34 results about "Flagstone" patented technology

The invention discloses a dry-hanging stone curtain wall mounting method which includes the steps: fixedly mounting a keel frame on a wall; fixing a sleeve and the keel frame; adjusting a pressure head screw; moving flagstones with connectors to mounting positions and inserting each connector into a cylinder containing cavity through an opening; rotating the pressure head screw and tightly pressing the connector between the inner wall of the cylinder containing cavity and the pressure head screw; and filling dry-hanging glue into the gap between flagstones to mount a dry-hanging stone curtain wall. The invention provides a dry-hanging stone curtain wall mounting and maintaining method and the sleeve to overcome the shortcomings of the prior art.

The invention discloses a fill subgrade construction method suitable for a water-rich low-lying permafrost region. The fill subgrade construction method comprises the following steps of stamping flagstone silt squeezing replacement construction being conducted; filling a rubble layer cooling layer; paving two pieces of cloth and one film; paving a gravel layer; constructing a roadbed slope toe heat preservation protective channel; laying inverted filter geotextile; paving a gravel layer; paving a gravel cushion layer; and loading subgrade filler which is compact in filling and good in water permeability. According to the method, silt is squeezed and replaced by impacting and rolling the rubble layer, the bearing capacity of the foundation is improved, meanwhile, underground water is prevented from rising to roadbed soil under the action of capillary water, and it is guaranteed that the roadbed is dry; the rubble cooling layer being filled, good gaps among rubbles being utilized to formnatural air convection in winter, and the temperature of permafrost being actively reduced; paving a two-cloth one-film impermeable layer to prevent water in the roadbed body from infiltrating into the permafrost region. The water seepage geotextile and the gravel paving layer have high drainage performance, and the roadbed slope toe heat preservation protective channel prevents frost heaving diseases of a slope toe and prevents slope toe surface water from seeping into a roadbed soil body.

An interlayer mixing apparatus for texturing man-made stone slabs has a pressing assembly, a coloring component, a stirring assembly, a moving assembly, and a control system. A conveyor belt sequentially conveys a slab to working areas of the pressing assembly, the coloring component, and the stirring assembly which are separately connected to the control system. The pressing assembly presses the slab before the pigment and the slab are stirred, so that the texture boundary on the final product is clearer and more complete. The control system moves the moving assembly to position the stirring assembly according to a texture route, while the stirring assembly performs stirring on a part of the surface of the slab, to stir a pigment layer with a raw material layer on the slab.

The invention provides a composite replacing and filling structure and treatment method for valley-type soft soil, and relates to the field of soft soil foundation treatment. The composite replacing and filling structure suitable for the valley-type soft soil in granite areas can be applied to rapid replacing and filling treatment of the valley-type soft soil in the granite areas, and comprises a granite residual soil layer, a rubble layer and a flagstone layer from top to bottom, wherein flagstones are arranged at the bottom of a foundation pit, rubbles are laid on the flagstones to serve as a transition layer, and the granite residual soil layer is laid on the rubble layer. The invention further provides the treatment method which is applied to the replacing and filling structure for the valley-type soft soil in the granite areas. By adoption of the replacing and filling structure and the treatment method for the valley-type soft soil in the granite areas, the granite residual soil can be excavated fully; and compared with out-purchased materials such as flagstones, rubbles and gravels for replacing and filling of soft soil foundations, replacing and filling cost of the soft soil foundations is reduced, construction time is shortened, and thus good and desirable soft soil foundation treatment effects are achieved.

A basin manufactured from a solid slab of stone having a depth of multiple times the thickness of the original slab, which may match the naturally occurring patterns of said slab when used as a countertop, and a method of producing the same.

An artificial stone is disclosed for use in creating a covering a supporting surface. The artificial stone includes a base portion for placement on the supporting surface, which base portion is shaped as a right regular prism for patterned, fitting arrangement of the flagstone with like flagstones to produce a continuous surface covering. The base portion has a regular base contour. The stone further includes a top portion with a facing surface, the facing surface having an irregularly shaped top contour different from the base contour and an intermediate portion connecting the top portion with the base portion. The intermediate portion has an inclined wall extending between the top portion and a sidewall of the base portion. Stones of this construction can easily be arranged in a regular, repeated pattern to generate a continuous covering for the supporting surface without the surface of the resulting covering having a regular, patterned appearance. The irregular top contours of the stones, simulate the appearance of natural stone.

The invention relates to a stone processing and treatment method for an indoor decoration material of a building, and using stone processing and manufacturing equipment. The equipment comprises a workbench and a fixing device arranged at the top of the workbench, wherein a cutting device is arranged at the right side of a bottom plate, and a locating device is arranged at the left side of a firstn-shaped frame. According to the invention, an electric cross-shaped sliding block can move forwards in the width direction of a second cross-shaped groove through cooperation of designed locating baffle, fixing plate and second cross-shaped groove, the electric cross-shaped sliding block drives the locating baffle to move synchronously, and two groups of adjacent trapezoidal plates in the locating baffle are moved to the front end and the rear end of a drawn horizontal straight line; therefore, reciprocating linear motion of the locating baffle can be realized, the corners of a rectangular stone plate to be machined can be conveniently fixed and adjusted at the same time, the cutting machining position is not blocked, time and labor are saved, and the rectangular stone plate to be machined can be cut at any position.

An automatic stone unloader comprises an automatic slabstone relative-parallelism adjuster, an automatic large-grooving-parallelism adjuster, a frame, a cutting device, a clamp, a vacuum sucker and a bogie. The relative position of a crossbeam and stone can be adjusted by ascending and descending of the frame, the cutting device can cut a scar deep in 3-5mm at the joint of slabstone and stone, the slabstone can move forwardly and backwardly by the aid of the clamp with the vacuum sucker, the motion distance is +/-15mm, the scar at the joint of the slabstone and the stone can be separated, a manipulator with the vacuum sucker can suck the slabstone have separated from the stone, and after rising 50mm, the slabstone is leveled and moved to the upper side of the bogie and laid down. The automatic stone unloader has the advantages of small occupation space, full automation and high efficiency and safety, and can move optionally according to production needs.

A station (10) for applying fluid substances to stone materials (L), comprising a support surface (13) for supporting a stone slab and an applicator (21) for applying the fluid substance to the slab,said applicator (21) comprises a distribution roller (26) or blade (126) suitable to press the slab and to move on it in order to distribute the fluid substance over the slab, an automated moving device (20) being provided for moving said applicator (21), to allow the automated distribution of the fluid substance.

The invention discloses a paving method of a stone plate and relates to garden engineering. According to the technical scheme, the paving method of the stone plate is characterized by comprising the following steps: S1, laying a plurality of base plates on the land, wherein the base plates are laid in the travel path direction of a road, and a plurality of planting holes are formed in the plate faces of the base plates in a penetrating mode; S2, planting plants in the planting holes, and maintaining the plants to survive; S3, taking and inserting sleeves into the planting holes, wherein the sleeves are arranged outside the plants in a sleeving mode, and the upper ends of the sleeves protrude out of the top face of the base plate; S4, covering the base plate with a stone plate, wherein through holes corresponding to the planting holes one to one are formed in the stone plate and in the process of stacking the stone plates, the sleeves penetrate through the through holes; and S5, pullingout the sleeves to complete laying. By means of the paving method, the plants grow out of the stone plates, the stone plates and the plants can be integrated, the greening effect is further enhanced,and the requirements of modern people are met; according to the paving method, plants are not prone to being pressed during construction, and the plants easily survive in the base plates and the stone plates.

The invention provides a stone unloader which comprises a transportation trolley, a steel rail system, a working device and a panel removal device. The working device comprises a slabstone bottom chiseling mechanism, a slabstone breaking mechanism and a first slabstone suction disc. The invention further provides a slabstone automatic unloading method. The stone unloader can achieve mechanical unloading operation and can support full-automatic control, is high in work efficiency and guarantees the personal safety of a worker fundamentally.

The invention relates to a jade-like artificial stone slab, which is made of the following components according to the proportion by weight: 60-80 parts of aluminum hydroxide; 20-25 parts of composite powder; 71-82 parts of water reducer; 1-3 parts of accelerator 0.2-0.3 parts of potassium peroxide ethyl ketone; 28-32 parts of unsaturated resin; 24-45 parts of gray gravel; 0.1-0.3 parts of pigment paste; 0.1-0.8 parts of alloy powder; Powder 36-50 parts; auxiliary agent 0.35-0.5 parts. The advantages of the present invention are: the stone formula of the present invention, the imitation jade mosaic is made of polymer composite materials, and is made by modern production technology. It is environmentally friendly, non-toxic, and non-radiative. It is a new generation of environmentally friendly building materials. Diverse, colorful, crystal clear, can be produced according to various requirements of customers, flexible and changeable, convenient for decoration and matching, and create a colorful living space.