PLASTIC PROCESSING MACHINE SYSTEMS COMPRISED

Brand Owner (click to sort) Address Description
DIRECT LFT SYSTEM U-MHI PLATECH CO., LTD. 1, AZA TAKAMICHI, IWATSUKA-CHO NAKAMURA-KU, NAGOYA-SHI AICHI 453-0862 Japan Plastic processing machine systems comprised of an injection molding machine and a kneading machine equipped with a melted resin feeder and a glass fiber feeder automatically controlled by integrated computers in order to uniformly disperse the fibers into the resin; plastic processing machines; injection plastic molding machines; injection molding machines; electric injection molding machines; hydraulic injection molding machines; injection molding machines for fiber reinforced plastics; injection plastic molding machines for manufacturing front light or backlight guiding plates of liquid crystal display devices; reciprocating screws used for injection molding machines;SYSTEM;
DLFT SYSTEM U-MHI PLATECH CO., LTD. 1, AZA TAKAMICHI, IWATSUKA-CHO NAKAMURA-KU, NAGOYA-SHI AICHI 453-0862 Japan Plastic processing machine systems comprised of an injection molding machine and a kneading machine equipped with a melted resin feeder and a glass fiber feeder automatically controlled by integrated computers in order to uniformly disperse the fibers into the resin; plastic processing machines; injection plastic molding machines; injection molding machines; electric injection molding machines; hydraulic injection molding machines; injection molding machines for fiber reinforced plastics; injection plastic molding machines for manufacturing front light or backlight guiding plates of liquid crystal display devices; reciprocating screws used for injection molding machines;SYSTEM;
 

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

    
Technical Examples
  1. A system and method for processing virtual machine instructions which supports the software trap methodology. An application programming interface (API) prescribes additional functionality for software traps that remove the processing of recursive virtual machine instructions from virtual machine hardware and instead process recursive virtual machine instructions using software. The additional functionality includes the configuration of a context for processing recursive virtual machine instructions, which enables the virtual machine instructions to access CPU registers to retrieve and modify the values of variables as required, the release of the configured context when processing of recursive virtual machine instructions is completed, and the return of control to a virtual machine for processing non-recursive virtual machine instructions.