초록 ▼

A combustion turbine power plant includes a modular compressor assembly structured to enclose multiple configurations of vanes and blades, a modular combustor assembly structured to be disengagably coupleable to a fuel source, a modular first turbine assembly structured to enclose multiple configura

A combustion turbine power plant includes a modular compressor assembly structured to enclose multiple configurations of vanes and blades, a modular combustor assembly structured to be disengagably coupleable to a fuel source, a modular first turbine assembly structured to enclose multiple configurations of vanes and blades, a modular diffuser, a modular second turbine unit, a work unit, and a modular heat exchange system. A work unit shaft is structured to have two ends that are disengagably coupleable to the modular second turbine unit and the work unit. A compressor turbine shaft is structured to have two ends that are disengagably coupleable to the modular compressor assembly and the modular compressor turbine assembly.

대표청구항 ▼

A combustion turbine power plant includes a modular compressor assembly structured to enclose multiple configurations of vanes and blades, a modular combustor assembly structured to be disengagably coupleable to a fuel source, a modular first turbine assembly structured to enclose multiple configura

A combustion turbine power plant includes a modular compressor assembly structured to enclose multiple configurations of vanes and blades, a modular combustor assembly structured to be disengagably coupleable to a fuel source, a modular first turbine assembly structured to enclose multiple configurations of vanes and blades, a modular diffuser, a modular second turbine unit, a work unit, and a modular heat exchange system. A work unit shaft is structured to have two ends that are disengagably coupleable to the modular second turbine unit and the work unit. A compressor turbine shaft is structured to have two ends that are disengagably coupleable to the modular compressor assembly and the modular compressor turbine assembly. by a predetermined number of operands, each operand including at least one data unit, said predetermined number based on said opcode, said first code array organized according to a first endian order, said processing including reordering said first code array according to a second endian order, said reordering comprising: determining a number of data units associated with at least one operand of said opcode; and representing said opcode and said at least one operand in said second endian order based at least in part on said determining; and storing said at least one pre-processed program file on a computer-readable medium. 7. The method of claim 6, wherein said program file comprises a Java� classfile. 8. A method for pre-processing a Java� classfile on a little-endian computer, comprising: receiving a Java� classfile, said classfile including a first code array comprising a plurality of instructions, each instruction comprising an opcode followed by a predetermined number of operands, each operand including at least one data unit, said predetermined number based on said opcode, said first code array arranged according to big-endian order; processing said Java� classfile to create at least one pre-processed classfile, said processing including reordering said Java� classfile according to little-endian order, said reordering comprising: determining a number of data units associated with at least one operand of said opcode; and representing said opcode and said at least one operand in said little-endian order based at least in part on said determining; and storing said at least one pre-processed classfile on a computer-readable medium. 9. A method for executing Java� classfiles on a computer having a little-endian architecture, the method comprising: receiving a classfile, said classfile including a first code array comprising a plurality of instructions, each instruction comprising an opcode followed by a predetermined number of operands, each operand including at least one data unit, said predetermined number based on said opcode, said first code array arranged according to big-endian order; reordering said classfile according to little-endian order, said reordering comprising: determining a number of data units associated with at least one operand of said opcode; and representing said opcode and said at least one operand in said little-endian order based at least in part on said determining; and executing said class file. 10. A program storage device readable by a machine, embodying a program of instructions executable by the machine to perform a method for interpreting a program, comprising: receiving a first code array comprising a plurality of instructions, each instruction comprising an opcode followed by a predetermined number of operands, each operand including at least one data unit, said predetermined number based on said opcode, said first code array organized according to a first endian order; reordering said first code array according to a second endian order to create a second code array, said reordering comprising: determining a number of data units associated with at least one operand of said opcode; and representing said opcode and said at least one operand in said second endian order based at least in part on said determining; and interpreting said second code array. 11. A program storage device readable by a machine, embodying a program of instructions executable by the machine to perform a method for interpreter optimization, the interpreter targeted to a processor having a first endian order, the method comprising: receiving a first code array comprising a plurality of instructions, each instruction comprising an opcode followed by a predetermined number of operands, each operand including at least one data unit, said predetermined number based on said opcode, said first code array organized according to a first endian order; reordering said first code array