摘要：【中文】一种具有高保湿功效的浴用润肤膏及其制备方法。所述浴用润肤膏包括：第一聚乙二醇、油脂类润肤保湿剂、水溶性硅蜡、多元醇、硅酮类保湿润滑剂、聚二甲基硅氧烷醇、氢化卵磷脂、高分子类保湿剂、神经酰胺、聚甘油类乳化剂，所述第一聚乙二醇的平均分子量为4400‑10000。本申请的浴用润肤膏具有高保湿功效，并且使用寿命长，性能稳定的优势。 【EN】A skin caring cream with high moisture keeping effect for bath and its preparation method are provided. The skin-moistening cream for bathing comprises: the skin-moistening cream comprises a first polyethylene glycol, oil-class skin-moistening moisturizers, water-soluble silicon wax, polyhydric alcohol, silicone-class moisturizing lubricants, dimethiconol, hydrogenated lecithin, high-molecular moisturizers, ceramide and polyglycerol-class emulsifiers, wherein the average molecular weight of the first polyethylene glycol is 4400-10000. The skin cream for bath has the advantages of high moisturizing effect, long service life and stable performance.

摘要：【中文】本发明公开了一种应用于多电源供电的电源切换电路，包括第一过压保护电路、第一开关电路、第一稳压器、第二过压保护电路、第二开关电路、第二稳压器、电压监测电路、非门、逻辑电路和延迟电路；其特征在于：第一过压保护电路用于对主电源进行过压保护；第二过压保护电路用于对副电源进行过压保护；电压监测电路将第一过压保护电路的输出电压进行电压监测，输出使能信号到第一开关电路、非门、逻辑电路和延迟电路；当电压监测电路监测到第一过压保护电路输出的电压在设定的监测电压值范围内时,电压监测电路输出使能信号使第一开关电路开启，并且所述电压监测电路输出使能信号通过非门进行处理后，使第二开关电路断开；可广泛用于电源管理等领域。 【EN】The invention discloses a power supply switching circuit applied to multi-power supply, which comprises a first overvoltage protection circuit, a first switch circuit, a first voltage stabilizer, a second overvoltage protection circuit, a second switch circuit, a second voltage stabilizer, a voltage monitoring circuit, a NOT gate, a logic circuit and a delay circuit, wherein the first overvoltage protection circuit is connected with the first switch circuit; the method is characterized in that: the first overvoltage protection circuit is used for performing overvoltage protection on a main power supply; the second overvoltage protection circuit is used for performing overvoltage protection on the auxiliary power supply; the voltage monitoring circuit carries out voltage monitoring on the output voltage of the first overvoltage protection circuit and outputs an enabling signal to the first switch circuit, the NOT gate, the logic circuit and the delay circuit; when the voltage monitoring circuit monitors that the voltage output by the first overvoltage protection circuit is within a set monitoring voltage value range, the voltage monitoring circuit outputs an enabling signal to enable the first switch circuit to be started, and the voltage monitoring circuit outputs the enabling signal to enable the second switch circuit to be disconnected after the enabling signal is processed through a NOT gate; the method can be widely applied to the fields of power management and the like.

摘要：【中文】本发明公开了一种植入式神经电信号采集和功能电刺激电极，包括环状电极装置、转接装置和固定装置，其中，环状电极装置包裹在待测部位上，并通过固定装置固定，转接装置与环状电极装置电连接，转接装置将环状电极装置采集的神经电信号传输至外部神经电信号检测设备，或将外部功能电刺激器件的功能性电刺激脉冲传输至环状电极装置。本发明作为一种侵入式电极，在检测神经电信号和进行功能电刺激时，能够稳定地将电极固定在神经束上，并且根据目标区域，选择电极丝是否插入和电极丝插入的长度及直径。通过固定绳、固定环、电极孔的配合能够有效的固定电极。根据具体的需求，合理的选择插入电极丝的位置、深度和直径。 【EN】The invention discloses an implanted nerve electrical signal acquisition and functional electrical stimulation electrode which comprises an annular electrode device, a switching device and a fixing device, wherein the annular electrode device is wrapped on a part to be detected and is fixed by the fixing device, the switching device is electrically connected with the annular electrode device, and the switching device transmits a nerve electrical signal acquired by the annular electrode device to external nerve electrical signal detection equipment or transmits functional electrical stimulation pulses of an external functional electrical stimulation device to the annular electrode device. The invention is used as an invasive electrode, can stably fix the electrode on a nerve bundle when detecting nerve electrical signals and performing functional electrical stimulation, and selects whether a wire electrode is inserted and the length and the diameter of the wire electrode according to a target area. The electrode can be effectively fixed through the matching of the fixing rope, the fixing ring and the electrode hole. The position, the depth and the diameter of the inserted electrode wire are reasonably selected according to specific requirements.

摘要：【中文】本申请实施例提供一种变压器套管监测系统，包括：用于采集套管的次级末屏电压信号的电压取样单元、用于采集套管的末屏电流信号的电流取样单元以及信号处理单元；所述电压取样单元与所述套管的次级末屏接口电连接，所述电流取样单元与所述套管的末屏接地线电连接，所述电压取样单元和所述电流取样单元还分别与所述信号处理单元连接，所述信号处理单元用于接收所述电压取样单元发送的次级末屏电压信号和所述电流取样单元发送的末屏电流信号，并输出一套管介损异常信号；本申请能够更灵敏地体现套管绝缘故障状况，并且就近获取电压信号及电流信号，便于现场实施操作。 【EN】The embodiment of the application provides a transformer bushing monitoring system, includes: the device comprises a voltage sampling unit, a current sampling unit and a signal processing unit, wherein the voltage sampling unit is used for collecting a secondary end screen voltage signal of a sleeve, the current sampling unit is used for collecting an end screen current signal of the sleeve, and the signal processing unit is used for processing a secondary end screen voltage signal of the sleeve; the voltage sampling unit is electrically connected with a secondary end screen interface of the sleeve, the current sampling unit is electrically connected with an end screen grounding wire of the sleeve, the voltage sampling unit and the current sampling unit are also respectively connected with the signal processing unit, and the signal processing unit is used for receiving a secondary end screen voltage signal sent by the voltage sampling unit and an end screen current signal sent by the current sampling unit and outputting a sleeve dielectric loss abnormal signal; the method and the device can sensitively reflect the insulation fault condition of the sleeve, acquire the voltage signal and the current signal nearby and facilitate field implementation operation.

摘要：【中文】本申请实施例提供一种传感器及变压器套管监测系统，所述传感器包括：传感器主体、开设在所述传感器主体上的用于固定套管接线柱的插孔以及用于对所述套管接线柱进行检测的局放传感模块和介损传感模块；所述局放传感模块和所述介损传感模块为环绕所述插孔孔壁设置的环形结构，所述插孔中设置有冠簧，所述冠簧的外壁与所述插孔的内壁紧密贴合，所述冠簧的内壁向内凹陷以对插入其中的套管接线柱进行固定；本申请能够安全、有效和准确的监测变压器套管劣化状态，提高电力系统运行的安全可靠性和自动化程度。 【EN】The embodiment of the application provides a sensor and transformer bushing monitoring system, the sensor includes: the device comprises a sensor main body, a jack, a partial discharge sensing module and a dielectric loss sensing module, wherein the jack is arranged on the sensor main body and used for fixing a sleeve binding post, and the partial discharge sensing module and the dielectric loss sensing module are used for detecting the sleeve binding post; the partial discharge sensing module and the dielectric loss sensing module are of annular structures arranged around the hole wall of the jack, a crown spring is arranged in the jack, the outer wall of the crown spring is tightly attached to the inner wall of the jack, and the inner wall of the crown spring is inwards sunken to fix a sleeve binding post inserted into the jack; the method and the device can monitor the degradation state of the transformer bushing safely, effectively and accurately, and improve the safe reliability and the automation degree of the operation of the power system.