12 results about "Stone veneer" patented technology

The invention provides a cable trench cover plate structure applicable to a stone veneer, which is characterized in that the cable trench cover plate structure comprises a stone structure, a bearing structure and a protective frame, the stone structure is configured at the top of the cable trench cover plate structure; the bearing structure is a steel structure, is configured below the stone structure and is a stress part of the cable trench cover plate, and the bearing structure comprises a bearing plate and a bearing pipe; the two ends of the bearing plate are bent to form a rectangle with an opening; the bearing pipe is arranged below the bearing plate; the edge protecting frame is arranged around the stone structure in a closing-up mode. Compared with the prior art, the stone facing and steel structure form is adopted, so that the appearance effect of the cable trench cover plate is improved, and the bearing problem of the cable trench cover plate with the stone facing in the prior art is solved. In addition, the stone is protected by arranging the metal protective frame on the periphery of the stone, the service life of the cover plate is prolonged, and meanwhile the ground is protected.

The invention relates to the technical field of building decoration and finishing, in particular to a granitic plaster facing construction technology and application thereof.The granitic plaster facing construction technology comprises the steps of base layer treatment, bottom layer and medium ash treatment, surface layer treatment, protection and the like. And the construction quality and effect are ensured. In the historical building repair process, the technologies of spectral analysis matching of raw materials, protective cleaning of historical slurry coating layers, layered transition repair of different elevation areas and the like are adopted, and the historical styles and features of the building are reserved. The method has the advantages of high-fidelity repair, layered transition seamless connection, digital control for improving precision, durability and pollution resistance enhancement, environment-friendly construction, high adaptability, remarkable comprehensive cost benefit, double improvement of construction efficiency and quality and the like, and is suitable for various building scenes.

The invention provides a historical building stone facing repairing effect evaluation method and equipment. The method comprises the following steps: calculating a third comprehensive weight of each index of a historical building stone facing repairing effect; and based on the image training set and the image test set of the historical building stone veneer and the scores of the indexes of the corresponding repairing effect, training a historical building stone veneer repairing effect scoring model, and inputting an image of the historical building stone veneer to be identified into the trained historical building stone veneer repairing effect scoring model. Obtaining the score of each index of the repairing effect corresponding to the image of the historical building stone veneer to be identified; based on the score of each index of the repairing effect corresponding to the image of the historical building stone veneer to be identified and the third comprehensive weight of each index of the repairing effect, obtaining a comprehensive score of the image of the historical building stone veneer to be identified; according to the method, the repairing effect of the historical building stone veneer can be efficiently and reliably evaluated.

A polymorphic interlocking and interchangeable base system for architectural, landscape, and recreational feature installations is disclosed. Embodiments include expanded polymer units with lateral and vertical interlocking features, enabling seamless assembly in both horizontal and vertical planes. Each unit includes a stepped transition surface for enhanced load distribution and a protective polymer coating for durability. The system supports rotational orientation in 90-degree increments and accommodates field modifications, such as cutting or machining, to integrate plumbing, electrical, or structural components. Applications include golf greens, playgrounds, and other installations, with overlays like artificial turf or stone veneer templated for precise alignment. The modular design reduces installation time, material waste, and labor costs while offering infinite shape configurations. The system is compatible with various surfaces, including soil, concrete, and masonry, and provides a durable, versatile foundation for both interior and exterior applications.

The utility model relates to the field of indoor decoration, and discloses a flexible stone veneer fast-assembly vertical frame and an installation structure, the fast-assembly vertical frame comprises a fast-assembly frame body, the fast-assembly frame body is in a long strip shape, a first reverse supporting plate and a second reverse supporting plate are respectively arranged on two sides of the front face of the fast-assembly frame body, and the first reverse supporting plate and the second reverse supporting plate are arranged on the fast-assembly frame body. A connecting part is arranged on the second reverse supporting plate and used for being connected with a transverse light steel keel. Slat beautifying wing parts are arranged on the two sides of the back face of the quick-mounting frame body, mounting grooves are formed between the first reverse supporting plate and the corresponding slat beautifying wing parts and between the second reverse supporting plate and the corresponding slat beautifying wing parts, and the mounting grooves are used for being connected with the two sides of a decoration panel in a clamped mode. The mounting structure comprises the quick-mounting vertical frame and the transverse light steel keel. The flexible stone veneer quick-mounting vertical frame has the advantages that the two sides of the flexible stone veneer are clamped in the mounting grooves through the flexible stone veneer quick-mounting vertical frame, mounting is convenient and quick, and mounting efficiency is improved.

Stone veneer for outdoor kitchens “Cucina Estiva ®”

The application relates to the field of building materials and particularly discloses waterproof high-bonding mortar and a preparation method thereof. The waterproof high-bonding mortar is prepared from the following raw materials in parts by weight: cement 350-450 parts, quartz sand 450-550 parts, active filler 60-80 parts, bonding agent 8-16 parts, early strength agent 4-8 parts, fibrous material 3-6 parts and water-repellent agent 1-3 parts; the active filler is composed of modified metakaolin and redispersible glue powder; the preparation method comprises the following steps: S1, uniformly mixing cement, quartz sand, fibrous material and active filler; and S2, uniformly mixing the bonding agent, the early strength agent and the water-repellent agent; the preparation process is simple, the prepared mortar has good waterproofness and bonding strength, is suitable for use in a humid environment, is not prone to water seepage and falling-off, and has good stability in adhesion to a brick material and a stone veneer.

The invention relates to the field of building construction, and provides a stone composite structure with glass embedded in the middle and a construction method of the stone composite structure. The mounting keel is fixed on a base wall of a building; each stone veneer column is formed by vertically arranging a plurality of veneers, and a vertical mounting gap is formed between the corresponding side edges of every two adjacent rows of stone veneer columns; the stone veneer columns are fixed on the mounting keel through the stone dry hanging pieces; an assembling assembly is arranged on the rear portion of the glass facing and fixedly connected with the installation keel, so that the glass facing is positioned in the installation gap. During use, a continuous flexible buffering and sealing interface is formed between the glass and stone interfaces by using the elastic connecting piece, so that the assembling stress generated due to the physical attribute difference of the glass and the stone and in the mounting process is absorbed, and the risks of accelerated aging of the sealing material and joint failure caused by the assembling stress are prevented.

The utility model discloses a base-layer-free dry-hanging design structure of an assembly type stone veneer, which comprises a wall surface base layer, a plurality of mounting grooves, a plurality of connecting pieces, a plurality of connecting pieces and a plurality of connecting pieces, wherein the wall surface base layer is provided with a plurality of mounting grooves; the clamping component is arranged in the mounting groove; a connecting frame is arranged on the stone veneer, a plurality of connecting assemblies are arranged on one side of the connecting frame, one end of each connecting assembly is inserted into the corresponding mounting groove, and the clamping parts abut against the surfaces of the connecting assemblies; and the cushion layer is arranged between the wall surface base layer and the stone veneer, and a channel for the connecting assembly to penetrate through is formed in the cushion layer. Compared with the prior art, the utility model can solve the problems of more material consumption and high cost during the installation of the stone veneer, and realizes the base-layer-free installation of the stone veneer.

The utility model discloses a fire hydrant stone facing blank door decoration system which comprises a fire hydrant body embedded in a wall, a plurality of wall connecting pieces installed on the wall in an embedded mode, galvanized supporting section steel welded to the wall connecting pieces, stone hanging pieces installed on the galvanized supporting section steel, and a plurality of stone hanging pieces installed on the stone hanging pieces. A stone body is connected to the stone hanging piece in a hung mode, a reserved space is formed in the position, close to the fire hydrant body, of the stone body, and a rectangular frame is installed on the galvanized supporting profile steel. A rectangular frame is taken up to penetrate through a reserved space at the position of a wall surface fire hydrant body, the rectangular frame is installed on galvanized supporting profile steel, a stone facing blank door in an inner cavity of the rectangular frame can be laterally opened with a damping rotating shaft as the axis, and then a stone body is dry-hung on the wall surface in the later period, so that the position of the stone body is matched with the stone facing blank door; fire-fighting equipment of the fire hydrant body in the wall body can be conveniently taken out, and the stone facing blank door is consistent with the dry hanging stone in color when in a closed state.

The application relates to the technical field of anti-collision wall construction, in particular to a pre-pasted stone veneer anti-collision wall formwork device which comprises oppositely arranged inner formworks and outer formworks, the inner formworks and the outer formworks are arranged at intervals to form an anti-collision wall pouring space; the bottom end of the inner formwork comprises a bending section and a vertical section which are connected from top to bottom, the bending direction of the bending section is arranged away from the outer formwork; the bending section and the vertical section are provided with fixing members, and a stone patch is detachably installed on the bending section and the vertical section through the fixing members. The technical scheme provided by the application can improve the convenience, installation efficiency and installation quality of the installation of the granite stone veneer.

The utility model relates to a stone assembly type hoisting structure of a large curved landscape wall, which belongs to the technical field of stone veneers and comprises an arc-shaped facade base layer, a steel framework is arranged on the left side of the arc-shaped facade base layer, and a stone plate is arranged on the left side of the steel framework. Inner cavities of the upper end and the lower end of the steel framework are each provided with a dismounting and replacing mechanism used for dismounting and replacing the stone plate, and the top and the bottom of the front face and the back face of the steel framework are each provided with a positioning mechanism used for positioning. The dismounting and replacing mechanism comprises a rotating rod, a shaft rod, two straight gears, two cams, two movable plates, four return springs and two clamping pieces. According to the large curved surface landscape wall stone fabricated hoisting structure, through the arrangement of a rotating rod, a shaft rod, a straight gear, a cam, a movable plate, a return spring and a clamping piece, when the stone plate is damaged, a worker can conveniently disassemble the stone plate, so that the stone plate can be replaced, the dismounting and replacing efficiency of the stone plate is improved, and the labor intensity of the worker is reduced. And the labor intensity of workers is reduced.