초록 ▼

Blanks for conversion into hinged-lid packets for block-shaped arrays of cigarettes in metal foil envelopes are supplied by a first turntable to an assembling station where successive blanks are overlapped by successive arrays furnished by a second turntable. Each blank is draped around the envelope

Blanks for conversion into hinged-lid packets for block-shaped arrays of cigarettes in metal foil envelopes are supplied by a first turntable to an assembling station where successive blanks are overlapped by successive arrays furnished by a second turntable. Each blank is draped around the envelope of the respective array in part at the assembling station and in part at a further station downstream of the assembling station, as seen in the direction of joint advancement of the arrays and the corresponding blanks toward an evacuating station. Each array is moved at the assembling station vertically downwardly from a pocket of the second turntable into a pocket of the first turntable; the latter thereupon advances the arrays and the blanks jointly to the further station, and the finished packets--with the arrays confined therein--to the evacuating station.

대표청구항 ▼

Blanks for conversion into hinged-lid packets for block-shaped arrays of cigarettes in metal foil envelopes are supplied by a first turntable to an assembling station where successive blanks are overlapped by successive arrays furnished by a second turntable. Each blank is draped around the envelope

Blanks for conversion into hinged-lid packets for block-shaped arrays of cigarettes in metal foil envelopes are supplied by a first turntable to an assembling station where successive blanks are overlapped by successive arrays furnished by a second turntable. Each blank is draped around the envelope of the respective array in part at the assembling station and in part at a further station downstream of the assembling station, as seen in the direction of joint advancement of the arrays and the corresponding blanks toward an evacuating station. Each array is moved at the assembling station vertically downwardly from a pocket of the second turntable into a pocket of the first turntable; the latter thereupon advances the arrays and the blanks jointly to the further station, and the finished packets--with the arrays confined therein--to the evacuating station. egion, wherein the trough sections are sloped between the two regions; opposing side edges located along the trough sections, wherein the opposing side edges are adapted to support the bodies between the three or more joists; wherein each of the two or more bodies are adapted to be contained between two parallel joists; at least one exit located near the deep region of the each of the bodies, the exits being adapted to allow passage of water therethrough; and end pieces connected to the bodies between the joists, each end piece having an entrance in fluid communication with each respective exit, an end wall opposite the entrance, and a spout and-extending from a bottom portion of the end piece and body, the spouts being adapted to allow passage of water therethrough. 23. The apparatus of claim 22 wherein the bodies are comprised of a polyethylene material that is more than approximately 0.005 inch thick and less than approximately 0.030 inch thick. 24. The apparatus of claim 22 further comprising a flare located at the shallow region of each of the bodies, the flare being adapted to channel water towards the trough sections. 25. A deck protection apparatus to be installed between support structures of a deck structure, the deck structure including a plurality of parallel support structures and a plurality of planks placed on a top surface of the support structures, comprising: a body having a concave trough section, wherein the trough section has a top surface defining a water-channeling passage when the top surface is facing the planks, the trough section comprising a shallow region and a deep region, wherein water falling in the trough section flows away from the shallow region and towards the deep region; opposing side edges located along a longitudinal length of the trough section, wherein the opposing side edges are adapted to support the body between two support structures; an exit located near the deep region, the exit being adapted to allow passage of water therethrough; a spout connected to the body and in fluid communication with the exit, the spout extending in a direction outwardly from the bottom surface of the body, the spout being adapted to allow passage of water therethrough; and a flare located at the shallow region, the flare being adapted to channel water towards the shallow region.