A rain head comprising a lower body, a screen and an upper body. The screen includes a frame having a trough or recess. Lower parts of the sidewalls of the upper body 14 can fit into the trough or recess to enable the upper body to be removably mounted to the rain head. The screen also includes a peripheral flange and a downwardly extending lip that enable the screen to be removably mounted to the upper part of the lower body. At least some water splashing off the screen during a rain event comes into contact with the upper body and is re-directed to flow into the lower body and out through the outlet of the lower body to a rainwater collection tank. The screen and upper body may be provided separately to the lower body.

A downspout diverter for diverting collected water, such as rainwater. The diverter either directs the collected water towards a storage tank, such as a rainwater harvesting storage tank to towards an outflow portion. When the collected water is directed towards the outflow portion, the water exits the diverter spilling the water to the ground.

Devices, systems, and methods for capturing debris from downspouts are provided. Downspout debris collection devices are installed to exits of downspouts of a gutter system for a building. A construction activity is performed at a roof of the building and netting collects debris exiting the downspouts while allowing water to escape. The downspout debris collection devices, with the collected debris trapped therein, are subsequently removed and at least the collected debris are disposed of.

There is provided a removable downspout filter for installation into a downspout. The removable downspout filter includes a filter basket with attached face plate. The face plate includes side flaps configured to wrap around the downspout when the downspout filter is installed and is generally configured to blend in with the downspout. Also provided is a downspout with installed filter and kits including the same.

A downspout drain filter includes a housing and a filter media. The housing defines an internal cavity, an inlet to the internal cavity along a top of the housing, and an outlet from the internal cavity along a bottom of the housing. The filter media is disposed within the internal cavity. The filter media divides the internal cavity into an upper chamber and a lower chamber. The filter media is configured to trap debris in the upper chamber from fluid flowing downward through the internal cavity. The filter media is permeable such that the fluid flows from the upper chamber to the lower chamber.

Disclosed herein is a water diverter comprising an adapter having a first end portion configured to be mounted to a lower end section of a gutter downspout, and a second end portion, and a curved pipe rotatably attached to the second end portion. Methods of making and using the diverter, and corresponding systems, also are described.

The present invention is a gutter system with a transparent eavestrough and a transparent downspout that allow for the monitoring of the rainwater flow and debris in the gutter and downspout system in a building or a house. This gutter system can provide a continuous monitoring of the gutter and downspouts to detect the exact spot of debris collected therein for the purposes of readily predicting and cleaning the system or repairing and preventing debris blockage in the flow of rainwater runoff and preventing the unnecessary cleaning of the downspout and removal of debris to eliminate homeowners cost.

This disclosure is directed to a system designed for automatic de-clogging a rain gutter and a downspout. The system (also referred to as a gutter dredger) comprises a motion device (motor) and a cleaning device. When it is raining, rain water can power the system to cause reciprocating motions of the cleaning device that can result in de-clogging of a gutter and a downspout that have the system installed. A debris removal device may be positioned in the downspout to remove big debris before it moves into the motor. The gutter dredger can be used for automatically de-clogging a gutter and downspout whenever it is raining.

There is provided a removable downspout filter for installation into a downspout. The removable downspout filter includes a filter basket with attached face plate. The face plate includes side flaps configured to wrap around the downspout when the downspout filter is installed and is generally configured to blend in with the downspout. Also provided is a downspout with installed filter and kits including the same.

A debris trap for a downspout comprises an angled grate, a baffle, and a cover piece. The downspout has an opening with a vertical extent and a horizontal extent. The angled grate has holes to enable fluid to flow through the angled grate and the angled grate can be secured to the inside of the downspout. The baffle can be secured above the vertical extent of the opening, extend partially behind the opening, and angle inward to direct fluid toward the rear of the angled grate. The cover piece can comprise a top flange configured to removably secure between the baffle and the downspout and a bottom flange configured to contact the angled grate and/or a portion of the downspout below the vertical extent of the opening. The debris trap can prevent debris from clogging the downspout.