Abstract: A carrier dispatch and transfer method is disclosed, which actuates an optimal carrier dispatch and transfer table for generating elements with a kernel of genetic algorithm by a multi-thread method to search setting confinement conditions and object. A plurality of samples are generated randomly, each including a two dimensional carrier dispatch encoding table. The carrier dispatch encoding table and its transportation duties correspond to chromosomes and genes in a genetic algorithm. The samples are utilized as parent generations for being estimated according to a defined object function and a confinement formula. By rule of roulette wheel, selection possibilities of chromosomes with relative superior fitness values are enhanced. After performing processes of chromosome crossover and mutation, a process of sample update is performed by local gene exchange to select superior samples based on the fitness values.

Abstract: A scanner for scanning an object. The scanner includes a platen, a scanning device, a track and a base. The object is placed on the platen. The scanning device is movably disposed under the platen, for scanning the object. The base disposed on the track, flexibly maintain contact between the scanning device and the platen.

Abstract: An illumination module (10) for emitting light beams includes a substrate (20) having a bottom plate (21) and a pair of opposite side walls (22), a plurality of pairs of holders (23) integrally formed on the bottom plate, and a plurality of linear light sources (30). Each holder defines a slot (231), with the holder elastically holding one end of a corresponding linear light source in the slot. Each linear light source has two wires (40, 40?) extending from two opposite ends thereof. The side walls define a plurality of apertures (50) therein, for receiving the wires of the linear light sources therethrough. The linear light sources with the wires can be quickly and safely removed from the substrate for replacement. The illumination module provides good mechanical performance, easy manufacturing and assembly, and reduced costs.

Abstract: An illumination module (40) for emitting light beams includes a substrate (20) having a main inner surface (21), a plurality of pairs of holders (30) integrally formed on the surface and a plurality of linear light sources (40). Each holder defines a pair of adjoining slots (32, 33), each slot having a guiding portion (321, 331) and an adjoining retaining portion (322, 332). The retaining portions of each holder elastically hold one end of a corresponding linear light source.

Abstract: A backlight system (10) includes a light source (30) having a light emitting portion (31) and a wire (32); and a bracket (20) having a plurality of fastener (24) which holds the light emitting portion thereby mounting the light source on the bracket, the wire are electrically connected with the bracket. The backlight system can stably fix the light sources in the bracket, and it is convenient and safe to exchange the light sources.

Abstract: An electronic device capable of securely attaching to a mobile phone includes a pair of first hooks and a pair of second hooks. The mobile phone has a first slot located on a bottom side of the mobile phone, and a pair of second slots respectively located on two sides of the mobile phone. The pair of first hooks and the pair of second hooks of the electronic device are capable of respectively inserting into the first slot and the pair of second slot of the mobile phone so as to securely attach the electronic device to the mobile phone.

Abstract: A substrate carrying device is disclosed. The substrate carrying device, in cooperation with at least a substrate, comprises two end plates having a plurality of fixing holes and mounting holes, at least two partition plates each having side faces, side edges and a plurality of parallel slots wherein the parallel slots are formed on each side face of the partition plate to receive the substrate, a plurality of assembling units, a plurality of fixing poles having binding holes, and at least a bottom rail having a plurality of fixing pins. The substrate carrying device is capable of strengthening the structure of the device, protecting the substrates, simplifying adjustment of the size of the device, and facilitating draining and stacking.

Abstract: A method and system is disclosed for reducing slurry usage in a chemical mechanical polishing operation utilizing at least one polishing pad thereof. Slurry can be intermittently supplied to a chemical mechanical polishing device. The slurry is generally flushed so that a portion of said slurry is trapped in a plurality of pores of at least one polishing pad associated with said chemical mechanical polishing device, wherein only a minimum amount of said slurry necessary is utilized to perform said chemical mechanical polishing operation, thereby reducing slurry usage and maintaining a consistent level of slurry removal rate performance and a decrease in particle defects thereof. The present invention thus discloses a method and system for intermittently delivering slurry to a chemical mechanical polishing device in a manner that significantly conserves slurry usage.

Abstract: An electronic device capable of securely attaching to a mobile phone includes a pair of first hooks and a pair of second hooks. The mobile phone has a first slot located on a bottom side of the mobile phone, and a pair of second slots respectively located on two sides of the mobile phone. The pair of first hooks and the pair of second hooks of the electronic device are capable of respectively inserting into the first slot and the pair of second slot of the mobile phone so as to securely attach the electronic device to the mobile phone.

Abstract: A method for fixing an electromagnetic interference (EMI) shield onto a circuit board. The circuit board has a plurality of holes, and the EMI shield has a plurality of fasteners that correspond to the plurality of holes. The method includes inserting the plurality of fasteners into the corresponding plurality of holes of the circuit board so as to fix the EMI shield onto the circuit board.

Abstract: A method and system is disclosed for reducing slurry usage in a chemical mechanical polishing operation utilizing at least one polishing pad thereof. Slurry can be intermittently supplied to a chemical mechanical polishing device. The slurry is generally flushed so that a portion of said slurry is trapped in a plurality of pores of at least one polishing pad associated with said chemical mechanical polishing device, wherein only a minimum amount of said slurry necessary is utilized to perform said chemical mechanical polishing operation, thereby reducing slurry usage and maintaining a consistent level of slurry removal rate performance and a decrease in particle defects thereof. The present invention thus discloses a method and system for intermittently delivering slurry to a chemical mechanical polishing device in a manner that significantly conserves slurry usage.

Abstract: A transportation crew dispatch method is disclosed. A plurality of initial samples is generated at first. Each initial sample includes a two dimensional transportation crew dispatch coding table. The initial samples are assigned as parent samples. A sample estimation is performed based on object functions and confinement formulas. By rule of roulette wheel, selection possibilities of chromosomes with superior fitness values are increased. After performing processes of chromosome crossover and mutation responsive to the selection possibilities of single point cutting and double point cutting, a process of sample update is executed by partial gene exchange so as to select preferred samples. The fitness value of each sample is determined from business cost, satisfaction of fairness index, and the disobedient cost of the confinement formulas.

Abstract: A carrier dispatch and transfer method is disclosed, which actuates an optimal carrier dispatch and transfer table for generating elements with a kernel of genetic algorithm by a multi-thread method to search setting confinement conditions and object. A plurality of samples are generated randomly, each including a two dimensional carrier dispatch encoding table. The carrier dispatch encoding table and its transportation duties correspond to chromosomes and genes in a genetic algorithm. The samples are utilized as parent generations for being estimated according to a defined object function and a confinement formula. By rule of roulette wheel, selection possibilities of chromosomes with relative superior fitness values are enhanced. After performing processes of chromosome crossover and mutation, a process of sample update is performed by local gene exchange to select superior samples based on the fitness values.

Abstract: The present invention relates to a manufacturing method of quartz substrate of light coupler utilizing quartz rod as basic material, and after a series of mechanical manufacturing procedure including a material selection, tooling positioning, wax fixing, grinding and cutting, and wax melting, it quickly, accurately, and definitely produces an optical fiber fixing groove on the peripheral surface of the selected quartz rod, such that the expected quartz substrate can be formed directly, and it definitely gives a simple, convenient, fast, and high efficient way for producing the quartz substrate of the lighter coupler. Such method is applicable for mass production, meanwhile it is economically cost effective that does not require a second manufacturing for the precision and application convenience, and enhance the productivity for the industry.

Abstract: An antiseptic solution dispenser installed in the tank of a toilet to dispense an antiseptic solution, including a container to hold an antiseptic solution, the container having a clip for fastening to the overflow tube of the tank of the toilet, and a storage float coupled to the bottom coupling neck of the container after the removal of a tear tape on the outside flange of the half-round barrel of the storage float. As the tank of the toilet is filled up with water, the half-round barrel is moved upwards by the rising water, causing the antiseptic solution to flow out of dispensing holes on the half-round barrel, and as water is drawn away from the tank of the toilet, the half-round barrel is lowered and a metered amount of the antiseptic solution is transferred out of the container into the half-round barrel of the storage float.

Abstract: A glass vacuum flask coating method comprising a step to put a metal material in the gap between an inner flask and an outer flask before said inner and outer flasks being formed into a blank for a glass vacuum flask, after the process of exhausting and tipping-off said metal material being heated by a magnetic field generated from an inductance coil into a metal vapor inside said gap, permitting said metal vapor to be adhered to the glass surface inside said gap, forming into a metal reflecting film thereon.