CN205238899U - Numerical control lock body roll extrusion trade mark machine - Google Patents
Numerical control lock body roll extrusion trade mark machine Download PDFInfo
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- CN205238899U CN205238899U CN201520867468.0U CN201520867468U CN205238899U CN 205238899 U CN205238899 U CN 205238899U CN 201520867468 U CN201520867468 U CN 201520867468U CN 205238899 U CN205238899 U CN 205238899U
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- roll extrusion
- lock body
- mark
- numerical control
- mint
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Abstract
The utility model relates to a technical field, concretely relates to numerical control lock body roll extrusion trade mark machine are made to the tool to lock. Numerical control lock body roll extrusion trade mark machine, including the rolling machine main part, the rolling machine main part comprises frame and roll extrusion platform, and the roll extrusion platform sets up in the frame, and the upper surface of roll extrusion platform is equipped with the roll extrusion operation area, and the roll extrusion operation area is passed through a pay -off path connection material handling and is distinguished, is equipped with one on the pay -off passageway and moves the microscope carrier, moves microscope carrier along the pay -off passageway reciprocating motion that makes a round trip to the district carries out the loading or the uninstallation of material in the material handling, the pay -off passageway that the pay -off passageway set up for the fore -and -aft direction, its front end is located the material handling district, the rear end is located the roll extrusion operation area, moving to be equipped with in the microscope carrier and being used for bearing the weight of the material and making it fix the cavity in it, its left side sets up packing into or unloading of the material of being convenient for behind the opening. Due to the adoption of the technical scheme, the utility model is simple in operation, working parameter is convenient in the adjustment, has reduced intensity of labour, the high -efficient and safe and reliable of operation process.
Description
Technical field
The utility model relates to lockset manufacturing technology field, is specifically related to a kind of numerical control lock body roll extrusion trademark machine.
Background technology
Lockset is manufactured after moulding, conventionally need to be in stamp on arbitrary of the two ends end face of lock body elongatedness directionAfter trade mark or other marks, just allow to come into the market to sell. Be the general structure of lock body 1 with reference to Fig. 1,One side end face is provided with lock core mounting hole entrance 101 and mark stamp district 102. Often adopt in the industry Presser DashingThe mode of pressure and laser printing is carried out the printing of trade mark or mark in mark stamp district 102. Wherein, punch pressImpact style has higher requirement to operating personnel's operation, not only needs abundant operating experience and consummationOperation skill, more need to possess high awareness of safety, otherwise be easy to occur industrial accident.Operating personnel places lock body to treating mint-mark district and open and close imprint apparatus all to need manual completing, artificial too much JieEnter to have increased potential safety hazard. And, all kinds of parameters of this class operating type to equipment and the location need of workpieceTo adjust manually, greatly reduce undoubtedly operating efficiency. In addition, the process of punch ram is also easyCausing that mint-mark face is deep mixed causes, and causes lock body face deformation, even finally has influence on the follow-up peace of lock bodyDress and use; Although the operating type of laser beam marking mark is compared punch ram mode precision and is improved,Guarantee the smooth of mint-mark face, but overall work efficiency is lower, and equipment initial stage input cost is high, plant maintenanceAll have larger technical difficulty with maintenance, energy consumption when use is also higher, more difficult satisfied production in enormous quantitiesDemand.
Utility model content
The purpose of this utility model is, a kind of numerical control lock body roll extrusion trademark machine is provided, and solves above technologyProblem.
The technical problem that the utility model solves can realize by the following technical solutions:
Numerical control lock body roll extrusion trademark machine, comprises roller press main body, and described roller press main body is by frame and roll extrusionPlatform composition, described roll extrusion platform is arranged in described frame, and the lock body of mint-mark mark is not transported to and rollsThe printing identifying on its surface after flattening bench, is characterized in that, the upper surface of described roll extrusion platform is establishedHave roll extrusion operation area, for material is carried out to mint-mark operation, described roll extrusion operation area is by a feeding channelConnect a material handling district, described feeding channel is provided with a load transfer station, and described load transfer station is logical along feedingRoad moves back and forth back and forth, and be convenient to that the material that mint-mark does not identify is transferred load to roll extrusion operation area and carry out mint-mark operation,Or the material that completes mint-mark operation is shifted out from roll extrusion operation area so that discharging unloading, load transfer station is at thingLoading or the unloading of material are carried out in material loading place;
Described feeding channel be fore-and-aft direction arrange feeding channel, its front end be positioned at material handling district, afterEnd is positioned at roll extrusion operation area;
In described load transfer station, be provided with for carrying material and making its fixing chamber therein, its left side arrangesAfter opening, be convenient to packing into or unloading of material.
Mint-mark operation in the utility model refers to exist with pressing mold at arbitrary end surfaces of lock body or two end surfacesOn it, carry out the mode mint-mark mark of roll extrusion, described be designated trade mark, other identification pattern images orOther identification words, described material refers to lock body.
When the utility model work, be loaded into transfer in material handling district from left side as the lock body of materialChamber in platform, is then transferred to along feeding channel the mint-mark that roll extrusion operation area identifies by load transfer station;After mint-mark operation completes, material is sent back to material handling district by load transfer station and is unloaded also discharging. Whole operationCycle the compare operation of traditional punch ram mode mint-mark trade mark, has simplified manpower intervention operationStep, complete transfer and mint-mark automatically, avoided in traditional work too much producing due to manpower interventionPotential safety hazard, and the efficiency of automatic job is higher than traditional work pattern.
Described roll extrusion operation area is provided with a roll extrusion mint-mark assembly, and described roll extrusion mint-mark assembly comprises base and pressureMould, described pressing mold is arranged on described base, and described base adopts one can do a left side at roll extrusion platform surfaceThe base that right moves, is moved also and is convenient to make roll extrusion mint-mark assembly pair after firm banking by left and right directionsAnswer the material of different length specification.
Described pressing mold adopts the pressing mold of cylindrical structure, and its rolling surface is its face of cylinder, the coining of pressing moldBe arranged on rolling surface, described pressing mold is arranged on described base by a rotating shaft that penetrates its axis, rollsWhile pressing operation to carry out, rolling surface contact is also tightly pressed in material and treats on the surface of mint-mark mark, and passes through thingThe moving belt dynamic pressure mould of material rotates, thereby forms mark impression on material surface.
Described roll extrusion mint-mark assembly is provided with two covers, described in the described roll extrusion mint-mark assembly of two covers is arranged at respectively, sendThe left and right sides of material passage rear end, to identify in the equal mint-mark of two end surfaces of material.
Described material handling district is provided with one for material being sent into the feeding device in load transfer station, described material loadingDevice is positioned at the left side of feeding channel front end, and described feeding device is provided with a material loading push rod, and described material loading pushes awayThe propelling movement direction of bar is for from left to right, and the material that roll extrusion platform is sent in outside falls into feeding device and feeding is logicalBehind region between road front end, pushed by material loading push rod, it sent in it from load transfer station chamber left side opening,Thereby realize the loading of material.
Described feeding device adopts cylinder or motor-driven feeding device, when described feeding device adoptsWhen the feeding device of air cylinder driven, the feeding device that preferably adopts magnetic air cylinder to drive, when described material loading dressPut while adopting motor-driven feeding device, preferably adopt the feeding device of driven by servomotor.
The utility model, by motor or the motor driving mechanism as feeding device is set, is realized and being pushedThe monitoring of process, thus can record quickly and easily the length of material, as standard, roll extrusion is carvedThe base that prints assembly carries out the adjustment of displacement, realizes the function of automation detection material type, withoutManually carry out the adjustment of material type selecting and running parameter.
Described material handling district is provided with one for the discharging device from releasing in load transfer station by material, described in move backMaterials device is positioned at the right side of feeding channel front end, and described discharging device is provided with a material returned push rod, the described material returnedThe propelling movement direction of push rod is for from right to left, and the chamber right side of described load transfer station is offered one and is convenient to material returned push rod and stretchesEnter the opening in it, after material returned push rod pushes, the material in it is released from load transfer station left side opening, therebyRealize the unloading of material.
It is wide that the right openings Breadth Maximum of the chamber of described load transfer station is less than the maximum of either side end face of materialDegree, causes material to be released from the right openings of load transfer station chamber because pushing to transfinite while avoiding material loading.
In the chamber of described load transfer station, be provided with a pushing device, be convenient to the material push-tight of sending in chamber,Avoid in the time of mint-mark operation because material produces displacement or shake affects mint-mark quality;
Described pushing device comprises a push pedal, and material is sent into after load transfer station chamber, by push pedal by its push-tight.
The propelling movement direction of the push pedal of described pushing device is fore-and-aft direction.
Described pushing device adopts cylinder or motor-driven pushing device.
Described roll extrusion platform is provided with a charging aperture, and described charging aperture connects a feeding-passage, for from outsidePortion sends into material on roll extrusion platform.
Described feeding-passage is and is in tilted layout, and its angle of inclination is 10 degree～30 degree, and its lower position end connectsDescribed charging aperture.
Described charging aperture place is provided with the transition objective table that a fore-and-aft direction moves, logical from charging for carryingAfter the material in road, deliver between the material loading push rod and feeding channel front end of feeding device.
It is moving that described transition objective table is released and regained with fore-and-aft direction after being driven by cylinder or motorDo.
When the utility model operation, material drops in transition loading after feeding-passage landing enters charging apertureOn platform, the backward rear release of transition objective table carrying material, to deliver to feeding device by material and feeding is logicalBetween road front end, material loading push rod pushes the material on transition objective table at feeding channel front end and treats after releasingIn the chamber of the load transfer station of machine, material reaches after chamber by the pushing device push-tight in it, then load transfer stationMove from front to back along feeding channel, material is delivered to feeding channel rear end, in process roll extrusion mint-mark groupWhen part side, pressing mold enters to feeding channel thruster via the driving of base, and the rolling surface of pressing mold is contacted alsoPush-tight, at an end surfaces of material, in the lasting handover process of load transfer station, realizes the effect of mint-mark; CompleteAfter material after one-tenth mint-mark is delivered to feeding channel front end via load transfer station, pushing device discharges, now, and the material returnedThe material returned push rod of device after releasing unloads material.
Described frame is provided with a control panel, and described control panel adopts one to establish as input using touch-screenStandby control panel, described control panel connects a control module, the control end of described load transfer station, described inThe control end of pushing device, the control end of described roll extrusion mint-mark unitized substructure, the control of described feeding deviceEnd, the control end of described discharging device and the control end of described transition objective table are all connected to described control mouldOn piece, through the control of control module, make each parts automatic operation, realize material automatic loading/unloading andAutomatically mint-mark, all inputs by control panel for the adjustment of mint-mark parameter, has eliminated artificial dependence experienceAdjust not problem accurately of the mint-mark that brings of job parameter.
In described feeding-passage, be provided with a conveyer belt, the conveyor surface interval fixed range of described conveyer belt arrangesHave multiple plurality of partitions, the spacing between adjacent separator is greater than the minimum widith of material, and is less than materialLarge width, is convenient to single material and can puts into smoothly on the conveyor surface between dividing plate and can not produce placement sideTo Problem-Error. By being provided with the conveyer belt of dividing plate in feeding-passage, realize fill processSerialization, operating personnel only need put into single material in arbitrary place adjacent separator successively at feeding-passage entranceBetween conveyor surface, and cause bump injury without worrying when charging because storeroom collides mutually.
Beneficial effect: owing to adopting technique scheme, the utility model is simple to operate, adjustment work ginsengNumber is convenient, has reduced labour intensity, and operation process is efficient and safe and reliable.
Brief description of the drawings
Fig. 1 is the side view of material;
Fig. 2 is top view of the present utility model;
Fig. 3 is rearview of the present utility model;
Fig. 4 is the partial schematic diagram of Fig. 2.
Detailed description of the invention
For technological means, creation characteristic that the utility model is realized, reach object and effect is easy to brightWhite understanding, further sets forth the utility model below in conjunction with concrete diagram.
With reference to Fig. 2, Fig. 3, Fig. 4, numerical control lock body roll extrusion trademark machine, comprises roller press main body, roller pressMain body is made up of frame 10 and roll extrusion platform 2, and roll extrusion platform 2 is arranged in frame 10. Roll extrusion platform 2Upper surface be provided with roll extrusion operation area, roll extrusion operation area connects a material handling district by a feeding channel.Feeding channel is fore-and-aft direction setting, and its front end is positioned at material handling district, rear end is positioned at roll extrusion operation area.Roll extrusion operation area is provided with roll extrusion mint-mark assembly, and roll extrusion mint-mark assembly comprises base 301 and pressing mold 302, pressing mold302 are arranged on base 301, and base 301 can be done on roll extrusion platform 2 surfaces the movement of left and right directions.Moving by left and right directions the mode of adjusting base 301 and be fixed makes roll extrusion mint-mark assembly corresponding differentThe material of length specification. Pressing mold 302 is cylindrical structure, and its rolling surface is its face of cylinder, pressing mold 302Coining be arranged on rolling surface, pressing mold 302 is arranged at base 301 by a rotating shaft that penetrates its axisOn. When roll extrusion operation is carried out, rolling surface contact is also tightly pressed in material and treats on the surface of mint-mark mark, andMoving belt dynamic pressure mould 302 by material rotates, thereby completes mint-mark. Roll extrusion mint-mark assembly is provided with two covers,Two cover roll extrusion mint-mark assemblies are arranged at respectively the left and right sides of feeding channel rear end, so that at the two ends of materialSurface is mint-mark mark all.
Feeding channel is provided with load transfer station 4, and load transfer station 4 moves back and forth back and forth along feeding channel, be convenient to byThe material of mint-mark mark transfers load to roll extrusion operation area and carries out mint-mark operation, or will complete mint-mark operationMaterial shifts out so that discharging unloading from roll extrusion operation area. Load transfer station 4 carries out material in material handling districtLoad or unloading. In load transfer station 4, be provided with for carrying material and making its fixing chamber therein, itsAfter arranging opening, left side is convenient to packing into or unloading of material. The right openings maximum of the chamber of load transfer station 4Width is less than the Breadth Maximum of the either side end face of material, while avoiding material loading, causes material because pushing to transfiniteReleased from the right openings of load transfer station chamber. In the chamber of load transfer station 4, be provided with pushing device, push-tight dressPut and comprise a push pedal 401, material 9 is sent into after the chamber of load transfer station 4, by push pedal 401 by its push-tight. Push awayThe propelling movement direction of plate 401 is fore-and-aft direction. Pushing device adopts cylinder or motor-driven pushing device.
Material handling district is provided with for material being sent into the feeding device 5 in load transfer station, and feeding device 5 is positioned atThe left side of feeding channel front end. Feeding device 5 is provided with material loading push rod, the propelling movement direction of material loading push rod be fromLeft-to-right, the material that roll extrusion platform is sent in outside falls into the district between feeding device 5 and feeding channel front endBehind territory, pushed by material loading push rod, its left side of chamber from load transfer station 4 opening is sent in it, thereby realizedThe loading of material. Feeding device 5 adopts cylinder or motor-driven feeding device, wherein, and when selectingPreferred magnetic air cylinder when cylinder, preferred servomotor while being elected to motor. By cylinder or motor are setAs the driving mechanism of feeding device, realize the monitoring of propelling movement process, thus survey that can be quickly and easilyObtain the length of material, as standard, the base of roll extrusion mint-mark assembly is carried out to the adjustment of displacement, realExisting automation detects the function of material type, without the adjustment of manually carrying out material type selecting and running parameter.
Material handling district is provided with for the discharging device 6 from releasing in load transfer station by material, 6 of discharging devicesIn the right side of feeding channel front end, discharging device 6 is provided with material returned push rod, and the propelling movement direction of material returned push rod isFrom right to left, the chamber right side of load transfer station 4 is offered one and is convenient to the opening that material returned push rod inserts into the inner, the material returnedAfter push rod pushes, the material in it is released from load transfer station left side opening, thereby realized the unloading of material.
Roll extrusion platform 2 is provided with charging aperture 201, and charging aperture 201 connects feeding-passage 7, for from outsideMaterial is sent on roll extrusion platform 2. Feeding-passage 7 is and is in tilted layout, and its angle of inclination is 10 degree～30Degree, its lower position end connects charging aperture 201. In feeding-passage 7, be provided with a conveyer belt, the conveying of conveyer beltFace interval fixed range is provided with multiple plurality of partitions 701, and the spacing between adjacent separator 701 is greater than materialMinimum widith, and be less than the Breadth Maximum of material, be convenient to single material can put into smoothly dividing plate 701 itBetween conveyor surface on and can not produce placement direction Problem-Error. By being provided with in feeding-passage 7The conveyer belt of dividing plate 701, has realized the serialization of fill process, and operating personnel only need enter at feeding-passageMouth is put into the conveyor surface of single material between arbitrary place adjacent separator successively, and when worrying charging byMutually collide and cause bump injury in storeroom.
Charging aperture 201 places are provided with the transition objective table 8 that a fore-and-aft direction moves, logical from charging for carryingAfter the material in road, deliver between feeding device and feeding channel front end. Transition objective table 8 is by cylinder or electricityThe action that machine is released and regained with fore-and-aft direction after driving.
Frame is provided with a control panel, the control of control panel employing one using touch-screen as input equipmentPanel, control panel connects a control module, the control end of load transfer station, the control end of pushing device, rollsPress the control end of mint-mark unitized substructure, the control end of feeding device, control end and the transition of discharging device to carryThe control end of thing platform is all connected in control module, through the control of control module, makes each parts from starting buildingDo, realize automatic loading/unloading and the mint-mark automatically of material, all pass through chain of command for the adjustment of mint-mark parameterPlate input, has eliminated not problem accurately of mint-mark that artificial dependence experience adjustments job parameter brings.
Mint-mark operation in the utility model refers to exist with pressing mold at arbitrary end surfaces of lock body or two end surfacesOn it, carry out the mode mint-mark mark of roll extrusion. In the utility model, be designated trade mark, other identifications figureCase image or other identification words. Material in the utility model refers to lock body. When operation, material is from enteringAfter entering charging aperture, the landing of material passage drops on transition objective table, after transition objective table carrying material is backwardRelease, to material is delivered between feeding device and feeding channel front end, material loading push rod release after incited somebody to actionCross material on objective table and push in the chamber of the load transfer station of feeding channel front end standby, material reaches chamberBehind chamber, by the pushing device push-tight in it, then load transfer station moves from front to back along feeding channel, by thingMaterial is delivered to feeding channel rear end, when through roll extrusion mint-mark assembly side, pressing mold via the driving of base toFeeding channel thruster is entered, and makes the rolling surface of pressing mold contact also push-tight at an end surfaces of material, at load transfer stationLasting handover process in, realize the effect of mint-mark; The material completing after mint-mark is delivered to via load transfer stationAfter material passage front end, pushing device discharges, and now, the material returned push rod of discharging device after releasing unloads material.The compare whole duty cycle operation of traditional punch ram mode mint-mark trade mark, has simplified artificial JieThe step that enters operation, completes transfer and mint-mark automatically, has avoided in traditional work because manpower intervention is too muchAnd the potential safety hazard producing, and the efficiency of automatic job is higher than traditional work pattern.
Foregoing shows and has described general principle of the present utility model, principal character and the utility modelAdvantage. The technical staff of the industry should understand, and the utility model is not restricted to the described embodiments,That in above-described embodiment and description, describes just illustrates principle of the present utility model, is not departing from this practicalityUnder the prerequisite of novel spirit and scope, the utility model also has various changes and modifications, these change andImprove and all fall within the scope of claimed the utility model. The claimed scope of the utility model is by appendedClaims and equivalent thereof define.
Claims (10)
1. numerical control lock body roll extrusion trademark machine, comprises roller press main body, and described roller press main body is by frame and rollingFlattening bench composition, described roll extrusion platform is arranged in described frame, and the lock body of mint-mark mark is not transported toThe printing identifying on its surface after roll extrusion platform, is characterized in that, the upper surface of described roll extrusion platformBe provided with the roll extrusion operation area for material being carried out to mint-mark operation, described roll extrusion operation area is logical by a feedingRoad connects a material handling district, and described feeding channel is provided with a load transfer station, and described load transfer station is along feedingPassage moves back and forth back and forth, and carries out loading or the unloading of material in material handling district;
Described feeding channel be fore-and-aft direction arrange feeding channel, its front end be positioned at material handling district, afterEnd is positioned at roll extrusion operation area;
In described load transfer station, be provided with for carrying material and making its fixing chamber therein, its left side arrangesAfter opening, be convenient to packing into or unloading of material.
2. numerical control lock body roll extrusion trademark machine according to claim 1, is characterized in that described roll extrusionOperation area is provided with a roll extrusion mint-mark assembly, and described roll extrusion mint-mark assembly comprises base and pressing mold, described pressing moldBe arranged on described base, described base employing one can be moved as left and right directions at roll extrusion platform surfaceBase.
3. numerical control lock body roll extrusion trademark machine according to claim 2, is characterized in that described pressing moldThe pressing mold that adopts cylindrical structure, its rolling surface is its face of cylinder, the coining of pressing mold is arranged at rolling surfaceUpper, described pressing mold is arranged on described base by a rotating shaft that penetrates its axis.
4. according to the numerical control lock body roll extrusion trademark machine described in claim 2 or 3, it is characterized in that, described inRoll extrusion mint-mark assembly is provided with two covers, and the described roll extrusion mint-mark assembly of two covers is arranged at respectively after described feeding channelThe left and right sides of end.
5. numerical control lock body roll extrusion trademark machine according to claim 1, is characterized in that described materialLoading place is provided with one for material being sent into the feeding device in load transfer station, and described feeding device is positioned at feedingThe left side of passage front end, described feeding device is provided with a material loading push rod, the propelling movement direction of described material loading push rodFor from left to right;
Described feeding device adopts cylinder or motor-driven feeding device.
6. numerical control lock body roll extrusion trademark machine according to claim 1, is characterized in that described materialLoading place is provided with one for the discharging device from releasing in load transfer station by material, and described discharging device is positioned at and sendThe right side of material passage front end, described discharging device is provided with a material returned push rod, the propelling movement side of described material returned push rodTo for from right to left, the chamber right side of described load transfer station is offered one and is convenient to the opening that material returned push rod inserts into the inner;
It is wide that the right openings Breadth Maximum of the chamber of described load transfer station is less than the maximum of either side end face of materialDegree.
7. according to the numerical control lock body roll extrusion trademark machine described in claim 1 or 6, it is characterized in that, described inIn the chamber of load transfer station, being provided with one is convenient to send into the pushing device of the material push-tight in chamber, described push-tightDevice comprises a push pedal, and the propelling movement direction of the push pedal of described pushing device is fore-and-aft direction, described push-tight dressPut and adopt cylinder or motor-driven pushing device.
8. numerical control lock body roll extrusion trademark machine according to claim 1, is characterized in that described roll extrusionPlatform is provided with a charging aperture, and described charging aperture connects one for material being sent into from outside to roll extrusion platformFeeding-passage, described feeding-passage is and is in tilted layout, its angle of inclination is 10 degree～30 degree, its low levelPut end and connect described charging aperture.
9. numerical control lock body roll extrusion trademark machine according to claim 8, is characterized in that described chargingWhat mouthful place was provided with that a fore-and-aft direction moves delivers to feeding device after the material from feeding-passage for carryingTransition objective table between material loading push rod and feeding channel front end, described transition objective table is by cylinder or motorThe action of releasing and regaining with fore-and-aft direction after driving.
10. numerical control lock body roll extrusion trademark machine according to claim 8 or claim 9, is characterized in that, described inIn feeding-passage, be provided with a conveyer belt, the conveyor surface interval fixed range of described conveyer belt is provided with plural pieceDividing plate, the spacing between adjacent separator is greater than the minimum widith of material, and is less than the Breadth Maximum of material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520867468.0U CN205238899U (en) | 2015-11-02 | 2015-11-02 | Numerical control lock body roll extrusion trade mark machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520867468.0U CN205238899U (en) | 2015-11-02 | 2015-11-02 | Numerical control lock body roll extrusion trade mark machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205238899U true CN205238899U (en) | 2016-05-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520867468.0U Expired - Fee Related CN205238899U (en) | 2015-11-02 | 2015-11-02 | Numerical control lock body roll extrusion trade mark machine |
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| Country | Link |
|---|---|
| CN (1) | CN205238899U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106585093A (en) * | 2016-12-12 | 2017-04-26 | 王海江 | Smart watch trademark efficient engraving device |
| CN115504006A (en) * | 2022-08-29 | 2022-12-23 | 泰德激光惠州有限公司 | Rolling equipment |
-
2015
- 2015-11-02 CN CN201520867468.0U patent/CN205238899U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106585093A (en) * | 2016-12-12 | 2017-04-26 | 王海江 | Smart watch trademark efficient engraving device |
| CN106585093B (en) * | 2016-12-12 | 2018-06-26 | 孙淳杰 | A kind of efficient marking press equipment of smartwatch trade mark |
| CN115504006A (en) * | 2022-08-29 | 2022-12-23 | 泰德激光惠州有限公司 | Rolling equipment |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160518 Termination date: 20211102 |
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| CF01 | Termination of patent right due to non-payment of annual fee |