Abstract: Described herein is technology for, among other things, a method of displaying a number of views in response to user scrolling. A basic, generic view is initially rendered for display on a client. Subsequent views are rendered for display that tracks the scrolling. During the scrolling process, data is not requested from the server. Only data that is stored on the client device is used while scrolling. When the scrolling has deemed to have stopped, the client requests additional data from the server. This additional data is rendered for display and is also stored in the locally on the client. Subsequent views containing this data can be generated quickly because the data exists locally. Thereby, views can be quickly and smoothly scrolled through and will appear richer in content over time.

Abstract: A card-holding case has a case body provided with a card dispenser. The case body has a cavity to receive cards, and a dispensing hole. The cavity is closed by a cover having an aperture and a slide rail unit. The card dispenser includes a slide disposed over the aperture and mounted slidably to the slide rail unit, and a pusher arm connected to the slide and extending into the cavity through the aperture. The pusher arm has a push end to contact the cards. The slide is slidable relative to the cover to move the push end toward the dispensing hole so that the push end pushes one of the cards outward from the dispensing hole. The card-holding case may be hung on the user's body when a hanging string is attached to the case body.

Abstract: The present invention describes an intermediate for use in a capacitive printed circuit board (PCB), which relates to a capacitive apparatus and manufacturing method for a built-in capacitor with a non-symmetrical electrode used to reduce inaccuracy of the error compression alignment on laminates. The invention employs a plurality of different sized metal laminates stacked for a built-in capacitor to achieve a high-precise capacitor PCB. More particularly, the invention can raise the capability of noise-immunity of a capacitive PCB applied to high frequency/speed modules and systems, and also provides precise capacitance to regular circuit design for the need of compact package and high-precise capacitance in the future.

Abstract: An embedded microelectronic capacitor incorporating at least one ground shielding layer is provided which includes an upper ground shielding layer that has an aperture therethrough; an electrode plate positioned spaced-apart from the upper ground shielding layer that has a via extending upwardly away from the electrode plate through the aperture in the upper ground shielding layer providing electrical communication to the electrode plate without shorting to the upper ground shielding layer; a middle ground shielding layer positioned in the same plane of the electrode plate, surrounding while spaced-apart from the electrode plate at a predetermined distance; a lower ground shielding layer positioned spaced-apart from the electrode plate in an opposing relationship to the upper ground shielding layer; and a dielectric material embedding the upper ground shielding layer; the middle ground shielding layer and the lower ground shielding layer.

Abstract: A drying process for wafers includes positioning the wafers to be dried in a cleaning device full of isopropyl alcohol (IPA) vapor and replacing moisture out of the wafers with the IPA vapor. Gas steam including the IPA vapor is exhausted from the cleaning device into a scrubber, and the scrubber has at least a solvent therein for dissolving the IPA vapor and an exhaust outlet for discharging gas mixture of the IPA vapor and the solvent. A flow rate of the solvent in the scrubber is adjusted to increase a concentration of the IPA vapor in the cleaning device and thus obtain better uniformity for drying the wafers.

Abstract: The present invention describes an intermediate for use in a capacitive printed circuit board (PCB), which relates to a capacitive apparatus and manufacturing method for a built-in capacitor with a non-symmetrical electrode used to reduce inaccuracy of the error compression alignment on laminates. The invention employs a plurality of different sized metal laminates stacked for a built-in capacitor to achieve a high-precise capacitor PCB. More particularly, the invention can raise the capability of noise-immunity of a capacitive PCB applied to high frequency/speed modules and systems, and also provides precise capacitance to regular circuit design for the need of compact package and high-precise capacitance in the future.

Abstract: An embedded microelectronic capacitor incorporating at least one ground shielding layer is provided which includes an upper ground shielding layer that has an aperture therethrough; an electrode plate positioned spaced-apart from the upper ground shielding layer that has a via extending upwardly away from the electrode plate through the aperture in the upper ground shielding layer providing electrical communication to the electrode plate without shorting to the upper ground shielding layer; a middle ground shielding layer positioned in the same plane of the electrode plate, surrounding while spaced-apart from the electrode plate at a predetermined distance; a lower ground shielding layer positioned spaced-apart from the electrode plate in an opposing relationship to the upper ground shielding layer; and a dielectric material embedding the upper ground shielding layer; the middle ground shielding layer and the lower ground shielding layer.

Abstract: An embedded microelectronic capacitor equipped with geometrically-centered electrodes which includes an upper electrode plate of a first polarity; a middle electrode plate of a second polarity opposite to the first polarity; at least one lower electrode plate of the first polarity in electrical communication with the upper electrode plate through a center via. The center via is positioned at a distance from a geometric center of the middle electrode plate of not larger than 50% of the diameter of the plate, and preferably not larger than 30% of the diameter.

Abstract: An embedded microelectronic capacitor equipped with geometrically-centered electrodes which includes an upper electrode plate of a first polarity; a middle electrode plate of a second polarity opposite to the first polarity; at least one lower electrode plate of the first polarity in electrical communication with the upper electrode plate through a center via. The center via is positioned at a distance from a geometric center of the middle electrode plate of not larger than 50% of the diameter of the plate, and preferably not larger than 30% of the diameter.

Abstract: A clamping and connecting structure for a track light includes a track unit and a clamping unit. The track unit consists of a track with two grooves each of which receives a packing strip accommodating a lead wire. The clamping unit consists of a clamping sleeve with locking holes at both ends, a pair of clamping pieces each having an upper bent guide strip and a lower through hole, a pair of bent connecting pieces each having an upper through hole and a lower through hole, and a connecting sleeve with insert holes in one side. Screws are used to lock the upper through holes of the connecting pieces and the lower through holes of the clamping pieces to the clamping sleeve such that the guide strips are in contact with the lead wires held by the packing strips of the track. Screws are further used to lock the lower through holes of the connecting pieces to the connecting sleeve, the insert holes of which may receive insert means of a lamp.

Abstract: The rotor engine of the present invention includes air compressing components and engine components provided with a combustion chamber. One of the air-compressing components is rotor air-compressing and the other is piston air compressing. Air intake grooves are cut into the air-compressing rotor, and expansion grooves are cut into the engine rotor. Abutments are radially located at the position of the air-compressing rotor and the engine rotor, which divide the air intake groove and expansion groove into volume varying chambers. A gas shield disk is fitted between the air-compressing rotor and engine rotor, and end seals are fitted at the two ends of these two rotors. As a result of this construction, air-intaking, compressing and work-doing, exhausting are completed in the air-compressing components and work components respectively.