摘要：【中文】本发明涉及一种含汞废水的处理方法，属于环保领域。向含汞废液中加入pH调节药剂，调节废液pH为7.5‑8.5；加入过量的沉淀剂，以40‑50r/min的速度搅拌反应15‑30min；加入脱硫剂，静置30min‑60min；加入絮凝剂，以35‑45r/min的速度搅拌15‑30min，然后静置反应60min‑120min；絮凝反应完成后，过滤，泥水分离；检测处理后废水指标，合格后排放。优点是操作简便，沉淀速度快和除汞效率高，环保、价廉，适合推广应用。 【EN】The invention relates to a treatment method of mercury-containing wastewater, belonging to the field of environmental protection. Adding a pH regulating agent into the mercury-containing waste liquid to regulate the pH of the waste liquid to 7.5-8.5; adding excessive precipitant, and stirring at 40-50r/min for reaction for 15-30 min; adding a desulfurizing agent, and standing for 30-60 min; adding a flocculating agent, stirring at the speed of 35-45r/min for 15-30min, and then standing for reaction for 60-120 min; after the flocculation reaction is finished, filtering and separating mud and water; and detecting the indexes of the treated wastewater, and discharging the wastewater after the wastewater is qualified. The method has the advantages of simple and convenient operation, high precipitation speed, high mercury removal efficiency, environmental protection, low price and suitability for popularization and application.

摘要：【中文】本发明提出一种基于屉式结构多种信号采编记录器，包括：存储模块、直流电压变换层、电源层、主控层、电压采集层、电荷采集层、温惯采集层、上盖和紧固件，紧固件将存储模块、直流电压变换层、电源层、主控层、电压采集层、电荷采集层、温惯采集层和上盖之间的相对位置固定并增加结构整体强度。本发明有益效果：将数据存储、直流电压变换、主控、电压采集、电荷采集和温惯采集单独分层，通过合理排布顺序，不仅可以有效减少电气干扰，提升数据准确性，而且可以根据实际需要停用部分分层，降低功耗，提升设备适用范围，同时屉式结构便于安装、拆卸和维护；通过上盖和紧固件，可以将各层限位紧固，更加安全可靠。 【EN】The invention provides a drawer-type structure-based multi-signal acquisition and coding recorder, which comprises: the storage module, the direct-current voltage conversion layer, the power supply layer, the main control layer, the voltage acquisition layer, the charge acquisition layer, the temperature inertia acquisition layer, the upper cover and the fastener fix the relative positions among the storage module, the direct-current voltage conversion layer, the power supply layer, the main control layer, the voltage acquisition layer, the charge acquisition layer, the temperature inertia acquisition layer and the upper cover and increase the overall strength of the structure. The invention has the beneficial effects that: the data storage, the direct-current voltage conversion, the master control, the voltage acquisition, the charge acquisition and the thermal inertia acquisition are independently layered, through reasonable arrangement sequence, not only can the electrical interference be effectively reduced and the data accuracy be improved, but also partial layering can be stopped according to actual needs, the power consumption is reduced, the application range of the equipment is improved, and meanwhile, the drawer type structure is convenient to install, disassemble and maintain; through upper cover and fastener, can be with the spacing fastening of each layer, safe and reliable more.

摘要：【中文】本发明公开了一种调相机振动信号采集与存储方法，包括：对振动信号进行采集，将振动信号由物理信号变换成相应的电信号；对变换成电信号进行预处理；将预处理后的电信号转换成相应的数字信号；采用单向传输技术将转换成数字信号的振动信号输送至缓存区，继而输送至下位机；驱使下位机根据振动信号的特征筛选出符合预设筛选规则的数据进行存储。本发明通过合理设定数据长度，同时按设备状态变化量为特征量判定数据是否需要被存储，实现了支撑各类结构化疏解、非结构化数据，以及线性增长的海量实时数据的存储和访问需求，能够对大规模实时感知数据实现高速传感数据流的实时计算，为建立调相机在线监测以及故障诊断系统奠定了良好基础。 【EN】The invention discloses a phase modulator vibration signal acquisition and storage method, which comprises the following steps: collecting vibration signals, and converting the vibration signals into corresponding electric signals from physical signals; pre-processing the converted electrical signals; converting the preprocessed electric signals into corresponding digital signals; the vibration signal converted into the digital signal is transmitted to a cache region by adopting a one-way transmission technology and then transmitted to a lower computer; and driving the lower computer to screen out the data which accord with the preset screening rule according to the characteristics of the vibration signal for storage. The invention reasonably sets the data length, judges whether the data needs to be stored according to the equipment state variation as the characteristic quantity, realizes the storage and access requirements for supporting various structured and unstructured data and linearly increased mass real-time data, can realize the real-time calculation of high-speed sensing data flow for large-scale real-time sensing data, and lays a good foundation for establishing a phase modulator on-line monitoring and fault diagnosis system.

摘要：【中文】本发明涉及一种基于灰色关联改进加权小波神经网络的变压器故障诊断方法，属于电力行业变压器的故障诊断方法。包括选择特征向量，并对故障进行编码；利用灰色关联度的方法，对样本库进行筛选，形成标准样品库；建立加权小波神经网络。选择经过灰色关联度筛选的标准样本库中的500组数据，进行训练网络，完成神经网络的搭建，得出变压器故障诊断的编码。优点是提供了一种诊断准确率高、适用性高的基于灰色关联改进加权小波神经网络方法，能够达到变压器故障诊断的目的，选择优质的数据形成标准样本库，作为小波神经网络的训练数据，再利用加权小波神经网络进行故障诊断，加强了判断故障的能力，大大提高了故障诊断准确率。 【EN】The invention relates to a transformer fault diagnosis method based on a gray correlation improved weighted wavelet neural network, and belongs to a fault diagnosis method of a transformer in the power industry. Selecting a characteristic vector and coding a fault; screening the sample library by using a grey correlation method to form a standard sample library; and establishing a weighted wavelet neural network. And selecting 500 groups of data in the standard sample library subjected to grey correlation screening, training a network, completing the construction of a neural network, and obtaining a fault diagnosis code of the transformer. The method has the advantages that the purpose of transformer fault diagnosis can be achieved, high-quality data are selected to form a standard sample base to be used as training data of the wavelet neural network, fault diagnosis is carried out by using the weighted wavelet neural network, the fault judging capability is enhanced, and the fault diagnosis accuracy is greatly improved.

摘要：【中文】本发明涉及一种多种形态医疗影像数据标注方法及系统，包括：接收用户上传的图片，根据预设的图片格式核对格式是否正确；若正确则上传图片，若不正确则提醒用户重新上传；提取图片信息与信息库进行匹配，判断图片是否有标注或属性信息；设置标注图片的权限；根据疾病种类为用户提供标注工具箱；接收用户对图片进行的标注信息，并将标注信息上传存储；提取同一级别用户对所述图片的标注信息并进行对比，判断同一级别用户的标注信息是否有差异，若无差异则生成最终标注结果，若有差异则交由下一级用户进步标注。本发明可以使用不同的标注工具对图像进行标注，满足多种形态的医疗影像的标注需求，并采用分级标注的流程，提高对图片标注的准确性。 【EN】The invention relates to a method and a system for labeling medical image data in various forms, which comprise the following steps: receiving a picture uploaded by a user, and checking whether the format is correct according to a preset picture format; if the picture is correct, uploading the picture, and if the picture is incorrect, reminding the user to upload again; extracting picture information to match with an information base, and judging whether the picture has label or attribute information; setting the authority of marking the picture; providing a labeling tool box for a user according to the disease types; receiving the marking information of the user on the picture, and uploading and storing the marking information; and extracting the labeling information of the users at the same level on the pictures, comparing the labeling information, judging whether the labeling information of the users at the same level is different, if not, generating a final labeling result, and if so, submitting the final labeling result to the next user for further labeling. The invention can label the image by using different labeling tools, meets the labeling requirements of medical images in various forms, and improves the accuracy of labeling the image by adopting a hierarchical labeling process.

摘要：【中文】本发明为一种深空探测撞击过载测试及数据无线传输测量装置，属于深空探测技术领域；本发明包括两端为喇叭口设计的外壳体，外壳体的前端凹面内安装有第二过载传感器；外壳体内套装有内壳体及天线杯，内壳体内安装有第一过载传感器、采集控制模块、电池和天线模块；天线杯内安装有天线。电池与采集控制模块连接，采集控制模块与天线模块连接，天线模块与天线连接，第一过载传感器及第二过载传感器均与采集控制模块连接。本发明装置设计科学，结构简单，设备集成度高，其内外壳体多层设计可广泛应用到深空探测和高过载记录装置中，为后续深空探测探测器着落过载的测量打下坚实的基础。 【EN】The invention relates to a deep space exploration impact overload test and data wireless transmission measuring device, belonging to the technical field of deep space exploration; the invention comprises an outer shell with two ends designed as bell mouths, wherein a second overload sensor is arranged in a concave surface at the front end of the outer shell; an inner shell and an antenna cup are sleeved in the outer shell, and a first overload sensor, an acquisition control module, a battery and an antenna module are arranged in the inner shell; an antenna is arranged in the antenna cup. The battery is connected with the acquisition control module, the acquisition control module is connected with the antenna module, the antenna module is connected with the antenna, and the first overload sensor and the second overload sensor are both connected with the acquisition control module. The device has scientific design, simple structure and high equipment integration level, and the multilayer design of the inner shell and the outer shell can be widely applied to deep space detection and high overload recording devices to lay a solid foundation for the subsequent measurement of landing overload of the deep space detection detector.