G Technology Optoelectronics Corporation

Miaoli, Taiwan

G Technology Optoelectronics Corporation

Miaoli, Taiwan

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Chiu C.-Y.,G Technology Optoelectronics Corporation | Chang K.-C.,G Technology Optoelectronics Corporation | Liu Y.-C.,G Technology Optoelectronics Corporation
Proceedings of the International Display Workshops | Year: 2012

Balls-on-Balls (BOB) bending test is a new design for non-planar glass flexure strength measuring. The correlations among loading force, bending span, thickness, and width of glass fit in with the calculation of flexure stress (α∞PL/wt2). It is practicable to measure the flexure stress for non-planar glass.


Chang K.-C.,G Technology Optoelectronics Corporation | Chiu C.-Y.,G Technology Optoelectronics Corporation | Liu Y.-C.,G Technology Optoelectronics Corporation
Digest of Technical Papers - SID International Symposium | Year: 2013

Static push test is practicable for measuring the tensile failure stress. The transformation from loading force to stress is described by revised stress equations. This transformation is also capable for rectangle glass. © 2013 Society for Information Display.


Chang K.-C.,G Technology Optoelectronics Corporation | Tung L.-T.,G Technology Optoelectronics Corporation | Liu Y.-C.,G Technology Optoelectronics Corporation
Digest of Technical Papers - SID International Symposium | Year: 2014

The stress of chemical strengthened glass was tested by ring-on-ring and Vickers hardness test. Glass with high compressive stress could be shown the high biaxial stress. The Vickers hardness only depended on depth of layer. © 2014 Society for Information Display.


Patent
G Technology OPTOELECTRONICS CORPORATION | Date: 2015-03-23

A tempered glass screen protector includes a substrate structure, a protection structure, and an adhesion structure. The substrate structure has a transparent portion and a non-planar decorative portion extended from the transparent portion. The protection structure includes a first transparent adhesive layer disposed on the bottom surface of the transparent portion and a transparent protective layer disposed on the first transparent adhesive layer. The adhesion structure includes a first adhesive layer disposed on the bottom surface of the non-planar decorative portion, a base layer disposed on the first adhesive layer, and a second adhesive layer disposed on the base layer. The thickness of the protection structure is smaller than the thickness of the adhesion structure, so that there is no any watermark or Newton ring formed between the transparent protective layer and the display area of the portable electronic device when pressing the transparent portion.


Patent
G Technology OPTOELECTRONICS CORPORATION | Date: 2014-09-09

Display device includes a display panel. The display panel includes a first substrate, a sealant, and, a second substrate fastended to the first substrate via the sealant. At least one of the first substrate and the second substrate is a non-planar substrate including at least two portions correspondingly extending in different planes.


Patent
G Technology OPTOELECTRONICS CORPORATION | Date: 2012-12-14

A forming mold made from a polyporous refractory material is provided for forming a glass piece. The forming mold includes an outer surface and a plurality of forming structures provided on the outer surface. Each of the forming structures includes a forming surface matching with a shape of the glass piece. The forming mold is structured and arranged to be pumped down from the outer surface to generated an absorption force on molten glass material provided at the at least one forming surface for sucking the molten glass material on the forming structure to form the glass piece.


Patent
G Technology Optoelectronics Corporation | Date: 2016-04-27

A tempered glass screen protector (S) includes a substrate structure (1), a protection structure (2), and an adhesion structure (3). The substrate structure (1) has a transparent portion (11) and a non-planar decorative portion (12) extended from the transparent portion (11). The protection structure (2) includes a first transparent adhesive layer (21) disposed on the bottom surface (110) of the transparent portion (11) and a transparent protective layer (22) disposed on the first transparent adhesive layer (21). The adhesion structure (3) includes a first adhesive layer (31) disposed on the bottom surface (110) of the non-planar decorative portion (12), a base layer (32) disposed on the first adhesive layer (31), and a second adhesive layer (33) disposed on the base layer (32). The thickness (H1) of the protection structure (2) is smaller than the thickness (H2) of the adhesion structure (3), so that there is no any watermark or Newton ring formed between the transparent protective layer (22) and the display area (P2) of the portable electronic device (P) when pressing the transparent portion (11).


Trademark
G Technology OPTOELECTRONICS CORPORATION | Date: 2014-05-12

GLASS DOORS; SAFETY GLASS FOR BUILDING PURPOSES; BUILDING GLASS; WINDOW PANES FOR BUILDINGS; FIGURED PLATE GLASS FOR BUILDING; WIRED PLATE GLASS FOR BUILDING; WINDOW GLASS; INSULATING GLASS FOR WINDOWS FOR BUILDING PURPOSES; ALABASTER GLASS; GLASS MOSAICS FOR USE IN BUILDING CONSTRUCTION; STAINED GLASS WINDOWS; FIRE RETARDING GLASS FOR USE IN CONSTRUCTION. MIRRORS; MIRRORS; MIRROR TILES; HAND-HELD MIRRORS. FIGURED PLATE GLASS; DECORATIVE GLASS; FILTER GLASS; LAMINATED FLAT GLASS; TEMPERED GLASS; EXPLOSION-PROOF GLASS; SEMI-FINISHED SAFETY GLASS; HEAT PROTECTIVE GLASS (SEMI-WORKED -); HEAT REFLECTING GLASS; GLASS FOR VEHICLE WINDOWS; SEMI-WORKED GLASS; UNWORKED OR SEMI-WORKED GLASS; GLASS (SEMI-WORKED -) ADAPTED TO ABSORB ULTRA-VIOLET RADIATION; GLASS PANELS.


Trademark
G Technology OPTOELECTRONICS CORPORATION | Date: 2014-05-08

INPUT DEVICES FOR COMPUTERS; COMPUTER MONITORS; TOUCH PANELS; TOUCH PADS; TOUCH SCREENS; TOUCHSCREEN MONITORS; TOUCHSCREEN SENSORS; COMPUTER TOUCHSCREENS; PROTECTIVE COVERS AND CASES FOR CELL PHONES, LAPTOPS AND PORTABLE MEDIA PLAYERS; PROTECTIVE COVERS AND CASES FOR TABLET COMPUTERS; PROTECTIVE COVERS AND CASES MADE OF GLASS FOR CELL PHONES, COMPUTERS, LAPTOPS, TABLET COMPUTERS, TELEVISIONS, AND PORTABLE MEDIA PLAYERS; GLASS COVERED WITH AN ELECTRICAL CONDUCTOR; CLEAR PROTECTIVE COVERS SPECIALLY ADAPTED FOR PERSONAL ELECTRONIC DEVICES, NAMELY, COMPUTER, NOTEBOOK, CELL PHONES, MP3 PLAYERS, PERSONAL DIGITAL ASSISTANTS; PROTECTIVE DISPLAY SCREEN COVERS ADAPTED FOR USE WITH ELECTRONIC EQUIPMENT, NAMELY, COMPUTERS, TELEVISIONS, PC TABLETS.EXCLUDING GAMING APPARATUS; OPTICAL GLASS; BULLET-PROOF GLASS; ANTIBACTERIAL GLASS FOR DISPLAY PANEL COVERS OF ELECTRONIC DEVICES INCLUDING CELL PHONES, COMPUTERS, LAPTOPS, TABLET COMPUTERS, TELEVISIONS, AND PORTABLE MEDIA PLAYERS. GLASS DOORS; SAFETY GLASS FOR BUILDING PURPOSES; BUILDING GLASS; WINDOW PANES FOR BUILDINGS; FIGURED PLATE GLASS FOR BUILDING; WIRED PLATE GLASS FOR BUILDING; WINDOW GLASS; INSULATING GLASS FOR WINDOWS FOR BUILDING PURPOSES; ALABASTER GLASS; GLASS MOSAICS FOR USE IN BUILDING CONSTRUCTION; STAINED GLASS WINDOWS; FIRE RETARDING GLASS FOR USE IN CONSTRUCTION. MIRRORS; MIRRORS; MIRROR TILES; HAND-HELD MIRRORS. FIGURED PLATE GLASS; DECORATIVE GLASS; FILTER GLASS; LAMINATED FLAT GLASS; TEMPERED GLASS; EXPLOSION-PROOF GLASS; SEMI-FINISHED SAFETY GLASS; HEAT PROTECTIVE GLASS (SEMI-WORKED -); HEAT REFLECTING GLASS; GLASS FOR VEHICLE WINDOWS; SEMI-WORKED GLASS; UNWORKED OR SEMI-WORKED GLASS; GLASS (SEMI-WORKED -) ADAPTED TO ABSORB ULTRA-VIOLET RADIATION; GLASS PANELS. GLASS ETCHING; PROCESSING AND FINISHING OF GLASS; GLASS POLISHING; GLASS TEMPERING.

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