119results about How to "Improve engraving efficiency" patented technology

The invention discloses a mold laser engraving machine which comprises a base, a longitudinal driving mechanism, a transverse driving mechanism, a fine adjustment connecting block, a laser head and a main machine box. The main machine box is placed on the base. A longitudinal connecting base is arranged on the base. The bottom of the longitudinal driving mechanism is connected to the longitudinal connecting base in an insertion mode. The end of the transverse driving mechanism is connected to a longitudinal sliding block of the longitudinal driving mechanism in an insertion mode through a rotating shaft and a bearing. The top of the laser head is connected with a transverse sliding block of the transverse driving mechanism through the fine adjustment connecting block. The laser head and the main machine box are connected through a cable and optical fiber. The structure of an engraving machine is designed again, the engraving machine is provided with a plurality of detachable components, the detached components can be carried by one person and can be placed into a trunk of a common household car, assembling is quite convenient and fast, meanwhile, 360-degree full-dimensional non-dead-corner movement of a vibrating mirror is achieved through a middle transmission component of the laser engraving machine, and the mold laser engraving machine has the advantages of being high in precision and convenient to adjust.

The invention relates to a multi-shaft carving machine which comprises a base, a general control system and a rotation worktable. The multi-shaft carving machine is characterized in that the upper portion of the base is provided with a first rotation joint, a first rotation motor and a first driving system are arranged in the first rotation joint, the first driving system is vertically arranged, the first rotation motor and the first driving system mesh through a first gear mechanism, a first rotation arm is arranged on the upper portion of the first driving system, and a plurality of rotation arms are sequentially connected to the tail end of the first rotation arm. The multi-shaft carving machine has the advantages of compact mechanical structure, high mechanical strength, good rigidity, high accuracy of transmission mechanism, many degrees of freedom, and low maintenance cost.

The invention discloses a mold laser engraving machine which comprises a base, a longitudinal driving mechanism, a transverse driving mechanism, a fine adjustment connecting block, a laser head and a main machine box. The main machine box is placed on the base. A longitudinal connecting base is arranged on the base. The bottom of the longitudinal driving mechanism is connected to the longitudinal connecting base in an insertion mode. The end of the transverse driving mechanism is connected to a longitudinal sliding block of the longitudinal driving mechanism in an insertion mode through a rotating shaft and a bearing. The top of the laser head is connected with a transverse sliding block of the transverse driving mechanism through the fine adjustment connecting block. The laser head and the main machine box are connected through a cable and optical fiber. The structure of an engraving machine is designed again, the engraving machine is provided with a plurality of detachable components, the detached components can be carried by one person and can be placed into a trunk of a common household car, assembling is quite convenient and fast, meanwhile, 360-degree full-dimensional non-dead-corner movement of a vibrating mirror is achieved through a middle transmission component of the laser engraving machine, and the mold laser engraving machine has the advantages of being high in precision and convenient to adjust.

The invention discloses an engraving processing method for a stone window. The engraving processing method comprises the following steps: (1) preparing raw materials; (S2) determining a pattern; (S3)designing a drawing; (S4) generating an embossment processing program by virtue of numerical control software; (S5) generating a water jet scalpel processing program by virtue of the numerical controlsoftware; (S6) standing until the programs are generated; (S7) carrying out embossment processing; (S8) carrying out water jet scalpel processing; (S9) cleaning, and airing; and (S10) carrying out acceptance inspection and packaging. By carrying out hollowing processing by virtue of an embossment technique, a water jet scalpel technique and the water jet scalpel according to the designed pattern,the problem that embossment window grilles of the stone window are easily damaged is effectively solved; compared with a traditional manual stone window processing method, the engraving processing method has the advantages that the embossment process and the like are greatly broken through when the stone window is processed, a stone window embossment processing process is innovated, a stone window embossment technique is successfully improved, and the high quality, high yield and high efficiency of the processing of the stone window are truly realized; and by utilizing a stone window embossment processing technique, the culture connotation of the stone window is enriched, and the market competitiveness of the stone window market is improved.

The invention discloses a detection platform for workpiece engraving. The detection platform comprises bases, a limiting structure, a driving block, a limiting block, a return spring, an illuminationstructure, a first push rod, a storage box, LED lamps, tempered glass, a clamping structure, guide grooves, sliding blocks, fixing rods, pressure plates, a starting structure, a waterproof cover plate, a power switch, storage structures, limiting grooves, supporting frames, second push rods, a shell and a scale bar. The detection platform has the beneficial effects that the supporting frames whichare arranged in a staggered way are arranged inside the shell, and the supporting frames are slidably connected with the shell, so that workpiece storage boxes are conveniently placed on the limitinggrooves inside the supporting frames, and the space is reasonably utilized; the LED lamps are arranged on the portion, at the bottom end, of the tempered glass, of the shell so that a detection lightsource is provided conveniently, and the detection quality is improved; and meanwhile, primary self-detection of workpieces is facilitated due to the scale bar at the same end as the tempered glass,the workpiece engraving efficiency is improved, the sliding blocks and the pressure plates are fixed by the fixing rods, and fixing of the secondarily-processed workpieces is facilitated.

The invention discloses a surface depainting carving process for a plate with a curved surface. The surface depainting carving process mainly comprises the following steps: A, manufacturing an injection mold, and selecting suitable materials to carry out injection molding production; B, spraying paint on an injection molding product; C, manufacturing a carving fixing jig according to the product; D, manufacturing a curved surface carving document by 3D modeling, and determining a carving region; E,, fixing the product on the fixing jig and carving; and F, cleaning the surface of the plate with the curved surface, and then neatening and packing. The carving process provided by the invention is simple and convenient to operate and high in carving efficiency. Carved patterns are high in 3D third dimension, high in simulation degree and smooth in grain.