[CHEN HUAI-DE, WU AN-TENG, SHAN YU-CHENG, GAO JIA-CI, DAI ZHI-YING, KONG YOU-CHEN, LU HONG-YU, LIN CHENG-EN, LIN GUAN-WEI, QIU ZHONG-YU, QIU YU-RUI, SHI BO-HAN, SUN WEI-JUN, XU ZHEN-MAO, XU RUI-TING, WENG ZHAO-PING, GAO SHOU-ZHI, ZHANG HAO-YANG, ZHANG YU-YAO, XU YI-JIE, XU JIN-YU, CHEN SHAO-YU, CHEN CHI-YU, HUANG YING-HAO, LIAO XIAO-XUN, LIU XUAN-YI, LIU SHU-CHEN, CAI LING-EN, DAI CHENG-XUN, XIE YUN-XI, JIAN JUN-CHENG, LUO WEI-CHENG, LUO YU-XUN, SU KUAN-YI, WU JIA-YU, CHEN YU-ZHEN, YANG YI-KE, SUN SHI-XUN, XU BANG-TING, ZHENG KE-MING] TW;TW;TW;TW

[CHEN HUAI-DE, WU AN-TENG, SHAN YU-CHENG, GAO JIA-CI, DAI ZHI-YING, KONG YOU-CHEN, LU HONG-YU, LIN CHENG-EN, LIN GUAN-WEI, QIU ZHONG-YU, QIU YU-RUI, SHI BO-HAN, SUN WEI-JUN, XU ZHEN-MAO, XU RUI-TING, WENG ZHAO-PING, GAO SHOU-ZHI, ZHANG HAO-YANG, ZHANG YU-YAO, XU YI-JIE, XU JIN-YU, CHEN SHAO-YU, CHEN CHI-YU, HUANG YING-HAO, LIAO XIAO-XUN, LIU XUAN-YI, LIU SHU-CHEN, CAI LING-EN, DAI CHENG-XUN, XIE YUN-XI, JIAN JUN-CHENG, LUO WEI-CHENG, LUO YU-XUN, SU KUAN-YI, WU JIA-YU, CHEN YU-ZHEN, YANG YI-KE, SUN SHI-XUN, XU BANG-TING, ZHENG KE-MING, CAI YU-HAO, ZHONG JIE-AN, ZHENG YU-QIAN, ZHOU YI-XIN] TW

[YU RUI-TAO, TAO YAN-DUO, WU NAN, MEI LI-JUAN, WANG XIU, WU XIAO-KE, ZHANG YU-PEI, CAO JING-YA] CN A preparation technology of Cordyceps militaris extract and functional food thereof, belonging to the field of agricultural product processing. The preparation technology comprises providing an extract to be exacted, obtaining the extract from extracting of Cordyceps militaris, which includes the process of obtaining aqueous extract by leaching Cordyceps militaris. Using microporous resin to perform the first elution on obtained aqueous extract, then perform the second elution in sequence, wherein, the process of first elution comprises collecting the first eluent, on which performs alcohol precipitation to generate the precipitate as the first target product, and wherein, the process of second elution comprises obtaining the second elution with the second target product by alcohol extraction. Executing liquid chromatography on the second elution for separation to obtain the second target product. The above extraction technology can completely extract the metabolites from Cordyceps militaris.

[YU RUI-TAO, TAO YAN-DUO, WU NAN, MEI LI-JUAN, WANG XIU, WU XIAO-KE, ZHANG YU-PEI, CAO JING-YA] CN This invention is related to the field of medicine, particularly, related to an extracting and purifying technology of trehalose from Cordyceps militaris and trehalose product and application thereof. The method for extracting and purifying trehalose from Cordyceps militaris comprises the following steps: Mixing the raw material of Cordyceps militaris with alcohol solution in a mass ratio of 1:10-50, extracting the mixture with ultrasound, filtering the extract of Cordyceps militaris, Crystallizing the extract to obtain trehalose crystal, purifying the crystal obtained. Extracting and purifying trehalose from Cordyceps militaris is to make full use of this component contains in the Cordyceps militaris, so that it can realize targeted use of its function, and also improve its use efficiency.

[JAO, Mei-Wen, CHENG, Chang-Chiang, WU, Yung-Hsun, YU, Rui-An, LIN, Yi-Hsin] TW,Jhunan Town Miao li 35053,No. 160 Kesyue Rd. Jhunan Science Park; An electronic device including a first panel (Pl) and a second panel (P2) overlapped with the first panel (PI) is provided. The first panel (PI) includes a substrate (SUB1), a first medium layer (Ml), a first electrode layer (E1) and a second electrode layer (E2). The first medium layer (Ml) is disposed on the substrate (SUB1). The first electrode layer (E1) is disposed between the substrate (SUB1) and the first medium layer (Ml). The second electrode layer (E2) is disposed between the first electrode layer (E1) and the first medium layer (Ml). A first voltage (VI) is applied to the first electrode layer (E1), a second voltage (V2) is applied to the second electrode layer (E2), and the first voltage (VI) is different from the second voltage (V2).

[KUO TERNG-AN, BAI BING-FONG, WU YU-RUI, LIU YI-CHEN] TW

[GU HONG-SHOU, WU YU-RUI, HUANG ZHANG-LIN] TW This invention is a dye-sensitizing solar cell, its electrode, and their manufacturing method. It comprises of a first electrode, a second electrode, and a dielectric fluid in between the two electrodes. The first electrode futher comprises a conducting base board and a porous thin film layer. The porous thin film layer is formed by spreading slurry onto the conducting base board. The slurry comprises of ZnO which is doped with 99.9% purified carbon nanotubes, CNTs. It can promote the degree of porous and the adsorption of photo-sensitive dye, as a result, increases the photoelectric energy conversion efficiency of the dye-sensitizing solar cell.

[JAO MEI-WEN, CHENG CHANG-CHIANG, WU YUNG-HSUN, YU RUI-AN, LIN YI-HSIN] TW An electronic device including a first panel and a second panel overlapped with the first panel is provided. The first panel includes a substrate, a first medium layer, a first electrode layer and a second electrode layer. The first medium layer is disposed on the substrate. The first electrode layer is disposed between the substrate and the first medium layer. The second electrode layer is disposed between the first electrode layer and the first medium layer. A first voltage is applied to the first electrode layer, a second voltage is applied to the second electrode layer, and the first voltage is different from the second voltage.

[CHEN YU-RUI, TSAI CHUN-EN, WU YI-ZU] TW

[XIA, Min 夏敏, LIU, Xiangyang 刘向阳, LI, Nengbin 李能彬, WU, Zhou 吴舟, YANG, Likun 杨丽坤, YU, Rui 于瑞] A58, Unit 212, No. 6 Gaodian Road 中国福建省厦门市中国（福建）自由贸易试验区厦门片区高殿路6号212单元A58, Fujian 361000Xiamen Area, China (Fujian) Pilot Free Trade ZoneXiamen, Fujian 361000 An integrated smart laryngeal mask having pH and temperature monitoring functions, comprising a mask body (1), a mask bag (2), and a ventilation lumen (3); the mask body (1) is provided with a linear groove (4), a signal transmission line lumen (5) and a drainage lumen (6) are provided in the mask body (1), and are respectively in communication with a temperature sensor probe micro cavity (51) on the mask body (1), and a pH sensor probe micro cavity (52) and a drainage port (61) provided in the linear groove (4); one end of a pH sensor signal transmission line and one end of a temperature sensor signal transmission line provided in the signal transmission line lumen (5) are respectively connected to a micro pH sensor probe (52) and a micro temperature sensor probe (51), and the other ends are both connected to a multi-functional signal processing display (8). The integrated smart laryngeal mask is simple and practical, and can achieve real-time monitoring of the temperature and acidity or alkalinity at the entrance of the esophagus of a patient, has high sensitivity, improves the timeliness of the determination of gastric acid reflux, achieves timely warning of the behavior of gastric juice reflux, reduces the risk of the refluxed juice being accidentally sucked into the airway, and is safe and reliable. An integrated smart laryngeal mask having pH and temperature monitoring functions, comprising a mask body (1), a mask bag (2), and a ventilation lumen (3); the mask body (1) is provided with a linear groove (4), a sign