COME TRUE JET

Brand Owner Address Description
COMETRUEJET MICROJET TECHNOLOGY CO., LTD No. 28, R&D Rd. Science-Based Industrial Park Hsin-Chu Taiwan COME TRUE JET;Composite material consisting of starch, metal, ceramic and zirconia used for the production of direct-pour metal casting molds using rapid prototyping systems, comprising a computer controlled apparatus, based on ink-jet technology, for the production of three-dimensional models; Chemical additives in powder form for use in the manufacture of direct-pour metal casting molds using rapid prototyping systems, comprising a computer controlled apparatus, based on ink-jet technology, for the production of three-dimensional models; Chemical additives in powder form for use in the manufacture of three-dimensional models; Chemical preparations in liquid form for use as a binding agent in the manufacture of three-dimensional models; Chemical additives in powder form for use as a binding agent in the manufacture of molds which are used to produce three-dimensional models; Chemical additives in liquid form for use as an infiltrant or sealant agent in the manufacture of molds used to produce three-dimensional models;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Timecoding systems, methods and data structures are described which, in some embodiments, permit a true time to be ascertained from media samples whose timecodes contain an amount of drift which can arise from having non-integer frame rates. Inventive methods incorporate the use of an offset parameter that describes a time difference between a timecode and a true time associated with a media sample. The inventive approaches can be incorporated with and used compatibly in connection with current timecoding paradigms such as SMPTE timecode and the like. Further embodiments permit timecoding to take place at the field level of a frame. This can permit true-time calculations to be done to ascertain the true time associated with individual fields of a frame. In addition, other embodiments provide novel counting compensation methods that are directed to reducing the drift that can be associated with media samples that are sampled at non-integer frame rates.