58results about How to "Improve engraving quality" patented technology

The invention provides an engraving fixing device for ceramic processing. The engraving fixing device comprises a power source switch and a miniature power source plug, wherein the top part of an engraving table is provided with a material leaking groove; the bottom part of the material leaking groove is of a hollow structure; the front end of the end surface of the top part of the engraving tableis provided with a circular positioning groove, and the bottom part of an inserting bolt is glidingly connected with the interior of the positioning groove; the top part of a rotary disc is of a circular plate-shaped structure, and the rotary disc is positioned at the end surface of the top part of the engraving table; a rotary handle is of an L-shaped strip structure, and the bottom part of therotary handle is glidingly connected with the end surface of the top part of the engraving table; a rubber gasket is attached to the inside sawtooth-shaped structure of the rotary handle. The engraving fixing device has the advantages that when an operator engraves a bottled magnetic blank, the crushed residue of porcelain clay from the engraving is blown away from the surface of the magnetic blank, the exterior of the magnetic blank is cleaner, and the operator can conveniently perform the engraving operation lately; by arranging the material leaking groove and a net cage, the previous blowncrushed residue of porcelain clay away from the surface of the magnetic blank can be collected, so as to avoid the pollution to working environment due to scattering of the crushed residue of the porcelain clay.

The invention provides a carving device applied to furniture parts. The carving device applied to the furniture parts comprises an operation platform, a control cabinet, a first motor, a rotating shaft, a conveying belt, a bearing plate, an adjusting plate, a second motor, an air cylinder, a carving motor and a dust collection motor. The carving device applied to the furniture parts is characterized in that the operation platform is arranged on a bracket, the control cabinet is arranged on one side of the operation platform, the first motor is arranged in the operation platform, the rotating shaft is arranged in the operation platform, the conveying belt is arranged between rotating wheels, and the bearing plate is arranged on a fixing plate through a supporting rod. According to the carving device applied to the furniture parts, the first motor and the second motor are arranged as servo motors, the fixing plate can move back and forth on the conveying belt, the adjusting plate can drive the air cylinder to move back and forth, a piston rod of the air cylinder drives the carving motor to move back and forth, carving of different positions is conducted on the furniture parts needing to be carved in the operation platform, the working efficiency and working quality of furniture part carving are improved, and the machining quality of furniture is also enhanced.

The invention provides an engraving fixing device for ceramic processing. The engraving fixing device comprises a power source switch and a miniature power source plug, wherein the top part of an engraving table is provided with a material leaking groove; the bottom part of the material leaking groove is of a hollow structure; the front end of the end surface of the top part of the engraving tableis provided with a circular positioning groove, and the bottom part of an inserting bolt is glidingly connected with the interior of the positioning groove; the top part of a rotary disc is of a circular plate-shaped structure, and the rotary disc is positioned at the end surface of the top part of the engraving table; a rotary handle is of an L-shaped strip structure, and the bottom part of therotary handle is glidingly connected with the end surface of the top part of the engraving table; a rubber gasket is attached to the inside sawtooth-shaped structure of the rotary handle. The engraving fixing device has the advantages that when an operator engraves a bottled magnetic blank, the crushed residue of porcelain clay from the engraving is blown away from the surface of the magnetic blank, the exterior of the magnetic blank is cleaner, and the operator can conveniently perform the engraving operation lately; by arranging the material leaking groove and a net cage, the previous blowncrushed residue of porcelain clay away from the surface of the magnetic blank can be collected, so as to avoid the pollution to working environment due to scattering of the crushed residue of the porcelain clay.

The invention discloses three-dimensional wood carving equipment capable of collecting wood chips. The three-dimensional wood carving equipment comprises a machine body, wherein a carving cavity is formed in the machine body, and a clamping and rotating device capable of fixing a woodcarving and rotating the woodcarving is arranged on the left side of the carving cavity. According to the three-dimensional wood carving equipment, the clamping and rotating device is arranged, a first clamping block moves rightwards to be matched with a second clamping block for clamping, and backward rotation isavoided after fixing due to the action of a ratchet wheel on a second rotating block; a sliding collecting device is arranged and can slide and contract according to the size of the woodcarving clamped between the first clamping block and the second clamping block, so that the wood chip collecting and processing range is effectively reduced, and the wood chips can be collected more quickly and conveniently; and a carving device is arranged, a tool bit on the lower side of a carving drill bit can be cooled through rotation of a cooling fan, the wood chips left on the upper side of the woodcarving after carving can be blown away, and therefore carving quality is effectively improved.

In an engraving method for a laser engraver, an engraving apparatus of the laser engraver performs an engraving for data of a transversal engraving line and then engraves for data of a transversal engraving line in a jumping mode to improve a banding phenomenon and enhance the engraving quality, further the engraving data points of each transversal engraving line can also be engraved in the jumping mode, so as to enhance the overall quality of the engraved object and effectively lower the visual effect of an uneven brightness of traditional laser engravers.

The invention discloses a carving machine workbench for gourd carving. The carving machine workbench comprises an operation table, supporting legs are vertically and fixedly arranged at four corners of the bottom of the operation table, a limiting sleeve plate is vertically and fixedly arranged on the operation table, a first screw rod is horizontally arranged in the limiting sleeve plate in a penetrating mode, an exhaust fan and a collecting box are arranged in a communicating mode through a conveying pipe, and the inlet end of the exhaust fan faces towards the direction of a clamping arc plate. According to the carving machine workbench for gourd carving, a first hand wheel is rotated to drive the first screw rod to rotate so that the transverse movement of a support can be realized, andthen adjustment is carried out according to the length of a gourd to be carved; and a second hand wheel is rotated to drive a threaded sleeve to move left and right relative to a second screw rod sothat a telescopic rod can drive the clamping arc plate to rotate so as to adapt to the gourds with different widths, the extension and compression of a limiting spring are limited, a good buffering role is achieved, and the stability of the adjusting process and the stability of the carving process are improved. According to the carving machine workbench, the adjustment is simple and convenient, the adaptability is high, the carving quality of the gourd is effectively improved, and the working efficiency is greatly improved.

The invention relates to a multi-laser-head carving device and a carving method. The multi-laser-head carving device comprises a base, a conveying rail mechanism, a three-dimensional positioning mechanism, laser devices, a carving mechanism and a control module. The conveying rail mechanism is fixed on the base through opposite belt pulley fixing plates, the three-dimensional positioning mechanismis slidably mounted on supports, the laser devices are fixed on the supports, the carving mechanism is mounted on the three-dimensional positioning mechanism and carries out XYZ three-dimensional movement under the action of the three-dimensional positioning mechanism, and lasers emitted by the laser devices fall into substrates after being refracted multiple times to carve the substrates. The device is combined with the carving method, the problems existing in traditional carving equipment can be solved, the machining speed and the machining efficiency of the substrates are improved, meanwhile, detection can be carried out while carving is carried out, a PLC outputs the carving quality while the substrates are output, and the carving quality of the substrates is visually known.

The invention discloses a novel cup device. The novel cup device comprises a control frame, a clamping part, an engraving part and a locking part, wherein the clamping part is fixed to the upper surface of the control frame; the engraving part is installed at the midpoint of the locking part; and the locking part is installed on the upper surface of the part, at the right side of the clamping part, of the control frame, and is capable of smoothly sliding in a left-right direction. The novel cup device disclosed by the invention is simple in structure, convenient and fast to operate, firm in clamping, and capable of realizing automatic adjustment for an engraving position, improving the accuracy of the engraving position, increasing the engraving efficiency and improving the engraving quality.

The invention discloses a conveying and carving mechanism for an electronic accessory processing assembly line. The conveying and carving mechanism for the electronic accessory processing assembly line comprises a front transmission table, an inner transmission table, a carving disc and a back transmission table, wherein the inner transmission table is arranged between the front and the back transmission tables, the front and back transmission tables are separately connected with both ends of the inner transmission table through bolts, and the carving disc is arranged at the upper end of the inner transmission table. The conveying and carving mechanism for the electronic accessory processing assembly line has the beneficial effects that a plurality of tooth rings drive rotating sleeves torotate through a plurality of rolling teeth arranged on the side walls of the tooth rings at equal radians to drive electronic accessories to move and be transported, and the electronic accessories being transported and moves more smoothly and reliably on the mechanism are ensured; and a third motor on the back transmission table drives a tilting and conveying disk to reverse and adjust the angleof the electronic accessories, so that the mechanism is ensured to be more accurate and suitable during transporting the electronic accessories with different sizes to a next processing point position, and the flexibility of the use is ensured. The mechanism has convenient operation, high automation degree of working, good social and economic benefits, and is suitable for popularization and use.

The invention discloses a layered carving system. The layered carving system comprises a model establishing module, a path analysis module, a control module, a driving module and a tool module, wherein the tool module comprises more than one movable tool for carving a blank body; the driving module is connected with the tool module, and is used for driving the tool to move; the model establishing module is used for establishing a carving model; the path analysis module is connected with the model establishing module, and is used for generating a plurality of carving paths according to the carving model; the feeding depth of each point on each carving path relative to a preset reference model is the same; the control module is connected with the path analysis module and the driving module respectively, and is used for generating a control command according to the carving path in order to control the driving module to drive the tool module to work. Through adoption of the layered carving system, layered carving of the blank body can be realized, so that the problem of missing of carving or excessive carving due to different feeding depths and untimely response in the carving process of the tool is solved, and the rejection rate of the blank body is lowered.

A method for improving engraving quality of a laser engraving machine is provided. At least one type of engraving parameter for a workpiece under processing is configured or stored in a database of a computer terminal. After an apparatus terminal receives one of the engraving parameters in the database, an engraving device on the apparatus terminal is driven to perform an engraving operation. When the engraving device moves back and forth on the same engraving path, the engraving device performs the engraving operation in only one direction.

The invention provides a carving knife provided with a pencil for use and used for a carpenter. The tail portion of a handle of a carving knife body is provided with a handle sleeve in which the pencil can be inserted. In this way, the wood carving knife can be provided with the pencil at the same time, and use is more convenient when the carpenter performs carving.

The invention relates to a press plate device and an application method thereof. The press plate device comprises a fixing assembly, a driving assembly and a positioning assembly. The fixing assemblycomprises a set of supporting plates, two left supports and two right supports. One left support and one right support are fixed to the two ends of each supporting plate respectively. The driving assembly comprises a set of driving motors, and two belts. The driving motors are fixed to the two left supports or the two right supports respectively. Each belt is driven by a roller assembly. The roller assemblies are fixed to the supporting plates. The positioning assembly is used for positioning engraving steel. The application method is easy to operate and convenient to apply. The press plate device and the application method thereof overcome the defect that a driving assembly in an engraver in the prior art can just meet the requirements on single-sided engraving but double-sided engraving.The press plate device and the application method can meet the requirement of a laser engraver for double-sided engraving and conveying, and are flexible in operation, convenient to use, accurate incontrol, and higher in engraving efficiency and engraving accuracy with improvement on the quality of a finished product as a result.

An optical lens for laser marking includes a first lens (L1), a second lens (L2), and a third lens (L3), which are successively coaxially arranged along a transmission direction of incident light, wherein the first lens (L1) and the second lens (L2) are meniscus lenses, and the third lens (L3) is a biconvex lens; wherein the first lens (L1) has a first surface (S1) and a second surface (S2), the second lens (L2) has a third surface (S3) and a fourth surface (S4), the third lens (L3) has a fifth surface (S5) and a sixth surface (S6); the first surface (S1) to the sixth surface (S6) are successively arranged along the transmission direction of the incident light; wherein radii of curvature of the first surface to the sixth surface are −47±5% mm, ∞, −218±5% mm, −81±5% mm, 778±5% mm, and −142±5% mm, respectively; wherein central thicknesses of the first lens, the second lens, and the third lens are 4±5% mm, 15±5% mm, and 18±5% mm, respectively. The optical lens for laser marking not only has high engraving quality, but also has a high engraving speed with a higher efficiency than conventional engraving lens.

The invention relates to the technical field of imitated wood carving production, in particular to a processing method of an imitated wood carving using waste material. By the use of the method, obtained imitated wood carvings have good hardness and smoothness. The method has the advantages that the process of the imitated wood carving is simplified, no appropriate carving artisan is required, due to the use of a model to form the imitated wood carving, the quality of the imitated wood carving is improved, and the use of the waste material as raw material effectively makes use of the waste to meet the environmental requirements, turn the waste into treasure, greatly reduce the cost of the imitated wood carving, and allow the imitated wood carving to be general consumer goods. Therefore, by the use of the method, the obtained imitated wood carvings are able to generate better economic benefits.

The invention discloses a wood board carving machine with automatic feeding and discharging functions. The wood board carving machine comprises a workbench, a supporting seat, a feeding plate, an airpressure pump, a material plate connecting plate, a feeding arm rod, a hydraulic cylinder, a brake box, a first electric telescopic rod, a power control board, a second electric telescopic rod, a third electric telescopic rod, telescopic rod fixing grooves, a fourth electric telescopic rod, a material pressing plate, a fifth electric telescopic rod, a top frame, a machine head brake box, a cross beam, a motor, a machine head, a screw rod, a first air cylinder, a first rubber pad, a sucker, a second air cylinder and a second rubber pad. According to the wood board carving machine, a wood boardcan be fed and discharged rapidly, so that the carving efficiency is improved, the time is saved, moreover, safety accidents can be avoided, the safety of operators is guaranteed, moreover, the wood board can be fixed rapidly, the stability performance of carving is improved, the wood board can be guaranteed to be prevented from being shaken and deviated during carving, the carving quality is improved, convenience is brought to the use of people, the structure is simple, and the popularization is convenient.