15 results about "Dormer" patented technology

1. Name of the product in this design: Dormer window (2). 2. Purpose of this design: as a dormer window for building ventilation and lighting. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The invention relates to the technical field of window design, in particular to a building external sunshade system suitable for a special-shaped window and a building tiger window, the building external sunshade system comprises a mounting frame, a roller shutter and a differential mechanism, the mounting frame is mounted at the high terrain end of the special-shaped window, and a mounting space is formed in a frame body of the mounting frame; a roller shutter is wound on the peripheral face of a frame body of the mounting frame, a balance weight lever is arranged at the falling end of the roller shutter, the differential mechanism is mounted in the mounting space and comprises two output shafts with different rotating speeds, the output ends of the two output shafts extend out of the corresponding ends of the mounting frame, and the output ends of the two output shafts extend out of the mounting frame. And the control rods are connected to the end parts of one ends of the corresponding balance weight levers through ropes, so that the falling speeds of the two ends of the balance weight levers are respectively controlled. The technical problem that in the prior art, the matching degree of a sunshade curtain of a special-shaped window and glass is poor is solved.

The application discloses a kind of automatic drawing modeling method and system of roof and tiger window, including the roof drawing module in client, it is used to search the horizontal plane or base and the wall top contour in it that can place roof in three-dimensional scene, and after search success and according to the roof type selected to generate roof parameter bar parameter, and convert to roof geometric parameter, automatically draw roof and visual display;It also includes tiger window drawing module, it is used to automatically identify the roof that can be selected and placed tiger window, and automatically set tiger window parameter based on user selected roof, generate overall tiger window model based on tiger window parameter, user adjusts tiger window position, and automatically adjust tiger window always vertical in slope ridge line, deduct overall tiger window model from roof to make modeling fit.This application can realize the automatic drawing modeling of the quick and simple process of roof and tiger window, and can realize dynamic expansion, tiger window is strongly bound with roof, and is adjusted in linkage.

The utility model relates to building structure engineering technical field especially is related to a tiger window waterproof joint. The utility model discloses a tiger window waterproof joint, include: roof, the inside column of window, its bottom is fixedly connected with roof, the outside column of window is located the outside of inside column of window, first waterproof support layer is fixedly laid in the outer surface of roof, the outer surface fixed laying of first waterproof support layer has first waterproof layer, the bottom between outside column of window of first waterproof support layer has the gap for first waterproof layer passes, second waterproof support layer is fixed on the outside of outside column of window, the surface of second waterproof support layer is laid with second waterproof layer. Through the layered setting and gap cooperation of double -layer waterproof system, rainwater penetration path is blocked, prevents rainwater from invading roof structure, has improved the reliability and durability of waterproof system significantly, has prolonged the service life of waterproof system.

This utility model relates to the field of construction mold technology and discloses a dormer window forming mold, comprising: a receiving base; a prefabrication mechanism disposed on top of the receiving base, the prefabrication mechanism being used for prefabricating the dormer window frame; and an external vibration mechanism disposed on the receiving base, the external vibration mechanism being used for externally vibrating the concrete. This utility model, through the overall design of the prefabrication mechanism, with the cooperation of a fixed mold and a movable template, can prefabricate the dormer window frame inside the forming cavity. The dormer window frame is produced in a standardized factory, allowing for precise control of concrete strength and rebar position, reducing on-site construction errors, thereby improving the overall load-bearing capacity of the dormer window structure, reducing the risk of roof deformation due to openings, avoiding weather interference with dormer window frame construction, and avoiding the safety issues caused by assembling and disassembling templates at heights.

In carrying out a loft conversion some way has to be found of reinforcing the triangular timber roof trusses so that the internal bracing can be removed, to make the space. In the invention this is done by fixing C-sections to the outline of the triangular trusses, preferably sandwiching the timber frame. For the C-sections to overlap at the corners, part of one flange, e.g., the upper flange of the horizontal beam, is removed, and then the beams are bolted onto the frame. The process can be carried out with minimal disruption to the roof as no transverse (longitudinal) reinforcement is needed. A dormer process can also be included, making use of a versatile reinforcement plate.

"Roof dormer element" for mounting on the lower part of a standardized roof window frame or with the supply of a suitable roof window frame for a pitched roof with a roof pitch between 30° and 45°, characterized in that the roof dormer element comprises a substantially cuboid cube or dome, - the front vertical outer edges of which are vertically aligned, - the roof surface of which has a forward slope of 4% relative to the horizontal, - and which is attached to the lower part of the roof window frame by means of an adapter or attachment frame, wherein the adapter or attachment frame provides geometric compensation for the roof pitch.

1. Name of the Design Product: Decorative Decal (Dormer Window). 2. Use of the Design Product: Decorative piece for dormer windows. 3. Design Key Points of the Design Product: Lies in the shape. 4. Picture or Photograph Best Showing the Design Key Points: 3D view of Design 1. 5. Design 1 is designated as the basic design.

The invention discloses an automatic drawing modeling method and system for roofs and tiger windows, and the system comprises a roof drawing module which is located at a client side and is used for automatically searching a horizontal plane or a base where a roof can be placed in a three-dimensional scene and a wall top contour in the horizontal plane or the base, and generating roof parameter column parameters according to a selected roof type when the search is successful; converting the parameters into roof geometric parameters, automatically drawing a roof and visually displaying the roof; the tiger window drawing module is used for automatically identifying roofs on which tiger windows can be selected and placed, automatically setting tiger window parameters based on the roofs selected by a user, generating an integral tiger window model based on the tiger window parameters, adjusting the positions of the tiger windows by the user, and automatically adjusting the tiger windows to be always perpendicular to the ridge line of the slope surface; and deducting the whole tiger window model from the roof to fit the modeling. According to the method, automatic drawing and modeling of the rapid and simplified process of the roof and the tiger window can be achieved, and dynamic capacity expansion and strong binding correlation and linkage adjustment of the tiger window and the roof can be achieved.

The utility model belongs to the technical field of skylights, and particularly relates to a heat preservation and waterproof integrated tiger window which comprises a window body, a roof face is arranged on the top of the window body, a window opening is formed in the front face of the window body, a window frame is fixedly connected to the interior of the window opening, a glass window is fixedly connected to the interior of the window frame, and the roof face comprises a top plate. The front face of the top plate is herringbone, a first threaded hole is formed in the top edge of the window body, a mounting groove is formed in the top edge side of the top plate, and a second threaded hole is formed in the mounting groove; through the arrangement of the first threaded hole, the second threaded hole and the bolt, the window body and the roof surface can be conveniently disassembled and maintained, the maintenance efficiency of the roof surface is improved, and through the arrangement of the top plate, the water guide plate, the drainage plate, the drainage hole, the heat preservation layer and the like, the waterproofness and the heat preservation performance of the window body and the roof surface are improved.

Described herein is a process and system for constructing three-dimensional (3D) representations of roof structures. The system can create representations of roof structures of arbitrary complexity and can create representations of dependent roof structures such as dormers. The system can create representations of roof structures that conventional methods cannot create, such as roofs with edges that are not coplanar, roofs with faces that do not connect to exterior edges, roofs composed of sub-structures, or roofs with dependent structures such as dormers.

This invention discloses a side-suction ventilation louver with a thermal pressure enhancement effect, comprising: a truss, a first protective panel structure, a roof structure, and a drainage protective panel structure. The roof structure includes a light-transmitting protective panel inclinedly disposed at the top of the truss, and a second protective panel structure disposed on the outer side of the truss and connected to the edge of the light-transmitting protective panel. The second protective panel structure is fixedly connected to the first protective panel structure through a transverse connector. The roof structure and the first protective panel structure enclose a ventilation chamber. The second protective panel structure includes an inclined surface and an inwardly bent vertical surface. The vertical surface forms a cantilever structure at the upper edge of the first protective panel structure to shield the exhaust vent, eliminating the possibility of rainwater backflow from a structural principle perspective.

The invention relates to a light transmission element (1) for a roof skylight (2), with a carrier plate (3) transparent to visible light and a plurality of dormer-shaped elevations (4), wherein the dormer-shaped elevations (4) each have side walls (5) and a roof (6) as well as an opening (7) left free by the side walls (5) and the roof (6), and the side walls (5) and the roof (6) are provided with a reflective material that reflects infrared radiation. This provides a way to reduce the high heat input from roof skylights in a simple and efficient way while still allowing good daylight transmission.