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 pressure spray washer for cleaning gutters has a body having a curved outer surface. The body has an internal channel opening at one end of said body, and a plurality of orifices extending through the body so as to have one end opening to the internal channel and an opposite end opening at an exterior surface of the body. The body has a connector at one end of the internal channel, which is adapted to connect with a source of a pressurized fluid.

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.

An apparatus for attachment to a gutter system that includes a mounting assembly and a light fixture. The mounting assembly including a light mount and capable of being fixedly attached to a gutter. The light fixture including at least one section for receiving the light mount.

A cleaning apparatus for use in explosive atmospheres is disclosed, the cleaning apparatus being configured to conduct to earth any electrostatic charges generated in the components of the apparatus thereby preventing electrostatic discharge. The apparatus comprises a flexible hose member comprised of an electrically conductive material and having first and second open ends, the hose member being suitable for attachment at its first end to a port of an associated suction unit to mechanically and electrically couple said hose thereto; and a substantially rigid tubular pole member comprised of an electrically conductive material and having first and second open ends, said pole member being mechanically and electrically coupled at said first end to the second end of said hose member.

A cleaning and maintenance cart has a frame with a base on wheels, a handle arrangement connected at a lower end to the base and having control input mechanisms at an upper end configured to control elements of the cleaning and maintenance cart, a vacuum plenum coupled to a blower, a power plant coupled to and driving the blower, a collection container coupled to the plenum, the collection container having an internal filter, and a collection hose coupled to the collection container trough a removable lid. With the blower running a partial vacuum is produced in the plenum and in the collection container, and the collection hose is movable to collect dirt and debris that is confined to the collection container by the internal filter in the collection container.

The gutter cleaning device removes wet or dry debris in the gutter after being attached to a leaf blower, and is designed to be used while standing on the around to reach gutters at the first, second and even third story levels without the need for a ladder. The gutter cleaning device includes a nozzle arranged at an angle to the gutter so that the flow of air drives debris in a direction away from the operator, and a fluid-driven agitation device powered simply by air pressure to mechanically stir up heavy debris in the gutter or to prevent the debris from clogging the nozzle. In addition, the gutter cleaning device includes a plough that protrudes forward relative to the nozzle and mechanically lifts compacted debris from the gutter to be blown away by the same flow of air that is used to drive the agitation device.

A gutter cleaning system is disclosed which has an air line for receiving air, a first section having a first end and a second end, the first end adapted to being connected to the air line, the first section having an aperture formed therein, and a head assembly connected to the second end of the first section, the head assembly having an arm portion having an aperture.

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.