Abstract: A method and system is provided for dynamically coordinating one or more product orders with product parts progressing through a manufacturing process flow. After identifying a first order for generating one or more lots of parts for manufacturing a first product, wherein the first order identifies a predetermined base feature, one or more customer specific features, one or more order specific features, and the quantity of the first product, A smart code is assigned to the first order and the lots of parts, wherein the smart code identifies an association between the first order and the lots of parts. An analysis is then performed, based on the smart codes assigned thereto, to see whether one or more available lots of parts of a second order in production are ready to be converted to produce the first product. The smart code of the available lots is changed to the smart code of the first order if the available lots of the second order are chosen to be further processed for fulfilling the first order.

Abstract: A system and a method for stack-caching method frames are disclosed, which utilize FSO (Frame Size Overflow) flag to control the execution mode of the processor. When FSO flag is set, it indicates that the method frame of the next method is larger than the limit value of a stack cache so that the method frame is placed to a memory stack. When FSO flag is cleared, it indicates that the method frame of the next method is smaller than the limit value of the stack cache so that the method frame is placed into the cache stack.

Abstract: A notebook computer with a metal frame. The notebook computer comprises a housing, a metal frame, and a main board. The housing defines a plurality of first openings. The metal frame defines a plurality of second openings and a groove. Parts of the second openings correspond to the first openings. The main board is disposed on the metal frame, and includes a cable located in the groove of the metal frame.

Abstract: A method of cable assembly with electromagnetic interference protection and a structure thereof are described. The cable comprises a transmission cable, a ground cable, and metal rings. The transmission cable connects the liquid crystal display and a motherboard of a notebook computer. The insulating cover of the ground cable is peeled off in at least one position of an insulating cover and exposes an internal conductive wire. The exposed positions correspond to positions of clips of the notebook computer. The conductive wire and the transmission cable are clamped in the metal rings, and therefore the electromagnetic interference noises transmit to a ground of the notebook computer.

Abstract: A method of cable assembly with electromagnetic interference protection and a structure thereof are described. The cable comprises a transmission cable, a ground cable, and metal rings. The transmission cable connects the liquid crystal display and a motherboard of a notebook computer. The insulating cover of the ground cable is peeled off in at least one position of an insulating cover and exposes an internal conductive wire. The exposed positions correspond to positions of clips of the notebook computer. The conductive wire and the transmission cable are clamped in the metal rings, and therefore the electromagnetic interference noises transmit to a ground of the notebook computer.

Abstract: An electrostatic discharge protection cover is described. The electrostatic discharge protection cover enhances the strength of an upper cover of a PC card socket and protects the socket from electrostatic discharge pulse. The electrostatic discharge protection cover has a protection plate assembled on a PC card socket upper side for guiding the pulse of electrostatic discharge to a ground, and a stair-type enhancing edge to enhance the strength of the protection plate. The stair-type enhancing edge further couples with a metal crossbeam of a computer to enhance the strength and electrostatic discharge protection capacity.

Abstract: A notebook computer with a metal frame. The notebook computer comprises a housing, a metal frame, and a main board. The housing defines a plurality of first openings. The metal frame defines a plurality of second openings and a groove. Parts of the second openings correspond to the first openings. The main board is disposed on the metal frame, and includes a cable located in the groove of the metal frame.

Abstract: A rotary dryer. The dryer includes a rotary drum and a dehumidifier. the rotary cylinder receives dry air and wet material, wherein The wet material is rotated by the rotary drum to completely contact the dry air so that The wet material changes to grains. the dehumidifier receives wet air from the rotary drum, dehumidifies the wet air, and introduces dry air to the rotary cylinder.