Abstract: A process for filling recessed features of a dielectric substrate for a semiconductor device, comprises the steps (a) providing a dielectric substrate having a recessed feature in a surface thereof, wherein the smallest dimension (width) across said feature is less than ?200 nm, a conductive layer being present on at least a portion of said surface, (b) filling said recessed feature with a conductive material, and (c) prior to filling said recessed feature with said conductive material, treating said surface with an accelerator.

Abstract: A package is formed from a carton and containers extending through a bottom panel of the carton. First and second struts and a brace in the carton interior provide support for the containers accommodated within the carton.

Abstract: The object of the present invention is a method and compositions for direct copper plating and filling to form interconnects in the fabrication of semiconductor devices. According to the invention, this method comprises: providing an electrolytic copper bath containing, in solution in a solvent, a source of copper ions with a concentration of between 45 and 200 mM, preferably of between 45 and 100 mM and at least one copper complexing agent which is an aliphatic polyamine having 2 to 4 amine functions with a concentration of between 30 and 200 mM, preferably of between 60 and 200 mM; the copper/complexing agent(s) molar ratio being of between 0.2 and 2, preferably between 0.3 and 1.5; bringing said copper diffusion barrier layer of said substrate into contact with said electrolytic copper bath, applying an electrical bias to the substrate for a duration adjusted according to the thickness of copper to be electroplated, removing the substrate from said electrolytic copper bath.

Abstract: A carton and blank for forming a carton of the top gripping type for accommodating a plurality of containers. The carton is tubular in structure and has top and base spaced, opposed panels. The base panel has apertures each for receiving a container. The base panel also has a foldable retaining tab hingedly connected thereto for operatively engaging part of the respective container. The carton also has a retaining structure depending from the top panel. The retaining structure comprises an engagement panel with an engaging edge to engage at least one of the containers.

Abstract: A flat paperboard bottle carrier is provided with an integral and depending bottle divider panel which makes the carrier particularly useful for carrying glass bottles. The divider flap extends between adjacent pairs of glass bottles and prevents glass clinking sound or banging together of the glass bottles as they are carried by a consumer. The carrier is provided with a finger hole for insertion of the fingers for carrying the carrier, with the longitudinal axis of the finger hole lying in the plane of the divider. Three variations in form are disclosed.

Abstract: A blank for forming a wrap-around carrier sleeve comprising a plurality of panels connected end to end and having first and second end panels that form the bottom of the sleeve. The first end panel includes at least one retainer flap struck from the panel which is joined to the panel along a fold line. The second end panel is configured to overlap the first end panel and includes at least one male supporting tab comprising a neck and at least one shoulder, the male tab being joined to the second end panel at a fold line. The male supporting tab is configured to extend through the opening in the first panel from which the retaining flap is struck and engage with the first panel to support the retaining flap within the carrier sleeve thereby forming a three-dimensional protuberance within the sleeve that serves to limit movement of an article in the sleeve towards an open end of the sleeve.

Abstract: An article carrier of the top-gripping type which connects together and supports a plurality of bottles by their flanged neck portions is formed from a single elongate blank (10) of foldable sheet material having a series of panels (12, 14, 16, 18, 20) joined together and the blank including terminal panels (12, 20) at opposing ends thereof and which, when assembled provides a top (16) and a base (12, 20) interconnected by spaced side wall panels (14, 18) and together form a tubular structure. The top and base each have a plurality of article receiving apertures (A1-A4:N1-N4) with the apertures in the top disposed in registry with the apertures in the base.

Abstract: This relates to a closure panel and lock arrangement for cartons of the wrap around type. The customary secondary lock includes at least one, and preferably two, male locking tabs which have a locking projection on one side only of a narrow neck and defining a locking shoulder. The male locking tab is associated with a separate female locking slot in an inner closure panel immediately adjacent its folded connection with a side panel of the carton wherein the female locking slot is formed by a single knife arrangement forming first and second cut lines without the removal of material. The shapes of the cut lines provide for automatic opening of the female locking slot when the inner closure panel is folded relative to an adjacent side panel and there is defined a flexible locking ear which will lock behind the shoulder of the male locking tab.

Abstract: This relates to a closure panel and lock arrangement for cartons of the wrap around type. There are two features. In lieu of the usual primary lock, an outer closure panel is merely provided with divider tabs which extend through suitable apertures in an inner closure panel and extend between articles disposed in adjacent rows within the carton. The inner closure panel may be provided with a female locking slot for receiving the divider tab. There is a locking arrangement similar to the customary secondary lock and utilizing a male locking member of the usual type.

Abstract: A packaging box is assembled from a blank including a trapezoidal locking tab formed adjacent to one end edge of the blank by a cut formed therein. An insert tab extends from the other end edge of the blank and can be inserted into an opening which is formed when the locking tab is folded. When an article or articles are packaged, the insert tab is inserted into the opening from the outside while tilting the locking tab, and when fitted into the opening, the insert tab is urged by gravity of the articles, whereby it is locked in place. In this manner, the packaging box is rigidly maintained in its assembled condition.