518results about "Sky-lights/domes" patented technology

The utility model relates to a lighting, heat-insulating and waterproof window well of a building and belongs to the technical field of window wells. Comprising a basement wall and a lighting assembly, window wells are arranged on the basement wall, the lighting assembly comprises lighting windows and suspended ceilings, the lighting windows and the suspended ceilings are located at the tops and the bottoms of the window wells respectively, the window wells comprise the upper window wells and the lower window wells, and the lower window wells are in a horn shape; a waterproof heat preservation assembly is arranged between the window well and the basement wall, a drainage pipe penetrating through the waterproof heat preservation assembly is arranged in the basement wall, the waterproof heat preservation assembly comprises a waterproof roll layer, a cement mortar smearing layer and a graphite polystyrene board, and the cement mortar smearing layer and the graphite polystyrene board conduct heat preservation on the window well. According to the building daylighting heat-preservation waterproof window well, the daylighting efficiency and uniformity are improved through the design of the outwards-convex-pyramid-shaped daylighting window and the horn-shaped lower window well, the waterproof heat-preservation assembly is combined with the graphite polystyrene board, heat transfer is effectively prevented, the heat-preservation performance is enhanced, and meanwhile the waterproof effect is improved through the waterproof roll layer and the cement mortar smearing layer.

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 packed roof window product containing a plurality of window product related components packed in a box, wherein sub-packaging containing one or more components is provided with an attachment flap, and is retained in relation to another component by the attachment flap being arranged in an internal space of the other component, as a well methods for packing and unpacking such a packed roof window product.

The subject-matter of the invention comprises a roof window and an assembly method for that window, constructed out of a jamb and a sash with a glass unit, and the roof window sash is seated in the jamb circumference using a pair of hinges, and the jamb is constructed out of four stiles attached to each other to form a rectangular frame, that is upper stile (11), lower stile (13) and two side stiles (12), wherein upper stile (11) in its assembled state in a roof is higher than all the other stiles in the roof, and jamb stiles feature window assembly in roof depth markers (4), characterized in that, in an assembled state in a roof, roof window slope angle α is within the 1-30° range and angle α is different than roof pitch angle β.

A roof window (1) comprising a frame (2), a sash (3), a pane element (4), and a covering assembly (10), the covering assembly (10) comprising a diverter rail (103), where the diverter rail (103) extends along a top frame member (21) in a length direction and projects from the top frame member, forming a diverter angle (A) of 45-89 degrees with respect to a plane (C) defined by an exterior surface (4e) of the pane element (4).

A skylight cover for protecting a skylight fixed to a roof of a building via a skylight frame is provided. The skylight cover has a body including a top wall and a plurality of side walls extending downwardly from the top wall to a flange extending outwardly from at least some of the plurality of side walls for abutment with the roof. Further, a plurality of fastener location features are formed in at least some of the plurality of side walls. The plurality of fastener location features facilitate fixation of the body directly to the skylight frame without fixing the body directly to the roof.

The invention provides an air inflation membrane structure environment air circulation system and a self-adaptive control method thereof, and relates to the technical field of air membrane structures. The system comprises an inflatable membrane, a flexible and deformable connecting piece and an air circulation device, a first opening is formed in the inflatable membrane, the connecting piece is connected with and surrounds the first opening in a sealed mode, and the other end of the connecting piece is connected with the air circulation device through a sealed clamping structure; the air circulation device comprises a valve body assembly, a driver drives a valve plate to control opening and closing of the second opening, and the first opening, the connecting piece and the second opening jointly define an air circulation channel. According to the control method, on the basis of environment characteristics obtained by the sensor module, opening and closing of the valve body are controlled in a self-adaptive mode according to three-level priorities of fire danger, structure safety and environment adjustment. The problems that an existing system is poor in air tightness, a membrane material is prone to being torn, and self-adaptive adjustment cannot be achieved are solved, air tightness improvement, membrane material safety enhancement and efficient environment adjustment are achieved, and remarkable practical value is achieved.

In a roof window, a frame comprises at least one releasable component configured to allow replacement with a different set of components to change a functionality of the roof window. Specifically, one releasable component comprises a cover releasably connected to remaining components of a bottom frame member and defining a cavity relative to the remaining components of the bottom frame member.

The invention relates to a mesh (3) for a protective device (1) for a skylight (2); of the type of device comprising: - the mesh itself (3), having a dimension greater than the opening (20) of the skylight (2), to a sufficient extent to cover its contour (21), and - perimeter anchors (4) for fixing the mesh (3) to the opening (20) of the skylight (2); and wherein the mesh (3) comprises intermediate wires (39) and additional safety wires (30) at its longitudinal sides (38); characterized in that it comprises four additional safety wires (30) on each longitudinal side, with a diameter between 1.5 and 2.5 mm, and arranged at a first distance from each other of between 20 and 30 mm;while the intermediate wires have a diameter of between 1.5 and 2.5 millimeters and are arranged at a second distance from each other and from the fourth additional safety wire, of between 40 and 80 millimeters. (Fig. 1);

In the roof window, each frame member (22) comprises a plurality of receiving structures at an interior, exterior, inner and / or outer side. The receiving structures comprise a number of grooves (25, 26, 27, 28) to interact with auxiliary equipment in an assembled condition of the frame.

The present application relates to the technical field of sunroof, especially relates to a self-cleaning sunroof structure, which comprises a glass plate, the periphery of the glass plate is fixedly sleeved with an outer frame, a driving mechanism is arranged in the outer frame, a C-shaped accommodation groove is formed in the inner wall of the outer frame, and a cleaning rod is arranged in the inner part of the outer frame and connected with the driving mechanism, the cleaning rod can be stored in the outer frame when not cleaning, so that dust outside is prevented from adhering to the cleaning rod, the cleaning rod is ensured to be clean enough, the glass plate can be cleaned by the cleaning rod driven by the driving mechanism when cleaning is needed, and the cleaning effect is improved.

This roof-draining member (10) is provided to a roof furring (3) of an inclined roof. The roof-draining member (10) comprises: a base part (11) disposed along the roof furring (3); and a rising part (20) provided to the base lower end of the base part (11) in a state in which the roof-draining member (10) is attached to the roof furring (3). The base lower end has a first base lower end and a second base lower end. The rising part (20) has a first rising part (21) configured as a portion that rises along the first base lower end due to bending of a constituent member constituting the roof-draining member (10), and a second rising part (22) configured as a portion that rises along the second base lower end due to bending of the constituent member.

The present application relates to a kind of thin ventilation skylight systems for factory, which is installed on the support beam arranged at the top of factory;It is characterized by including waterproof groove, rain baffle, waterproof groove compression frame, support plate, communication rod, light valve plate, buckle unit and valve plate drive module;Using a flat panel to carry out die stamping forming, it can realize modular mass production, and high production efficiency, and no pre-assembly is needed;After completing stamping forming, only bending operation is needed, the forming of product can be realized, and it can be installed directly across the waterproof groove;Buckle unit connection disassembly operation is more convenient, and installation efficiency is improved;Communication rod is connected on each support plate, and the communication rod arranged above and below is used to install rain baffle structure, and staggered arrangement of cloth baffle can guide rainwater into waterproof groove on one hand, and it is also convenient for light to pass through light valve plate for lighting;Valve plate drive module can drive light plate to open and realize ventilation.

In a roof window (1), each window frame member (31, 32) comprises a profile element (31a, 32a), an inner element (32c) and intermediate elements (31b, 32b), which intermediate elements form a connection between the profile element and the inner element of each window frame member in the assembled state of the window frame (3). In the assembled state of the window frame (3), the profile elements (31a, 32a) of the window frame members (31, 32) are positioned along corresponding outer edge portions of the pane (4), and the profile elements (31a, 32a) of the top window frame member (31) and the two side window frame members (32) are formed as a set of longitudinal profiles with a substantially uniform cross-section.

There is disclosed herein a window assembly comprising: a glazing unit including an inner pane arranged on an inner side of the glazing unit and an outer pane arranged on an outer side of the glazing unit; a frame for surrounding an opening in a wall or roof of a building for supporting the glazing unit; and a thermal shield locatable between the frame and the opening, wherein the thermal shield comprises a structural element configured to extend laterally into the opening from the frame and a sealing member to create a seal around the opening between the structural element and the inner pane of the glazing unit, wherein an inner lip of the structural element is arranged to extend laterally into the opening beyond the sealing member to define an air pocket between the inner lip and the inner pane of the glazing unit, and wherein, when the window assembly is installed in a building, the thermal shield thereby defines a thermal conduction path along the inner pane of the glazing unit, from the laterally inner edge of the air pocket to the laterally inner edge of the frame, that is the path of least thermal resistance between the opening and an exterior of the building. Further window assemblies, related thermal shields and methods of designing, manufacturing and installing the window assemblies are disclosed.

This invention provides a large-angle, ultra-large-area operable roof skylight system, belonging to the field of skylight construction technology. It includes fluorocarbon-coated welded steel pipes, conversion channel steel, a custom-made waterproof aluminum alloy support frame, an aluminum alloy fixing frame, an aluminum alloy operable sash, and insulated tempered laminated glass. The fluorocarbon-coated welded steel pipes and fluorocarbon-coated square steel serve as the main and secondary keels of the operable roof skylight system, respectively. The conversion channel steel connects to the main and secondary keels. The custom-made waterproof aluminum alloy support frame and aluminum alloy fixing frame are fixed to the conversion channel steel with screws. The aluminum alloy operable sash is fixed to the aluminum alloy fixing frame via hinges. The lower end of the electric window opener is hinged to the fluorocarbon-coated welded steel pipe via a connecting steel component, and the upper end is fixed to the skylight frame via a base. This invention enables a large-angle opening of the ultra-large-area skylight, achieving the effect of fully opening the ultra-large-area skylight before the flue gas fills the smoke storage chamber. Furthermore, the skylight maintains good water tightness and air tightness when closed.

The utility model relates to the technical field of skylight sashes. The novel skylight sash structure comprises a fixing frame, a window frame body is hinged to the upper surface of the fixing frame, a locking assembly is arranged in the middle of one side of the fixing frame and comprises a limiting frame, supporting rods are hinged to the two sides of the bottom face of the window frame body, and a clamping groove is formed in one side of the upper surface of the fixing frame. The fixing frame, the window frame body and the locking assembly are used in cooperation, so that the window frame body can be conveniently locked, and the operation of rapidly opening and closing the window frame body can be completed; through cooperative use of the fixing frame, the window frame body, the supporting rod, the storage groove, the clamping groove, the limiting block, the first column body, the reset spring and the second column body, the purpose of rotatably opening the window frame body can be achieved, and the purpose of adjusting the opening angle of the window frame body according to needs and fixing the window frame body is achieved.

The utility model relates to a ventilating skylight, which comprises a skylight framework fixed at a ventilating opening of a color steel roof, a wind shield wrapped outside the skylight framework, and a daylighting panel laid on the skylight framework, the top of the wind shield is provided with an air opening corresponding to the daylighting panel, and two sides of the daylighting panel are respectively provided with an L-shaped spill-proof plate. The inner end of the L-shaped spill-proof plate is connected to the lower portion of a cornice of the daylighting panel and communicated with a drainage pipe located below the cornice through a penetrating hole in an inner end face plate of the L-shaped spill-proof plate, the outer end of the L-shaped spill-proof plate is turned over, vertically upwards and inwards bent, and a water blocking face which is vertically upwards and provided with the top bent inwards is formed. A plurality of transverse sliding plate assemblies arranged in the longitudinal direction are arranged at the top of the wind shield and used for blocking the upper portion of the air opening and extending to the outer side edge of the wind shield. Rainwater can be effectively prevented from entering the plant while normal ventilation is ensured, and the ventilation device is simple in structure and easy to implement.

The utility model relates to the related technical field of daylighting and smoke discharging skylight assembling, and provides daylighting and smoke discharging skylight assembling equipment which comprises a base and a pair of side seats, the side seats are fixed to the two sides of the base, riveting assemblies are arranged on the side seats, butt joint pressing and fixing assemblies are arranged on the base, and each butt joint pressing and fixing assembly comprises a plurality of stand columns. The stand columns are fixed to the surface of the base, platforms are arranged at the upper ends of the stand columns, the grooves are formed in the four opposite edges of the surface of the base, and first air cylinders are arranged on the inner side surfaces of the grooves. By means of the technical scheme, the problems that in the prior art, frames are connected one by one, then screws or rivets are driven for fixed connection, but manual operation is complex, efficiency is low, and dislocation is prone to occurring are solved.

A skylight having a frame with a flanged lip about a skylight window unit periphery having water drainage notches formed therein help keep the windows clean. The notches in the frame flange radiates outward from a central light transmissive region of the window unit and have an inboard depth adjacent the window opening approximately equal to the flange thickness. Inclination of the skylight when installed allows water to freely drain from through the notches off the central light transmissive region of the window unit.

The utility model discloses a prefabricated mushroom house, including house body and roof main part, the top of house body is cylindrical, and the side wall of house body is equipped with the hole of through -going, the roof main part includes the top cover and the bottom cover, the bottom of bottom cover is provided with the recess, the top of house body is clamped in recess, the bottom of top cover is provided with the clamping groove, the top of bottom cover is provided with the snap ring, the bottom of top cover and the top of bottom cover abut, and the snap ring is clamped in the clamping groove, house body, top cover and bottom cover all are provided with reinforced mesh and the concrete layer of wrapping reinforced mesh. Through above setting, can reduce production difficulty, shorten construction period, ensure finished product quality, and can conveniently work staff with bottom cover and house body, top cover and bottom cover are connected, reduce construction difficulty.

A roof window (1) comprising a frame (2), a sash (3), a pane (4), and a sealing system (5) is disclosed. The frame (2) comprises an adaptor member (24) attached at the inner side (211) of the at least one frame member, the adaptor member being used for fixation of a primary gasket (51) and / or for attachment of a secondary gasket (52). The adaptor member (24) may further be used for receiving a lining panel and / or may comprise a heat conductor component.

The invention relates to a base frame module for roof windows, comprising: a longitudinal leg and a transverse leg, which are arranged substantially at right angles to each other and are connected substantially at right angles to each other at one end region; wherein the longitudinal leg and the transverse leg each have a projecting section and a recessed section at the connected end regions; wherein the recessed section of the longitudinal leg abuts an end face of a lateral region of the projecting section of the transverse leg; wherein the recessed section of the transverse leg abuts an end face of the projecting section of the longitudinal leg and wherein an end face of the projecting section of the longitudinal leg projects laterally from the recessed section of the transverse leg.

The utility model discloses a metal roofing board end welding flashing plug node which comprises metal roofing boards and a flashing board, protruding board ribs are arranged at the connecting positions of adjacent metal roofing boards, the flashing board is connected with the metal roofing boards, the flashing board is provided with a horizontal board and a flange or a cylinder body extending upwards, and the flange or the cylinder body is connected with the metal roofing boards. The metal roofing board is connected with the outer edge of the universal horizontal board, the metal roofing board is arranged above the universal horizontal board, and the board rib is provided with a covering type plug at the joint of the metal roofing board and the universal horizontal board. The joint of the metal roof panel and the universal horizontal plate, the joint of the plate rib and the universal horizontal plate, and the joint of the covering type plug and the plate rib as well as the joint of the covering type plug and the universal horizontal plate are all in sealed continuous welding seam connection. Reliability and safety of the metal roof can be improved, daily maintenance of a roof system can be reduced, operation and maintenance cost of a building is reduced, influence on use of the building is reduced, and economic benefits are high.

Frame arrangement (2) for a roof window (1), comprising a frame (3), a connecting frame (6) separately designed from the frame (3) and attached to the frame (3), and a functional frame (7), wherein the functional frame (7) encompasses the connecting frame (6) and is displaceable relative to the connecting frame (6) along a straight line perpendicular to a frame plane spanned by the frame (3), wherein a functional component (39) of the connecting frame (6) has a guide device (42) by means of which the functional frame (7) is displaceably mounted on the connecting frame (6), characterized in that the guide device (42) has a guide receptacle (43) into which a guide projection (44) of the functional frame (7) engages in a form-fitting manner.

A flashing assembly for use between two roof windows mounted in an inclined roof structure, a group of roof windows mounted using such a flashing assembly, and a method for mounting such a flashing assembly between two roof windows. The flashing assembly comprises a first and second flashing element each comprising a first section extending along a width axis, where the first section of the second flashing element comprises a plurality of parallel indications to guide a removal of part of the first section, and the first section of the first flashing element comprises a pocket for receiving the first section of the second flashing element. The pocket is delimited by two legs, where the more narrow of the two legs has a width which exceeds a distance between the parallel indications.

A window glazing assembly that can convert an existing or already-installed window, or be used to assemble new construction windows as a multi-pane or multi-glazed window unit, is provided herein. In particular, the glazing assembly includes an attachment assembly (e.g., peel-and-stick double-sided adhesive tape) and one or more glazing layers. Some embodiments further include a spacer assembly comprising a plurality of spacer bars that may be individually installed, e.g., one by one, around the perimeter of the window such as, to the window sash, window frame, or glass window pane, itself. The glazing layer(s) can then be secured or adhered to the spacer assembly, for example, around the perimeter thereof. Some embodiments may include additional or intermediate glazing layers, providing additional insulating airspaces and enhanced performance.

Disclosed herein are various examples of a cage device or apparatus for protecting an extension tube of a tubular skylight in a ceiling of a building. In one example, the cage device may include a plurality of lateral members surrounding the extension tube, the lateral members having a perimeter larger than the perimeter of the extension tube, the lateral members spaced apart along the extension tube; a plurality of vertically oriented elongated side members positioned around the perimeter of the extension tube, each side member attached to a portion of one of said lateral members, each side member having a top end portion that includes a protrusion for secure attachment to the roof or to the ceiling or the building; and a plurality of bottom members connected horizontally across one of said lateral members. Other embodiments are also disclosed.

A steel structure building with an internal through-archway and its construction method includes the following steps: Step 1, pouring concrete for the archway, with openings spaced apart on the side walls of the archway. Step 2, constructing the main steel frame; after completing the main steel frame of each floor, construct the floor slabs and balconies. Step 3, constructing corridors on the floor slabs located on both sides of the archway within the passageway, with connecting corridors spaced apart longitudinally between the two corridors on each floor. Step 4, hoisting the steel roof truss. Step 5, constructing the glass curtain wall around the main steel frame. Step 6, constructing the terracotta roof structure, eaves structure, and glass louvered skylight structure. Step 7, constructing the terracotta sunshade structure on one side of the main steel frame and the terracotta louvered curtain wall on the other side of the main steel frame, thus completing the construction. This invention solves the technical problem that traditional office and commercial buildings can only meet their own needs, cannot effectively integrate with the surrounding environment, and cannot showcase the local cultural characteristics of the region.