CN102582211A - Printing and bonding production line and die cutting equipment thereof - Google Patents
Printing and bonding production line and die cutting equipment thereof Download PDFInfo
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- CN102582211A CN102582211A CN2012100262043A CN201210026204A CN102582211A CN 102582211 A CN102582211 A CN 102582211A CN 2012100262043 A CN2012100262043 A CN 2012100262043A CN 201210026204 A CN201210026204 A CN 201210026204A CN 102582211 A CN102582211 A CN 102582211A
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Abstract
The invention provides a printing and bonding production line and die cutting equipment thereof. The printing and bonding production line comprises one or more pieces of die cutting equipment and one or more size printing machines, wherein each size printing machine comprises a size feeding mechanism controlled by a servo control mechanism; after band-shaped processing materials pass through the size feeding mechanism, electrolytes or size with specified patterns are printed on specified positions of the band-shaped processing materials; and the size feeding servo control mechanism of the size printing machine is synchronously coupled with a first servo control part or a second servo control part of one piece of die cutting equipment, and/or the first servo control part or the second servo control part of one piece of die cutting equipment is synchronously coupled with a first servo control part or a second servo control part of another piece of die cutting equipment. By adopting the printing and bonding production line and the die cutting equipment thereof, large-scale production of printed electronic products can be realized.
Description
Technical field
The present invention relates to apparatus for production line, relate in particular to a kind of printing coating line and stamping thereof that prints electronic product and cut equipment.
Background technology
The printing electronic product is a kind of for example emerging product of film paper battery, RFID, thin-film display, film calculator, USB flash disk, wafer speaker etc. that comprises.The characteristics of printing electronic product are flexible, soft thin, convenient, also are attended by advantages such as environmental protection, saving simultaneously.The printing electronic product can be used for scenes such as e-book, electronic newspaper, RF tag, electronic packaging, electronics facial mask, electronic medicinal plaster, sensor tag, and the appearance of printing electronic product will produce far-reaching influence to whole consumer electronics and industrial electronic field (like logistics, medical treatment, security or the like).
The printing electronic product adopts sandwich construction mostly, each layer shape different sizes, and the positioning requirements between layer and the layer is very harsh.Fig. 1 shows the decomposition texture of a kind of film paper battery of the prior art, comprises successively from top to bottom: non-drying glue layer 11, negative electrode layer 12, membrane layer 13, positive electrode layer 14 and conductive electrode layer 15 also have electrolyte between membrane layer 13 and the negative electrode layer 12.
With the film paper battery is example, and its production technology has following characteristics: sandwich construction; Functional layer material is added on the suitable substrates through methods such as printing, coatings; Shape different sizes between layer and the layer; In order to prevent short circuit and other functional requirements, require accurately location between each layer; May relate to functional layer (like electrolyte) keeps moistening and situation that further process.Above process characteristic has formed huge challenge to the extensive manufacturing of printing electronic product.
Summary of the invention
The technical problem that the present invention will solve provides a kind of printing coating line and stamping is cut equipment, can realize printing the large-scale production of electronic product.
For solving the problems of the technologies described above, the invention provides a kind of stamping and cut equipment, comprising:
The stamping cutting mechanism, said stamping cutting mechanism comprises:
The first banded raw material are located the first raw material feed mechanism of sending into and keep material tension, have the telltale mark that the electronic recognition tracking unit can be discerned on the said first banded raw material;
The said first banded raw material are carried out the stamping that stamping cuts cut parts;
Telltale mark on the said first banded raw material is discerned the first electronic recognition tracking unit with track and localization;
Link to each other, the said first raw material feed mechanism carried out the first SERVO CONTROL parts of position and speed controlling with the said first electronic recognition tracking unit;
The said location of the location fit body fit body of the first banded raw material below that is positioned at the first raw material feed mechanism transmission of said stamping cutting mechanism comprises:
The second raw material feed mechanism; The second banded raw material are sent into and kept the said second banded raw-material position and the corresponding applying of the die-cut figure that falls of said stamping cutting mechanism, have the telltale mark that the electronic recognition tracking unit can be discerned on the said second banded raw material;
Telltale mark on the said second banded raw material is discerned the second electronic recognition tracking unit with track and localization;
Link to each other, the said second raw material feed mechanism carried out the second SERVO CONTROL parts of position and speed controlling with the said second electronic recognition tracking unit.
Alternatively, said stamping cutting mechanism also comprises:
The rewinding frame that matches with the said first raw material feed mechanism carries out rolling to the first banded raw material after die-cut.
Alternatively; The said first raw material feed mechanism is the first roller group that cooperatively interacts and use, and the said first roller group comprises transmits the said first banded raw-material delivery roll, the tension control roll, the middle transition slewing rollers that keep the said first banded raw material tension force and the registration roller of controlling vertical or horizontal location.
Alternatively, the said second raw material feed mechanism is the second roller group that cooperatively interacts and use, and the said second roller group is parallel or vertical at direction in space with the said first roller group.
The present invention also provides a kind of printing coating line; Comprise that one or more above each described stampings cut equipment and one or more slurry printing machine; Said slurry printing machine comprises the feed mechanism by servo-control mechanism control, and banded rapidoprint is through the electrolyte or the slurry of said feed mechanism assigned address printing given pattern above that; The feeding servo-control mechanism of said slurry printing machine and said stamping are cut the first SERVO CONTROL parts or the second SERVO CONTROL parts synchronised coupling of equipment, and/or the first SERVO CONTROL parts or the second SERVO CONTROL parts synchronised that the said stamping first SERVO CONTROL parts or the second SERVO CONTROL parts of cutting equipment and another stamping are cut equipment are coupled.
Alternatively, said printing coating line also comprises:
Synchronizing control; The actuating signal that said synchronizing control is cut the equipment generation with said slurry printing machine or stamping is a benchmark; Other equipment of controlling in the said printing coating line start with this actuating signal synchronously; And cut its run signal of equipment feedback to slurry printing machine that produces said actuating signal or stamping, perhaps said synchronizing control is cut the startup of equipment according to buffering capacity deposit each slurry printing machine of control of detected equipment room rapidoprint or stamping and is stopped.
Alternatively, in the said printing coating line each slurry printing machine and each stamping to cut equipment be that integral type is connected or the modularization splicing.
Alternatively; To cut the connection between the equipment be that tight formula connects or leaves the room for each slurry printing machine and stamping in the said printing coating line, each slurry printing machine and stamping cut the transmission of rapidoprint between the equipment be tension force arranged or do not have a free falling type of tension force.
Alternatively, the same rapidoprint of each equipment is controlled feeding through same set of servo-control system in the said printing coating line, perhaps through each equipment independently the SERVO CONTROL parts according to the synchronizing signal that receives control feeding.
Alternatively, have telltale mark on the said rapidoprint, said slurry printing machine also comprises:
Telltale mark on the said rapidoprint is discerned the 3rd electronic recognition tracking unit with track and localization;
Link to each other, said feed mechanism carried out the 3rd SERVO CONTROL parts of position and speed controlling with said the 3rd electronic recognition tracking unit
Compared with prior art, the present invention has the following advantages:
The stamping of the embodiment of the invention cut in the equipment adopt the first raw material feed mechanism and the second raw material feed mechanism will the first banded raw material material and the second banded raw material carry out die-cut after sending into and fit; And adopt the electronic recognition tracking unit respectively the telltale mark on the first banded raw material and the second banded raw material to be carried out track and localization; Make the stamping cutting mechanism can come work with consistent step, help printing at all levels accurately locating automatically in the electronic product with the location fit body.
Comprise in the printing coating line of the embodiment of the invention that online one or more above-mentioned stamping cuts equipment and slurry printing machine; Can move and accomplish various technologies such as die-cut, applying, slurry printing, electrolyte printing according to the technological design flow process; And pass through the electronic signal coupled synchronization between any two equipment; Make each layer rapidoprint of rolling can to process automatically and handle with the form of band shape all the time, thus help promoting to print electronic product large-scale batch production, reduced uniformity and the quality of product of the production of labour intensity, raising.
To cut equipment all be modular for slurry printing machine and stamping among the present invention, can add and revise according to the structure of product and technology, has the outstanding technological flexibility and the adaptation of product.
Description of drawings
Fig. 1 is the decomposition chart of a kind of film paper battery of the prior art;
Fig. 2 is the structural representation that the stamping of the embodiment of the invention is cut equipment;
Fig. 3 is the structural representation of the printing coating line of the embodiment of the invention.
The specific embodiment
In the prior art, because the printing electronic product has at many levels, requires between each level accurately characteristics such as location, thereby the present relevant device that does not also carry out large-scale mass production.
The stamping of the embodiment of the invention cut in the equipment adopt the first raw material feed mechanism and the second raw material feed mechanism will the first banded raw material material and the second banded raw material carry out die-cut after sending into and fit; And adopt the electronic recognition tracking unit respectively the telltale mark on the first banded raw material and the second banded raw material to be carried out track and localization; Make the stamping cutting mechanism can come work with consistent step, help printing at all levels accurately locating automatically in the electronic product with the location fit body.
Comprise in the printing coating line of the embodiment of the invention that online one or more above-mentioned stamping cuts equipment and slurry printing machine; Can move and accomplish various technologies such as die-cut, applying, slurry printing, electrolyte printing according to the technological design flow process; And pass through the electronic signal coupled synchronization between any two equipment; Make each layer rapidoprint of rolling can to process automatically and handle with the form of band shape all the time, thus help promoting to print electronic product large-scale batch production, reduced uniformity and the quality of product of the production of labour intensity, raising.
To cut equipment all be modular for slurry printing machine and stamping among the present invention, can add and revise according to the structure of product and technology, has the outstanding technological flexibility and the adaptation of product.
Below in conjunction with specific embodiment and accompanying drawing the present invention is described further, but should limit protection scope of the present invention with this.
The stamping that Fig. 2 shows present embodiment is cut the structural representation of equipment, mainly comprises: stamping cutting mechanism 28 and the location fit body 29 that is positioned at stamping cutting mechanism 28 belows.
Particularly, stamping cutting mechanism 28 comprises: the first banded raw material are located the first raw material feed mechanism of sending into and keep material tension, have the telltale mark that the electronic recognition tracking unit can be discerned on the first banded raw material; The first banded raw material are carried out the stamping that stamping cuts cut parts 25; Telltale mark on the first banded raw material is discerned the first electronic recognition tracking unit (not shown) with track and localization; Link to each other with the first electronic recognition tracking unit, to a raw material feed mechanism carry out the first SERVO CONTROL parts (not shown) of position and speed controlling.
The first raw material feed mechanism can be the first roller group that cooperatively interacts and use, and comprises the registration roller etc. that transmits the first banded raw-material delivery roll, keeps tension control roll, the middle transition slewing rollers of the first banded raw material tension force and control vertical or horizontal location.In the present embodiment; The first raw material feed mechanism specifically comprises the first raw material discharging frame 21 and intermediate calender rolls 22 that cooperatively interacts; 23; Intermediate calender rolls 22 and 23 guarantees the first banded raw-material feeding located lateral, and the first banded raw material separate with the second banded raw material to guarantee to guarantee to fit afterwards by tension force, reduce by the first banded raw material because the accumulated error of tension set.In addition, also comprise the rewinding frame 24 that carries out rewinding to after the first banded raw material processing in the present embodiment, be used to remove the residual processing waste material, guarantee the first banded raw material continuous feed simultaneously.
Axially being parallel to each other of four rollers in the present embodiment, wherein the first raw material discharging frame 21 can be emitted the first banded raw material of rolling, and rewinding frame 24 is involved in the first banded raw material charging. Intermediate calender rolls 22,23 is used to guarantee the first raw-material tension force, feeding lateral attitude, the first banded raw-material tension set that short transverse position and minimizing tension force cause.Between the first raw material discharging frame 21 and rewinding frame 24, can add other intermediate calender rolls 22 and 23 in figure as required.The first banded raw-material conveying can be as required through the unreel rolling of the first raw material discharging frame 21 with rewinding frame 24; Perhaps the folding and unfolding of any a pair of intermediate calender rolls combination (calling folding and unfolding roller group in the following text) is accomplished; Said folding and unfolding roller group all is to drive through the first SERVO CONTROL parts, controls according to the telltale mark on the first banded raw material.Wherein, the first SERVO CONTROL parts can comprise stepper motor, servomotor, electric-motor drive unit, computer control module and relay logic unit etc.
In the present embodiment, the first banded raw material control to after the telltale mark assigned address comes to a complete stop through folding and unfolding roller group, and stamping is cut parts 25 and carried out die-cut to it.Stamping is cut parts 25 and can be comprised by motor, oil pump, and air pump, the cutter (cutting die, stamping die etc.) that push mechanism such as electromagnet drive, this cutter has die-cut figure, can on the first banded raw material, punch out the figure of preset shape, size.Driven by folding and unfolding roller group through the die-cut back first banded raw-material waste material, in the 24 places rolling of rewinding frame, it is banded that the waste material after promptly die-cut remains, useless clearly in the 24 places rolling of rewinding frame, need not to carry out specially useless clearly.
Has telltale mark on the first banded raw material; The first electronic recognition tracking unit in the stamping cutting mechanism 28 can carry out track and localization to the telltale mark on the first banded raw material; And with result transmission to the first SERVO CONTROL parts of track and localization; Afterwards, the first SERVO CONTROL parts are controlled the rotation that comprises the first raw material discharging frame 21, rewinding frame 24 and intermediate calender rolls 22,23 according to the track and localization result; The banded raw-material amount of feeding (distance) of winning is carried out according to predefined telltale mark on the first banded raw material, promptly with the first banded raw material on telltale mark synchronous.
In one embodiment; The first banded raw material can be spurred by a servomotor control rewinding frame 24; The first raw material discharging frame 21 is made up of a driven by motor damping roller with respect to the counter-rotating of material direction of feed; First banded raw material volume to be processed is placed on and leans on reverse motors to keep tensioning on the damping roller, and the tensile force size is leaned on the control of damping roller, and such structure can keep the first raw-material tension force.Intermediate calender rolls 22; 23 can be the roller of bringing into to horizontal electronics or mechanical deflection correcting; The optional position that the first electronic recognition tracking unit (like laser sensor, ccd sensor, electromagnetism hall element sensor, electrical capacitance proximity sensor, ultrasonic sensor or the like) can be located between the first raw material discharging frame 21 and the rewinding frame 24 (is the maintenance locating effect; The charging face of being preferably disposed on); Through confirming the telltale mark on the first banded raw material, the first SERVO CONTROL parts promote the servomotor drive rewinding frame 24 pullings first banded raw material and accomplish the first banded raw-material location to desired location.
Location fit body 29 comprises: the second raw material feed mechanism; The second banded raw material are sent into and kept the second banded raw-material position and the corresponding applying of the stamping cutting mechanism 28 die-cut figures that fall, have the telltale mark that the electronic recognition tracking unit can be discerned on the second banded raw material; Telltale mark on the second banded raw material is discerned the second electronic recognition tracking unit (not shown) with track and localization; Link to each other, the second raw material feed mechanism carried out the second SERVO CONTROL parts (not shown) of position and speed controlling with the second electronic recognition tracking unit.Wherein the concrete implementation of the second electronic recognition tracking unit and the second SERVO CONTROL parts is identical with the first electronic recognition tracking unit and the first SERVO CONTROL parts.
The second raw material feed mechanism can be the second roller group that cooperatively interacts and use, and the second roller group is parallel or vertical at direction in space with the first roller group.The second raw material charging roller 26 that specifically cooperatively interacts in the present embodiment and the second raw material discharging roller 27.The second banded raw material of rolling are involved in through the second raw material charging roller 26, roll out through the second raw material discharging roller 27.In being involved in traveling process; The stamping cutting mechanism 28 die-cut figures that fall drop on the second banded raw material and with the second banded raw material contraposition and fit; The applying process can be undertaken by special adhesive parts (like heating plate); Perhaps also can be that in the second banded raw material and the die-cut figure that falls one or the two all have viscosity, can fit automatically.
Also has telltale mark on the second banded raw material; The second electronic recognition tracking unit in the fit body 29 of location can carry out track and localization to the telltale mark on the second banded raw material; And with result transmission to the second SERVO CONTROL parts of track and localization; Afterwards; The second SERVO CONTROL parts move according to the roller group that the track and localization result controls the second former material charging roller 26 and the second raw material discharging roller, 27 compositions, make that the second banded raw material course of conveying is to carry out according to the telltale mark on it, and promptly the telltale mark on the second banded raw material is synchronous.
In one embodiment; The second raw material charging roller 26 can be the damping roller; The second raw material discharging roller 27 can be by active gripping roll that draws the material servomotor to drive; The second SERVO CONTROL parts can be controlled the stepping of drawing the material servomotor, realize the second banded raw-material conveying Automatic Positioning Control with this.
Need to prove; It is the same that the first banded raw material and the second banded raw-material step pitch can be set; The unanimity of rhythm is fitted so that the figure that punches out on the first banded raw material and the second banded raw material carry out accurate in locating but the different maintenance that also can set is advanced.Because the benchmark of location is to confirm with first banded raw material of rolling and the telltale mark on the second banded raw material, so position error each other can not accumulate.
Present embodiment also provides a kind of printing coating line; Comprise it being that one or more above-mentioned stampings are cut equipment and one or more slurry printing machine; Wherein, The slurry printing machine comprises the feed mechanism by the control of feeding servo-control mechanism, and banded rapidoprint is through the electrolyte or the slurry of the printing of the assigned address on rapidoprint given pattern behind this feed mechanism; The feeding servo-control mechanism of slurry printing machine and stamping are cut the first SERVO CONTROL parts or the second SERVO CONTROL parts synchronised coupling of equipment, and/or the first SERVO CONTROL parts or the second SERVO CONTROL parts synchronised that the stamping first SERVO CONTROL parts or the second SERVO CONTROL parts of cutting equipment and another stamping are cut equipment are coupled.In addition; This printing coating line can also comprise synchronizing control; Cutting the actuating signal that equipment produced with certain slurry printing machine or the stamping of printing in the coating line is benchmark; Other equipment in the control production line start with this actuating signal synchronously, and cut equipment back-to-back running signal to the slurry printing machine or the stamping that produce this actuating signal; Perhaps this synchronizing control also can control automatically each slurry printing machine or stamping according to the buffering capacity deposit of detected equipment room rapidoprint (can adopt special-purpose checkout gear to come the buffering capacity deposit of the rapidoprint between the checkout equipment) and cuts the startup of equipment and stop.
Wherein, it can be that integral type connects that each slurry printing machine in the printing subsides production line and stamping are cut between the equipment, also can be the modularization splicing; Can be that tight formula connects or leaves the room between each adjacent equipment, the transmission that each slurry printing machine and stamping are cut the rapidoprint between the equipment can be that what tension force to be arranged also can be the free falling type of no tension force.In addition; The stamping of in the production line same rapidoprint being handled is cut the feeding that equipment and/or slurry printing machine can be controlled rapidoprint through same set of servo-control system, also can through each equipment independently the SERVO CONTROL parts control the feeding of rapidoprint according to received synchronizing signal.
Also has telltale mark on the banded rapidoprint that is adopted in the slurry printing machine; Also comprise in the slurry printing machine telltale mark is discerned the 3rd electronic recognition tracking unit with track and localization; And link to each other with the 3rd electronic recognition tracking unit; The feed mechanism of slurry printing machine is carried out the 3rd SERVO CONTROL parts of position and speed controlling, and the concrete implementation of the 3rd electronic recognition tracking unit and the 3rd SERVO CONTROL parts is please with reference to the first electronic recognition tracking unit and the first SERVO CONTROL parts.
Fig. 3 shows the structural representation of the printing coating line of present embodiment; This printing coating line is the production line that is used to produce film paper battery shown in Figure 1; Mainly comprise: slurry printing machine 31, slurry printing machine 32, stamping are cut equipment 33, stamping is cut equipment 34, rolling roller 36 and height adjustment mechanism 35; Wherein slurry printing machine 31 is used on the negative electrode layer of film paper battery, printing electrolyte; Slurry printing machine 32 is used on the conductive electrode layer of film paper battery, printing anode sizing agent; Stamping is cut equipment 33 and is used for die-cut formation membrane layer and fits with anode sizing agent, and stamping is cut equipment 34 and is used for getting off and fitting with membrane layer the negative electrode layer that is printed with electrolyte is die-cut, accomplishes the production process of film paper battery.
Below in conjunction with Fig. 1 and Fig. 3 the course of work of this printing coating line is elaborated.
On the one hand; The non-drying glue layer 11 of band shape is fit together and rolling with negative electrode layer 12; Be involved in negative electrode layer 12 through charging roller in the slurry printing machine 31 311 and the non-drying glue layer 11 of gripping roll 312 with rolling afterwards, one of negative electrode layer 12 faces up, and on negative electrode layer 12, prints electrolyte.
The non-drying glue layer 11 that is printed with the negative electrode layer 12 of electrolyte and fits thereunder continues to march to the first raw material discharging frame 341 that stamping is cut equipment 34 through the adjusting of the height on the height adjustment mechanism 35 roller 351; The non-drying glue layer 11 that promptly is printed with the negative electrode layer 12 of electrolyte and fits is thereunder cut in the stamping cutting mechanism in the equipment 34 as the first banded raw material entering stamping, and is back in the 344 places rolling of rewinding frame via middle roller 343,342.When the negative pole pattern of band electrolyte marched between middle roller 343 and 342, the stamping cutting mechanism carried out die-cut to non-drying glue layer 11 and negative electrode layer 12, the figure of non-drying glue layer 11 and negative electrode layer 12 in the generation film paper battery.
Wherein, discharging roller 312 and stamping that height adjustment mechanism 35 is mainly used in the adaptive slurry printing machine 31 are cut the difference in height between the first raw material discharging frame 341 in the equipment 34, and height adjustment mechanism 35 is optional.
On the other hand; Conductive electrode layer 15 rolling with band shape; Charging roller 321 through slurry printing machine 32 is involved in the withdrawing roll 322 conductive electrode layers 15 with rolling afterwards, and on conductive electrode layer 15, prints anode sizing agent, thereby on conductive electrode layer 15, forms the figure of positive electrode layer 14.
The conductive electrode layer 15 that is fitted with the figure of positive electrode layer 14, membrane layer 13 continues to march to stamping and cuts the second raw material charging roller 345 in the equipment 34, and via the second raw material discharging roller 346 in the 36 places rolling of rolling roller.When marching between the second charging roller 345 and the second discharging roller 346; Stamping is cut the non-drying glue layer 11 of die-cut formation in the equipment 34 and the figure of negative electrode layer 12 (more than be printed with electrolyte) and is fallen; The figure of the figure of negative electrode layer 12 and membrane layer 13 fits; Thereby the figure of non-drying glue layer 11, negative electrode layer 12, membrane layer 13 and positive electrode layer 14 all is fitted on the conductive electrode layer 15 that still keeps banded; And in the 36 places rolling of rolling roller, make the film paper battery be processed to form still with the form of rolling deposit, transportation etc., each film paper battery is cut apart got final product in use.
Need to prove; Slurry printing machine 31, slurry printing machine 32, stamping are cut equipment 33 and stamping and are cut and all have corresponding electronic recognition tracking unit and SERVO CONTROL parts in the equipment 34; Can position tracking to the telltale mark on the rapidoprint of band shape; Thereby control the stepping of each roller, the unanimity of maintenance rhythm, synchronous.In addition; This printing coating line also comprises synchronizing control; Can cut the actuating signal that equipment sends according to a certain slurry printing machine or stamping starts other equipment synchronously; Separately SERVO CONTROL parts are according to the feeding of the actuating signal Synchronization Control rapidoprint that receives in each equipment, and the rapidoprint that perhaps whole printing coating line also can adopt same set of servo-control system to control each equipment is supplied with.
Printing coating line among the above embodiment is to the film paper battery; But those skilled in the art are to be understood that; To different printing electronic products; Can adjust stamping and cut the quantity and the coupled modes of equipment, slurry printing machine, make this printing coating line go for the large-scale mass production of various printing electronic products.
Though the present invention with preferred embodiment openly as above; But it is not to be used for limiting the present invention; Any those skilled in the art are not breaking away from the spirit and scope of the present invention; Can make possible change and modification, so protection scope of the present invention should be as the criterion with the scope that claim of the present invention was defined.
Claims (10)
1. a stamping is cut equipment, it is characterized in that, comprising:
The stamping cutting mechanism, said stamping cutting mechanism comprises:
The first banded raw material are located the first raw material feed mechanism of sending into and keep material tension, have the telltale mark that the electronic recognition tracking unit can be discerned on the said first banded raw material;
The said first banded raw material are carried out the stamping that stamping cuts cut parts;
Telltale mark on the said first banded raw material is discerned the first electronic recognition tracking unit with track and localization;
Link to each other, the said first raw material feed mechanism carried out the first SERVO CONTROL parts of position and speed controlling with the said first electronic recognition tracking unit;
The said location of the location fit body fit body of the first banded raw material below that is positioned at the first raw material feed mechanism transmission of said stamping cutting mechanism comprises:
The second raw material feed mechanism; The second banded raw material are sent into and kept the said second banded raw-material position and the corresponding applying of the die-cut figure that falls of said stamping cutting mechanism, have the telltale mark that the electronic recognition tracking unit can be discerned on the said second banded raw material;
Telltale mark on the said second banded raw material is discerned the second electronic recognition tracking unit with track and localization;
Link to each other, the said second raw material feed mechanism carried out the second SERVO CONTROL parts of position and speed controlling with the said second electronic recognition tracking unit.
2. stamping according to claim 1 is cut equipment, it is characterized in that, said stamping cutting mechanism also comprises:
The rewinding frame that matches with the said first raw material feed mechanism carries out rolling to the first banded raw material after die-cut.
3. stamping according to claim 1 is cut equipment; It is characterized in that; The said first raw material feed mechanism is the first roller group that cooperatively interacts and use, and the said first roller group comprises transmits the said first banded raw-material delivery roll, the tension control roll, the middle transition slewing rollers that keep the said first banded raw material tension force and the registration roller of controlling vertical or horizontal location.
4. stamping according to claim 3 is cut equipment, it is characterized in that, the said second raw material feed mechanism is the second roller group that cooperatively interacts and use, and the said second roller group is parallel or vertical at direction in space with the said first roller group.
5. one kind is printed coating line; It is characterized in that; Comprise that each described stamping is cut equipment and one or more slurry printing machine in one or more claims 1 to 4; Said slurry printing machine comprises the feed mechanism by the control of feeding servo-control mechanism, and banded rapidoprint is through the electrolyte or the slurry of said feed mechanism assigned address printing given pattern above that; The feeding servo-control mechanism of said slurry printing machine and said stamping are cut the first SERVO CONTROL parts or the second SERVO CONTROL parts synchronised coupling of equipment, and/or the first SERVO CONTROL parts or the second SERVO CONTROL parts synchronised that the said stamping first SERVO CONTROL parts or the second SERVO CONTROL parts of cutting equipment and another stamping are cut equipment are coupled.
6. printing coating line according to claim 5 is characterized in that, also comprises:
Synchronizing control; The actuating signal that said synchronizing control is cut the equipment generation with said slurry printing machine or stamping is a benchmark; Other equipment of controlling in the said printing coating line start with this actuating signal synchronously; And cut its run signal of equipment feedback to slurry printing machine that produces said actuating signal or stamping, perhaps said synchronizing control is cut the startup of equipment according to buffering capacity deposit each slurry printing machine of control of detected equipment room rapidoprint or stamping and is stopped.
7. printing coating line according to claim 5 is characterized in that, to cut equipment be that integral type is connected or the modularization splicing for each slurry printing machine and stamping in the said printing coating line.
8. printing coating line according to claim 5; It is characterized in that; To cut the connection between the equipment can be that tight formula connects or leaves the room for each slurry printing machine and stamping in the said printing coating line, each slurry printing machine and stamping cut the transmission of rapidoprint between the equipment be tension force arranged or do not have a free falling type of tension force.
9. printing coating line according to claim 5; It is characterized in that; The same rapidoprint of each equipment is controlled feeding through same set of servo-control system in the said printing coating line, perhaps through each equipment independently the SERVO CONTROL parts according to the synchronizing signal that receives control feeding.
10. printing coating line according to claim 5 is characterized in that, has telltale mark on the said rapidoprint, and said slurry printing machine also comprises:
Telltale mark on the said rapidoprint is discerned the 3rd electronic recognition tracking unit with track and localization;
Link to each other, said feed mechanism carried out the 3rd SERVO CONTROL parts of position and speed controlling with said the 3rd electronic recognition tracking unit.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210026204.3A CN102582211B (en) | 2012-02-07 | 2012-02-07 | Printing and bonding production line and die cutting equipment thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210026204.3A CN102582211B (en) | 2012-02-07 | 2012-02-07 | Printing and bonding production line and die cutting equipment thereof |
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| CN102582211A true CN102582211A (en) | 2012-07-18 |
| CN102582211B CN102582211B (en) | 2014-06-11 |
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| CN201210026204.3A Active CN102582211B (en) | 2012-02-07 | 2012-02-07 | Printing and bonding production line and die cutting equipment thereof |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104175694A (en) * | 2014-08-13 | 2014-12-03 | 成都市正硕科技有限公司 | Processing molding equipment for laminating frame class metal parts |
| CN105390734A (en) * | 2015-11-25 | 2016-03-09 | 昆山恩福赛印刷电子有限公司 | Printed battery production line |
| CN110091575A (en) * | 2019-06-04 | 2019-08-06 | 昆山华冠商标印刷有限公司 | It is a kind of for trade mark production in insulating paper fitting cut type device and its production method |
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| CN110091575A (en) * | 2019-06-04 | 2019-08-06 | 昆山华冠商标印刷有限公司 | It is a kind of for trade mark production in insulating paper fitting cut type device and its production method |
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| CN102582211B (en) | 2014-06-11 |
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