Abstract: A printed circuit board and a method for manufacturing a printed circuit board are disclosed. The printed circuit board in accordance with an embodiment of the present invention includes: a substrate; a first pad and a second pad, formed on one surface of the substrate and separated from each other; a first wiring extended from the first pad; a second wiring extended from the second pad and neighboring the first wiring; and a solder resist layer formed on one surface of the substrate so as to cover portions of the first wiring and the second wiring, and an indentation is formed in an area between the first wiring and the second wiring on one side of the solder resist layer.

Abstract: A connector for a coaxial cable physically and electrically connects a coaxial cable with various kinds of electric members. The coaxial cable includes a hollow inner conductor and a corrugated outer conductor surrounding the inner conductor. A carrier terminal inserted into the inner conductor of the coaxial cable has a diameter elastically adjusted to an inner diameter of the inner conductor.

Abstract: A connecting block includes a housing having a plurality of slots extending from an upper surface thereof to an inside thereof with intervals, a plurality of terminal pins installed in the slots, a dielectric cover made of an insulating resin and coupled to the housing to cover a side of the housing, and a coupling pin electrically contacted with a terminal pin of any one pair among terminal pins belonging to different terminal pin pairs and extending opposite to a terminal pin of the other pair. The coupling pin is molded in a body of the dielectric cover such that the insulating resin is interposed between the coupling pin and the terminal pin opposite to the coupling pin.

Abstract: A connecting block includes a housing having a plurality of slots extending from an upper surface thereof to an inside thereof with intervals, a plurality of terminal pins installed in the slots, a dielectric cover made of an insulating resin and coupled to the housing to cover a side of the housing, and a coupling pin electrically contacted with a terminal pin of any one pair among terminal pins belonging to different terminal pin pairs and extending opposite to a terminal pin of the other pair. The coupling pin is molded in a body of the dielectric cover such that the insulating resin is interposed between the coupling pin and the terminal pin opposite to the coupling pin.

Abstract: The present invention relates to a scroll compressor. The scroll compressor is configured to have a discharge outlet (113) of a fixed scroll (110) and a discharge guide groove of an orbiting scroll (120) for med in non-circular shapes such as a heart shape. Accordingly, it is capable of preventing a refrigerant from being incompletely or excessively compressed without additional bypass valves, thereby being capable of reducing a fabrication cost of the compressor. And, since it is not required to consider interference by other components at the time of installation of a bypass valve, it is capable of simplifying a fabrication process.

Abstract: A working-system for a single path having a plurality of equipment set along the single path and a plurality of working-objects performing predetermined jobs on the plurality of the equipment while moving along the single path, including: a simulator estimating job completion times according to job orders by which the jobs are processed, and priority orders among the jobs, in response to there being an interference between the working-objects; and a job allocator allocating the jobs having an optimal job order and an optimal priority order to an optimal working-object to minimize the job completion times.

Abstract: A working-system for a single path having a plurality of equipment set along the single path and a plurality of working-objects performing predetermined jobs on the plurality of the equipment while moving along the single path, including: a simulator estimating job completion times according to job orders by which the jobs are processed, and priority orders among the jobs, in response to there being an interference between the working-objects; and a job allocator allocating the jobs having an optimal job order and an optimal priority order to an optimal working-object to minimize the job completion times.

Abstract: A transport system transporting an article along a transport route includes a job assigning part receiving at least one job order, calculating a transport time to be taken when transport vehicles in the transport route perform respective job orders, and creating job assignment information to assign each job order to the transport vehicle having a minimum transport time according to each job order, the transport vehicles traveling in opposite directions of the transport route, and a route searching part receiving the job assignment information from the job assigning part, creating route search information by searching an optimum route having the minimum transport time to be taken when the transport vehicle assigned with the job order travels from a starting position to a target position along the opposite directions of the transport route, and updating the route search information by searching routes in real time when the transport vehicle travels.