307 results about "Gable" patented technology

The present invention is a method for laying out a dormer that projects outward from a main roof and has a gable end and a dormer roof originating at a dormer point and terminating at an outer edge of the dormer roof near the gabled end. The dormer includes roof sheathing supported by dormer trusses. The dormer trusses include a gable truss and a plurality of valley trusses. The method of the present invention includes receiving a plurality of dormer inputs from a user. A plurality of layouts for the roof sheathing on the dormer roof are generated as a function of the dormer inputs. One or more layouts are then recommended to a user to reduce a quantity of roof sheathing waste.

A system and method of preparing residential and commercial screen enclosures using box beams having a two-piece construction from identical extruded parts, which are self-mating and connected with fasteners, or snap-fitted together without fasteners. The box beam so formed is strong and easy to construct, and preferred in the front walls and roof designs of gable, mansard, dome, and flat screen enclosures. Both extruded parts of the box beam have a planar central member with two substantially perpendicular side pieces each having an exterior-facing spline and screen-edge retaining groove. In addition, an interior-facing gusset-retaining slot is created between each spline groove and the planar central member, with each pair of opposed slots configured and positioned to receive a tightly-fitting gusset plate that provides stronger and more precise box beam joints than is possible with gusset plates secured only by fasteners, as is common in prior art beam construction.

The invention relates to a super-long-span cylindrical shell lattice structure construction method, which is characterized in that a gable wall lattice structure at one end of a cylindrical shell structure is installed firstly, and then the gable wall lattice structure is used as a stable starting unit for installing the entire cylindrical shell lattice structure, i.e. the installed gable wall lattice structure which is used as the stable starting unit is used for bearing construction load and the subsequent installation of the cylindrical shell lattice structure is finished by starting from a gable wall along the longitudinal direction of the cylindrical shell structure by adopting a high-altitude bulk method. The super-long-span cylindrical shell lattice structure construction method has the characteristics of high construction efficiency, high safety, low construction cost, high construction quality and the like, and has the advantages of high efficiency, high safety, low construction cost and high construction quality which are better reflected especially during installation of long-span and super-long-span cylindrical shell lattice structures.

The invention discloses a photovoltaic power generation greenhouse capable of adjusting light transmittance. The photovoltaic power generation greenhouse comprises an eastern gable, a western gable, a pair of side walls and a lighting surface skeleton installed on the tops of the eastern gable, western gable and side walls, wherein the bottom of the lighting surface skeleton is provided with a lighting covering film, a movable photovoltaic component and a fixed photovoltaic component are arranged on the top of the lighting surface skeleton in parallel, the movable photovoltaic assembly is moved or fixed relative to the fixed photovoltaic component so as to adjust a transmitting gap between the movable photovoltaic component and the movable photovoltaic component. The photovoltaic greenhouse can initiatively change a coverage rate of the lighting surface photovoltaic component according to different external light conditions and different requirements on the plant growth, so that the photovoltaic greenhouse initiatively controls the lighting rate, the lighting design bottleneck of the existing photovoltaic greenhouse is fundamentally broken through, the maximization of the photovoltaic power generation is realized while the plant production is guaranteed, and the adaptability of the photovoltaic greenhouse to different crops and a same crop at different growth periods is also improved.

The large span buildings comprising no ordinary beams and columns are formed of vertical load-bearing composite wall-panels and composite floors, both comprising two concrete layers interconnected by steel strip webs. The stiff horizontal plane formed of assembled roof/ceiling units, supported by wall-panels, connected to both gables restrains transversal movement of longitudinally arranged wall-panels attached tops, bracing them simultaneously against sideway and lessening their buckling lengths. Floors, if any applied, being rigidly connected to the vertical panels additionally improve stability of the global structure. Hereby invented composite wall-panel and floor are adapted to the same purpose. The global structure, being braced in that way, behaves as a rigid box made of slender panels.

The invention discloses an overall waterproof system of a rigid building. The overall waterproof system comprises a gutter waterproof unit, a parapet wall waterproof unit, a ridge waterproof unit, a gable edge waterproof unit, a roof panel, a wall panel, a roof purline, a heat insulation layer and the like. A gutter in the waterproof system is not directly connected with the roof purline, and the gutter has a slope, so that the problems of poor heat insulation performance, many cold bridges, water accumulation in the gutter and the like due to direct connection of the gutter and the gutter supporting beam in the prior art are thoroughly solved; through inner and outer flashing pieces, a flashing conversion piece, a ridge water blocking plate and the like in the waterproof system, the mode of spreading sealant and then performing direct connection through tensioned rivets is changed into indirect connection, so the problem of water leakage on the roof due to ageing of daub is thoroughly solved, and the waterproof performance of a light steel colored plate building is greatly improved; and because of a sliding bracket, a building main body and accessories are connected tightly and firmly and can slide relatively, and the service life of the gutter is greatly prolonged.

The invention relates to metal roof system structural modification and provides a metal roof system. The metal roof system comprises color steel roof panels disposed on purlines. A gutter is correspondingly disposed at the end of each color steel roof panel. The side of each color steel roof panel is connected with a gable closing edge of a wall face outer board. The metal roof system is characterized in that the color steel roof panels are mutually connected through lap joint fasteners. Each lap joint fastener comprises a support plate disposed below a color steel roof panel lap joint part and a pressing strip disposed above the color steel roof panel lap joint part, the support plate is provided with riveting screws, the pressing strip is fixed with the riveting screws penetrating the color steel roof panel lap joint part, and an arc-shaped water hole is formed in the pressing strip. The metal roof system is good in wind pressure resistance and waterproofing and reasonable in connecting structure.

An insulated concrete form system for constructing the exterior walls and gable ends of a structure is disclosed using expanded polystyrene forms that interconnect and are bonded to each other and to the structure's slab or foundation with concrete. Internal, substantially columnar voids are provided in each of the panel forms and both the interior and the exterior surfaces of the walls and gable ends may be finished with a variety of finish materials using furring strips that are incorporated into the interior and exterior surfaces of the forms.

A feeding mouthpiece has a body and a tube. The body is hollow, a resilient material and has two ends, a teat and a seal. The teat is formed on one end of the body, has an opening and corresponds to a mouth of young. The seal is formed on the other end of the body and has a sealing surface. The tube is formed through and protrudes from the sealing surface of the seal, is tapered to a transverse ridge and has an outer surface, a proximal end, two gables and an air valve. The air valve is a slit and may be formed along the transverse ridge or longitudinally on the outer surface of the tube. When the feeding mouthpiece is mounted with a bottle, the air valve prevents leakage and is easily cleaned without tearing or breaking the feeding mouthpiece.

A bee house for housing a plurality of bee hives includes a generally rectangular frame and four upwardly extending opaque fixed walls fixed to the frame and a gable roof having a generally triangular cross-section. The roof has a peak and a pair of eaves or outer edges below its peak and defines a longitudinally extending opening between a pair of roof panels at or along the peak. The bee house also includes a plurality of shelves for holding three bee hives on each shelf and an air-conditioner for maintaining the bee house at a temperature of between about 25° C. and 35 C.

A SIM card connector includes an insulative base including on its either side an L-shaped rear groove, a recess including a rear ramp, an intermediate protrusion, a tab between the rear ramp and the protrusion, and a front protuberance, and a front stop member; a cover including two side flanges each including a rear pin slidably fitted in and confined by the groove to form a pivot, rear and front gables, and an intermediate tongue; and conductors on a bottom of the base. Sliding the cover forward will interlock the cover and the base by moving either pin to a forward end of the groove with either rear fastening member being urged against the protuberance, either tongue being stopped by the protrusion, and either front fastening member being securely engaged with both the stop member and protuberance after passing the stop member.

A top sealer for a gable top package having a sealed top fin includes an arm support and a pair of opposing arms pivotally mounted to the arm support. The arms each have a sealing jaw at about an end thereof. The arms are pivotal to move the sealing jaws toward and away from one another through an arc. The arm support is linearly movable toward and away from the package, as the arms pivot, to move the sealing jaws downward, toward the package, to alter the arc of the pivoting sealing jaws.

The invention discloses a quick-mounting combined type greenhouse which comprises a back wall, corner walls, gable walls, arched girders and lighting boards, wherein the gable walls are arranged on two sides of the back wall, the top surfaces of the gable walls are arched surfaces raising gradually from one end to the other end, the two ends of the back wall are fixedly connected with the back wall through the corner walls, a plurality of arched girders are arranged between the two gable walls in an alternative manner, the upper ends of the arched girders are fixedly connected with the top of the back wall, the lower ends of the arched girders are embedded into the foundation, one lighting board is arranged between every two adjacent arched girders, the two side edges of each lighting board are inserted into the two adjacent arched girders, and one lighting board is arranged between one arched girder and one gable wall. The quick-mounting combined type greenhouse provided by the invention has the advantages that the greenhouse is quick-mounting, detachable and movable, has overall stability and strong weatherliness, and is good in heat preservation effect, low in building cost, and long in service life.

An edge beam construction including two vertical perforated rolled shapes with webs inverted toward the center of the beam, and a bottom track having a flange disposed in a vertical position against bottom lips of the vertical rolled shapes. The three basic components of the edge beam are positioned so as to provide access for press joining tools. A building module manufacturing method utilizes the light gauge steel rolled shapes that permit industrialized, automated manufacture of floor, roof and wall panels for modular housing and commercial structures with integrated mechanical and electrical systems and rigid framing for road transport without trailers. The module manufacturing method includes a novel method of constructing and positioning a gable.

A bidirectional single-slope sunshine greenhouse consisting of southern and northern sub-greenhouses is composed of a common enclosure wall consisting of back wall and gables, symmetrical skeleton supported by said back wall and sleeperwalls, and films covering on said skeleton. Its advantages are high utilization rate of ground, and high warming effect.

A building comprises a side wall defining a storage space within the sidewall confines, a roof supported above the storage space, and a pair of gables above the sidewall and at opposite ends of the roof. At least one truss is disposed between the gables and adapted to support the roof and has at least one tool handle opening. In a part of the building separate from the truss is disposed at least one additional receiver generally across from the tool handle opening. The tool handle opening and the receiver are spaced apart and adapted to each receive the handle of a long handled tool and support the long handled tool above the storage space.

A holiday light assembly has a main support rod and a plurality of hanging support structures each having a hanging branch rod supported from the main support rod, and holiday lights supported on the hanging support structures to form desired lighting patterns. The hanging branch rods of the hanging support structures are connected to the main support rod with swivel joints to allow them to be placed conveniently at a desired hanging angle when the light assembly is installed on a sloped structure, such as the gable of a house. The swivel joints may be of a ratcheting type and may be spring loaded to allow quick angular adjustments.

The invention discloses an environment-friendly disaster relief tent. The environment-friendly disaster relief tent is composed of a tent body, a cotton inner container, a frame, a shakedown and accessories. The frame comprises a base and a supporting frame, wherein the base comprises four base two-side ground rods, four gable ground rods, four base corner sockets and two base middle sockets, every two adjacent gable ground rods are connected through a pivotal connecting device, the supporting frame comprises six vertical rods, six inclined rods, four eaves corner sockets, two eaves middle sockets, two ridge end sockets, a ridge middle socket and twelve universal rods, every two adjacent universal rods are connected through a pivotal connecting device which can be folded in a 180-degree mode, each eaves middle socket comprises an eaves middle upper plate, an eaves middle insertion plate and two eaves middle hanging plates, each eaves middle hanging plate is of an obtuse triangle shape, a groove is formed in one side of a bevel edge of each obtuse triangle, each eaves middle insertion plate can be inserted into the corresponding groove, the two eaves middle hanging plates of each eaves middle socket are welded to one side of the eaves middle upper plate of the eaves middle socket in a parallel mode, the eaves middle insertion plates are directly inserted into the grooves of the eaves middle hanging plates respectively, and are fixed in a welding mode, and four through grooves are formed so that the vertical rods, the universal rods and the inclined rods can be connected in a pivotal mode through the through grooves.