264results about "Hurricane shutters" patented technology

A storm curtain apparatus is disclosed and claimed which includes a curtain having a left side edge, a right side edge and a bottom. A curtain bar is affixed to the bottom of the curtain. End caps are affixed to each end of the curtain bar and strips are affixed to the side edges of the curtain. A supporting frame includes first and second side guides, a top support and a bottom support affixed to the side guides. Each of the side guides include a generally rectangularly shaped and longitudinally extending body. Each body of each side guide includes a longitudinally extending curtain track and slot and a longitudinally extending guide track and slot. The curtain is movable between a first, stored, position and a plurality of second, deployed, positions. The edges of the curtain with the strips affixed thereto reside in the curtain tracks and slots and the end caps partially reside in the guide slots.

A compressible structure for temporarily protecting a glass pane of a window structure includes a shaping member for removable securement on the window structure and defining a cavity over the glass pane and a layer of solidified compressible material in said cavity providing protection for the glass pane. A window protection system includes a shaping member and a supply system for supplying a compressible material in fluidic form to a cavity of the shaping member, wherein the fluidic compressible material sets to form a layer of solidified compressible material. A protected window structure includes a window structure and a panel of solidified compressible foam material disposed over at least a portion of one or more glass panes of the window structure.

A panel (10) for protecting a portion of a structure such as a window (11) includes a frame member (13) made up of four channel members (16-19) interconnected by corner members (20). One end of each channel member (16-19) includes an opening to receive an edge of a sheet (33) of flexible material. The sheet (33) is provided with a thickened area (34) near each edge thereof. A fabric locking and stretching member (15) closes the opening in each channel member (16-19) and engages the thickened area (34) of the fabric sheet (33) to stretch the sheet (33) within the frame member (13).

A system is provided to adjust the orientation of the axis of a roll which carries a fabric storm curtain used to protect an opening in a structure. The system includes a bracket positioned at each end of the roll and a plate which is received in a recess in each bracket. The plate includes a hub which carries the roll and which has an axis aligned with the axis of rotation of the roll. The hub is positioned off center of the plate so that dependent on the orientation of plate relative to the recess, different orientations of the axis of the roll are provided.

Sheets and sheet kits for use in protecting openings in a walled structure are provided. The sheets are generally plastic sheets having at least one corrugated region and a pair of lateral corrugated regions. The corrugated region and the lateral corrugated regions are configured such that the sheet can resist a missile weighing about 9.4 lbs (4.3 kgs), having a cross-sectional impact area of about 5.25 in² (34 cm²), and impacting the sheet at a velocity of about 50 ft/s (15.24 m/s). The sheet kits include mounting tracks. It is emphasized that this abstract is provided to comply with the rules requiring an abstract which will allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure. It is submitted with the understanding that is will not be used to interpret or limit the scope or meaning of the claims. 37 CFR 1.72(b).

A mesh system for protecting structural openings, such as windows and doors, from storm damage or intrusion is made of a special cable having an aramid core and a twine twisted steel jacket made of a plurality of steel wires spun onto a bundled aramid fiber core. The mesh includes a substantially straight warp and a woven weft. A mesh system designed for limiting the deflection of the mesh under impact and wind load conditions imposed by a hurricane securely fixes and tensions the mesh along at least the direction of the substantially straight warp. A cable construction, cable diameter, mesh weaving loads and percent open area of the mesh are selected such that the mesh system passes a large missile impact test. Security features including periodic use of a plurality of cables and/or sensors may be added to the mesh.

Disclosed is storm shutter apparatus for protecting building apertures such as door and window openings from hurricanes, wind-blown debris, gales, rain, and vandals using very low cost, low profile extrusion brackets designed specifically for installation during original building construction in combination with a variety of conventional manufactured windows, hinged doors or sliding glass doors in conventional building structures, and the use of those brackets with very low cost adjustable, lightweight isosceles trapezoidal corrugated panels. The first objective is to render building apertures compliant with the International Building Code (“I.B.C.”) even though they are constructed with conventional fenestration products unmodified for I.B.C. compliance. Another objective is to accomplish the foregoing without the expense of separate labor costs for the installation of hurricane shutters and without the expense of purchasing fenestration products modified for I.B.C. compliance.

A hurricane protection system, specifically for protection of the window and door openings in a building using transparent plastic panels attached in a manner that accommodates new and old architectural designs. The present system uses old standards and new unique methods, a transparent panel shaped to grow in strength when wind pressure is applied, attached to buildings using standard industry methods with an unique use of a rubber washer that acts as a shock absorber and lock washer on all bolted applications. The system has new and unique extrusions that allow the panels to be mounted away from the wall, to avoid protruding decorative trim and sills, in one-sixteenth inch increments.

The corrugated storm shutter system protects glass-covered openings from damage during windstorms. The system components include plastic panels for covering the building openings, and fastening hardware for securing the panels to the buildings. The panels may be removed from the windows during periods when windstorms are not anticipated. The panels are made of corrugated plastic material with the corrugations consisting of parallel flutes connecting the upper and lower surfaces of the panels. A single panel may be used to cover an opening window, or alternatively an opening may be horizontally spanned by a plurality of panels connected by bridging members. Mounting hardware is provided for securing the panels to a building surface over openings to be protected. The mounting hardware consists of a fastener having a lower portion adapted for penetrating and holding to a masonry surface and an upper threaded portion adapted for engaging a mating nut.

An anchor clip, fabricated of a resilient material, has a pair of end portions and a middle portion with a pair of intermediate portions there between. A pair of flex lines between each intermediate portion and the middle portion thereby forms an interior region. The end portions each have a coupling region with a pair of outer receivers and inner lips with a pair of openings adjacent and there between. The outer receivers each have a pair of apertures. The middle portion has four tabs that extend radially from the middle portion with each tab having a second pin aperture. A sheer pin includes a handle portion with a first short end and a second long end. The handle has a pair of sides with a center point there between.

A storm trim for holding a panel over a window for protection against impact of objects carried by wind during a storm. The storm trim includes a lineal cap and a lineal base. The base may be used with a window frame, incorporated into a window frame or be used in glazing surrounds or shutters. The base carries a stacked screw boss to receive and securely hold the anchoring screws that are needed to hold the panel over the window. The anchoring screws do not extend through the lineal base but remain within it. When the storm trim is not in use, the cap covers the lineal base.

A universal mounting system for a flexible wind abatement barrier includes a flexible textile screen of a size and shape to cover an opening in a building. The shutter has hems at the peripheral edges with thickened structure. Several discrete brackets are fastened to the shutter hems about the margin of any opening with random spacing between the brackets. Each bracket has a mounting plate and a clamp. The thickened hems are threaded through the clamps to secure the shutter.

A shutter assembly for storm and security protection is disclosed. The shutter assembly mounts to a structure adjacent an opening in the structure. The assembly may include a mounting system comprising inserts for mounting into the structure, fasteners formed from a non-corrosive material inserted into the inserts, and plugs for insertion into the inserts to conceal the inserts within the structure. A protective element is positioned in a plane offset from the opening for protecting the opening from debris. A housing is positioned adjacent the opening and defines a cavity for housing the protective element therein. The housing is surface mounted to the structure such that the housing requires no major damage to the existing wall surface. A decorative shutter mounts to the housing for concealing the cavity and for improving aesthetics of the structure.

A storm curtain assembly (10) includes a fabric curtain (11) which may be wound onto a roll (17) and stored within a canister housing (16) when not in use, and substantially unwound from the roll (17) to cover an opening in a building. When unwound, a lock bar (18) is engaged by the hooks (27) of the lock blocks (21) carried by the housing (16) and by lock tabs (22) carried by the housing (16). The lock tabs (22) extend through slots (28) formed in curtain (11) so as to be able to engage the lock bar (18). As such, the roll (17) and other drive or counterbalance components (15) carried in the housing (16) are protected from any forces on the curtain (11), such forces being absorbed by the housing (16).

A self-contained system for protecting building penetrations is disclosed. The system can include a housing containing a take-up roll and a screen made from a flexible, strong fabric-like material suitable for resisting high winds, driving rain, and wind-driven missiles. The system can further comprise a deflector or roller to maintain the angle of deployment of the screen. The system can further include a weight bar attached to the end of the screen to assist in deploying the screen. The system can further comprise a dual pulley system to assist in deploying the screen and to hold the screen in the deployed position. The system can include wipers to clean the screen as it is retracted into the enclosure. The system can further comprise an integrated or separate light control, or “black-out” screen. The system enclosures can comprise various hinged covers to facilitate service, repair, and storage.

A combination window frame and panel or shutter door system to provide security to premises and to protect the windows from storm wind damage. The frame and shutter door combination is configured to be installed over existing pre-installed windows or configured to be combined as a single window shutter door frame combination to install in window openings on a wall. In an alternative design, the window has a frame adapted to receive a storm panel that covers the window during storms.