초록 ▼

A riser section and cover is disclosed. The riser section has a smooth cylindrical sidewall surface, a tapered end and a channel end, a removable anchor tab and bosses and ribs on the inside of the sidewall. The riser sections are stackable. The cover has a channel end to removably connect to a rise

A riser section and cover is disclosed. The riser section has a smooth cylindrical sidewall surface, a tapered end and a channel end, a removable anchor tab and bosses and ribs on the inside of the sidewall. The riser sections are stackable. The cover has a channel end to removably connect to a riser section. The cover has stowable handles and posts extending from a bottom surface that define wells open at a top surface which fit into the wells of another cover. A bracket is disclosed to releasably secure and position a cover with attached riser section on a concrete form wall.

대표청구항 ▼

A riser section and cover is disclosed. The riser section has a smooth cylindrical sidewall surface, a tapered end and a channel end, a removable anchor tab and bosses and ribs on the inside of the sidewall. The riser sections are stackable. The cover has a channel end to removably connect to a rise

A riser section and cover is disclosed. The riser section has a smooth cylindrical sidewall surface, a tapered end and a channel end, a removable anchor tab and bosses and ribs on the inside of the sidewall. The riser sections are stackable. The cover has a channel end to removably connect to a riser section. The cover has stowable handles and posts extending from a bottom surface that define wells open at a top surface which fit into the wells of another cover. A bracket is disclosed to releasably secure and position a cover with attached riser section on a concrete form wall. extend outwardly and downwardly from said shank toward said hook free end. 10. The method of claim 9 including connecting said bundle to said shank by a line wrap. 11. The method of claim 10 including applying an adhesive onto said line wrap. 12. The method of claim 9 including providing said strands in a twisted wire bundle. 13. The method of claim 12 including untwisting and separating the strands at said free end. 14. The method of claim 13 including bending said strands at the juncture point between said connection end portion and said free end portion so that said free end portions of said strands extend in a fan shaped pattern toward said hook free end. 15. The method of claim 9 wherein said bundle is a twisted bundle of deflector wires. 16. The method of claim 15 including untwisting said twisted bundle. 17. The method of claim 9 wherein said positioning step includes positioning said connection ends so that said free ends extend past said eyelet. 18. A fishhook comprising: a hook having an eyelet, a shank, and a hook portion, said shank having an eyelet end connected to said eyelet and an opposite end connected to a first end of said hook portion, wherein said hook portion includes a second end terminating at a hook free end; a plurality of individual deflector strands connected to said shank, but not extending through said eyelet, wherein said strands each have a first free strand end and an opposite second free strand end, said first free strand end extending outwardly and downwardly from said shank toward said hook free end, and wherein said strands each include a connection portion adjacent to said second free strand end which is connected to said shank along a portion of said shank; and a line wrap encircling said connection portion and shank a plurality of times to connect said connection portion to said shank. ned in claim 9, wherein the monofil surface is pretreated before the securing of said stoppers B). 14. A process as defined in claim 9, wherein the monofil surface is pretreated by means of the corona process or by means of high voltage. ccording to claim 12, wherein said conveyor structure conveys substrates from said loader through said lock chamber to said vacuum loader. 14. A vacuum processing apparatus, comprising: a first loader provided with a first conveying structure for conveying substrates; a second loader provided with a convey chamber, a second conveying structure and plural vacuum processing chambers; and a lock chamber for connecting said first and second loaders, wherein: said first loader has a cassette mount unit located outside of said lock chamber, said cassette mount unit has a cassette positioning plane which is a substantially horizontal plane in which all cassettes, containing substrates to be processed, are positioned in a row in front of a front wall of said lock chamber, the lock chamber is provided with both an inlet and an outlet located in a horizontal line, and each of said plural vacuum processing chambers has a substrate table to maintain a surface of