CN102407656B - Full-automatic pad printing device - Google Patents
Full-automatic pad printing device Download PDFInfo
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- CN102407656B CN102407656B CN 201110253881 CN201110253881A CN102407656B CN 102407656 B CN102407656 B CN 102407656B CN 201110253881 CN201110253881 CN 201110253881 CN 201110253881 A CN201110253881 A CN 201110253881A CN 102407656 B CN102407656 B CN 102407656B
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Abstract
The invention discloses a full-automatic pad printing device, which is characterized by comprising an automatic material feeding device, a first rotary pad printing machine, a second rotary pad printing machine, a material receiving dividing device and a material receiving transposition device, wherein the material receiving dividing device comprises a first slide rail, a first slide rail travelling device and a first material push device; the first slide rail is used for receiving a material from the automatic material feeding device; the first slide rail travelling device is used for driving the first slide rail to move in front of a first rotating table on the first rotary pad printing machine; the first material push device is used for pushing the material on the first slide rail onto the first rotating table and simultaneously pushing the material on the first rotating table to the material receiving transposition device; the material receiving transposition device comprises a second slide rail, a second slide rail travelling device and a second material push device; the second slide rail is used for receiving the material from the first rotating table; the second slide rail travelling device is used for driving the second slide rail to move in front of a second rotating table on the second rotary pad printing machine; and the second material push device is used for pushing the material on the second slide rail onto the second rotating table and simultaneously pushing the material on the second rotating table out. The full-automatic pad printing device is higher in automation, and the production efficiency can be greatly improved.
Description
Technical field
The present invention relates to a kind of Full-automatic pad printing device.
Background technology
In breaker is manufactured industry field, usually all adopt rotary pad printer to print required literal or identification information (for example on/off printed words) at killer switch or case for circuit breaker at present.Described rotary pad printer is existing comparatively ripe equipment, and its use has improved speed and the efficient of printing greatly.Yet the problem that still exists in the above-mentioned production is: before the printing, before needing manually killer switch or case for circuit breaker be positioned over rotary pad printer, and after finishing printing, need again manually product to be taken off to put into magazine, waste time and energy, greatly reduce production efficiency.
On the other hand, because the zone that needs to print on killer switch or the case for circuit breaker often is distributed on each face, can't disposablely finish printing, often need manually between two or many pad printer, to shift, perhaps by a repeated multiple times setting of pad printer and printing, comparatively waste time and energy, also greatly reduce production efficiency.
Summary of the invention
The present invention seeks to: a kind of Full-automatic pad printing device that is specifically designed on killer switch or case for circuit breaker printing word or identification information is provided, can carry out the automatic clamping and placing of parts to be printed during this device busy, save manpower, thereby greatly enhance productivity.
Technical scheme of the present invention is: 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, and also comprise:
The break-up device that connects material, it comprises the first slide rail: be used for connecting material from automatic feeding; The first slide rail running gear: before be used for driving the first slide rail and moving to the first turntable on the first rotary pad printer; The first material-pulling device: be used for the material on the first slide rail is pushed the first turntable, be used for simultaneously the material on the first turntable is pushed away to the transposer that connects material;
The transposer that connects material, it comprises the second slide rail: be used for connecting material from the first turntable; The second slide rail running gear: before be used for driving the second slide rail and moving to the second turntable on the second rotary pad printer; The second material-pulling device: be used for the material on the second slide rail is pushed the second turntable, be used for simultaneously the material on the second turntable is released.
Further, the involving vibrations of automatic feeding described in the present invention dish pay-off and air blowing device, described vibrating disk pay-off involving vibrations dish and the feed appliance that directly shakes that links to each other with vibrating disk, described air blowing device is located at feed appliance one side of directly shaking, and its air-blowing direction is pointed to the first slide rail.Described vibrating disk and the feed appliance that directly shakes thereof, and air blowing device is prior art.
Further, the preferred conventional slide unit cylinder of the first slide rail running gear described in the present invention, described the first slide rail is fixed on the slide unit of slide unit cylinder.
Further, the first material-pulling device described in the present invention specifically is made of the first pushing block and connection and the cylinder that drives the first pushing block activity.
Further, the second material-pulling device described in the present invention is preferably driven by the second slide rail running gear, and with the second slide rail synchronizing moving.
Further, described the second slide rail running gear adopts existing electric threaded shaft transmission device, and it comprises electric threaded shaft and the leading screw slide unit that is driven by electric threaded shaft, and described the second slide rail and the second material-pulling device all are fixed on the leading screw slide unit.
Further, described the second material-pulling device is made of the second pushing block and connection and the cylinder that drives the second pushing block activity.
Further, the break-up device that connects material described in the present invention also comprises the charging inductive switch: it links to each other with the first slide rail running gear internal drive circuits, be used for the charging quantity on induction the first slide rail, and export control signal with this and drive the action of the first slide rail running gear; The first pusher inductive switch: it links to each other with the first material-pulling device internal drive circuits, is used for induction the first slide rail whether to the first turntable, and whether the first turntable bat printing reset after complete, and exports control signal with this and drive the action of the first material-pulling device; And the described transposer that connects material also comprises the second pusher inductive switch: it links to each other with the second material-pulling device internal drive circuits, be used for induction the second slide rail whether to the second turntable, and whether the second turntable bat printing reset after complete, and export control signal with this and drive the action of the second material-pulling device.
Further, the inductive switch of charging described in the present invention, the first pusher inductive switch, the second pusher inductive switch are conventional photoelectric sensor switch, these switches link to each other with the drive circuit of the first slide rail running gear, the first material-pulling device and the second material-pulling device inside, thereby control their actions.Certainly concrete connection control technology is prior art, and the present invention no longer describes in detail.It is to be noted simultaneously, the inductive switch of charging described in the present invention mainly is the quantity that induction enters the material on the first slide rail, in case (this standard number is by manually providing to satisfy a certain default standard number, and be programmed in the program of charging inductive switch), the charging inductive switch sends immediately control signal and drives the action of the first slide rail running gear.And the effect of the first pusher inductive switch and the second pusher inductive switch all has two, before the first is responded to corresponding slide rail running gear and whether is moved to corresponding turntable, and export control signal with this and drive the action of corresponding material-pulling device, it two is whether the corresponding turntable of induction resets after bat printing finishes, if reset, then export control signal and drive corresponding material-pulling device action.
The following describes specific works mode of the present invention, supposing need to be in killer switch parts printing on and the off printed words information of routine, then its workflow is as follows: at first by the operator some killer switch parts are put into vibrating disk, the Vibration on Start-up dish and enters the first slide rail by the air blowing device air-blowing so that parts are sent through the feed appliance that directly shakes subsequently.Then respond to number of components in the first slide rail by the charging inductive switch, if satisfied default criterion numeral (such as 5) then sends control signal and drives the action of the first slide rail running gear, before driving the first turntable that the first slide rail moves to the first rotary pad printer, whether the first pusher inductive switch was responded to the first slide rail and was put in place this moment, then send control signal if put in place and drive the action of the first material-pulling device, parts are pushed on the first turntable, and immediately the first rotary pad printer startup is printed the on printed words to parts.Finish printing, respond to the first turntable by the first pusher inductive switch and whether reset, if reset, then send control signal and drive the first material-pulling device and again move parts are pushed on the second slide rail.Before the second slide rail running gear drives the second turntable that the second slide rail moves to the second rotary pad printer, whether the second pusher inductive switch was responded to the second slide rail and was put in place this moment, then send control signal drives the second material-pulling device parts is pushed the second turntable if put in place, by the second rotary pad printer parts are printed the off printed words, after finishing printing, whether the second pusher inductive switch is responded to the second turntable and is resetted, if reset, then send control signal and drive the second material-pulling device and again move parts are released the second turntable, fall in the pre-prepd magazine.
Advantage of the present invention is:
This Full-automatic pad printing device provided by the invention, during its work compared to existing technology, remove and treat printing unit by rotary pad printer and carry out beyond the automatic printing, can also carry out the automatic clamping and placing of parts to be printed, really accomplished the whole-course automation of printing process, greatly saved manpower, so that production efficiency is significantly improved.
Description of drawings
The invention will be further described below in conjunction with drawings and Examples:
Fig. 1 is structural representation of the present invention.
Wherein: 1, automatic feeding; 1a, vibrating disk; 1b, the feed appliance that shakes directly; 2, the first rotary pad printer; 2a, the first turntable; 3, the second rotary pad printer; 3a, the second turntable; 4, the first slide rail; 5, the first slide rail running gear; 6, the first material-pulling device; 7, the second slide rail; 8, the second slide rail running gear; 9, the second material-pulling device; 10, charging inductive switch; 11, the first pusher inductive switch; 12, the second pusher inductive switch; 13, workbench.
The specific embodiment
Embodiment: as shown in Figure 1, this Full-automatic pad printing device provided by the invention is comprised of automatic feeding 1, the first rotary pad printer 2, the second rotary pad printer 3, connect material break-up device and transposer five bulks that connect material, the wherein said first rotary pad printer 2 and the second rotary pad printer 3 be parallel being staggeredly arranged on a workbench 13 also in opposite directions, and automatic feeding 1 is arranged in workbench 13 1 sides.The described break-up device that connects material is arranged in the first rotary pad printer 2 one sides, and the transposer that connects material then is arranged in the second rotary pad printer 3 one sides.
Automatic feeding described in the present embodiment 1 is made of jointly vibrating disk pay-off and air blowing device, described vibrating disk pay-off specifically reaches the feed appliance 1b that directly shakes that links to each other with vibrating disk 1a by vibrating disk 1a and consists of, and described air blowing device (not shown in FIG.) is located at feed appliance 1b one side of directly shaking.The described feed appliance 1b that directly shakes is all vertical with the layout axis of the first rotary pad printer 2 and the second rotary pad printer 3.
Specifically in conjunction with shown in Figure 1, the break-up device that connects material in the present embodiment, it is made of jointly the first slide rail 4, the first slide rail running gear 5, the first material-pulling device 6, charging inductive switch 10 and the first pusher inductive switch 11.Wherein said the first slide rail 4 is arranged in parallel with the feed appliance 1b that directly shakes: it is used for connecting material from automatic feeding 1, and the air-blowing direction of the air blowing device in the aforementioned automatic feeding 1 is pointed to this first slide rail 4, thereby material can be blown in the first slide rail 4.
The first slide rail running gear 5 is the slide unit cylinder described in the present embodiment, and described the first slide rail 4 is fixed on the slide unit of slide unit cylinder.Before this first slide rail running gear 5 was used for driving the first slide rail 4 and moves to the first turntable 2a on the first rotary pad printer 2, the driving direction of the first slide rail running gear 5 was vertical with the first slide rail 4 in the present embodiment.
The first material-pulling device 6 described in the present embodiment is arranged in the first turntable 2a one side on the first rotary pad printer 2, and it is made of the first pushing block and connection and the cylinder that drives the first pushing block activity.This first material-pulling device 6 is used for the material on the first slide rail 4 is pushed the first turntable 2a, is used for simultaneously the material on the first turntable 2a is pushed away to the transposer that connects material.The pusher direction of this first material-pulling device 6 is parallel with the first slide rail 4 in the present embodiment.
The inductive switch of charging described in the present embodiment 10 and the first pusher inductive switch 11 are photoelectric sensor switch, wherein said charging inductive switch 10 links to each other with the first slide rail running gear 5 internal drive circuits, be used for the charging quantity on induction the first slide rail 4, in case (this standard number is by manually providing to satisfy a certain default standard number, and be programmed in the program of charging inductive switch), charging inductive switch 10 sends immediately control signal and drives 5 actions of the first slide rail running gear.The first pusher inductive switch 11 links to each other with the first material-pulling device 6 internal drive circuits, be used for induction the first slide rail 4 whether to the first turntable 2a, and whether the first turntable 2a bat printing reset after complete, and export control signal with this and drive 6 actions of the first material-pulling device.
The transposer that connects material in the present embodiment, it is made of jointly the second slide rail 7, the second slide rail running gear 8, the second material-pulling device 9 and the second pusher inductive switch 12.Wherein the second slide rail 7 and the first slide rail 4 are arranged in parallel, and this second slide rail 7 is used for connecting material from the first turntable 2a.
The second slide rail running gear 8 is the electric threaded shaft transmission device described in the present embodiment, and it reaches the leading screw slide unit that is driven by electric threaded shaft by electric threaded shaft and jointly consists of.Described the second slide rail 7 and the second material-pulling device 9 all are fixed on the leading screw slide unit.Before this second slide rail running gear 8 was used for driving the second slide rail 7 and moves to the second turntable 3a on the second rotary pad printer 3, the driving direction of the second slide rail running gear 8 was vertical with the second slide rail 7 in the present embodiment.
The second material-pulling device 9 is made of the second pushing block and connection and the cylinder that drives the second pushing block activity in the present embodiment.This second material-pulling device 9 is used for the material on the second slide rail 7 is pushed the second turntable 3a, is used for simultaneously the material on the second turntable 3a is released.The pusher direction of this second material-pulling device 9 is parallel with the second slide rail 7 in the present embodiment.
The second pusher inductive switch 12 also is photoelectric sensor switch described in the present embodiment, it links to each other with the second material-pulling device 9 internal drive circuits, be used for induction the second slide rail 7 whether to the second turntable 3a, and whether the second turntable 3a bat printing reset after complete, and export control signal with this and drive 9 actions of the second material-pulling device.
The following describes the specific works mode of present embodiment, present embodiment is mainly used in killer switch parts printing on and the off printed words information in routine, its workflow is as follows: at first by the operator some killer switch parts are put into vibrating disk 1a, Vibration on Start-up dish 1a and enters the first slide rail 4 by the air blowing device air-blowing so that parts are sent through the feed appliance 1b that directly shakes subsequently.Then by the number of components in charging inductive switch 10 inductions the first slide rail 4, if satisfied default criterion numeral (such as 5) then sends control signal and drives 5 actions of the first slide rail running gear, before driving the first turntable 2a that the first slide rail 4 moves to the first rotary pad printer 2, whether the first pusher inductive switch 11 inductions this moment the first slide rail 4 puts in place, then send control signal if put in place and drive 6 actions of the first material-pulling device, parts are pushed on the first turntable 2a, and immediately the first rotary pad printer 2 startups are printed the on printed words to parts.Finish printing, whether the first turntable 2a resets by the induction of the first pusher inductive switch 11, if reset, then sends control signal and drives the first material-pulling device 6 and again move parts are pushed on the second slide rail 7.Before the second slide rail running gear 8 drives the second slide rail 7 moves to the second turntable 3a of the second rotary pad printer 3, whether the second pusher inductive switch 12 inductions this moment the second slide rail 7 puts in place, then send control signal drives the second material-pulling device 9 parts is pushed the second turntable 3a if put in place, print the off printed words by 3 pairs of parts of the second rotary pad printer, after finishing printing, whether the second pusher inductive switch 12 inductions the second turntable 3a resets, if reset, then send control signal and drive the second material-pulling device 9 and again move parts are released the second turntable 3a, fall in the pre-prepd magazine.
This Full-automatic pad printing device that present embodiment provides, during its work compared to existing technology, remove and treat printing unit by rotary pad printer and carry out beyond the automatic printing, can also carry out the automatic clamping and placing of parts to be printed, really accomplished the whole-course automation of printing process, greatly saved manpower, so that production efficiency is significantly improved.
Above-described embodiment illustrates technical conceive of the present invention and characteristics, and its purpose is to allow the people who is familiar with technique can understand content of the present invention and according to this enforcement, can not limit protection scope of the present invention with this.The all Spirit Essence of main technical schemes is done according to the present invention equivalent transformation or modification all should be encompassed within protection scope of the present invention.
Claims (9)
1. a Full-automatic pad printing device is characterized in that comprising automatic feeding (1), the first rotary pad printer (2) and the second rotary pad printer (3), also comprises:
The break-up device that connects material, it comprises the first slide rail (4): be used for connecting material from automatic feeding (1); The first slide rail running gear (5): front for the first turntable (2a) that driving the first slide rail (4) moves on the first rotary pad printer (2); The first material-pulling device (6): be used for the material on the first slide rail (4) is pushed the first turntable (2a), be used for simultaneously the material on the first turntable (2a) is pushed away to the transposer that connects material;
The transposer that connects material, it comprises the second slide rail (7): be used for connecting material from the first turntable (2a); The second slide rail running gear (8): front for the second turntable (3a) that driving the second slide rail (7) moves on the second rotary pad printer (3); The second material-pulling device (9): be used for the material on the second slide rail (7) is pushed the second turntable (3a), be used for simultaneously the material on the second turntable (3a) is released.
2. Full-automatic pad printing device according to claim 1, it is characterized in that described automatic feeding (1) involving vibrations dish pay-off and air blowing device, described vibrating disk pay-off involving vibrations dish (1a) and the feed appliance that directly shakes (1b) that links to each other with vibrating disk (1a), described air blowing device is located at the feed appliance that directly shakes (1b) side, and its air-blowing direction is pointed to the first slide rail (4).
3. Full-automatic pad printing device according to claim 1 is characterized in that described the first slide rail running gear (5) is the slide unit cylinder, and described the first slide rail (4) is fixed on the slide unit of slide unit cylinder.
4. Full-automatic pad printing device according to claim 1 is characterized in that described the first material-pulling device (6) is made of the first pushing block and connection and the cylinder that drives the first pushing block activity.
5. Full-automatic pad printing device according to claim 1 is characterized in that described the second material-pulling device (9) is also driven by the second slide rail running gear (8), and with the second slide rail (7) synchronizing moving.
6. Full-automatic pad printing device according to claim 5, it is characterized in that described the second slide rail running gear (8) is the electric threaded shaft transmission device, it comprises electric threaded shaft and the leading screw slide unit that is driven by electric threaded shaft, and described the second slide rail (7) and the second material-pulling device (9) all are fixed on the leading screw slide unit.
7. according to claim 1 or 5 or 6 described Full-automatic pad printing devices, it is characterized in that described the second material-pulling device (9) is made of the second pushing block and connection and the cylinder that drives the second pushing block activity.
8. Full-automatic pad printing device according to claim 1, it is characterized in that the described break-up device that connects material also comprises charging inductive switch (10): it links to each other with the first slide rail running gear (5) internal drive circuits, be used for the charging quantity on induction the first slide rail (4), and export control signal with this and drive the action of the first slide rail running gear (5); The first pusher inductive switch (11): it links to each other with the first material-pulling device (6) internal drive circuits, whether be used for induction the first slide rail (4) front to the first turntable (2a), and whether the first turntable (2a) bat printing reset after complete, and export control signal with this and drive the first material-pulling device (6) action; And the described transposer that connects material also comprises the second pusher inductive switch (12): it links to each other with the second material-pulling device (9) internal drive circuits, whether be used for induction the second slide rail (7) front to the second turntable (3a), and whether the second turntable (3a) bat printing reset after complete, and export control signal with this and drive the second material-pulling device (9) action.
9. Full-automatic pad printing device according to claim 8 is characterized in that described charging inductive switch (10), the first pusher inductive switch (11) and the second pusher inductive switch (12) are photoelectric sensor switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110253881 CN102407656B (en) | 2011-08-31 | 2011-08-31 | Full-automatic pad printing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110253881 CN102407656B (en) | 2011-08-31 | 2011-08-31 | Full-automatic pad printing device |
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| CN102407656A CN102407656A (en) | 2012-04-11 |
| CN102407656B true CN102407656B (en) | 2013-04-17 |
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| CN 201110253881 Active CN102407656B (en) | 2011-08-31 | 2011-08-31 | Full-automatic pad printing device |
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Families Citing this family (7)
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| CN102975485B (en) * | 2012-12-24 | 2015-07-15 | 厦门大学 | Watch dial plate transfer printing device |
| CN104890356B (en) * | 2014-03-03 | 2019-09-03 | 奔龙自动化科技有限公司 | A kind of four color printer device of leakage circuit breakers |
| 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 |
| CN104772977B (en) * | 2015-04-16 | 2017-12-26 | 东莞市顺林模型礼品有限公司 | One kind combination pad printing machine |
| CN109383125B (en) * | 2017-08-14 | 2023-12-26 | 浙江正泰电器股份有限公司 | Circuit breaker printing equipment and printing method |
| CN110303207B (en) * | 2019-07-13 | 2020-09-11 | 乐清今立电器科技有限公司 | Automatic tapping machine |
| CN114851692A (en) * | 2021-01-20 | 2022-08-05 | 四川信连电子科技有限公司 | Automatic pad printing machine for wiring terminal |
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| KR101001274B1 (en) * | 2010-05-26 | 2010-12-14 | 주식회사 대영테크 | Printing apparatus capable of pad rotation |
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| CN102407656A (en) | 2012-04-11 |
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