초록 ▼

A removable modular duct system for conducting air in a temperature-controlled cargo container. Temperature-controlled air produced and propelled by a refrigeration unit, is conducted along the modular duct system by one or more duct sections and a transition section that conducts air from the refri

A removable modular duct system for conducting air in a temperature-controlled cargo container. Temperature-controlled air produced and propelled by a refrigeration unit, is conducted along the modular duct system by one or more duct sections and a transition section that conducts air from the refrigeration unit to the duct sections. The air may be discharged laterally via lateral discharge openings in the duct sections. An end section may be coupled to the duct sections to discharge air at the end of the duct system.

대표청구항 ▼

A removable modular duct system for conducting air in a temperature-controlled cargo container. Temperature-controlled air produced and propelled by a refrigeration unit, is conducted along the modular duct system by one or more duct sections and a transition section that conducts air from the refri

A removable modular duct system for conducting air in a temperature-controlled cargo container. Temperature-controlled air produced and propelled by a refrigeration unit, is conducted along the modular duct system by one or more duct sections and a transition section that conducts air from the refrigeration unit to the duct sections. The air may be discharged laterally via lateral discharge openings in the duct sections. An end section may be coupled to the duct sections to discharge air at the end of the duct system. first method. 6. The process of claim 4, further comprising: just-in-time compiling the first method with the inlined second method. 7. The process of claim 4 wherein the first method and the second method are Java methods. 8. The process of claim 4 further comprising: determining that the second method has not been previously overridden. 9. The process of claim 4 further comprising: maintaining a list of dependencies among methods for updating compiled methods that contain inlined methods that may be overridden. 10. A data processing system for optimizing an invocation of a method, the data processing system comprising: detecting means for detecting, in response to a determination to compile a first method, a call to a second method within the first method, wherein the second method is a non-final, virtual method; inlining means for inlining the second method within the first method without a conditional statement in the first method for conditional execution of the inlined second method; and at least one of patching means for patching, in response to a determination to load a class comprising a third method that overrides the second method, the first method and recompiling means for recompiling, in response to a determination to load a class comprising a third method that overrides the second method, the first method, wherein the first method contains the second method inlined without a conditional statement. 11. The data processing system of claim 10 wherein the second method is unconditionally inlined within the first method. 12. The data processing system of claim 10 further comprising: compiling means for just-in-time compiling the first method with the inlined second method. 13. The data processing system of claim 10 wherein the first method and the second method are Java methods. 14. The data processing system of claim 10 further comprising: determining means for determining that the second method has not been previously overridden. 15. The data processing system of claim 10 further comprising: maintaining means for maintaining a list of dependencies among methods for updating compiled methods that contain inlined methods that may be overridden. 16. A computer program product in a computer-readable medium for use in a data processing system for optimizing an invocation of a method, the computer program product comprising: instructions for detecting, in response to a determination to compile a first method, a call to a second method within the first method, wherein the second method is a non-final, virtual method; instructions for inlining the second method within the first method without a conditional statement in the first method for conditional execution of the inlined second method; and instructions for performing one of patching the first method and recompiling the first method, in response to a determination to load a class comprising a third method that overrides the second method, wherein the first method contains the second method inlined without a conditional statement. 17. The computer program product of claim 16 further comprising: instructions for determining that the second method has not been previously overridden. 0100, Barnett et al., 705/014