[DENG, Aimin 邓爱民, DENG, Aimin 邓爱民, DING, Hui 丁慧, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, YU, Xin 喻鑫, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, YU, Xin 喻鑫, HE, Yanbing 何艳兵, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, YU, Xin 喻鑫, HE, Yanbing 何艳兵, WEI, Dongdong 卫东东, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, YU, Xin 喻鑫, HE, Yanbing 何艳兵, WEI, Dongdong 卫东东, ZENG, Fangcheng 曾芳成, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, YU, Xin 喻鑫, HE, Yanbing 何艳兵, WEI, Dongdong 卫东东, ZENG, Fangcheng 曾芳成, LIU, Wenbin 刘文彬, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, YU, Xin 喻鑫, HE, Yanbing 何艳兵, WEI, Dongdong 卫东东, ZENG, Fangcheng 曾芳成, LIU, Wenbin 刘文彬, LOU, Qian 楼芊, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, YU, Xin 喻鑫, HE, Yanbing 何艳兵, WEI, Dongdong 卫东东, ZENG, Fangcheng 曾芳成, LIU, Wenbin 刘文彬, LOU, Qian 楼芊, LI, Wenyue 李文越, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, YU, Xin 喻鑫, HE, Yanbing 何艳兵, WEI, Dongdong 卫东东, ZENG, Fangcheng 曾芳成, LIU, Wenbin 刘文彬, LOU, Qian 楼芊, LI, Wenyue 李文越, HU, Jun 胡俊, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, YU, Xin 喻鑫, HE, Yanbing 何艳兵, WEI, Dongdong 卫东东, ZENG, Fangcheng 曾芳成, LIU, Wenbin 刘文彬, LOU, Qian 楼芊, LI, Wenyue 李文越, HU, Jun 胡俊, WANG, Xuelin 王学林, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, YU, Xin 喻鑫, HE, Yanbing 何艳兵, WEI, Dongdong 卫东东, ZENG, Fangcheng 曾芳成, LIU, Wenbin 刘文彬, LOU, Qian 楼芊, LI, Wenyue 李文越, HU, Jun 胡俊, WANG, Xuelin 王学林, DENG, Zhaochang 邓曌昌, DENG, Aimin 邓爱民, DING, Hui 丁慧, PENG, Hongdao 彭宏道, HUANG, Jianfei 黄剑飞, CHEN, Hao 陈浩, WANG, Jialiang 汪佳良, SHAO, Xiaoguang 邵晓光, LI, Wei 李伟, YU, Xin 喻鑫, HE, Yanbing 何艳兵, WEI, Dongdong 卫东东, ZENG, Fangcheng 曾芳成, LIU, Wenbin 刘文彬, LOU, Qian 楼芊, LI, Wenyue 李文越, HU, Jun 胡俊, WANG, Xuelin 王学林, DENG, Zhaochang 邓曌昌, ZHANG, Wenzeng 张文增] No. 1 Shuanggang Avenue, Economic-Technological Development Area 中国江西省南昌市经济技术开发区双港大道1号, Jiangxi 330013Nanchang, Jiangxi 330013 A melting pot (1), comprising a pot body (20) and a float salvaging apparatus (10). The pot body (20) is provided with a melting chamber (201) having an open upper end. The float salvaging apparatus (10) comprises a hanging bracket (101), a bearing plate (102), a rotating plate (103) and a drive assembly configured to drive pivoting of the rotating plate (103). The hanging bracket (101) is disposed above the melting chamber (201). The rotating plate (103) is pivotably disposed on the bearing plate (102), and the bearing plate (102) and the rotating plate (103) are provided on the hanging bracket (101) between an initial position and a first salvaging position in a manner of moving up and down. The drive assembly is connected to the rotating plate (103).

[SHAO, Libin 邵利彬, SHAO, Libin 邵利彬, SHAO, Kang 邵康, SHAO, Libin 邵利彬, SHAO, Kang 邵康, WANG, Xiaoqian 王晓倩, SHAO, Libin 邵利彬, SHAO, Kang 邵康, WANG, Xiaoqian 王晓倩, YE, Xiaofei 叶晓飞, SHAO, Libin 邵利彬, SHAO, Kang 邵康, WANG, Xiaoqian 王晓倩, YE, Xiaofei 叶晓飞, WANG, Hui 王惠, SHAO, Libin 邵利彬, SHAO, Kang 邵康, WANG, Xiaoqian 王晓倩, YE, Xiaofei 叶晓飞, WANG, Hui 王惠, AN, Na 安娜, SHAO, Libin 邵利彬, SHAO, Kang 邵康, WANG, Xiaoqian 王晓倩, YE, Xiaofei 叶晓飞, WANG, Hui 王惠, AN, Na 安娜, ZHONG, Guoxing 钟国兴] Floor 7-14, Building No.7, BGI Park, No. 21 Hongan 3rd Street 中国广东省深圳市盐田区洪安三街21号华大综合园7栋7层-14层, Guangdong 518083Yantian DistrictShenzhen, Guangdong 518083 Disclosed are primers used for detecting related gene mutations of gastrointestinal stromal tumour medications and a detection method and use. The primers comprise a set of 24 specific primer pairs which detect 32 mutational sites of 14 related genes of gastrointestinal stromal tumour medications, respectively; and a set of one universal primer pair which is made up of outer primers commonly used for amplification products of the set of 24 specific primer pairs.

[WANG, Xiaoqian 王晓倩, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, SHAO, Libin 邵利彬, YE, Xiaofei 叶晓飞, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, SHAO, Libin 邵利彬, YE, Xiaofei 叶晓飞, AN, Na 安娜, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, SHAO, Libin 邵利彬, YE, Xiaofei 叶晓飞, AN, Na 安娜, WANG, Hui 王惠, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, SHAO, Libin 邵利彬, YE, Xiaofei 叶晓飞, AN, Na 安娜, WANG, Hui 王惠, ZHONG, Guoxing 钟国兴, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, SHAO, Libin 邵利彬, YE, Xiaofei 叶晓飞, AN, Na 安娜, WANG, Hui 王惠, ZHONG, Guoxing 钟国兴, LI, Xue 李雪] Building No. 7, BIG Park, No. 21, Hongan 3rd Street 中国广东省深圳市盐田区洪安三街 21号华大综合园7栋7层-14层, Guangdong 518083Yantian DistrictShenzhen, Guangdong 518083 Disclosed are a primer for detecting colorectal cancer drug-related gene mutation, a detection method and an application. The primer of the present application comprises 25 specific primer sets and 1 general primer set. The specific primer sets comprise specific primers respectively for detecting 27 mutation sites of 15 colorectal cancer drug-related genes, and the general primer set comprises outer primers commonly used for amplified products of the 25 specific primer sets. The 25 specific primer sets are sequentially shown as Seq ID NO. 1 to Seq ID NO. 50, wherein Seq ID NO. 1 and Seq ID NO. 2 form one set, Seq ID NO. 3 and Seq ID NO. 4 form one set, and so on; and the sequences of the general primer set are shown as Seq ID NO. 51 and Seq ID NO. 52.

[SHAO, Kang 邵康, SHAO, Kang 邵康, SHAO, Libin 邵利彬, SHAO, Kang 邵康, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, YE, Xiaofei 叶晓飞, SHAO, Kang 邵康, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, YE, Xiaofei 叶晓飞, AN, Na 安娜, SHAO, Kang 邵康, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, YE, Xiaofei 叶晓飞, AN, Na 安娜, WANG, Hui 王惠, SHAO, Kang 邵康, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, YE, Xiaofei 叶晓飞, AN, Na 安娜, WANG, Hui 王惠, ZHONG, Guoxing 钟国兴] Floor 7th-14th, Building No.7, BGI Park, No.21 Hong'an 3rd Street, Yantian District 中国广东省深圳市盐田区洪安三街21号华大综合园7栋7层-14层, Guangdong 518083Shenzhen, Guangdong 518083 Disclosed are a qRT-PCR primer, probe, chip, kit, application and method for detecting a non-small cell lung cancer (NSCLC). The primer and probe comprise a sequence selected from SEQ ID NOs: 1-66, and can detect 22 subtypes of fusion genes, EML4-ALK, NMP1-ALK, CD74-ROS, SLC34A2-ROS, CDCC6-RET and KIF5B-RET.

[SHAO, Libin 邵利彬, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, YE, Xiaofei 叶晓飞, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, YE, Xiaofei 叶晓飞, AN, Na 安娜, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, YE, Xiaofei 叶晓飞, AN, Na 安娜, WANG, Hui 王惠, SHAO, Libin 邵利彬, WANG, Xiaoqian 王晓倩, SHAO, Kang 邵康, YE, Xiaofei 叶晓飞, AN, Na 安娜, WANG, Hui 王惠, ZHONG, Guoxing 钟国兴] Floor 7-14, Building No.7, BGI Park, No. 21 Hong'an 3rd Street 中国广东省深圳市盐田区洪安三街21号华大综合园7栋7层-14层, Guangdong 518083Yantian DistrictShenzhen, Guangdong 518083 Disclosed are primers used for detecting related gene mutations of non-small-cell lung cancer medications and a detection method and use. The primers of the present application comprise a set of 41 specific primer pairs and a set of one universal primer pair, wherein the specific primer set is made up of specific primers for detecting 41 mutational sites of 12 related genes of non-small-cell lung cancer medications, respectively; and the universal primer set is made up of outer primers commonly used for amplification products of the set of 41 specific primer pairs.

[SHAO, Jinan 邵继南, SHAO, Jinan 邵继南, TAN, Shiming 檀世明, SHAO, Jinan 邵继南, TAN, Shiming 檀世明, TANG, Hui 唐辉, SHAO, Jinan 邵继南, TAN, Shiming 檀世明, TANG, Hui 唐辉, ZHANG, Haifeng 张海峰, SHAO, Jinan 邵继南, TAN, Shiming 檀世明, TANG, Hui 唐辉, ZHANG, Haifeng 张海峰, ZHANG, Xifeng 张夕凤] 919 Tianyin Road, Jiangning District 中国江苏省南京市江宁区天印大道919号, Jiangsu 211100Nanjing, Jiangsu 211100;Kaixuan Mansion, Jia 143 Xizhimenwai Avenue, Xicheng District 中国北京市西城区西直门外大街甲143号凯旋大厦, Beijing 100044Beijing 100044 An odd-form coin. The odd-form coin is polygonal and is made of a solid metal material. The diameters of the circumcircles of the odd-form coin have a tolerance value being ±0.04 mm, and have the diameter differences being smaller than or equal to 0.06 mm. The surface of the odd-form coin is provided with a protruding portion along the circumference. The protruding portion has internal and external clear edges, and the phase tolerance of the internal and external clear edges is ±1°. Patterns are formed on the side wall of the edge of the odd-form coin, and the patterns are pits.

[XU, Hongzhe 徐宏哲, XU, Hongzhe 徐宏哲, ZHANG, Ce 张策, XU, Hongzhe 徐宏哲, ZHANG, Ce 张策, XIE, Mengtao 谢梦涛, XU, Hongzhe 徐宏哲, ZHANG, Ce 张策, XIE, Mengtao 谢梦涛, ZHAO, Chunling 赵春玲, XU, Hongzhe 徐宏哲, ZHANG, Ce 张策, XIE, Mengtao 谢梦涛, ZHAO, Chunling 赵春玲, YAN, Linfang 严林芳, XU, Hongzhe 徐宏哲, ZHANG, Ce 张策, XIE, Mengtao 谢梦涛, ZHAO, Chunling 赵春玲, YAN, Linfang 严林芳, ZHANG, Kezhi 张克志, XU, Hongzhe 徐宏哲, ZHANG, Ce 张策, XIE, Mengtao 谢梦涛, ZHAO, Chunling 赵春玲, YAN, Linfang 严林芳, ZHANG, Kezhi 张克志, YUE, Feng 岳峰, XU, Hongzhe 徐宏哲, ZHANG, Ce 张策, XIE, Mengtao 谢梦涛, ZHAO, Chunling 赵春玲, YAN, Linfang 严林芳, ZHANG, Kezhi 张克志, YUE, Feng 岳峰, SHAO, Hui 邵慧, XU, Hongzhe 徐宏哲, ZHANG, Ce 张策, XIE, Mengtao 谢梦涛, ZHAO, Chunling 赵春玲, YAN, Linfang 严林芳, ZHANG, Kezhi 张克志, YUE, Feng 岳峰, SHAO, Hui 邵慧, WU, Xun 吴讯, XU, Hongzhe 徐宏哲, ZHANG, Ce 张策, XIE, Mengtao 谢梦涛, ZHAO, Chunling 赵春玲, YAN, Linfang 严林芳, ZHANG, Kezhi 张克志, YUE, Feng 岳峰, SHAO, Hui 邵慧, WU, Xun 吴讯, ZHANG, Zhaoliang 张兆亮] No.25 Zhangyang Road, Pudong New District 中国上海市浦东新区张杨路25号, Shanghai 200120Shanghai 200120;No.5188 Jinke Road, Pudong New District 中国上海市浦东新区金科路5188号, Shanghai 201210Shanghai 201210 A wind shear detection method based on energy management, a wind shear detection device (300), and a wind shear detection monitoring device (400). The method comprises: A, calculating a correction coefficient γ of a wind strength factor f(t) according to residual energy ΔEA of an airplane and current energy EA of the airplane; B, correcting the wind strength factor f(t) into γ·f(t) according to the correction coefficient γ of the wind strength factor; C, calculating average wind field integral strength according to the corrected wind strength factor γ·f(t); and D, determining a wind shear warning signal on the basis of the average wind field integral strength. A wind shear strength calculation method and an airplane maximum available energy management method are combined, the wrong alarm rate and the false alarm rate of low-altitude wind shear dangerous flight condition detection are effectively lowered so as to prevent a pilot from wrongly executing a wind shear circumvention guide operation, and flight safety and economy can be improved.

[SHAO-WEI LI, WEN-TONG SHEN, ZHONG-YI LI, MING-HUI XIE, HUI-RONG PAN, NING-SHAO XIA] CN;CN

[YANG RONG-GUI, XU SHAO-YU, CHEN ZHI-XIONG, WANG MING-HUI, YANG HUI-HUI, XIA ZHAO-LU, CAO PENG] CN;CN The present disclosure relates to a radiative cooling metal plate, a preparation method and application thereof. The radiative cooling metal plate includes a metal substrate, a first adhesive layer and a radiative cooling functional layer which are sequentially stacked. The radiative cooling functional layer is located on a surface of the metal substrate, and the first adhesive layer is disposed between the metal substrate and the radiative cooling functional layer. An elongation at break of the radiative cooling functional layer is in a range of 1% to 300%. The radiative cooling metal plate of the present invention has sufficient ductility and can generate enough deformation to cope with the bending of the radiative cooling functional layer during the pressing process, so that it will not be damaged or broken, thereby ensuring a structural integrity of the radiative cooling functional layer and a radiative cooling effect of the metal substrate. Compared to a building without the radiative cooling metal plate, the indoor temperature of the building using the radiative cooling metal plate can be reduced by about 5 DEG C to 10 DEG C without energy consumption.

[LU SHUANG, WANG YONG-QIANG, GAN XIN, CHEN FEI, HE JIN-QIU, SHAO XIAO-HUI, HU SHAO-PING, ZHAO CHU-CHU, ZHAO JIUQIAO, RONG YI-PING] CN The application relates to an isolated antigen binding protein capable of binding to CCR8 derived from a primate. The application also provides a pharmaceutical composition comprising the antigen binding protein, and the application of the antigen binding protein and/or the pharmaceutical composition in preventing and/or treating of tumors or cancer.