57 results about "Wall plate" patented technology

The invention relates to an adaptive energy-saving wall, wherein said invention comprises: an inner wall plate, an outer wall plate, a thermal-insulated frame, a movable connecting rod, a movable blind, and a thermal-insulated blind; said inner and outer wall plates are connected to two end surfaces of thermal-insulated frame; the inner and outer wall plates are both mounted with several movable blinds connected to the movable connecting rod; the thermal-insulated blind is fixed at the inner upper frame of thermal-insulated frame; one surface of movable blind is plated with aluminum alloy film with high reflective index, while another surface is coated with black layer with high adsorption index. The invention has lower weight, thermal-insulated ability and energy-saving property.

The invention discloses a composite wallboard fast installation structure and an installation method thereof. The structure includes an overall composite wallboard framework system, and the overall composite wallboard framework system comprises a composite wallboard internal corner installation system, a composite wallboard external corner installation system and a composite wallboard plane splicing system. The composite wallboard internal corner installation system comprises tile composite plates and internal corner section bars for installing the tile composite plates; one end of each internal corner section bar is fixedly connected with the corresponding tile composite plate, and the other end of each internal corner section bar is matched for arranging a flush joint component and fixedly connected with the corresponding tile composite plate through the flush joint component; the composite wallboard external corner installation system consists of tile composite plates, external corner fixing components and external corner clamping components, wherein the external corner fixing components and the external corner clamping components are used for installing the corresponding tile composite plates. The structure has the advantages that by adopting the composite wallboard internal corner installation system, the composite wallboard external corner installation system and the composite wallboard plane splicing system for constructing an integral installation framework and directly installing the tile composite plates into the integral installation framework, the installation efficiency is improved.

The invention discloses an automatic wallboard installation device comprising a door-shaped frame arranged at the front end of a control box. The inner sides of posts of two sides of the door-shaped frame are slidably connected to a lifting panel through a first connecting arm, the outer sides of the posts of two sides of the door-shaped frame are fixed to a first cylinder, the top of the lifting panel is provided with a sliding rail integrally, the sliding rail is slidably connected to a second connecting arm, the other end of the second connecting arm is fixedly connected to a horizontal-moving panel, the lower portion of the horizontal-moving panel is rotationally connected to the side wall of the lifting panel through a rotor, a second cylinder is arranged between the lifting panel and the horizontal-moving panel, a rotary shaft is mounted in the middle of the front end of the horizontal-moving panel and is sleeved with a driven gear, the driven gear is fixed to a wallboard clamped-connecting board, a fourth cylinder is fixed to the outer side of the front end of the wallboard clamped-connecting board, a third cylinder is arranged on the upper portions of the second connecting arm and the driven gear, the front end of the third cylinder is provided with a drive gear, and the drive gear is engaged with the driven gear. By adopting the structure, the effects of simple structure, convenience for operation, high efficiency, safety, time saving, labor saving and free wallboard mounting are achieved.

An assembled interior wall separator plate comprises an aerated concrete plate, two sides of the aerated concrete plate are connected with photocatalyst diatomite decoration plates, the upper end and the lower end of one side edge of the aerated concrete plate are respectively provided with bolt lockholes, the upper end and the lower end of the other side edge are respectively provided with cam bolt structures corresponding to the bolt lockholes, and the bolt lockholes and the cam bolt structures are used for connecting a plurality of aerated concrete plates to form a wall body. The structure of the assembled interior wall separator plate is simple, and is reasonably designed; the photocatalyst diatomite decoration plate and the aerated concrete plate have an excellent sound insulation performance, so the novel wall plate has good heat insulation and sound insulation performances; the photocatalyst decoration plate also can purify indoor air, adsorb and decompose pollutants and adjust the indoor air humidity; and the unique self-lockhole and cam bolt design makes the assembled interior wall separator plate simply and conveniently mounted and makes the decoration plate replaceable. The assembled interior wall separator plate has the advantages of high industrialization degree of the making process, easiness in control of the quality, saving of the labor cost, no wet work and no generation of building wastes or pollution in the construction process, short construction period and high construction efficiency.

The invention discloses a multifunctional splicing partition wall and a construction method thereof. The multifunctional splicing partition wall comprises a bottom plate, frame columns, a frame beam,a wall board and a door window mounting frame. The wall board comprises long wall board bodies and short wall board bodies, the frame columns are arranged at the two ends of the bottom plate, the frame beam is arranged at the tops of the frame columns, and the door window mounting frame is mounted in a wall mounting cavity. A plurality of long wall board bodies are mounted side by side in the leftside area of the door window mounting frame, a plurality of long wall board bodies are mounted side by side in the right side area of the door window mounting frame, a plurality of short wall board bodies are mounted side by side on the upper side area of the door window mounting frame, and a plurality of short wall board bodies are mounted side by side on the lower side area of the door window mounting frame. A door window mounting opening is formed in the door window mounting frame, and a door window is mounted in the door window mounting opening through self-tapping screws. A support mechanism is fixedly connected to the outside of the wall board through self-tapping screws. According to the multifunctional splicing partition wall and the construction method thereof, U-shaped steel clamps are adopted to serve as connection joints of the wall board, the seam splicing joints of the wall board are reinforced and fixed by adopting splicing of convex and concave structures, and thus thefirmness, the stability and the integrity of mounting of the wall board are ensured.

The invention provides reinforcing mesh welding production equipment, and relates to the technical field of reinforcing mesh processing. The reinforcing mesh welding production equipment comprises a longitudinal bar straightening and conveying module, a transverse bar straightening and conveying module and a welding and shearing module, wherein the longitudinal bar straightening and conveying module is used for straightening two longitudinal bars and longitudinally conveying the two straightened longitudinal bars to the welding and shearing module; the transverse bar straightening and conveying module is used for straightening transverse bars and transversely conveying the straightened transverse bars to the welding and shearing module; and the welding and shearing module is used for shearing the transverse bars, welding the transverse bars between the two longitudinal bars to form a mesh and shearing the mesh. According to the reinforcing mesh welding production equipment provided bythe invention, the welding shearing module highly integrates three functions of mesh welding, transverse bar sizing shearing and mesh shearing, and is matched with the longitudinal bar straightening conveying module and the transverse bar straightening conveying module, so that automatic feeding of the longitudinal bars and the transverse bars is realized, finished meshes are processed, and the production efficiency of the reinforcing mesh for a PC component of a wallboard is improved.

The invention relates to an assembled composite interior wall corner, which comprises two exterior wall corner panels with an L-shaped cross section, and a thermal insulation structure layer bonded between the two exterior wall corner panels, at least one end of the thermal insulation structure layer does not exceed the exterior wall corner panel to form a tenon The standard cutting strip can be inserted into the tenon, and the standard cutting strip can be fixed to the corner of the composite interior wall through dovetail nails so as to be connected with the prefabricated composite interior wall panel; when the internal corners of the two interior corner panels are in the same direction , the width of the outer inner corner board is equal to or greater than its height; when the inner corners of the two inner corner boards are located in opposite directions, the two inner corner boards are located on one side of the composite interior wall, and the other side of the composite interior wall is Ordinary flat interior wall structural panels. Compared with the prior art, the assembling method of the present invention is simple, the structural strength is high after assembling, and the corner sealing and sound insulation effects are good.

The invention provides a floor edge scaffold fixing mechanism, which includes an I-steel embedded part, a scaffold, a high-rise wallboard, second limiting locking parts for being embedded in I-steel and third limiting locking parts for being embedded in the I-steel. The floor edge scaffold fixing mechanism is characterized in that the I-steel embedded part comprises the I-steel and an inverted U-shaped support, a plurality of first limiting locking parts are embedded in the I-steel, the first limiting locking part comprise fixing panels, first supporting feet and second supporting feet are arranged on the lower parts of the fixing panels, and the first supporting feet and the second supporting feet are in an inverted T shape; and first through holes are formed in both ends of the upper surfaces of the fixing panels, second through holes are formed in the upper surfaces of bottom plates of the first supporting feet and the upper surfaces of bottom plates of the second supporting feet, and the first through holes and the second through holes are formed correspondingly. The floor edge scaffold fixing mechanism is simple in structure and convenient in operation, and can support and fixthe scaffold.

The invention relates to the field of building materials, in particular to an ultra-fine fly ash light self-insulation wall plate and a manufacturing method thereof. Fly ash is processed by a specialgrinder into ultra-fine fly ash with the specific surface area of 700m<2>/kg, fly ash crude residues discarded after air separation of a power plant replace building sand, 5-10 parts of silicate cement, HT-type special enhancers for the fly ash and water are mixed to form slurry, two fly ash cement foamed light insulation plates are embedded into the middle of a mould, alkali resistant glass fibergrid cloth is laid on the upper portion and the lower portion of the mould, 0.5-1.0 centimeter thick mixed slurry is uniformly poured on the periphery of the mould, tamped and leveled, the two fly ash cement foamed light insulation plates are firmly wrapped in the middle and demoulded after standing for 2-4 hours, and natural curing is performed for 7-10 days. The ultra-fine fly ash light self-insulation wall plate is light in weight, low in production cost, high in fly ash rate reaching 90% or more and applicable to internal, external and roof walls of buildings.

The invention relates to a clamping-type keel wall panel mounting structure and a mounting method. The clamping-type keel wall panel mounting structure comprises a wall surface and wall panels. The two adjacent wall panels are connected through a clamping piece. The clamping piece comprises a mounting plate parallel to the wall surface. The mounting plate is secured to the wall surface by a mounting assembly. One side of the mounting plate is provided with two clamping plates with elasticity. The clamping plates are perpendicular to the mounting plate. Clamping teeth are arranged on one sides,close to each other, of the two clamping plates. One side of the wall panel is bent to form connecting plates perpendicular to the wall panels. The two connecting plates abut against each other and are inserted and connected between the two clamping plates. Clamping grooves matched with the clamping teeth are formed in one sides, away from each other, of the two connecting plates. The clamping teeth on the two clamping plates are correspondingly clamped in the clamping grooves in the two connecting plates. A supporting assembly is arranged between the mounting plate and the two clamping plates. When the two connecting plates are inserted and connected between the two clamping plates, the supporting assembly makes the clamping plates difficult to bend in the direction away from the connecting plates. The clamping-type keel wall panel mounting structure and the mounting method have the effects of being high in wall panel bearing capacity, high in wall panel structure stability and convenient to construct.

The invention discloses a composite wall and a splicing structure of a house composed of composite walls. The wall and the house are included. The composite wall comprises wallboards and heat insulation layers; the wallboards comprise the outer wallboards and the inner wallboards which are all provided with vertical profile steel; and heat insulation blocks are installed between the inner wallboards and the outer wallboards. The house is provided with a pulling-resistant and supporting structure. The house structurally comprises the composite walls, roof boards and a roof ridge pole and is formed by splicing the vertical profile steel, wherein each composite wall comprises a first composite wall body and a second composite wall body; and the vertical profile steel is installed between the inner wallboards and the outer wallboards arranged on the first composite wall bodies and the second composite wall bodies. According to the composite wall and the splicing structure of the house composed of the composite walls, the heat insulation, anti-seismic and light house is built, the cost is reduced, the construction period is shortened, and construction is convenient.

The present invention provides a flyash cement honeycomb composite wallboard building fixed on the ground. The structure comprises a plurality of flyash cement honeycomb composite wallboards fixed on the ground. An I-shaped wall formed through connection of the flyash cement honeycomb composite wallboards is connected to be an I shape and of a right angle. Each flyash cement honeycomb composite wallboard comprises central honeycomb layers, substrates at the two sides, and sound-proof material layers disposed between the substrates and the central honeycomb layers. The central honeycomb layers comprise a plurality of hollow regular hexagon columns connected in a seamless manner, so as to enable the cross section of the central honeycomb layers to be of a regular hexagon honeycomb shape; a top part and a bottom part of the central honeycomb layer are bonded with the sound-proof material layers through a binding material, so as to form a plurality of regular hexagon hollow columns, extending perpendicular to the sound-proof material layers, between the two sound-proof material layers; outer surfaces of the sound-proof material layers are bonded with the substrates through the binding material; and two flyash cement honeycomb composite wallboards are connected through three U-shaped connection frames to form an L shape.

The invention relates to an adjustable wallboard mounting structure and a mounting method. The adjustable wallboard mounting structure comprises a first assembly, a second assembly and wallboards, wherein the first assembly is connected with the second assembly; the upper and lower adjacent wallboards are connected with the second assembly; the first assembly comprises a main keel and a base which are connected with each other; the second assembly comprises an auxiliary keel, a first hanging piece, a second hanging piece and a connecting piece; the first hanging piece and the second hanging piece are connected with the upper and lower adjacent wallboards respectively; the first hanging piece and the second hanging piece are hung on the auxiliary keel; the connecting piece is fixedly connected with the auxiliary keel; the base is provided with a groove part; the connecting piece is connected with the groove part in a sliding manner; and the wallboards are made of aluminum-zinc-plated steel plates. According to the adjustable wallboard mounting structure, the auxiliary keel is connected to the base in the sliding manner, so that the mounting mode is simple; the position of the auxiliary keel relative to the base is adjustable, namely the height positions of the wallboards relative to a wall body are adjustable, so that convenience is further provided for mounting; and the wallboards are portable, light in weight, high in strength and long in service life.

The invention relates to a field prefabricated wallboard mounting structure. The field prefabricated wallboard mounting structure comprises a concrete board (1), wherein left and right rows of anchorbolts (2) are arranged on the upper and lower sides of the concrete board (1); a prefabricated wallboard (3) is clamped between the left and right rows of anchor bolts (2); and a post-cast surface layer or a floated coat covers the left and right rows of anchor bolts (2). According to the field prefabricated wallboard mounting structure, the two rows of anchor bolts are arranged on the concrete board to fix the prefabricated wallboard, and the prefabricated wallboard does not need to be reserved and pre-buried, so that the trouble and labor are saved, the mounting is accurate, the wallboard isnot damaged, and the structure safety is reliable.

The invention relates to the technical field of tent facilities, in particular to an intelligent shared foldable tent. The tent is provided with a fixed wall panel which is vertically arranged, a movable frame and a control display box, wherein the movable frame can be opened and closed with respect to the fixed wall panel; a molding tarpaulin is arranged between the movable frame and the fixed wall panel and unfolded or folded along with opening and closing of the movable frame, and the control display box controls the movable frame to be opened and closed; the movable frame is provided witha bearing surface, the bearing surface is located on a certain position above the ground after the movable frame is opened and positioned with respect to the fixed wall panel, and the bearing surfaceserves as a supporting surface for the inner bottom of the molding tarpaulin. The tent is convenient to install and use, and more comfort and higher safety are achieved during use; the control displaybox can also be provided with a shared APP system to support WeChat and Alipay scanning, so that the intelligent shared foldable tent achieves the effects of automatic folding and self-service fee settlement for use.

The invention discloses a shear type metal damper. The shear type metal damper comprises a core plate, a lower connecting plate, a connecting sleeve and connecting pieces, wherein the connecting sleeve comprises an upper connecting plate and two wall plates, a plurality of position adjusting holes are formed in the wall plates, the connecting pieces penetrate through the position adjusting holes and the core plate, and gaps are formed between the connecting pieces and the position adjusting holes in the vertical direction. According to the shear type metal damper, the core plate is connected with the connecting sleeve through the connecting pieces, on the one hand, the connecting sleeve transmits shear force in the horizontal direction to the core plate through the connecting pieces, so that the core plate generates shear deformation, and on the other hand, when the damper is squeezed or stretched vertically, the core plate can generate relative displacement with the connecting sleevealong with the connecting pieces, so that the axial force is effectively released, the transmission of the shear force is not influenced, the adverse effect caused by vertical axial force is avoided,and the energy dissipation and damping capacity of the damper is improved, and the damper is used in the technical field of damping.

The invention discloses a construction method of the side wall of an underground structure. The construction method of the side wall of the underground structure comprises the steps that a bottom plate is formed at the bottom of an underground structure in a pouring mode, and the positions, close to enclosure structures, of the bottom plate are sunken downwards to form grooves; prefabricated wallboards are provided, and the prefabricated wallboards are attached to the corresponding enclosure structures and arranged on the bottom faces of the grooves; and concrete is poured into the grooves to form a post-pouring structure with the top face flush with the top face of the bottom plate, so that the prefabricated wallboards and the bottom plate are fixedly connected. According to the construction method of the side wall of the underground structure, the problem that cast-in-place side walls waste time and labor is effectively solved, a prefabricated wall body is directly mounted on the basement bottom plate, cast-in-place is not needed, the construction efficiency is greatly improved, the construction time is shortened, manpower and material resources are saved, and the construction quality can be guaranteed.

The invention discloses a laminated beam. A first heat insulating layer extending in the longitudinal section direction of the laminated beam is pre-embedded into the laminated beam. The first heat insulating layer penetrates through the upper end and the lower end of the laminated beam in the longitudinal section direction. The laminated beam is prefabricated and formed. According to the laminated beam, the first heat insulating layer is pre-embedded into the laminated beam, and the first heat insulating layer guarantees the heat insulating effect of the laminated beam; because the first heatinsulating layer is pre-embedded into the laminated beam, there is no need to arrange an external wall plate provided with a heat insulating layer on the outer side of the beam in a sided hung mode;when used, the laminated beam can be directly assembled between an upper prefabricated wall plate and a lower prefabricated wall plate, connecting is achieved without an external member, and connecting is simple; and meanwhile, the first heat insulating layer penetrates through the laminated beam in the longitudinal section direction, and the laminated beam is suitable for cold areas in winter. The invention further discloses a producing method of the laminated beam.

The invention relates to the technical field of thermal insulation wall boards, in particular to a green thermal insulation wall board with integrated installation. The green thermal insulation wall board with the integrated installation includes a thermal insulation foam substrate, two protective aluminum plates are arranged on the outer side of the thermal insulation foam substrate, protrusion barbs are arranged on the surfaces of the protective aluminum plates, a splicing groove is formed in the surface of one of the protective aluminum plates, a splicing plate is connected into the splicing groove in an inserted mode, the splicing plate is fixed to the surface of the other protective aluminum plate, locking screws are arranged on the surfaces of the protective aluminum plates, a sealing adhesive tape is arranged on a gap between the two protective aluminum plates, and connecting pieces are arranged on the surfaces of the protective aluminum plate. The green thermal insulation wallboard with the integrated installation has the beneficial effects that the green thermal insulation wall board with the integrated installation reserves the pouring space between a precast concrete slab and the protective aluminum plates, after a prefabricated wall is run to the site, concrete is poured from a pouring hole to the reserved pouring space, so that the weight of the prefabricated wallduring running is small, and the prefabricated wall is not easy to fall in the process of assembling.

The invention relates to and discloses a split type leveling screw rod and a using method, and relates to the technical field of architectural decoration. The split type leveling screw rod comprises a base, a first screw rod, a sliding block, a connecting device and a fixing device, wherein the base is fixed to an original wall surface, one end of the first screw rod is rotationally connected with the base, one end of the sliding block is rotationally connected to the other end of the first screw rod, the other end of the sliding block is fixedly connected with a keel, the connecting device is used for rotationally connecting the first screw rod to the base, the fixing device is used for fixing the base to the original wall surface, when the first screw rod rotates on the base, the sliding block rotationally connected to the first screw rod longitudinally moves on the first screw rod and is used for leveling the keel fixed to the sliding block, and a graduated scale is arranged on the first screw rod. According to the split type leveling screw rod, the sliding block longitudinally moves on the first screw rod to drive the height of the keel fixed to the sliding block to change, so that leveling of a wallboard installed on the keel is achieved, the graduated scale is arranged on the first screw rod, the height of the sliding block on the first screw rod can be accurately controlled, and leveling of the installed wallboard is rapidly achieved.

The invention discloses a latticed single-row reinforced Z-shaped sectional concrete column and a making method, and belongs to the field of shock absorption and disaster prevention. The concrete column consists of concrete 1, step grid-like common reinforcing meshes 2, latticed single-row reinforced nets 3 and steel ties 4; a reinforcement framework of the Z-shaped column is Z-shaped, and three latticed single-row reinforced nets 3 are welded to form two Z-shaped limbs; the step grid-like common reinforcing meshes 2 are vertically welded at the ends of the two limbs of the Z-shaped latticed single-row reinforced nets; and the steel ties 4 are vertically welded in the centers of transverse horizontal steel bars of the common reinforcing meshes 2. By adopting single-row reinforcement, the concrete column is simple in construction and low in consumption of steel bars; the reinforcement is formed by welded latticed reinforcement sheets, so that the concrete column is suitable for industrialized production; by adopting latticed reinforcement, oblique web ribs have good shearing resistance, crisp shearing damage of the special-shaped sectional short column can be prevented, and the anti-earthquake ductility is improved; the ends of the section of the column are tightly combined with ecological wallboards or ecological wall bricks by using short steel bars, so that the aims of reinforcing the integrity of a house and promoting the integral anti-earthquake and energy dissipation capacity are fulfilled, and the concrete column is suitable for a rural house.

The invention discloses a supporting rod electricity taking fixing device suitable for wall surfaces with different thicknesses. The fixing device is fixed to the two sides of a wallboard, the wallboard is provided with a through hole, the fixing device is characterized by comprising a supporting rod assembly, a decorative cover, a wallboard support, a supporting rod fixing assembly and a power supply assembly, the front end of the supporting rod assembly penetrates through the decorative cover and the wallboard, and the front end of the supporting rod assembly penetrates through the wallboard; and the fixing device is fixed to the wallboard bracket through the supporting rod fixing component and is connected with the power supply component for electrification. A spring ejector pin and a copper column serve as intermediate media of current, the current is led to equipment placed on the supporting rod from an adapter, a rapid, safe and efficient power supply mode is achieved, and the fixing device can be suitable for installation of showing stands of walls of different thicknesses.

The invention relates to a PVC (Polyvinyl Chloride) wallboard without stabilizer pollution, which is characterized in that a perforation runner extrusion forming die is invented according to the specification and the shape of the PVC wallboard by adopting industrial chain manufacturing technologies of PVC granules without stabilizer pollution, an accurate measurement blanking machine, an ultrahigh-pressure single-screw extruder and the like invented by the inventor; and a set of operation technology for processing and manufacturing the PVC wallboard is designed. The processing and hot melting time of the PVC wallboard is controlled within 45 seconds and is far away from the HCL decomposition point of a PVC material, and the PVC wallboard which is waterproof, mildew-proof, fireproof, windproof, shockproof, acid-resistant, alkali-resistant, corrosion-resistant, weather-resistant, durable, heat-insulating, sound-insulating, environment-friendly and attractive is manufactured. The PVC wallboard has the advantages that the PVC wallboard is a full-function building material of a building envelope structure, the service life is more than 500 years, the market consumption is very huge, and the PVC wallboard is a new technology, a new material and a new product for industrially manufacturing houses, and is an important link of a 500-year house industry chain manufacturing technology.

The invention relates to an assembly type concrete component mounting method which comprises the following steps: I, pre-embedding foundation bolts which get out of a reinforced concrete bottom platefoundation on four corners of a constructed reinforced concrete bottom plate foundation; II, arranging an outer edge plate at the lower end of a profile steel column, enabling the outer edge plate topenetrate through a first opening, separately welding the two adjacent side surfaces of the profile steel column to reinforcing steel bars in two wallboards, connecting an inverted-H-shaped beam on aposition, above the wallboards, of the profile steel column, separately filling light-weight aggregate concrete into the profile steel column and the wallboards for enabling the wallboards and the profile steel column to define a combined wallboard; step III, lifting prefabricated wallboards and the profile steel column onto the reinforced concrete bottom plate foundation, and splicing the foundation bolts into the first opening, connecting nuts on the foundation bolts through bolts for fixing the profile steel column; and IV, lifting a superposed board to a position above the combined wallboard for capping, and pouring concrete on the superposed board to form a superposed layer. The assembly type concrete component mounting method has the effects of being convenient in mounting and shortening a construction period.