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申请号:201510456687.4 公开号:CN106410781A 主分类号:H02J3/00(2006.01)I
摘要:本发明涉及一种电力用户需求响应潜力确定方法,包括:获取用户观测年每日96点的历史负荷数据;获取影响用户负荷的特征量,特征量共1个;分别对历史负荷数据和特征量对应当天的负荷数据进行预处理;基于时间维度对历史负荷数据进行聚类分析,获取聚类中心C,将用户分为m类;利用贝叶斯分类法预测指定预测日用户行为模式的聚类中心Cs;计算用户预测日的需求响应潜力;本发明提供的方法,在用户负荷特性分析的基础上,动态计算用户的每日每时需求响应最大可削减负荷量,对需求响应活动中单个电力用户的需求响应潜力进行精细化计算,为需求响应策略制订提供了科学理论支持,充分发挥了其运行效率。
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申请号:201911109141.6 公开号:CN110933619A 主分类号:H04W4/12
摘要:【中文】一种基于分布式网络的消息处理方法,包括步骤如下:步骤一、制定消息的格式;步骤二、制定消息中每个格式的生成规则;步骤三、依据步骤二中的生成规则及可变消息域规则生成消息,并按照编码约定和发送规则发送;步骤四、按照编码约定和接收规则接收步骤三中生成的消息,并按照消息语义进行消息索引及后续处理,获得消息中承载的信息。本发明的方法针对无人机群等分布式节点形成的无线专网中消息种类繁多、安全级别不同、时间敏感性强等问题,通过设计符合专网业务的可变消息格式、定义网络中不同消息的收发规则、设计每个功能域的构成方法,并依据语义和规则对消息进行快速寻址和分发,提升网内消息的处理效率。 【EN】A message processing method based on a distributed network comprises the following steps: step one, formulating a format of a message; step two, establishing a generation rule of each format in the message; step three, generating messages according to the generating rules and the variable message domain rules in the step two, and sending the messages according to the coding convention and the sending rules; and step four, receiving the message generated in the step three according to the coding convention and the receiving rule, and performing message indexing and subsequent processing according to the message semantics to obtain the information carried in the message. Aiming at the problems of various messages, different security levels, strong time sensitivity and the like in a wireless private network formed by distributed nodes such as an unmanned aerial vehicle cluster and the like, the method of the invention improves the processing efficiency of the messages in the network by designing a variable message format conforming to private network services, defining the receiving and sending rules of different messages in the network and designing the forming method of each functional domain and rapidly addressing and distributing the messages according to semantics and rules.
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申请号:201911120775.1 公开号:CN110925422A 主分类号:F16J13/24
摘要:【中文】本发明适用于压力容器人孔门闭锁技术领域,提供了一种压力容器人孔门智能闭锁装置以及方法,该装置包括壳体组件和闭锁组件,所述壳体组件包括压力容器本体、人孔门和排污管,所述压力容器本体的前表面设置有环形开口,所述人孔门与所述压力容器本体转动连接,且嵌入在所述压力容器本体的前表面上,所述排污管与所述压力容器本体固定连通,且位于所述压力容器本体的底部;通过设置与外部控制器电性连接的磁力锁锁体、压力传感器和排污电磁阀,当压力传感器的压力为零且排污电磁阀处于开启状态时,外部控制器控制磁力锁锁体,使其与衔铁分离,从而打开人孔门,避免了作业人员由于误判开门而造成人员伤亡。 【EN】The invention is suitable for the technical field of pressure vessel manhole door locking, and provides an intelligent locking device and method for a pressure vessel manhole door, wherein the device comprises a shell assembly and a locking assembly, the shell assembly comprises a pressure vessel body, a manhole door and a sewage discharge pipe, the front surface of the pressure vessel body is provided with an annular opening, the manhole door is rotatably connected with the pressure vessel body and is embedded in the front surface of the pressure vessel body, and the sewage discharge pipe is fixedly communicated with the pressure vessel body and is positioned at the bottom of the pressure vessel body; through setting up magnetic lock body, pressure sensor and the blowdown solenoid valve with external control ware electric connection, when pressure sensor's pressure was zero and the blowdown solenoid valve was in the open mode, external control ware control magnetic lock body made it and armature separation to open the manhole door, avoided the operation personnel because the erroneous judgement opens the door and cause the casualties.
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申请号:201911144097.2 公开号:CN111006581A 主分类号:G01B7/24
摘要:【中文】本发明提供一种防冻的抽水蓄能电站上水库GNSS变形观测墩,包括观测墩,观测墩顶部设置GNSS天线,观测墩上设置不锈钢设备保护箱,所述不锈钢设备保护箱内设置电加热板、风扇、控制器和温度传感器;所述温度传感器用于采集不锈钢设备保护箱箱内的环境温度,其检测信号输出端与控制器的检测信号输入端相连,控制器的控制信号输出端与电加热板和风扇的对应控制信号输入端相连;温度控制器根据不锈钢设备保护箱内的温度变化控制电加热板和风扇的开启或关闭。本发明的GNSS变形观测墩能够实现在冬季冰冻情况下,GNSS观测设备仍能正常工作,减少电子设备元器件故障和损坏,提高设备运行保证率,为水库运行管理持续提供变形监测数据,同时还增加了设备的寿命。 【EN】The invention provides an anti-freezing GNSS (global navigation satellite system) deformation observation pier for an upper reservoir of a pumped storage power station, which comprises an observation pier, wherein the top of the observation pier is provided with a GNSS antenna, the observation pier is provided with a stainless steel equipment protection box, and an electric heating plate, a fan, a controller and a temperature sensor are arranged in the stainless steel equipment protection box; the temperature sensor is used for collecting the environmental temperature in the stainless steel equipment protection box, the detection signal output end of the temperature sensor is connected with the detection signal input end of the controller, and the control signal output end of the controller is connected with the corresponding control signal input ends of the electric heating plate and the fan; the temperature controller controls the opening or closing of the electric heating plate and the fan according to the temperature change in the stainless steel equipment protection box. The GNSS deformation observation pier can realize that the GNSS observation equipment can still normally work under the freezing condition in winter, reduces the faults and damages of electronic equipment components, improves the operation guarantee rate of the equipment, continuously provides deformation monitoring data for reservoir operation management, and prolongs the service life of the equipment.
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申请号:201911303622.0 公开号:CN110921958A 主分类号:C02F9/10
申请人:【中文】武汉钢铁有限公司【EN】WUHAN IRON AND STEEL Co.,Ltd. 申请日:2019.12.17 公开日:2020.03.27
摘要:【中文】本发明公开了一种烧结烟气活性炭脱硫工艺制酸废水资源化系统及其方法;它包括一级反应罐,所述一级反应罐经主管线依次连接有二级反应罐、三级反应罐、预热器、升膜加热器、真空蒸发器、结晶器、离心机和多层流化床干燥器,所述一级反应罐分别连接有氨水管和制酸废水管,所述二级反应罐上连接有氨水管,所述三级反应罐上连接有曝气管或双氨水管,所述一级反应罐和二级反应罐均与多层流化床干燥器连接;该方法首先对制酸废水先进行预处理、再将硫氮元素资源化:最后将活性炭污泥、重金属污泥和硫酸铵结晶颗粒的干燥;本发明占地小,投资小,易于在现场实施。 【EN】The invention discloses a resource system and a resource method for acid-making wastewater of a sintering flue gas activated carbon desulfurization process; the system comprises a first-stage reaction tank, wherein the first-stage reaction tank is sequentially connected with a second-stage reaction tank, a third-stage reaction tank, a preheater, a climbing film heater, a vacuum evaporator, a crystallizer, a centrifugal machine and a multilayer fluidized bed dryer through a main pipeline; the method comprises the following steps of firstly pretreating the acid making wastewater, and then recycling the sulfur and nitrogen elements: finally drying the activated carbon sludge, the heavy metal sludge and the ammonium sulfate crystal particles; the invention has small occupied area, small investment and easy field implementation.
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申请号:202010096027.0 公开号:CN111341122A 主分类号:G08G1/07
申请人:昆明理工大学 申请日:2020.02.17 公开日:2020.06.26
摘要:本发明公开了一种交叉口信号灯时长控制调整的自适应算法,属于交通灯控制领域。在交叉口信号灯固定时长控制模式下,依据交叉口数据库统计表所提供的通行效率值数据,通过自适应算法智能地对交叉口各方向总控制时长或同一方向的直行与左转的控制时长进行调整。该算法主要涉及对不同方向的效率值之差的绝对值进行判定,在一定比率差值内,对通行时长控制进行调整;对于同一方向的直行和左转的控制时长调整亦是如此。通过该算法可智能调整交叉口信号灯的时长控制,减少等待时间,从而提高通行效率,降低排放和怠速油耗。
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申请号:202010096029.X 公开号:CN111325995A 主分类号:G08G1/07
申请人:昆明理工大学 申请日:2020.02.17 公开日:2020.06.23
摘要:本发明涉及一种交叉口信号灯智能控制方法,属于交通信号灯控制领域。本发明将交叉口各方向道路划分为缓冲路段、识别路段及非识别路段,当识别路段内有车,则控制模块不改变当前信号灯的状况,即仍按照固定时长进行控制,当识别路段内无车,则提前启动该方向的倒计时,然后进入信号灯下一个控制相位。本发明能有效解决固定模式中的不灵活低效问题,且保证了固定模式的有效性,减少等待时间,从而提高通行效率,降低排放和怠速油耗。
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申请号:202010096031.7 公开号:CN111341127A 主分类号:G08G1/095
申请人:昆明理工大学 申请日:2020.02.17 公开日:2020.06.26
摘要:本发明公开了一种用于交叉口交通信号灯的智能控制系统及其控制方法,该系统可在原交叉口信号灯固定时长控制模式(以下简称固定模式)下,利用本系统中的识别控制存储子系统,对交叉口各方向道路的识别区进行道路与车辆的识别,判断出有车或无车的实况,在固定模式下,不受固定时长限制,实时改变信号灯来控制车辆通行,达到提高通行效率的效果。在完成信号灯智能控制同时,对交叉口各方向道路通行的实况进行相应的实时数据存储,并通过交叉口通行实时数据统计子系统对存储的数据进行统计及各方向固定时长值进行自适应调整。
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