316 results about "Downspout" patented technology

An apparatus and method provides for protecting a downspout elbow or extension of a rain gutter from suffering and inflicting harm. The apparatus has a protective outer surface to guard against one or more sharp edges or surfaces of the downspout elbow or extension from suffering or inflicting harm. Methods of protecting the downspout elbow or extension include at least elastically deforming, sliding, rolling, or inverting a portion or all of the apparatus onto the opening and adjacent portions of the downspout elbow or extension.

A flexible downspout connector apparatus includes a flexible extension pipe, and a first adapter member and a second adapter member, both nested together at one end of the pipe. The first adapter member includes a connection portion for connecting to a downspout outlet end of a first size, and the second adapter member includes a connection portion for connecting to a downspout outlet of a second size. The second adapter member is releasably telescoped with respect to the first adapter member and may be left in place or easily removed at the option of the user to accommodate for different downspout outlet end sizes.

A rainwater flow indicator and debris collection device designed for integral installation in a gutter downspout. It comprises an enclosure that has means for monitoring the flow of rainwater through the enclosure; a debris collecting screen which is inserted into and mounted within the rainwater flow indicator and debris collection device; a first adaptor and a second adaptor, both of the adaptors configured and dimensioned to integrally connect the enclosure to the gutter downspout; and a rubber joint designed to provide mechanical support for and allow movement, of the enclosure relative to at least one of the adaptors.

A device for separating water from debris and collecting rain water includes an upper portion and a lower portion. The upper portion includes an inlet and a structure for separating water from debris with surface tension and surface area. The lower portion is removably mounted to the upper portion and includes a first outlet configured to be fluidically coupled to a downspout and a second outlet configured to be fluidically coupled to a container for holding collected rain water. A rain water collection system including the device is also provided, as well as a method of using the device.

A funnel assembly includes a collapsible funnel mounted to a base. The funnel is formed by consecutive windings of spring steel wire. Each winding has a reduced diameter so that the windings collectively form a funnel having a conical shape and an inherent bias. The funnel is confined into a relatively small storage space and the funnel is compressed when a cap releasably engages the base. Upon disengaging the cap from the base, the bias unloads and fully deploys the funnel. A downspout depends from the base and engages the fill spout of an oil crankcase so that the funnel assembly is mounted to the fill spout. A user therefore does not hold the funnel assembly while pouring oil from a can into the deployed funnel. By holding the base in one hand and the cap in the other, a user may deploy the funnel and return it to storage without touching the funnel.

The gutter foam filter elements are generally triangular, four-foot lengths of flexible plastic open-cell foam material placed in and extending the full length of a conventional “K” type or similar roof gutter. The foam filter elements may be inserted within the gutter below gutter spikes. The foam material is an open-pore polyether foam of 10–20 cells per square inch which allows rainwater to travel through the filter while excluding leaves. The foam is generally in the form of a right triangle and so disposed in the gutter as to have one side extending along the back of the gutter and the other side of the triangle spanning the open space across the upper open portion of the gutter. The sloped wall defines a void in the lower front portion of the gutter for rainwater flow to a downspout. The lower corner of the element is truncated forming a lower support wall.

A system of prefabricated modular components, designed to fit and connect together using no tools other than human hands, allowing persons with little or no construction experience to assemble floored / partitioned / roofed structures of variable shape and surface area. Flooring panels are inserted and secured into flooring frames that have been inserted and secured into frame connectors. Flooring frames may be anchored into an outdoor installation surface for long term use. Certain configurations of the frame connector allow for the installation of variable height partition supports, as well as partition panels. A special configuration of the flooring frame allows for wheeled implement / conveyance access to the floored surface from the surrounding surface. Open, unfloored areas may be created within the periphery of a structure. Roof Panels are installed onto and supported by Roof Brackets, Roof Beams and Integrated Gutter Sections. Precipitation is conveyed to Downspout Pipes and Fittings via Downspouts.

The gutter foam filter elements are generally triangular, four-foot lengths of flexible plastic open-cell foam material placed in and extending the full length of a conventional “K” type or similar roof gutter. The foam filter elements may be inserted within the gutter below gutter spikes. The foam material is an open pore polyether foam of 10-20 cells per square inch which allows rainwater to travel through the filter while excluding leaves. The foam is generally in the form of a right triangle and so disposed in the gutter as to have one side extending along the back of the gutter and the other side of the triangle extending between the across the upper open portion of the gutter. The sloped wall defines a void in the lower front portion of the gutter for rainwater flow to a downspout. The lower corner of the element is truncated forming a lower support wall.

The present invention is directed to a telescoping wire cable tray system. The wire cable tray system includes an outer wire cable tray and an inner wire cable tray positioned within the outer wire cable tray. The inner wire cable tray slides or telescopes with respect to the outer wire cable tray enabling the length of the wire cable trays to be adjusted during installation of the wire cable tray system. The wire cable tray system may include trapeze support bars, clamps, side walls or downspout fittings.

The downspouts attach to the building by flanges extending from the downspout. The downspouts are attachable to standard gutters and elbows. At the corner of a building, downspouts are attachable to each wall forming the corner and an insert extends between the two downspouts to create a seamless appearance. Siding, brick, or other wall covering for the building extends from the downspouts. Downspouts also can be used in a corner or building, the inside corner of a building having a pair of flanges attachable to the building. Also, the downspouts can be attachable to a post, such as on a porch. The downspout may also contain a right-angle turn. In a right-angle turn, a trap is provided for the easy cleaning of the vertical downspout.

The device disclosed is an improved water harvesting device providing the capability of diverting debris away from a water entry area and reducing potential for clogging of the water entry area. The water harvesting device comprises a tank portion for containment of water and a water entry portion for receiving water, particularly rainwater from a building water collection system such as an eaves and downspout configuration. Debris typically accompanying rainwater as it exits from the downspout of the building collection system is diverted away from the water entry area allowing for better water collection efficiency, preventing backing of water and reducing operator maintenance of the device.

A drain system for draining water to a ground surface includes an extension pipe and a drain outlet. The extension pipe is capable of being disposed underground below a grade of the ground surface. The drain outlet is communicably coupled to the pipe. The drain outlet has a base and a cover section. The base has a drainage surface, a drainage end and an inlet section. The drainage end forms at least one effluent drainage hole therein. The inlet section is adapted to be coupled to an outlet of the extension pipe. The drainage surface is disposed for guiding effluent from the inlet section to the drainage end. The cover section is coupled to and covers the base. The base is configured for founding the drain outlet to the ground, when the drain outlet is coupled to the pipe disposed underground. The at least one drainage hole is located substantially at or above the grade allowing substantially unimpeded affluent discharge from the inlet section through the at least one drainage hole to the ground surface.

A distribution apparatus for a breading machine comprising a hopper having a number of hopper sections includes a downspout for conveying the breading material to the hopper and a spreader plate which is adjustably supported between the downspout and the hopper. By adjusting the position of the spreader plate relative to the hopper, the flow of breading material from the downspout may be distributed as desired between the hopper sections.

The cleaner includes a long pole having a mirror adjacent its upper end for inspection of the gutter from the ground without using a ladder. A gutter-clearing tool above the mirror has a downwardly angled arm provided with a lower working tip that may be in the nature of a scoop. The arm may comprise a two-part construction having an inner work component in the form of a pick for removing downspout clogs and an outer component in the nature of a scoop so that the cleaner can either be used with the scoop or pick as the exposed operating device. Components of the tool can be infinitely adjusted to accommodate gutters of various shapes and sizes and to assure that the user has positioned the device at the most advantageous angle of attack for inspection and cleaning.

A filter sphere for preventing debris from entering a downspout of a rain gutter. The filter sphere is a hollow, perforated sphere with a diameter slightly less than the width of a normal rain gutter.

Improved features for a filter system for a deep fat fryer are described. The fryer includes a movable filter pan disposed below the cooking tank which is fed by gravity when the tank is drained through a downspout. The downspout is curved and rotatable from a down position when it is in use / storage to an up position when it is not in use and a stabilizing clip is mounted on the downspout to secure a separate polishing tube when it is in the down or horizontal position to allow one handle to lift two pipes at the same time for removal of the filter pan. An inline removable filter is provided in the oil return line, and the return line is slidably supported on the side of the filter pan so that it can rise and fall with the debris in the filter pan.

Methods are provided for installation of a rain diversion system including formation of a deflector with a machine placed above a forming machine dedicated to formation of a trough. As trough is run from a first machine, end caps are installed where appropriate, outlet sites are punched and outlets installed for joinder with downspouts, miters are cut and a cavity structure of the hanger is brought into place to mate a containment lip of the hanger with the containment shelf of the trough. Corresponding deflector is run from a second machine and the deflector is placed on the trough as deflector attachment cavities of the hanger are used to retain deflector. In alternative methods, one cavity retains the deflector 40 for conveyance to the installation location on the structure. In either case, the entire assembly may then be transported to a location on a lower level such as ground, for example, corresponding to the eventual installation location on the structure. The process is repeated until all assemblies of trough, hangers and deflector have been processed. Installers are then employed on ladders or other riser to position each length of assembled trough, hangers, and deflector into place against the structure where the assembly is fastened into place in at least two locations. This is simplified by the disclosed feature that allows compression fitting of the deflector into the appropriate cavities of the hanger.

The invention discloses a comprehensive pipe communication air outlet, which is characterized in that: a ventilation cabin is arranged on the ventilation opening body, ventilation equipment is located in the ventilation cabin, a bottom plate is provided at the lower end of the ventilation cabin, and a The air duct is provided with a water collection well at the bottom of the vent body, a manhole is provided on the floor of the ventilation cabin, a downpipe leading to the water collection well is provided in the ventilation cabin, and an openable cover is provided at the ventilation grille. In the present invention, a mechanical ventilation cabin is provided, and at the same time, the outlet for exhausting air is staggered from the ventilation equipment, which can prevent the equipment from being drenched by rainwater and man-made damage, etc., so that the function of mechanical ventilation can be satisfied without affecting the road landscape. It can also protect the ventilation equipment and improve the service life. The downpipe leading to the water collection well is buried in the floor of the ventilation cabin of the vent, which solves the drainage problem. This invention effectively solves the unification of the function of the mechanical vent and the landscape, reduces the operating cost, facilitates management and maintenance, and contributes to the construction of the comprehensive pipe ditch. Play a good role in promoting.

An end cap for rain gutters having an overlying cover for deflecting leaves and other debris to prevent gutter and downspout clogging. The end cap includes a gutter trough closure region, for blocking water flow from the end of the gutter, and a second, above-trough closure region for blocking entry of leaves and other debris into the end of the gutter between the gutter trough and the overlying cover.

Included in this disclosure is a downspout drain filter for rain gutter downspouts. The downspout drain filer comprises elongated housing having an axis, a top portion, and a bottom portion. A transition portion connects the top portion to the bottom portion. The top portion includes an intake opening, a top portion perimeter, a debris opening, a filter attachment location, and a downspout attachment location. The downspout attachment location includes a flexible collar that defines a downspout attachment location perimeter that is less than the top portion perimeter. The bottom portion includes a flexible collapsible body that extends from the transition portion. A connection end is positioned opposite the transition portion as a part of the bottom portion. A filter is positioned in the top portion to direct debris out the debris opening and to permit liquid to pass to the bottom portion.

A seamless guttering system formed of flat, seamless plastic is disclosed. The gutter material is thinned along longitudinal lines to be bent into a “U” shape, and includes connectors molded integrally with the flat material to lock the gutter into the proper form. The system also includes a seamless top piece that may be used to close the “U” shape into a box shape for the purpose of forming a downspout. A seamless hanger piece with connectors may be employed, or the gutters may be mounted directly to the building. Various seamless leaf guards may be employed in alternative embodiments. Flexible corner and downspout connectors complete the system.

The device disclosed is an improved water harvesting device providing the capability of diverting debris away from a water entry area and reducing potential for clogging of the water entry area. The water harvesting device comprises a tank portion for containment of water and a water entry portion for receiving water, particularly rainwater from a building water collection system such as an eaves and downspout configuration. Debris typically accompanying rainwater as it exits from the downspout of the building collection system is diverted away from the water entry area allowing for better water collection efficiency, preventing backing of water and reducing operator maintenance of the device.

A rainwater collection apparatus is formed with an outer sleeve member that is adapted to connect with upper and lower downspout portions, and with an internal colander that is operable to collect and filter the rainwater flowing through the upper downspout portion. The colander has an upper flanged edge that removes water flowing along the inside surface of the downspout, a filter area including a plurality of apertures for the passage of rainwater into a catch basin, and a support flange that rests on a base ledge formed on the outer sleeve to define the catch basin. A discharge spout drains the collected rainwater from the catch basin to a remote storage container. An internal opening in the colander allows the passage of debris and the overflow of rainwater from the catch basin through apertures in the colander for discharge through the lower downspout portion.

This invention permits use of a conventional rain gutter system and downspout, and other gutter profiles as described to be converted into a dumpable rain gutter system which can be easily cleaned. This low profile gutter tilting system, which has few moving parts, low noise level, and no unsightly housing or exposed parts, comprises a plurality of gutter supports. This system uses air or liquid as a means to activate a rotating mechanism concealed inside the supports to pivot the gutter about a common point, as to empty any debris not normally washed out of a downspout or gutter system. The system includes, in general an OG type gutter, and a gutter support, which mounts to a building facia or trim board. The gutter supports include a hinge where a first free end is connected to the back bottom edge of a gutter, and a second free end of the hinge is connected to a stationary housing that mounts to the facia board and supports a gutter. The front bottom edge is pivotally connected to the stationary housing. An inflatable device in the stationary housing is placed between the hinge and the stationary housing to pivot the hinge, thereby lifting the rear of the gutter due to the front edge being pivotally connected to the stationary housing until the hinge is fully open, emptying the gutter of debris. A weight is affixed to the first free end of the hinge whereby the gutter, after emptying, will be partially retracted to it's water and debris collecting position by the resiliency of the inflatable device or bladder, and fully retracted by the pull of the weight, and or the vacuum created by the drainage of liquid from the system when a liquid is used as the inflatable means.

A pipe of diameter significantly less than that of the downpipe is inserted up from the bottom of the downpipe and extends up the inside of the downpipe. The upper face of this inner tube is sealed so that water does not pour into its end. The wall of the inner tube is perforated so that water can flow into it from the sides as and when the downpipe fills with water to that level. The other end of this tube is in communication with the water butt allowing the water to flow from the downpipe to the water butt until the levels equalize or that in the downpipe falls below the level of said perforations.

An eave gutter is provided. A downspout is operatively coupled to the gutter. A plurality of spraying components has fittings and nozzles. The fittings and nozzles are positioned at spaced locations along the gutter. A conduit couples a fluid source and the fittings and nozzles to provided fluid to the gutter. Control components are provided along the conduit to the fittings and nozzles.

A downspout assembly includes a downspout, a downspout extension disposed in fluid communication with the downspout and a strainer basket seated in the downspout extension.

The invention provides an electromagnetic cyclone nozzle, comprising a nozzle refractory ceramics tube, which is characterized in that: arranging at least one cyclone electromagnetic field outside the immersion nozzle or ladle nozzle, as adding a electromagnetic cyclone device around the nozzle whose inner and outer parts have water-cool sheathes and mounted on a movable mechanical device. The structure of electromagnetic cyclone device is in the integrated 360 degree annular structure, 180 degree semi-annular structure or split 360 degree annular structure, while the immersion nozzle can be selected from single straight cylinder nozzle, side-hole horizontal nozzle, side-hole inclined nozzle or box-type nozzle. The invention can apply round blank, bloom blank and sheet blank.