CN101531113A - Multifunctional jewelry engraving machine - Google Patents
Multifunctional jewelry engraving machine Download PDFInfo
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- CN101531113A CN101531113A CN200810065857A CN200810065857A CN101531113A CN 101531113 A CN101531113 A CN 101531113A CN 200810065857 A CN200810065857 A CN 200810065857A CN 200810065857 A CN200810065857 A CN 200810065857A CN 101531113 A CN101531113 A CN 101531113A
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Abstract
The invention relates to a multifunctional jewelry engraving machine used for engraving equipment of jewelry; the engraving machine comprises a base; a shell is fixed above the base and internally provided with X, Y and Z engraving systems of axes; the middle part of the base is provided with two upright plates which space the engraving systems of axes; a knife-holding bracket is connected with the Y engraving system of axes which controls the back and forth movement of a graver respectively; and the Z engraving system of axes controls the up and down displacement thereof and is connected with X engraving system of axes or the Y engraving system of axes. The invention adopts the structure mode of upright plate spacing so as to cause supporting and fixing to the jewelry and control to the graver to be implemented from two directions, thus conveniently engraving each part of the jewelry from multiple angles.
Description
Technical field
The present invention designs engraving equipment, exactly is a kind of equipment that is used for the jewellery engraving, and this equipment can be carved a plurality of faces of jewellery.
Background technology
Jewellery as a kind of ornament, along with the raising of people's living standard, more and more are subjected to everybody liking, so the jewellery engraving, just are called the necessary means of jewellery processing as a kind of needs.
For text engraving simple on the jewellery, it is arranged from ancient times, mainly be the noble in the past, imperial family or rich man hold, its making is undertaken by manual, raising along with people's living standard, needs to jewellery no longer are confined to the fraction crowd, but broad masses, people's demand and industrialized development, make the industrialization of jewellery processing be called possibility, therefore people to have designed simply be engraving machinery, promptly adopt and shake wheel leader of a group of people graver, carve, this mode is because too in simply, can only process simple pattern and literal,, still need manual carrying out for complicated patterns, so have the jewellery of complex pattern, often because the processing technology complexity, cost is high especially, mostly is imperial family greatly or the noble has, and is difficult to be accepted by ordinary consumer.
Especially for belt jewellery such as rings, be not to carry out in the plane in the time of its engraving, but on arc-shaped interface, carve that particularly for inner edge, present engraving equipment is to be beyond one's reach.
For this reason, the inventor had once designed a kind of equipment that the jewellery inner edge is carved, and this equipment is with jewellery, and particularly ring class article clamp from outer rim, and three engraving axles are set simultaneously, stretched out from the same side, and the inner edge of jewellery is carved.This equipment can be carved the inner edge of ring class jewellery under the control of computer, and carry out the engraving of multiple pattern, literal, compare with manual engraving and to have improved carving efficiency and precision greatly, yet this engraving machine only is that the inner edge of jewellery is carved, because its outer rim to jewellery is carried out clamping, can't carve the ring outer rim, the mode of engraving is too single.
And clamping jewellery face is to be exposed to the outside; the metal particle that produces in the engraving process can splash down everywhere; do not have environment protecting; also can have a negative impact to the operator; the jewellery major part is to be made by the precious metal material simultaneously; and this engraving mode can't be collected utilization to the material powder that engraving is produced, and also causes the waste on the resource.
Summary of the invention
Based on this, provide a kind of multi-functional engraving machine that can carve inner edge, outer rim and the plane of jewellery such as ring order of the present invention.
Thinking of the present invention is:
System is arranged at the same direction of sculptured surface with the engraving axle, though be convenient to engraving, has also limited to the angle and direction of engraving, therefore, it is placed apart will carving axle, carries out combination effectively according to its demand of carving and moving direction, can carve jewellery in all directions.
Based on this, the specific implementation method that the present invention is is:
A kind of multifunctional jewelry engraving machine, it has base, base is fixed with casing, casing inside is provided with X, Y, three engraving axles of Z system, each system has the motor that is attached thereto to drive, the middle part that it is characterized in that base is provided with two risers, riser will be carved axle system at interval, the inboard of one of them riser is provided with chuck, X engraving axle system connects chuck, chuck top is provided with the equally distributed plural claw along circular axle center, and claw is used for fixing the jewellery of being carved, and another riser has the upright hole of vertical setting, graver stretches out from this upright hole, the jewellery inwall that claw is fixing is carved, and graver is fixed on the knife bar, stretches out from the middle part of another riser, knife bar then is connected with Y engraving axle system, Y engraving axle system controls moving forward and backward of graver respectively, and Z engraving axle system then controls upper and lower displacement, is connected with X engraving axle system or Y engraving axle system.
Wherein, X engraving axle system includes chuck, X-axis motor, worm gear, worm screw and claw, and the X-axis motor connects worm screw, and worm screw drives worm gear and chuck rotation, and chuck is provided with claw, and claw is used for fixing institute and adorns first of carving.
The inner face of claw and/or outer face have flexible bed course, to protect jewellery and the chuck contact-making surface of being carved when carving.
Y engraving axle system includes y-axis motor, slide and screw mandrel, and y-axis motor stretches out screw mandrel, and screw mandrel penetrates slide, and with the screw mandrel interlock, slide then is fixed together with knife bar, and y-axis motor drives knife bar and seesaws under the effect of screw mandrel.
Z engraving axle system includes Z spindle motor, worm gear and screw mandrel, and the Z spindle motor drives the worm gear rotation by screw mandrel, and worm gear is then with chuck or support the bracing frame interlock of slide, to reach its order ground that moves up and down of control.In other mode, Z engraving axle system also can only have Z spindle motor and screw mandrel, directly drives the device that it promoted by screw mandrel.
Described multifunctional jewelry engraving machine, its Z engraving axle system can be arranged at any side of X engraving axle system or Y engraving axle system, when itself and X engraving axle system is positioned at the same side, the worm gear of Z engraving axle system can be directly and chuck carry out interlock, reasonable combination is that Z engraving axle system is bound altogether with Y engraving axle, be after Z engraving axle system is positioned at same riser with Y engraving axle system, at this moment, design a bracing frame, in order to support Y engraving axle system, this bracing frame is bilevel hollow structure, the centre has gripper shoe, Y engraving axle system is arranged in the superstructure of bracing frame, and the slide of Y engraving axle system is fixed on the gripper shoe, and Z engraving axle system is arranged in the bracing frame understructure.
In the above-mentioned mode, the Z spindle motor is arranged at the bottom of Z engraving axle system, and it protrudes upward screw mandrel, screw mandrel cooperates with worm gear, the sidewall interlock of worm gear and bracing frame, perhaps worm gear and bracing frame are fixed together, thereby make moving bracing frame of Z engraving axle frenulum and Y engraving axle system move up and down.
In the above-mentioned mode, the Z spindle motor can be fixed in the bottom of gripper shoe, and screw mandrel and worm gear are positioned at the below of Z spindle motor, and the sidewall interlock of worm gear and bracing frame reaches control Y engraving axle and fastens down the order ground of motion.
This multifunctional jewelry engraving machine also is provided with the curved surface motor, and the curved surface motor connects bracing frame by the curved surface screw mandrel, and the control bracing frame drives its immobilising device and carries out non-plane motion.
This multifunctional jewelry engraving machine also is provided with up and down motor, and motor is by screw mandrel up and down, screw connects bracing frame up and down up and down, and the control bracing frame drives its immobilising device and moves up and down.
Thus, multifunctional jewelry engraving machine is at original X, and Y tells the V components to Z-direction on the basis of Z again, in order to distinguish and to measure the control of carving jewellery inner ring, outer ring, reaching the plane.Correspondingly on machine software, increase V value, make at former X, Y, the engraving motor pattern of three amounts of Z constant situation under, distinguish engraving inner ring, outer ring, reach the algorithm on plane.
For engraving that can compatible multiple size jewellery, wherein a riser is arranged at and slidingly is fixed together with bracing frame, thereby makes moving bracing frame of Z engraving axle frenulum and Y engraving axle system move up and down.
In the above-mentioned mode, the Z spindle motor can be fixed in the bottom of gripper shoe, and screw mandrel and worm gear are positioned at the below of Z spindle motor, and the sidewall interlock of worm gear and bracing frame reaches control Y engraving axle and fastens down the order ground of motion.
This multifunctional jewelry engraving machine also is provided with the curved surface motor, and the curved surface motor connects bracing frame by the curved surface screw mandrel, and the control bracing frame drives its immobilising device and carries out non-plane motion.
For engraving that can compatible multiple size jewellery, wherein a riser is arranged on the slide rail, can adjust two spacings between the riser, that is, is fixed with slide rail on the base, and the bottom of a riser has chute, and chute cooperates with slide rail, so that riser slides.
Above-mentioned riser, its underpart is provided with slide plate, and riser is fixed on the slide plate, and the bottom of slide plate has chute, and chute cooperates with slide rail, controls moving of riser.
Between two risers, be provided with the plane holder, the plane holder can fixedly carry out the jewellery of cam plane engraving, holder or depression position can be set, in order to fixing jewellery on it.
Above-mentioned plane holder, its bottom has cross slide, and the plane holder is fixed on the cross slide, carries out laterally moving under the drive of slide plate.
This multifunctional jewelry engraving machine also is provided with planar motor, and planar motor is connected with worm screw and wildhaber-wormaheel, and wildhaber-wormaheel is by spur gear and rack drives cross slide, and cross slide drives the plane holder and carries out plane motion.
Multifunctional jewelry engraving machine, its casing coats base and engraving axle system fully, is provided with one in the side of casing and draws lid, and this draws lid to be movably connected on the casing, can open the jewellery that placement is carved.
Has the control circuit system in the casing, the motor that connects engraving axle system, stroke and engraving route to engraving axle system are controlled, and this control circuit system adopts serial communication mode to obtain process data from host computer, simultaneously the form of data with file is kept among the FLASH.The main file system of supporting the FAT32 form, touch-screen mainly are responsible for the collection of key information, and fileinfo and machining information all show on display screen.Specifically can be divided into following six major parts:
I, motion-control module: adopt MCX 312 control chips, finish control to the control of 3 engraving axle systems and curved surface motor, planar motor etc.
II, serial communication: main function is exactly the process data that receives host computer.
III, relevant FLASH operational module: be responsible for the storage of file.
IV, file system module: file system module is responsible for the access of file, with the file is that unit organizes relevant data, these files are left in the access section of system according to certain access format agreement, the file format of support has the data format of FAT32.
V, main program module: main program module is responsible for the scheduling to key value collection and functional module, by the control to these functional modules, realizes the work that cooperatively interacts of each module.
VI, display module: the prompting that display module is responsible for whole ARM program display information, realize a personal-machine display interface; The information indicating of display floater is according to the state of program operation and the duty of machine, and different demonstration information indicatings is arranged under different states.
Carving Machining data to different jewellery are stored in the file system module, during engraving, read related data, just can carve according to needed pattern, and are convenient and swift.
The present invention also takes the real-time location technology of infrared ray+ultrasonic wave, the ring surface is located in real time, by more than one infrared probe is set the ring sculptured surface is positioned, the utilization ultrasonic technology is measured in real time to diamond pin and ring sculptured surface on Z-direction simultaneously, makes to carve ring or the surface that the diamond pin can be carved irregular sculptured surface.
Specifically, the RF transmitter of a vertical direction is installed on the diamond needle rack, under corresponding infrared receiver is installed on the supporting plate of plane.This infrared probe is in order to monitoring during cam plane engraving, the X-axis initial end of engraving article, i.e. Diao Ke starting point.So only need fix carved object on dull and stereotyped fixed mount, machine will be sent into the engraving medium to the engraving medium toward the X-axis negative direction, treats that infrared ray is blocked then, and conveying stops, and current X coordinate is made as the engraving initial point and changes the engraving operation over to.
The support right side and the X-axis of diamond pin are parallel direction, our mounting distance detector, measurement when engraving the diamond pin at the advance height of square carved object body of X-axis, the diamond crown is regulated the Z axis values control cutter degree of depth down according to the data in real time ground of surveying, thereby makes machine can carve the medium of non-regular face.
According to the requirement of cost and utilization scope and precision, except being on the positive direction the mounting distance detector in X-axis, also can be on eight directions on diamond pin plane the mounting distance detector.Can survey the diamond pin so as requested and also calculate the cutter degree of depth under the control through feedback information in the surface configuration on each direction of motion by the engraving medium.
The present invention takes riser frame mode at interval, make the support fixation of jewellery and the control of graver, carry out from both direction, can carve each position of jewellery from a plurality of angles easily, solve existing equipment and only can carve the single side of jewellery---the problem of inner edge, and improved carving efficiency greatly in conjunction with the control of computer, for the multi-angle of jewellery, the engraving of different aspects provide channel easily.
Description of drawings
Fig. 1 is the structural representation of embodiment of the present invention,
Fig. 2 is the STRUCTURE DECOMPOSITION schematic diagram of embodiment of the present invention,
Fig. 3 is the side view of embodiment of the present invention,
Fig. 4 is the side view of slide that the present invention implements,
Fig. 5 is the side sectional view of claw that the present invention implements
Fig. 6 is the vertical view of claw that the present invention implements,
Fig. 7 is the structural representation of bracing frame that the present invention implements,
Fig. 8 is the front view that the present invention implements the chuck frame plate,
Fig. 9 is the stereogram after the institute of the present invention embodiment assembling.
The specific embodiment
Shown in accompanying drawing, enforcement of the present utility model is described further.
Figure 1 shows that perspective view of the present invention, Fig. 2 is the explosive view of this structure, Fig. 3 is a side view of the present invention, shown in Fig. 1, Fig. 2 and Fig. 3, this is used for the engraving equipment of jewellery, its bottom is a base 1, base 1 is as main supporter, its upper fixed has casing 49 (not shown), that casing 49 coats bases 1 and upwards form a cover body, casing 49 inside are provided with X, Y, three main engraving axle systems of Z, and each system drives by the motor that is attached thereto, so that jewellery are carved.
At first, the middle part above base 1 is provided with two in order to carve the plate of axle system, first riser 24 at interval, another is a chuck frame plate 11, these two plates make engraving axle system divide and are arranged with X, Y, three engraving axles of Z system at interval, are convenient to carve from a plurality of sides or the angle of jewellery.
For chuck frame plate 11, its underpart is provided with slide plate 3, and chuck frame plate 11 is fixed on the slide plate 3, and the bottom of slide plate 3 has chute, then is fixed with slide rail 33 on the base, and chute cooperates with slide rail 33, the horizontal slip of control card plate rail plate 11.
Chuck frame plate 11 as shown in Figure 8, its inner surface is provided with chuck 10, chuck 10 is a disk-like structure, be fixed with a plurality of claws 44 (general the even 3-6 of setting) on it, claw 44 is in order to fix engraving at jewellery, the structure of catching such as Fig. 5, shown in Figure 6, from its cross section, depression in the middle of it, and have fixing hole 442, to wear fixed axis, be fixed on the chuck 10, the claw both sides then have one high and one low two projections 444 and 441, these two jewellery that projection is carved in order to clamping, wherein clamping face 443 and 445 all is an arcuate structure, and has identical axle center; The back side of chuck 10 also be provided with locking gear wheel 45 (chuck frame plate 11 be provided with depression for the position, ccontaining locking gear wheel 45), pinion 46 control that is locked of locking gear wheel 45, and locking gear wheel 46 is resisted against the fixed axis of claw 44, can be by locking pinion 46, control locking gear wheel 45 is adjusted the degree that links closely of claw 44, so that jewellery are fixed.
Secondly, another plate is a riser 24, and it is directly fixed on the base 1, and has the upright hole 19 of vertical setting in the middle of it, and graver (comprising knife bar and diamond pin) stretches out from this upright hole, and the jewellery inwall that claw is fixing is carved.
X engraving axle system connects chuck 10, and X engraving axle system includes X-axis motor 5, worm gear 9, worm screw 6, and the X-axis motor connects worm screw 6, and worm screw 6 drives worm gear 9 and chuck 10 rotations.
Y engraving axle system includes y-axis motor 16, slide 15 and screw mandrel 13, and y-axis motor 16 stretches out screw mandrel 13, and screw mandrel 13 is coated with slide 15,15 of slides and knife bar 12 are fixed together, and slide 15 front ends are provided with guide pillar 14, and y-axis motor 16 acts on screw mandrel 13, drive knife bar 12 and seesaw.
The place ahead of y-axis motor 16 also is provided with the Y-axis mounting, to be connected with bracing frame 17.
The structure of slide 15, as shown in Figure 4, its top has the prominent wing 151, in the middle of the prominent wing 151 hole is set, and in order to pass sleeve screw rod 13, the both sides of slide have two flanks 152, have hole 153 on the flank 152, and this hole 153 is provided with two guide pillars, in order to position; The prominent simultaneously wing 151 bottoms are provided with indent position 154, and this indent position 154 is provided with knife bar 12, and knife bar 12 is fixed.
Vertical or the horizontal fixed of the front end of knife bar 12 has diamond pin 47, and 47 pairs of jewellery of diamond pin are carved.
Z engraving axle system includes Z spindle motor 18, screw mandrel 39, and Z spindle motor 18 drives knife bar by screw mandrel, to reach the order ground that the control knife bar moves up and down.
In this embodiment, Y engraving axle system and Z engraving axle system are positioned at the same side of riser, support Y engraving axle system by a bracing frame 17, the structure of this bracing frame 17 is illustrated in figure 7 as bilevel hollow structure, the centre has gripper shoe 172, the rear portion, top has backup plate 171, the edge of gripper shoe 172 extends connector 173 downwards, Y engraving axle system is arranged in the superstructure of bracing frame, be fixed on the backup plate 171, and supported plate 172 supports, and Z engraving axle system is arranged in the bracing frame understructure, is directly connected in the knife bar 12 that Y engraving axle system is fixed.
Between riser 24 and chuck frame plate 11, also be provided with plane holder 2, plane holder 2 can be provided with holder or depression position in order to fixedly to carry out the jewellery of cam plane engraving on it; The bottom of plane holder 2 has cross slide 34, and plane holder 2 is fixed on the cross slide 34, carries out laterally moving under the drive of cross slide 34; Cross slide 3 can be by vertically motor 8 drivings by vertical screw mandrel 30.
In enforcement of the present invention, for Z engraving axle system, along the again V components of telling of Z-direction, in order to distinguish and to measure engraved ring inner ring, outer ring, and the control on plane more.The V component by the design curved surface motor and up and down motor realize.
Simultaneously, bracing frame 17 bottoms also are fixedly connected with up and down slide 21, and close riser 24 sides of slide 21 are provided with chute up and down, and chute cooperates with fixing with the slide rail of correspondence position on the riser 24, to the location that slides up and down, can making up and down, slide stably moves up and down; The bottom of slide is fixed with up and down screw 22 up and down, and cover is fastened down screw mandrel 23 in the screw 22 up and down, and the bottom of screw mandrel then connects motor 43 up and down up and down, by about 43 pairs in motor move up and down and control.
Simultaneously, the riser bottom forms base plate 48 to longitudinal extension, and base plate 48 fixed supports are motor 43 up and down.
The below of chuck riser 11 also is provided with rotation base plate 33, the rotation base plate is rotated base 37 and supports by rotating shaft, the bottom of rotation base plate 3 is provided with ring gear 32 and swing pinion 35, ring gear 32 is connected with electric rotating machine 31, and the driven rotary base plate carries out 0-90 ° rotation under the effect of electric rotating machine 31.
Shown in Fig. 1-8, be one embodiment of the present invention, in this embodiment, Y engraving axle system and Z engraving axle system are arranged at the side of same riser, in other embodiment, Z engraving axle system can be arranged at the side of same plate with X engraving axle system, and connected mode also can be carried out specific design according to actual conditions.
Simultaneously, in the cited embodiment of the present invention, the motor of X, Y, Z engraving axle system mainly carries out transmission with the form of worm and gear and drives, and in other embodiment, also can other type of drive drive.
Surface structure after this mode is assembled, as shown in Figure 9, parts such as base 47, control circuit, engraving axle system are all coated by casing 49, form a complete enclosed shape integral body, the centre on casing 49 tops wherein, the position of corresponding riser 24 and chuck frame plate 11 is provided with slip lid 50, so that open the jewellery that placement is carved.
The front portion of casing 49 also is provided with display screen 51, is convenient to the engraving of jewellery is controlled, and display screen is connected with control circuit.
This control circuit system adopts serial communication mode to obtain process data from host computer, simultaneously the form of data with file is kept among the FLASH.The main file system of supporting the FAT32 form.
When engraving, the present invention takes the real-time location technology of infrared ray+ultrasonic wave, the ring surface is located in real time, by 3 infrared probes the ring sculptured surface is positioned, the utilization ultrasonic technology is measured in real time to diamond pin and ring sculptured surface on Z-direction simultaneously, makes to carve ring or the surface that the diamond pin can be carved irregular sculptured surface.
Specifically, the RF transmitter of a vertical direction is installed on the diamond needle rack, under corresponding infrared receiver is installed on the holder of plane.This infrared probe is in order to monitoring during cam plane engraving, the X-axis initial end of engraving article, i.e. Diao Ke starting point.So only need fix carved object, machine will be sent into the engraving medium to the engraving medium toward the X-axis negative direction, treats that infrared ray is blocked then, and conveying stops, and current X coordinate is made as the engraving initial point and changes the engraving operation over to.
The support right side and the X-axis of diamond pin are parallel direction, our mounting distance detector, measurement when engraving the diamond pin at the advance height of square carved object body of X-axis, the diamond crown is regulated the Z axis values control cutter degree of depth down according to the data in real time ground of surveying, thereby makes machine can carve the medium of non-regular face.
Except being on the positive direction the mounting distance detector in X-axis, also can be on eight directions on diamond pin plane the mounting distance detector.Can survey the diamond pin so as requested and also calculate the cutter degree of depth under the control through feedback information in the surface configuration on each direction of motion by the engraving medium.
In other embodiment, detector also can be according to market orientation with different detecting strategies, and first kind is that ultrasonic distance is surveyed; Second kind is the laser distance detection.The third directly installs the dynamics sensing unit additional for not installing range finder additional on the mechanical arm of engraving machine.
The dynamics sensing unit is to feed back according to the engraving dynamics, on the knife bar of magic power engraving machine, install the dynamics sensing unit additional, save the engraving dynamics and the degree of depth according to the diamond pin of graver and the pressure carving of sculptured surface, the induction of machinery arm strength degree reduces when entering concave surface, after machine monitoring pressure reduces, system strengthens the volume under pressure of Z axle in real time, and the diamond pin is pressed down, otherwise reduces the amount of Z axle.Make to be consistent, cooperate the MagicClick engraving software can make the different degree of depth of engraving under the same engraving task, more embody personalized in irregular carving depth and the tool marks of showing.
Claims (10)
1, a kind of multifunctional jewelry engraving machine, it has base, base is fixed with casing, casing inside is provided with X, Y, three engraving axles of Z system, each system has the motor that is attached thereto to drive, the middle part that it is characterized in that base is provided with two risers, riser will be carved axle system at interval, the inboard of one of them riser is provided with chuck, X engraving axle system connects chuck, chuck top is provided with the equally distributed plural claw along circular axle center, and claw is used for fixing the jewellery of being carved, and another riser has the upright hole of vertical setting, graver stretches out from this upright hole, the jewellery inwall that claw is fixing is carved, and graver is fixed on the knife bar, stretches out from the middle part of another riser, knife bar then is connected with Y engraving axle system, Y engraving axle system controls moving forward and backward of graver respectively, and Z engraving axle system then controls upper and lower displacement, is connected with X engraving axle system or Y engraving axle system.
2, multifunctional jewelry engraving machine as claimed in claim 1, it is characterized in that X engraving axle system includes chuck, X-axis motor, worm gear, worm screw and claw, the X-axis motor connects worm screw, worm screw drives worm gear and chuck rotation, chuck is provided with claw, and the inner face of claw and/or outer face have flexible bed course.
3, multifunctional jewelry engraving machine as claimed in claim 1 is characterized in that Y engraving axle system includes y-axis motor, slide and screw mandrel, and y-axis motor stretches out screw mandrel, and screw mandrel penetrates slide, and with the screw mandrel interlock, slide then is fixed together with knife bar.
4, multifunctional jewelry engraving machine as claimed in claim 1 is characterized in that Z engraving axle system includes Z spindle motor, worm gear and screw mandrel, and the Z spindle motor drives the worm gear rotation by screw mandrel, worm gear then with the miscellaneous part interlock.
5, multifunctional jewelry engraving machine as claimed in claim 1, it is characterized in that the described engraving equipment that is used for jewellery, after Z engraving axle system is positioned at same riser with Y engraving axle system, one bracing frame supports Y engraving axle system, this bracing frame is bilevel hollow structure, and the centre has gripper shoe, and Y engraving axle system is arranged in the superstructure of bracing frame, the slide of Y engraving axle system is fixed on the gripper shoe, and Z engraving axle system is arranged in the bracing frame understructure.
6, multifunctional jewelry engraving machine as claimed in claim 5 is characterized in that in the above-mentioned mode, and the Z spindle motor is arranged at the bottom of Z engraving axle system, it protrudes upward screw mandrel, screw mandrel cooperates with worm gear, the sidewall interlock of worm gear and bracing frame, and perhaps worm gear and bracing frame are fixed together; Perhaps the Z spindle motor can be fixed in the bottom of gripper shoe, and screw mandrel and worm gear are positioned at the below of Z spindle motor, and the sidewall interlock of worm gear and bracing frame reaches control Y engraving axle and fastens down the order ground of motion.
7, multifunctional jewelry engraving machine as claimed in claim 1 is characterized in that wherein a riser is arranged on the slide rail, can adjust two spacings between the riser, that is, is fixed with slide rail on the base, and the bottom of a riser has chute, and chute cooperates with slide rail.
8, multifunctional jewelry engraving machine as claimed in claim 1 is characterized in that being provided with the plane holder between two risers, and the plane holder can fixedly carry out the jewellery of cam plane engraving, and holder or depression position are set on it.
9, multifunctional jewelry engraving machine as claimed in claim 1, it is characterized in that this is used for the engraving equipment of jewellery, also be provided with planar motor, planar motor is connected with worm screw and wildhaber-wormaheel, wildhaber-wormaheel is by spur gear and rack drives cross slide, and cross slide drives the plane holder and carries out plane motion.
10, multifunctional jewelry engraving machine as claimed in claim 1 is characterized in that this is used for the engraving equipment of jewellery, also is provided with the curved surface motor, and the curved surface motor connects bracing frame by the curved surface screw mandrel, and the control bracing frame drives its immobilising device and carries out non-plane motion.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100658576A CN101531113B (en) | 2008-03-14 | 2008-03-14 | Multifunctional jewelry engraving machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100658576A CN101531113B (en) | 2008-03-14 | 2008-03-14 | Multifunctional jewelry engraving machine |
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| CN101531113A true CN101531113A (en) | 2009-09-16 |
| CN101531113B CN101531113B (en) | 2011-06-01 |
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| CN2008100658576A Expired - Fee Related CN101531113B (en) | 2008-03-14 | 2008-03-14 | Multifunctional jewelry engraving machine |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102381502A (en) * | 2011-09-29 | 2012-03-21 | 深圳市芭田生态工程股份有限公司 | Unpacking machine |
| CN103349404A (en) * | 2013-08-02 | 2013-10-16 | 深圳市金艺珠宝有限公司 | Belt processing method and equipment of multi-edge surface reflecting groove ornament |
| CN103878487A (en) * | 2014-03-25 | 2014-06-25 | 深圳市宝福珠宝首饰有限公司 | Laser engraving method for jewelry product and laser engraving jig for ringlike jewelries |
| CN110103621A (en) * | 2019-06-06 | 2019-08-09 | 北部湾大学 | A kind of large size ceramic automatic carving machine |
| CN110103621B (en) * | 2019-06-06 | 2024-05-14 | 北部湾大学 | Large-scale ceramic automatic engraving machine |
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2008
- 2008-03-14 CN CN2008100658576A patent/CN101531113B/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102381502A (en) * | 2011-09-29 | 2012-03-21 | 深圳市芭田生态工程股份有限公司 | Unpacking machine |
| CN103349404A (en) * | 2013-08-02 | 2013-10-16 | 深圳市金艺珠宝有限公司 | Belt processing method and equipment of multi-edge surface reflecting groove ornament |
| CN103878487A (en) * | 2014-03-25 | 2014-06-25 | 深圳市宝福珠宝首饰有限公司 | Laser engraving method for jewelry product and laser engraving jig for ringlike jewelries |
| CN103878487B (en) * | 2014-03-25 | 2017-04-05 | 深圳市宝福珠宝首饰有限公司 | The laser carving method of jewelry product and the laser carving tool for ring-type jewelry |
| CN110103621A (en) * | 2019-06-06 | 2019-08-09 | 北部湾大学 | A kind of large size ceramic automatic carving machine |
| CN110103621B (en) * | 2019-06-06 | 2024-05-14 | 北部湾大学 | Large-scale ceramic automatic engraving machine |
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| Publication number | Publication date |
|---|---|
| CN101531113B (en) | 2011-06-01 |
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