415 results about "Cornice" patented technology

The present invention relates to a cornice/skirting mounting system and, in particular, to a 2-part system involving an anchor member (26) and an outer fascia member (28) which is removably attachable to the anchor member (26). The cornice/skirting mounting system of the present invention thus provides a complete system for fitting out a home with wall-wall, wall-ceiling, and wall-floor lining, with benefits prior to installation, and post-installation.

The invention discloses a totally-prefabricated assembling type reinforced concrete floor system which consists of girders, prefabricated slabs, girder-slab connecting pieces, and slab-slab connecting pieces. The invention is characterized in that: the prefabricated girders are cornice girders, and the prefabricated slabs are matchboards; the prefabricated slabs are fixedly connected by the girder-slab connecting pieces after being arranged on the prefabricated girders; and the prefabricated slabs are fixedly connected by the slab-slab connecting pieces after being lap-jointed with each other. The prefabricated slabs can be prefabricated prestressed concrete cored slabs, superimposed slabs or other flat slabs. The invention realizes the bidirectional force bearing performance of the unidirectional prefabricated slabs and the four-edge fixed-end limiting form of the floor system, and can effectively meet the requirement for large span and heavy load; moreover, belonging to a totally-assembled system, the invention has the characteristics of less field operation, high construction speed, good earthquake resisting performance, and obvious effects of energy saving and environmental protection.

The invention relates to an assembling type telescopic early-warning discharging platform and an assembling construction method thereof. The platform comprises a fixing part, a telescopic part, a transmission mechanism and an early-warning system, wherein the inner side of the fixing part is anchored to a structural floor slab, and the outer side of the fixing part is movably connected with the telescopic part through the transmission mechanism. The fixing part and the telescopic part are two intelligent wholes, are of a drawer type design, can stretch out and shrink in by virtue of rolling wheels and the transmission mechanism, so as to regulate the stretch-out length of the discharging platform; the discharging platform can easily shrink in or stretch out by virtue of the transmission mechanism, so that the stretch-out length of the discharging platform can be flexibly regulated, and the problem that a tower crane is difficult to operate when site operation conditions are limited, particularly a cornice is formed in an upper part structure is solved; the fixing part and the telescopic part are respectively of an assembling design, and components are connected through bolts, so that the platform is convenient to detach and transport; and by arranging the early-warning system, the tensile force on a steel wire rope is monitored in real time by virtue of a tension sensor, and sound-light alarm is given when the load exceeds a design limiting value, so that the accident is prevented.

A pivoting gutter assembly is disclosed, in which the gutter can be, during summer months, put into the horizontal collecting position to receive rainwater from the roof and to direct it to a down-spout. For the winter months and or maintenance, the gutters are swung-out to downwards vertical position below the roof cornice thus being protected from damage. The gutter system includes hangers attached to the roof, the hangers each having a bearing. A shaft is inserted into the bearing and the gutter is fixed to the shaft. The system provides for special hangers assuring the correct pitch of the gutters. Also, it contains a down-spout for location above a fixed downward collector for rainwater, thus permitting the gutters to be pivoted from horizontal to vertical position without the need to disconnect the down-spout. A wormgear and wormdrive are attached to the end of shaft, outside the house fascia; this drive permits to operate the gutter's position from the ground level by an extended bar and manually driven crank or by using electric motor's drive attached to worm and remote control, eliminating the need of a ladder to reach downward position particularly important for the gutters installed on the roof high above the ground such as high rise buildings.

The present invention is an improved method of making cornice assemblies and other trim members utilizing the process of pultrusion. The cornice assemblies and the other trim members made by the method of the present invention exhibit superior strength to weight ratios, low expansion and contraction due to changes in temperature and humidity, as well being less labor intensive to install.

The invention provides a high-altitude long-span overhung cornice formwork supporting system. The system comprises an overhung I-shaped steel beam, an overhung I-shaped steel beam fixing hoop, an anchoring ring, a steel wire rope inhaul cable, an operating platform, an overhung structure load-bearing frame, an outer protecting scaffold, a cornice supporting formwork and a secondary unloading assembly, wherein a pull ring, a vertical rod inserting-connection positioning part and steel angles are arranged on the overhung I-shaped steel beam, one end E of the overhung I-shaped steel beam is fixed to an architectural structure plane through the overhung I-shaped steel beam fixing hoop, the other end of the overhung I-shaped steel beam is tensioned with the steel wire rope inhaul cable, the secondary unloading assembly comprises an inclined-supporting steel tube and a pre-buried supporting point steel tube, and the secondary unloading assembly is used for performing secondary unloading on a cornice supporting formwork system. A constructing method of the high-altitude long-span overhung cornice formwork supporting system includes the steps of manufacturing the overhung I-shaped steel beam, arranging the pre-buried part, installing the overhung I-shaped steel beam, setting up the operating platform, the overhung structure load-bearing frame, the outer protecting scaffold and the cornice supporting formwork, installing the inclined-supporting steel tube and the like. The high-altitude long-span overhung cornice formwork supporting system is easy to construct and operate and convenient to detach, the construction period is shortened, and cost is saved.

A bracket designed to reduce mounting system failures was designed, having a mounting surface and an angled clip on the lower edge of the mounting surface providing backward pressure for any hardware mounted onto the bracket. The sides of the mounting surface may include cut-outs for aligning multiple brackets. An optional screw-mounting system comprising corresponding holes in the clip, or a tab-mounting system, provide for connecting accessories to the bracket. A cornice centered around a spine element mounted to the bracket. The cornice has a front face and returns attached to either side of the front face, forming the structure. The spine is designed to fit into a plurality of brackets bent to provide backward pressure on the cornice, pulling it toward a mounting surface. The cornice is mounted by fixing the brackets onto a mounting surface and placing the spine of the cornice onto the brackets.

The invention is a frameless portable hunting blind/ice fishing hut that absorbs sounds, and scent with carry/storage case. The hunting blind/ice fishing hut, is a enclosed room-like structure with or without a tree break-up pattern on the exterior and having at least two wall panels forming at least four walls with at least one horizontal lift-up and or sliding window in each wall that open and close, a door that opens outward, an interior and a roof panel with outer fitting cornice is supported and anchored on ground surface or ice surface. The hunting blind is able to conceal at least one hunters/occupants within its structure, absorbs sounds, and scent from within eliminating the possibility of detection by animal's keen sense of sight, hearing and smell while keeping the occupants out of the harsh weather. The hunting blind/ice fishing hut allows said hunters/occupants ease of transport from location to location within minutes by a hand carried carrying/storage case, ease of assembly

The invention discloses a soft soil foundation two-way reinforcement and drainage reinforcement method for highways. The invention comprises the steps as follows: (1) the site is leveled and the pile positions are set out; (2) the construction is carried out by vibroflotation, hammering method, or vibrating tube sinking method to form a gravel pile; (3) the top of the pile is paved with Geocell coarse sand or gravel hardcore, the main composition body thereof is a Geocell layer with drain holes on the wall, the Geocell is filled with compact coarse sand or gravels, and the upper part and the lower part of the Geocell are respectively paved with drainage layers. By adopting the Geocell coarse sand or gravel hardcore and gravel pile two-way reinforcement and drainage structure, the method can realize a composite action of reinforcement, compaction, replacement and drainage on the soft foundation, effectively improve the strength and stability of the roadbed, reduce the differential settlement of the foundation and satisfy the requirement of traffic load increase on the bearing capacity and deformation of the roadbed.

The invention relates to a creasing-type sill-pillar-free stage caving stopping method based on a steel structured artificial top. The method comprises the following steps of: dividing an ore body into stages; dividing each stage into sublevels; distributing an upper sublevel stopping tunnel and a lower sublevel stopping tunnel in a rhombic staggered manner; drilling rock, blasting and removing ore from the stopping tunnels; and distributing upward fan-shaped middle-deep holes in the stopping tunnels in a pre-concentrated rock drilling manner to perform back-type stopping under a covered rocklayer, wherein the method is characterized in that: a stage is used as a unit; and an end creasing-type structure is finished in each sublevel of each stage, and the steel structured artificial tops which have the same width as the stopping tunnels are continuously paved on waste stone funnel control points of two rockbottom sublevel stopping access roads of each stage except the rockbottom stage. The sill-pillar-free stage caving stopping method has the advantages that: caved ores can be separated from covered rocks; and during ore discharging, a waste stone funnel can be prevented effectively, so ore loss and depletion can be reduced.

An adjustable home entertainment cabinet for enclosing television sets of different sizes comprises a pair of movable tower cabinets and a bridge assembly that extends between the cabinets. A center section of the bridge rests on the tops of the cabinets. A bookshelf or shelf box is mounted on an underside of the center section. End sections movably mounted on the center section extend downwardly to cover gaps between the bookshelf and the inner sides of the tower cabinets. The center section includes a cornice molding that matches and is aligned with cornice molding on the tops of the tower cabinets. The end sections have a matching cornice molding that overlays and conceals the gap between the cornice moldings on the end sections and tower cabinets. Free standing television sets can rest on the floor. Table model sets and monitors can rest on free standing TV stands/storage cabinets of different widths that fit snugly between the tower cabinets. An adjustable media storage drawer has movable dividers with hook and loop fabric on lower edges that attach where desired to a loop fabric that covers the bottom of the drawer.

The present invention belongs to the technical fields of building engineering design and construction, and particularly discloses a construction process for an aluminum sheet roof upright standing seam system. The construction process for an aluminum sheet roof upright standing seam system comprises the process steps of installing built-in fittings, pouring concrete, installing purlin supporting plates, installing purlins, installing steel bottom sheets, installing non-woven fabric, installing a supporting seat, carrying out construction of aluminum panels, installing side flashings, installing cornices and aluminum sheets, and the like. The construction process for an aluminum sheet roof upright standing seam system has the following advantages: the degrees of freedom of roof sheets in the sheet length direction is not limited by fixed seats, and therefore, when temperature changes, the roof sheets are able to freely slide to stretch out and draw back on the fixed seats with no temperature stress generated; thus, the temperature deformation problem which is difficult to overcome for other sheet types is effectively solved, and the reliability of various properties of the roof sheets is guaranteed.

The invention relates to a construction safety assembly. The inventive assembly comprises: safety posts with non-skid ends, which are provided with means for the rapid connection of a barrier; and, optionally, an upper jack-type safety element having a lower horizontal protrusion along an inclined plane, which is used to brace the cornice or projecting element of a building and which can also comprise the aforementioned barrier connection means. The adjustable-length barrier comprises a base which covers the lower part thereof. In this way, the invention provides a dual safety assembly of very simple construction, which can be used to guarantee the collective safety of labourers performing external and internal construction work and prevent accidents.

By providing a plurality of support brackets which are quickly and easily mounted to any desired surface and are constructed for receiving and supportingly retaining elongated, lineal crown molding strips, inside and outside corner seam covers, and lineal seam covers, each of which are formed from a wide variety of decorative and visually distinctive appearances, a cornice or crown molding system is achieved which is capable of being quickly and easily installed in any desired location by any unskilled individual, without requiring the use of mitered corners, abutting junctures, nails, adhesives, and the like. By employing a combination of the components of the present invention, any desired location can be quickly and easily decorated with a completely installed molding system for enhancing the visual and aesthetic appeal of any room or building.

The invention discloses a building outer face fire simulation apparatus, characterized by comprising: a multi-layer combustion chamber, a simulated side wall, a moving platform, an armored thermocouple probe, a heat radiation flux measuring instrument, a thermocouple patch, a glass frame, sunlight-controlled film-coated glass, simulated combustibles, a water-cooled heat flow meter, an axial fan, a DV camera, and a telescopic fireproof cornice. The multi-layer combustion chamber is formed by the lamination of two combustion chambers. The simulated side wall is combined with the wall faces with windows to form a U shaped structure. The telescopic fireproof cornice is arranged at the upper part of the lower-layer combustion chamber's windows. The apparatus of the invention can be used in the research on the fire spreading condition of the outer wall face of a high rise building under the action of an environmental wind, the research on the development characteristics of the fire flames and the smoke plume under the restrictive condition of the side wall as well as the characteristic rule of a secondary fire generated from the fire overflow at the outer side of the building into the upper layer combustion chamber, so as to provide reference to fire prevention designs for similar buildings.

The invention relates to an existing masonry structure using light steel structure direct storey-adding technology and a construction method the existing masonry structure, and belongs to the field of seismic reinforcement of a structure. The construction method comprises the following steps: firstly, detaching a parapet wall, a cornice and a roof waterproofing layer of the original masonry structure before a storey is directly added onto the masonry structure; secondly, embedding steel bars into roof structural columns, and adding a ring beam, steel bars of a roof overlapped storey, and embedded screw rods in the newly-added ring beam; and thirdly, integrally pouring the steel bars embedded into the roof structural columns, steel bars of the newly-added ring beam, the steel bars of the roof overlapped storey, and the embedded screw rods to effectively joint a new structure and an old structure into a whole. When the concrete strength is higher than 70%, an upper light steel structure is installed. The existing masonry structure is restructured by directly adding a new storey through the light steel structure, the difficulty that people are short of houses at present can be relieved and a lot of land resources in China are saved, with significant economic and social benefits.

The invention discloses a light-weight steel structure roof green intelligent snow removing system. In the snow removing process, when the snow load is about to reach or exceeds the limiting value of the structure design specification, the intelligent sensing early warning can be realized through a sensor, and in addition, a spraying snow removing system can be started to reach the goal of intelligent snow removal. The light-weight steel structure roof green intelligent snow removing system comprises a spraying pipe, a stress sensor and a first collecting groove, wherein the spraying pipe is arranged on a roof and is provided with a plurality of spraying heads, the stress sensor is arranged on a roof purline, the first collecting groove is formed in a cornice opening part at one side of the house roof and is used for collecting snow water, a water tank communicated with the first collecting groove and a water pump used for pumping liquid from the water tank into the spraying pipes are arranged in a house, a salt storage jar connected with the water tank is also arranged in the house, in addition, an electromagnetic valve is also arranged between the salt storage tank and the water tank, a water inlet pipe and a water outlet pipe are arranged on the water tank, a liquid concentration sensor and a heater are also arranged inside the water tank, and a central processing unit is also arranged in the house. The light-weight steel structure roof green intelligent snow removing system has the advantages that the roof snow load can be automatically subjected to snow melting unloading, and meanwhile, the snow water can be circularly utilized.

The invention discloses a decoration and heat insulation external building block structural system, which is characterized by consisting of eight block types of decoration and heat insulation external building blocks, namely a main block, a half block, an external corner block, an internal corner long main block, an internal corner long half block, an internal corner main block, an internal corner half block and a cornice external block, wherein except the cornice external block, each of the other seven block types is formed by compositing a heat insulation board 1, a concrete protection layer 2 and a decoration surface layer 3; a plurality of vertical dovetail grooves 5 and one horizontal dovetail groove 4 are formed on one large face of the heat insulation board 1, and a sign-shaped groove 6 is formed on the other large face; each edge of the heat insulation board 1 is protruded from the concrete protection layer 2 about 5 millimeters in the horizontal direction and 10 millimeters in the vertical direction; a plurality of concrete protection layers 2 form a dust gap of which the width is about 10 millimeters; anti-cracking mortar is filled in the dust gap; and a plurality of heat insulation boards 1 are connected mutually so as to stop a cold bridge of the building blocks. The decoration and heat insulation external building block structural system has the characteristics that: a decoration effect and a heat insulation effect are integrated, and the heat insulation material and the building have the same service life.

The invention discloses a construction method for prefabrication and reverse installation of cornice concrete decoration members of an archaistic building. The method includes the steps that 1, the cornice concrete decoration members are prefabricated, specifically, the concrete decoration members in a cornice system of the pseudo-classic building to be constructed are prefabricated correspondingly, a body structure of the pseudo-classic building to be constructed comprises a framework structure and a roof structure, the framework structure comprises load-bearing columns, the cornice system comprises a roof supporting structure and a bracket structure supported between the roof supporting structure and the load-bearing columns; 2, facing treatment is carried out on the cornice concrete decoration members; and 3, the cornice concrete decoration members are subjected to reverse installation, specifically, after construction of the body structure is completed, the cornice concrete decoration members in the cornice system are installed from top to bottom through a reverse installation method. The construction method is simple in step, reasonable in design, easy and convenient to implement and good in using effect; and the cornice concrete decoration members formed in advance are installed from top to bottom, the construction process is simple and convenient to implement, and the construction quality is easily guaranteed.