摘要：【中文】本发明涉及数据处理技术领域，具体涉及一种绘制散点的方法及装置，该方法包括：获取多个工程机械的地理坐标，将该地理坐标转换为对应于用户选择的地图的平面坐标，该平面坐标包括第一平面坐标和第二平面坐标，其中，第一平面坐标表征处于非工作状态的工程机械，第二平面坐标保证处于工作状态的工程机械，最后按照预定频率依次将第一平面坐标和第二平面坐标以散点的形式绘制于不同图层，并将所有图层叠加显示。本方案的地理坐标可根据不同地图转换为可适配的平面坐标，应用范围更广，同时对平面坐标进行渲染时依照预定频率，不至于渲染量过大，导致画面卡顿，保证了渲染效果。 【EN】The invention relates to the technical field of data processing, in particular to a method and a device for drawing scatter points, wherein the method comprises the following steps: the method comprises the steps of obtaining geographic coordinates of a plurality of engineering machines, converting the geographic coordinates into plane coordinates corresponding to a map selected by a user, wherein the plane coordinates comprise a first plane coordinate and a second plane coordinate, the first plane coordinate represents the engineering machines in a non-working state, the second plane coordinate guarantees the engineering machines in a working state, finally, the first plane coordinate and the second plane coordinate are drawn on different layers in a scattered point mode according to a preset frequency in sequence, and all the layers are displayed in an overlapping mode. The geographic coordinate of this scheme can be according to the planar coordinate that different maps convert the adaptation, and the range of application is wider, according to predetermined frequency when playing up planar coordinate simultaneously, is unlikely to the volume of playing up too big, leads to the picture card to pause, has guaranteed the effect of playing up.

摘要：【中文】本发明涉及一种卷烟用滤棒材料，其包括聚合物，成核剂以及其他功能改性助剂。另外，本发明还提供一种卷烟用滤棒材料的制备方法，其包括以下步骤：将卷烟用滤棒材料的组成物共混形成共混物，通过挤出式造粒，得到聚合物粒子，所述卷烟用滤棒材料的组成物包括聚合物、成核剂以及其他功能改性助剂；将前述共混物或聚合物粒子投入到发泡专用挤出机，同时注入重量配比为0.1~10份的超临界流体作为发泡剂，由发泡专用挤出机充分混合后，从口模挤出发泡并成型。 【EN】The invention relates to a filter rod material for cigarettes, which comprises a polymer, a nucleating agent and other functional modification aids. In addition, the invention also provides a preparation method of the filter rod material for the cigarette, which comprises the following steps: blending the components of the filter rod material for the cigarettes to form a blend, and performing extrusion granulation to obtain polymer particles, wherein the components of the filter rod material for the cigarettes comprise a polymer, a nucleating agent and other functional modification auxiliary agents; and (2) putting the blend or the polymer particles into a special foaming extruder, injecting 0.1-10 parts by weight of supercritical fluid as a foaming agent, fully mixing by using the special foaming extruder, extruding from a die, foaming and molding.

摘要：【中文】本申请公开了一种异常下线控制方法及系统。在该方法中，获取总装异常下线产品的第一登记信息；获取异常下线产品进行维修后的第二登记信息；若根据第一登记信息确定上线产品是否为已登记的总装异常下线产品，若确定所述上线产品为总装异常下线产品，则根据第二登记信息确定所述上线产品是否已经过维修，若所述上线产品未经过维修复测，则确定所述上线产品为不合格产品。通过上述方法，实现了对异常下线产品再次上线的自动检验，避免未经过维修就再次上线的情况，从而提高产品总装合格率，进而提高产线效率。 【EN】The application discloses an abnormal offline control method and system. In the method, first registration information of a final assembly abnormal off-line product is acquired; acquiring second registration information of an abnormal offline product after maintenance; and if the online product is determined to be the registered assembly abnormal offline product according to the first registration information, determining whether the online product is maintained according to the second registration information if the online product is determined to be the assembly abnormal offline product, and if the online product is not maintained and retested, determining that the online product is an unqualified product. By the method, the abnormal off-line products are automatically inspected to be on-line again, and the situation that the products are on-line again without maintenance is avoided, so that the product assembly qualification rate is improved, and the production line efficiency is improved.

摘要：【中文】本发明给出了一种四热源热泵供热系统及其热源供热控制方法，包括热泵系统、热源系统、太阳能辐射传感器和热源供热控制回路，热泵系统包括压缩机、冷凝器、储液器、经济器、干燥过滤器、节流装置、蒸发器、气液分离器和中央控制系统，热泵供热系统包括，热源系统包括翅片管换热器、太阳能集热器、大循环泵、小循环泵和蓄热装置。热源供热系统可以吸收4种热源，在有效地提高能源利用率的同时，也大幅提高了系统制热COP，利用本发明提供的热源供热控制方法，在光照强度大时，空气源热泵可正常向蒸发器供热，同时，太阳能集热器可将吸收的太阳能存储在蓄热装置内，从而有效解决了空气源热泵制热COP最佳时段与太阳能集热器制热时段重合的矛盾问题。 【EN】The invention provides a four-heat-source heat pump heating system and a heat source heating control method thereof. The heat source heat supply system can absorb 4 heat sources, effectively improves the energy utilization rate and greatly improves the system heating COP, and by utilizing the heat source heat supply control method provided by the invention, when the illumination intensity is high, the air source heat pump can normally supply heat to the evaporator, and meanwhile, the solar heat collector can store the absorbed solar energy in the heat storage device, thereby effectively solving the problem of the contradiction between the optimal time period of the air source heat pump heating COP and the heating time period of the solar heat collector.

摘要：【中文】本发明公开了一种探空气球自动放球装备，包括本体，本体的上端设有放球筒，放球筒的上端开口处设有可打开或关闭其的顶盖，顶盖的后端与放球筒的上端转动连接，还包括连杆机构，放球筒前端的上端开有一缺口，放球筒的外周上至少套设有一块横截面为扇环形的挡板，挡板可绕放球筒的轴线转动，挡板通过连杆机构与顶盖传动连接，顶盖和放球筒之间还设有顶盖开合控制机构，顶盖开合控制机构驱动顶盖打开或关闭放球筒的上端开口，顶盖的前端靠近或远离放球筒时，顶盖通过连杆机构带动挡板转动至封闭或打开缺口。本发明提供一种可控制顶盖和挡板同时关合的探空气球自动放球装备。 【EN】The invention discloses automatic sounding balloon discharging equipment which comprises a body, wherein a balloon discharging barrel is arranged at the upper end of the body, a top cover capable of opening or closing the balloon discharging barrel is arranged at an opening at the upper end of the balloon discharging barrel, the rear end of the top cover is rotatably connected with the upper end of the balloon discharging barrel, the automatic sounding balloon discharging equipment also comprises a connecting rod mechanism, a notch is formed in the upper end of the front end of the balloon discharging barrel, at least one baffle with a sector-ring-shaped cross section is sleeved on the periphery of the balloon discharging barrel, the baffle can rotate around the axis of the balloon discharging barrel, the baffle is in transmission connection with the top cover through the connecting rod mechanism, a top cover opening and closing control mechanism is further arranged between the top cover and the balloon discharging barrel, the top cover opening and closing control mechanism drives the top cover to open or close the opening at the upper end of the balloon discharging barrel, and when. The invention provides automatic sounding balloon releasing equipment capable of controlling a top cover and a baffle plate to be closed simultaneously.

摘要：【中文】本申请公开了用于解决对时误差的暂态同源数据比对方法，包括获取同一故障采样单元和保护装置的录波文件，获得采样单元的采样零时刻点以及保护装置对应的采样零时刻点，计算角度误差，通过角度误差修正采集单元通道和保护装置通道的数据，进行比对报警。本发明能够通过获取采集单元和保护装置每次启动的录波文件来实时监测同数据源的差值情况，并且有直观告警提示，提高智能变电站运维检修效率。 【EN】The application discloses a transient homologous data comparison method for solving time setting errors, which comprises the steps of obtaining a recording file of a same fault sampling unit and a protection device, obtaining a sampling zero-time point of the sampling unit and a sampling zero-time point corresponding to the protection device, calculating an angle error, correcting data of a channel of the sampling unit and a channel of the protection device through the angle error, and performing comparison and alarm. The method and the device can monitor the difference condition of the same data source in real time by acquiring the recording file started by the acquisition unit and the protection device each time, and have visual alarm prompt, thereby improving the operation maintenance and overhaul efficiency of the intelligent substation.

摘要：【中文】本发明的目的是在于针对现有技术的缺陷和不足，提供基于发音量化和电力专用词库的离线语音识别装置，还提供基于发音量化和电力专用词库的离线语音识别方法，从而提高智能语音识别的效率和准确率，避免由于识别产生误差造成的损失，同时也提高了语音识别的效率和准确率。对此本发明提供了一种基于发音量化和电力专用词库的离线语音识别装置，包括与音频采集系统连接的通用语音识别模块，通用语音识别模块输出语音词语，还包括：输入特征提取模块、电力专用词库特征提取模块、语音词匹配检索模块、识别结果输出模块。本发明能够根据具体应用，修改编辑电力专用词库，也能够根据具体语音噪声环境修改量化值权重值，进而优化识别结果。 【EN】The invention aims to provide an offline voice recognition device based on pronunciation quantification and a power special word stock and an offline voice recognition method based on pronunciation quantification and a power special word stock aiming at the defects and the defects of the prior art, so that the efficiency and the accuracy of intelligent voice recognition are improved, the loss caused by errors generated by recognition is avoided, and the efficiency and the accuracy of voice recognition are also improved. The invention provides an off-line speech recognition device based on pronunciation quantification and a special word bank for electric power, which comprises a general speech recognition module connected with an audio acquisition system, wherein the general speech recognition module outputs speech words, and the off-line speech recognition device also comprises: the system comprises an input feature extraction module, an electric power special word bank feature extraction module, a voice word matching retrieval module and a recognition result output module. The method can modify and edit the electric power special word stock according to specific application, and can also modify the weight value of the quantization value according to specific voice noise environment, thereby optimizing the recognition result.

摘要：【中文】本发明公开了用于智能变电站3/2接线改扩建的不停电传动改造方法，确定改扩建前与中开关保护、中开关智能终端、中开关合并单元有虚连接关联的二次设备；生成改扩建前和改扩建后二次设备校核虚端子配置xml文件；计算改扩建前和改扩建后各二次设备的校验虚端子CRC检验码；比对改扩建前后的二次设备的校验虚端子CRC校验码；检查改扩建后二次设备下装文件与改扩建后的SCD文件进行一致性；将导出的二次设备配置文件与改扩建后的SCD文件进行一致性比对，根据结果判断是否需要进行传动实验。通过上述判断过程，在多次判断信息一致的条件下进行传动改造，能够确保供电的延续性。 【EN】The invention discloses a non-stop transmission reconstruction method for reconstruction and extension of 3/2 wiring of an intelligent substation, which is used for determining secondary equipment which is related to virtual connection with a middle switch protection unit, a middle switch intelligent terminal and a middle switch merging unit before reconstruction and extension; generating secondary equipment checking virtual terminal configuration xml files before reconstruction and extension and after reconstruction and extension; calculating CRC check codes of check virtual terminals of each secondary device before reconstruction and expansion and after reconstruction and expansion; comparing the CRC codes of the check virtual terminals of the secondary equipment before and after reconstruction and extension; checking the consistency of the secondary equipment downloading file after reconstruction and extension and the SCD file after reconstruction and extension; and comparing the consistency of the exported secondary equipment configuration file with the reconstructed and expanded SCD file, and judging whether a transmission experiment is needed or not according to the result. Through the judgment process, transmission transformation is carried out under the condition that the information is judged to be consistent for many times, and continuity of power supply can be ensured.