10 results about "Flagstone" patented technology

This utility model provides a working device for a stone unloading machine, including a slab placement structure and a cutting component. The slab placement structure includes a receiving structure and a flipping structure. The receiving structure is connected to the flipping structure and is equipped with a flipping shaft. The flipping structure drives the receiving structure to flip around the flipping shaft to receive the upright stone slabs in the processing position. The cutting component is used to process the connection between the lower end of the upright stone slab in the processing position and the base plate of the stone to be processed from the front into a weak connection that is easy to break. This utility model does not rely on suction cups as a transfer device for upright stone slabs, thus having greater reliability and improving production efficiency and fault tolerance.

This utility model discloses a hardened artificial stone flooring paving structure to improve bonding strength, relating to the field of artificial stone paving technology. The utility model includes two artificial stone slabs; each artificial stone slab has multiple arc-shaped strips evenly fixed to its bottom end, and multiple arc-shaped grooves evenly formed on its bottom end. These grooves are located between the arc-shaped strips, creating a wavy bottom surface. This wavy surface provides a larger connection area with the cement base. To increase the connection stability between the artificial stone slabs and the floor, a connecting assembly is provided between the two artificial stone slabs. This assembly connects the two slabs in series. The connecting assembly, using connecting rods, links the two artificial stone slabs together, forming an organic whole after paving. This connection method increases the connectivity between the artificial stone slabs and the base layer, improving the overall stability of the paving structure.

The utility model provides a kind of road surface stone laying device, it is related to road surface stone laying device field, the utility model includes laying vehicle and several stone slabs, the utility model is by being provided with cleaning device, when the end of suction plate frame being provided with suction cup is close to stone slab, wind guide frame and spray pipe will be moved to certain position close to the surface of stone slab, start air pump and inhale the air outside into wind guide frame inside, then enter spray pipe inside by rectangular hole, finally blow out, the surface of stone slab is cleaned, adhered dust and impurities are blown away, simultaneously, motor is started again, and spray pipe is rotated in the inner wall of wind guide frame at corresponding angle, improve spray pipe cleaning range, avoid affecting the contact area between suction plate frame side suction cup and stone slab, improve the vacuum tightness between suction plate on suction plate frame and stone slab, increase adsorption, avoid the phenomenon of falling in carrying process, reduce the probability of stone slab damage or personnel injury, improve project progress, reduce cost.

This utility model discloses a stone slab processing and fixing device, solving the technical problems of stone slab displacement, damage, and high energy consumption caused by traditional fixing methods. It includes an operating table, a processing table surface, and a hollowed-out groove. Buffer limiting devices are provided on the front and left sides of the processing table surface, a pushing and tightening device with a deformation compensation push plate is provided on the right side, a downward pressing and fastening device is provided at the top, and a lifting device and a vacuum suction device are provided at the bottom. The buffer limiting device uses an elastic guiding mechanism and a locking actuator to achieve buffered positioning of the stone slab; the corrugated push plate of the pushing and tightening device adapts to the warping of the stone slab; the downward pressing and fastening device uses a pressure sensor to control the downward pressure in a closed loop; and the vacuum suction cup has independent control of the core and edge suction areas. Through a multi-dimensional collaborative fixing mechanism, the positioning accuracy of the stone slab is significantly improved, the breakage rate of ultra-thin and irregularly shaped stone processing is reduced, and energy consumption and maintenance time are also reduced.

The invention relates to a guidance system (1) for positioning a slab (42) on an upper end (41A) of a burial vault (41) of a funerary monument (4), said system comprising at least four guidance devices (2) each positioned at a distance from the others such that said devices surround the slab (42), each guidance device (2) comprising at least: a fixing end (22) comprising at least one fixing means (22A) configured to allow the temporary mounting of the guidance device (2) on the upper end (41A) of the vault (41), and a guidance end (21) with a guide element (21A) configured to be in contact with the slab (42) when said device is in the mounting position on the vault (41). Abstract figure: Figure 5

The utility model relates to ecological paving stone technical field, concretely is an ecological water -permeable paving stone, including first stone slab subassembly, one side of first stone slab subassembly is equipped with second stone slab subassembly, first stone slab subassembly, second stone slab subassembly respectively include base plate, the surface of base plate is equipped with a plurality of micropore, the bottom of micropore is equipped with a plurality of loudspeaker -like water -permeable channel, the bottom of base plate is equipped with mounting panel, the inside of mounting panel is equipped with grid -like water -evening groove, utilize the structure of fixed cylinder, grooving, sliding rod, limit rod, hinged seat, locating rod, locating plate, return spring, limit seat, limit cylinder, limit cavity, limit hole, solve the existing stone slab splicing structure complex, construction efficiency is low and the problem that maintenance is difficult, and the uneven diffusion of rainwater infiltration after.

The stone splicing device with the waterproof function comprises a butt joint plate, fixing lugs are arranged on the two sides of the upper end and the lower end of the butt joint plate, bolts are arranged on the inner walls of the fixing lugs, a stone plate is connected to the front end of the butt joint plate in a bolted mode, a groove is formed in one side of the butt joint plate, and sealing mechanisms are tightly attached to the two sides of the stone plate. A protruding block is welded to the other side of the butt joint plate, a connecting groove is connected to the inner wall of the protruding block in an embedded mode, a connecting mechanism is slidably connected to the inner wall of the connecting groove, and mounting grooves are connected to the periphery of the front end of the stone plate in an embedded mode. By arranging the sealing mechanism, the equipment can have excellent waterproof performance, and when the two stone plates are spliced together through the butt joint plate, the waterproof strip can be tightly attached to a gap between the two stone plates; and through the arranged connecting mechanism, quick connection and fixation between the stone splicing devices can be achieved, and meanwhile later disassembly and maintenance are facilitated.

The utility model relates to outdoor stone imitation technical field, and disclose an easily process and make outdoor stone imitation, stone imitation board adopts soft rigid material quality integrated molding manufacturing, to the landscape pedestal of different site different camber and tortuosity can carry out nimble cutting production, greatly save manual cost and material cost, also shorten construction period, and stone imitation board can be with the perfect joint of special-shaped curved surface, have better decorative appearance, stone imitation adopts light gauge steel to make support, can effectively improve the installation support stability of stone imitation board, and through the skeleton shaping support can guarantee the naturalness of the arc transition of the back surface after installation, benefit the improvement of the overall appearance of the mesa and the shaping operation convenience, straight edge support and curved edge support all adopt the setting of grooving, can effectively facilitate the bending shaping of curved edge support, and according to the use demand, set up the reinforcing mesh in the inner layer of straight surface stone imitation board without bending shaping demand, through the setting of reinforcing mesh can effectively improve the structure support strength of straight surface stone imitation board.

Roof covering with essentially rectangular slabs made of slate, natural stone, plastic, fiber cement or similar materials. for pitched roofs, wherein the panels (1) have longitudinal edges (11, 12) and transverse edges (13, 14) running at right angles to each other and are laid and fastened to a substructure of the pitched roof by means of fasteners in horizontal rows (20, 30, 40, 50, 60) side by side and one above the other, such that the panels (1) arranged side by side in a horizontal row (20; 30; 40; 50; 60) are laid without lateral overlap and the panels (1) of the next higher horizontal row (50) on the pitched roof partially overlap the panels (1) of the next lower horizontal row (40) with vertical overlap (H), wherein the longitudinal edges (11, 12) of the next higher horizontal row (50; 30) are laterally offset to the longitudinal edges (11, 12) of the next lower horizontal row (40;20) are positioned and the lower transverse edges (14) of preferably all panels (1) of a horizontal row form a horizontal line aligned with each other, characterized in that at least one roofing membrane made of thermoplastic polyolefin (TPO) or flexible polyolefin (FPO) is arranged between the panels (1) of the next higher horizontal row (50; 30) and the panels (1) of the next lower horizontal row (40; 20) partially covered by it, and the panels (1) of the higher horizontal rows (60; 50; 40; 30) cover the panels of only a single lower horizontal row (50; 40; 30; 20) on the inclined roof.