The present invention provides a device for cleaning gutters. The design and configuration of the device's angular side walls and the angles of the sloped upper edges of the angular sides result in a more effective and efficient removal of accumulated gutter debris. The present invention comprising a rectangular bottom, first and second angular side walls, a vertical trapezoidal rear wall, and an elongated tubular handle, wherein such features defining a scoop-like device designed and adapted to receive and remove accumulated debris from a gutter. Each of the angular side walls comprising respective top edges with each top edge comprising a plurality of respective sloped upper edges and respective horizontal edges.

A dwelling water drainage system is provided, which includes a gutter system having a water collection function mode for collecting and diverting water during rain and a self-cleaning function mode for cleaning debris from the gutter system. A controller controls the function or operation of the gutter system and is configured to transition the gutter system from the water collection function mode to the self-cleaning function mode. The controller is configured to communicate with a mobile device or a tablet for programing and/or controlling the operations of the gutter system.

A dwelling water drainage system is provided, which includes a gutter system having a water collection function mode for collecting and diverting water during rain and a self-cleaning function mode for cleaning debris from the gutter system. A controller controls the function or operation of the gutter system and is configured to transition the gutter system from the water collection function mode to the self-cleaning function mode. The controller is configured to communicate with a mobile device or a tablet for programing and/or controlling the operations of the gutter system.

A gutter cover, components thereof, and associated methods. The gutter cover is configured to be installed over a gutter to prevent debris from entering the gutter. The gutter cover can be made of a webbing material having openings through which water can pass. The gutter cover includes features that facilitate water penetration through the gutter cover for the water to enter the gutter.

A gutter cover, components thereof, and associated methods. The gutter cover is configured to be installed over a gutter to prevent debris from entering the gutter. The gutter cover can be made of a webbing material having openings through which water can pass. The gutter cover includes features that facilitate water penetration through the gutter cover for the water to enter the gutter.

In some aspects, deicer systems to distribute a deicing fluid along a roof of a building to limit ice dam formation can include: a pre-pressurized water source that provides pressurized water; a deicer solution source containing a deicer solution; a passive mixing system in fluid communication with the pre-pressurized water source and the deicer solution source, the passive mixing system being configured to combine the pressurized water and the deicer solution to form a deicer fluid; and one or more emitters configured to be disposed along the roof, the emitters being in fluid communication with the passive mixing system to receive the deicer fluid and dispense the deicer fluid along the roof. In addition, certain systems described herein can be run with an electric pump.

An ejector assembly for a roof gutter system that includes a nose section and a rail section, the nose section including a first wall, the rail section including a second wall, the first wall and the second wall forming a water funnel.

An ejector assembly for a roof gutter system that includes a nose section and a rail section, the nose section including a first wall, the rail section including a second wall, the first wall and the second wall forming a water funnel.

Disclosed herein is a hand held tool to assist in modifying screens for use with modular gutter guard systems. The hand held tool is a water management feature forming tool that is arranged to engage with a mesh screen and main body of a gutter guard system to form raised sections and recessed sections in the screen. These raised and recessed sections assist in managing the flow of rainwater across the screen. The water management feature forming tool includes a roller with a plurality of raised features along the surface of the roller. The raised features are sized and arranged to correspond to the physical structure of the main body of the gutter guard system so that when the roller is rolled along the screen and main body combination, the engagement of the raised features and the structure of the main body forms raised and recessed sections in the screen.

Disclosed herein is a hand held tool to assist in modifying screens for use with modular gutter guard systems. The hand held tool is a water management feature forming tool that is arranged to engage with a mesh screen and main body of a gutter guard system to form raised sections and recessed sections in the screen. These raised and recessed sections assist in managing the flow of rainwater across the screen. The water management feature forming tool includes a roller with a plurality of raised features along the surface of the roller. The raised features are sized and arranged to correspond to the physical structure of the main body of the gutter guard system so that when the roller is rolled along the screen and main body combination, the engagement of the raised features and the structure of the main body forms raised and recessed sections in the screen.