiding equation solving problem with the same form, has clear physical significance and is convenient for software implementation. And the working condition of the vehicle is more matched, and the accuracy is high.
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申请号:202010170137.7 公开号:CN111232547A 主分类号:B65G13/06
申请人:【中文】安徽理工大学【EN】Anhui University of Science and Technology 申请日:2020.03.12 公开日:2020.06.05
摘要:【中文】本发明提供一种机场行李运输装置,涉及物流工程技术领域。该装置包括升降装置、滚轮、驱动减速电机和行李架;所述滚轮纵横相交串连在竖直支撑框架的矩形框架内,所述驱动减速电机固定在所述竖直支撑框架以及隔板上,所述驱动减速电机通过皮带带动滚轮,所述升降装置焊接于所述竖直支撑框架的下方,所述行李架是与所述滚轮组配套使用的独立结构。与普通的机场现有货运车相比,该装置实现了直接与传送带交接行李,避免了工人上下搬运,减少了劳动量;同时,该装置对行李有一定的保护作用,可以减少行李损坏事故的发生。 【EN】The invention provides an airport luggage transportation device, and relates to the technical field of logistics engineering. The device comprises a lifting device, a roller, a driving speed reduction motor and a luggage rack; the luggage rack is characterized in that the rollers are intersected and serially connected in a rectangular frame of the vertical supporting frame, the driving speed reduction motor is fixed on the vertical supporting frame and the partition plate, the driving speed reduction motor drives the rollers through belts, the lifting device is welded below the vertical supporting frame, and the luggage rack is an independent structure matched with the roller group for use. Compared with the conventional freight vehicle in the common airport, the device realizes direct transfer of the luggage with the conveyor belt, avoids up-and-down carrying of workers and reduces the labor capacity; meanwhile, the device has a certain protection effect on the luggage, and the occurrence of luggage damage accidents can be reduced.
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申请号:201911206937.3 公开号:CN110929948A 主分类号:G06Q10/04
申请人:【中文】上海电力大学【EN】Shanghai Electric Power University 申请日:2019.11.29 公开日:2020.03.27
摘要:【中文】本发明涉及一种基于深度强化学习的完全分布式智能电网经济调度方法,包括以下步骤:1)获取网络拓扑结构,建立基于负荷分配和机组组合的经济调度模型;2)通过深度强化学习模型获取经济调度模型的局部最优解,作为第一Q函数表;3)将第一Q函数表载入预训练后的深度卷积神经网络,获取第二Q函数表;4)根据第二Q函数表,初始化各机组的功率,载入机组功率求解模型,并根据网络拓扑结构,更新第二Q函数表,得到全局最优解;5)进行电网经济调度。与现有技术相比,本发明不仅能够在数据量大、网络结构复杂的智能电网环境下,实现经济调度最优化,而且不依赖于明确的目标函数,能适应分布式能源的“即插即用”特性,具有良好的应用前景。 【EN】The invention relates to a complete distributed intelligent power grid economic dispatching method based on deep reinforcement learning, which comprises the following steps of: 1) acquiring a network topological structure, and establishing an economic dispatching model based on load distribution and unit combination; 2) obtaining a local optimal solution of an economic dispatching model through a deep reinforcement learning model, and using the local optimal solution as a first Q function table; 3) loading the first Q function table into a pre-trained deep convolution neural network to obtain a second Q function table; 4) initializing the power of each unit according to the second Q function table, loading a unit power solving model, and updating the second Q function table according to the network topology structure to obtain a global optimal solution; 5) and carrying out economic dispatching on the power grid. Compared with the prior art, the method and the device can realize economic dispatching optimization in an intelligent power grid environment with large data volume and complex network structure, do not depend on a definite objective function, can adapt to the plug-and-play characteristic of distributed energy, and have good application prospect.
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申请号:201911300810.8 公开号:CN110974977A 主分类号:A61K47/69
摘要:【中文】本发明公开了一种牡丹皮配方颗粒制备中丹皮酚β‑环糊精包合物干燥方法,该方法用于对含有丹皮酚有效成分的介质进行干燥,所述介质包括采用β‑环糊精包合的丹皮酚包合液,所述干燥采用喷雾干燥。本方法不仅可保证牡丹皮配方颗粒制备质量,同时可提高牡丹皮配方颗粒生产效率。 【EN】The invention discloses a drying method of a paeonol β -cyclodextrin inclusion compound in preparation of cortex moutan formula particles, which is used for drying a medium containing paeonol active ingredients, wherein the medium comprises a paeonol inclusion solution included by β -cyclodextrin, and the drying adopts spray drying.
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申请号:202010153058.5 公开号:CN111243833A 主分类号:H01F27/14
摘要:【中文】本发明涉及分压器膨胀器的顶油工艺领域,尤其涉及一种电容式电压互感器用膨胀器顶油工艺,适用于可充气式内置膨胀器在罐外注油分压器生产中精确控制膨胀器高度,与油温对应膨胀器高度要求相对应。一种电容式电压互感器用膨胀器顶油工艺,包括零部件清洗烘干、出炉装配、产品抽空检漏、注油、调节膨胀器高度、封口等步骤。本发明可以对内置式膨胀器的高度进行控制满足不同工况的要求。 【EN】The invention relates to the field of oil jacking processes of voltage divider expanders, in particular to an oil jacking process of an expander for a capacitive voltage transformer, which is suitable for accurately controlling the height of the expander in the production of an inflatable built-in expander for injecting oil to a voltage divider outside a tank and corresponds to the requirement of the oil temperature on the height of the expander. An expander oil-ejecting process for a capacitive voltage transformer comprises the steps of cleaning and drying parts, discharging and assembling, evacuating and detecting a product, injecting oil, adjusting the height of an expander, sealing and the like. The invention can control the height of the built-in expander to meet the requirements of different working conditions.
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