[GUO, Zhihong 郭志红, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, ZHENG, Jian 郑建, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, ZHENG, Jian 郑建, WANG, Hui 王辉, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, ZHENG, Jian 郑建, WANG, Hui 王辉, LI, Xiuwei 李秀卫, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, ZHENG, Jian 郑建, WANG, Hui 王辉, LI, Xiuwei 李秀卫, ZHU, Mengzhao 朱孟兆, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, ZHENG, Jian 郑建, WANG, Hui 王辉, LI, Xiuwei 李秀卫, ZHU, Mengzhao 朱孟兆, ZHOU, Jiabin 周加斌, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, ZHENG, Jian 郑建, WANG, Hui 王辉, LI, Xiuwei 李秀卫, ZHU, Mengzhao 朱孟兆, ZHOU, Jiabin 周加斌, MA, Yan 马艳, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, ZHENG, Jian 郑建, WANG, Hui 王辉, LI, Xiuwei 李秀卫, ZHU, Mengzhao 朱孟兆, ZHOU, Jiabin 周加斌, MA, Yan 马艳, DUAN, Yubing 段玉兵, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, ZHENG, Jian 郑建, WANG, Hui 王辉, LI, Xiuwei 李秀卫, ZHU, Mengzhao 朱孟兆, ZHOU, Jiabin 周加斌, MA, Yan 马艳, DUAN, Yubing 段玉兵, LIU, Hui 刘辉, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, ZHENG, Jian 郑建, WANG, Hui 王辉, LI, Xiuwei 李秀卫, ZHU, Mengzhao 朱孟兆, ZHOU, Jiabin 周加斌, MA, Yan 马艳, DUAN, Yubing 段玉兵, LIU, Hui 刘辉, LI, Ming 李明, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, ZHENG, Jian 郑建, WANG, Hui 王辉, LI, Xiuwei 李秀卫, ZHU, Mengzhao 朱孟兆, ZHOU, Jiabin 周加斌, MA, Yan 马艳, DUAN, Yubing 段玉兵, LIU, Hui 刘辉, LI, Ming 李明, ZHAO, Fuqiang 赵富强, GUO, Zhihong 郭志红, DU, Xiuming 杜修明, YANG, Yi 杨祎, CHEN, Yufeng 陈玉峰, SHENG, Gehao 盛戈皞, MA, Qiang 马强, YAN, Yingjie 严英杰, GU, Chao 辜超, ZHU, Wenbing 朱文兵, ZHU, Zhenhua 朱振华, ZHENG, Jian 郑建, WANG, Hui 王辉, LI, Xiuwei 李秀卫, ZHU, Mengzhao 朱孟兆, ZHOU, Jiabin 周加斌, MA, Yan 马艳, DUAN, Yubing 段玉兵, LIU, Hui 刘辉, LI, Ming 李明, ZHAO, Fuqiang 赵富强, XU, Guangke 许光可] No. 86, West Chang, An Street, Xicheng District 中国北京市西城区西长安街86号, Beijing 100031Beijing 100031;No.2000, Wangyue Road, Shizhong District 中国山东省济南市市中区望岳路2000号, Shandong 250002Jinan, Shandong 250002 A time sequence analysis-based state monitoring data cleaning method for a power transmission and transformation device, comprising the steps of: establishing an initial time sequence model for state data of a power transmission and transformation device, and estimating an initially-fit residual sequence and residual variance by means of the initial time sequence model; calculating a test statistic of each observation point utilizing the initial time sequence model; judging whether a maximum value of the absolute values of test statistics is greater than a set threshold value; and calculating the test statistic of each of the observation points by means of a model residual of a corrected time sequence model, and judging whether a new noise point exists according to whether the maximum value of the absolute values of the test statistics is greater than the set threshold value, until all the noise points are identified. The method has the advantages of a high cleaning efficiency, keeping the data integrity, and avoiding the loss of useful information about data.

[ZHU, Xi 朱曦, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, LI, Wei 李伟, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, LI, Wei 李伟, WANG, Wenzhu 王文伫] F6,Building No.4,Accelerator,No.18,East jialingjiang Street,Jianye District 中国江苏省南京市建邺区嘉陵江东街18号加速器04幢6层, Jiangsu 210019Nanjing, Jiangsu 210019 An assistant docking method and system for a vessel. The docking method uses a solar blind ultraviolet imaging method, and comprises: using at least two solar blind ultraviolet imaging modules to calculate, according to a light signal received from a solar blind ultraviolet light source array arranged in advance at a shore, the position and the attitude of the vessel relative to a shoreline of a berth of a port during a docking process. Further, when more than three solar blind ultraviolet light imaging modules are used, the precision of position and attitude data of the vessel is improved by using a normalized autocorrelation algorithm and a data fusion algorithm. By using the assistant docking method and system for a vessel, the problem in the prior art that the vessel has berthing difficulty in foggy weather and the problem in the prior art that pilotage and berthing devices for the vessel are greatly affected by weather, environment and the like can be remarkably solved.

[ZHOU, Yu 周愚, ZHOU, Yu 周愚, XU, Yuangen 许远根, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, WAN, Shuai 万帅, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, WAN, Shuai 万帅, LIU, Xin 刘新, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, WAN, Shuai 万帅, LIU, Xin 刘新, XU, Xia 徐霞, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, WAN, Shuai 万帅, LIU, Xin 刘新, XU, Xia 徐霞, YU, Kunshi 俞坤师, ZHOU, Yu 周愚, XU, Yuangen 许远根, CHEN, Yang 陈扬, LI, Zhe 李哲, ZENG, Yu 曾瑜, HAN, Dong 韩冬, YAN, Biwu 严碧武, ZHANG, Han 章涵, WU, Dawei 吴大伟, CHEN, Kun 陈坤, WAN, Shuai 万帅, LIU, Xin 刘新, XU, Xia 徐霞, YU, Kunshi 俞坤师, HUANG, Jun 黄俊] No.143 Luoyu Road, Hongshan District 中国湖北省武汉市洪山区珞瑜路143号, Hubei 430074Wuhan, Hubei 430074 A digital measurement system for measuring a lightning electric field change signal, and a measurement method thereof. The system comprises at least a planar antenna (1), an electric field analog-to-digital conversion module (4), and a digital signal processing module (5). The input end of the electric field analog-to-digital conversion module (4) is connected to the planar antenna (1), and the output end of the electric field analog-to-digital conversion module (4) is connected to the digital signal processing module (5). The planar antenna (1) is used for detecting a field change signal generated by lightning and transmitting the field change signal to the electric field analog-to-digital conversion module (4). The electric field analog-to-digital conversion module (4) is used for processing and converting the electric field change signal, to obtain a digital lightning electric field change signal and transmit the digital lightning electric field change signal to the digital signal processing module (5). The digital signal processing module (5) is used for: triggering collection, processing of the digital lightning electric field change signal, to obtain a lightning electric field rapid change signal, a lightning electric field slow change signal, and a lightning electric field original signal, storing the signals, and combining the signals into data frames for external communication. The measurement system and the measurement method thereof can implement measurement of rapid and slow changes of a lightning electric field with low costs and high efficiency.

[ZHU, Xi 朱曦, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, LI, Wei 李伟, ZHU, Xi 朱曦, LI, Yuanyuan 李媛媛, YAN, Feng 闫锋, LI, Xiang 李想, CAO, Xun 曹汛, PAN, Weisong 潘巍松, DING, Jianwen 丁健文, WANG, Jibin 王继斌, WANG, Jun 王军, CHEN, Chen 陈辰, LI, Dapeng 李大鹏, LI, Wei 李伟, WANG, Wenzhu 王文伫] F6, Building No.4, Accelerator, No.18, East Jialingjiang Street, Jianye District 中国江苏省南京市建邺区嘉陵江东街18号加速器04幢6层, Jiangsu 210019Nanjing, Jiangsu 210019 An assistant docking method and system for a vessel. The method is characterized by comprising: determining information of the position of a vessel relative to a berth by using a solar blind ultraviolet imaging method; determining, by means of a GPS method, an attitude angle of the vessel relative to the berth by using at least two GPS receivers (112, 113), which can effectively allow a vessel to safely dock when the vessel is close to a shore in a case in which the visibility is very low; and further, integrating, by using a normalized autocorrelation algorithm and a data fusion algorithm, coordinate data and angle data received by a solar blind ultraviolet imaging module (103) and GPS signal receiving modules (112, 113), so as to improve the positioning precision. The assistant docking method and system for a vessel can remarkably solve the problem in the prior art that the vessel has berthing difficulty in foggy weather and the problem in the prior art that pilotage and berthing devices for the vessel are greatly affected by weather, environment and the like.

[WANG, Benjin 汪本进, WANG, Benjin 汪本进, XU, Sien 徐思恩, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, FENG, Yu 冯宇, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, FENG, Yu 冯宇, DU, Yan 杜砚, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, FENG, Yu 冯宇, DU, Yan 杜砚, LI, Xuan 李璿, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, FENG, Yu 冯宇, DU, Yan 杜砚, LI, Xuan 李璿, WANG, Ling 王玲, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, FENG, Yu 冯宇, DU, Yan 杜砚, LI, Xuan 李璿, WANG, Ling 王玲, CHEN, Xiaoming 陈晓明, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, FENG, Yu 冯宇, DU, Yan 杜砚, LI, Xuan 李璿, WANG, Ling 王玲, CHEN, Xiaoming 陈晓明, CHEN, Jiangbo 陈江波, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, FENG, Yu 冯宇, DU, Yan 杜砚, LI, Xuan 李璿, WANG, Ling 王玲, CHEN, Xiaoming 陈晓明, CHEN, Jiangbo 陈江波, XU, Jing 许晶, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, FENG, Yu 冯宇, DU, Yan 杜砚, LI, Xuan 李璿, WANG, Ling 王玲, CHEN, Xiaoming 陈晓明, CHEN, Jiangbo 陈江波, XU, Jing 许晶, HE, Yan 何妍, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, FENG, Yu 冯宇, DU, Yan 杜砚, LI, Xuan 李璿, WANG, Ling 王玲, CHEN, Xiaoming 陈晓明, CHEN, Jiangbo 陈江波, XU, Jing 许晶, HE, Yan 何妍, FEI, Ye 费烨, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, FENG, Yu 冯宇, DU, Yan 杜砚, LI, Xuan 李璿, WANG, Ling 王玲, CHEN, Xiaoming 陈晓明, CHEN, Jiangbo 陈江波, XU, Jing 许晶, HE, Yan 何妍, FEI, Ye 费烨, ZHOU, Cuijuan 周翠娟, WANG, Benjin 汪本进, XU, Sien 徐思恩, QIU, Jin 邱进, WU, Shipu 吴士普, WANG, Xiaoqi 王晓琪, YU, Chunyu 余春雨, MAO, Anlan 毛安澜, FENG, Yu 冯宇, DU, Yan 杜砚, LI, Xuan 李璿, WANG, Ling 王玲, CHEN, Xiaoming 陈晓明, CHEN, Jiangbo 陈江波, XU, Jing 许晶, HE, Yan 何妍, FEI, Ye 费烨, ZHOU, Cuijuan 周翠娟, ZHU, Sisi 朱丝丝] No. 15, Xiaoying East Road, Qinghe, Haidian District 中国北京市海淀区清河小营东路15号, Beijing 100192Beijing 100192;No. 86, West Chang'an Street, Xicheng District 中国北京市西城区西长安街86号, Beijing 100031Beijing 100031 A high-current synthesis circuit of an electronic current transformer. The high-current synthesis circuit comprises two rectangular frames that are symmetrically connected through a lead copper bar (3). Ten turns of conductor copper bars are arranged in a framework of each rectangular frame. The lead copper bar (3) comprises four copper bar taps (4), and each rectangular frame is provided with two copper bar taps (4). Any copper bar tap of one rectangular frame and any copper bar tap of the other rectangular frame serve as the output ends of an alternating-current circuit unit, and the other two copper bar taps serve as the output ends of a direct-current circuit unit. An 8-shaped wrapping structure is adopted, multiple turns of primary wires are equally distributed on the circumference of a winding, a magnetic field generated by the wires is even in subsection on the whole, and twenty-thousand-ampere primary high-current can be output.

[YUAN, Daoyi 袁道义, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, LI, Xuechao 李学超, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, LI, Xuechao 李学超, PENG, Dan 彭丹, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, LI, Xuechao 李学超, PENG, Dan 彭丹, OU, Xingrong 欧兴蓉, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, LI, Xuechao 李学超, PENG, Dan 彭丹, OU, Xingrong 欧兴蓉, CHENG, He 程鹤, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, LI, Xuechao 李学超, PENG, Dan 彭丹, OU, Xingrong 欧兴蓉, CHENG, He 程鹤, LUO, Jie 罗杰, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, LI, Xuechao 李学超, PENG, Dan 彭丹, OU, Xingrong 欧兴蓉, CHENG, He 程鹤, LUO, Jie 罗杰, YAN, Pangke 严庞科, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, LI, Xuechao 李学超, PENG, Dan 彭丹, OU, Xingrong 欧兴蓉, CHENG, He 程鹤, LUO, Jie 罗杰, YAN, Pangke 严庞科, GONG, Aishen 宫爱申, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, LI, Xuechao 李学超, PENG, Dan 彭丹, OU, Xingrong 欧兴蓉, CHENG, He 程鹤, LUO, Jie 罗杰, YAN, Pangke 严庞科, GONG, Aishen 宫爱申, XIANG, Zhixiang 向志祥, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, LI, Xuechao 李学超, PENG, Dan 彭丹, OU, Xingrong 欧兴蓉, CHENG, He 程鹤, LUO, Jie 罗杰, YAN, Pangke 严庞科, GONG, Aishen 宫爱申, XIANG, Zhixiang 向志祥, WANG, Mingxia 王明霞, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, LI, Xuechao 李学超, PENG, Dan 彭丹, OU, Xingrong 欧兴蓉, CHENG, He 程鹤, LUO, Jie 罗杰, YAN, Pangke 严庞科, GONG, Aishen 宫爱申, XIANG, Zhixiang 向志祥, WANG, Mingxia 王明霞, LIU, Guoqiang 刘国强, YUAN, Daoyi 袁道义, ZHAO, Xiong 赵雄, CHEN, Zhen 陈真, LI, Xuechao 李学超, PENG, Dan 彭丹, OU, Xingrong 欧兴蓉, CHENG, He 程鹤, LUO, Jie 罗杰, YAN, Pangke 严庞科, GONG, Aishen 宫爱申, XIANG, Zhixiang 向志祥, WANG, Mingxia 王明霞, LIU, Guoqiang 刘国强, WANG, Gengyu 王庚禹] ZHAO, Deyu 中国四川省成都市温江区海峡两岸科技产业开发园百利路136号赵德余, Sichuan 611130No.136 Beverley Road, Across the Taiwai Strait Technology Industry Development ParkWenjiang DistrictChengdu, Sichuan 611130;WANG Wei 中国广东省广州市广州高新技术产业开发区科学大道97号1321房王伟, Guangdong 510032Room 1321, No. 97, Guangzhou new and high tech Industrial Development ZoneGuangzhou, Guangdong 510032 Provided are a novel triazolopyrimidine derivative represented by formula II, crystal form and preparation method thereof, and use thereof in the preparation of medicine for resisting coagulation and thrombus, treating or preventing cerebral ischemia diseases, or improving sleep.

[FENG, Zhiqiang 冯志强, FENG, Zhiqiang 冯志强, CHEN, Xiaoguang 陈晓光, FENG, Zhiqiang 冯志强, CHEN, Xiaoguang 陈晓光, LI, Yan 李燕, FENG, Zhiqiang 冯志强, CHEN, Xiaoguang 陈晓光, LI, Yan 李燕, LIU, Yanjie 刘艳杰, FENG, Zhiqiang 冯志强, CHEN, Xiaoguang 陈晓光, LI, Yan 李燕, LIU, Yanjie 刘艳杰, JIN, Xiaofeng 金小锋, FENG, Zhiqiang 冯志强, CHEN, Xiaoguang 陈晓光, LI, Yan 李燕, LIU, Yanjie 刘艳杰, JIN, Xiaofeng 金小锋, ZHOU, Wanqi 周婉琪, FENG, Zhiqiang 冯志强, CHEN, Xiaoguang 陈晓光, LI, Yan 李燕, LIU, Yanjie 刘艳杰, JIN, Xiaofeng 金小锋, ZHOU, Wanqi 周婉琪, ZHEN, Ruonan 郑若男, FENG, Zhiqiang 冯志强, CHEN, Xiaoguang 陈晓光, LI, Yan 李燕, LIU, Yanjie 刘艳杰, JIN, Xiaofeng 金小锋, ZHOU, Wanqi 周婉琪, ZHEN, Ruonan 郑若男, ZHEN, Yi 郑义, FENG, Zhiqiang 冯志强, CHEN, Xiaoguang 陈晓光, LI, Yan 李燕, LIU, Yanjie 刘艳杰, JIN, Xiaofeng 金小锋, ZHOU, Wanqi 周婉琪, ZHEN, Ruonan 郑若男, ZHEN, Yi 郑义, ZHOU, Chuan 周川, FENG, Zhiqiang 冯志强, CHEN, Xiaoguang 陈晓光, LI, Yan 李燕, LIU, Yanjie 刘艳杰, JIN, Xiaofeng 金小锋, ZHOU, Wanqi 周婉琪, ZHEN, Ruonan 郑若男, ZHEN, Yi 郑义, ZHOU, Chuan 周川, LIU, Chunxia 刘春霞] ZHANG, Xubin 中国北京市西城区南纬路甲2号张徐斌, Beijing 100050No.A2, Nan Wei Road, Xicheng DistrictBeijing 100050 Disclosed are a 2-phenylimidazole derivative that contains propynamide groups and that is represented by formula I, a pharmaceutical salt thereof, a preparation method therefor, a composition containing the one or more compounds, and uses of the compounds in the preparation of drugs for preventing or treating tumor diseases.

[DENG, Yubao 邓煜宝, DENG, Yubao 邓煜宝, CHEN, Dali 陈达理, DENG, Yubao 邓煜宝, CHEN, Dali 陈达理, LI, Changsong 李长松, DENG, Yubao 邓煜宝, CHEN, Dali 陈达理, LI, Changsong 李长松, LI, Yan 李彦, DENG, Yubao 邓煜宝, CHEN, Dali 陈达理, LI, Changsong 李长松, LI, Yan 李彦, GUAN, Xueqiang 管雪强, DENG, Yubao 邓煜宝, CHEN, Dali 陈达理, LI, Changsong 李长松, LI, Yan 李彦, GUAN, Xueqiang 管雪强, ZHOU, Xianhong 周仙红, DENG, Yubao 邓煜宝, CHEN, Dali 陈达理, LI, Changsong 李长松, LI, Yan 李彦, GUAN, Xueqiang 管雪强, ZHOU, Xianhong 周仙红, ZHANG, Yueli 张悦丽, DENG, Yubao 邓煜宝, CHEN, Dali 陈达理, LI, Changsong 李长松, LI, Yan 李彦, GUAN, Xueqiang 管雪强, ZHOU, Xianhong 周仙红, ZHANG, Yueli 张悦丽, DUAN, Chenbo 段陈波, DENG, Yubao 邓煜宝, CHEN, Dali 陈达理, LI, Changsong 李长松, LI, Yan 李彦, GUAN, Xueqiang 管雪强, ZHOU, Xianhong 周仙红, ZHANG, Yueli 张悦丽, DUAN, Chenbo 段陈波, LIU, Xiaoyong 刘孝永] The 4th Floor, Building 57, Qingdao Optics Valley Software Park, No.396 E'meishan Road 中国山东省青岛市黄岛区峨眉山路396号青岛光谷软件园57号楼4层, Shandong 266555Huangdao District, Qingdao, Shandong 266555 An aqueous ozone solution preparing device, which comprises a control system, and an air pretreating system, an ozone generating system, a gas-liquid mixing system, a water treatment system, a gas output control system, a water body magnetizing system and a remote data transmission system which are controlled by the control system. The air pretreating system, the ozone generating system, the gas output control system and the gas-liquid mixing system are successively connected; the water treatment system comprises a water flow control system and a water storing barrel having a water level detector; the water flow control system, the water storing barrel and the gas-liquid mixing system are successively connected; a water outlet of the gas-liquid mixing system is connected with the water flow control system; the water body magnetizing system comprises first-stage to fourth-stage water magnetizing devices which are respectively arranged on the pipelines related to the water flow control system, the water storing barrel and the gas-liquid mixing system.

[KELLEY, Ryan, KELLEY, Ryan, LI, Hui, KELLEY, Ryan, LI, Hui, HECKRODT, Thilo, KELLEY, Ryan, LI, Hui, HECKRODT, Thilo, CHEN, Yan, KELLEY, Ryan, LI, Hui, HECKRODT, Thilo, CHEN, Yan, MCMURTRIE, Darren, KELLEY, Ryan, LI, Hui, HECKRODT, Thilo, CHEN, Yan, MCMURTRIE, Darren, TSO, Kin, KELLEY, Ryan, LI, Hui, HECKRODT, Thilo, CHEN, Yan, MCMURTRIE, Darren, TSO, Kin, TAYLOR, Vanessa, KELLEY, Ryan, LI, Hui, HECKRODT, Thilo, CHEN, Yan, MCMURTRIE, Darren, TSO, Kin, TAYLOR, Vanessa, SINGH, Rajinder, KELLEY, Ryan, LI, Hui, HECKRODT, Thilo, CHEN, Yan, MCMURTRIE, Darren, TSO, Kin, TAYLOR, Vanessa, SINGH, Rajinder, YEN, Rose, KELLEY, Ryan, LI, Hui, HECKRODT, Thilo, CHEN, Yan, MCMURTRIE, Darren, TSO, Kin, TAYLOR, Vanessa, SINGH, Rajinder, YEN, Rose, MAUNG, Jack] 1180 Veterans BoulevardSouth San Francisco, CA 94080 Disclosed embodiments of the formula below concern novel interleukin receptor associated kinases (IRAK) inhibitors and compositions comprising such inhibitors. Also disclosed are methods of making and using the compounds and compositions. The disclosed compounds and/or compositions may be used to treat or prevent an IRAK-associated disease or condition.

[CAI, Muyi 蔡木易, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, LI, Guoming 李国明, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, LI, Guoming 李国明, ZHOU, Ming 周明, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, LI, Guoming 李国明, ZHOU, Ming 周明, CHEN, Hui 陈辉, CAI, Muyi 蔡木易, GU, Ruizeng 谷瑞增, LU, Jun 鲁军, MA, Tao 马涛, PAN, Xingchang 潘兴昌, DONG, Zhe 董哲, MA, Yong 马勇, XU, Yaguang 徐亚光, MA, Yongqing 马永庆, JIN, Zhentao 金振涛, CHEN, Liang 陈亮, LU, Lu 陆路, LIU, Wenying 刘文颖, WEI, Ying 魏颖, ZHANG, Haixin 张海欣, LIU, Yan 刘艳, CAO, Kelu 曹珂璐, WANG, Jing 王憬, LI, Guoming 李国明, ZHOU, Ming 周明, CHEN, Hui 陈辉, LI, Jiaji 李佳霁] Bldg. 6, No. 24, Jiuxianqiao Middle Road 中国北京市朝阳区酒仙桥中路24号院6号楼, Beijing 100015Chaoyang DistrictBeijing 100015 Provided in the present invention are a hypoallergenic, bitterness-reduced soybean oligopeptide, a preparation method for same, and applications thereof. The preparation method comprises: 1) heat denaturing a soybean protein solution; 2) when the pH value is adjusted to 6-9, adding a neutral protease and papaya proteinase for a first enzymolysis; 3) adding an alkaline protease and a flavourzyme for a second enzymolysis; and 4) producing the hypoallergenic, bitterness-reduced soybean oligopeptide by means of centrifugation and membrane filtration. Provided in the present invention are a hypoallergenic, bitterness-reduced soybean oligopeptide, a preparation method for same, and applications thereof. The preparation method comprises: 1) heat denaturing a soybean protein solution; 2) when the pH value is adjusted to 6-9, adding a neutral protease and papaya proteinase for a first enzymolysis; 3) adding an alkaline protease and a flavourzyme for a second enzymolysis; and 4) producing the hypoallergenic, bitterness-reduced soybean oligopeptide by means of centrifugation and membrane filtration.