30results about How to "Improve tiling efficiency" patented technology

The invention provides a canvas-based picture tiling method and a storage medium. The method comprises the following steps of respectively setting a transverse tiling interval and a longitudinal tiling interval; a Canvas DOM being newly built, and the width and the height of the Canvas DOM being set to be the width and the height of the image; according to the width and height of the image, the width and height of the tiled image, the transverse tiling interval and the longitudinal tiling interval, calculating to obtain a transverse tiling number and a longitudinal tiling number; and calling a2D image drawing tool set of the Canvas DOM to execute nested loop operation by taking the transverse tiling number as a first layer, the longitudinal tiling number as a second layer and the tiled image and the width and the height of the tiled image as parameters, and drawing the tiled image in the Canvas DOM.

The invention discloses a brick tiling device. The brick tiling device comprises a spraying and coating assembly, a brick tiling assembly, a supporting frame and a control assembly, wherein the spraying and coating assembly comprises a spray pipe bracket, a spray pipe, a spray head and a spray head mounting seat, and is used for spraying and coating binders to parts on which bricks need to be tiled; the spray head is mounted on the spray head mounting seat; the spray head is connected to a binder transporting mechanism through the spray pipe; the spray head mounting seat is movably arranged on the spray pipe bracket; the brick tiling assembly comprises a brick tiling bracket and a manipulator; the brick tiling bracket is mounted on the supporting frame; the manipulator is mounted on the brick tiling bracket and used for tiling bricks to the parts on which the bricks need to be tiled and on which the binders are sprayed; the control assembly controls the spraying and coating assembly and the brick tiling assembly according to a paving and tiling scheme of the parts to be tiled, which is input in advance. The brick tiling device is simple in structure, and the control assembly controls the spraying and coating assembly and the brick tiling assembly, so that brick tiling operation on the parts on which the brick need to be tiled can be realized, the efficiency is greatly improved, and the construction cost is saved; combined paving and tiling of regions in different shapes and bricks in different shapes can be realized by inputting different paving and tiling schemes.

The present invention provides a canvas-based image interlaced tiling method and storage medium. The method includes: respectively setting the logo of whether to interleave horizontally and the logo of whether to interleave vertically; creating a new Canvas DOM, and setting its width and height as the width and height of the image; according to the image The width and height of the tile image and the width and height of the tiled image are calculated to obtain the number of horizontal tiles and the number of vertical tiles; the number of horizontal tiles is the first layer, and the number of vertical tiles is the second layer. The staggered logo and the vertically staggered logo, using the tiled image and its width and height as parameters, call the 2D image drawing tool set of the Canvas DOM to perform a nested loop operation, and draw the tiled image in the Canvas DOM .

The invention provides an exterior wall tiling machine, which comprises a working table, a lifting mechanism, a material transporting mechanism, a material jacking mechanism, a pressing mechanism, a feeding mechanism, a plastering mechanism and a dust scraping mechanism. The lifting mechanism is installed on the working table Above, the feeding mechanism is rotatably connected with the lifting mechanism, and the jacking mechanism is fixed below the feeding mechanism, which includes a loading unit and a discharging unit. The pressing mechanism is set correspondingly to the discharging unit, and the feeding mechanism is fixed on the side of the loading unit. , the plastering mechanism is set above the material conveying mechanism, and the dust scraping mechanism is set under the loading unit. The material conveying mechanism rotates and rises following the lifting mechanism, and it cooperates with the lifting component to realize the laying and feeding of tiles synchronously. After pasting, the pressing mechanism beats the tiles pasted on the wall, and the cement slurry extruded by the beating is scraped off by the dust scraping mechanism and reused, which solves the problem of not using a rubber hammer to beat the exterior wall tiles in the prior art. The technical problem that the ceramic tiles are not firm due to hollow tiles.

The invention discloses a pattern brick sticking construction method for an accessible roof. The pattern brick sticking construction method for the accessible roof comprises: base layer cleanup, insulating layer laying, slope making layer construction, cement mortar leveling layer construction, waterproof layer construction, protective layer construction, grille screen electronic map drawing, roof field lofting, and face brick laying. Compared with a fixed-point lofting brick-sticking roof of a common total station, the pattern brick sticking construction method for the accessible roof has the advantages that a grille screen method is refined, so a brick sticking worker can cut each brick visibly, the situation of more scraps during cutting is avoided, the brick sticking efficiency is improved, and the brick sticking loss is reduced. The project progress is accelerated while the construction procedure is simplified; meanwhile, construction waste is reduced, environment protection is facilitated, and social benefits are better.

The invention provides an automatic dragging device for long-scroll writing and painting paper. The automatic dragging device comprises a device body. The device body comprises a drawer cabinet, a supporting foot, a writing and painting table, a pair or vertical columns and a top frame. The drawer cabinet is located on one side of the bottom of the writing and painting table, the supporting foot is located on the other side of the bottom of the writing and painting table, the pair of vertical columns is located on the two sides of the back face of the writing and painting table, one ends of the vertical columns are connected with the writing and painting table, and the other ends of the vertical columns are connected with the top frame; and the drawer cabinet comprises a drawer cabinet body, a first drawer and a second drawer. When a creator needs to move the long-scroll writing and painting paper in the creating process, one end of the long-scroll writing and painting paper can automatically and horizontally move only by pressing a starting key, the other end of the long-scroll writing and painting paper is flattened by a pressing roller in the horizontal moving process, thus theautomation degree and the intelligent degree are high, work of the creator is greatly simplified, and the creation efficiency of the creator is improved.

The invention discloses a brick-laying construction structure and a construction method for a wall. Guide rail frame; the support frame is arranged on both sides of the wall tile construction structure, and the upper and lower ends of the first guide rail and the second guide rail are respectively connected with the support frame through fixing ears; the first guide rail frame and the second guide rail frame are fixed by The ears are connected with the support frame, and the two ends of the fixed rod are respectively connected with the first rail frame and the second rail frame through the fixed ears and the sliding plate; the upper and lower two fixed rods adjust the vertical distance between the sliding seat and the first rail frame, and the sliding plate Follow the movement of the fixed rod to realize the up and down adjustment of the second rail frame; the wall tiling construction structure is set at the place where the wall is to be tiled. It has a stable structure and is easy to use, which can effectively reduce the time required for tiling and reduce the labor force Labor intensity and installation cost of wall bricks.

The invention relates to the technical field of decoration, and discloses a ceramic tile paving device for home decoration, including ceramic tiles, the ceramic tiles are rectangular tiles, and a tiling device is arranged on the top of the tiles, and the tiling device includes a central bearing plate, side bearing plates and screw threads The columns, the tops of the four side load plates and the center load plate are all fixedly equipped with counterweights, and the bottoms of the center load plate and the four side load plates are all provided with suction cups. In the ceramic tile paving device for home decoration, the four side bearing plates of the present invention are fastened to the four ends of the ceramic tiles through the suction cups, and the central bearing plate is fastened to the center of the ceramic tiles through the suction cups, and then the connecting rod C Connect the four sets of connecting rods A with the corresponding four connecting plates B, so that the four side bearing plates and the central bearing plate become a flat and pressed whole. Simultaneous tiling pressing at the position improves the fixing efficiency of the tiles and the stability during tiling.

The invention discloses a tiling device and a tiling production system. The tiling device comprises a stock bin, a brick pushing mechanism, a brick pressing mechanism and a brick guiding groove. The brick pushing mechanism and the brick guiding groove are located on two opposite sides of the stock bin, the brick pushing mechanism is used for pushing bricks stored in the stock bin into the brick guiding groove, and the brick pressing mechanism is located above the brick guiding groove and used for pressing down the bricks entering the brick guiding groove. According to the tiling device and the tiling production system, a tiling process can be automatically finished, the labor quantity is reduced, and working hours on the site is saved. By arranging the brick guiding groove, the positions of the bricks can be limited, the bricks are not deflected or inclined when adhering, and tidiness and gaps of the stuck bricks are guaranteed. In addition, the tiling device can guarantee flatness of the stuck bricks by adjusting pressing-down dynamics of the brick pressing mechanism; according to the sizes of the to-be-laid bricks, the brick pushing mechanism is adjusted to adjust the push distance; before the bricks are stuck, the to-be-laid bricks are stacked in the stock bin ahead of time, and the time is saved.

The invention discloses a vertical automatic wall tiling device for building construction. The vertical automatic wall tiling device for building construction comprises a base, wherein four first hydraulic machines are fixedly arranged at the top end of the base; one ends of first hydraulic rods of the four first hydraulic machines are fixedly connected to four corners at the bottom end of a shell; a groove is formed in the middle of the shell; and a first chute is formed in a bottom plate in the groove. According to the scheme, by arranging a tiling mechanism, a transport plate transports wall tiles into the groove. When the wall tiles are in contact with a contact sensor, a fifth electric telescopic rod stretches to limit and fix the wall tiles; a fourth electric telescopic rod stretchesto push the tiling mechanism out; a sixth electric telescopic rod stretches to push the wall tiles out of the groove; by arranging the first hydraulic machines and the first electric telescopic rod,the height and the transverse position of a slide barrel are adjusted; by arranging parts such as a wall tile placing groove and the transport plate, the wall tiles can move; by arranging a high precision distance sensor, the distance between the slide barrel and the wall can be detected.

The invention provides a CANVAS-based image cross-mirror tiling method and a storage medium. The method includes: creating a new Canvas DOM, and setting its width and height as the width and height of the image; obtaining each tiled image in a set of preset cross-mirror arrangement patterns The flip information and the identification of the corresponding arrangement order; the associated identification and the corresponding flip information; according to the width and height of the image, the width and height of the tiled image, and the interval between horizontal tiles and vertical tiles, the number of horizontal tiles and the number of vertical tiles are calculated. The number of tiles; take the number of horizontal tiles as the first layer, and the number of vertical tiles as the second layer, compare the pattern, use the association, tiled image and its width and height as parameters, call the 2D image drawing tool set of Canvas DOM to perform nesting Loop operation to draw the tile image in the Canvas DOM. The present invention utilizes the feature of drawing 2D graphic images provided by Canvas, and automatically draws each tiled image into a Canvas DOM by corresponding preset cross-mirror arrangement patterns.

The invention discloses a tiling method. The method comprises steps as follows: a tiling scheme is obtained, wherein the tiling scheme comprises coordinate information of tiles arranged at to-be-tiled parts; tiling is performed, tiling equipment tiles the to-be-tiled parts with the tiles according to the coordinate information on the basis of the tiling scheme. According to the tiling method, the accurate coordinate information of the tiles at the to-be-tiled parts is acquired, then the tiling equipment is controlled to tile coordinate-determined specific positions with the tiles, the method is suitable for industrial construction, in particularly to the tiling of prefabricated parts on a prefabricated part production line, the tiling efficiency of the prefabricated parts can be improved, and the tiling effect of the prefabricated parts is tidier and more attractive.

The invention discloses a blow-away type shell fabric expansion device, and the device comprises a rotating disc which is uniformly provided with inclined air outlets. The air outlets are deflected in the rotating direction of the rotating disc, and a rotatable transfer disc is disposed above the rotating disc. The bottom of the transfer disc is provided at least two centrifuge balls in a circular manner, and the centrifuge balls can rotate freely and pass through a part exactly above the rotating disc. The device enables a cloth block to be quickly unfolded through the cooperation of the rotating disc with the centrifuge balls, so as to improve the laying efficiency before ironing, thereby improving the production efficiency and reducing the production cost.