140results about "Base frames" patented technology

To provide a frame device capable of enhancing wind pressure-resistant strength.SOLUTION: A frame device is provided at an opening W of a building, the frame device comprising an anchor 2 fixed to the opening W of the building, an auxiliary member 3 fixed to the anchor 2, and a fitting frame 11 engaged with the auxiliary member 3, in which the auxiliary member 3 and the anchor 2 are used to sandwich at least a part of the fitting frame 11 in its depth direction, a locking piece 32 is provided at a base part 31 of the auxiliary member 3, and the locking piece 32 sandwiches a locked piece 117b of the fitting frame 11 in its width direction.SELECTED DRAWING: Figure 3

The present invention relates to a window block assembly (1), intended to equip a window (B) arranged in a wall (M) of a building, which window block assembly (1) comprises a joinery (2) equipped with concealing means (3) which comprise at least one concealing fabric (31), which at least one concealing fabric (31) comprises: - an upper transverse edge (311) cooperating with a winding roller (33), - a lower transverse edge (312) comprising a transverse bar (313), intended to run along slides (34), and - two lateral edges (314), guided along said slides (34). Figure for the abstract: 2

The utility model discloses a high-precision non-dismantling self-heat-preservation mould frame device and a window opening structure comprising the high-precision non-dismantling self-heat-preservation mould frame device, the high-precision non-dismantling self-heat-preservation mould frame device comprises a plurality of mould frame section bar pieces, and the mould frame section bar pieces abut against one another end to end to be assembled into a frame structure so that the frame structure can be used for installing a main frame. The mold frame profile piece comprises a heat preservation layer, an auxiliary frame and a profile plate, the heat preservation layer is connected to one side or two sides of the auxiliary frame, and the profile plate is connected to the heat preservation layer and one end, back to the main frame, of the auxiliary frame and / or the side face of the auxiliary frame and used for being connected with a cast-in-place concrete wall. The window opening size precision control effect is effectively improved, the water seepage probability of the window frame is reduced, the heat preservation and heat insulation effects are achieved through the heat preservation layer, and the energy-saving effect of the high-precision disassembly-free self-heat-preservation mold frame device is further improved. Meanwhile, the overall structural strength is improved, the requirements for bearing and reliable connection of the main frame are effectively met, and the installation precision is further improved.

A frame assembly, for use in window and door applications configured to retain a panel, comprising a frame with a cover assembly and a support assembly having a track assembly, and a sill assembly and a header assembly both interconnected to a securing surface. The cover assembly is interconnected to the support assembly. The sill assembly comprises a roller member disposed in supporting relation to the track assembly, and the header assembly is disposed in supporting relation to the support assembly so that the frame is movable relative to both the header assembly and the sill assembly. At least a portion of the frame comprises a predetermined thickness and a predetermined width. The predetermined thickness is substantially less than the predetermined width so that both cooperatively and concurrently enhance viewing through the panel and the frame's stability.

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.

The utility model discloses a steel structure house building window opening structure which comprises a connecting column arranged between steel structure stand columns on the front side and the rear side, a cross beam is fixedly connected between the steel structure stand columns on the front side and the rear side, and a groove is formed in the inner side of the cross beam. The two connecting columns are welded on the inner surfaces of the grooves in advance according to the size of an installed window, after welding is completed, the upper limiting nuts and the lower limiting nuts are loosened, the upper limiting nuts and the lower limiting nuts are made to rotate on the outer surfaces of the connecting columns in a threaded mode, and therefore lantern rings slide on the outer surfaces of the connecting columns according to conditions; the distance between the supporting plates connected with the lantern rings is adjusted, after adjustment is completed, an upper limiting nut and a lower limiting nut are fastened, and meanwhile when the outwards-protruding position of the window needs to be adjusted, only the connecting plates need to slide on the inner surfaces of the supporting plates, so that the connecting plates form four connecting welding faces, and the window frame is welded to the surfaces of the connecting plates; and meanwhile, the supporting plate and the connecting plate can be connected and fastened through the fastening bolts.

The utility model discloses an anti-radiation lead sliding door which comprises a concrete wall body arranged at the top of a concrete ground, a hanging bar is fixedly installed at the top of the concrete wall body, a keel is installed at the bottom of the hanging bar, and the bottom of the keel is fixedly connected with a double-layer paper surface gypsum board through screws. A white antibacterial inorganic coating is laid at the bottom of the double-layer gypsum plaster board, a flame-retardant board base layer is installed on the right side of the concrete wall body, and a grain ice fire board is laid on the surface of the flame-retardant board base layer. The double-layer paper surface gypsum board, the white antibacterial inorganic coating, the first black wiredrawing stainless steel, the barium sulfate coating layer and the second black wiredrawing stainless steel are used in cooperation, the overall attractiveness of the ionizing radiation lead sliding door after installation can be improved, the whole installation is easy, construction of workers is facilitated, and through the arrangement of the sliding door limiter, the service life of the ionizing radiation lead sliding door is prolonged. Sliding of the ionizing radiation lead sliding door can be limited, so that the ionizing radiation lead sliding door slides according to a limited track.

A mounting frame for mounting a closure within an aperture in a building. The mounting frame comprises a main frame structure and insulation. The main frame structure is arranged, in use, to extend around a perimeter of the building aperture. The insulation is on the outside of the main frame structure and extends about the whole or at least part of its periphery. The main frame structure is formed in two parts each terminating with an outwardly extending support flange. The insulation couples together the support flanges and thereby coupling together the two parts of the main frame structure. The support flanges and the insulation are configured such that, in use, the insulation and the support flanges are positioned between interior and exterior wall skins of a wall surrounding the building aperture. There is also disclosed a construction method using the mounting frame.

There is disclosed a support assembly for providing structural support to a through-hole to be formed in a stud wall, the support assembly comprising: a first bridge portion and a second bridge portion, the first and second bridge portions each configured to be fixed to studs of the stud wall via a first face of the stud wall, wherein each of the first and second bridge portion: is elongate and comprises a first connection portion and a second connection portion such that when the first connection portion overlaps a first stud of the stud wall, in an in-use position and orientation on the first face, the second connection portion overlaps a second stud of the stud wall; a plurality of filler; and a plurality of boards configured to be fixed to the plurality of filler pieces and to cover up the set of through-hole boundary faces.

A sealing frame for mounting a closure within an aperture in a building. The mounting frame comprises a main frame structure and a sealing component. The main frame structure is arranged so that, in use, the main frame structure extends around a perimeter of the building aperture. The sealing component is for a closure frame of the closure, the sealing component extending, in use, away from the main frame structure and into the building aperture. In one embodiment first and second sealing surfaces are defined by the sealing frame which face in the same direction and are offset from one another along the depth axis of the building aperture. In another embodiment either a frame seal is provided on the sealing component to seal to a closure frame or the sealing frame further comprises a mounting flange having a building seal to seal to the building. In another embodiment a first portion of the main frame structure extends along a depth axis of the building aperture to close a cavity formed between inner and outer building layers and the main frame structure defines a second sealing surface which is adapted to abut a building surface for sealing the sealing frame to the building around the perimeter of the building aperture.

In a one aspect there is disclosed a formwork wall panel (10) having an operative inner surface (12) to face towards an inner space to be filed with building material and an opposing operative outer surface (14) having a surface finishing component (16) secured thereto. The operative inner surface (12) of the formwork wall panel (10) includes a brace coupling formation (18) operatively adapted to engage a wall panel coupling formation (20) of a brace (22) operatively extending between the formwork wall panel (10) and an opposing second formwork wall panel.

The embodiment of the utility model aims at providing a door opening closing-up structure which comprises a corner bead and an external corner installed on a door opening. The leveling layer is laid on the inner surface of the door opening so as to flatten the inner surface of the door opening; the deformation connecting layer is arranged on the leveling layer, the door frame is connected to the deformation connecting layer, and the deformation connecting layer deforms correspondingly under extrusion of the door frame and the leveling layer, so that the door frame is stably installed in the door opening; in the application, the arranged deformation connecting layer can present adaptive deformation at different positions according to the shape of the gap between the door frame and the door opening, so that each gap between the door opening and the door frame can be fully filled, and the door frame can be stably fixed in the door opening.

Wall module (1), comprising, - a concrete wall (11) with an outside (12) and an inside (13), wherein the concrete wall (11) forms at least one first passage (14) from the inside (13) to the outside (12); - an insulating device (20) arranged on the outside (12) around the at least one first passage (14), wherein the insulating device (20) has an area of ​​the insulating device (20) and an area of ​​the insulating effect, wherein the insulating device (20) provides thermal insulation in the area of ​​the at least one first passage (14) around the at least one first passage (14), wherein the insulating device (20) defines a second passage (21) that is at least partially aligned with the at least one first passage (14); - at least one first connecting element (2), wherein the insulation device (20) and the outer surface (12) of the concrete wall (11) are connected in a pressure-water-resistant manner via the first connecting element (2), wherein the first connecting element (2) is arranged between the insulation device (20) and the concrete wall (11); characterized in that - the insulation device (20) has a first circumferential flange (22), wherein the area of ​​the insulation device (20) is composed of the area of ​​the insulating effect and the area of ​​the circumferential flange (22), and wherein both the area of ​​the insulation device (20) as a whole and the area of ​​the insulating effect as well as the area of ​​the first flange (22) are in contact with the outside (12) of the concrete wall (11) in a planar manner, and that - the first connecting element (2) in the production of the concrete wall (11) forms a fresh concrete bond between the concrete wall (11) and the insulation device (20), and that - only the first flange (22) of the insulation device (20) is directly connected to the concrete wall (11) via the first connecting element (2), and that - a window frame (40) is provided, wherein the window frame (40) is arranged in the at least one first passage (14) of the concrete wall (11) or in the second passage (21) of the insulation device (20) and wherein the window frame (40) has a second flange (41) which is connected to the concrete wall (11) via at least one second connecting element (42), wherein the second connecting element (42) forms a fresh concrete bond between the concrete wall (11) and the second flange (41).

The utility model discloses an anti-leakage auxiliary frame sealing structure for special-shaped doors and windows, and relates to the field of anti-leakage auxiliary frame sealing structures for doors and windows. The thermal insulation window comprises a window body, a wall body and a window frame, and is characterized in that the window body comprises the wall body, the window frame is arranged on the wall body, and the thermal insulation window is provided with a sealing structure, an outer thermal insulation layer, an inner thermal insulation layer, a waterproof mortar blocking layer, a window auxiliary frame, sealant, polystyrene foam and a window main frame. Rigid fixation of the auxiliary window frame and a splayed structure of the waterproof mortar synergistically enhance the adaptability of the hole, continuous filling of the polystyrene foam is combined with chamfer covering of the sealant to achieve dynamic sealing, and the staggered arrangement of the inner and outer heat preservation layers and the synergistic effect of installation gaps of the main frame and the auxiliary frame effectively absorb dimensional deviation. According to the structure, through material performance complementation and structure level optimization, the technical problems that in a traditional construction technology, due to size control deviation of special-shaped door and window openings, gaps between a window frame and the openings are not uniform, and leakage, hollowing and cracking are caused due to the fact that plugging materials are not densely filled are solved.

An insulating frame (1) designed to receive joinery for an opening formed in a structural wall of a building, the insulating frame comprising: - a sash (100) comprising an upper crossmember (110), a lower crossmember (170) and two vertical lateral uprights (150), - a façade (200), the façade (200) being intended to be fastened to the front face of the sash (100) that is oriented towards the outside of the building; - the sash (100) comprising a horizontal wall (131) and a vertical wall (132) extending between the two lateral vertical uprights such that the upper crossmember (110), the lateral uprights (150), the horizontal wall (131), the upper horizontal part (210) of the façade and the vertical wall (132) form a box for housing a roller shutter (130), the lower crossmember (170), the lateral uprights (150) and the horizontal wall (131) forming a support frame configured to be applied against the periphery of the opening on the front face of the structural wall that is oriented towards the outside of the building.

A gantry structure for finishing and outfitting an opening in a perimeter wall of a building has a base transverse element (7), which is at least partially made of a thermally insulating material and is configured to be mounted in the opening (2) of the perimeter wall (4) on the outside of the building; a pair of lateral uprights (8) at least partially made of a thermally insulating material and configured to be mounted on the base transverse element (7) on the outside of the building; and an upper transverse element (9) configured to be mounted on the lateral uprights (8) outside the building, the upper transverse element (9) comprising a transverse wall (10), which is made of a thermally insulating material and is configured to delimit, together with the perimeter wall (4), a housing seat (12) to house a rolling or packable shade system.

There is disclosed a support assembly for providing support to a through-hole in a stud wall and configured for installation into a head track of the stud wall, and comprising: a set of engineered timber elements comprising first and second engineered timber columns; and a set of deflection brackets, each deflection bracket comprising: a base wall; a first side wall at a first edge of the base wall and a second side wall at a second edge, the first and second side walls provided so as to form a bracket channel in combination with the base wall; and a connection portion extending orthogonally, or close to orthogonally, away from the base wall, and comprising one or more slotted holes, wherein: each deflection bracket is configured to fit snugly within a width of a head track channel.

The invention relates to a support-dismounting-free cast-in-place box type bay window and a construction method thereof.The support-dismounting-free cast-in-place box type bay window comprises a windowsill bottom plate, a windowsill inner beam and a windowsill outer beam are arranged at the top of the windowsill bottom plate, a windowsill top plate is arranged at the tops of the windowsill inner beam and the windowsill outer beam, and cast-in-place concrete is arranged on the windowsill top plate; longitudinal steel bars in the windowsill inner beam and the windowsill outer beam extend upwards into the windowsill top plate and are connected with first transverse steel bars in the windowsill top plate in a binding mode, and a floor slab is arranged on the inner side of the windowsill inner beam. During construction, the floor slab, the windowsill inner beam, the windowsill outer beam and the windowsill bottom plate are poured together; the windowsill top plate is constructed by adopting a plurality of prefabricated laminated slabs; and a formwork is erected, and cast-in-place concrete is poured after the formwork is erected, so that a box-type overall structure is formed. The bay window construction quality and efficiency can be improved, the overhead working time of workers can be shortened, the investment of risk cost is reduced, and meanwhile the turnover efficiency of the formwork and the supporting frame body can be improved.

The invention relates to the technical field of external window anti-seepage construction, and particularly discloses an external wall window opening capillary conduit auxiliary drainage tongue-and-groove plastering structure and a construction method.The external wall window opening capillary conduit auxiliary drainage tongue-and-groove plastering structure comprises a concrete structure layer, a formwork system, a tongue-and-groove pressing strip assembly, a window auxiliary frame assembly, a tongue-and-groove plastering system and a capillary conduit array; the tongue-and-groove pressing strip assembly is fixed to the inner surface of the formwork system, and a concrete structure layer with a step-shaped tongue-and-groove and a tooth-shaped groove is formed after concrete is poured. The window auxiliary frame assembly is fixed to the tooth-shaped groove in a matched mode through the auxiliary frame fixing piece. The tongue-and-groove plastering system covers the outer side of the auxiliary frame and a tongue-and-groove gap, and the capillary guide pipe array is arranged on the outer surface of the tongue-and-groove plastering system, so that an integrated solution of outer window opening tongue-and-groove forming, auxiliary frame fixing and efficient drainage is achieved.

In a one aspect there is disclosed a formwork wall panel (10) having an operative inner surface (12) to face towards an inner space to be filed with building material and an opposing operative outer surface (14) having a surface finishing component (16) secured thereto. The operative inner surface (12) of the formwork wall panel (10) includes a brace coupling formation (18) operatively adapted to engage a wall panel coupling formation (20) of a brace (22) operatively extending between the formwork wall panel (10) and an opposing second formwork wall panel.

The utility model provides a residential unit window system, and relates to the technical field of building curtain walls. The residential unit window system comprises a main body unit which comprises a frame-shaped structure formed by connecting a top cross beam, a first stand column, a bottom cross beam and a second stand column end to end, and window glass is connected into the frame-shaped structure; the bottom material lifting unit is connected to the indoor ground, and the bottom material lifting unit is rotatably connected with the bottom cross beam in an inserted mode; the top steel part is connected with a main body structure steel beam at the indoor top; the first cover material jacking unit is connected with the top steel part, and a containing cavity used for containing the top cross beam is formed in the bottom of the first cover material jacking unit; the second cover material ejecting unit abuts against the first cover material ejecting unit, and the second cover material ejecting unit abuts against the top cross beam so as to limit and fix the top cross beam in the containing cavity. According to the scheme, the technical problem of installation and adjustment of a limited space between the building elevation and the structural elevation of the floor plate is solved through the split design of the material covering and ejecting unit.

Insulated ceiling access doors have a two-part tongue and slot hinge. The doors are made of two interlock pans that are filled with injected polyurethane foam. The doors vary in length, width and thickness. The doors are mounted in ceiling access door frames. Four-part side and end walls insulation dams are permanently mounted above the door frames for holding back insulation from falling downward within the attic area. The doors have hold-open hardware.

The utility model discloses a kind of real stone paint energy-saving fire rescue window systems that can be enabled, it is related to curtain wall fire rescue window technical field, include building structure, inner glass window and outer opening window;Building structure is preset with opening, and inner glass window and outer opening window are all installed and fixed in the opening of building structure, and inner glass window is located at the inboard of outer opening window;Outer opening window includes aluminum alloy window frame, aluminum alloy window sash and cement fiberboard;The opening inboard of building structure is provided with a plurality of window frame supports, and aluminum alloy window frame is fixed in the opening of building structure by a plurality of window frame supports;The scheme is by spraying real stone paint on the outside of cement fiberboard, when encountering emergency rescue situation, rescue personnel can directly remove or break cement fiberboard, break through the limitation that traditional real stone paint is difficult to handle, open rescue passage quickly, guarantee rescue timeliness, while not damaging the real stone paint decoration layer of other parts of building facade, maintain building facade aesthetic property.