[YU, Xiaoyu 于小雨, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, GONG, Chen 弓晨, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, GONG, Chen 弓晨, LIN, Qianya 林倩雅, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, GONG, Chen 弓晨, LIN, Qianya 林倩雅, KUANG, Junbin 邝俊斌, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, GONG, Chen 弓晨, LIN, Qianya 林倩雅, KUANG, Junbin 邝俊斌, XIAO, Siyu 肖斯予, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, GONG, Chen 弓晨, LIN, Qianya 林倩雅, KUANG, Junbin 邝俊斌, XIAO, Siyu 肖斯予, WANG, Pengfei 王鹏飞, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, GONG, Chen 弓晨, LIN, Qianya 林倩雅, KUANG, Junbin 邝俊斌, XIAO, Siyu 肖斯予, WANG, Pengfei 王鹏飞, WENG, Leteng 翁乐腾, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, GONG, Chen 弓晨, LIN, Qianya 林倩雅, KUANG, Junbin 邝俊斌, XIAO, Siyu 肖斯予, WANG, Pengfei 王鹏飞, WENG, Leteng 翁乐腾, FANG, Xiaobin 方晓斌, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, GONG, Chen 弓晨, LIN, Qianya 林倩雅, KUANG, Junbin 邝俊斌, XIAO, Siyu 肖斯予, WANG, Pengfei 王鹏飞, WENG, Leteng 翁乐腾, FANG, Xiaobin 方晓斌, ZHOU, Mengsha 周梦莎, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, GONG, Chen 弓晨, LIN, Qianya 林倩雅, KUANG, Junbin 邝俊斌, XIAO, Siyu 肖斯予, WANG, Pengfei 王鹏飞, WENG, Leteng 翁乐腾, FANG, Xiaobin 方晓斌, ZHOU, Mengsha 周梦莎, XU, Zhenzhen 徐真真, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, GONG, Chen 弓晨, LIN, Qianya 林倩雅, KUANG, Junbin 邝俊斌, XIAO, Siyu 肖斯予, WANG, Pengfei 王鹏飞, WENG, Leteng 翁乐腾, FANG, Xiaobin 方晓斌, ZHOU, Mengsha 周梦莎, XU, Zhenzhen 徐真真, YANG, Bei 杨蓓, YU, Xiaoyu 于小雨, ZHANG, Bin 张斌, REN, Libin 任立斌, MAO, Wei 毛蔚, GU, Sixin 古思鑫, LU, Qiang 卢强, LI, Yongjie 黎勇杰, YE, Xuan 叶轩, ZHANG, Wenrui 张文瑞, LI, Keren 黎可人, LIAO, Wenxin 廖文鑫, ZHANG, Jinming 张晋铭, GAO, Yi 郜翼, LIANG, Boen 梁伯恩, FAN, Zeming 樊泽明, LI, Weizhao 李伟钊, FANG, Leming 方乐明, LI, Tanhong 李潭洪, XIANG, Guowei 向国伟, NIE, Xinji 聂昕继, TANG, Rui 唐锐, RAO, Haixia 饶海霞, CHEN, Feng 陈锋, WU, Yi 吴毅, GONG, Chen 弓晨, LIN, Qianya 林倩雅, KUANG, Junbin 邝俊斌, XIAO, Siyu 肖斯予, WANG, Pengfei 王鹏飞, WENG, Leteng 翁乐腾, FANG, Xiaobin 方晓斌, ZHOU, Mengsha 周梦莎, XU, Zhenzhen 徐真真, YANG, Bei 杨蓓, YAO, Shaomian 姚少棉] Room 403, East Block 2, SEG Park, Zhenxing Road, Futian 中国广东省深圳市福田区振兴路赛格科技园2栋东403室, Guangdong 518044Shenzhen, Guangdong 518044 Discloses in the present invention is an information processing method applied to a server, and the method includes: transmitting to a first client a public message, which is issued to the first client by the server as requested by a public account, and carries first information and a set of second information, the set of second information including a number N of pieces of second information, N being a positive integer; the first information is the information only permitted to be drawn by the first client and the second information is the information only permitted to be drew by a client which has a shared relationship with the first client; receiving a second information drawing request from a second client, verifying whether the second client has a shared relationship with the first client or not; if yes, permitting the second client to draw the second information. Also disclosed in the present invention are a server, client and computer readable storage medium.

[LIU, Ying 刘鹰, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, CEN, Wei 岑炜, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, CEN, Wei 岑炜, LIU, Wenxu 刘文旭, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, CEN, Wei 岑炜, LIU, Wenxu 刘文旭, HUANG, Nan 黄楠, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, CEN, Wei 岑炜, LIU, Wenxu 刘文旭, HUANG, Nan 黄楠, WANG, Ping 王萍, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, CEN, Wei 岑炜, LIU, Wenxu 刘文旭, HUANG, Nan 黄楠, WANG, Ping 王萍, FU, Yilun 付义伦, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, CEN, Wei 岑炜, LIU, Wenxu 刘文旭, HUANG, Nan 黄楠, WANG, Ping 王萍, FU, Yilun 付义伦, LI, Baofeng 李保丰, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, CEN, Wei 岑炜, LIU, Wenxu 刘文旭, HUANG, Nan 黄楠, WANG, Ping 王萍, FU, Yilun 付义伦, LI, Baofeng 李保丰, SUN, Zhiqiang 孙志强, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, CEN, Wei 岑炜, LIU, Wenxu 刘文旭, HUANG, Nan 黄楠, WANG, Ping 王萍, FU, Yilun 付义伦, LI, Baofeng 李保丰, SUN, Zhiqiang 孙志强, CAO, Yongfeng 曹永峰, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, CEN, Wei 岑炜, LIU, Wenxu 刘文旭, HUANG, Nan 黄楠, WANG, Ping 王萍, FU, Yilun 付义伦, LI, Baofeng 李保丰, SUN, Zhiqiang 孙志强, CAO, Yongfeng 曹永峰, XU, Bin 许斌, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, CEN, Wei 岑炜, LIU, Wenxu 刘文旭, HUANG, Nan 黄楠, WANG, Ping 王萍, FU, Yilun 付义伦, LI, Baofeng 李保丰, SUN, Zhiqiang 孙志强, CAO, Yongfeng 曹永峰, XU, Bin 许斌, YANG, Yukun 杨堉坤, LIU, Ying 刘鹰, LIANG, Xiaobing 梁晓兵, GAO, Xin 高欣, ZHAI, Feng 翟峰, YE, Ping 叶平, ZHAO, Bing 赵兵, LV, Yingjie 吕英杰, CEN, Wei 岑炜, LIU, Wenxu 刘文旭, HUANG, Nan 黄楠, WANG, Ping 王萍, FU, Yilun 付义伦, LI, Baofeng 李保丰, SUN, Zhiqiang 孙志强, CAO, Yongfeng 曹永峰, XU, Bin 许斌, YANG, Yukun 杨堉坤, XU, Wenjing 徐文静] 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. 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 A memory simulation testing board system and testing method for an embedded application of an intelligent electric meter. The system comprises a detection computer (1), a memory simulation testing board (2), a unit under test (3), an interface A (4) and an interface C (6); the detection computer (1) performs information interaction with the memory simulation testing board (2) through the interface A (4); the unit under test (3) performs information interaction with the memory simulation testing board (2) through the interface C (6); an MCU in the intelligent electric meter controls the memory simulation testing board system; and the method comprises related methods for testing a memory chip and a metering chip unit. The tests in the method and the system aim at the embedded software of the intelligent electric meter, the reliability can be fully and meticulously analyzed, the reliability verification problem of the software of the intelligent electric meter is solved, the maturity and reliability of the software of the intelligent electric meter are improved, and the running failures of the intelligent electric meter are greatly reduced.

[ZHANG, Jinsong 张劲松, ZHANG, Jinsong 张劲松, WU, Dongliang 吴栋良, ZHANG, Jinsong 张劲松, WU, Dongliang 吴栋良, WANG, Lu 王胪, ZHANG, Jinsong 张劲松, WU, Dongliang 吴栋良, WANG, Lu 王胪, QIAN, Feng 钱锋, ZHANG, Jinsong 张劲松, WU, Dongliang 吴栋良, WANG, Lu 王胪, QIAN, Feng 钱锋, ZHAI, Xuefeng 翟学锋, ZHANG, Jinsong 张劲松, WU, Dongliang 吴栋良, WANG, Lu 王胪, QIAN, Feng 钱锋, ZHAI, Xuefeng 翟学锋, YE, Hai 叶海, ZHANG, Jinsong 张劲松, WU, Dongliang 吴栋良, WANG, Lu 王胪, QIAN, Feng 钱锋, ZHAI, Xuefeng 翟学锋, YE, Hai 叶海, GUO, Bing 郭冰, ZHANG, Jinsong 张劲松, WU, Dongliang 吴栋良, WANG, Lu 王胪, QIAN, Feng 钱锋, ZHAI, Xuefeng 翟学锋, YE, Hai 叶海, GUO, Bing 郭冰, CHEN, Chi 陈迟, ZHANG, Jinsong 张劲松, WU, Dongliang 吴栋良, WANG, Lu 王胪, QIAN, Feng 钱锋, ZHAI, Xuefeng 翟学锋, YE, Hai 叶海, GUO, Bing 郭冰, CHEN, Chi 陈迟, HAN, Wenjian 韩文建, ZHANG, Jinsong 张劲松, WU, Dongliang 吴栋良, WANG, Lu 王胪, QIAN, Feng 钱锋, ZHAI, Xuefeng 翟学锋, YE, Hai 叶海, GUO, Bing 郭冰, CHEN, Chi 陈迟, HAN, Wenjian 韩文建, FU, Longhai 付龙海] No.179 Weiyang Road, Hanjiang 中国江苏省扬州市邗江维扬路179号, Jiangsu 225009Yangzhou, Jiangsu 225009;Suyuan Building, No.58 Suyuan Road Jiangning 中国江苏省南京市江宁区苏源大道58号苏源大厦, Jiangsu 211102Nanjing, Jiangsu 211102;No. 86 West Chang'an Avenue, Xicheng 中国北京市西城区西长安街86号, Beijing 100761Beijing 100761;Room 808, 8th floor of No.1 Building 中国北京市海淀区高粱桥斜街59号院1号楼8层808, Beijing 100000No. 59 Gaoliangqiao Xiejie, HaidianBeijing 100000 A simulation calculation method for the security of a GIS metal pipeline system, comprising: establishing a GIS metal pipeline electrical model which comprises a phase line layer, an insulation gas layer and a metal shell layer according to the structure and electrical characteristics of a GIS metal pipeline (S101); and according to the established GIS metal pipeline electrical model, simulating the GIS metal pipeline system in a software analysis tool, and calculating an induced voltage and an induced current of the GIS metal shell layer when a fault current flows in the phase line layer of the GIS metal pipeline and touch and step voltages generated when a person contacts the metal shell (S102). The present solution can perform simulation calculation on security risks which may be generated in future in a design stage, so as to provide assistance and guidance for a security design of a GIS substation.

[YE, Yunxia 叶云霞, YE, Yunxia 叶云霞, XUAN, Ting 宣婷, YE, Yunxia 叶云霞, XUAN, Ting 宣婷, ZUO, Hui 左慧, YE, Yunxia 叶云霞, XUAN, Ting 宣婷, ZUO, Hui 左慧, WANG, Feng 王峰, YE, Yunxia 叶云霞, XUAN, Ting 宣婷, ZUO, Hui 左慧, WANG, Feng 王峰, FU, Yonghong 符永宏, YE, Yunxia 叶云霞, XUAN, Ting 宣婷, ZUO, Hui 左慧, WANG, Feng 王峰, FU, Yonghong 符永宏, HUA, Xijun 华希俊, YE, Yunxia 叶云霞, XUAN, Ting 宣婷, ZUO, Hui 左慧, WANG, Feng 王峰, FU, Yonghong 符永宏, HUA, Xijun 华希俊, ZHOU, Jianzhong 周建忠] NO.301, Xuefu Road 中国江苏省镇江市学府路301号, Jiangsu 212013Zhenjiang County, Jiangsu 212013 The present invention relates to the field of laser micro-processing. Provided is a method for forming micro-bumps on a metal surface. The method comprises: sequentially, coating a bonding layer (2) onto a surface of a metal workpiece (1), punching holes on the bonding layer (2), attaching with an absorption layer (4) and covering with a transparent restraint layer (5); via laser radiation, the absorption layer (4) absorbs laser energy and generates plasma (7); the plasma (7) generates high-amplitude shock waves (8); the high-amplitude shock waves (8) pass through the bonding layer (2) and form penetrating shock waves (9); and the shock waves act on the surface of the metal workpiece (1), forming micro-bumps (10) on the surface of the metal workpiece (1) having the corresponding shape, size and distribution to the holes (3). The method is simple, reliably realizes a convex angle of the metal surface, obtains the bumps in any shape, forms a convex topography on the metal surface and strengthens the metal surface. The present invention relates to the field of laser micro-processing. Provided is a method for forming micro-bumps on a metal surface. The method comprises: sequentially, coating a bonding layer (2) onto a surface of a metal workpiece (1), punching holes on the bonding layer (2), attaching with an absorption layer (4) and covering with a transparent restraint layer (5); via laser radiation, the absorption layer (4) absorbs laser energy and generates plasma (7); the plasma (7) generates high-amplitude shock waves (8); the high-amplitude shock waves (8) pass through the bonding layer (2) and form penetrating shock waves (9); and the shock waves act on the surface of the metal workpiece (1), forming micro-bumps (10) on the surface of the metal workpiece (1) having the corresponding shape, size and distribution to the holes (3). The method is simple, reliably realizes a convex ang

[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.

[YE, Qiang 叶强, YE, Qiang 叶强, YAN, Pangke 严庞科, YE, Qiang 叶强, YAN, Pangke 严庞科, FENG, Wei 冯卫, YE, Qiang 叶强, YAN, Pangke 严庞科, FENG, Wei 冯卫, WAN, Hua 万华, YE, Qiang 叶强, YAN, Pangke 严庞科, FENG, Wei 冯卫, WAN, Hua 万华, ZHANG, Xuanmiao 张轩邈, YE, Qiang 叶强, YAN, Pangke 严庞科, FENG, Wei 冯卫, WAN, Hua 万华, ZHANG, Xuanmiao 张轩邈, WANG, Donghai 汪东海] No.136 Beverley Road, Across the Taiwan Strait Technology Industry Development Park, Wenjiang District 中国四川省成都市温江区海峡两岸科技园区百利路136号, Sichuan 611130Chengdu, Sichuan 611130 Provided are a long-effective amide local anesthetic: S-(-)-1-propyl-2',6'-aminoxyleneformylpiperidine crystal, a sustained release preparation thereof, and their preparation method. Compared with an existing hydrochloride preparation, the preparation made from the crystal has a particularly good property of continuously and slowly releasing drug and maintaining an effective blood drug concentration, and shows an excellent long-term local analgesic effect.

[TAO, Tao, TAO, Tao, LIU, Jianguo, TAO, Tao, LIU, Jianguo, HAN, Feng, TAO, Tao, LIU, Jianguo, HAN, Feng, MENG, Yan, TAO, Tao, LIU, Jianguo, HAN, Feng, MENG, Yan, YE, Sigen, TAO, Tao, LIU, Jianguo, HAN, Feng, MENG, Yan, YE, Sigen, GU, Junrong, TAO, Tao, LIU, Jianguo, HAN, Feng, MENG, Yan, YE, Sigen, GU, Junrong, WANG, Dandan, TAO, Tao, LIU, Jianguo, HAN, Feng, MENG, Yan, YE, Sigen, GU, Junrong, WANG, Dandan, SHEN, Gang] 148/152 route de la Reine92100 Boulogne-Billancourt The present invention provides a method of triggering a LBT random backoff mechanism in LTE LAA, the method comprising: evaluating a current channel to obtain a first parameter characterizing a congestion state of the current channel; comparing the first parameter with a first threshold to obtain a first comparison result; and adapting a contention window size based on the first comparison result. The method further comprises comparing the first parameter with a second threshold to obtain a second comparison result; and adapting the contention window size based on the second comparison result. The first parameter is a packet error rate metric or a collision metric. The method inventively uses the comparison between a first parameter characterizing a congestion state of the current channel and a predefined threshold to increase or decrease the contention window size correspondingly, such that not only the fairness problem with other Systems, a WiFi System, for example, is guaranteed, the usage efficiency of the communication resource and the performance of the whole wireless communication System will be also enhanced. The present invention provides a method of triggering a LBT random backoff mechanism in LTE LAA, the method comprising: evaluating a current channel to obtain a first parameter characterizing a congestion state of the current channel; comparing the first parameter with a first threshold to obtain a first comparison result; and adapting a contention window size based on the first comparison result. The method further comprises comparing the first parameter with a second threshold to obtain a second comparison result; and adapting the contention window size based on the second comparison result. The first parameter is a packet error rate metric or a collision metric. The method inventively uses the comparison between a first parameter characterizing a congestion state of the current channel and a predefined threshold to increase or decrease the contention window size correspondingly, such that not only the fairness problem with other Systems, a WiFi System, for example, is guaranteed, the usage efficiency of the communication resource and the performance of the whole wireless communication System will be also enhanced.

[LIU, Jianguo, LIU, Jianguo, HAN, Feng, LIU, Jianguo, HAN, Feng, MENG, Yan, LIU, Jianguo, HAN, Feng, MENG, Yan, SHEN, Gang, LIU, Jianguo, HAN, Feng, MENG, Yan, SHEN, Gang, YE, Sigen, LIU, Jianguo, HAN, Feng, MENG, Yan, SHEN, Gang, YE, Sigen, WANG, Jun, LIU, Jianguo, HAN, Feng, MENG, Yan, SHEN, Gang, YE, Sigen, WANG, Jun, BAKER, Matthew] 148/152 route de la Reine92100 Boulogne-Billancourt The present invention relates to a method and an apparatus for implementing Listen-Before-Talk. According to an embodiment of the present invention, if the channel assessment does not stop at a boundary of the first symbol, the preamble comprises at least a first part, and if the channel assessment stops at the boundary of the first symbol, the preamble comprises a second part. And the first part is transmitted on a remaining portion of the first symbol until the end of the first symbol, and the second part is transmitted on at least one symbol following the first symbol. Besides, the data is transmitted to the receiving device in at least one symbol in the subframe in which the preamble transmission ends.

[YIN, Yingwu 尹应武, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, LAI, Yonghua 赖永华, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, LAI, Yonghua 赖永华, LI, Dachuan 李大川, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, LAI, Yonghua 赖永华, LI, Dachuan 李大川, WU, Yanqing 吴延庆, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, LAI, Yonghua 赖永华, LI, Dachuan 李大川, WU, Yanqing 吴延庆, YE, Liyi 叶李艺, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, LAI, Yonghua 赖永华, LI, Dachuan 李大川, WU, Yanqing 吴延庆, YE, Liyi 叶李艺, ZHAO, Yufen 赵玉芬, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, LAI, Yonghua 赖永华, LI, Dachuan 李大川, WU, Yanqing 吴延庆, YE, Liyi 叶李艺, ZHAO, Yufen 赵玉芬, SUN, Kailin 孙开林, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, LAI, Yonghua 赖永华, LI, Dachuan 李大川, WU, Yanqing 吴延庆, YE, Liyi 叶李艺, ZHAO, Yufen 赵玉芬, SUN, Kailin 孙开林, XU, Liekui 许列奎, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, LAI, Yonghua 赖永华, LI, Dachuan 李大川, WU, Yanqing 吴延庆, YE, Liyi 叶李艺, ZHAO, Yufen 赵玉芬, SUN, Kailin 孙开林, XU, Liekui 许列奎, SUN, Jiakui 孙佳奎, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, LAI, Yonghua 赖永华, LI, Dachuan 李大川, WU, Yanqing 吴延庆, YE, Liyi 叶李艺, ZHAO, Yufen 赵玉芬, SUN, Kailin 孙开林, XU, Liekui 许列奎, SUN, Jiakui 孙佳奎, XU, Xianhai 徐先海, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, LAI, Yonghua 赖永华, LI, Dachuan 李大川, WU, Yanqing 吴延庆, YE, Liyi 叶李艺, ZHAO, Yufen 赵玉芬, SUN, Kailin 孙开林, XU, Liekui 许列奎, SUN, Jiakui 孙佳奎, XU, Xianhai 徐先海, FENG, Zemin 冯泽民, YIN, Yingwu 尹应武, WENG, Huichao 翁慧超, LAI, Yonghua 赖永华, LI, Dachuan 李大川, WU, Yanqing 吴延庆, YE, Liyi 叶李艺, ZHAO, Yufen 赵玉芬, SUN, Kailin 孙开林, XU, Liekui 许列奎, SUN, Jiakui 孙佳奎, XU, Xianhai 徐先海, FENG, Zemin 冯泽民, YANG, Zhaobin 杨兆斌] No.18 Anning Zhuang East Road, Haidian District 中国北京市海淀区安宁庄东路18号, Beijing 100085Beijing 100085 A method and apparatus for dedusting and desulphurizing flue gas. An arc-shaped guide plate is arranged at the fuel gas inlet to introduce the flue gas (1) tangentially into the column (3). According to specific situation and requirements, one or more rotating nozzles (2) are mounted on the bottom part, middle part and upper part of the column (3) and desulfurization liquid are sprayed from the nozzles (2). The nozzles (2) are automatically rotated under the reaction force generated when the liquid is sprayed. The gas flow rises spirally and rapidly inside the column (3). Driven by the moving force thereof and the centrifugal force generated by the rotation flow, the dusts, SO2 and NO2, etc. which are carried by the flue gas may be contacted and reacted with or captured by the fully atomized alkalescent water suspended in the flue gas. The method and apparatus may be used in various fields of chemical engineering, machining and environmental protection, such as in the fields of reaction, absorption, tail gas cleaning, drying, further dedusting, concentration, desiccation, etc.

[YE, Haishui 叶海水, YE, Haishui 叶海水, YU, Feng 於丰, YE, Haishui 叶海水, YU, Feng 於丰, WEN, Xiaojiong 温晓炅, YE, Haishui 叶海水, YU, Feng 於丰, WEN, Xiaojiong 温晓炅, ZHAO, Jiahui 赵嘉卉] Huawei Administration Building, Bantian, Longgang 中国广东省深圳市龙岗区坂田华为总部办公楼, Guangdong 518129Shenzhen, Guangdong 518129 Provided are a photochromic lens comprising a lens (10) and a photochromic thin film (20). The lens (10) comprises a first face (101) and a second face (102). When the first face (101) is an incident face, the second face (102) is a refractive face, and when the second face (102) is an incident face, the first face (101) is a refractive face. The photochromic thin film (20) comprises a first region (201) and a second region (202). The photochromic thin film covers the first face (101) or the second face (102). The first region (201) uses a negative photochromic material, and the second region (202) uses a positive photochromic material. Also provided are a camera comprising a photochromic lens and a terminal device comprising a camera. Provided are a photochromic lens comprising a lens (10) and a photochromic thin film (20). The lens (10) comprises a first face (101) and a second face (102). When the first face (101) is an incident face, the second face (102) is a refractive face, and when the second face (102) is an incident face, the first face (101) is a refractive face. The photochromic thin film (20) comprises a first region (201) and a second region (202). The photochromic thin film covers the first face (101) or the second face (102). The first region (201) uses a negative photochromic material, and the second region (202) uses a positive photochromic material. Also provided are a camera comprising a photochromic lens and a terminal device comprising a camera.