CN205311048U - Printing device - Google Patents

Abstract

The application discloses printing device is used for carrying the conveyor who treats seal article including setting up in the frame, set up the touch -sensitive screen of one side in the frame, and the last positioning control device that is equipped with of conveyor, positioning control device include rule adjusting device group before electronic, includes at least that two each and every one advise adjusting device before electronic, 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 device can avoid effectively 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, apparent landing has promoted production efficiency and reduction in the numbers of seconds.

Description

Printing device

Technical field

The disclosure relates generally to printing press, is specifically related to metal sheet printing press, particularly relates to printing device.

Background technology

In recent years, usage quantity and the demand of multi-colour metal thin plate print painting product increase day by day, as in food cans, beverages can, aerosol tank, print surface word, multi color pattern etc. on the metal sheet of daily-use chemical industry tank, lid, box so that multi-colour metal thin plate print painting industry obtains and develops fast. With it simultaneously, high-quality multi-colour metal thin plate print is coated with product, and the function of printing equipment and performance requriements is also more and more higher, especially in precision.

At present, the most complex structure of printing device in the multi-colour metal thin plate printing press on market, cost height and inconvenient maintenance. Meanwhile, in printing device, location adjusting device also all adopts the method for manual shift mostly, not only needs shutdown operation when regulating, and wastes time and energy again, and the waster produced in production process is more.

Practical novel content

In view of above-mentioned defect of the prior art or deficiency, it is desirable to provide a kind of printing device.

The utility model provides a kind of printing device, comprise and it is arranged in frame to be used for carrying the e Foerderanlage treating printing, the touch-screen being arranged in frame side, e Foerderanlage is provided with location adjusting device, and location adjusting device comprises electronic front lay setting device group and electronic side gauge regulator group; Wherein, electronic front lay setting device group, at least comprise two electronic front lay setting devices, each electronic front lay setting device comprises the first motor, the first rotation transmission rig that first motor connects, first rotation transmission rig is fixedly connected with front guide body, and the first rotation transmission rig drives front guide body to move linearly; Electronic side gauge regulator group, at least comprise the first electronic side gauge regulator and the 2nd electronic side gauge regulator, first electronic side gauge regulator comprises the 2nd motor, the 2nd rotation transmission rig being connected with the output shaft of the 2nd motor, with the first side regulator that the 2nd rotation transmission rig is connected, the 2nd rotation transmission rig drives the first side regulator to do linear reciprocation and moves;2nd electronic side gauge regulator comprises the 3rd motor, the 3rd rotation transmission rig being connected with the output shaft of the 3rd motor, and with the 2nd side regulator that the 3rd rotation transmission rig is connected, the 3rd rotation transmission rig drives the 2nd side regulator to do linear reciprocation and moves; First electronic side gauge regulator and the 2nd electronic side gauge regulator lay respectively at the both sides of electronic front lay setting device group.

The utility model provides in printing device, by treating the correction data of printing in touch-screen input, and then drive location adjusting device to treat printing and carry out position correction, specifically, electronic front lay setting device rotates transmission rig motion by the first driven by motor first, driving further and rotate the front guide body that transmission rig is fixedly connected with first and move linearly, printing contacts front lay with treating, it is achieved treat the correction of positionerror that printing exists and X deflection angle in X-axis direction; First electronic side gauge regulator and the 2nd electronic side gauge regulator lay respectively at the both sides of electronic front lay setting device group, electronic side gauge regulator and the 2nd electronic side gauge regulator are moved by the rotation transmission rig that the 2nd motor is corresponding to the 3rd driven by motor respectively, drive further and move linearly with the first side regulator and the 2nd side regulator, printing contacts side regulator with treating, it is achieved treat the correction of the positionerror that printing exists in Y-axis direction. Compared with traditional printing device, the printing device that the utility model provides has following useful effect:

1, structure is simple, easy to operate and the advantage such as easy-maintaining;

2, realize treating in printing transport process; the position correction information of printing is treated by touch-screen input; location adjusting device carries out electronic position correction; efficiently avoid in conventional art and when the 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 fraction defective.

Accompanying drawing explanation

By reading with reference to detailed description non-limiting example done that the following drawings is done, the other features, objects and advantages of the application will become more obvious:

The printing device principle schematic that Fig. 1 provides for the utility model embodiment;

The electronic front lay setting device front view that Fig. 2 provides for the utility model embodiment;

The electronic front lay setting device left view that Fig. 3 provides for the utility model embodiment;

The electronic front lay setting device vertical view that Fig. 4 provides for the utility model embodiment;

The 2nd electronic side gauge regulator structural representation that Fig. 5 provides for the utility model embodiment;

The 2nd electronic side gauge regulator part-structure schematic diagram that Fig. 6 provides for the utility model embodiment.

Embodiment

Below in conjunction with drawings and Examples, the application is described in further detail. It should be appreciated that specific embodiment described herein is only for explaining relevant utility model, but not the restriction that this practicality is novel. It also should be noted that, for convenience of description, accompanying drawing illustrate only relevant part novel to practicality.

It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually. Below with reference to the accompanying drawings and come the application is described in detail in conjunction with the embodiments.

The printing device principle schematic that Fig. 1 provides for the utility model embodiment, wherein in Fig. 1, arrow represents the direction of motion treating printing 1, the electronic front lay setting device front view that Fig. 2 provides for the utility model embodiment, the electronic front lay setting device left view that Fig. 3 provides for the utility model embodiment, the electronic front lay setting device vertical view that Fig. 4 provides for the utility model embodiment, the electronic side gauge regulator structural representation that Fig. 5 provides for the utility model embodiment, the electronic side gauge regulator part-structure schematic diagram that Fig. 6 provides for the utility model embodiment.Shown in figure 1-6, the utility model provides a kind of printing device, comprises and is arranged in frame to be used for carrying the e Foerderanlage 2 treating printing 1, be arranged on the touch-screen of frame side; E Foerderanlage 2 is provided with location adjusting device; Location adjusting device comprises electronic front lay setting device group and electronic side gauge regulator group, electronic front lay setting device group at least comprises two electronic front lay setting devices 10, each electronic front lay setting device 10 comprises the first motor 11, the first rotation transmission rig that first motor 11 connects, first rotation transmission rig is fixedly connected with front guide body, and the first rotation transmission rig drives front guide body to move linearly; Electronic side gauge regulator group, at least comprise the first electronic side gauge regulator 30 and the 2nd electronic side gauge regulator 20, first electronic side gauge regulator 30 comprises the 2nd motor, the 2nd rotation transmission rig being connected with the output shaft of the 2nd motor, with the first side regulator that the 2nd rotation transmission rig is connected, the 2nd rotation transmission rig drives the first side regulator to do linear reciprocation and moves; 2nd electronic side gauge regulator 20 comprises the 3rd motor 21, the 3rd rotation transmission rig being connected with the output shaft of the 3rd motor 21, with the 2nd side regulator that the 3rd rotation transmission rig is connected, the 3rd rotation transmission rig drives the 2nd side regulator to do linear reciprocation and moves; First electronic side gauge regulator 30 and the 2nd electronic side gauge regulator 20 lay respectively at the both sides of electronic front lay setting device group.

The utility model provides in printing device, and e Foerderanlage 2 can be used to conveying and treats that printing 1 is to printing press motion, and e Foerderanlage 2 is provided with location adjusting device; Each electronic front lay setting device 10 drives the first rotation transmission rig motion by the first motor 11, the front guide body being fixedly connected with the first rotation transmission rig is driven to move linearly further, printing 1 contacts front lay with treating, it is achieved treat the correction of the positionerror that printing 1 exists in X-axis direction. Meanwhile, can realize treating that printing 1 carries out angularity correction to what occurred level deflected by two electronic front lay setting devices 10. First electronic side gauge regulator 30 and the 2nd electronic side gauge regulator 20 lay respectively at the both sides of electronic front lay setting device 10 groups, in first electronic side gauge regulator 30, the 2nd driven by motor the 2nd rotates transmission rig motion, the the first side regulator being surely connected with the 2nd rotation drive motor is driven to move linearly further, printing 1 contacts first side regulator with treating, drives and treats that printing 1 is moved; In 2nd electronic side gauge regulator 20, the 3rd motor 21 drives the 3rd rotation transmission rig motion, the 2nd side regulator being surely connected with the 3rd rotation drive motor is driven to move linearly further, printing 1 contacts 2nd side regulator with treating, driving treats that printing 1 is moved, can effectively be driven by both cooperations and treat that printing about 1 is moved, it is achieved treat the correction of the positionerror that printing 1 exists in Y-axis direction. Wherein, e Foerderanlage 2 is a kind of device conventional in the art, does not repeat them here. Compared with conventional art; the printing device that the utility model provides has following useful effect: realize treating in printing 1 transport process; location adjusting device carries out electronic 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 fraction defective.

Preferably, two electronic front lay setting devices 10 are positioned at the same side treating printing 1.

In actual production process, treat that printing 1 there will be the problem of horizontal direction, it is necessary to corrected. In the present embodiment, by treating that printing 1 arranges two electronic front lay setting devices 10 with side, control motor gives the different amount of feed, it is achieved that treat the correction of printing 1 horizontal direction; If when both are synchronized with the movement, it is achieved treat the correction of printing 1X direction of principal axis positionerror.

Preferably, it is provided with synchronous drive mechanism between the output shaft of the first motor 11 and the first rotation transmission rig, first motor 11 rotary motion is passed to the first rotation transmission rig by synchronous drive mechanism, synchronous drive mechanism comprises worm screw 141, with worm screw 141 with the use of worm gear 142, be in transmission connection for synchronous band 143 between worm screw 141 with the first motor 11 output shaft.

For ensureing the accurate degree of correction, between the first motor 11 and the first rotation transmission rig, carry out transmission by synchronous drive mechanism. In the present embodiment, give the enforcement mode of synchronous drive mechanism, be the first motor 11 by being synchronously with 143 transmissions, drive worm screw 141 move, and then drive with worm screw 141 with the use of worm gear 142, worm gear 142 with rotate transmission rig be connected.

Preferably, first rotation transmission rig comprises the first ball-screw 121, worm gear 142 is fixed on the right cylinder of the first ball-screw 121, first nut 1211 of the first ball-screw 121 1 is fixedly connected with front guide body, or the first rotation transmission rig comprises screw rod, worm gear 142 is fixed on the right cylinder of screw rod, and on screw rod, cover has spiral shell cover, and spiral shell cover is fixedly connected with front guide body.

In the present embodiment, first rotation transmission rig comprises the first ball-screw 121, worm gear 142 is fixed on the right 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 fixedly connected with front guide body, and front guide body moves along with the movement of the first nut 1211. First ball-screw 121 has and turning motion can be converted into rectilinear movement, and it has high precision, reversibility and high efficiency feature, can effectively increase the tolerance range that printing 1 position is treated in the correction of electronic front lay setting device 10.

In the present embodiment, giving another kind first and rotate transmission rig embodiment, comprise screw rod, worm gear 142 is fixed on the right cylinder of screw rod, and on screw rod, cover has spiral shell cover, and spiral shell cover is fixedly connected with front guide body, and its principle is the same, does not repeat them here.

Preferably, front guide body comprises front lay seat 131, the front lay 132 being positioned on front lay seat 131, it is positioned at the gripper sheet 133 on front lay 132 top, before front lay 132, end face is provided with the locating surface 1321 of extension downwards, locating surface 1321 and horizontal plane angle are acute angle, are provided with the first groove 1331 bottom gripper sheet 133, guide the top of part 132 to be positioned at the first groove 1331.

In the present embodiment, front lay seat 131 is provided with front lay 132, and before front lay 132, end face is provided with the locating surface 1321 of extension downwards. 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. In 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 effectively avoid the appearance treating that printing 1 enters the clearance condition between gripper sheet 133 and front lay 132.

Preferably, electronic front lay setting device 10 also comprises the limit switch 16 being connected with switch seat, for limiting front guide body adjustable range, limit switch detecting head 161 and front lay seat 131 end face with the use of; Also comprise the slip mechanism being arranged under front lay seat 131, front guide body can be made to slide in frame, the travel direction of slip mechanism is consistent with front guide body travel direction, and the slide block that slip mechanism is the first line slideway 15, first line slideway 15 is fixedly connected with bottom front guide body.

In the present embodiment, the first nut 1211 being fixedly connected with a front lay seat 131, front lay seat 131 cooperatively interacts with the detecting head 161 of limit switch 16. 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, the appearance causing the reasons such as machinery breakdown due to mishandle can be avoided.

Electronic front lay setting device 10 also comprises the slip mechanism being arranged under front lay seat 131, and front guide body can be made to slide in frame. Specifically, slip mechanism is that the slide block of the first line slideway 15, first line slideway 15 is fixedly connected with bottom front guide body. By arranging the first line slideway 15, not only achieving is the weight that front guide body shared by the first ball-screw 121, ensures correction accuracy, also can not affect the motion of front guide body simultaneously.

Preferably, the 2nd rotation transmission rig comprises the 2nd ball-screw, and with the first side straightedge that the 2nd nut of the 2nd ball-screw is fixedly connected with, the first side straightedge is connected with the first side regulator, and the first side straightedge is used for driving the first side regulator to move linearly; 3rd rotation transmission rig comprises the 3rd ball-screw 221, with the 2nd side straightedge 222 that the 3rd nut of the 3rd ball-screw 221 is fixedly connected with, 2nd side straightedge 222 is connected with the 2nd side regulator, and the 2nd side straightedge 222 is used for driving the 2nd side regulator to move linearly.

In the present embodiment, 2nd rotation transmission rig comprises the 2nd ball-screw, the first side straightedge that the motion of the 2nd ball-screw can drive the 2nd nut to be fixedly connected with moves, and the first side straightedge is connected with the first side regulator, and the first side straightedge is just along with the first side regulator moves linearly. 3rd rotation transmission rig comprises the 3rd ball-screw 221, the motion of the 3rd ball-screw 221 can drive the 2nd side straightedge 222 being fixedly connected with the 3rd nut to move, 2nd side straightedge 222 connects again the 2nd side regulator, and the 2nd side regulator is just moved with the 2nd side straightedge 222. By spline 223 between 3rd motor 21 and the 3rd ball-screw 221. 3rd ball-screw 221 has and turning motion can be converted into rectilinear movement, and it has high precision, reversibility and high efficiency feature, can effectively increase the tolerance range that printing 1 position is treated in the correction of electronic side gauge regulator.

Preferably, the first side regulator comprises the first side rule seat, the first bearing being arranged on the first side rule seat, the medullary ray of the first bearing and horizontal plane; Also comprising the guiding part being arranged at above the first bearing, guide part to be used for guiding and treat printing 1 and the first bearing touch, guide part to be provided with the first guide surface hanging from bottom and stretching, the first guide surface is inclined upwardly; Guide part to be coaxial setting with the first bearing, guide the top lower than the first bearing bottom part;2nd side regulator comprises the 2nd side rule seat 231, the medullary ray of the 2nd bearing the 232, two bearing 232 being arranged on the 2nd side rule seat 231 and horizontal plane; Also comprising the 2nd guiding part the 233, two being arranged at above the 2nd bearing 232 guides part 233 to treat that printing 1 contacts with the 2nd bearing 232 for guiding, and the 2nd guides part 233 to be provided with hangs the 2nd guide surface the 2332, two guide surface 2331 stretched and be inclined upwardly from bottom; 2nd guiding part 233 is coaxial setting with the 2nd bearing 232, lower than the top of the 2nd bearing 232 bottom the 2nd guiding part 233.

In the present embodiment, 2nd side regulator comprises the 2nd side rule seat 231, the 2nd bearing 232 being arranged on the 2nd side rule seat 231,2nd bearing 232 is by being rotationally connected with on the 2nd side rule seat 231, can also being fixed on the 2nd side rule seat 231 by axle, the outer ring of the 2nd bearing 232 can be rotated. 2nd bearing 232 outer ring directly contacts at the edge of printing 1 with treating, owing to the 2nd bearing 232 outer ring can be rotated and not need very big motivating force, therefore when printing 1 contacts with the 2nd bearing 232, outer ring concomitant rotation, can not to treating 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. With reason, the first side regulator comprises the first side rule seat, the first bearing being arranged on the first side rule seat, and the first bearing is by being rotationally connected with on the first side rule seat, it is also possible to being fixed on the first side rule seat by axle, the outer ring of the first bearing can be rotated. First bearing outer ring directly contacts at the edge of printing 1 with treating, can rotate due to the first bearing outer ring and not need very big motivating force, therefore when printing 1 and the first bearing touch, outer ring concomitant rotation, can not to treating 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.

2nd side regulator also comprises the 2nd guiding part 233 being arranged at above the 2nd bearing 232, for guiding, 2nd guiding part 233 treats that printing 1 contacts with the 2nd bearing 232, solve in actual production and treat that the situation of alice occurs in printing 1 edge, 2nd guiding part 233 is provided with the 2nd guide surface 2331 upwards hanging from bottom and stretching, treat that the edge of printing 1 moves downward along the 2nd guide surface 2331, until moving on the 2nd bearing 232. Further, the 2nd guide surface 2331 is smooth, reduces the friction treating between printing 1 and the 2nd guide surface 2331. In addition, the 2nd guiding part 233 is coaxial setting with the 2nd bearing 232, lower than the top of the 2nd bearing 232 bottom the 2nd guiding part 233, can effectively avoid the appearance treating that printing 1 enters the clearance condition between the 2nd guiding part 233 and the 2nd bearing 232. Owing to said structure in the first electronic front lay setting device is identical with above-mentioned 2nd electronic front lay setting device, therefore do not repeat them here.

Preferably, the first slide rail that first side straightedge is also provided with the first side rule seat is slidably connected, the first locking mechanism also it is provided with between first side rule seat and the first slide rail, advise the locking between seat and the first slide rail for realizing the first side and unclamp, first locking mechanism comprise the first bolt and the first bolt with the use of the first locking handle, first side rule seat is provided with the first through elongated slot, first bolt is through the first elongated slot and the first slide rail, being provided with the 2nd groove placing the first bolt head bottom first slide rail, the 2nd groove can limit the first bolt and rotate;The 2nd slide rail that 2nd side straightedge 222 is also provided with the 2nd side rule seat 231 is slidably connected, the 2nd locking mechanism also it is provided with between 2nd side rule seat 231 and the 2nd slide rail, advise the locking between seat 231 and the 2nd slide rail for realizing the 2nd side and unclamp, 2nd locking mechanism comprise the 2nd bolt and the 2nd bolt with the use of the 2nd locking handle 236, 2nd side rule seat 231 is provided with the 2nd through elongated slot 237, 2nd bolt is through the 2nd elongated slot 237 and the 2nd slide rail, the 3rd groove placing the 2nd bolt head it is provided with bottom 2nd slide rail, 3rd groove can limit the 2nd bolt and rotate.

The first electronic side gauge regulator 30 that the present embodiment provides and the first side straightedge can drive the first side regulator synchronizing moving, in 2nd electronic side gauge regulator 20, the 2nd side straightedge 222 can drive the 2nd side regulator synchronizing moving, the mode of connection realizing two parts of above-mentioned functions has a lot, such as bolt connection, welding etc. In the present embodiment, the 2nd slide rail that the 2nd side straightedge 222 is provided with the 2nd side rule seat 231 is slidably connected, it is achieved between the 2nd side regulator and side straightedge 222, relatively sliding occurs. By the slip of the 2nd side regulator, the adjustment of the big distance of printing 1 can be realized treating like this. It is provided with the 2nd locking mechanism between 2nd side regulator the 2nd side rule seat 231 and slide rail, the locking between the 2nd side rule seat 231 and the 2nd slide rail can be realized like this and unclamp. Specifically, when use the 2nd locking mechanism is by, when locking between the 2nd side regulator and the 2nd side straightedge 222, both cannot carry out relatively sliding, the 2nd side regulator is synchronized with the movement along with the 2nd side straightedge 222, it is achieved treat the location, position of printing 1. Further, as when printing 1 needs adjustment in a big way, now can fall the 2nd locking mechanism by pine, make between the 2nd side regulator and the 2nd side straightedge 222 by the 2nd slide rail generation relatively sliding, by mobile 2nd side regulator, then the 2nd side regulator and the 2nd side straightedge 222 is locked, it is achieved treat the adjustment of the big distance of printing 1.

Further, 2nd locking mechanism comprise the 2nd bolt and the 2nd bolt with the use of the 2nd locking handle 236,2nd side rule seat 231 is provided with the 2nd through elongated slot 237,2nd bolt is through the 2nd elongated slot 237 and the 2nd slide rail, 2nd bolt head is positioned at the 3rd groove bottom the 2nd slide rail, and the 3rd groove can limit the 2nd bolt and rotate.

In the present embodiment, the 2nd locking mechanism comprise the 2nd bolt and the 2nd bolt with the use of the 2nd locking handle 236. , the head of the 2nd bolt is by being placed in the 3rd groove bottom the 2nd slide rail, and the 3rd groove can limit the head movement of the 2nd bolt, and then realizes locking between the 2nd side regulator and the 2nd slide rail and unclamping. Preferably, the 2nd slide rail is provided with distance scale.

Owing to the said structure of the first electronic front lay setting device is identical with above-mentioned 2nd electronic front lay setting device, therefore do not repeat them here.

Preferably, 2nd side regulator of the 2nd electronic side gauge regulator 20 is also provided with supporting buffer member 234 and swing component 235, swing component 235 one end and the 2nd bearing 232 are fixed, supporting buffer member 234 cuts with scissors with one end of swing component 235, with the 2nd side rule 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 regulator of the 2nd electronic side gauge regulator 20 also comprises the supporting buffer member 234 being arranged on the 2nd side rule seat 231, supporting buffer member 234 is preferably cylinder or the spring of little model, it mainly utilizes the clearance issues that elastic buffer effect realizes solving the 2nd bearing 232 and exist, it is to increase the precision of location.One end and the 2nd bearing 232 of swing component 235 are fixed, and supporting buffer member 234 is hinged with the other end of swing component 235. In use, when the 2nd bearing 232 is subject to treating the shock of printing 1, owing to there is gap in the 2nd 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 2nd bearing 232, effectively ensure that correction accuracy.

Preferably, the first motor 11, the 2nd motor or the 3rd motor 21 are stepper-motor.

In the present embodiment, motor is used for realizing the electronic side gauge regulator of control and electronic front lay setting device treats the adjustment of position of printing 1, it is preferable to stepper-motor. Owing to stepper-motor has the repeatability etc. starting instantaneously and can changing, have good position precision and motion with the advantageous characteristic stopped rapidly, turning direction, can realize accurately controlling front guide body, the first side regulator and the 2nd side regulator miles of relative movement and direction, and then improve the precision treating printing 1 position adjustments significantly, reduce the fraction defective in production.

The better embodiment being only the application and the explanation to institute's application technology principle are more than described. Those skilled in the art are to be understood that, practical novel scope involved in the application, the technical scheme being not limited to the particular combination of above-mentioned technology feature and become, also should be encompassed in when not departing from the novel design of described practicality, other technical scheme being carried out arbitrary combination by above-mentioned technology feature or its equivalent feature and being formed simultaneously. Such as, disclosed in above-mentioned feature and the application, (but being not limited to) has the technical scheme that the technology feature of similar functions is replaced mutually and formed.

Claims (10)

1. a printing device, comprises and is arranged in frame to be used for carrying the e Foerderanlage treating printing, the touch-screen being arranged in frame side, it is characterised in that,

Described e Foerderanlage is provided with location adjusting device;

Location adjusting device, comprises electronic front lay setting device group and electronic side gauge regulator group;

Electronic front lay setting device group, at least comprise two electronic front lay setting devices, described in each, electronic front lay setting device comprises the first motor, the first rotation transmission rig that described first motor connects, described first rotation transmission rig is fixedly connected with front guide body, and described first rotation transmission rig drives described front guide body to move linearly;

Electronic side gauge regulator group, at least comprise the first electronic side gauge regulator and the 2nd electronic side gauge regulator, described first electronic side gauge regulator comprises the 2nd motor, the 2nd rotation transmission rig being connected with the output shaft of described 2nd motor, with the first side regulator that described 2nd rotation transmission rig is connected, described 2nd rotation transmission rig drives described first side regulator to do linear reciprocation and moves; Described 2nd electronic side gauge regulator comprises the 3rd motor, the 3rd rotation transmission rig being connected with the output shaft of described 3rd motor, with the 2nd side regulator that described 3rd rotation transmission rig is connected, described 3rd rotation transmission rig drives described 2nd side regulator to do linear reciprocation and moves;

Described first electronic side gauge regulator and the 2nd electronic side gauge regulator lay respectively at the both sides of described electronic front lay setting device group.

2. printing device according to claim 1, it is characterised in that, described two electronic front lay setting devices are positioned at the same side treating printing.

3. printing device according to claim 2, it is characterized in that, it is provided with the first synchronous drive mechanism between the output shaft of described first motor and described first rotation transmission rig, described first motor rotary motion is passed to described first rotation transmission rig by described first synchronous drive mechanism, described first synchronous drive mechanism comprises worm screw, with described worm screw with the use of worm gear, between described worm screw with described first motor output shaft be synchronous V belt translation connect.

4. printing device according to claim 3, it is characterized in that, described first rotation transmission rig comprises the first ball-screw, described worm gear is fixed on the right cylinder of described first ball-screw, first nut of described first ball-screw is fixedly connected with described front guide body, or described first rotation transmission rig comprises screw rod, and described worm gear is fixed on the right cylinder of described screw rod, on described screw flight, cover has spiral shell cover, and described spiral shell cover is fixedly connected with described front guide body.

5. printing device according to claim 4, it is characterized in that, described front guide body comprises front lay seat, the front lay being positioned on described front lay seat, the gripper sheet being positioned at described front lay top, before described front lay, end face is provided with the locating surface of extension downwards, 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. printing device according to claim 5, it is characterized in that, described electronic front lay setting device also comprises and the limit switch that switch seat is connected, 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 comprise the slip mechanism being arranged under described front lay seat, described front guide body can be made to slide in frame, the travel direction of described slip mechanism is consistent with described front guide body travel direction, described slip mechanism is the first line slideway, and the slide block of described first line slideway is fixedly connected with bottom described front guide body.

7. printing device according to claim 1-6 any one, it is characterized in that, described 2nd rotation transmission rig comprises the 2nd ball-screw, with the first side straightedge that the 2nd nut of described 2nd ball-screw is fixedly connected with, described first side straightedge is connected with described first side regulator, and described first side straightedge is used for driving described first side regulator to move linearly; Described 3rd rotation transmission rig comprises the 3rd ball-screw, with the 2nd side straightedge that the 3rd nut of described 3rd ball-screw is fixedly connected with, described 2nd side straightedge is connected with described 2nd side regulator, and described 2nd side straightedge is used for driving described 2nd side regulator to move linearly.

8. printing device according to claim 7, it is characterised in that, described first side regulator comprises the first side rule seat, the first bearing being arranged on described first side rule seat, the medullary ray of described first bearing and horizontal plane; Also comprising the guiding part being arranged at above described first bearing, described guiding part is used for guiding and treats printing and described first bearing touch, and described guiding part is provided with the first guide surface hanging from bottom and stretching, and described first guide surface is inclined upwardly; Described guiding part and described first bearing are coaxial setting, lower than the top of described first bearing bottom described guiding part; Described 2nd side regulator comprises the 2nd side rule seat, the 2nd bearing being arranged on described 2nd side rule seat, the medullary ray of described 2nd bearing and horizontal plane; Also comprising the 2nd guiding part being arranged at above described 2nd bearing, described 2nd guiding part is used for guiding and treats printing and described 2nd bearing touch, and described 2nd guiding part is provided with the 2nd guide surface hanging from bottom and stretching, and described 2nd guide surface is inclined upwardly; Described 2nd guiding part is coaxial setting with described 2nd bearing, lower than the top of described 2nd bearing bottom described 2nd guiding part.

9. printing device according to claim 8, it is characterized in that, the first slide rail that described first side straightedge is also provided with described first side rule seat is slidably connected, the first locking mechanism also it is provided with between described first side rule seat and described first slide rail, advise the locking between seat and described first slide rail for realizing described first side and unclamp, described first locking mechanism comprise the first bolt and described first bolt with the use of the first locking handle, described first side rule seat is provided with the first through elongated slot, described first bolt is through described first elongated slot and described first slide rail, the 2nd groove placing described first bolt head it is provided with bottom described first slide rail, described 2nd groove can limit described first bolt and rotate,The 2nd slide rail that described 2nd side straightedge is also provided with described 2nd side rule seat is slidably connected, the 2nd locking mechanism also it is provided with between described 2nd side rule seat and described 2nd slide rail, advise the locking between seat and described 2nd slide rail for realizing described 2nd side and unclamp, described 2nd locking mechanism comprise the 2nd bolt and described 2nd bolt with the use of the 2nd locking handle, described 2nd side rule seat is provided with the 2nd through elongated slot, described 2nd bolt is through described 2nd elongated slot and described 2nd slide rail, the 3rd groove placing described 2nd bolt head it is provided with bottom described 2nd slide rail, described 3rd groove can limit described 2nd bolt and rotate.

10. printing device according to claim 9, it is characterized in that, 2nd side regulator of described 2nd electronic side gauge regulator is also provided with supporting buffer member and swing component, described swing component one end and described 2nd bearing are fixed, one end hinge of described supporting buffer member and swing component, with described 2nd side rule seat chain connection in the middle part of described swing component, described swing component can rotate in the horizontal plane.