[ZOU YI-QING, JIANG LI-JUN, HUANG YONG-JIU, LIU BAI-XIN, LEI HUAN, WANG QUAN-QUAN, XIE ZHENG-YUAN, HUANG FANG-WEI, XIE BO, QIN LEI, ZHI LEI, SU QI, LUO YAN-KUI, ZHU YONG-QUAN, WANG ZHI-CHAO, GAO MING-TIAN, NING SHAO-FENG] CN The invention discloses a built-in cable vibration reduction device which comprises dampers, base plates, hole covers, outer sleeves, a lug plate, a support sleeve, a hole edge boss, a fixture, a concave flange and an embedded pipe flange. The dampers are mounted in the outer sleeves, one end of each damper is in hinge pin connection with the corresponding hole cover by the corresponding base plate, and the other end of each damper is connected with the lug plate by hinge pins; the lug plate is connected with the fixture by means of welding; the hole covers are mounted on upper ports of the outer sleeves and are connected with the base plates by bolts; a mounting hole is formed in the radial surface of the support sleeve, and the hole edge boss is arranged on the mounting hole; the outer sleeves are mounted on the hole edge boss via bolts; the fixture is mounted in the support sleeve, and a cable is clamped by the fixture; the support sleeve is connected with the embedded pipe flange by the concave flange. The built-in cable vibration reduction device has the advantages that mounting and later maintenance can be facilitated, aesthetic requirements can be met, eccentricity and mounting angles of the cable and embedded pipes can be adjusted, and the built-in cable vibration reduction device can be prevented from interfering with other components.

[XIE JING-GUO, XIE AN, XIE HE, XIE QUAN] TW A closed-loop carbon dioxide (CO2) phase change power plant system which includes an air bag for containing carbon dioxide; a first power generation path equipped with a high pressure refrigeration and liquefaction mechanism to compress and cool the carbon dioxide in the air bag into a liquid state, and output the same through a low temperature water turbine and a first carbon dioxide power generator set for performing multi-stage power generation; a second power generation path equipped with a normal temperature and high pressure liquefaction mechanism to compress the carbon dioxide in the air bag into a liquid state at normal temperature; a waste heat recovery mechanism for using the carbon dioxide of the normal temperature and high pressure liquefaction mechanism to absorb residual heat of a heat exhaust mechanism, and output the carbon dioxide through a transverse water turbine, a directional water turbine and a second carbon dioxide power generator set to perform multi-stage power generation, and the carbon dioxide output from the first and second carbon dioxide power generator sets is combined into a gaseous state through a Y-shaped combination pipe and then output to a turbine power generator set to generate electricity, and the carbon dioxide output from the turbine power generator set is returned to the air bag.

[Shuhai Quan, Liang Huang, Ruiming Zhang, Rui Quan, Jin Quan, Ying Xiong, Qihong Chen, Changjun Xie, Cheng Zeng, Bo Chen] CN Wuhan City An energy adjustor coupled between a fuel cell group and a secondary battery group is disclosed. A load is coupled to the secondary battery group in parallel. The energy adjustor includes a boost regulation module, a drop regulation module, a detecting module and a control module. The boost regulation module boosts an output voltage of the fuel cell group to generate a first adjustment voltage according to a first control signal. The drop regulation module drops the first adjustment voltage to generate a second adjustment voltage to the load according to a second control signal. The detecting module detects at least one of the fuel cell group, the boost regulation module, the drop regulation module and the load to generate a detection result. The control module generates the first and the second control signals according to the detection result.

[Shuhai Quan, Liang Huang, Ruiming Zhang, Rui Quan, Jin Quan, Ying Xiong, Qihong Chen, Changjun Xie, Cheng Zeng, Bo Chen] CN Wuhan City An energy adjusting method for controlling output energy of a fuel cell group, wherein at least one of the fuel cell group and a secondary battery group drives a load is disclosed. The voltage of the fuel cell group is boosted by a boost regulation module to generate a first adjustment voltage. The boost regulation module boosts the voltage of the fuel cell group according to a first control signal. The first adjustment voltage is dropped by a drop regulation module to generate a second adjustment voltage to the load. The drop regulation module drops the first adjustment voltage according to a second control signal. At least one of the fuel cell group, the boost regulation module, the drop regulation module and the load is detected to generate a detection result. The first and the second control signals are generated according to the detection result.

[Shuhai Quan, Liang Huang, Ruiming Zhang, Rui Quan, Jin Quan, Ying Xiong, Qihong Chen, Changjun Xie, Cheng Zeng, Bo Chen] CN Wuhan An energy adjustor coupled between a fuel cell group and a secondary battery group is disclosed. A load is coupled to the secondary battery group in parallel. The energy adjustor includes a boost regulation module, a drop regulation module, a detecting module and a control module. The boost regulation module boosts an output voltage of the fuel cell group to generate a first adjustment voltage according to a first control signal. The drop regulation module drops the first adjustment voltage to generate a second adjustment voltage to the load according to a second control signal. The detecting module detects at least one of the fuel cell group, the boost regulation module, the drop regulation module and the load to generate a detection result. The control module generates the first and the second control signals according to the detection result.

[QUAN SHU-HAI, HUANG LIANG, ZHANG RUI-MING, QUAN RUI, QUAN JIN, XIONG YING, CHEN QI-HONG, XIE CHANG-JUN, ZENG CHENG, CHEN BO] TW;CN An energy adjusting method adjusting energy of a fuel cell group is disclosed. The energy adjusting method utilizes a two-stage transformation technology to receive output voltage of the fuel cell group. The output voltage of the fuel cell group changes in a large range. The energy adjusting method is capable of generating controllable voltage, current and power. The energy adjusting method is capable of following required power of a load, diagnosing a breakdown and achieving an alarm function.

[JYWE WEN-YUH, XIE DONG-XING, XIE DONG-XIAN, HUANG YONG-QUAN, XIE MING-SONG, HOU XIN-HONG, LIN WEN-QIAN, CHEN JING-ZONG, CAI LING-YU] TW A dynamic cutting simulation method includes a preparation step, an establishing step, a prediction step, a verification step, and a completion step. A data collection platform is used to capture the characteristic parameters of the cutter of a machine in performing the cutting process, and to cooperate with a dynamic neural modeling system to perform dynamic analysis for establishing a cutting parameter prediction model, with which users may predict the abrasion of the cutter without actually performing cutting and further determine the most suitable cutting parameters for the cutter, so as to lower the production cost, reduce the wasted abrasion of the machining workpieces and the cutter during the trial mass production for the users, and further shorten the processing time, thereby providing a dynamic cutting simulation method capable of accurately obtaining the cutting parameters of the cutter without actual cutting, and further lowering the production cost.

[JUE WEN-YU, XIE DONG-XING, XIE DONG-XIAN, HUANG YONG-QUAN, XIE MING-SONG, HOU XIN-HONG, LIN WEN-QIAN, CHEN JING-ZONG, CAI LING-YU] TW

[JUE WEN-YU, XIE DONG-XING, XIE DONG-XIAN, HUANG YONG-QUAN, XIE MING-SONG, HOU XIN-HONG, LIN WEN-GAN, CHEN JING-ZONG, CAI LING-YU] TW

[JUE WEN-YU, XIE DONG-XING, XIE DONG-XIAN, HUANG YONG-QUAN, XIE MING-SONG, HOU XIN-HONG, LIN WEN-QIAN, CHEN JING-ZONG, CAI LING-YU] TW