Shenzhen University

Apple Inc.

Le Zhao

Zhiqiang He

Ling Chen

Mingzhong Gao

Bo Yu

Jianan Li

Mingqing Yang

Yunqi Hu

Heping Xie

Cong Li

Charlotte M Baravian

Robert V Tang

William Leith

Linda D Benavente-Notaro

Camille I Henrot

Haoyu Li

Guikang Liu

Thomas Richard Routh

Alex Warburton

Yan Wang

Tsung-Wen Su

Weibing Gong

Zhe Cheng

Xueqin Xu

Emma Wardell

Andrew Campbell

A protective cover for a head-mounted device may include a cover layer and a ribbed fabric sidewall that together form a recess for receiving the head-mounted device. The cover layer may include a foam layer and a stiffener wrapped in fabric layers and may be configured to cover and protect an external display in the head-mounted device. The ribbed fabric sidewall may include a knit fabric layer and knit ribs on opposing sides of the knit fabric layer. The ribbed fabric sidewall may have a button receiving region and a pull tab region that are modified relative to other regions of the ribbed fabric sidewall by including fewer ribs, unfilled ribs, or ribs of different heights. A pull tab may hide a seam in the ribbed fabric sidewall. The seam may be formed from a filled pocket that provides a plush surface under the pull tab.

Protective covers for electronic devices

An assembly with multiple structures, each having different tensile strengths, is integrated into a band used with various electronic devices. The assembly may include a low-tensile structure designed to elongate under an initial tension, thus allowing the band to stretch and lengthen. However, additional tension applied to the band is transferred to other structures of the assembly. Further, when the applied tension causes the structure with the highest tensile strength in the assembly to straighten (or substantially straighten), the high-tensile strength structure prevents the band from further elongation. The low-tensile strength structure allows the band to conform to a user, while the high-tensile strength structure protects the low-tensile strength structure from damage or unwanted deformation.

Multi-tensile assembly for a band used with electronic devices

Disclosed is a continuous conduit apparatus based on guiding and injecting integrated mechanism, which comprises a straightening apparatus and a pair of sprocket and chain clamping assemblies. The pair of sprocket and chain clamping assemblies are configured to clamp the conduit and pull the conduit to go downwards a well or upwards a lifting direction. Between the pair of sprocket and chain clamping assemblies, a conduit guide channel applied for the conduit to passing through is formed. An inlet and an outlet of the conduit guide channel are not situated in a straight line, and the straightening apparatus are configured to straighten the conduit. Each of the two sprocket and chain clamping assemblies comprises a sprocket set, a chain, a plurality of clamping blocks mounted on the chain, and a pushing plate configured to press the clamping blocks.

Continuous conduit apparatus based on guiding and injecting integrated mechanism

Disclosed is a continuous conduit operation apparatus, which comprises a folding frame and a guiding and injecting integrated mechanism configured to pull the conduit to go downwards a well or upwards a lifting direction. The folding frame comprises a base, a mounting frame connected to the base in a movable connection, and a telescopic mechanism configured to rotate the mounting frame in a vertical plane around a position of the movable connection. One end of the telescopic mechanism is movably connected to the base, another end of the telescopic mechanism is movably connected to the mounting frame. The guiding and injecting integrated mechanism is arranged on the mounting frame. The present disclosure integrates the guiding function and the injection function to reduce the height of the apparatus and is suitable for operation environment with limited space and height.

Continuous conduit operation apparatus

Disclosed is a guiding and injecting integrated mechanism for continuous conduit, belonging to underground exploration technical field. The mechanism comprises a pair of chain wheel and chain clamping assemblies used for clamping conduit and pulling conduit to go down or out of well. A conduit guiding channel for conduit to pass through is formed between the pair of chain wheel and chain clamping assemblies, and an inlet and an outlet of the conduit guiding channel are not situated in line. The conduit guiding channel is arc-shaped and each of the two chain wheel and chain clamping assemblies comprises a chain wheel set, chains, clamping blocks mounted on the chain, and a pushing plate for pressing the clamping blocks. Further, clamping surfaces of the clamping blocks have a certain curvature with respect to guiding direction.

Guiding and injecting integrated mechanism for continuous conduit

Growing community of inventors

Guangdong, China

Le Zhao