1284 results about "Eaves" patented technology

A device for protection of property against high winds comprising a flexible material of predetermined strength and stretch characteristics, and in the form of a panel or several panels, utilized to protect the side of a structure including its windows and doors from the strong winds and debris impacts occurring during a hurricane. The device is anchored in a manner to space it out from the area being protected according to formula provided, and can safely dissipate substantial impacting energy. The preferred embodiment attaches to an overhanging eave and the ground below protecting in addition to the windows and doors, plantings, outdoor furniture, decorative shutters, downspouts, and such as are enclosed behind the barrier. Several methods of storage and deployment of said curtain are described including rolling, sliding, and converting to awning. The barrier has the added feature of acting as a tie down in certain applications.

A solar powered lighting assembly for attachment to an eaves trough mounted on an outer wall surface includes a lamp, a rechargeable power source, a solar panel assembly, a mounting bracket and a connector arm. The rechargeable power source is connected to the lamp to provide operational power. The solar panel assembly is coupled to the rechargeable power source to provide electrical power for recharging the rechargeable power source. The mounting bracket is coupled to the inside surface of the eaves trough and is used to support the rechargeable power source and the solar panel assembly. The connector arm is coupled to the lamp and is adapted to be removeably coupled in between the eaves trough and the outer wall surface.

An installation structure of a solar cell module comprising: a solar cell module including a solar panel, an eaves-side frame in a long shape holding an edge on an eaves side, a ridge-side frame in a long shape holding an edge on a ridge side opposite to the edge on the eaves side, and a lateral frame in a long shape holding edges of the solar panel different from the above edges; and a fixing member fixed to a predetermined structural member in a roof at a position on a ridge side further than the ridge-side frame and configured to prevent the ridge-side frame from moving towards the ridge side of the roof and in a direction perpendicular to a surface of the solar panel, the eaves-side frame of another solar cell module being positioned above the ridge-side frame and supported by the fixing member from outside.

A golf club head containing a hollow main frame and a face plate; the hollow main frame is composed of a main body and a crown plate welded to the main body, the main body containing a hosel part, a sole part and a side part extending upwards from the periphery of the sole part except for a front edge of the sole part thereby providing an open top and an open front, and the crown plate covers said open top, whereby the main frame has an opening on the front thereof. The face plate is welded to the main frame to cover the front opening of the main frame; the face plate includes a face part defining a clubface, and a flange part extending backward from at least the upper edge of the face part; the main frame further including eaves extending from an upper edge of the opening to the inside of the flange part, wherein the thickness of crown plate is in the range of 0.3 to 1.5 mm.

A substrate for an organic electroluminescence display element comprises a support (11), a plurality of first electrode lines (12) arranged apart from each other on the support (11), and a plurality of partition walls (13) arranged apart from each other and extending in a direction to cross the first electrode lines (12). Each of the partition walls (13) has eaves in an upper portion and flared side surfaces in a lower portion.

The invention relates to a novel archaized building which has the advantages of energy conservation and emission reduction and a construction method thereof. The invention is applicable to various archaized buildings, and the novel archaized building is characterized by comprising a Chinese round-ridge gabled roof 1, a gable and hip roof 2, a wall body, a flat roof eaves cap, a festoon gate, a verandah 3, a screen wall 4, a courtyard wall 5 and the like; completely based on the external shapes of the existing archaized buildings, the novel archaized building adopts lightweight steel construction as a structural support framework or a support member bar of purlins, square-columns, beams, rafters, pillars, the wall body and roofing tiles, and adopts modern construction materials such as thin steel plates, aluminium alloy plates, GRC or glass fiber reinforced plastic and the like which are made into various novel components and parts such as purlins, square-columns, pillars, the wall body and roofing tiles; factory production (including painting and colored drawing) is carried out, and the novel components and parts are assembled on-site and replace the existing traditional archaized building materials such as wooden beams, pillars, rafters, soil calcined tiles and the like as well as the retarded construction technology, thus achieving the aim of energy conservation and emission reduction, clean construction and installation, increment of working efficiency, reduction of erection time and cost reduction.

A terminal device 7 is a controller device to be operated by a user. The terminal device 7 includes a generally plate-shaped housing 50, an LCD 51, and a projecting portion (an eaves portion 59). The LCD 51 is provided on the front side of the housing 50. The projecting portion is provided so as to project at least at left and right positions on a back side of the housing 50 above the center of the housing 50. When the user holds the left and right portions of the housing 50 with respect to the LCD 51, the user can easily hold the terminal device 7 by holding it so as to allow the projecting portion to rest on the fingers.

A roof product has a thermal heat storage layer, a vent layer with channels for transferring excess heat through a length of the roof product, and a flame retardant to suppress fire through the vent layer. These three materials form a unitary structure. The roof product may have a radiant layer, the thermal heat storage layer and the vent layer to form the unitary structure. The roof products are assembled in an abutting configuration on the roof of a building. The vent layer vents excess heat from an eave of the roof up to a ridge of the roof and out to atmosphere. The roof products manage thermal energy in the roof by storing thermal heat with the unitary roof product during a heating cycle; venting excess heat through the unitary product; and releasing the stored thermal heat from the unitary product into or out of the building during a cooling cycle.

The foldable tent having eaves at the top of the sides of the Foldable frame [2] foldable eave frames [3] that extend outwardly can be folded together along with the frame [2] are provided. The covering 1 is put on the frame [2] having eave frames [3] which are n-shaped frames composed of a front side and two lateral sides. The front side is composed of a plurality of scissors frames [4] and the number of which is same to that of the cross beam [8] of the corresponding side of the frame [2] between two poles. Each of the lateral side is composed of a scissors frame [4]0 which is composed of two cross pieces pivotally connected to each other in the midway. All members of the framework [2] including the eave frames [3] are connected with each other through slide connection or pivot connection so that the tent can be used simply by extending the framework [2] and covering it with an tent covering [1].

An elongated roof ridgeline vent is disclosed, comprising an elongated opening in a roof-cover along the ridge and a canopy or cover over the opening. Baffles may be provided between the canopy and the roof-cover to prevent wind-driven rain from entering the opening. Screens or other filtering elements can be provided to prevent the ingress of insects, vermin, and debris through the opening. Also disclosed is a roof employing upper and lower roof-covers spaced apart to form an air insulation layer, with a ridgeline vent in the upper roof-cover. The air layer additionally acts as a ventilation path for air from the attic. Also disclosed are eave vents, undereave vents, and layers for reflecting or absorbing solar radiation. Additionally disclosed are embodiments that employ these ventilation principles in a roof-portion with an upper apex, such as a conical roof.

A gutter cover is adapted for covering an opening of a generally U-shaped eaves gutter used for catching and distributing rainwater runoff from a pitched roof. The gutter cover includes an elongated cover panel having a longitudinal upstream section adapted for residing proximate a top rear edge of the gutter adjacent an eaves of the roof, and a longitudinal downstream section located away from the roof eaves. The downstream section is adapted for engaging an outwardly-spaced leading edge of the gutter. The cover panel defines a first row of longitudinally-spaced debris filter openings adapted for receiving rainwater runoff from the roof into the gutter. A longitudinal weir ridge is formed downstream of the first row of debris filter openings, and is adapted for slowing and flattening a downstream flow of rainwater runoff bypassing the first row of debris filter openings. The cover panel further defines a second row of longitudinally-spaced debris filter openings downstream of the weir ridge. The second row of openings is adapted to further receive rainwater runoff from the roof into the gutter.

An exterior fire suppression system includes a sprinkler system that is connected to a water supply. The sprinkler system is mounted within the structure and is substantially hidden from view when the system is inactive. The system may include roof sprinklers and eave sprinklers that are adapted to saturate the exterior of the structure when the system is activated. Each roof sprinkler is a popup sprinkler installed within a facade that is an aesthetic match with the structure's roof and may be installed within a sprinkler box underneath the roofline. Each eave sprinkler is installed within the eave, substantially hidden from view. A heat sensor may be disposed adjacent to the eave sprinkler and connected to an electronic control to activate the system when excessive heat is detected.

The invention discloses a folding tent eave frame mechanism. The folding tent eave frame mechanism comprises a tent frame and eave rods, wherein the tent frame comprises upright columns, tent rods and inclined struts, wherein a fixing seat is fixedly arranged on the tops of the upright columns; a sliding seat capable of vertically sliding along the upright columns is connected to the upright columns in a sliding manner; first ends of the tent rods are pivoted to the fixed seat; first ends of the inclined struts are pivoted to the sliding seat; second ends of the inclined struts are pivoted to the tent rods; the sliding seat vertically slides along the upright columns so as to drive the tent frame to be unfolded or folded; the tent frame is provided with slide ways; first ends of the eave rods are pivoted to the inclined struts; the eave rods can move relative to the slide ways, and second ends of the eave rods can be far away from the slide ways or approach the slide ways, so that the eave rods are unfolded or folded; and when the tent frame is unfolded or folded, the eave rods can be driven to be unfolded or folded. The folding tent eave frame mechanism has the following advantages that on the one hand, when the tent frame is unfolded or folded, the eave rods can be driven to be unfolded or folded, and one-step unfolding or folding is realized, and the folding tent eave frame mechanism is unfolded or folded conveniently and quickly; and on the other hand, the supporting strength of a top structure of the tent frame can be improved.

A tent skeleton including a plurality of foot poles, a plurality of eave poles that are articulated at their end portions and are radially arranged, an eave connecting device and a locating device for fixing the foot pole. The eave connecting device includes a connecting member body and an eave connecting member articulated to the connecting member body, the connecting member body is fixedly arranged on an end of the foot pole. The eave pole includes an outer tube, an inner tube and a retractable locking device. The outer tube is fixedly connected to the eave connecting member; the inner tube is slidably sleeved in the outer tube; the retractable locking device is arranged between the outer tube and the inner tube. A tent is further disclosed.

A shelter that includes a slider and a strut mechanism mounted on support posts of the shelter that automatically actuate and extend from the side of the support posts when the shelter is expanded from its collapsed state. The strut mechanism provides support for an eave that extends outside from all or a portion of the perimeter of the shelter defined by the corners of the support posts. An automatic hard-stop mechanism is incorporated into the support posts that prevent the eave sliders and strut mechanisms from becoming over-extended. The support posts are configured and oriented relative to the other components of the shelter frame and shelter boundary so to minimize the footprint or size of the shelter when in the collapsed state. Accordingly, the protected and shaded area offered by the shelter is greatly increased without sacrificing the stability and strength of the shelter, complicating the operation of the shelter, or increasing the weight, storability or cost of the shelter.

A clip for hanging decorative lights from the eaves of a house has an elongated C-shaped body. This body has an intermediate curved section extending between two ends that curve inwardly. A hook is attached to the outside surface of the intermediate curved section. The elongated body is made of a flexible plastic having a memory such that the curved ends may be moved away from one another by a force acting on at least one of the distal ends. When the force is removed the memory will cause the distal ends of the clip to move together. The inward curvature enables the curved ends to unravel to some extent. The combination of the unraveling of the ends and the flexing of the curved intermediate portion enables this clip to fit onto eaves ranging in width from ⅝ inch to over two inches without breaking.