134results about How to "Easy to carve" patented technology

The invention provides an artificial woodcarving working platform, which belongs to the field of woodcarving craft auxiliary equipment. The artificial woodcarving working platform comprises a base, a lifting device, a rotary device, a working platform, a clamping device, a placing platform and a center support device, wherein the lower end of the center support device is fixedly connected to the left end of the base; the lifting device is fixedly connected to the upper end of the base; the rotary device is fixedly connected to the upper end of the lifting device; the working platform is installed on the upper end of the rotary device; the working platform is horizontally rotated along with the rotary device; and the lower end surface of the placing platform is installed in the center of the upper end surface of the working platform. According to the artificial woodcarving working platform, woodcarving materials are fixedly clamped by the clamping device, the placing platform and the center support shaft, and the working platform can be rotated for 360 degrees by the rotary device of the platform, so that carving is facilitated, the efficiency is high, and the structure is simple.

The invention relates to a three-dimensional carving method based on hand-drawn lines. The method comprises the following four steps: 1) drawing a plurality of hand-drawn lines on a three-dimensional model in a user interaction mode, determining the edge points, which a hand-drawn curve passes through, of the surface of the three-dimensional model through curve refining operation, removing triangular surface patches, which the hand-draw curve passes through, of a network model, triangulating the removed part into small triangular surface patches, and inserting the small triangular surface patches into the original network mode; 2) calculating the distance between vertexes on the three-dimensional model and a hand-draw line set; 3) calculating the translation distance and the translation direction of the vertexes of the three-dimensional model according to the width of a carving line selected by the user and an outline function; and 4) according to the translation distance and the translation direction of the vertexes of the three-dimensional model, translating the vertexes on the three-dimensional model to achieve the three-dimensional carving effect of the network model, wherein the distance between the vertexes and the hand-drawn line set does not exceed the width of the given carving line. The three-dimensional carving method based on the hand-drawn lines provided by the invention is simple to operate, efficient and quick and is convenient to carve.

The invention discloses a method for engraving a three-dimensional model based on a line pattern. The method for engraving the three-dimensional model based on the line pattern comprises the steps that the two-dimensional line pattern needing to be engraved by a user is input, the input pattern is pre-processed according to a method, and the line center of the input line pattern is extracted by conducting edge shrinkage to serve as an engraving contour line; for different types of three-dimensional models, parameterization is conducted on areas to be engraved on the surface of the model; the obtained two-dimensional engraving contour line is discretized and is mapped into discrete engraving lines on the surface of the three-dimensional model through parameterized mapping; the distances between the peak to be engraved on the three-dimensional model and the three-dimensional engraving lines are calculated, the horizontally-moving distance and the direction of the peak of the area to be engraved are determined according to an engraving function, and the peak to be engraved is moved horizontally, so that the three-dimensional engraving effect of the model is achieved.

The invention relates to the technical field of artware sculptures, in particular to a colorful wood shadow sculpture and a manufacture method. The manufacture method comprises the following steps: lacquering, drawing the outline, sculpturing and carrying out optimal processing. The step of lacquering is characterized in that the plate surface of a plate material is covered with a paint layer, andthe paint layer gradually darkens from inside to outside; the step of drawing the outline is characterized in that the outline of a pattern is drawn on the surface of the paint layer; the step of sculpturing is characterized in that a graver is used for sculpturing the surface of the paint layer according to the outline, the sculpturing depth of the graver is regulated according to the color depth of the pattern to realize different light and shade effects, different sculpturing angles are applied to the lines of the pattern to realize various different reflection effects of ray; the step ofoptimal processing is characterized in that luminance, shade and texture are optimized. According to the arrangement, the manufacture method for the colorful wood shadow sculpture is simple, is easy in selecting materials and is favorable for reducing cost and improving manufacture efficiency. In addition, the colorful wood shadow sculpture can show an obvious three-dimensional effect and strong stereoscopic impression and is favorable for improving the own artistic value of artware.

The invention provides small stone sculpture laser-engraving equipment convenient to use, relating to the field of laser engraving. The small stone sculpture laser-engraving equipment comprises a fixing seat, wherein a base is fixedly connected to the bottom part of the inner wall of the fixing seat; a first motor is fixedly connected to the top part of the base; and the output end of the first motor is fixedly connected with a driving wheel seat. According to the small stone sculpture laser-engraving equipment provided by the invention, the effect of driving a placement disc on a rotating rod to rotate is achieved by matching of a driving wheel, a driven wheel and a first bearing seat under the rotation of the first motor, so that the effect of rotating stones arranged on the placement disc and needing to be engraved is achieved, the stone engraving becomes simpler and is easy to operate, the all-directional no-dead-angle rotary engraving is achieved when the stones are engraved, and the problems of slow engraving work, low efficiency and difficult operation caused by inconvenience in use of the laser-engraving equipment when the small stone sculptures are engraved through conventional methods are solved.

The invention relates to a cable-cutting and printing all-in-one machine and an operating method thereof. The cable-cutting and printing all-in-one machine comprises: a material feeding mechanism for transporting a cable, a printing table arranged at the rear end of the material feeding mechanism, engraving modules capable of being moved up and down and printing ribbon rolling mechanisms, which are arranged above the printing table, printing ribbon rolling mechanisms arranged below the printing table, and a cable cutting mechanism, for cutting the cable, arranged at the rear end of the printing table. Printing the end part of the cable is performed by adopting the engraving modules, and the cable isn't wasted. The printing function is provided at the edge of a knife rest of the cable-cutting machine, so that the efficiency is improved, and the use and manufacture cost of materials is reduced. A manner that a number tube or a shrinkable tube sleeves the cable for distinguishing types of cables is avoided. Moreover, V-shaped grooves, arranged on the printing table and distributed along the movement direction of the cable are used for limiting the position of the cable and benefit accurate positioning.

The invention discloses a profiling laser engraving machine and a 3D laser engraving method. The profiling laser engraving machine comprises a laser device component, an X-axis horizontal moving driving part, a connecting plate, a Y-axis horizontal moving driving part, an X-axis rotating driving part, a Y-axis rotating driving part, a clamp platform and a truss. The X-axis horizontal moving driving part is fixed to the truss and is connected with the connecting plate; the Y-axis horizontal moving driving part is fixed to the connecting plate and is connected with the laser device component; the X-axis rotating driving part and the Y-axis rotating driving part are fixed to the truss; the X-axis rotating driving part is in driving connection with the clamp platform; and the Y-axis rotating driving part is in driving connection with the clamp platform. According to the profiling laser engraving machine, through one-time clamping, engraving or cutting of five faces of a part can be completed, and different patterns, figures, texts and other contents can be engraved or cut on the different faces; and engraving is more convenient and rapid, working efficiency is higher, and the condition that only the planes can be engraved is changed

The invention discloses a preparation method for landscape bonsai, and relates to the field of agroforestry gardening. The preparation method is characterized by: mixing special-type vermiculite, carbonizing rice hull, cement, 108 glue, water and the like according to a ratio of 4:2.5:1:1:3r; or casting the resulting mixture into a die to form a artificial hill; or piling the resulting mixture to solidify into a artificial hill blank, followed by carrying out sculpturing to form the artificial hill. The landscape bonsai provided by the present invention has advantages of easy and available raw materials, low cost, and facilitates the growth of plants and mosses. In addition, the preparation method provided by the present invention can be applicable for preparation of the miniature bonsai or the large-scale landscape.

The invention relates to the technical field of graphite craft product processing, in particular to an isostatic graphite preparation process for craft product processing. The process comprises the following steps: raw material selection, stirring, mixing and kneading, forming, primary roasting, primary dipping, secondary roasting, secondary dipping, tertiary roasting and graphitization/purification. Vibration and vacuumizing treatment are carried out on a kneaded and ground mixture before isostatic compaction, air among powder of the mixture is removed, so influence on the density of a formedgraphite product in the isostatic compaction process is avoided, the density of a formed graphite product is improved, the quality of the formed graphite product is improved, and the technical problem that graphite products cannot be applied to artware processing due to density factors is solved.

An engraving sheet includes a support layer fabricated of biaxially oriented high-density polypropylene, and an engraving layer formed on the support layer and having an opacity of 40%. The engraving sheet is engraved from the engraving layer down to the support layer. The support layer is lower in opacity than the engraving layer with a difference of 20% or more between the opacity of the support layer and the opacity of the engraving layer. The engraving sheet allows a desired pattern, a photograph of the face of an individual, or the like to be engraved thereon, and presents a finger touch similar to that of paper, and is hard to be torn even after it is bound by a sewing machine or a stapler.

The invention discloses a door core plate production process, which comprises the following concrete steps of material selection, material splitting, drying, baking, thickness pressing, edge cleaning, plate splicing, pressing, cutting forming, sanding, polishing, painting, packaging and forming on baked wood plates by a thicknesser. A door core plate produced by the door core plate production process has the advantages that the quality is high, the appearance is attractive, and the like.

The present invention discloses an automatic computierzed status carving method and equipment. Human body is scanned fast with scanning light; longitude lines and parallels are formed on the surface of human body to represent body's contour; the longitude lines and the parallels are recorded with video camera and fed to computer for processing; and the mechanical carving unit with engraving tool carves the corresponding longitude lines and parallels on one cylindrical blank based on computer commands to form the statue.

The invention provides a multi-functional ceramic weaving and carving machine and a control system thereof. The multi-functional ceramic weaving and carving machine comprises a workbench, a lifting rotation table embedded in the middle of the workbench, and a machine body erected behind the workbench; the left side of the bottom of the machine body is provided with a water box, the right side of the bottom of the machine body is provided with a glaze box and a color box, and the middle of the machine body is provided with a mud strip machine; the front side surface of the upper portion of themachine body is provided with a tool frame, and the tool frame is connected with a water spray head, a cutting tool, a polishing tool, a fettling knife, a glaze discharging gun and a coloring spray gun from left to right in sequence; and the top of the machine body is provided with a push-pull hanging rack, a push-pull drying cover and a push-pull illumination lamp. The control system comprises acontrol module, a driving power module, a mud strip machine driving module, a lifting driving module, a rotation driving module, a water pump driving module, a motor driving module and an operation panel. According to the multi-functional ceramic weaving and carving machine and the control system thereof, on the premise that the procedure requirements of ceramic weaving work are met, the occupiedspace of the ceramic weaving work can be decreased, and the multi-functional ceramic weaving and carving machine and the control system thereof are suitable for beginners to use.

The invention provides a high speed rail line concrete track plate engraving machine and an engraving method. The high speed rail line concrete track plate engraving machine comprises a rack, a wheelset, a three-axis linkage mechanism, an engraving mechanism, a cooling system and a control system, wherein the rack moves on a track through the wheel set; and after a moving trail of the engraving mechanism is pre-programmed, the control system controls the three-axis linkage mechanism so as to drive to engraving mechanism to run according to the moving trail, so that permanent engraving is accomplished. The high speed rail line concrete track plate engraving machine provided by the invention is stable in performance, simple to operate, and capable of permanently marking concrete.

The invention relates to black ceramic and a preparation method thereof, and relates to the technical field of ceramics. The black ceramic is prepared from the raw material components of, by weight, 20-30 parts of feldspar, 30-40 parts if quartz sand, 5-10 parts of talc, 5-8 parts of kaolin, 10-20 parts of Laiyang clay, 5-10 parts of flint clay, 8-16 parts of pyrophyllite, 3-7 parts of aluminum silicate, 2-4 parts of carbon black, 1-3 parts of calcium carbide and 4-6 parts of potassium manganite. The method comprises the following steps: slurry preparation is carried out, wherein the raw materials are blended according to the formula; and ball milling, sieving, iron removing and pond storage steps are carried out, such that a slurry is obtained; a mold is prepared; cast molding is carried out, wherein grouting and blowing are carried out with a plaster mold; demolding is carried out; and blank trimming is carried out, such that a semi-finished product blank is produced; and sintering is carried out, wherein a spray-glazed semi-finished product is subjected to high-temperature firing in a kiln, such that a product is obtained, wherein the sintering time is 17-20h, and a sintering temperature is 1210-1290 DEG C; and examination is carried out. The black ceramic has the advantages of high strength, low brittleness, cracking resistance, easy carving, and pure color. According to the preparation method, glaze spraying is not needed.

The invention relates to the technical field of metal engraving equipment, in particular to a metal engraving machine for aluminum plate forming. The machine comprises a workbench, a first elastic abutting assembly, a second elastic abutting assembly, a three-axis machining mechanism, an engraving knife body and a negative pressure dust moving mechanism. A first sliding chute and a second sliding chute are formed at the top end of the workbench; the elastic abutting assemblies are arranged at the bottom of the workbench, the working end of the first elastic abutting assembly comprises abutting blocks which slide on the first sliding chute in an opposite or back-to-back manner, and the opposite sides of the abutting blocks are provided with inclined planes which are inclined downwards; and the three-axis machining mechanism is arranged at the top of the workbench and comprises a first servo motor with the working end vertically facing downwards, and a three-pin positioning assembly is coaxially arranged on an output shaft of the first servo motor. An inserting column is arranged at the top end of the engraving knife body; and the negative pressure dust moving mechanism is arranged at the working end of the three-axis machining mechanism and comprises an elastic rotating cover, balls are arranged at the bottom end of the elastic rotating cover, and turbine blades are further evenly distributed at the bottom end of the interior of the elastic rotating cover along the axis. The metal engraving machine can automatically engrave an aluminum plate, and waste chips can be prevented from being accumulated to affect the precision.