77 results about "Bay window" patented technology

A bay window component is composed of two prefabricated parts, positioning plates are arranged on the outer sides of bay window plates of the prefabricated parts, limiting and reinforcing devices are arranged at the two ends of a building outer wall, guide grooves in the limiting and reinforcing devices can limit and guide the positioning plates, the prefabricated parts and the building outer wall are in accurate butt joint, and the connecting stability is improved. Furthermore, the limiting and reinforcing device and the positioning plate are connected in the mode that a bolt penetrates through an adjusting groove hole in the limiting and reinforcing device and a fixing groove hole in the positioning plate, and the hole diameter of the adjusting groove hole is larger than that of the fixing groove hole. The prefabricated part can slightly move through the adjusting groove hole, space is provided for concrete pouring, and pouring connection reliability is guaranteed; meanwhile, small-amplitude relative displacement occurs between the positioning plate and the limiting and reinforcing device, friction energy consumption is generated, displacement energy of the prefabricated part is absorbed, and therefore the structural stability and reliability of the prefabricated part are guaranteed.

1. Name of the designed product: Side table (castle). 2. Use of the designed product: used for furniture side table of bay window. 3. Design points of the designed product: in shape. 4. Picture or photo that best shows the design points: design 1 perspective view. 5. Design 1 is designated as the basic design.

This application relates to the technical field of industrialized building, and specifically proposes an industrialized bay window component and installation structure. The industrialized bay window component includes a bay window, a beam, a wall pier, and a window sill. The beam is located at the first end of the bay window along a first direction; the wall piers are located at both ends of the bay window along a second direction, and the beam and wall piers have through-holes along the first direction; the window sill is located at the second end of the bay window along the first direction, and the interior of the window sill has a cavity that communicates with the through-holes, forming a grouting path. In this application, the beam and wall piers have through-holes, and the window sill has a cavity. The through-holes communicate with the cavity, facilitating grouting from the opening at the top of the beam. The grout enters the cavity through the through-hole and fills it. This method does not involve the relative relationship with the reinforcing steel, ensuring consistent construction results. Moreover, the large diameter of the through-holes improves grouting efficiency and eliminates the need for special grouts that guarantee fluidity, thereby reducing costs.

The utility model discloses an overhanging structure for a bay window of a building, which belongs to the technical field of bay window overhanging, comprises a bay window component, and is characterized in that an upper hanging component and a lower supporting component are arranged, so that the bay window component can be hung on the bay window; the mode that a traditional cantilever structure purely depends on a cantilever beam or plate to extend outwards from a building body to support a bay window is changed, bay window load distribution is more uniform, too large bending moment is prevented from being generated at the cantilever root, the large section size and the reinforcement quantity needed by the position for resisting the bending moment are reduced, the material cost and the structure self weight are reduced to a certain degree, and the construction efficiency is improved. Meanwhile, by means of the up-and-down cooperative supporting and hanging mode, better performance can be achieved in the aspect of resisting upsetting moment caused by lateral force generated by strong wind or earthquakes, the structural stability is enhanced, and compared with traditional cantilever structure construction, the structure does not need to be like a traditional cantilever structure.

The utility model discloses a kind of sandwich thermal insulation shear wall formwork of analogization with bay window, including the die backboard and die front plate being equipped on fixed base, die backplate and die front plate Both sides between end are equipped with die side plate, die backplate, die side plate and die front plate between form the pouring cavity of " convex" character type structure;Pouring cavity is equipped with bay window inner die;Die front plate rear side top is fixedly equipped with bay window upper die, fixed base is fixedly equipped with bay window lower die in corresponding pouring cavity bottom end;Bay window inner die, bay window upper die, bay window lower die and the front side cavity between pouring cavity form pouring space for forming bay window wallboard;The rear side cavity of pouring cavity is the pouring space for forming sandwich thermal insulation wall;The utility model has can be completed with bay window one-time pouring sandwich thermal insulation shear wall, and the sandwich thermal insulation shear wall of production quality is good, and production efficiency higher advantage.

The utility model provides a kind of auxiliary positioning device for door and window installation, including fixed connecting seat;First support column, is set to fixed connecting seat side end;Connecting block, first support column upper end side surface is connected with one end of connecting block;Second support column, second support column lower end side surface is connected with the other end of connecting block;Clamping unit, is set to first support column and second support column upper.The beneficial effects of the utility model are that first support column and second support column form angle support through connecting block, clamping unit is respectively set on two support columns, which is different from traditional integral support, and multi-direction independent adjustment is realized by split design;Clamping unit and lifting unit produce combined structure to realize space three-degree-of-freedom control, and adapt to single-leaf door, double doors and special-shaped bay window.

The application discloses an early-dismantling construction method for an aluminum alloy formwork at an attachment support of an attached scaffold, and comprises the following steps: material preparation, wherein the materials include a standby climbing scaffold support and a climbing scaffold extension guide rail, and the climbing scaffold extension guide rail is matched with the standby climbing scaffold support; aluminum alloy formwork is divided and constructed according to the attachment points of the standby climbing scaffold support according to the construction position, thereby facilitating early dismantling of the aluminum alloy formwork at the attachment points of the standby climbing scaffold support; the construction environment includes shear wall positions, window positions, corridor positions, balcony positions, stair positions and bay window positions; the aluminum alloy formwork at the attachment points of the standby climbing scaffold support is dismantled, the standby climbing scaffold support is installed, the standby climbing scaffold support is located directly above the original climbing scaffold support, and the interval between the standby climbing scaffold support and the original climbing scaffold support should meet the construction requirements; the climbing scaffold extension guide rail is installed with the original climbing scaffold support, and the climbing scaffold extension guide rail has a surplus after installation, and the surplus part of the climbing scaffold extension guide rail can be engaged with the standby climbing scaffold support.

1. Name of the product in this design: Bay Window Sofa (M07). 2. Purpose of this design: For use on bay windows for people to sit or lie down. 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 utility model relates to a hanging seat fixing device suitable for a light integrated construction platform, which is used for fixing a hanging seat on a wall body, the hanging seat is arranged on a supporting stand column, the hanging seat and the supporting stand column bear all loads of the light integrated construction platform, and the hanging seat fixing device comprises a rectangular connecting seat and a trapezoidal connecting seat, the rectangular connecting seat is located between the hanging seat and the trapezoidal connecting seat, the rectangular connecting seat is fixedly connected with the hanging seat, the rectangular connecting seat is fixedly connected with the trapezoidal connecting seat, and the trapezoidal connecting seat is fixed on a wall body. According to the light integrated construction platform, the load of the hanging seat matched with the supporting stand column at the position of the wall between bay windows of a building applying the light integrated construction platform is effectively transmitted, the operation safety of the platform is guaranteed, and operators can conveniently install, dismantle and transfer the hanging seat and matched fixing devices and facilities of the hanging seat.

1. The name of the design product: bedstead (2506). 2. The use of the design product: bedstead used on one side of the window sill of a bay window. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view.

1. The name of the design product: chair (cloud chair). 2. The use of the design product: chair, bay window chair. 3. The design points of the design product: in the perspective view. 4. The picture or photo that best indicates the design points: perspective view.

The utility model relates to the technical field of formwork supports, and discloses a formwork support for installing a heat preservation formwork at a bay window, the formwork support comprises a pouring plate, an inner formwork, a first fixing mechanism and a second fixing mechanism, the heat preservation formwork is installed on the inner wall of the pouring plate, the pouring plate comprises a first formwork, a second formwork and a third formwork, the first formwork and the inner formwork are oppositely arranged, a pouring cavity is formed in the first formwork, a tension bolt is connected to the middle of the first formwork in a penetrating mode and used for fixing the first formwork, and the first fixing mechanism is arranged on the surface of the first formwork and used for fixing the second formwork. The heat preservation formwork on the inner wall can be fixed through the first formwork bodies, the second formwork bodies can be further fixed through the first fixing mechanisms, and the multiple first formwork bodies can be spliced together through matched arrangement of the connecting mechanisms and the first formwork bodies.

The bay window aquarium kit is a kit. The bay window aquarium kit is a decorative structure. The bay window aquarium kit is configured for use with a window structure. The bay window aquarium kit simulates an aquatic environment. The bay window aquarium kit includes a plurality of decorative puppets, a sea floor structure, a plurality of illumination structure, and a sheer structure. The plurality of decorative puppets and the sea floor structure form the indicia presented by the bay window aquarium kit. The plurality of illumination structures and the sheer structure simulate the lighting of an aquatic environment. The bay window aquarium kit mounts in the window structure such that the bay window aquarium kit is visible from the interior and the exterior of a building.

The utility model provides a bay window facade aluminum plate three-dimensional structure, which belongs to the technical field of facade aluminum plate structures, and comprises a building layer and a bay windowsill, the bay windowsill is poured on the building layer, and a groove is formed between the bay windowsill and the building layer; the aluminum laminate is arranged to be in a C shape, the aluminum laminate is clamped in the groove, clamping grooves are formed in the two sides of the aluminum laminate, one side of the building layer and one side of the bay windowsill are clamped in the clamping grooves, and a concave-convex structure is formed among the aluminum laminate, the building layer and the bay windowsill; the window body is installed above the bay windowsill, and an aluminum strip and an aluminum plate are further arranged on one side of the aluminum laminate. A concave-convex structure is formed among the aluminum laminate, the building layer and the bay windowsill, so that the overall stability and the connecting strength are enhanced, the mounting steps are effectively simplified, and the construction difficulty is reduced; the stability between the building layer and the bay windowsill is enhanced through the aluminum strips and the aluminum plates, meanwhile, the effective decoration effect can be achieved, and heavy burden and high cost caused by using real stone slabs are avoided.

The invention discloses a special-shaped position mounting structure and method for an all-steel attached type lifting discharging platform, and belongs to the technical field of building construction facilities. The special-shaped position mounting structure comprises a heightening piece, a fixing screw rod, an outrigger, an attached support, a locking device, an adjustable pull rod and a guide rail; according to the construction method, the discharging platform is connected with the outrigger through the attached support, and the tail of the outrigger is elevated through the heightening piece to solve the problem of installation of special parts; the front part of the cantilever beam is pulled and unloaded with an upper-layer building beam by using a pull rod; by means of the construction scheme, the installation problem of the all-steel attached type lifting discharging platform at special positions of high-rise buildings such as bay windows and equipment platforms is solved.

The utility model relates to a bay window waterproof sealing structure, and belongs to the technical field of bay windows, the bay window waterproof sealing structure comprises a wall body, a window body is embedded in the inner side of the wall body, the left side of the window body is provided with a polymer sealing strip for realizing waterproof sealing, and the left side of the polymer sealing strip is provided with an auxiliary pressing assembly for enhancing the sealing effect of the polymer sealing strip. According to the bay window waterproof sealing structure, by arranging the macromolecule sealing strip and the auxiliary pressing assembly, the waterproof sealing performance of the bay window is greatly improved, the macromolecule sealing strip can be continuously pressed by the auxiliary pressing assembly, the macromolecule sealing strip is promoted to be continuously and tightly attached to the bay window, the sealing effect is further guaranteed, and rainwater leakage is effectively prevented; the indoor environment is ensured to be dry and comfortable, meanwhile, by means of optimization measures such as the waterproof coating and the water guiding groove, the waterproof effect is enhanced, the service life of the sealing structure is further prolonged, the practicability of the sealing structure is further improved, the maintenance cost is reduced, and the living experience of a user is improved.

The utility model provides an assembly type prefabricated bay window connecting structure and a corresponding building. The assembly type prefabricated bay window connecting structure comprises a first prefabricated plate, a second prefabricated plate and a first steel bar. The first prefabricated slab is arranged in the vertical direction and comprises a connecting face. And the second prefabricated slab is transversely arranged, is connected to the top edge or the bottom edge of the first prefabricated slab, and is back to the connecting surface. The first reinforcing steel bar is arranged in the second prefabricated slab and comprises a horizontal section and a vertical section; the horizontal section extends out of the connecting surface from the interior of the second prefabricated slab, and the part, protruding out of the connecting surface, of the horizontal section is used for being connected with reinforcing steel bars in the cast-in-place building body; the vertical section is vertically connected to the protruding end of the horizontal section. The building comprises the assembly type prefabricated bay window connecting structure and a cast-in-place building body. According to the assembly type prefabricated bay window connecting structure and the corresponding building, the connecting stability of the assembly type prefabricated bay window connecting structure and the cast-in-place building body can be improved, and the joint of the assembly type prefabricated bay window connecting structure and the cast-in-place building body is not prone to cracking and water seepage.

The utility model relates to building component technical field especially is a kind of bay window, including splicing part and multiple prefabricated parts, multiple prefabricated parts are sequentially arranged along left and right direction, first splicing joint is formed between adjacent two prefabricated parts, splicing part is equipped in first splicing joint, and adjacent two prefabricated parts are connected by splicing part, splicing part includes backing plate, mortar, two layers of first sealant and two splicing rods, two layers of first sealant are spaced apart along the width direction of first splicing joint, splicing rod is vertically arranged between two layers of first sealant, two splicing rods are spaced apart along the width direction of first splicing joint, backing plate is arranged between two splicing rods, mortar is filled between two layers of first sealant, and splicing rod is made of elastic sealing material;Above all, the component between the bay window of the utility model can buffer the gap width change caused by thermal expansion and contraction through the elasticity of splicing rod, so as to reduce or avoid the cracking and separation of sealing material at splicing place.

The utility model relates to a bay window protective barrier structure of a high-rise residential building, and aims to improve the safety protection performance of a bay window of the high-rise residential building. The structure comprises an outer window, an indoor protective barrier system and an outdoor protective barrier system. The outer window consists of a fixed window and an opening sash; the outdoor protective handrail system is composed of outer square steel tube stand columns, outer square steel tube handrails, interlayer safety glass breast boards and square steel tube transverse handrails and arranged within the width range of an opening sash on the outdoor side of the convex window outer window. The indoor protective handrail system comprises a first inner steel pipe stand column, a first inner steel pipe handrail, a first inner steel pipe vertical handrail, a second inner steel pipe vertical handrail, a second inner steel pipe stand column and a second inner steel pipe handrail, and the complete indoor protective system is formed. Through cooperative work of indoor and outdoor protective barrier systems, a stable protective structure is formed, personnel are effectively prevented from falling from the bay window, and life and property safety is guaranteed.

The application provides a whole pouring method for pouring bay windows and air conditioner plates, relates to the technical field of building construction, and comprises the following steps: a building wall pouring mold erecting step, a building wall pouring step and a wall pouring mold dismounting step, so as to complete the construction of a forward building wall, a lateral building wall and a window; a bay window module installing step, a first side plate mold installing step, a forward air conditioner plate module installing step, a lateral air conditioner plate module installing step, a second side plate mold installing step, a forward cover plate frame installing step and a lateral cover plate frame installing step, so as to complete the installation of the whole pouring mold; and finally, a concrete pouring step is adopted to complete the construction of the bay window and the air conditioner plate structure. The molds used in the steps are all independent frame or plate body structures, so that the molds are convenient to assemble and install. Meanwhile, the pouring method can pour the bay window and the air conditioner plate at the same time, without separate construction, so that the construction efficiency is improved.

This utility model relates to the field of building technology and discloses a bay window assembly, comprising: a bay window panel with one side connected to a structural beam on one side in a first direction; a first aluminum foil panel attached to the first side of the bay window panel in a second direction; a second aluminum foil panel attached to the second side of the bay window panel in a second direction; a first back rib attached to the side of the first aluminum foil panel away from the bay window panel, with one end of the first back rib extending beyond the bay window panel and the first aluminum foil panel in the first direction; a second back rib attached to the side of the second aluminum foil panel away from the bay window panel, with one end of the second back rib extending beyond the bay window panel and the second aluminum foil panel in the first direction; and a first tie rod extending along a second direction, passing sequentially through the first and second back ribs. This utility model provides a bay window assembly that can reduce the risk of rainwater leakage.

The invention provides a building first-layer bay window heat preservation structure and a construction method thereof. The building first-layer bay window heat preservation structure comprises a building outer wall, a first-layer bay window plate, a first-layer bay window reverse ridge, a first-layer bay window lower hanging plate, a waterproof layer, an extruded polystyrene plate and a heat preservation plate. The first-layer bay window reverse ridge and the first-layer bay window lower hanging plate are vertically arranged above and below the end, away from the building outer wall, of the first-layer bay window plate correspondingly, and the first-layer bay window lower hanging plate extends downwards to the position below the outdoor plus-minus zero by at least 300 mm. The waterproof layers are continuously arranged on the outer side of the building outer wall below the first-layer bay window plate, the bottom of the first-layer bay window plate, the periphery of the first-layer bay window lower hanging plate and the outer side of the first-layer bay window reverse ridge. The extruded polystyrene board is fixedly adhered to the outer side of the waterproof layer; the heat preservation plates are fixedly arranged on the outer side of the first-layer bay window lower hanging plate and the outer side of the first-layer bay window reverse ridge. The lower hanging plate is arranged to serve as a heat preservation plate and a coating working face, it can be guaranteed that external wall heat preservation and coating can stretch into the position below backfill soil, and it is avoided that the appearance of an external wall is affected by heat preservation and coating cracking.

The utility model provides a novel adjustable bay window structure which comprises an outer frame, window frames and an inner wall, the outer frame is provided with two parallel moving grooves for the window frames to translate, the two parallel moving grooves for the two window frames to translate, the inner window frame is arranged in the moving groove close to the inner side, and the outer window frame is arranged in the moving groove close to the outer side. A transverse groove is formed in the inner side wall of the moving groove close to the inner side, a first transverse rod is slidably connected into the transverse groove, a vertical groove is formed in the bottom of the moving groove close to the outer side, a sliding plate is arranged in the vertical groove, and a second transverse rod is connected to the sliding plate. According to the novel adjustable bay window structure, the cross rod is connected to the window frame, the purpose of moving the window is achieved by directly moving the cross rod, people do not need to stretch out, and operation is convenient and fast.

The invention relates to a heat-preservation windproof bay-out window, belongs to the technical field of building doors and windows, and solves the problems of poor heat-preservation and windproof performance and poor aesthetic property of northern windows of buildings in cold regions in the prior art. The heat-preservation windproof outwards-protruding window is arranged on the building outer wall in an outwards-protruding mode and covers the outer portion of the original outer window. The heat-preservation windproof outward-protruding window comprises a steel keel frame, a broken bridge aluminum outer window and an aluminum plate. The connecting end of the steel keel frame is fixedly connected to a window opening in the building outer wall. The steel joist frame extends outwards from the position of a window opening, and an outwards-protruding space is formed between the steel joist frame and the original outer window. The broken bridge aluminum outer window is arranged on the steel keel frame; the steel keel frame is coated with the aluminum plate, and the aluminum plate and the broken bridge aluminum outer window enable the outwards-protruding space to form a closed space. According to the application, the strong cold air resistance is enhanced, the heat loss is reduced, the thermal insulation performance is improved, the heating energy consumption is reduced, the service life of the inner window is prolonged, and a space for placing ornaments is additionally arranged inside.

The utility model discloses a prefabricated assembly type bay window, which comprises a prefabricated wall body and a prefabricated window body, the prefabricated wall body is provided with an opening corresponding to the prefabricated window body, the prefabricated window body comprises a window main body, the window main body protrudes towards one side of the prefabricated wall body to form a boss structure, the boss structure is provided with a connecting node, and the connecting node is connected with the prefabricated wall body. The connecting piece is used for being connected with the prefabricated wall. The boss structure is a first boss structure or a second boss structure.

The application discloses a prefabricated bay window cavity structure and belongs to the technical field of prefabricated bay windows. The prefabricated bay window cavity structure comprises an aluminum alloy formwork and a prefabricated cover plate. The application is novel in design and ingenious in device. The prefabricated assembly integral technology is used in the method to realize the green and convenient application of the prefabricated cover plate without formwork. The rigid connection is adopted in the connecting mode of the joint to construct the prefabricated assembly integral structure, effectively reduce the use amount of the formwork, and significantly improve the construction efficiency and shorten the construction period. The prefabricated assembly integral concrete structure is adopted to replace the traditional brick and mud structure form of the bay window. The horizontal and vertical structural reinforcement is additionally arranged in the side wall to enhance the structural stability and the bearing capacity. In addition, the cantilever beam is additionally arranged at the bottom and is effectively anchored and connected with the end shear wall of the support to improve the overall rigidity and safety of the bay window, and the practicality of the device is greatly improved.

The utility model provides an anti-seepage assembly type metal door and window installation fixing assembly which comprises a fixing frame, a bay window and a handle, supporting rod assemblies used for being movably opened and closed are arranged between the fixing frame and the bay window, and a connecting shaft with a built-in pressure sensor is installed between the supporting rod assemblies in an embedded mode. The supporting rod assembly is matched with the connecting shaft, movable opening and closing of the bay window are achieved, a pressure sensor in the connecting shaft monitors pressure borne by the supporting rod assembly in real time, when the pressure exceeds a preset threshold value due to strong wind, the pressure sensor transmits a signal to a controller, the controller controls an electromagnet to be powered on, and the electromagnet generates magnetism to attract a buckle in a sliding pipe to retract; at the moment, the sliding plate slides under the action of the shifting rod, the telescopic rod and the damping pipe, damping liquid in the damping pipe, the speed reduction ring and the spring piece work cooperatively, the bay window can be automatically closed in strong wind, pressure of the supporting rod assembly and the connecting shaft is reduced, deformation or damage of the bay window due to strong wind loads is avoided, and the service life of the bay window is prolonged.

The application discloses a prefabricated bay window top plate and H-shaped steel beam connecting method, relates to the field of building steel structure installation, and the concave cavity of the outdoor side of the steel beam is a pouring groove, and the concave cavity of the indoor side is a filling groove, and comprises the following steps: S1, prefabricating a bay window upper plate according to construction drawings, and the end of the prefabricated bay window upper plate is provided with a connecting piece; the prefabricated bay window top plate and H-shaped steel beam connecting method are simple in connection, easy to construct, reasonable in force transmission path, simple in factory production, convenient in on-site installation, low in installation danger coefficient, low in requirement for the professional quality of construction workers, beneficial to the organization of workers, easy to realize standardization, industrialization and integration, capable of avoiding on-site wet operation, protecting the environment, saving construction period, and flat in the surface of the prefabricated bay window plate, good in visual effect, and guaranteed in quality, and especially suitable for the bay window top plates matched with the steel structure standardized residential system.

1. The name of the design product: bay window table (6274). 2. The use of the design product: for placing articles. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1.

1. Name of the product in this design: Oval-shaped bay window type multi-power switch (wide body). 2. Application of this design: It belongs to power distribution or power control equipment. 3. The key design features of this product are: the main view. 4. The image or photograph that best illustrates the design's key features: the front view.