[WANG, Yu hui 王玉辉, WANG, Yu hui 王玉辉, HUANG, Xiao xu 黄晓旭, WANG, Yu hui 王玉辉, HUANG, Xiao xu 黄晓旭, WANG, Tian sheng 王天生, WANG, Yu hui 王玉辉, HUANG, Xiao xu 黄晓旭, WANG, Tian sheng 王天生, PENG, Yan 彭艳, WANG, Yu hui 王玉辉, HUANG, Xiao xu 黄晓旭, WANG, Tian sheng 王天生, PENG, Yan 彭艳, HE, Yan ming 贺延明, WANG, Yu hui 王玉辉, HUANG, Xiao xu 黄晓旭, WANG, Tian sheng 王天生, PENG, Yan 彭艳, HE, Yan ming 贺延明, ZHENG, Ya nan 郑亚楠, WANG, Yu hui 王玉辉, HUANG, Xiao xu 黄晓旭, WANG, Tian sheng 王天生, PENG, Yan 彭艳, HE, Yan ming 贺延明, ZHENG, Ya nan 郑亚楠, LIAO, Bo 廖波] WANG,Yu hui 中国河北省秦皇岛市河北大街西段438号王玉辉, Hebei 066004No.438 West Hebei StreetQinhuangdao, Hebei 066004 A low-temperature high-strength-and-ductility high manganese steel, and high manganese steel plate and high manganese steel tube manufacturing process, the components of the high manganese steel being the following in percent by weight: Mn 30%-36%, C 0.02%-0.06%, S≤0.01%, P≤0.008%, and the balance being Fe. A smelted steel ingot undergoes a solid solution treatment, rolling and homogenization to be manufactured into the high manganese steel plate or drawn into the high manganese steel tube.

[FENG, Jianghua 冯江华, FENG, Jianghua 冯江华, SHANG, Jing 尚敬, FENG, Jianghua 冯江华, SHANG, Jing 尚敬, XU, Junfeng 许峻峰, FENG, Jianghua 冯江华, SHANG, Jing 尚敬, XU, Junfeng 许峻峰, WEN, Yuliang 文宇良, FENG, Jianghua 冯江华, SHANG, Jing 尚敬, XU, Junfeng 许峻峰, WEN, Yuliang 文宇良, LIU, Xiong 刘雄, FENG, Jianghua 冯江华, SHANG, Jing 尚敬, XU, Junfeng 许峻峰, WEN, Yuliang 文宇良, LIU, Xiong 刘雄, ZHANG, Chaoyang 张朝阳, FENG, Jianghua 冯江华, SHANG, Jing 尚敬, XU, Junfeng 许峻峰, WEN, Yuliang 文宇良, LIU, Xiong 刘雄, ZHANG, Chaoyang 张朝阳, XIAO, Lei 肖磊, FENG, Jianghua 冯江华, SHANG, Jing 尚敬, XU, Junfeng 许峻峰, WEN, Yuliang 文宇良, LIU, Xiong 刘雄, ZHANG, Chaoyang 张朝阳, XIAO, Lei 肖磊, HE, Yaping 何亚屏, FENG, Jianghua 冯江华, SHANG, Jing 尚敬, XU, Junfeng 许峻峰, WEN, Yuliang 文宇良, LIU, Xiong 刘雄, ZHANG, Chaoyang 张朝阳, XIAO, Lei 肖磊, HE, Yaping 何亚屏, NAN, Yonghui 南永辉, FENG, Jianghua 冯江华, SHANG, Jing 尚敬, XU, Junfeng 许峻峰, WEN, Yuliang 文宇良, LIU, Xiong 刘雄, ZHANG, Chaoyang 张朝阳, XIAO, Lei 肖磊, HE, Yaping 何亚屏, NAN, Yonghui 南永辉, ZHENG, Hanfeng 郑汉锋] No.169 中国湖南省株洲市石峰区时代路169号, Hunan 412001Shidai RoadZhuzhou, Hunan 412001 A rotor temperature monitoring method and system for a permanent magnet synchronous motor. According to the method and system, an a-phase line current and a b-phase line current of a stator of a permanent magnet synchronous motor are obtained as a first line current and a second line current (S101); further, a line voltage between the a phase and the b phase of the stator is obtained (S102) and a rotating speed of the rotor of the permanent magnet synchronous motor is obtained (S103); and then, the first line current, the second line current, the line voltage, the rotating speed of the rotor, an inductance parameter of the permanent magnet synchronous motor and a temperature characteristic equation of a permanent magnet of the rotor are substituted into a preset rotor permanent magnet temperature expression to calculate and obtain the temperature of the rotor (S104). By means of the rotor temperature monitoring method and system, it is unnecessary to embed a temperature sensor in the rotor to monitor the temperature of the permanent magnet of the rotor, thereby avoiding the problem of low system reliability due to the configuration of the temperature sensor to monitor the temperature of the permanent magnet of the rotor.

[Xiao Xia Mao, Jialei Ma, Nan Nan Li, Min Huang, Xiao Feng Ji] US NY ARMONK A method, computer system, and a computer program product for text corpus concreteness modification are provided. A computer performs natural language processing to determine a concreteness level of a first individual sentence of a text corpus. The computer generates, based on the natural language processing, a proposed change of the individual sentence. The individual sentence with the proposed change includes a modified concreteness level and preserves a general meaning of the individual sentence. The computer transmits the proposed change for presentation of the proposed change.

[LI WEN-MING, LI XIAO-BO, GUO GUANG-ZHU, PEI XIAO-LIN, ZHANG YU, WANG JING-YING, LI XIN-CHUN, YU XIAO-LEI, PENG LI-JIAO, ZHOU LI-YING, GAN LE-LING, LI ER-YAO, YU GUO-KUN, LIU YA-NAN] CN The present invention relates to a compound of general formula (A) and a pharmaceutical composition thereof. The compound of formula (A) provided in the present invention can be used for preventing and/or treating diseases related to the central nervous system such as pain, drug addiction and depression. The present invention also relates to the preparation and the use of the compound.

[LIU, Binbin, CHEN, Pengyu, LI, Xiao'nan, XIONG, Guohui, XU, Chaolei, LIN, Zeyin, GUO, Hao'nan] No. 1 Dongzhendong 2nd RD Torch Hi-Tech Industrial Development Zone, Zhongshan, Guangdong 528400, CN Provided is a broadband flexible radome for a microwave antenna, a periphery of which is fixed to a fence arranged around the antenna and is opposite to a reflecting surface of the antenna, wherein the radome is compounded by a high molecular polymer outer layer and a composite fiber textile structural layer mixed with a shielding wave absorbing wire, a tensioning element for connecting a traction mechanism is arranged on a side of the radome facing the reflecting surface of the antenna, the traction mechanism is connected to an inner wall of the fence, and a traction force capable of causing the radome to deform into a concave surface acts on the radome by the tensioning element. The radome of this structure has good wave transmission performance, and the thickness selection of the radome does not depend on the working wavelength of the antenna. By using the radome of a uniform thickness, low antenna insertion loss can be achieved in multiple frequency bands, the use of a multi-band microwave antenna can be met, the versatility of the radome is realized within a wide frequency range, and the defect of difference of the conventional radome made of ABS and the like in different frequency bands is overcome.＜img id="iaf01" file="imgaf001.tif" wi="150" he="96" img-content="drawing" img-format="tif" /＞

[LIU, Binbin, CHEN, Pengyu, LI, Xiao'nan, XIONG, Guohui, XU, Chaolei, LIN, Zeyin, GUO, Hao'nan] CN,Zhongshan, Guangdong 528400,No. 1 Dongzhendong 2nd RD Torch Hi-Tech Industrial Development Zone;

[XIAO, Zhiyan 肖志艳, YE, Fei 叶菲, YANG, Yajun 杨亚军, TIAN, Jinying 田金英, YAN, Dingan 严定安, ZHANG, Xiaolin 张晓琳, YANG, Ying 杨颖, LI, Xuechen 李雪晨, REN, Long 任龙, YAN, Zhenxin 闫祯昕, HOU, Xianxin 候现新, JIANG, Nan 姜楠, NAN, Guanglei 南光磊] ZHANG Xubin 中国北京市西城区先农坛街1号张徐斌, Beijing 100050NO.1, Xian Nong Tan Street, Xicheng DistrictBeijing 100050 The present invention relates to the technical field of medicine, and specifically disclosed thereby are a 1,2,4-triazole compound represented by formula (I) and a physiologically acceptable salt thereof, a preparation method for the compound, a pharmaceutical preparation containing the compound, and an application of the compound in the preparation of drugs for the prevention and treatment of diseases associated with hyperuricemia. The present invention relates to the technical field of medicine, and specifically disclosed thereby are a 1,2,4-triazole compound represented by formula (I) and a physiologically acceptable salt thereof, a preparation method for the compound, a pharmaceutical preparation containing the compound, and an application of the compound in the preparation of drugs for the prevention and treatment of diseases associated with hyperuricemia.

[LIU, Binbin 刘彬彬, CHEN, Pengyu 陈鹏羽, LI, Xiao'nan 李骁男, XIONG, Guohui 熊国辉, XU, Chaolei 许超磊, LIN, Zeyin 林泽银, GUO, Hao'nan 郭浩楠] No. 3, Jintong Street, State-Level Torch HI-Tech Industrial Development Zone 中国广东省中山市火炬开发区金通街3号, Guangdong 528437Zhongshan, Guangdong 528437 A wide-band flexible radome for a microwave antenna. The periphery of the radome is fixed on an enclosure disposed around the antenna and opposite to a reflecting surface of the antenna. The radome is formed by combining an outer polymer layer and a composite fiber textile structural layer having shielding and wave-absorbing wires mixed therein, and a tensioning element for connecting to a traction mechanism is arranged on a side of the radome facing the reflecting surface of the antenna. The traction mechanism is connected to the inner wall of the enclosure, and a tractive force capable of deforming the radome into a concave surface acts on the radome via the tensioning element. The radome of such a structure has good wave permeability, and it is not necessary to select a radome thickness according to the operating wavelength of the antenna. A radome having uniform thickness can achieve lower antenna insertion loss in a plurality of frequency bands and can meet the needs of multi-band microwave antennas. The radome achieves versatility over a wide frequency range, overcoming the disadvantage of conventional radomes made from materials such as ABS that exhibit performance differences in different frequency bands.

[SUN HE, YAN KAI-JING, MA XIAO-HUI, ZHANG SHUN-NAN, HE YI, XIONG HAO-SHU, ZHENG YONG-FENG, LI XIN-XIN, ZHANG HONG-BO, LI YAN-MEI, WANG JING, WEN TIAN-TIAN, HUO ZHI-PENG, FAN LI-JUN, SUN WEI, WANG JIAN-CHUN, CAI NAN, YANG RUI, ZHANG JING-JING] CN Disclosed is a pharmaceutical composition for treating myocardial ischemia, comprising 250-700 parts by weight of a Salvia miltiorrhizax radix et rhizome medicinal material, 50-150 parts by weight of a Notoginseng radix et rhizome medicinal material, 3-9 parts by weight of borneol and 25-100 parts by weight of ranolazine. The pharmaceutical composition is applied to the preparation of a drug for preventing and/or treating myocardial ischemia.

[LUO, Yuling, MA, Xiao-Jun, CHEN, Steve, SU, Nan, DOOLITTLE, Emerald, ZHANG, Bingqing, WANG, Xiaoming, WU, Xingyong, PIMENTEL, Xiao Yan, JARNAGIN, Helen] 7707 Gateway Blvd., Newark, CA 94560, US