Abstract: The present invention taught, enabled, described, illustrated and claimed herein comprises a continuous cover-type debris/fluid separation apparatus which is easily installed in existing, conventional trough-type gutter structures. The apparatus is configured to capture a small amount of water between two ridge features in a what is termed herein a “static pool.” The first ridge is preferably formed adjacent the outer part of the gutter structure and the second ridge is formed adjacent the inner part of the gutter structure (i.e., adjacent a terminal edge of the roof of a building). The first ridge has an apex portion that is preferably is disposed at a higher elevation than an apex portion of the second ridge. The portion of the cover structure disposed between the first ridge and the second ridge thus defines the static pool region. As rainwater flowing from the terminal edge of the roof begins to fill the static pool region the rainwater naturally seeks level.

Abstract: The present invention taught, enabled, described, illustrated and claimed herein comprises a continuous cover-type debris/fluid separation apparatus which is easily installed in existing, conventional trough-type gutter structures. The apparatus is configured to capture a small amount of water between two ridge features in a what is termed herein a “static pool.” The first ridge is preferably formed adjacent the outer part of the gutter structure and the second ridge is formed adjacent the inner part of the gutter structure (i.e., adjacent a terminal edge of the roof of a building). The first ridge has an apex portion that is preferably is disposed at a higher elevation than an apex portion of the second ridge. The portion of the cover structure disposed between the first ridge and the second ridge thus defines the static pool region. As rainwater flowing from the terminal edge of the roof begins to fill the static pool region the rainwater naturally seeks level.

Abstract: A hand operated slot-forming tool has an elongated nose portion having a mechanically advantaged dual edge cutting blade which is pivotally mounted over a slotted dual element anvil blade having shearing edges which work in opposition to the dual edges of the cutting blade in response to squeezing of handles on the tool which cause the cutting edges to close together in gradual shearing contact with stock to be slotted. The cutting blade can be placed in abutting contact with the right angled leg to produce a slot having one edge lying at the intersection of fight angle legs of a channel member. Uniform reproducible slots are produced.

Abstract: A siding installation hanger has a elastic cord storing mid-section from which opposite extending legs having backturned end portions extend. The backturned end portions have gripping edges which in response to tension in the elastic cord, easily and removably grip the protruding longitudinal lip on siding strips which interlock. The upper end section of the hanger strap releasably retains the rope and may include hook-like slotted portions for that purpose. The hanger strap is retained in a upright vertical position in support of horizontal siding strips. Loose wraps are wound around the elastic cord storage section of the hanger member to ensure that the elastic cord is always the proper length to tensively hold successive siding strips at any vertical location along the wall surface to be sided. The device is quickly and easily adjusted and quickly and easily removed. A method employing the device for installing siding is included.

Abstract: A plurality of notches are formed in one or both ends of long pieces of sheet metal by means of a notched template and a notching tool. The notches establish the break lines on the pieces. The side edge of a sheet metal bending brake is provided with an attachment having a pointed notch receiving and locating edge intersecting the bending axis of the brake which automatically positions the stock for bending. After a bend is made on a break line, the stock is repositioned and another notch used to self-align the stock on another break line. By turning the stock over, notches in the other end can be used to position and locate a break line to perform breaks in an opposite bending direction. Labor cost is greatly reduced, waste due to improper positioning is reduced, and more accurate reproducible bends produce greater uniformity in the finished pieces.