Abstract: A plug adapter with wireless transceiver module with universal plug & socket assembly is combined with a wireless transceiver module. Firstly, a wireless transceiver module is set into the portable plug adapter without worry about the difference of plugs; furthermore, it is possible to share wireless connection via either of 3G, 4G, WIMAX and WIFI. And, an input interface and at least one connection port are set externally and connected electrically to provide wired network input and output; if wireless signals are output via the wireless transceiver module, many users could share network resources. Additionally, a USB connector is connected with an electronic device for electric charging, thus realizing ease of use via the integrated design of the present invention.

Abstract: A causality analyzer that provides attribution of causality effects for changes in revenue, margin and margin percentage is provided. The causality analyzer selects a reference time period and a comparison time period, and receives transaction data. Data cleansing and correction may be performed on the transaction data. The analyzer may then calculate change in total margin, percent margin and total revenue between the reference time period and the comparison time period using the transaction data. Each of the total margin, the percent margin and the total revenue may be disaggregated into one or more of a price effect, cost effect, quantity effect, product mix effect, customer mix effect, exchange rate effect, new and lost business, and an adjustment change. In this way the total margin, the percent margin and the total revenue are each defined as a summation of the individual causality effects.

Abstract: A method for preparing a coating solution for producing a transparent conductive film includes dissolving a zinc precursor and a metal salt with a solvent to form a first solution containing the zinc precursor and a second solution containing the metal salt. The first solution is mixed with the second solution. At least one stabilizer is added into a mixture of the first and second solutions to form a coating solution precursor. The coating solution precursor is heated and stirred until even dissolution of the zinc precursor and the metal salt. The heated and stirred coating solution precursor is placed steadily in an environment having a temperature lower than a room temperature to undergo crystal growth, obtaining a raw coating solution. The raw coating solution is then filtered to obtain a coating solution.

Abstract: A causality analyzer that provides attribution of causality effects for changes in revenue, margin and margin percentage is provided. The causality analyzer selects a reference time period and a comparison time period, and receives transaction data. Data cleansing and correction may be performed on the transaction data. The analyzer may then calculate change in total margin, percent margin and total revenue between the reference time period and the comparison time period using the transaction data. Each of the total margin, the percent margin and the total revenue may be disaggregated into one or more of a price effect, cost effect, quantity effect, product mix effect, customer mix effect, exchange rate effect, new and lost business, and an adjustment change. In this way the total margin, the percent margin and the total revenue are each defined as a summation of the individual causality effects.

Abstract: A blood sampler is adapted for penetrating epidermis of skin in order to collect blood, and includes a plate, a thin-film electrode unit, and a plurality of spaced apart penetrating members. The plate has an upper surface that is indented to form a recess adapted for containing the blood. The thin-film electrode unit is provided in the plate and has a reactive section that is exposed at a bottom of the recess. The penetrating members are provided on the reactive section of the thin-film electrode unit. Each of the penetrating members has a bottom end that is wire-bonded to the reactive section of the thin-film electrode unit, and a top end that is not higher than the upper surface of the plate.

Abstract: A nozzle assembly includes a housing defining a first fluid passage and a second fluid passage, and a sleeve disposed within the housing and fluidly connected to the first and second fluid passages. The nozzle assembly also includes a shaft disposed within the sleeve and movable between a closed position and an open position. The nozzle assembly further includes at least one orifice in selective communication with a regeneration device.

Abstract: A nozzle assembly includes a housing defining a first fluid passage in fluid communication with a second fluid passage, and a sleeve disposed within the housing and fluidly connected to the first and second fluid passages. The housing defines a radial fluid passage proximate a front end of the sleeve. The nozzle assembly also includes at least one orifice in selective communication with a regeneration device.

Abstract: A system for ventilating a crankcase of an internal combustion engine includes an exhaust system having a treatment element, and the treatment element includes a catalyst configured to assist in passively regenerating a filter of the exhaust system. The system for ventilating the crankcase also includes first flow path configured to transmit a first flow from the crankcase to a port upstream of the filter, and a second flow path configured to transmit a second flow from a combustion chamber of the internal combustion engine to the exhaust system. The catalyst is configured to treat a combined flow comprising the first flow and the second flow.

Abstract: A system for treating particulates of an engine's exhaust is provided. The system comprises a filter configured to collect particulate matter and a device for regenerating the filter. The device comprises a housing, a fuel injector configured to inject fuel, an igniter configured to ignite the injected fuel, and a combustion chamber. The device is characterized in that the cross section of the combustion chamber converges from an inlet to an outlet.

Abstract: A regeneration assembly includes a first portion including a combustion chamber connected to a combustor head. The regeneration assembly also includes a second portion including a housing. The first portion is removably connectable to the second portion.

Abstract: An exhaust treatment system of a power source includes a filter having a housing with an inlet and an outlet, and a regeneration device disposed outside of the housing of the filter. The regeneration device is fluidly connected to the inlet of the housing. The exhaust treatment system also includes an exhaust line configured to assist in directing a portion of a filtered flow of exhaust from the filter outlet to the power source.

Abstract: A combustion burner refractory material retention system is provided. The system may include a tubular enclosure having a first section and a second section, wherein the first section has an internal cross-sectional area that is less than an internal cross-sectional area of the second section. A refractory material body may be disposed within the tubular enclosure second section. A first support layer may be disposed on a surface of the refractory material body, and at least one outer support layer may be disposed between the refractory material body and a wall of the tubular enclosure second section. The first support layer may form an insulating barrier between the refractory material body and the outer support layer, and a cross-sectional area of the combined refractory material body and first support layer may be at least as large as the internal cross-sectional area of the tubular enclosure first section.

Abstract: A packaging process for improving effective chip-bonding area is disclosed in the present invention. An A-stage liquid paste is formed on a substrate and partially cured to become a B-stage film layer. The B-stage film layer is maintained without fully cured passing through a chip-attaching step and an electrically connecting step. During the molding step, the packing pressure for the molding compound (1000 psi˜1500 psi) is larger than the chip attaching pressure for enabling the B-stage film layer to be closely compressed in order to improve effective chip-bonding area. The B-stage film layer and the molding compound are cured simultaneous in the molding step.

Abstract: The automatic locking and releasing structure for a push-pull plug of this invention includes an upper case, a bottom case, a slider and push-buttons. The bottom case is suspended therein with two symmetrically arranged slide tracks that are each provided at the inside thereof with a wedge piece. The opposing sides of the slider are each formed with a resilient retaining arm, and the slider is movably provided between the two slide tracks. The free ends of the resilient retaining arms are movably attached to the push-buttons provided at the outside of the slide tracks. As such, when one manipulates the push-buttons to move along slide slots formed in the upper case and bottom case, the slider may be retracted or extended at the same time thereby subjecting the resilient retaining arms to assume a locking or releasing state with respect to the wedge pieces.

Abstract: A packaging process for improving effective chip-bonding area is disclosed in the present invention. An A-stage liquid paste is formed on a substrate and partially cured to become a B-stage film layer. The B-stage film layer is maintained without fully cured passing through a chip-attaching step and an electrically connecting step. During the molding step, the packing pressure for the molding compound (1000 psi˜1500 psi) is larger than the chip attaching pressure for enabling the B-stage film layer to be closely compressed in order to improve effective chip-bonding area. The B-stage film layer and the molding compound are cured simultaneous in the molding step.

Abstract: A SOC (Substrate-On-Chip) packaging process is disclosed. A layer of two-stage thermosetting mixture with solvent is coating on an upside of a substrate. Thereafter, the substrate is heated for removing solvent so that the two-stage thermosetting mixture becomes a B-stage dry adhesive film without solvent. Thus, the bonding pads of the chip are not covered by the dry adhesive film and a better operating flexibility is obtained in the SOC packaging process.

Abstract: The present invention provides a fiber coupler twister used in fused taper process, in which two round plates having a plurality of holes thereon are each placed in the troughs of two pedestals respectively, and can be rotated. When manufacturing a fiber coupler, a plurality of fibers are each passing through the plurality of holes on the two round plates respectively, and then rotate the two round plates, so as to form various fiber couplers with different twisting angles.