CN102975485B - Watch dial plate transfer printing device - Google Patents
Watch dial plate transfer printing device Download PDFInfo
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- CN102975485B CN102975485B CN201210572052.7A CN201210572052A CN102975485B CN 102975485 B CN102975485 B CN 102975485B CN 201210572052 A CN201210572052 A CN 201210572052A CN 102975485 B CN102975485 B CN 102975485B
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Abstract
A watch dial plate transfer printing device relates to a transfer printing device. The water dial plate transfer printing device is mainly used for printing figures, characters and marks on a watch dial plate, and can realize automatic picking and placing of the watch dial plate so as to replace manual feeding and further improve transfer printing production efficiency obviously. The watch dial plate transfer printing device comprises a vibration feeding mechanism, a transfer loading mechanism, a loading-blanking manipulator and a transfer printing mechanism; the vibration feeding mechanism provides a vibrating disc and a straight vibration feeder; the transfer loading mechanism comprises a slide loading plate and a first pushing device; the loading-blanking manipulator provides a vacuum sucking disc, a second pushing device and a third pushing device; and the transfer printing mechanism provides a transfer printer, a transfer printing workbench, a feeding inductive switch and a third inductive switch.
Description
Technical field
The present invention relates to a kind of printer device, especially relate to a kind of Watch dail plate printer device in Watch dail plate surface printing numeral, pattern and sign.
Background technology
At present, the printing of Watch dail plate, the main mode of production adopting trans-printing, uses pad printer monochrome or chromatography in panel surface press figure, pattern and sign.Current production technology, adopts manual loading and unloading mode, manual is put on transfer-printing workbench by dial code to be printed, to be printed complete after, then take off finished product dial plate by hand.Automation of Manufacturing Process degree is low, and production efficiency is low, and homogeneity of product is poor.Along with the increase of product yield, and to the raising that product quality requires, manual feeding is more and more difficult to meet production requirement.For produced problem in production, an urgent demand improves feeding style, realizes the automation that bat printing is produced.
Chinese patent CN1391155 discloses a kind of keyboard printer device and method, bat printing on keyboard press surface and form the protective film keyboard of band texture indentation, and it comprises texture printed panel, is provided with the etched surface of band texture rag, to apply protective coating; And be provided with the bat printing module of multiple bat printing head, to press on the etched surface being coated with protective coating, to make protective coating be attached to bat printing head, then protective coating is transferred to the press surface of keyboard, forms protective film.The protective coating adhered on texture printed panel by bat printing head pressing texture printed panel, then be transferred to press surface, and form uniform protective film, to protect the symbol pattern on button.
Chinese patent CN202242294U discloses a kind of Full-automatic pad printing device, it is characterized in that comprising automatic feeding, the first rotary pad printer and the second rotary pad printer, also comprise: splicing break-up device, it comprises the first slide rail: for from splicing on automatic feeding; First slide rail running gear: before the first turntable moved in the first rotary pad printer for driving the first slide rail; First material-pulling device: for the material on the first slide rail is pushed the first turntable, simultaneously for pushing away to splicing transposer by the material on the first turntable; Splicing transposer, it comprises the second slide rail: for from splicing on the first turntable; Second slide rail running gear: before the second turntable moved in the second rotary pad printer for driving the second slide rail; Second material-pulling device: for the material on the second slide rail is pushed the second turntable, simultaneously for being released by the material on the second turntable.
Summary of the invention
The object of this invention is to provide the automatic clamping and placing that can realize Watch dail plate, replace manual feeding, thus significantly improve bat printing production efficiency, be mainly used in a kind of Watch dail plate printer device of press figure, word and sign on Watch dail plate.
The present invention is provided with vibration feeding mechanism, transfer mechanism, loading and unloading manipulator and transfer printing mechanism.
Described vibration feeding mechanism is provided with vibrating disk, directly shakes feed appliance, discharging inductive switch and vacuum tube joint, and described vibrating disk is connected with the feed appliance that directly shakes, for realizing the oriented ejection of dial plate to be printed; The feed appliance exit that directly shakes is located at by described discharging inductive switch, and discharging inductive switch is connected with vibrating disk internal drive circuits, for responding to the dial plate quantity to be printed of directly shaking in feed appliance, and exports with this start and stop that control signal drives vibrating disk; Described vacuum tube joint is located at below the feed appliance discharging opening that directly shakes, and when connecing vacuum gas, the dial plate to be printed directly shaken in feed appliance is held the feed appliance that makes directly to shake and stops discharging, control directly to shake feed appliance discharging by the break-make controlling vacuum gas;
Described transfer mechanism is provided with slip material containing dish, the first material-pulling device, the first stroke inductive switch, charging inductive switch and the second stroke inductive switch, described slip material containing dish is connected with the feeding port that directly shakes, slip material containing dish is connected with the first material-pulling device, before dial plate to be printed is transported to transfer-printing workbench by slip material containing dish under the driving of the first material-pulling device, first material-pulling device is located at the feed appliance unloading position that directly shakes, and slip material containing dish is fixed on the slide unit of the first material-pulling device; Directly the shake internal control circuit of feed appliance exit vacuum gas break-make of described first stroke inductive switch and controlling is connected, the feed appliance exit position that directly shakes whether is arrived for responding to slip material containing dish, and export control signal with this and control directly to shake the vacuum gas break-make of feed appliance discharge outlet, the servo discharging of the feed appliance that realizes directly shaking; Directly the shake internal control circuit of feed appliance exit vacuum gas break-make of described charging inductive switch and the first material-pulling device internal drive circuits and controlling is connected, for responding in slip receiver whether have material, and export control signal with this, recover vacuum gas and stop feed and drive the first material-pulling device action to make slip material containing dish move to pad printer front; Described second stroke inductive switch is connected with loading and unloading manipulator internal drive circuits, for whether responding to slip material containing dish to pad printer front, and exports control signal with this, controls loading and unloading manipulator and takes charging tray to be printed away;
Described loading and unloading manipulator is provided with vacuum cup, the second material-pulling device and the 3rd material-pulling device, and described vacuum cup is fixed on the slide unit of the second material-pulling device, and the second material-pulling device is connected with the 3rd material-pulling device;
Described transfer printing mechanism is provided with pad printer, transfer-printing workbench, charging inductive switch and the 3rd inductive switch; Described charging inductive switch is connected with the internal control circuit of pad printer, for responding on bat printing platform whether have material, and exports control signal with this, controls pad printer and completes bat printing action; Whether described 3rd inductive switch is connected with the internal control circuit of loading and unloading manipulator, complete, and export control signal with this for responding to the action of pad printer bat printing, controls loading and unloading manipulator and takes finished product dial plate away from transfer-printing workbench.
Described discharging inductive switch, charging inductive switch and third trip inductive switch all can adopt conventional photoelectric sensor switch; Described first stroke inductive switch and the second stroke inductive switch all can adopt conventional cylinder magnetic switch; Described pad printer can adopt conventional food tray formula or oily legendary venomous insect formula pad printer; Described first material-pulling device adopts conventional Rodless cylinder; Described second material-pulling device adopts conventional slide unit cylinder; Described 3rd material-pulling device adopts conventional guide rod cylinder.
Specific works mode of the present invention is as follows:
Suppose to need press figure on the circular ring type dial plate of routine, then its bat printing production procedure is: first pour in vibrating disk by operative employee by some dial plates to be printed, Vibration on Start-up dish subsequently, makes dial plate surface to be printed upwards be arranged in order to enter and directly shake in feed appliance by the disc vibration that shakes.When sensing that in the feed appliance that directly shakes, dial plate to be printed reaches setting quantity, discharging inductive switch exports control signal, controls vibrating disk and quits work; Directly to shake feed appliance exit position if the first stroke inductive switch senses that slip receiver arrives, inductive switch exports control signal, and the vacuum gas in the feed appliance exit that controls directly to shake disconnects, and dial plate to be printed, from feed appliance discharging of directly shaking, enters in slip receiver; After the charging inductive switch on slip receiver senses charging, export control signal, recover vacuum gas and stop feed, and drive the first material-pulling device action, slip material containing dish is pushed into pad printer front; After the second stroke inductive switch senses that slip material containing dish puts in place, export control signal and drive loading and unloading manipulator action, take dial plate to be printed away, move and be put on transfer-printing workbench, then loading and unloading manipulator returns initial position; Now slip receiver returns to feed appliance unloading position continuation splicing of directly shaking; When the charging inductive switch on transfer-printing workbench senses charging, export control signal and drive pad printer to complete bat printing action; After bat printing completes, after the 3rd inductive switch of pad printer device senses that shift printing rubber head leaves bat printing platform, export control signal and drive loading and unloading manipulator action, take the dial plate that bat printing is good away, put into preprepared magazine.
Compared with prior art, the invention has the beneficial effects as follows: not only by pad printer automatic printing Watch dail plate, and the automatic clamping and placing of dial plate can be realized, really achieve the automation that Watch dail plate bat printing is produced.Compared with artificial feeding, loading and unloading speed of the present invention is fast, production efficiency is high, good product consistency, and decreases the contact of operative employee and poisonous printing stain, improves working environment, has good actual application value.
Accompanying drawing explanation
Fig. 1 is the structure composition schematic top plan view of the embodiment of the present invention.
Fig. 2 is that schematic diagram is looked on a structure composition left side for the embodiment of the present invention.
In fig 1 and 2, be respectively labeled as: 1, transfer printing mechanism; 2, pad printer; 3, third trip inductive switch; 4, the first material-pulling device; 5, slip material containing dish; 6, switch board; 7, transfer mechanism; 8, the first stroke inductive switch; 9, directly shake the discharging inductive switch of feed appliance; 10, directly shake feed appliance; 11, vibration feeding mechanism; 12, vibrating disk; 13, loading and unloading manipulator; 14, the second material-pulling device; 15, the 3rd material-pulling device; 16, vacuum cup; 17, the second stroke inductive switch; 18, transfer-printing workbench; 19, the charging inductive switch of transfer-printing workbench; 20, the charging inductive switch of slip material containing dish; 21, vacuum tube joint.
Detailed description of the invention
Following examples will the invention will be further described by reference to the accompanying drawings.
As illustrated in fig. 1 and 2, the embodiment of the present invention is provided with vibration feeding mechanism 11, transfer mechanism 7, loading and unloading manipulator 13 and transfer printing mechanism 1, and wherein vibration feeding mechanism 11, transfer mechanism 7, loading and unloading manipulator 13 are all arranged in the same side of transfer printing mechanism 1.
The mechanism of vibration feeding described in the present embodiment is made up of vibrating disk 12, directly shake feed appliance 10, discharging inductive switch 9, vacuum tube joint 21, and wherein, the feed appliance 10 that directly shakes is connected with vibrating disk 12; Discharging inductive switch 9 is arranged in the top of feed appliance 10 feeding track that directly shakes, the interior dial plate quantity to be printed so that induction is directly shaken; Vacuum tube joint 21 is arranged in below feed appliance 10 discharging opening that directly shakes, to control directly to shake discharging.
Transfer mechanism 7 described in the present embodiment comprises slip material containing dish 5, first material-pulling device 4, first stroke inductive switch 8 and the second stroke inductive switch 17, and wherein, slip material containing dish 5 is fixed on the slide unit of the first material-pulling device 4; First material-pulling device 4 arranges that axis is vertical with the feed appliance 10 discharging direction that directly shakes, and its guide rail one end exports with the feed appliance 10 that directly shakes and aligns, so that the material containing dish 5 that slides is from feed appliance 10 discharging opening splicing of directly shaking; First stroke inductive switch 8 is arranged in the nearly vibrating disk one end of the first material-pulling device 4, and the second stroke inductive switch 17 is arranged in vibrating disk one end far away of the first material-pulling device 4.First material-pulling device 4 adopts conventional Rodless cylinder, and described slip receiver 5 is fixed on the slide unit of Rodless cylinder.
Loading and unloading manipulator 13 described in the present embodiment comprises vacuum cup 16, second material-pulling device 14 and the 3rd material-pulling device 15, and wherein, the second material-pulling device 14 adopts conventional guide rod cylinder, arranges that axis and pad printer 2 arrange axis collinear; 3rd material-pulling device 15 adopts conventional slide unit cylinder, to be arranged in perpendicular and to arrange that axis and the second material-pulling device 14 arrange axes normal, being connected with the piston rod of the second material-pulling device 4 guide rod cylinder; Vacuum cup 16 is arranged in perpendicular, is connected with the slide unit of the 3rd material-pulling device 15.
Transfer printing mechanism 1 described in the present embodiment comprises pad printer 2, transfer-printing workbench 18 and third trip inductive switch 3, and wherein, transfer-printing workbench 18 is arranged in pad printer 2 front, and adjustment horizontal level and height are to enable the complete bat printing of shift printing rubber head on the table; Third trip inductive switch 3 is conventional photo inductive switch, is arranged in pad printer 2 side, for responding to the travel position of pad printer transfer glue head.
The following describes the specific works mode of the present embodiment, suppose to need to print a number of turns word on the circular ring type dial plate of routine, then its bat printing production procedure is: first some dial plates to be printed to be poured in vibrating disk into 12 by operative employee, Vibration on Start-up dish 12 subsequently, makes dial plate surface to be printed upwards enter in order by the disc vibration that shakes and directly shakes in feed appliance 10.When sensing that in the feed appliance 10 that directly shakes, dial plate to be printed reaches setting quantity, discharging inductive switch 9 exports control signal, controls vibrating disk 12 and quits work; If the first stroke inductive switch 8 senses that slip receiver 5 arrives feed appliance 10 exit position that directly shakes, inductive switch exports control signal, control directly shake feed appliance 10 discharge outlet vacuum gas disconnect, dial plate to be printed, from feed appliance 10 discharging of directly shaking, enters in slip receiver 5; After the charging inductive switch 20 on slip receiver 5 senses charging, export control signal, recover vacuum gas and stop feed, and drive the first material-pulling device 4 action, slip material containing dish 5 is pushed into pad printer 2 front; After the second stroke inductive switch 17 senses that slip material containing dish 5 puts in place, export control signal and drive loading and unloading manipulator 13 action, take dial plate to be printed away, move and be put on transfer-printing workbench 18, then loading and unloading manipulator 13 returns initial position; Now slip receiver 5 returns to feed appliance 10 unloading position continuation splicing of directly shaking; When the charging inductive switch 19 on transfer-printing workbench 18 senses charging, export control signal and drive pad printer 2 to complete bat printing action; When bat printing completes, after the 3rd inductive switch 3 on transfer printing mechanism 1 senses that shift printing rubber head leaves bat printing platform, export control signal and drive loading and unloading manipulator 13 action, take the dial plate that bat printing is good away, put into preprepared magazine.
This printer device that the present embodiment provides, compared with prior art, the invention has the beneficial effects as follows: not only by pad printer automatic printing Watch dail plate, can also realize the automatic clamping and placing of dial plate, really achieves the automation that Watch dail plate bat printing is produced.Compared with artificial feeding, this device loading and unloading speed is fast, production efficiency is high, good product consistency, and decreases the contact of operative employee and poisonous printing stain, improves working environment, has good actual application value.
Above-described embodiment illustrates technical conceive of the present invention and feature thereof, its object is to: enable person skilled in the art understand content of the present invention and implement according to this, can not limit the scope of the invention with this.Every equivalent transformation of making according to the Spirit Essence of main technical schemes of the present invention or modification, all should be encompassed in protection scope of the present invention.
Claims (7)
1. a Watch dail plate printer device, is characterized in that being provided with vibration feeding mechanism, transfer mechanism, loading and unloading manipulator and transfer printing mechanism;
Described vibration feeding mechanism is provided with vibrating disk, directly shakes feed appliance, discharging inductive switch and vacuum tube joint, and described vibrating disk is connected with the feed appliance that directly shakes, for realizing the oriented ejection of dial plate to be printed; The feed appliance exit that directly shakes is located at by described discharging inductive switch, and discharging inductive switch is connected with vibrating disk internal drive circuits, for responding to the dial plate quantity to be printed of directly shaking in feed appliance, and exports with this start and stop that control signal drives vibrating disk; Described vacuum tube joint is located at below the feed appliance discharging opening that directly shakes, and when connecing vacuum gas, the dial plate to be printed directly shaken in feed appliance is held the feed appliance that makes directly to shake and stops discharging, control directly to shake feed appliance discharging by the break-make controlling vacuum gas;
Described transfer mechanism is provided with slip material containing dish, the first material-pulling device, the first stroke inductive switch, charging inductive switch and the second stroke inductive switch, described slip material containing dish is connected with the feeding port that directly shakes, slip material containing dish is connected with the first material-pulling device, before dial plate to be printed is transported to transfer-printing workbench by slip material containing dish under the driving of the first material-pulling device, first material-pulling device is located at the feed appliance unloading position that directly shakes, and slip material containing dish is fixed on the slide unit of the first material-pulling device; Directly the shake internal control circuit of feed appliance exit vacuum gas break-make of described first stroke inductive switch and controlling is connected, the feed appliance exit position that directly shakes whether is arrived for responding to slip material containing dish, and export control signal with this and control directly to shake the vacuum gas break-make of feed appliance discharge outlet, the servo discharging of the feed appliance that realizes directly shaking; Directly the shake internal control circuit of feed appliance exit vacuum gas break-make of described charging inductive switch and the first material-pulling device internal drive circuits and controlling is connected, for responding in slip receiver whether have material, and export control signal with this, recover vacuum gas and stop feed and drive the first material-pulling device action to make slip material containing dish move to pad printer front; Described second stroke inductive switch is connected with loading and unloading manipulator internal drive circuits, for whether responding to slip material containing dish to pad printer front, and exports control signal with this, controls loading and unloading manipulator and takes charging tray to be printed away;
Described loading and unloading manipulator is provided with vacuum cup, the second material-pulling device and the 3rd material-pulling device, and described vacuum cup is fixed on the slide unit of the second material-pulling device, and the second material-pulling device is connected with the 3rd material-pulling device;
Described transfer printing mechanism is provided with pad printer, transfer-printing workbench, charging inductive switch and the 3rd inductive switch; Described charging inductive switch is connected with the internal control circuit of pad printer, for responding on bat printing platform whether have material, and exports control signal with this, controls pad printer and completes bat printing action; Whether described 3rd inductive switch is connected with the internal control circuit of loading and unloading manipulator, complete, and export control signal with this for responding to the action of pad printer bat printing, controls loading and unloading manipulator and takes finished product dial plate away from transfer-printing workbench.
2. a kind of Watch dail plate printer device as claimed in claim 1, is characterized in that described discharging inductive switch, charging inductive switch and third trip inductive switch all adopt photoelectric sensor switch.
3. a kind of Watch dail plate printer device as claimed in claim 1, is characterized in that described first stroke inductive switch and the second stroke inductive switch all adopt cylinder magnetic switch.
4. a kind of Watch dail plate printer device as claimed in claim 1, is characterized in that described pad printer adopts food tray formula or oily legendary venomous insect formula pad printer.
5. a kind of Watch dail plate printer device as claimed in claim 1, is characterized in that described first material-pulling device adopts conventional Rodless cylinder.
6. a kind of Watch dail plate printer device as claimed in claim 1, is characterized in that described second material-pulling device adopts conventional guide rod cylinder.
7. a kind of Watch dail plate printer device as claimed in claim 1, is characterized in that described 3rd material-pulling device adopts conventional slide unit cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210572052.7A CN102975485B (en) | 2012-12-24 | 2012-12-24 | Watch dial plate transfer printing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210572052.7A CN102975485B (en) | 2012-12-24 | 2012-12-24 | Watch dial plate transfer printing device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102975485A CN102975485A (en) | 2013-03-20 |
| CN102975485B true CN102975485B (en) | 2015-07-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210572052.7A Expired - Fee Related CN102975485B (en) | 2012-12-24 | 2012-12-24 | Watch dial plate transfer printing device |
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Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103407284B (en) * | 2013-07-22 | 2015-08-19 | 深圳雷柏科技股份有限公司 | For the rotary power structure of printer device |
| CN103722872A (en) * | 2013-10-31 | 2014-04-16 | 王建霞 | Thermoprinting machine |
| CN103950276B (en) * | 2014-04-03 | 2017-03-29 | 东莞市恒锦印刷机械有限公司 | A kind of cylinder press |
| CN111745478A (en) * | 2020-07-13 | 2020-10-09 | 孙义彬 | Automatic feeding and discharging and surface grinding equipment for synchronizer intermediate ring |
| CN112109434B (en) * | 2020-09-25 | 2024-05-14 | 佛山市力美照明科技股份有限公司 | Lamp shade pad printing system |
| CN113246594B (en) * | 2021-06-08 | 2022-06-21 | 广东欧希德精密智造科技有限公司 | Automatic silk-screen printing equipment and method for characters on side surface of keycap |
| CN116991053B (en) * | 2023-09-28 | 2024-01-02 | 天王电子（深圳）有限公司 | Timing product travel time quality intelligent detection equipment and method |
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| CN102975485A (en) | 2013-03-20 |
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