CN105109256A - Template marking machine for molds - Google Patents
Template marking machine for molds Download PDFInfo
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- CN105109256A CN105109256A CN201510580983.5A CN201510580983A CN105109256A CN 105109256 A CN105109256 A CN 105109256A CN 201510580983 A CN201510580983 A CN 201510580983A CN 105109256 A CN105109256 A CN 105109256A
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Abstract
The invention relates to a template marking machine for molds. The template marking machine comprises a base, a lifting frame, a vibrating bracket, an air-hammer, electromagnetic locking suction cups arranged on the two ends of the base and matched with magnetic blocks of the lifting frame, an electromagnetic fixed suction cup located on the base and a mint-mark turntable assembly located above the electromagnetic fixed suction cup, wherein a piston rod of the air-hammer penetrates through the lifting frame. Vertical long slots are formed in the two sides of the upper end of the base respectively. Flanges arranged at the two ends of the lifting frame are matched with the two long slots respectively. Vertical grooves located under a middle beam of the lifting frame are formed in the two side walls of the lifting frame. Seamed edges arranged at the two ends of the vibrating bracket are matched with the two grooves respectively. A threaded pillar of the vibrating bracket penetrates through the beam and is in threaded connection with a connecting nut arranged at the end portion of the piston rod. The mint-mark turntable assembly comprises a center shaft and at least two mint-mark turntable bodies, wherein the two shaft ends of the center shaft are matched with two clevises of the vibrating bracket; the center shaft is movably sleeved with the mint-mark turntable bodies through bearings. Hooks of connecting gaskets arranged at the two shaft ends of the center shaft are connected with the interiors of two square holes of the vibrating bracket in a clamped mode. The template marking machine for the molds is convenient to assemble, disassemble and maintain; the production efficiency is improved; the template marking machine is safe, reliable and low in cost.
Description
Technical field
The present invention relates to a kind of mould template marking machine.
Background technology
Mould factory often needs to mark relevant label in each part plate and is beneficial to produce and the specification of assembling and convenient when each template of processing mold.At present, there are many medium and small factories still to utilize artificial method, adopt sample punching and hammer to coordinate the mode of beaing to carry out mark to each template, marking character can only be beaten at every turn, such mode of production efficiency is low, have potential safety hazard, and had a strong impact on sales volume and quality that mould produces.For laser marking machine in the market, although can raise the efficiency, price is high, and cost is namely high.
Summary of the invention
In order to solve the problem, the invention provides a kind of mould template marking machine, this marking machine assembly and disassembly is easy to maintenance, enhances productivity, and safe and reliable, cost is low.
In order to achieve the above object, the technical solution used in the present invention is as follows:
A kind of mould template marking machine, comprise the convex shape base that top is uncovered, the rectangle crane that bottom is uncovered, the rectangle vibration tray that bottom is uncovered, be fixed on the pneumatic hammer of crane upper end, be individually fixed in two electromagnetic locking suckers of two side, base upper end, be fixed on the electromagnetism fixing sucking disk on base, marking rotary disc assembly, vertical elongated slot is respectively equipped with in the upper end two side arms of base, two elongated slot notches are relative, the two side arms of crane is respectively equipped with vertical fin, crane two fins are slidably matched with two elongated slots of base respectively, the crossbeam of level is provided with in the middle of crane, the vertical groove be positioned at below crossbeam is respectively equipped with in the two side of crane, two grooves of crane are relative, the magnetic patch coordinated with two electromagnetic locking sucker magnetic is respectively equipped with in the two side of crane, vertical seamed edge is respectively equipped with in the two side arms of vibration tray, yoke is respectively equipped with in the lower end of vibration tray two side arms, square hole is respectively equipped with in the two side arms of vibration tray, square hole is between yoke and seamed edge, two seamed edges of vibration tray are slidably matched with two grooves of crane respectively, vertical threaded post is provided with in the upper surface of vibration tray, threaded post is through the crossbeam of crane, the piston rod of pneumatic hammer passes vertically through crane, attaching nut is connected with at the end winding support of piston rod, attaching nut is threaded with the threaded post of vibration tray, in threaded post, cover has two springs, one of them spring is positioned at the below of crossbeam, another spring is between attaching nut and crossbeam, marking rotary disc assembly comprises central shaft, at least two are placed on central shaft and the marking rotating disk concentric with central shaft by bearing activity, two parallel flat department faces are circumferentially provided with respectively in the two axial ends of central shaft, the two axial ends of central shaft is fixed with attachment spacers respectively, hook is provided with in the peripheral surface of attachment spacers, the two axial ends of central shaft is matched with in two yoke prongs of vibration tray respectively by flat department face, the hook of the attachment spacers of central shaft two axial ends is connected in the square hole of vibration tray two side arms respectively, electromagnetism fixing sucking disk is positioned at the below of marking rotary disc assembly.Here the fin of crane and the elongated slot of base are slidably matched, the seamed edge of vibration tray and the groove of crane are slidably matched, the position of crane and vibration tray can be adjusted up and down, flexible adjustment is convenient, and easy installation and removal, namely by electromagnetic locking sucker, crane is fixed on base after adjusting, has when ensureing the hammer piston downward mark of bar and stablize firm support.It is drive to play buffering pneumatic hammer piston rod the stress produced during the downward mark of marking rotating disk that threaded post arranges two springs, protects each parts, extends the service life of each parts.Adopt attaching nut to be connected with piston rod end, attaching nut is threaded with threaded post, facilitates installing/dismounting.The adjustment of marking turntable structure marks flexible, central shaft two ends arrange flat department face and coordinate with the yoke of vibration tray, central shaft two ends connect and fix in the square hole of vibration tray sidewall by the hook of attachment spacers, both ensure that the annexation of marking rotary disc assembly and vibration tray, detachable maintaining convenient for assembly again.
Marking rotating disk comprises rotating disk tool rest, at least three marking cutters, the end cap concentric with rotating disk tool rest, the U-type groove identical with the quantity marking cutter is circumferentially evenly equipped with at a lateral edges of rotating disk tool rest, the centerline direction of U-type groove is identical with the radial direction of rotating disk tool rest, end cap is fixed on the side that rotating disk tool rest is provided with U-type groove, marking cutter comprises columnar head, the U-shaped bar extended along columnar head one end, each marking cutter is matched with respectively by U-shaped bar in the U-type groove of rotating disk tool rest, arc pit is respectively equipped with in the two side of U-type groove, elasticity tabs is provided with in the both sides of marking cutter, elasticity tabs is provided with arc convex, the arc convex of marking cutter two-side elastic tabs matches with the arc pit of U-type groove two side respectively, be provided with on the top of columnar head and mark.Here arrange marking cutter to coordinate with the U-type groove of rotating disk tool rest, namely facilitate installing/dismounting, the use of marking cutter is of a specified duration may be occurred marking ambiguous situation, and such structure is also convenient for changing marking cutter.Marking cutter can be matched with the arc pit of U-type groove by arc convex, thus marking cutter is fixed on rotating disk tool rest, dismounting marking cutter can pinch the ambilateral elasticity tabs of marking cutter, namely arc convex is made to depart from U-type groove, marking cutter can be pulled down from rotating disk tool rest, flexibly and easily.Here marking can be numeral, letter or other marks.
Be connected by short flat key between marking rotating disk and the outer ring of bearing, central shaft is connected with the inner ring of each bearing by long flat key, the outer ring of bearing is provided with an extension limit vertically, inner ring on extension limit is circumferentially evenly equipped with the semi-circular recesses identical with the quantity marking cutter, shift fork is fixed with in the side of bearing inner race, shift fork comprises the shift fork seat of arc and is arranged at shift fork seat outer shroud and along the shifting fork bar of shift fork seat radial direction, be provided with telescopic multi-directional ball on the top of shifting fork bar, multi-directional ball is matched with in the semi-circular recesses on bearing extension limit.Here it is easy to assembly in order to dismantle for adopting flat key to connect, at bearing outer ring, extension limit, semi-circular recesses are set, arranging shift fork at bearing inner race is corresponding mark corresponding marking rotating disk in order to what chosen by the multi-directional ball of shift fork and the cooperation of semi-circular recesses and then fix, conveniently fixing, selection marks, and dismounting assembling also facilitates.Multi-directional ball can be stretched, in time rotating marking rotating disk, multi-directional ball is headed on by extension limit and retracts, when choose mark and on the marking rotating disk chosen mark towards immediately below time, namely stop the rotation marking rotating disk, namely the multi-directional ball of shift fork just ejects and coordinates with the semi-circular recesses of correspondence position, be about to fixing with bearing top circle marking rotating disk herein stabilize, one by one each marking of marking rotating disk is chosen, and each marking rotating disk choose mark all towards immediately below, now can carry out mark.
The ring washer being placed on central shaft, the spiral cover plate be threaded with central shaft axle head, the nut that is threaded with central shaft axle head is also provided with respectively successively in the two axial ends of central shaft, attachment spacers is between spiral cover plate and nut, and yoke is between spiral cover plate and attachment spacers.The member connection structure that this place adopts be in order to dismantle, easy to connect, also in order to limit the free degree of each marking rotating disk centrally axle axis.
Base is provided with dovetail groove, and the lower end of electromagnetism fixing sucking disk is provided with the dovetail mount coordinated with dovetail groove, and dovetail mount is fixed on dovetail groove bottom land by screw.This structure to be design be consider for convenience detach, install and Mobile electromagnetic fixing sucking disk, electromagnetism fixing sucking disk is used to adsorb fixation workpiece, can be moved and be fixed to suitable position, be convenient to workpiece and be marked to make workpiece.
The mould template marking machine of the present invention's design, adopt pneumatic hammer, marking rotary disc assembly, the integration of the mechanisms such as electromagnetic location coordinates, according to the order of coding on mould template, first the relevant coding on manual adjustment marking rotating disk, then by crane and vibration tray, marking rotary disc assembly is moved to suitable mark location, by electromagnetic locking sucker, crane is locked, by electromagnetism fixing sucking disk, template workpiece is fixed on position immediately below marking rotary disc assembly, finally utilize pneumatic hammer moment percussion power by disposable for the coding of multiple digital marking on workpiece, substantially increase labor productivity, and this Standard detachable maintaining is convenient, safe and reliable, cost is low.
Accompanying drawing explanation
Fig. 1 is perspective view of the present invention.
Fig. 2 is the decomposition texture schematic diagram of Fig. 1.
Fig. 3 is the decomposed structural representation of marking rotary disc assembly.
Fig. 4 is the structure for amplifying schematic diagram of A in Fig. 1.
Fig. 5 is the structure for amplifying schematic diagram of B in Fig. 2.
Fig. 6 is the structural representation of attachment spacers.
Fig. 7 is the structural representation of marking cutter.
Fig. 8 is the structural representation of shift fork.
Wherein: base 1, elongated slot 1-1, dovetail groove 1-2, crane 2, fin 2-1, crossbeam 2-2, groove 2-3, vibration tray 3, seamed edge 3-1, yoke 3-2, square hole 3-3, threaded post 3-4, pneumatic hammer 4, piston rod 4-1, electromagnetic locking sucker 5, electromagnetism fixing sucking disk 6, dovetail mount 6-1, magnetic patch 7, attaching nut 8, upper spring 9, lower spring 10, central shaft 11, screw thread 11-1, flat department face 11-2, bearing 12, outer ring 12-1, extension limit 12-1-1, semi-circular recesses 12-1-2, inner ring 12-2, marking rotating disk 13, rotating disk tool rest 13-1, U-type groove 13-1-1, arc pit 13-1-2, marking cutter 13-2, columnar head 13-2-1, U-shaped bar 13-2-2, elasticity tabs 13-2-3, arc convex 13-2-4, mark 13-2-5, end cap 13-3, attachment spacers 14, hook 14-1, short flat key 15, long flat key 16, shift fork 17, shift fork seat 17-1, shifting fork bar 17-2, multi-directional ball 17-3, ring washer 18, spiral cover plate 19, nut 20, template workpiece 21.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is described.
Embodiment: see accompanying drawing 1 ~ accompanying drawing 8, a kind of mould template marking machine, comprises rectangle vibration tray 3, the pneumatic hammer 4 being fixed on crane 2 upper end, two the electromagnetic locking suckers 5 being individually fixed in two side, base 1 upper end, the electromagnetism fixing sucking disk 6 be fixed on base 1, marking rotary disc assembly that the uncovered rectangle crane 2 in the uncovered convex shape base 1 in top, bottom, bottom are uncovered.
Vertical elongated slot 1-1 is respectively equipped with in the upper end two side arms of base 1, two elongated slot 1-1 notches are relative, the two side arms of crane 2 is respectively equipped with vertical fin 2-1, crane 2 two fin 2-1 are slidably matched with two elongated slot 1-1 of base 1 respectively, the crossbeam 2-2 of level is provided with in the middle of crane 2, the vertical groove 2-3 be positioned at below crossbeam 2-2 is respectively equipped with in the two side of crane 2, two groove 2-3 of crane 2 are relative, the magnetic patch 7 coordinated with two electromagnetic locking sucker 5 magnetic is respectively equipped with in the two side of crane 2, vertical seamed edge 3-1 is respectively equipped with in the two side arms of vibration tray 3, yoke 3-2 is respectively equipped with in the lower end of vibration tray 3 two side arms, square hole 3-3 is respectively equipped with in the two side arms of vibration tray 3, square hole 3-3 is between yoke 3-2 and seamed edge 3-1, two seamed edge 3-1 of vibration tray 3 are slidably matched with two groove 2-3 of crane 2 respectively, vertical threaded post 3-4 is provided with in the upper surface of vibration tray 3, threaded post 3-4 is through the crossbeam 2-2 of crane 2, the piston rod 4-1 of pneumatic hammer 4 passes vertically through crane 2, attaching nut 8 is connected with at the end winding support of piston rod 4-1, attaching nut 8 is threaded with the threaded post 3-4 of vibration tray 3, threaded post 3-4 overlaps spring 9 on having, lower spring 10, lower spring 10 is positioned at the below of crossbeam 2-2, upper spring 9 is between attaching nut 8 and crossbeam 2-2, marking rotary disc assembly comprises central shaft 11, five are placed on central shaft 11 and the marking rotating disk 13 concentric with central shaft 11 by bearing 12 activity, screw thread 11-1 is respectively equipped with in the two axial ends of central shaft 11, and be circumferentially provided with two parallel flat department face 11-2 respectively in the two axial ends of central shaft 11, the two axial ends of central shaft 11 is fixed with attachment spacers 14 respectively, hook 14-1 is provided with in the peripheral surface of attachment spacers 14, the two axial ends of central shaft 11 is matched with in two yoke 3-2 prongs of vibration tray 3 respectively by flat department face 11-2, the hook 14-1 of the attachment spacers 14 of central shaft 11 two axial ends is connected in the square hole 3-3 of vibration tray 3 two side arms respectively, electromagnetism fixing sucking disk 6 is positioned at the below of marking rotary disc assembly.
Marking rotating disk 13 comprises rotating disk tool rest 13-1, ten marking cutter 13-2, the end cap 13-3 concentric with rotating disk tool rest 13-1, ten U-type groove 13-1-1 are circumferentially evenly equipped with at a lateral edges of rotating disk tool rest 13-1, the centerline direction of U-type groove 13-1-1 is identical with the radial direction of rotating disk tool rest 13-1, end cap 13-3 is fixed on the side that rotating disk tool rest is provided with U-type groove 13-1-1, marking cutter 13-2 comprises columnar head 13-2-1, the U-shaped bar 13-2-2 extended along columnar head 13-2-1 one end, each marking cutter 13-2 is matched with in the U-type groove 13-1-1 of rotating disk tool rest 13-1 by U-shaped bar 13-2-2 respectively, arc pit 13-1-2 is respectively equipped with in the two side of U-type groove 13-1-1, elasticity tabs 13-2-3 is provided with in the both sides of marking cutter 13-2, elasticity tabs 13-2-3 is provided with arc convex 13-2-4, the arc convex 13-2-4 of marking cutter 13-2 two-side elastic tabs 13-2-3 matches with the arc pit 13-1-2 of U-type groove 13-1-1 two side respectively, be provided with on the top of columnar head 13-2-1 and mark 13-2-5.
Be connected by short flat key 15 between marking rotating disk 13 and the outer ring 12-1 of bearing 12, central shaft 11 is connected with the inner ring 12-2 of each bearing 12 by long flat key 16, the outer ring 12-1 of bearing 12 is provided with an extension limit 12-1-1 vertically, ten semi-circular recesses 12-1-2 are circumferentially evenly equipped with in the inner ring of extension limit 12-1-1, shift fork 17 is fixed with in the side of bearing 12 inner ring 12-2, shift fork 17 comprises the shift fork seat 17-1 of arc and is arranged at shift fork seat 17-1 outer shroud and along the shifting fork bar 17-2 of shift fork seat 17-1 radial direction, telescopic multi-directional ball 17-3 is provided with on the top of shifting fork bar 17-2, multi-directional ball 17-3 is matched with in the semi-circular recesses 12-1-2 of bearing 12 extension limit 12-1-1.
The ring washer 18 being placed on central shaft 11, the spiral cover plate 19 be threaded with central shaft 11 axle head, the nut 20 that is threaded with central shaft 11 axle head is also provided with respectively successively in the two axial ends of central shaft 11, attachment spacers 14 is between spiral cover plate 19 and nut 20, and yoke 3-2 is between spiral cover plate 19 and attachment spacers 14.
Base 1 is provided with dovetail groove 1-2, and the lower end of electromagnetism fixing sucking disk 6 is provided with the dovetail mount 6-1 coordinated with dovetail groove 1-2, and dovetail mount 6-1 is fixed on dovetail groove 1-2 bottom land by screw.
The mould template marking machine of the present invention's design, adopt pneumatic hammer 4, marking rotary disc assembly, the integration of the mechanisms such as electromagnetic location coordinates, according to the order of coding on mould template, first handmade rotary regulates and marking rotating disk 13 relevantly marks 13-2-5, when choose mark 13-2-5 and on the marking rotating disk 13 chosen mark 13-2-5 towards immediately below time, namely stop the rotation marking rotating disk 13, now, namely the multi-directional ball 17-3 of shift fork 17 just ejects and coordinates with the semi-circular recesses 12-1-2 of correspondence position, be about to fixing with bearing 12 cylindrical 12-1 marking rotating disk 13 herein stabilize, one by one the 13-2-5 that marks of each marking rotating disk 13 is chosen, and each marking rotating disk 13 choose mark 13-2-5 all towards immediately below, then by adjusting the position of crane 2 and vibration tray 3 up and down, marking rotary disc assembly is moved to suitable mark location, namely with coordinating of magnetic patch 7, crane 2 is fixed on base 1 by electromagnetic locking sucker 5 after adjusting, when ensureing the downward mark of pneumatic hammer 4 piston rod 4-1 with crossbeam 2-2 for support end, have and stablize firm support.By electromagnetism fixing sucking disk 6, template workpiece 21 is fixed on position immediately below marking rotary disc assembly, finally utilize pneumatic hammer 4 moment percussion power by multiple digital or letter and combination of numbers mark the disposable marking of 13-2-5 on template workpiece 21, substantially increase labor productivity, and this Standard detachable maintaining is convenient, safe and reliable, cost is low.
Claims (5)
1. a mould template marking machine, it is characterized in that, comprise the convex shape base that top is uncovered, the rectangle crane that bottom is uncovered, the rectangle vibration tray that bottom is uncovered, be fixed on the pneumatic hammer of crane upper end, be individually fixed in two electromagnetic locking suckers of two side, base upper end, be fixed on the electromagnetism fixing sucking disk on base, marking rotary disc assembly, vertical elongated slot is respectively equipped with in the upper end two side arms of base, two elongated slot notches are relative, the two side arms of crane is respectively equipped with vertical fin, crane two fins are slidably matched with two elongated slots of base respectively, the crossbeam of level is provided with in the middle of crane, the vertical groove be positioned at below crossbeam is respectively equipped with in the two side of crane, two grooves of crane are relative, the magnetic patch coordinated with two electromagnetic locking sucker magnetic is respectively equipped with in the two side of crane, vertical seamed edge is respectively equipped with in the two side arms of vibration tray, yoke is respectively equipped with in the lower end of vibration tray two side arms, square hole is respectively equipped with in the two side arms of vibration tray, square hole is between yoke and seamed edge, two seamed edges of vibration tray are slidably matched with two grooves of crane respectively, vertical threaded post is provided with in the upper surface of vibration tray, threaded post is through the crossbeam of crane, the piston rod of pneumatic hammer passes vertically through crane, attaching nut is connected with at the end winding support of piston rod, attaching nut is threaded with the threaded post of vibration tray, in threaded post, cover has two springs, one of them spring is positioned at the below of crossbeam, another spring is between attaching nut and crossbeam, marking rotary disc assembly comprises central shaft, at least two are placed on central shaft and the marking rotating disk concentric with central shaft by bearing activity, two parallel flat department faces are circumferentially provided with respectively in the two axial ends of central shaft, the two axial ends of central shaft is fixed with attachment spacers respectively, hook is provided with in the peripheral surface of attachment spacers, the two axial ends of central shaft is matched with in two yoke prongs of vibration tray respectively by flat department face, the hook of the attachment spacers of central shaft two axial ends is connected in the square hole of vibration tray two side arms respectively, electromagnetism fixing sucking disk is positioned at the below of marking rotary disc assembly.
2. mould template marking machine according to claim 1, it is characterized in that, marking rotating disk comprises rotating disk tool rest, at least three marking cutters, the end cap concentric with rotating disk tool rest, the U-type groove identical with the quantity marking cutter is circumferentially evenly equipped with at a lateral edges of rotating disk tool rest, the centerline direction of U-type groove is identical with the radial direction of rotating disk tool rest, end cap is fixed on the side that rotating disk tool rest is provided with U-type groove, marking cutter comprises columnar head, the U-shaped bar extended along columnar head one end, each marking cutter is matched with respectively by U-shaped bar in the U-type groove of rotating disk tool rest, arc pit is respectively equipped with in the two side of U-type groove, elasticity tabs is provided with in the both sides of marking cutter, elasticity tabs is provided with arc convex, the arc convex of marking cutter two-side elastic tabs matches with the arc pit of U-type groove two side respectively, be provided with on the top of columnar head and mark.
3. mould template marking machine according to claim 2, it is characterized in that, be connected by short flat key between marking rotating disk and the outer ring of bearing, central shaft is connected with the inner ring of each bearing by long flat key, the outer ring of bearing is provided with an extension limit vertically, inner ring on extension limit is circumferentially evenly equipped with the semi-circular recesses identical with the quantity marking cutter, shift fork is fixed with in the side of bearing inner race, shift fork comprises the shift fork seat of arc and is arranged at shift fork seat outer shroud and along the shifting fork bar of shift fork seat radial direction, telescopic multi-directional ball is provided with on the top of shifting fork bar, multi-directional ball is matched with in the semi-circular recesses on bearing extension limit.
4. the mould template marking machine according to claim 1 or 2 or 3, it is characterized in that, the ring washer being placed on central shaft, the spiral cover plate be threaded with central shaft axle head, the nut that is threaded with central shaft axle head is also provided with respectively successively in the two axial ends of central shaft, attachment spacers is between spiral cover plate and nut, and yoke is between spiral cover plate and attachment spacers.
5. mould template marking machine according to claim 1, is characterized in that, base is provided with dovetail groove, and the lower end of electromagnetism fixing sucking disk is provided with the dovetail mount coordinated with dovetail groove, and dovetail mount is fixed on dovetail groove bottom land by screw.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510580983.5A CN105109256B (en) | 2015-09-14 | 2015-09-14 | A kind of mould template marking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510580983.5A CN105109256B (en) | 2015-09-14 | 2015-09-14 | A kind of mould template marking machine |
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| Publication Number | Publication Date |
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| CN105109256A true CN105109256A (en) | 2015-12-02 |
| CN105109256B CN105109256B (en) | 2017-03-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510580983.5A Active CN105109256B (en) | 2015-09-14 | 2015-09-14 | A kind of mould template marking machine |
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| CN (1) | CN105109256B (en) |
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| CN107471831A (en) * | 2017-08-06 | 2017-12-15 | 乔斌 | A kind of high efficient two-sided coder |
| CN107791704A (en) * | 2017-11-06 | 2018-03-13 | 于浩 | A kind of forging heat makes the adjustable grinding tool of steel seal |
| CN111267531A (en) * | 2020-03-04 | 2020-06-12 | 莫国坚 | Free combination device for character head of code printing equipment |
| CN111284258A (en) * | 2020-04-11 | 2020-06-16 | 绍兴上虞华源通用机械有限公司 | Marking machine |
| WO2020248302A1 (en) * | 2019-06-13 | 2020-12-17 | 优德精密工业（昆山）股份有限公司 | Engraving mechanism |
| CN112874219A (en) * | 2021-01-04 | 2021-06-01 | 龙万钟 | Mark apparatus for producing for clinical laboratory |
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| CN111267531A (en) * | 2020-03-04 | 2020-06-12 | 莫国坚 | Free combination device for character head of code printing equipment |
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| CN112874219A (en) * | 2021-01-04 | 2021-06-01 | 龙万钟 | Mark apparatus for producing for clinical laboratory |
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| CN105109256B (en) | 2017-03-15 |
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Effective date of registration: 20191220 Address after: 213000, No. 20, No. two, Private Airport Industrial Park, Luo Luo town, Xinbei District, Jiangsu, Changzhou Patentee after: Changzhou Walker Electric Co., Ltd Address before: 213164 No. 22, Xin Xin Zhong Road, Wujin District, Jiangsu, Changzhou Patentee before: Changzhou College of Information Technology |