CN205344095U - Printing system - Google Patents
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- CN205344095U CN205344095U CN201521101201.7U CN201521101201U CN205344095U CN 205344095 U CN205344095 U CN 205344095U CN 201521101201 U CN201521101201 U CN 201521101201U CN 205344095 U CN205344095 U CN 205344095U
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- side mark
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- seat
- rotating actuator
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Abstract
The application discloses printing system is including being used for carrying the conveyor who treats the seal article, the last positioning control device that is equipped with of conveyor, positioning control device includes the electronic preceding adjusting device of rule group, and it includes that electronic preceding rule adjusting device organizes, includes two electronic preceding rule adjusting device at least, electronic side mark adjusting device group includes the electronic side mark adjusting device of first electronic side mark adjusting device and second at least, and the electronic side mark adjusting device of first electronic side mark adjusting device and second is located the both sides of electronic preceding rule adjusting device group respectively. The utility model provides a printing system can avoid effectively need shutting down that manual operation brings loses time and shortcomings such as manpower and the waster produced are many when the position of seal article is treated in the regulation in the conventional art, it lands to show has promoted production efficiency and reduced the defective percentage.
Description
Technical field
The disclosure relates generally to printer, is specifically related to sheet metal printer, particularly relates to print system.
Background technology
In recent years, multi-colour metal thin plate print is coated with make consumption and the demand of product to be increased day by day, as in food cans, beverage can, inhalator jar, daily-use chemical industry tank, lid, box sheet metal on printing surface word, multicolour pattern etc. so that multi-colour metal thin plate print is coated with industry and obtains quick development.Concurrently, high-quality multi-colour metal thin plate print is coated with product, and function and the performance requirement of printing equipment is also more and more higher, especially in precision.
At present, the most structure complexity of print system, cost height and inconvenient maintenance in the multi-colour metal thin plate printer on market.Meanwhile, the method that in print system, location adjusting device also all adopts manual adjustment mostly, not only need shutdown operation when regulating, and waste time and energy again, the waster produced in production process is more.
Utility model content
In view of drawbacks described above of the prior art or deficiency, it is desirable to provide a kind of print system.
This utility model provides a kind of print system, and including for carrying the conveyer device treating printing, conveyer device is provided with location adjusting device；Location adjusting device includes electronic front lay and regulates device group and electronic side gauge regulator group, electronic front lay regulates device group, at least include two electronic front lays and regulate device, each electronic front lay regulates device and includes the first motor, the first rotating actuator that first motor connects, first rotating actuator is fixedly connected with front guide body, and the first rotating actuator drives front guide body to move linearly；Electronic side gauge regulator group, at least include the first electronic side gauge regulator and the second electronic side gauge regulator, first electronic side gauge regulator includes the second motor, the second rotating actuator being connected with the output shaft of the second motor, the the first side mark body being connected with the second rotating actuator, the second rotating actuator drives the first side mark body to do linear reciprocation and moves；Second electronic side gauge regulator includes the 3rd motor, the 3rd rotating actuator being connected with the output shaft of the 3rd motor, the second side mark body being connected with the 3rd rotating actuator, and the 3rd rotating actuator drives the second side mark body to do linear reciprocation and moves；First electronic side gauge regulator and the second electronic side gauge regulator lay respectively at electronic front lay and regulate the both sides of device group.
This utility model provides in print system, before during the printing a certain printing element of entrance is treated in conveyer device transport, it is necessary to be accurately positioned.Specifically, electronic front lay regulates in device by first driven by motor the first rotating actuator motion, it is further driven to fix, with the first rotating actuator, the front guide body being connected move linearly, front lay with treat that printing contacts, it is achieved treat the correction of site error that printing exists in X-direction and X deflection angle；First electronic side gauge regulator and the second electronic side gauge regulator lay respectively at electronic front lay and regulate the both sides of device group, electronic side gauge regulator and the second electronic side gauge regulator are respectively through the corresponding rotating actuator motion of the second motor and the 3rd driven by motor, it is further driven to move linearly with the first side mark body and the second side mark body, side mark body with treat that printing contacts, it is achieved treat the correction of the site error that printing exists in Y direction.Compared with conventional printing system, the print system that this utility model provides has the advantages that
1, the advantage such as simple in construction, easy to operate and easy-maintaining；
2, realize not shutting down the function that motorized adjustment grade to be printed is put; efficiently avoid in conventional art and when the alignment position of printing, shut down losing time of bringing of manual operation and manpower and the shortcoming such as the waster produced is many regulating, considerably enhance production efficiency and reduce defect rate.
Accompanying drawing explanation
By reading the detailed description that non-limiting example is made made with reference to the following drawings, other features, purpose and advantage will become more apparent upon:
The print system principle schematic that Fig. 1 provides for this utility model embodiment；
The electronic front lay that Fig. 2 provides for this utility model embodiment regulates device front view；
The electronic front lay that Fig. 3 provides for this utility model embodiment regulates device left view；
The electronic front lay that Fig. 4 provides for this utility model embodiment regulates device top view；
The second electronic side gauge regulator structural representation that Fig. 5 provides for this utility model embodiment；
The second electronic side gauge regulator part-structure schematic diagram that Fig. 6 provides for this utility model embodiment.
Detailed description of the invention
Below in conjunction with drawings and Examples, the application is described in further detail.It is understood that specific embodiment described herein is used only for explaining relevant utility model, but not the restriction to this utility model.It also should be noted that, for the ease of describing, accompanying drawing illustrate only the part relevant to utility model.
It should be noted that when not conflicting, the embodiment in the application and the feature in embodiment can be mutually combined.Describe the application below with reference to the accompanying drawings and in conjunction with the embodiments in detail.
The print system principle schematic that Fig. 1 provides for this utility model embodiment, wherein in Fig. 1, arrow represents the direction of motion treating printing 1, the electronic front lay that Fig. 2 provides for this utility model embodiment regulates device front view, the electronic front lay that Fig. 3 provides for this utility model embodiment regulates device left view, the electronic front lay that Fig. 4 provides for this utility model embodiment regulates device top view, the electronic side gauge regulator structural representation that Fig. 5 provides for this utility model embodiment, the electronic side gauge regulator part-structure schematic diagram that Fig. 6 provides for this utility model embodiment.With reference to shown in Fig. 1-6, this utility model provides a kind of print system, and including for carrying the conveyer device 2 treating printing 1, conveyer device 2 is provided with location adjusting device；Location adjusting device includes electronic front lay and regulates device group and electronic side gauge regulator group, electronic front lay regulates device group and at least includes two electronic front lays adjustment devices 10, each electronic front lay regulates device 10 and includes the first motor 11, the first rotating actuator that first motor 11 connects, first rotating actuator is fixedly connected with front guide body, and the first rotating actuator drives front guide body to move linearly；Electronic side gauge regulator group, at least include the first electronic side gauge regulator 30 and the second electronic side gauge regulator 20, first electronic side gauge regulator 30 includes the second motor, the second rotating actuator being connected with the output shaft of the second motor, the the first side mark body being connected with the second rotating actuator, the second rotating actuator drives the first side mark body to do linear reciprocation and moves；Second electronic side gauge regulator 20 includes the 3rd motor 21, the 3rd rotating actuator being connected with the output shaft of the 3rd motor 21, the second side mark body being connected with the 3rd rotating actuator, and the 3rd rotating actuator drives the second side mark body to do linear reciprocation and moves；First electronic side gauge regulator 30 and the second electronic side gauge regulator 20 lay respectively at electronic front lay and regulate the both sides of device group.
This utility model provides in print system, and conveyer device 2 can be used to carry treats that printing 1 is moved to printer, and conveyer device 2 is provided with location adjusting device；Each electronic front lay regulates in device 10 and drives the first rotating actuator motion by the first motor 11, it is further driven to fix, with the first rotating actuator, the front guide body being connected move linearly, front lay with treat that printing 1 contacts, it is achieved treat the correction of the site error that printing 1 exists in X-direction.Meanwhile, regulate device 10 by two electronic front lays can realize treating that printing 1 carries out angle correct to what occurred level deflected.First electronic side gauge regulator 30 and the second electronic side gauge regulator 20 lay respectively at electronic front lay and regulate the both sides of 10 groups of device, second driven by motor the second rotating actuator motion in first electronic side gauge regulator 30, the the first side mark body being further driven to surely be connected with the second rotary drive machine moves linearly, first side mark body with treat that printing 1 contacts, drive treat that printing 1 is moved；In second electronic side gauge regulator 20, the 3rd motor 21 drives the 3rd rotating actuator motion, the the second side mark body being further driven to surely be connected with the 3rd rotary drive machine moves linearly, second side mark body with treat that printing 1 contacts, driving treats that printing 1 is moved, can be effectively driven by both cooperations and treat printing 1 side-to-side movement, it is achieved treat the correction of the site error that printing 1 exists in Y direction.Wherein, conveyer device 2 is a kind of device conventional in the art, does not repeat them here.Compared with conventional art; the print system that this utility model provides has the advantages that realization is in treating printing 1 transmission process; location adjusting device carries out electrical position correction; efficiently avoid in conventional art and when the right position of printing 1, shut down losing time of bringing of manual operation and manpower and the shortcoming such as the waster produced is many regulating, considerably enhance production efficiency and reduce defect rate.
Preferably, two electronic front lays adjustment devices 10 are positioned at the same side treating printing 1.
In actual production process, treat the problem that printing 1 there will be horizontal deflection, it is necessary to corrected.In the present embodiment, by treating that printing 1 homonymy arranges two electronic front lays and regulates device 10, controlling motor and give the different amount of feeding, it is achieved that treat the correction of printing 1 horizontal deflection；If both are synchronized with the movement, it is achieved treat the correction of printing 1X direction of principal axis site error.
Preferably, it is provided with synchronous drive mechanism between output shaft and first rotating actuator of the first motor 11, first motor 11 rotary motion is transferred to the first rotating actuator by synchronous drive mechanism, synchronous drive mechanism includes worm screw 141, with worm screw 141 with the use of worm gear 142, be in transmission connection for Timing Belt 143 between worm screw 141 and the first motor 11 output shaft.
For ensureing the precision of correction, between the first motor 11 and the first rotating actuator, carry out transmission by synchronous drive mechanism.In the present embodiment, give the embodiment of synchronous drive mechanism, be the first motor 11 by Timing Belt 143 transmission, drive worm screw 141 to move, so drive and worm screw 141 with the use of worm gear 142, worm gear 142 is connected with rotating actuator.
Preferably, first rotating actuator includes the first ball-screw 121, worm gear 142 is fixed on the cylinder of the first ball-screw 121, first nut 1211 of the first ball-screw 121 1 is fixing with front guide body to be connected, or the first rotating actuator includes screw rod, worm gear 142 is fixed on the cylinder of screw rod, and screw rod is cased with swivel nut, and swivel nut is fixing with front guide body to be connected.
In the present embodiment, first rotating actuator includes the first ball-screw 121, worm gear 142 is fixed on the cylinder of the first ball-screw 121 by modes such as keys, the motion of worm gear 142 drives the motion of the first ball-screw 121, the first nut 1211 on first ball-screw 121 is fixing with front guide body to be connected, and front guide body moves along with the movement of the first nut 1211.First ball-screw 121 has and gyration can be converted into rectilinear movement, and it has high accuracy, reversibility and high efficiency feature, can effectively increase adjustment device 10 correction of electronic front lay and treat the degree of accuracy of printing 1 position.
In the present embodiment, giving another kind of first rotating actuator embodiment, including screw rod, worm gear 142 is fixed on the cylinder of screw rod, and screw rod is cased with swivel nut, and swivel nut is fixing with front guide body to be connected, and its principle ibid, does not repeat them here.
Preferably, front guide body includes front lay seat 131, it is positioned at the front lay 132 on front lay seat 131, it is positioned at the gripper sheet 133 on front lay 132 top, front lay 132 front end face is provided with the locating surface 1321 downwardly extended, locating surface 1321 and horizontal plane angle are acute angle, are provided with the first groove 1331 bottom gripper sheet 133, and the top of guiding piece 132 is positioned at the first groove 1331.
In the present embodiment, front lay seat 131 is provided with front lay 132, and front lay 132 front end face is provided with the locating surface 1321 downwardly extended.Treat that the edge of printing 1 up moves along locating surface 1321, until to gripper sheet 133 bottom surface being arranged on front lay 132 top.Further, locating surface 1321 is smooth, reduces the friction treating between printing 1 and locating surface 1321.It addition, by being provided with the first groove 1331 bottom gripper sheet 133, the top of front lay 132 is positioned at the first groove 1331, can be effectively prevented from treating the appearance of the clearance condition that printing 1 enters between gripper sheet 133 and front lay 132.
Preferably, electronic front lay regulates device 10 and also includes the limit switch 16 that is connected with switch base, be used for limiting front guide body adjustable range, limit switch detecting head 161 and front lay seat 131 end face with the use of；Also include the slide mechanism being arranged under front lay seat 131, front guide body can be made to slide in frame, the moving direction of slide mechanism is consistent with front guide body moving direction, and slide mechanism is the first line slideway 15, and the slide block of the first line slideway 15 is fixing with bottom front guide body to be connected.
In the present embodiment, the fixing front lay seat 131 that connects on the first nut 1211, the detecting head 161 of front lay seat 131 and limit switch 16 cooperates.Front lay seat 131 moves along with the movement of the first nut 1211, limit switch 16 is by arranging the position of detecting head 161, realize the restriction to front guide body adjustable range, be specially when front lay seat 131 and detecting head 161 away from time, limit switch 16 can by the circuitry cuts of the first motor 11, and front guide body can stop mobile.By arranging limit switch 16, can avoid causing the appearance of the reasons such as mechanical disorder due to maloperation.
Electronic front lay regulates the slide mechanism that device 10 also includes being arranged under front lay seat 131, and front guide body can be made to slide in frame.Specifically, slide mechanism is the first line slideway 15, and the slide block of the first line slideway 15 is fixing with bottom front guide body to be connected.By arranging the first line slideway 15, not only achieving is the first ball-screw 121 weight of sharing front guide body, ensures correction accuracy, simultaneously also without influence on the motion of front guide body.
Preferably, the second rotating actuator includes the second ball-screw, fixes the first side mark plate being connected, the first side mark plate and the first side mark body with the second nut of the second ball-screw and connects, and the first side mark plate is used for driving the first side mark body to move linearly；3rd rotating actuator includes the 3rd ball-screw 221, fixes, with the 3rd nut of the 3rd ball-screw 221, the second side mark plate 222 being connected, and the second side mark plate 222 is connected with the second side mark body, and the second side mark plate 222 is used for driving the second side mark body to move linearly.
In the present embodiment, second rotating actuator includes the second ball-screw, the motion of the second ball-screw can drive the second nut to fix the first side mark plate motion of connection, and the first side mark plate and the first side mark body connect, and the first side mark plate is just along with the first side mark body moves linearly.3rd rotating actuator includes the 3rd ball-screw 221, the motion of the 3rd ball-screw 221 can drive to be fixed the second side mark plate 222 being connected and moves with the 3rd nut, second side mark plate 222 is connected to again the second side mark body, and the second side mark body just moves with the second side mark plate 222.By spline 223 between 3rd motor 21 and the 3rd ball-screw 221.3rd ball-screw 221 has can be converted into rectilinear movement by gyration, and it has high accuracy, reversibility and high efficiency feature, can effectively increase the correction of electronic side gauge regulator and treat the degree of accuracy of printing 1 position.
Preferably, the first side mark body includes the first side mark seat, is arranged at the clutch shaft bearing on the first side mark seat, the centrage of clutch shaft bearing and horizontal plane；Also include the guiding piece being arranged at above clutch shaft bearing, for guiding, guiding piece treats that printing 1 contacts with clutch shaft bearing, and guiding piece is provided with the first guide surface overhang from bottom, and the first guide surface is inclined upwardly；Guiding piece and clutch shaft bearing are for being coaxially disposed, lower than the top of clutch shaft bearing bottom guiding piece；Second side mark body includes the second side mark seat 231, is arranged at the second bearing 232 on the second side mark seat 231, the centrage of the second bearing 232 and horizontal plane；Also including the second guiding piece 233 being arranged at above the second bearing 232, for guiding, the second guiding piece 233 treats that printing 1 contacts with the second bearing 232, the second guiding piece 233 is provided with the second guide surface 2332 overhang from bottom, and the second guide surface 2331 is inclined upwardly；Second guiding piece 233 and the second bearing 232 are for being coaxially disposed, lower than the top of the second bearing 232 bottom the second guiding piece 233.
In the present embodiment, second side mark body includes the second side mark seat 231, is arranged at the second bearing 232 on the second side mark seat 231, and the second bearing 232 can pass through to be rotationally connected with on the second side mark seat 231, can also being fixed on the second side mark seat 231 by axle, the outer ring of the second bearing 232 can rotate.Second bearing 232 outer ring directly contacts with the edge treating printing 1, the driving force that can rotate due to the second bearing 232 outer ring and need not be very big, therefore when printing 1 contacts with the second bearing 232, outer ring concomitant rotation, will not be treated that the motion of printing 1 brings impact, ensure that the stable and accuracy treating that printing 1 is moved, also ensure that the accuracy of correction simultaneously.In like manner, the first side mark body includes the first side mark seat, is arranged at the clutch shaft bearing on the first side mark seat, and clutch shaft bearing can pass through to be rotationally connected with on the first side mark seat, it is also possible to being fixed on the first side mark seat by axle, the outer ring of clutch shaft bearing can rotate.Clutch shaft bearing outer ring directly contacts with the edge treating printing 1, the driving force that can rotate due to clutch shaft bearing outer ring and need not be very big, therefore when printing 1 contacts with clutch shaft bearing, outer ring concomitant rotation, will not be treated that the motion of printing 1 brings impact, ensure that the stable and accuracy treating that printing 1 is moved, also ensure that the accuracy of correction simultaneously.
Second side mark body also includes the second guiding piece 233 being arranged at above the second bearing 232, for guiding, second guiding piece 233 treats that printing 1 contacts with the second bearing 232, solve actual production treats that the situation of alice occurs in printing 1 edge, second guiding piece 233 is provided with the second guide surface 2331 overhang bottom-up, treat that the edge of printing 1 moves downward along the second guide surface 2331, until moving on the second bearing 232.Further, the second guide surface 2331 is smooth, reduces the friction treating between printing 1 and the second guide surface 2331.It addition, the second guiding piece 233 and the second bearing 232 are for being coaxially disposed, lower than the top of the second bearing 232 bottom the second guiding piece 233, can be effectively prevented from treating the appearance of the clearance condition that printing 1 enters between the second guiding piece 233 and the second bearing 232.Owing in the first electronic front lay adjustment device, said structure is identical with above-mentioned second electronic front lay adjustment device, therefore do not repeat them here.
Preferably, first side mark plate is additionally provided with the first slide rail being slidably connected with the first side mark seat, it is additionally provided with the first retaining mechanism between first side mark seat and the first slide rail, for realizing locking between the first side mark seat and the first slide rail and unclamping, first retaining mechanism include the first bolt and the first bolt with the use of the first set lever, the first elongated slot that first side mark seat is provided with through, first bolt traverse the first elongated slot and the first slide rail, being provided with the second groove placing the first bolt head bottom first slide rail, the second groove can limit the first bolt and rotate；Second side mark plate 222 is additionally provided with the second slide rail being slidably connected with the second side mark seat 231, it is additionally provided with the second retaining mechanism between second side mark seat 231 and the second slide rail, for realizing locking between the second side mark seat 231 and the second slide rail and unclamping, second retaining mechanism include the second bolt and the second bolt with the use of the second set lever 236, the second elongated slot 237 that second side mark seat 231 is provided with through, second bolt traverse the second elongated slot 237 and the second slide rail, the 3rd groove placing the second bolt head it is provided with bottom second slide rail, 3rd groove can limit the second bolt and rotate.
The first electronic side gauge regulator 30 and the first side mark plate that this utility model provides can drive the first side mark body synchronizing moving, in second electronic side gauge regulator 20, the second side mark plate 222 can drive the second side mark body synchronizing moving, the connected mode realizing two parts of above-mentioned functions has a lot, such as bolt connection, welding etc..In the present embodiment, the second side mark plate 222 is provided with the second slide rail being slidably connected with the second side mark seat 231, it is achieved relative sliding occurs between the second side mark body and side mark plate 222.By the slip of the second side mark body, so can realize treating the adjustment of the big distance of printing 1.It is provided with the second retaining mechanism between second side mark body the second side mark seat 231 and slide rail, so can realize locking between the second side mark seat 231 and the second slide rail and unclamp.Specifically, when using the second retaining mechanism by locking between the second side mark body and the second side mark plate 222, both cannot be carried out relative sliding, and the second side mark body is synchronized with the movement along with the second side mark plate 222, it is achieved treat the location positioning of printing 1.Further, as when printing 1 needs large range of adjustment, now can come loose the second retaining mechanism, make between the second side mark body and the second side mark plate 222 by the second slide rail generation relative sliding, by mobile second side mark body, then the second side mark body and the second side mark plate 222 are locked, it is achieved treat the adjustment of the big distance of printing 1.
Further, second retaining mechanism include the second bolt and the second bolt with the use of the second set lever 236, the second elongated slot 237 that second side mark seat 231 is provided with through, second bolt traverse the second elongated slot 237 and the second slide rail, second bolt head is positioned at the 3rd groove bottom the second slide rail, and the 3rd groove can limit the second bolt and rotate.
In the present embodiment, the second retaining mechanism include the second bolt and the second bolt with the use of the second set lever 236., the head of the second bolt is by being placed in the 3rd groove bottom the second slide rail, and the 3rd groove can limit the head movement of the second bolt, and then realizes locking between the second side mark body and the second slide rail and unclamping.Preferably, the second slide rail is provided with distance scale.
Owing to the said structure of the first electronic front lay adjustment device is identical with above-mentioned second electronic front lay adjustment device, therefore do not repeat them here.
Preferably, second side mark body of the second electronic side gauge regulator 20 is additionally provided with supporting buffer member 234 and swing component 235, swing component 235 one end is fixed with the second bearing 232, one end of supporting buffer member 234 and swing component 235 is cut with scissors, with the second side mark seat 231 chain connection in the middle part of swing component 235, swing component 235 can rotate in the horizontal plane.
In the present embodiment, the side mark body of the second electronic side gauge regulator 20 also includes the supporting buffer member 234 being arranged on the second side mark seat 231, supporting buffer member 234 is preferably cylinder or the spring of ting model, it mainly utilizes elastic buffer effect to realize solving the clearance issues that the second bearing 232 exists, and improves the precision of location.One end of swing component 235 is fixed with the second bearing 232, and supporting buffer member 234 is hinged with the other end of swing component 235.In use, when the second bearing 232 is subject to treating the shock of printing 1, owing to there is gap in the second bearing 232, can backward from allowing, and then drive swing component 235 to swing, owing to swing component 235 is articulated with supporting buffer member 234 so that the inverse motion of swing component 235, recover the position of the second bearing 232, be effectively guaranteed correction accuracy.
Preferably, first motor the 11, second motor or the 3rd motor 21 are motor.
In the present embodiment, motor is used for realizing controlling electronic side gauge regulator and electronic front lay regulates the adjustment that device treats the position of printing 1, it is preferred to motor.Owing to motor has the repeatability etc. that moment starts and the advantageous characteristic that stops, rotation direction can change, have good positional precision and motion rapidly, can realize accurately controlling front guide body, the first side mark body and the second side mark body displacement and direction, and then significantly increase the precision treating printing 1 position adjustments, reduce the defect rate in production.
Above description is only the preferred embodiment of the application and the explanation to institute's application technology principle.Skilled artisan would appreciate that, utility model scope involved in the application, it is not limited to the technical scheme of the particular combination of above-mentioned technical characteristic, also should be encompassed in when conceiving without departing from described utility model, other technical scheme being carried out combination in any by above-mentioned technical characteristic or its equivalent feature and being formed simultaneously.Such as features described above and (but not limited to) disclosed herein have the technical characteristic of similar functions and replace mutually and the technical scheme that formed.
Claims (10)
1. a print system, including for carrying the conveyer device treating printing, it is characterised in that described conveyer device is provided with location adjusting device；
Location adjusting device, regulates device group and electronic side gauge regulator group including electronic front lay；
Electronic front lay regulates device group, at least include two electronic front lays and regulate device, each described electronic front lay regulates device and includes the first motor, the first rotating actuator that described first motor connects, described first rotating actuator is fixedly connected with front guide body, and described first rotating actuator drives described front guide body to move linearly；
Electronic side gauge regulator group, at least include the first electronic side gauge regulator and the second electronic side gauge regulator, described first electronic side gauge regulator includes the second motor, the second rotating actuator being connected with the output shaft of described second motor, the the first side mark body being connected with described second rotating actuator, described second rotating actuator drives described first side mark body to do linear reciprocation and moves；Described second electronic side gauge regulator includes the 3rd motor, the 3rd rotating actuator being connected with the output shaft of described 3rd motor, the the second side mark body being connected with described 3rd rotating actuator, described 3rd rotating actuator drives described second side mark body to do linear reciprocation and moves；
Described first electronic side gauge regulator and the second electronic side gauge regulator lay respectively at described electronic front lay and regulate the both sides of device group.
2. print system according to claim 1, it is characterised in that the electronic front lay of said two regulates device and is positioned at the same side treating printing.
3. print system according to claim 2, it is characterized in that, it is provided with the first synchronous drive mechanism between output shaft and described first rotating actuator of described first motor, described first motor rotary motion is transferred to described first rotating actuator by described first synchronous drive mechanism, described first synchronous drive mechanism includes worm screw, with described worm screw with the use of worm gear, be connected for toothed belt transmission between described worm screw with described first motor output shaft.
4. print system according to claim 3, it is characterized in that, described first rotating actuator includes the first ball-screw, described worm gear is fixed on the cylinder of described first ball-screw, first nut of described first ball-screw is fixing with described front guide body to be connected, or described first rotating actuator includes screw rod, and described worm gear is fixed on the cylinder of described screw rod, being cased with swivel nut on described screw flight, described swivel nut is fixing with described front guide body to be connected.
5. print system according to claim 4, it is characterized in that, described front guide body includes front lay seat, it is positioned at the front lay on described front lay seat, being positioned at the gripper sheet on described front lay top, described front lay front end face is provided with the locating surface downwardly extended, and described locating surface and horizontal plane angle are acute angle, being provided with the first groove bottom described gripper sheet, the top of described front lay is positioned at described first groove.
6. print system according to claim 5, it is characterised in that described electronic front lay regulates device and also includes the limit switch that is connected with switch base, be used for limiting described front guide body adjustable range, described limit switch detecting head and described front lay seat end face with the use of；Also include the slide mechanism being arranged under described front lay seat, described front guide body can be made to slide in frame, the moving direction of described slide mechanism is consistent with described front guide body moving direction, described slide mechanism is the first line slideway, and the slide block of described first line slideway is fixing with bottom described front guide body to be connected.
7. the print system according to claim 1-6 any one, it is characterized in that, described second rotating actuator includes the second ball-screw, the the first side mark plate being connected is fixed with the second nut of described second ball-screw, described first side mark plate is connected with described first side mark body, and described first side mark plate is used for driving described first side mark body to move linearly；Described 3rd rotating actuator includes the 3rd ball-screw, the the second side mark plate being connected is fixed with the 3rd nut of described 3rd ball-screw, described second side mark plate is connected with described second side mark body, and described second side mark plate is used for driving described second side mark body to move linearly.
8. print system according to claim 7, it is characterised in that described first side mark body includes the first side mark seat, is arranged at the clutch shaft bearing on described first side mark seat, the centrage of described clutch shaft bearing and horizontal plane；Also include being arranged at the guiding piece above described clutch shaft bearing, for guiding, described guiding piece treats that printing contacts with described clutch shaft bearing, and described guiding piece is provided with the first guide surface overhang from bottom, and described first guide surface is inclined upwardly；Described guiding piece and described clutch shaft bearing are for being coaxially disposed, lower than the top of described clutch shaft bearing bottom described guiding piece；Described second side mark body includes the second side mark seat, is arranged at the second bearing on described second side mark seat, the centrage of described second bearing and horizontal plane；Also including being arranged at the second guiding piece above described second bearing, described second guiding piece treats printing and described second bearing touch for guiding, and described second guiding piece is provided with the second guide surface overhang from bottom, and described second guide surface is inclined upwardly；Described second guiding piece and described second bearing are for being coaxially disposed, lower than the top of described second bearing bottom described second guiding piece.
9. print system according to claim 8, it is characterized in that, described first side mark plate is additionally provided with the first slide rail being slidably connected with described first side mark seat, it is additionally provided with the first retaining mechanism between described first side mark seat and described first slide rail, for realizing locking between described first side mark seat and described first slide rail and unclamping, described first retaining mechanism include the first bolt and described first bolt with the use of the first set lever, the first elongated slot that described first side mark seat is provided with through, described first bolt described first elongated slot of traverse and described first slide rail, the second groove placing described first bolt head it is provided with bottom described first slide rail, described second groove can limit described first bolt and rotate；Described second side mark plate is additionally provided with the second slide rail being slidably connected with described second side mark seat, it is additionally provided with the second retaining mechanism between described second side mark seat and described second slide rail, for realizing locking between described second side mark seat and described second slide rail and unclamping, described second retaining mechanism include the second bolt and described second bolt with the use of the second set lever, the second elongated slot that described second side mark seat is provided with through, described second bolt described second elongated slot of traverse and described second slide rail, the 3rd groove placing described second bolt head it is provided with bottom described second slide rail, described 3rd groove can limit described second bolt and rotate.
10. print system according to claim 9, it is characterized in that, second side mark body of described second electronic side gauge regulator is additionally provided with supporting buffer member and swing component, described swing component one end and described second bearing are fixed, one end of described supporting buffer member and swing component is cut with scissors, with described second side mark seat chain connection in the middle part of described swing component, described swing component can rotate in the horizontal plane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521101201.7U CN205344095U (en) | 2015-12-25 | 2015-12-25 | Printing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521101201.7U CN205344095U (en) | 2015-12-25 | 2015-12-25 | Printing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205344095U true CN205344095U (en) | 2016-06-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521101201.7U Withdrawn - After Issue CN205344095U (en) | 2015-12-25 | 2015-12-25 | Printing system |
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| Country | Link |
|---|---|
| CN (1) | CN205344095U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105383158A (en) * | 2015-12-25 | 2016-03-09 | 江苏华宇印涂设备集团有限公司 | Printing system |
-
2015
- 2015-12-25 CN CN201521101201.7U patent/CN205344095U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105383158A (en) * | 2015-12-25 | 2016-03-09 | 江苏华宇印涂设备集团有限公司 | Printing system |
| CN105383158B (en) * | 2015-12-25 | 2018-01-30 | 江苏华宇印涂设备集团有限公司 | Print system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160629 Effective date of abandoning: 20180130 |