[LI, Weili 李伟力, LI, Weili 李伟力, WANG, Likun 王立坤, LI, Weili 李伟力, WANG, Likun 王立坤, LI, Dong 李栋, LI, Weili 李伟力, WANG, Likun 王立坤, LI, Dong 李栋, XUE, Yi 薛易, LI, Weili 李伟力, WANG, Likun 王立坤, LI, Dong 李栋, XUE, Yi 薛易, LI, Jinyang 李金阳, LI, Weili 李伟力, WANG, Likun 王立坤, LI, Dong 李栋, XUE, Yi 薛易, LI, Jinyang 李金阳, CAO, Junci 曹君慈, LI, Weili 李伟力, WANG, Likun 王立坤, LI, Dong 李栋, XUE, Yi 薛易, LI, Jinyang 李金阳, CAO, Junci 曹君慈, ZHANG, Xiaochen 张晓晨, LI, Weili 李伟力, WANG, Likun 王立坤, LI, Dong 李栋, XUE, Yi 薛易, LI, Jinyang 李金阳, CAO, Junci 曹君慈, ZHANG, Xiaochen 张晓晨, HUO, Feiyang 霍菲阳, LI, Weili 李伟力, WANG, Likun 王立坤, LI, Dong 李栋, XUE, Yi 薛易, LI, Jinyang 李金阳, CAO, Junci 曹君慈, ZHANG, Xiaochen 张晓晨, HUO, Feiyang 霍菲阳, JIAO, Xiaoxia 焦晓霞, LI, Weili 李伟力, WANG, Likun 王立坤, LI, Dong 李栋, XUE, Yi 薛易, LI, Jinyang 李金阳, CAO, Junci 曹君慈, ZHANG, Xiaochen 张晓晨, HUO, Feiyang 霍菲阳, JIAO, Xiaoxia 焦晓霞, ZHANG, Fuquan 张富全, LI, Weili 李伟力, WANG, Likun 王立坤, LI, Dong 李栋, XUE, Yi 薛易, LI, Jinyang 李金阳, CAO, Junci 曹君慈, ZHANG, Xiaochen 张晓晨, HUO, Feiyang 霍菲阳, JIAO, Xiaoxia 焦晓霞, ZHANG, Fuquan 张富全, SHEN, Jiafeng 沈稼丰] No.3 Shangyuancun, Xizhimenwai Street, Handian District 中国北京市海淀区西直门外上园村3号, Beijing 100044Beijing 100044 The present invention relates to main and auxiliary slot wedges of a stator for a large-scale turbo generator, and the slot wedges are of a two-layer double slot wedge structure, wherein the upper slot wedge (1) is an auxiliary slot wedge, and the lower slot wedge (2) is a main slot wedge. The upper surface of the upper slot wedge is aligned with a notch, or the upper surface of the upper slot wedge is slightly lower than the notch. The main and auxiliary slot wedges of a stator for a large-scale turbo generator provided by the present invention can effectively reduce the losses and local high temperature of a generator rotor, reduce the harmonic content of a magnetic field in the air gap of a generator, protect the generator from the overheating of a terminal structural member of the generator, and improve the capability of safe and stable operation of the generator.

[CONG, Guo hui 丛国辉, CONG, Guo hui 丛国辉, LUO, Zhi Yuan 罗志远, CONG, Guo hui 丛国辉, LUO, Zhi Yuan 罗志远, YONG, Xing Ping 雍兴平, CONG, Guo hui 丛国辉, LUO, Zhi Yuan 罗志远, YONG, Xing Ping 雍兴平, ZHANG, Yi Xun 张翊勋, CONG, Guo hui 丛国辉, LUO, Zhi Yuan 罗志远, YONG, Xing Ping 雍兴平, ZHANG, Yi Xun 张翊勋, WANG, Xue Ling 王学灵, CONG, Guo hui 丛国辉, LUO, Zhi Yuan 罗志远, YONG, Xing Ping 雍兴平, ZHANG, Yi Xun 张翊勋, WANG, Xue Ling 王学灵, CHEN, Chun Hai 陈春海, CONG, Guo hui 丛国辉, LUO, Zhi Yuan 罗志远, YONG, Xing Ping 雍兴平, ZHANG, Yi Xun 张翊勋, WANG, Xue Ling 王学灵, CHEN, Chun Hai 陈春海, CHEN, Xing Jiang 陈兴江, CONG, Guo hui 丛国辉, LUO, Zhi Yuan 罗志远, YONG, Xing Ping 雍兴平, ZHANG, Yi Xun 张翊勋, WANG, Xue Ling 王学灵, CHEN, Chun Hai 陈春海, CHEN, Xing Jiang 陈兴江, MA, Yu Jie 马玉杰, CONG, Guo hui 丛国辉, LUO, Zhi Yuan 罗志远, YONG, Xing Ping 雍兴平, ZHANG, Yi Xun 张翊勋, WANG, Xue Ling 王学灵, CHEN, Chun Hai 陈春海, CHEN, Xing Jiang 陈兴江, MA, Yu Jie 马玉杰, YE, Quan Liu 叶泉流, CONG, Guo hui 丛国辉, LUO, Zhi Yuan 罗志远, YONG, Xing Ping 雍兴平, ZHANG, Yi Xun 张翊勋, WANG, Xue Ling 王学灵, CHEN, Chun Hai 陈春海, CHEN, Xing Jiang 陈兴江, MA, Yu Jie 马玉杰, YE, Quan Liu 叶泉流, TANG, Kun 唐堃, CONG, Guo hui 丛国辉, LUO, Zhi Yuan 罗志远, YONG, Xing Ping 雍兴平, ZHANG, Yi Xun 张翊勋, WANG, Xue Ling 王学灵, CHEN, Chun Hai 陈春海, CHEN, Xing Jiang 陈兴江, MA, Yu Jie 马玉杰, YE, Quan Liu 叶泉流, TANG, Kun 唐堃, WANG, Li Feng 王力风] No. 69, ShennanZhong Road, Futian District, 中国广东省深圳市福田区深南中路69号, Guangdong 518023Shenzhen, Guangdong 518023;No. 16A, Development Road 中国辽宁省沈阳市经济技术开发区开发大路16号甲, Liaoning 110869Economic & Technical Development ZoneShenyang, Liaoning 110869;No. 2699 Qianjin Street, 中国吉林省长春市前进大街2699号, Jilin 130012Changchun, Jilin 130012 Disclosed is a passive stopping seal assembly (30) of a nuclear reactor coolant pump, comprising a sealing ring (40), a tightening ring (60) and a fusible support block (50). The sealing ring (40) is an opening ring, and in a normal operating condition, the sealing ring (40) surrounds, in an opening state, a pump shaft (18) and keeps a clearance from the pump shaft (18). The tightening ring (60) encircles an outer peripheral wall of the sealing ring (40) to provide, when the plant is in an outage, a clasping force great enough on the sealing ring (40) such that the sealing ring (40) is driven to tightly clasp the pump shaft (18). The fusible support block (50) is embedded in the opening of the sealing ring (40) or the tightening ring (60). In a normal operating condition, the block prevents the ring, within which the block is located, from closing so as to ensure that the sealing ring (40) is in an open state, and when the plant is in an outage, the block is fused so to become ineffective such that the sealing ring (40) is closed under the action of the tightening ring (60). Further disclosed is a nuclear reactor coolant pump comprising this type of stopping seal assembly (30). This type of passive stopping seal assembly has only three components but is capable of satisfying the requirement of a complete shaft seal when the plant is in an outage without depending on an emergency shaft seal injection system, and has a simple structure and tight sealing.

[XUE, Hongwei 薛红伟, XUE, Hongwei 薛红伟, CHEN, Lindong 陈霖东, XUE, Hongwei 薛红伟, CHEN, Lindong 陈霖东, KONG, Yi 孔益, XUE, Hongwei 薛红伟, CHEN, Lindong 陈霖东, KONG, Yi 孔益, GUAN, Lizhi 管礼志, XUE, Hongwei 薛红伟, CHEN, Lindong 陈霖东, KONG, Yi 孔益, GUAN, Lizhi 管礼志, LIU, Junhao 刘俊豪] No.10 Jiuxianqiao Rd., Chaoyang District 中国北京市朝阳区酒仙桥路10号, Beijing 100015Beijing 100015;No.2177 Tonglingbei Road 中国安徽省合肥市铜陵北路2177号, Anhui 230012Hefei, Anhui 230012 A display substrate (01) and a manufacturing method therefor, a display panel (07) and a display device. The display substrate (01) comprises a display area (10) and a non-display area (20). A reset area (201) is arranged in the non-display area (20). The film layer arranged in the reset area (201) is less thick than the film layer arranged in the area adjacent to the reset area (201). The difference of height between the film layers at the junction of the reset area (201) and the adjacent area is consistent. The size of the reset area (201) is greater than or equal to the size of the display area (10) along the friction direction perpendicular to the display panel (07) in the plane of the display substrate (01). The display substrate (01) can overcome the defect that prepared orientation slots are different in depth due to low flatness of the friction surface of a friction roller.

[KONG, Yi 孔益, KONG, Yi 孔益, LIU, Junhao 刘俊豪, KONG, Yi 孔益, LIU, Junhao 刘俊豪, XUE, Hongwei 薛红伟, KONG, Yi 孔益, LIU, Junhao 刘俊豪, XUE, Hongwei 薛红伟, XU, Qingsong 徐青松, KONG, Yi 孔益, LIU, Junhao 刘俊豪, XUE, Hongwei 薛红伟, XU, Qingsong 徐青松, LIU, Lu 刘璐] No.10 Jiuxianqiao Rd., Chaoyang District 中国北京市朝阳区酒仙桥路10号, Beijing 100015Beijing 100015;No. 2177, TongLing north road, New Railway Station District 中国安徽省合肥市新站区铜陵北路2177号, Anhui 230012Hefei, Anhui 230012 An array substrate, a display panel, a display device, an array substrate manufacturing method and a display panel manufacturing method. The array substrate comprises: a base substrate (101), and an organic film layer (105) and a passivation layer (107) which are provided on the base substrate (101). The base substrate (101) comprises a display region (201) and a non-display region (202) surrounding the display region (201). The organic film layer (105) and the passivation layer (107) are simultaneously provided in the display region (201) and the non-display region (202). Grooves running through the organic film layer (105) and the passivation layer (107) are provided on the organic film layer (105) and the passivation layer (107) that are located in the non-display region (202), the grooves are closed patterns provided surrounding the display region (201), and the grooves are used for filling a sealing material. An array substrate, a display panel, a display device, an array substrate manufacturing method and a display panel manufacturing method. The array substrate comprises: a base substrate (101), and an organic film layer (105) and a passivation layer (107) which are provided on the base substrate (101). The base substrate (101) comprises a display region (201) and a non-display region (202) surrounding the display region (201). The organic film layer (105) and the passivation layer (107) are simultaneously provided in the display region (201) and the non-display region (202). Grooves running through the organic film layer (105) and the passivation layer (107) are provided on the organic f

[XUE, Lixia 薛丽霞, XUE, Lixia 薛丽霞, GUO, Yi 郭轶, XUE, Lixia 薛丽霞, GUO, Yi 郭轶, ZHANG, Jian 张健, XUE, Lixia 薛丽霞, GUO, Yi 郭轶, ZHANG, Jian 张健, LI, Bo 李博] Huawei Administration Building 中国广东省深圳市龙岗区坂田华为总部办公楼, Guangdong 518129Bantian, Longgang DistrictShenzhen, Guangdong 518129 A method for simultaneously transmitting multiple uplink channels, a base station, and a user equipment. The method for simultaneously transmitting multiple uplink channels comprises: a base station acquires user equipment capability information of a UE; and the base station sends a radio resource control connection reconfiguration message to the UE, wherein when the user equipment capability information satisfies a transmission condition, the radio resource control connection reconfiguration message carries transmission indication information, the transmission indication information is used for indicating that the UE can transmit a PUCCH in an SCell, and the UE can transmit a PUSCH while transmitting the PUCCH on the SCell.

[LI, Yan Song, LI, Yan Song, LU, Xue Hua, LI, Yan Song, LU, Xue Hua, NI, Yi Fei, LI, Yan Song, LU, Xue Hua, NI, Yi Fei, WANG, Yong Hui, LI, Yan Song, LU, Xue Hua, NI, Yi Fei, WANG, Yong Hui, ZHOU, Jian] Wittelsbacherplatz 280333 Munich The present invention relates to a high-voltage combined electrical apparatus, comprising a transformer (3), at least one circuit breaker (1), at least one oil/gas separation module (2) and at least one operating mechanism (6), wherein the circuit breaker comprises a ceramic insulator (11), an upper outgoing line seat (111), a lower outgoing line seat (112), and a disconnecting mechanism connected between the upper outgoing line seat and the lower outgoing line seat. The oil/gas separation module has a first end electrically connected to a transformer coil of the transformer, and a second end electrically connected to the lower outgoing line seat. The operating mechanism is connected to and controls the disconnecting mechanism. The high-voltage combined electrical apparatus of the present invention integrates a ceramic column circuit breaker and a transformer, omitting the conventional transformer oil/gas sleeve and overhead line, so that the overall structure thereof is simpler, the cost is lower, the area of ground occupied by the equipment is reduced, and the occurrence of short circuits associated with overhead lines is avoided.

[ZHAO, Feng 赵锋, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHOU, Jie 周洁, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHOU, Jie 周洁, XIE, Jingwei 谢婧薇, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHOU, Jie 周洁, XIE, Jingwei 谢婧薇, ZHANG, Jianhua 张建华, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHOU, Jie 周洁, XIE, Jingwei 谢婧薇, ZHANG, Jianhua 张建华, WU, Yu-chih 吴欲志, ZHAO, Feng 赵锋, CAO, Jin 曹进, ZHANG, Xue 张雪, ZHOU, Jie 周洁, XIE, Jingwei 谢婧薇, ZHANG, Jianhua 张建华, WU, Yu-chih 吴欲志, CHIU, Chung-Yi 邱钟毅] NO.9-2，Tangming Rd, Guangming New District 中国广东省深圳市光明新区塘明大道9-2号, Guangdong 518132Shenzhen City, Guangdong 518132 Provided is a quantum dot light emitting element. The quantum dot light emitting element comprises a quantum dot light emitting layer (11) and main body structure layers arranged at the upper side and the lower side of the quantum dot light emitting layer (11), the quantum dot light emitting layer (11) comprising a red light emitting unit (213), a green light emitting unit (212) and a blue light emitting unit (211); the red light emitting unit (213) comprises red quantum dots, the green light emitting unit (212) comprises green quantum dots, and the blue light emitting unit (211) comprises blue quantum dots; and the blue quantum dots are more than the green quantum dots, and the green quantum dots are more than the red quantum dots. Through the way, quantum dot materials can be saved, and relatively purer white light can be emitted.

[DONG, Guo Liang, ZHANG, Gui Shu, ZHANG, Yi Zhou, DONG, Xue Yi, DONG, Xue Jian] China Guangdongshen Shenzhenshi Futianqu Fuzhonglu 15hao huangjiacuiyuan . 21ou shenzhenshiweishikeji L., td 518026;China Guangdongshen Shenzhenshi Futianqu Fuzhonglu 15hao huangjiacuiyuan . 21ou shenzhenshiweishikeji L., td 518026;China Guangdongshen Shenzhenshi Futianqu Fuzhonglu 15hao huangjiacuiyuan . 21ou shenzhenshiweishikeji L., td 518026;China Guangdongshen Shenzhenshi Futianqu Fuzhonglu 15hao huangjiacuiyuan . 21ou shenzhenshiweishikeji L., td 518026;China Guangdongshen Shenzhenshi Futianqu Fuzhonglu 15hao huangjiacuiyuan . 21ou shenzhenshiweishikeji L., td 518026 A rebuilding method for urban road system for vehicle, may be used for rebuilding the existing road system based on the ground road, i.e. rebuilding gradually all crossroads for vehicle into non conflicting point crossroads (separate-type interchanges are preferred), thereby changing the conventional urban road network composed of expressway, arterial road, secondary road and branch road into a road network composed of full expressways, and thus forming an urban road system for vehicle without conflicting point.

[YANG, Dan, YANG, Dan, GAO, Qiang, YANG, Dan, GAO, Qiang, XUE, Ji-Jun, YANG, Dan, GAO, Qiang, XUE, Ji-Jun, DENG, Zhangshuang, YANG, Dan, GAO, Qiang, XUE, Ji-Jun, DENG, Zhangshuang, LEE, On Yi] Room 405A, 4th Floor, Cyberport 4100 Cyberport RoadHong Kong;22nd Floor, Hang Lung Centre2-20 Paterson Street, Causeway BayHong Kong The present technology provides polycyclic epoxides of Formula I, compositions comprising such expoxides and methods of using such epoxides. In particular, these compounds are useful for inhibiting cancer cell proliferation and tumor angiogenesis or treating ovarian, breast, prostate, liver, pancreatic, and colon cancers, as well as leukemia.

[ZHANG XIAN-ZHONG, TANG YUAN-QI, GAO LI-YU, ZHENG YU-JUN, ZHANG JIA-MING, YANG ZHE-YI, LI XUE-YI, XU JIA-FU, WEI RUI-CHENG, PENG ZI-YUN, LIAN XIU-LUAN, CAI YI-CHENG, HUANG YI-ZHONG, JI YUN] TW