37results about How to "Accurate engraving" patented technology

The invention discloses a carving machine used for industrial equipment. The carving machine comprises a base, wherein a carving table is firmly connected to the top of the base; a supporting table is disposed on one side of the carving table; a slideway is formed in one side face of the supporting table; a first slide block is movably connected inside the slideway; a drill bit is firmly connected to one side face of the first slide block; a first carving rod and a second carving rod are disposed on the bottom of the drill bit; one end of the first carving rod passes through the drill bit and extends into the drill bit; one end of the second carving rod is firmly connected to the bottom of the drill bit; one side face of the drill bit is firmly connected to a supporting plate; a water tank is disposed on the top of the supporting plate; a water hose is disposed on the bottom of the water tank; and one end of the water hose communicates with a through hole in the bottom of the water tank. The carving machine used for the industrial equipment has the advantages that accurate carving of a small model is implemented as a whole; consumption of energy sources is reduced; effective processing of chippings is implemented; overall carving precision is increased; and working efficiency is increased.

The invention belongs to the laser engraving processing technology field and discloses a laser engraving machine, a control system and a control method. The method is characterized by extracting the image data information of a product to be engraved from the pre-stored database of the products to be engraved; processing the image data information of the product to be engraved, and using the cubicB-spline curve construction model to construct the three-dimensional graph of the model of the product to be engraved; scanning the coordinate information of the three-dimensional graph and acquiringthe real coordinate value of the three-dimensional graph; according to the real coordinate value, using the decimal coding mode of a particle swarm algorithm coding mode to control the operation pathof a vertical stepping motor by a vertical stepping motor control module; driving a vertical gear to reach the setting position of the product to be engraved; and according to the real coordinate value, regulating and controlling a laser cutter head to reach the setting position of the product to be engraved by a horizontal stepping motor control module. In the invention, the design is reasonable,engraving of substances with different heights and thicknesses and different shapes and sizes can be satisfied, the engraving is accurate and work efficiency is greatly increased.

The invention discloses a machining control method for follow-up measurement and application thereof in jewelry machining field. The method comprises the following steps of S1, pre-programming a coordinate program for automatic machining of a numerical control machine tool according to the boundary dimension of a standard jewelry blank; S2, controlling a probe of a machining tool to detect the jewelry blank point by point automatically in a follow-up manner to obtain a spatial coordinate position of a shape surface needed to be machined for the jewelry blank and feeding the position back to acomputer of the numerical control machine tool; S3, comparing and calculating the spatial coordinate position of the shape surface of the detected jewelry blank and the shape spatial coordinate of thestandard jewelry blank to obtain machining calibration data, and compensating the machining calibration data to a coordinate parameter of automatic machining in advance automatically to obtain the actual machining parameter of the numerical control machine tool; and S4, starting a tool bit of the numerical control machine tool to machine to obtain the standard jewelry blank. Each piece of jewelrycan be measured dynamically in a follow-up manner, and deviation is calibrated and compensated automatically and precisely, so that the machining precision of the numerical control machine tool is improved greatly, and therefore, the machining percent of pass of jewelry of various types reaches over 99.8%, and the rejection rate is reduced obviously.

The invention relates to convertible internal and external engraving laser equipment. According to the equipment of the invention, double linear motors are adopted; laser emitters are arranged at thebottoms of the double linear motors; the double linear motors are intelligently controlled by a controller; and therefore, the laser emitters move according to tracks set by a program, accurate engraving in a whole plane is realized; a laser transmitter is arranged in a laser transmitting machine body; light emitted by the laser transmitter is refracted by a main light hole to form lasers with different purposes; a switching device is arranged on the main light hole to drive a lens body bearing body in butt joint with the switching device; and a common laser refractor assembly is arranged in the lens body bearing body and is used for the external engraving and internal engraving of a laser optical lens set. A laser optical lens produced based on the equipment provided by the technical schemes of the invention can be produced in batches, and is stable in quality.

The invention discloses a surface paster processing technology. The surface mounting processing technology comprises steps of 1) using engraving machine software to edit a program, 2) programming an engraving path, 3) successively performing two-dimensional engraving, two-dimensional drawing, two-dimensional cutting and three-time engraving technology, wherein diameters of cutters for the two-dimensional engraving, two-dimensional drawing and two-dimensional cutting are different, and the cutters include a 0.4mm pointed knife, a pointed knife and a 2mm pointed knife, 4) performing integration and checking of the surface paster material on the engraving path after the step 3. The 1MM pointed knife is used for the two-dimensional drawing processing technology which can accurately engrave character symbols on a PU double-color sheet material while controlling a cutter advancing extent according to a program; and the 0.4MM pointed knife is used for the two-dimensional engraving processing technology which has the 0.4MM pointed knife moving on a preset path. The surface paster processing technology is easy to operate, has multiple kinds of patterns, exquisite in making and worth popularization.

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 a roller for ceramic tile printing and a preparation process thereof. The roller comprises a cylinder body and plugs arranged at the two ends of the cylinder body, wherein thecylinder body comprises an aluminum plate layer, a polyurethane sponge layer and a silica gel outer layer which are sequentially laminated from inside to outside. Mesh pits distributed in the axial direction of the cylinder body are formed in the surface of the silica gel outer layer, the edges of both sides of the mesh pits are serrated, and all the sawteeth of the edges of the mesh pits are ofthe same size; and rhombic mesh pits evenly distributed are formed in the middle of the mesh pits, and the two groups of opposite sides of the rhombic mesh pits are correspondingly parallel to the twosides of the edges of the sawteeth. Compared with the prior art, the roller for ceramic tile printing adopts the jagged mesh pits which are parallel to one another, so that ink carrying amount is large, the ink is not liable to flow in the mesh pits, and thus the leveling property of the roller is increased; another layer of the rhombic mesh pits is arranged in the jagged mesh pits, the ink carrying capacity of the roller is increased, and the thickness and the strength of a screen wall are ensured to facilitate printing; a laser engraving technology is adopted, the engraving of the mesh pitsis more accurate, and the manufacturing technology is more stable.

The invention relates to a circuit engraving device, in particular to a device for manufacturing a circuit through a liner plate engraving process. A table rack used for fixing a liner plate is arranged on a rack; the table rack is connected with the rack through a first drive device; the rack is connected with a mounting frame; the mounting frame is connected with a supporting plate; a guide railis arranged on the supporting plate; the guide rail is in sliding connection with an engraving machine; a second drive device is arranged on the mounting frame; the second drive device is connected with a screw; the screw is connected with the engraving machine through threads; and the first drive device and the second drive device are connected with a main controller. The device can accurately and quickly engrave out the circuit according to a circuit design drawing, and improves circuit manufacturing efficiency.

The invention discloses a fixing clamp comprising a strip-shaped bearing base. A clamp fixing mechanism is arranged on the upper surface of the strip-shaped bearing base. A supporting mechanism is arranged on the lower surface of the strip-shaped bearing base. The fixing clamp has the beneficial effects that fixing is achieved conveniently according to the sizes and shapes of building stone materials, the supporting height is adjusted, the engraving angle is convenient to adjust, fixing is good, and engraving is accurate.

The invention relates to a production method for an engraved picture of a density board. The production method comprises the following steps: coating the surface of the density board with one layer of a material with the color different from that of the density board; analyzing a picture to be engraved and determining machining parameters of a numerical control engraving and milling machine; generating a machining cutter path of the numerical control engraving and milling machine according to the machining parameters; and fixing the density board and engraving the density board according to the machining cutter path of the numerical control engraving and milling machine. According to the production method for the engraved picture of the density board, the step of engraving is automatically finished by the numerical control engraving and milling machine so that the production method has high efficiency and accuracy. Furthermore, the invention further provides a production method for the engraved picture of the density board; the device can effectively and accurately engrave the picture on the density board according to the production method for the engraved picture of the density board.

The invention provides metal part engraving equipment which comprises a rack, a workbench, an engraving device, an acquiring assembly and a driving device, wherein the workbench is arranged on the rack and used for the placement of a metal part; the engraving device is arranged on the rack and positioned above the workbench; the acquiring assembly is arranged on the rack, and used for acquiring afirst mark and coding information on the metal part; and the driving device is arranged on the rack, connected with the workbench, and used for driving the workbench to perform reciprocating motion along the height direction of the rack. Through the metal part engraving equipment provided by the invention, the metal part can be accurately engraved by the engraving device according to the first mark and the coding information which are acquired by the acquiring assembly, thereby achieving the high degree of automation, the safety and the reliability, improving the engraving efficiency and the metal part engraving qualification rate, and effectively reducing the human cost.

The invention relates to an apparatus for flattening the top surface of skis to facilitate laser engraving thereof, to the method of laser engraving of skis employing such apparatus, and to a custom laser-engraved ski production and inventory management system wherein blank skis are manufactured, defects culled, and the blank ski of suitable length etc. is matched to the customer and laser engraved, preferably using the disclosed flattening apparatus.

The invention discloses a self-adaptive plate press of a carving machine for advertising production. The self-adaptive plate press comprises at least three telescopic connection assemblies (2), a fixing ring (1) and pressing plates (3); the fixing ring (1) is provided with an opening, and the two ends of the opening are locked through a bolt (4); each telescopic connection assembly (2) comprises aguide casing pipe (9) and an ejector rod (10), wherein the guide casing pipe (9) is fixedly installed on the fixing ring 91) and internally provided with an elastic element (8), one end of the ejector rod (10) is fixedly installed on the corresponding pressing plate (3), and the other end of the ejector rod (10) is connected with the movable end of the elastic element (8); and the pressing plateof each pressing plate (3) is provided with a plurality of universal steel balls (7) and at least one guide groove (6). The pressing plates are provided with the guide grooves, by means of the guide grooves, waste produced by carving can be guided out of the guide grooves smoothly, the problem that a plate press is blocked by waste is solved, and carving is more quick, accurate and stable.

The invention discloses a large multifunctional three-dimensional numerical control carving machine. The large multifunctional three-dimensional numerical control carving machine comprises a carving module and a locking module, wherein the carving module comprises a platform, a sliding rail and a carving piece, the sliding rail is installed on the platform, the carving piece is movably installed on the sliding rail, the locking module comprises a sliding block, a clamping piece and an electromagnetic block, the sliding block is installed on the sliding rail, the clamping piece is installed on the sliding block and movably connected to the carving piece, and the electromagnetic block is installed on the sliding rail in a sliding mode and matches with the clamping piece. According to the large multifunctional three-dimensional numerical control carving machine, a carving mold can be detachably connected and is convenient to maintain and replace, an carving point is accurately positioned by adopting a power electronic control method, the stability of the carving mold can be controlled, errors caused by manual operation are reduced, carving is more accurate, and the efficiency is high.

The invention discloses an indenting device for hand ornament processing, and mainly relates to the field of hand ornament processing devices. The indenting device comprises a support, a base, an upper mold and a lower mold. A stamping device capable of ascending and descending is arranged on the support and connected with the upper mold. Side plates on the two sides are arranged on the base. Telescopic plates capable of ascending and descending are arranged on the opposite sides of the side plates on the two sides. Corresponding plate grooves are formed in the telescopic plates capable of ascending and descending. The lower mold cooperates with the upper mold. Convex patterns are arranged on the top face of the lower mold. The lower mold is arranged between the two side plates on the twosides. The indenting device has the advantages that the two procedures of arc public face processing and concave pattern engraving can be completed at a time, the precision of an arc public face indenting mold is greatly improved, and concave pattern engraving is more precise; and through test processing statistics, the percent of pass of finished products is greatly improved, the efficiency and the rate of finished products are guaranteed, meanwhile, the processing hours are greatly reduced, and the company benefits and the book-to-bill efficiency are improved.

The invention discloses a vehicle code marking device. The vehicle code marking device comprises a code marking device, a connecting assembly, a supporting plate and an adjusting assembly. The supporting plate is connected with the connecting assembly, the connecting assembly is set to be used for being connected with a code marking transverse beam, and one edge of the supporting plate abuts against the side face of the transverse beam. The code marking device is installed on one side of the supporting plate. The adjusting assembly is installed on the supporting plate and is set to be used foradjusting the levelness of the supporting plate so that the side, close to the code marking device, of the supporting plate and the face, to be marked with a code, of the code marking transverse beamcan be located on the same horizontal plane. The vehicle code marking device can accurately and rapidly conduct code marking on vehicles.

The invention discloses batch scribing equipment for galvanized thin steel plate machining and a machining method of the batch scribing equipment. The batch scribing equipment comprises a device plate, a conveying channel is arranged on the inner side face of the device plate, a supporting frame is fixedly connected to the upper surface of the device plate, a plate collecting trolley is arranged at the end, close to the supporting frame, of the conveying channel, a plurality of fixing mechanisms are fixedly connected to the outer surface of the conveying channel, a laser scribing mechanism is arranged on the lower surface of the supporting frame and comprises a connecting plate, a sliding groove is formed in the connecting plate, an electric sliding block is slidably connected to the inner wall of the sliding groove, and a laser head is fixedly connected to the lower surface of the electric sliding block. According to the batch scribing equipment for galvanized thin steel plate machining and the machining method of the batch scribing equipment, the laser head is driven by the electric sliding block to conduct laser scribing, and compared with manual scribing, scribing can be more accurate, the burden of people is greatly relieved, labor is saved, the rejection rate during machining is reduced, and better use prospects are brought.