Carrier Corporation

Semiconductor Manufacturing International (shanghai) Corporation

Semiconductor Manufacturing International (beijing) Corporation

Hong Kong Baptist University

Evonik Specialty Chemicals (shanghai) Co., Ltd.

Giantec Semiconductor, Ltd. Inc.

Hong Wei Zhang

Cheng Zhang

Hong Xu

Chao Zhou

Qing Yang

Junqiang Fan

Phani Pavan Kumar Mangaiahgari

Jianmin Yang

Albert Sun Chi Chan

Fei Teng

Xing Cai

Yong Huang

Liang Qian

Zhisheng Wang

Hae Wan Yang

Shufu Ding

Zhongjian Li

Qian Zhou

Christophe Lecouvreur

Satish Nalla

Shariq Suhail Mohammad

Yi Jhen Huang

Dao Liang Lu

Kui Feng

Hong-xi Xu

Yuanming Yuan

Yuan-zhi Lao

Zhi-jie Ding

Arun Kumar Bakurupanda

Kai-xian Chen

Hong-sheng Tan

Zongtao Lu

Zhao-xiang Bian

Cheng-yuan Lin

Shi-lin Chen

Da-jian Yang

Ai-ping Lu

An unlock method and system for an air-conditioning unit. The unlock system includes: a display apparatus; an input apparatus; and a control apparatus in communication with the display apparatus and the unlock system is configured to perform the following operations: generating a dynamic graphic according to at least an identification code and an update code; generating an unlock password according to at least a certificate, the identification code and the update code; receiving an unlock password through the input apparatus; comparing the unlock password received from the input apparatus with the generated unlock password; and granting a corresponding permission if the acquired unlock password is consistent with the generated unlock password.

Unlocking method and system for air conditioner unit

A moulding material contains to an extent of at least 50 wt % of the combination of the following constituents: a) 80 to 95 parts by mass of a polyamide component comprising a1) 70 to 100 parts by wt of PA PACMX and a2) 30 to 0 parts by wt of a linear aliphatic polyamide, b) 4 to 19 parts by mass of a core-shell impact modifier, and c) 1 to 5 parts by mass of a functionalized styrene-ethylene/butylene-styrene block copolymer as an impact modifier, wherein the parts by mass of a), b) and c) sum to 100. The moulding material has a high transparency and a very good notched impact strength.

Tough polyamide moulding material

A cooler system includes a plurality of cooler units; a condensed water flow path, an aqueous medium in the condensed water flow path sequentially flowing through each of the cooler units; a cooling water flow path, an aqueous medium in the cooling water flow path sequentially flowing through each of the cooler units in a flow direction opposite to a flow direction of the aqueous medium in the condensed water flow path; a plurality of current sensors used for detecting working currents of the cooler units; water temperature sensors used for detecting an entering water temperature and a leaving water temperature of the cooling water flow path; at least one virtual temperature sensor arranged between the cooler units and used for acquiring a middle water temperature between the cooler units; and a controller.

Chiller system, method for obtaining middle water temperature and control method thereof

A fan-out structure and its manufacturing method are presented, relating to semiconductor techniques. The fan-out structure includes a welding pad; a welding pad extension member contacting the welding pad; and a fan-out line contacting the welding pad extension member, with an elicitation direction of the fan-out line perpendicular to an extension direction of the welding pad. This fan-out structure allows the fan-out line to be horizontally or vertically elicited from the welding pad, and thus remedies the drawbacks associated with an aslant-elicited fan-out line in conventional fan-out structures.

Fan-out structure and manufacture thereof

The present disclosure provides mark structures and fabrication methods thereof. An exemplary fabrication process includes providing a substrate having a device region, a first mark region and a second mark region; sequentially forming a device layer, a dielectric layer and a mask layer on a surface of the substrate; forming a first opening in the dielectric layer in the device region, a first mark in the dielectric layer in the first mark region, and a mark opening in dielectric layer in the second mark region, bottoms of the first opening, the first mark and the mark opening being lower than a surface of the dielectric layer, and higher than a surface of the device layer; and forming a second opening in the dielectric layer on the bottom of the first opening and a second mark in the dielectric layer on the bottom of the mark opening.

Mark structure and fabrication method thereof

The present invention provides compound extracted fromspecies and the use of said compound in preventing and treating cancer.

[object Object]

The present invention relates to a device and method for driving an under damped voice coil motor (VCM) actuator of a camera lens. In one embodiment, the device for driving an under damped VCM actuator comprises a first generator operable to read a first manufacture data from an image signal processor (ISP) and to generate a half natural period, &#xbd; T, of the VCM actuator by selecting a value approximate to the first data in a first table of the device, a second generator operable to read a second manufacture data from the ISP and to generate the maximum overshoot, K, of the VCM actuator by selecting a value approximate to the second data in a second table of the device, an input shaping signal generator operable to read an input signal corresponding to a desired camera lens moving distance from the ISP and to generate a shaping signal according to the value of the half natural period and the maximum overshoot. The input shaping signal may be produced from second order, third order and fourth order input shaping function. The present invention also provides a simple implementation of a driver configuration to achieve a fast camera lens focus speed, yet robust to tolerate actual system deviation from a manufacture design.

Apparatus and method for driving a voice coil motor of a camera lens

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Shanghai, China

Hong Wei Zhang