99 results about "Gable" patented technology

A gable vent assembly has a base that mates and locks with a cover having vents in a first position when locks of the base and cover are aligned with one another to lock together. The cover and base nest together in a second unlocked position when the cover is rotated relative to the base so that locks of the base and cover are not aligned and cannot lock together.

The invention discloses a modular double-sided laminated shear wall structure system and a construction method, and relates to the technical field of constructional engineering.The structural characteristics of a double-sided laminated shear wall are utilized, an inner shear wall connected between adjacent concrete modules is split into two page plates, the two page plates serve as prefabricated side walls of the adjacent concrete modules correspondingly, and meanwhile, the two page plates serve as prefabricated side walls of the adjacent concrete modules correspondingly; a single-face superposed beam is split into a connecting beam side formwork and a connecting beam single-side prefabricated slab, gable walls of end modules are prefabricated and assembled according to a fully-prefabricated shear wall structure, the two ends of the fully-prefabricated shear wall are connected in a centralized mode in a vertical steel bar staggered anchoring connection mode, and adjacent concrete modules can be connected only by pouring concrete in site construction. Meanwhile, the prefabricated side wall of the concrete module serves as an inner shear wall page plate to jointly participate in structural stress, the structural force transmission mechanism is clear, the situation that the usable space of a building is reduced due to a traditional thin shell plate can be avoided, and the overall performance of the building is improved.

The utility model discloses a space truss system plant structure, which is characterized in that a longitudinal support, a gable support and a roof horizontal support are arranged, so that a plant forms a space truss system, a wind-resistant column and a frame column become bidirectional components without lateral displacement, the calculated length of a plant column is greatly shortened, and the plant column can be stably supported under the condition that the requirement of specifications on the stability of the plant column is met. The strength advantage is fully exerted, the column section size is reduced, a large number of engineering materials are saved, and meanwhile the plant appearance is light and attractive. The roof system is simplified into a plane truss, the plane truss, the longitudinal direction of the plant and the gable wall form a space truss system, rod pieces such as upper and lower chord members and web members on the roof are reduced, the roof is light and simple, materials are saved, the self weight is reduced, and the total height of the plant is reduced under the condition that the effective use height of the plant is guaranteed.

The invention relates to a flat composite material (1') for producing a package (20), comprising a polymer outer layer, a polymer inner layer, a fiber-containing carrier layer arranged between the polymer outer layer and the polymer inner layer, wherein the flat composite material (1') has a plurality of folding lines which are arranged and designed in such a way that a closed package (20) can be produced by folding the flat composite material (1') along the folding lines and by connecting the seam faces of the flat composite material (1'); a sleeve face (3) comprising a front face (14), a first side face (16A), a second side face (16B), a first back face (15A) and a second back face (15B); a bottom face (5), wherein the bottom face (5) comprises a triangular bottom face (5') and a quadrangular bottom face (5"); a gable face (6), wherein the gable face (6) comprises a triangular gable face (6') and a quadrangular gable face (6"), wherein the bottom face (5) and the gable face (6) are arranged on opposite sides of the sleeve face (3). In order to produce a package with a more complex geometry in the gable and bottom region, at least one quadrangular gable face (6") is provided with two small gable face angles (a G1 ) of less than 90°, two large gable face angles (a G2 ) of more than 90°, the angle sum being greater than 360°. The invention also relates to a package sleeve (9') made of the composite material and to a composite material package (20) made of the composite material (1') or of the package sleeve (9').

The steel cable truss reinforcing and supporting structure for the antique building comprises gable wall supporting components, partition wall supporting components and horizontal connecting purlines which are all made of steel materials. The gable supporting component is vertically arranged on the inner side of the gable, and the partition wall supporting component is vertically arranged in the middle of the pseudo-classic building. The horizontal connecting purline is horizontally arranged between the gable supporting component and the partition wall supporting component; the gable supporting component comprises upper chords, steel columns and node connecting pieces, and the two upper chords are connected into an angular steel truss through the node connecting pieces. Each partition wall supporting component comprises an upper chord member, a lower chord member, a steel column and a node connecting piece; the two upper chord members as well as the upper chord members and the lower chord members are connected through the node connecting pieces to form triangular steel trusses; the steel columns are vertically arranged below the front ends and the rear ends of the angular steel trusses and the triangular steel trusses, and the bottom ends of the steel columns are fixed in an underground concrete foundation. Aiming at the column-free space requirement in antique building reconstruction, a steel cable truss is combined with a steel column and a purline structure for supporting, so that the column-free space requirement is met, and enough supporting strength is achieved.

The utility model relates to the technical field of steel structure installation, in particular to a connecting structure of a gable color plate parapet and a roof color plate, which comprises glass cotton, a gable color plate and a color plate flashing piece, the gable color plate is fixedly arranged on a wall surface purline, the glass cotton is arranged between the gable color plate and the wall surface purline, and the color plate flashing piece is arranged between the gable color plate and the wall surface purline. The color plate flashing piece is composed of vertical plates on the inner side, the outer side and an inclined plate in the middle, the inclined plate of the color plate flashing piece inclines downwards towards the roof color plate, the vertical plate on the inner side of the color plate flashing piece is inserted between the gable parapet color plate and the glass cotton, and the vertical plate on the outer side of the color plate flashing piece is in lap joint with the roof color plate in a sealing mode. A supporting assembly is arranged at the bottom of the color plate flashing piece. According to the connecting structure of the gable color plate parapet wall and the roof color plate, the heat preservation performance and the waterproof performance between the roof color plate and the gable color plate are effectively improved, the durability and the stability of a building structure are enhanced, and the problems existing in a node form of a traditional steel structure roof color plate and a gable color plate wall plate are solved.

This product is a press-formed product made by press-forming steel plates or the like, or is constructed by combining press-formed products, and is used as a member to support a ventilation ridge installed on the ridge of a single-slope roof. Referring to the "Reference Installation Diagram Showing the State of Use," position this product so as to hook it onto the top (ridge) of the single-slope roof, fix the eaves side to the roof decking via the roofing material, then install the ventilation ridge body by placing it over this product, and fix the ventilation ridge body to this product by driving screws horizontally from the eaves side and also from the gable side, thereby constructing the ventilation ridge.

This invention discloses a construction method for a gable wall space frame. The middle unit space frame is hoisted onto pre-set concrete columns for positioning, and then guy ropes are installed for temporary support. The positioned middle unit space frame serves as the starting support, and smaller unit space frames are installed laterally using a piecemeal method. The hoisted three-sided gable wall space frame is then connected to the arched portion of the space frame via the piecemeal method, forming a U-shape, resulting in higher structural stability. This combination of hoisting and piecemeal assembly reduces the frequency and risk of high-altitude work for construction personnel. While hoisting is difficult for large-span doorways, combining it with the piecemeal method facilitates crossing doorways and ensures stability. Hoisting large middle units reduces the number of cranes required. Furthermore, the space frame assembled using this method ensures a high stability coefficient and spatial stiffness, exhibiting good seismic performance.

A panel mounting system for mounting building materials to a building surface includes a rigid cleat fixed with the building surface. Multiple building panels each have a cleat depression formed in a rear surface for receiving the cleat. Each edge of the building panel interlocks with an adjacent panel so that all of the building panels hold each other together against the building surface along with the cleat. Some of the building panels may include a hooked flange projecting that engages a flange-receiving groove of an adjacent building panel to mutually secure the building panels together. Some embodiments include a gable rail fixed with the building surface that projecting outwardly to engage a gable rail-receiving slot formed within the rear surface of a trim panel that has an ornate front surface. Other decorative panels may be included for fixing with the trim panels or other of the bundling panels.

The present application relates to the field of container for flowable solid particles, in particular to a kind of coal pit spherical net rack intermediate framework starting construction method.A kind of coal pit spherical net rack intermediate framework starting construction method, the net rack includes support, spherical net rack, roof purlin, support, tie rod and color steel plate, including S1.Lifting site processing;Its characterized in that: still include the following steps: S2.Support installation;S3.Assembled four-unit straight section installation;S4.Arc section installation;S5.Another side four-unit straight section installation;S6.Two sides longitudinal diffusion installation;S7.Gable closure installation;S8.Roof panel installation;S9.Steel structure painting.The present application is convenient for construction, safe and efficient.

The utility model belongs to the technical field of sunlight greenhouses, and discloses a sunlight greenhouse with a flexible thermal insulation wall body, which comprises a first gable wall frame, a second gable wall frame, a rear wall frame and a ceiling frame, the two ends of the rear wall frame are perpendicular to the first gable frame and the second gable frame respectively, the ceiling frame is detachably installed at the upper end of the first gable frame and the upper end of the second gable frame, and the first gable frame, the second gable frame, the rear wall frame and the ceiling frame form a greenhouse frame body. A plurality of spiral ground piles are arranged on the lower surface of the greenhouse frame body in parallel at intervals, flexible wall bodies are detachably installed on the outer surfaces of the first gable wall frame, the second gable wall frame and the rear wall frame, and the upper surface of the greenhouse frame body and the flexible wall bodies are fixedly connected with cotton quilts at the same time. The wall body consists of the flexible wall bodies, is convenient to mount and dismount and long in service life, has rainproof and uvioresistant functions, and improves the use effect.

This product is a press-formed product made by press-forming steel plates or the like, or is constructed by combining press-formed products, and is used as a member to support a ventilation ridge installed on the ridge of a single-slope roof. Referring to the "Reference Installation Diagram Showing the State of Use," position this product so as to hook it onto the top (ridge) of the single-slope roof, fix the eaves side to the roof decking via the roofing material, then install the ventilation ridge body by placing it over this product, and fix the ventilation ridge body to this product by driving screws horizontally from the eaves side and also from the gable side, thereby constructing the ventilation ridge.

The utility model provides a triangular assembly type steel structure composite plate house body assembly structure, and relates to the field of building construction of assembly type steel structure residential houses, the triangular assembly type steel structure composite plate house body assembly structure comprises a supporting column, a floor block, side wall blocks, a floor block, a roof block and a gable block, the top of the floor block is installed on the top of the supporting column through a fastening piece, and the top of the gable block is installed on the top of the supporting column through a fastening piece. The bottoms of the side wall plate blocks are symmetrically and obliquely installed on the top of the floor plate block in a paired mode, the bottom of the floor plate block is installed on the tops of the side wall plate blocks, and the bottom of the roof plate block is installed on the top of the floor plate block in a paired mode. According to the utility model, the floor blocks and the side wall blocks are connected together through the connecting pieces II, the side wall blocks, the floor blocks and the roof blocks are connected together through the connecting pieces I, and the two roof blocks are connected together through the fixing pieces, so that a complete house body is formed; when each section is prefabricated, the heat insulation material or the sound insulation material is installed in an internal frame of the section and is sealed through a wood plate.

The invention relates to the technical field of buildings, in particular to an assembly type building structure which comprises a building body and a positioning locking piece, the building body is a gable wall composed of foaming ceramic prefabricated ridge bricks, a gradient framework and foaming ceramic prefabricated wind resisting plates, and the foaming ceramic prefabricated wind resisting plates are assembled on the gradient framework; the foamed ceramic prefabricated ridge brick comprises a ridge end hollow brick, a ridge middle hollow brick and a ridge top hollow brick, and the positioning locking piece comprises elastic traction pieces arranged in the ridge end hollow brick, the ridge middle hollow brick and the ridge top hollow brick respectively. The ridge end hollow bricks, the ridge middle hollow bricks and the ridge top hollow bricks are rapidly connected through the elastic traction pieces, threads do not need to be formed in the inner inserting holes in the elastic traction pieces and the outer inserting holes in the hollow brick units, bolts are prefabricated on foaming ceramics after local materials are used, the cost is low, the hollow brick units are rapidly assembled together through the elastic traction pieces, and the production efficiency is high. The tedious process is omitted, and the construction efficiency is improved.

The inventions relate to metallic structures for use in construction, and more particularly to profiles for use in cladding gables of buildings. A device for mounting cladding panels to a gable is made by profiling cold-rolled metals and comprises a web, and two flanges having bent ends; the rear flange is taller than the front flange, which has an S-shaped profile; the web is inclined at an angle of less than 90° to the perpendicular plane of the rear flange; the lower part of the profile has a U-shaped groove situated between the flanges; and the front bent end is wider along its length than the rear bent end. A method for mounting cladding panels to a gable comprises mounting the aforementioned device to a gable of a building, with the rear flange abutting the eave of the roof. The front and rear bent ends are then fastened to the surface of the gable. An edge part of a prefabricated cladding panel is introduced into the U-shaped groove, and the panel is secured. A new cladding panel is introduced into a locking part of the secured panel, the edge part of the new panel being inserted into the U-shaped groove and the panel being secured to the surface of the gable. The inventions make it possible to mount panels vertically, as well as to change the mounting direction of panels during the cladding process.

To propose a support tool and a support structure, which can stably support a verge cover while maintaining a state in which a folded-plate roof material is securely locked to an end tight frame.SOLUTION: A support tool for supporting a verge cover is constituted of: a presser plate that is connected to an end tight frame for supporting a folded-plate roof material on a gable side end and holds the folded-plate roof material between the presser plate and the end tight frame; and a locking plate that can be connected to an inner plate suspended and held at an edge of a top plate of the verge cover through fastening means.SELECTED DRAWING: Figure 1

The utility model relates to the technical field of tents, and discloses a saddle type frame structure tent which comprises a tent frame, a top connecting enclosure is arranged on the top of the tent frame, gable walls are arranged on the two sides of the tent frame, the top connecting enclosure is arranged on the tops of the gable walls, door buckets are arranged on the two sides of the gable walls, cotton liners are arranged below the tent frame, and the cotton liners are arranged on the top of the tent frame. A washable layer is arranged below the cotton inner container, and the tent frame comprises stand columns, oblique beams, cross beams, a middle frame cornice four-way joint, a middle frame top four-way joint, an end frame cornice three-way joint, an end frame top three-way joint, a ground rod four-way joint, a ground rod three-way joint, a first gable ground rod, a second gable ground rod, tent top tie bars, bottom surrounding tie bars and lower chord steel wire ropes. The tent with the saddle type frame structure is firm and durable in structure, good in safety, universality and maintainability, convenient to erect and withdraw, simple in production process and low in production cost.

The invention discloses a double-exhaust type trench ventilation system and method based on environment control precision, and belongs to the technical field of trench ventilation. The system comprises a house and a trench arranged below the house; a wet curtain and a house exhaust fan are respectively mounted on the front gable wall and the rear gable wall of the house; a leakage plate is mounted on the ground of the house; trench exhaust fans for exhausting air to the outside of the trench are mounted at the front end and the rear end of the trench; the house exhaust fan and the trench exhaust fan are both electrically connected with the PLC control system, and the rotating speed of the fans is adjusted in real time through the PLC control system. According to the system, through a double-layer structure of house main ventilation and trench auxiliary ventilation, wet curtain air inlet, double-end air exhaust and structural optimization design are combined, and dead-corner-free ventilation in the house and trench long-distance uniform air exhaust are achieved; parameters such as temperature, humidity and waste gas concentration in the house are accurately controlled by combining sensing of multiple sensors and dynamic adjustment of a PLC (Programmable Logic Controller); the problems of ventilation dead angles, low air exhaust efficiency, low intelligent level and inaccurate environment control of a traditional system are solved.

1. The name of the design product: canopy (double-pitched roof). 2. The use of the design product: the design product is used for sun-shading, rain-shielding and preventing high-altitude falling objects. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The application provides a wall frame structure for a steel structure plant open gable, and relates to a wall frame structure for a steel structure plant, which comprises at least a supporting truss, two supporting truss columns and at least one truncated wall skin column; the two supporting truss columns are arranged in parallel and at intervals, the two ends of the supporting truss are supported on the two supporting truss columns respectively and surrounded by the two supporting truss columns to form an open structure, and the truncated wall skin column is supported on the supporting truss. The wall frame structure for the steel structure plant open gable can realize the opening of the lower part of the workshop in the full span range.

A gable wall irregular mounting method, comprising the following steps: fixing and mounting a plurality of steel keels between the roof frame ground; collecting the size of each position of the wall, cutting the galvanized steel plate according to the collected size, and fixing and mounting the galvanized steel plate on the outer side of the steel keel; filling the standard aluminum veneer on the galvanized steel plate, and dividing the galvanized steel plate into regular area and irregular area according to whether the standard aluminum veneer is complete on the galvanized steel plate, calculating the number of aluminum veneers required in the regular area, dividing the irregular area into a plurality of small partitions, and cutting special position aluminum veneers according to the size of the small partitions, and numbering the aluminum veneers one by one corresponding to the small partitions; first, fixing and mounting the complete aluminum veneer in the regular area, and then fixing and mounting the aluminum veneer with the small partitions of the irregular area; the standard aluminum veneer is divided into regular area and irregular area, and all positions have adaptive aluminum plate for installation, the aluminum plate joint is more beautiful, and the assembly of the aluminum profile is simplified.

The utility model discloses a ventilation type toilet tent which comprises a main tent body, a front gable wall door arranged on the front surface of the main tent body and a ventilation window arranged at a ventilation opening. The ventilating window further comprises a plurality of connecting assemblies arranged between the metal net frame and the fixed window frame. According to the toilet tent, the fixed window frames are designed at the ventilation openings in the two sides of the toilet tent, the sliding clamping pieces and the rotary rapid limiting structures are innovatively adopted between the window frames and the metal net frame, the existing technical problems are effectively solved, and through the design, the installation stability of the metal net frame at the ventilation openings is guaranteed; the problem that tarpaulin is damaged due to a traditional screw fixing mode is avoided, the disassembly and assembly process of the metal net frame is greatly simplified, cleaning and maintenance work is more convenient and efficient, more importantly, even though disassembly and assembly are conducted many times, connection between the metal net frame and the window frame is still stable and reliable, no damage is caused to the tent tarpaulin, and the service life of the tent is prolonged. Therefore, long-term stable use of the toilet tent is ensured.

The present invention relates to a gable connection for connecting a first joining part (11) having a negative gable-shaped portion, and a second joining part (12) having a positive gable-shaped portion. The negative gable-shaped portion and the positive gable-shaped portion each comprise at least one step (30) having a joining surface. The gable-shaped portions are designed to be complementary in such a way that the positive portion can protrude at least partially into the negative portion, forming at least one joint (20) between the joining surfaces, which at least one joint (20) is at least partially filled with a filler. For sufficient hold, the joining surfaces have unevennesses of the order of magnitude from 1 μm to 10 mm and / or, in plan view, the height and width of the at least one step (30) are at an angle α ≥ 90° to one another. The invention further relates to gable-connectable joining parts and to the production thereof, to a method for connecting joining parts, and to a use of a gable connection for connecting joining parts, in particular made of FRC concrete slabs.

The invention discloses an aluminum plate cornice of a fully-assembled gable system of a metal roof and a mounting method of the aluminum plate cornice, and belongs to the technical field of building construction. The overhanging eave comprises a steel structure roof, a steel skeleton structure and a decorative aluminum plate, wherein the upper part of the steel skeleton structure is fixedly connected with a roof purline through a steel bracket connecting corner piece, and the lower part of the steel skeleton structure is fixedly connected with a roof H-shaped steel beam through a steel bracket connecting rod piece; and the decorative aluminum plates are mounted on the surface of the steel skeleton structure through the aluminum plate connecting corner fittings to form three step-shaped cornice structures. According to the system, full-assembly design is adopted, all components are prefabricated in a factory and spliced without welding on site, and the construction efficiency and quality are greatly improved. And by arranging a plurality of hard rubber heat insulation pads, cold and hot bridges are effectively blocked, and the heat preservation and energy saving performance of the building is improved. The cornice system is stable in structure, high in assembly degree, remarkable in energy-saving effect and attractive in appearance, and an innovative solution is provided for steel structure building cornice assembly type construction.

The invention discloses a parapet-free gable ridge end node system structure and a mounting method thereof. The gable ridge end node system structure without the parapet wall comprises a supporting device, a ridge flashing cover plate, a gable flashing device, two gable roof flashing plates, an end flashing assembly and a gable end flashing rotating piece. The end flashing assembly is arranged between one end of the ridge flashing cover plate and the gable flashing device so as to shield the interval part between the gable flashing device and the ridge flashing cover plate. The end flashing assembly is provided with a first end flashing plate and a second end flashing plate which are vertically arranged, the first end flashing plate is fixed to one gable roof flashing plate, the second end flashing plate is fixed to the other gable roof flashing plate, and the first end flashing plate is located on the inner side of the second end flashing plate. The first end flashing plate and the second end flashing plate which can move relatively are utilized, so that the structure of the gable ridge end node system without the parapet wall has excellent air tightness and water tightness.

In a folded blank for forming a cardboard ring (23) of a beverage carton (12), with several wall sections connected to each other by means of fold lines, free ends of gable wall sections (19a-d) facing away from the side wall sections (14a-d) are each connected to a gable sealing flap (25) via a sealing fold line (24), and free ends of the bottom wall sections (21a-d) facing away from the side wall sections (14a-d) are each connected to a bottom sealing flap (28) via a sealing fold line (24), and extension sealing flaps are connected to the gable sealing flap (25) at the free end of the sections of the gable sealing flap (25) present on two gable wall sections (14a-d) opposite each other in the unfolded state of the cardboard ring (23) via extension fold lines (32). (33a-d) formed, whereas the base sealing ash (28) is free of extension sealing ash (33a-d).

The utility model relates to the technical field of thermal insulation wall bodies, and provides an assembly type solar greenhouse prefabricated splicing thermal insulation wall body which comprises a straight plate outer wall plate and a straight plate inner wall plate, the straight plate inner wall plate is arranged in the straight plate outer wall plate, and an arc-shaped inner wall plate is arranged in the arc-shaped outer wall plate. The wall body assemblies are arranged between the straight outer wall board and the straight inner wall board and between the arc-shaped outer wall boards and the arc-shaped inner wall boards, the base is arranged at the bottom of the straight outer wall board, the fixing assembly is arranged between the base and the straight outer wall board, the butt joint assembly is arranged on the surfaces of the straight inner wall board and the arc-shaped inner wall boards, and a diaphragm is attached to the heat insulation layer. The thermal insulation wall body is used for the gable wall and the north wall of the greenhouse to form an enclosure wall body and is effectively connected with the front roof. By means of the technical scheme, the problems that an all-steel-frame sunlight greenhouse in the related technology is formed by assembling independent components on site, the installation mode is complex, and the installation speed is low are solved.

The utility model relates to the technical field of building waterproofness, in particular to a bearing blouse brick structure with a waterproof function, which comprises a gable body, a pulling eave component, a square brick blouse and grey tiles, the pulling eave component is fixed on the gable body, the square brick blouse is fixed on the pulling eave component, the grey tiles are fixed on the square brick blouse, and the grey tiles are fixed on the square brick blouse. And the outer edge of the square brick fan is connected with a water retaining and collecting assembly. According to the arrangement, the eave pulling assembly is additionally arranged between the square brick eave and the gable body, so that the problem that rainwater at the eave of the gable infiltrates the wall surface in a large area can be effectively solved; in addition, the water retaining and collecting assembly is arranged on the outer edge of the square brick fan, rainwater flowing from the eave can be effectively retained and collected in a unified mode, and people are prevented from being wetted by rainwater accumulated on the roof when entering and exiting the house after raining.

The application relates to a reconstruction method of an old thick-soil-wall sunlight greenhouse, which comprises the following steps: removing all components except the enclosure wall; leveling the upper end surface of the north wall, arranging a support wall on the inner side of the north wall, and arranging a north wall ring beam protruding from the upper end surface of the north wall on the support wall; renovating or reconstructing the gable wall; arranging a front bottom foot ring beam higher than the ground at the front bottom foot; erecting a roof structure, which comprises a front roof and a rear roof, the lower end of the framework of the front roof is arranged on the front bottom foot ring beam, the lower end of the framework of the rear roof is arranged on the north wall ring beam, a column support structure for support is arranged below the roof structure, and the east-west direction of the roof structure is connected with the gable wall; filling a slope structure on the upper end surface of the north wall, and forming a guide slope with the rear roof. An economic and practical thick-soil-wall sunlight greenhouse reconstruction method which can balance the safety stability, heat preservation and storage property and mechanized operation of the greenhouse is provided.

A rail vehicle includes a roof structure, a side structure, a gable end structure, and an underframe. The underframe is configured from a hollow shaped member that includes a first upper side face plate arranged at a central portion in a widthwise direction of the underframe, a first lower side face plate arranged at the central portion, a second upper side face plate arranged at an end portion and positioned below the first upper side face plate, a second lower side face plate arranged at the end portion and positioned below the first lower side face plate, a third upper side face plate that connects the first upper side face plate and the second upper side face plate to each other, and a third lower side face plate that connects the first lower side face plate and the second lower side face plate to each other.