CN107784694A - A kind of customized ticket maker - Google Patents
A kind of customized ticket maker Download PDFInfo
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- CN107784694A CN107784694A CN201711179560.8A CN201711179560A CN107784694A CN 107784694 A CN107784694 A CN 107784694A CN 201711179560 A CN201711179560 A CN 201711179560A CN 107784694 A CN107784694 A CN 107784694A
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- 230000007246 mechanism Effects 0.000 claims abstract description 194
- 238000010147 laser engraving Methods 0.000 claims abstract description 71
- 238000007639 printing Methods 0.000 claims abstract description 24
- 238000003754 machining Methods 0.000 claims abstract description 12
- 238000006073 displacement reaction Methods 0.000 claims description 167
- 238000004891 communication Methods 0.000 claims description 28
- 230000033001 locomotion Effects 0.000 claims description 21
- 230000007723 transport mechanism Effects 0.000 claims description 11
- 238000003860 storage Methods 0.000 claims description 10
- 230000008450 motivation Effects 0.000 claims description 5
- 230000005611 electricity Effects 0.000 claims description 4
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 3
- 239000004744 fabric Substances 0.000 claims 1
- 238000005520 cutting process Methods 0.000 abstract description 9
- 230000000694 effects Effects 0.000 abstract description 5
- 239000000047 product Substances 0.000 description 10
- 230000005540 biological transmission Effects 0.000 description 9
- 238000012546 transfer Methods 0.000 description 7
- 238000005516 engineering process Methods 0.000 description 4
- 239000007787 solid Substances 0.000 description 4
- 238000011144 upstream manufacturing Methods 0.000 description 4
- 238000000034 method Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 206010034719 Personality change Diseases 0.000 description 1
- 238000010009 beating Methods 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 238000012790 confirmation Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 230000002452 interceptive effect Effects 0.000 description 1
- 238000003698 laser cutting Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
- 239000013589 supplement Substances 0.000 description 1
- 238000013519 translation Methods 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Classifications
-
- G—PHYSICS
- G07—CHECKING-DEVICES
- G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
- G07B1/00—Machines for printing and issuing tickets
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J3/00—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed
- B41J3/44—Typewriters or selective printing mechanisms having dual functions or combined with, or coupled to, apparatus performing other functions
- B41J3/445—Printers integrated in other types of apparatus, e.g. printers integrated in cameras
-
- G—PHYSICS
- G07—CHECKING-DEVICES
- G07B—TICKET-ISSUING APPARATUS; FARE-REGISTERING APPARATUS; FRANKING APPARATUS
- G07B5/00—Details of, or auxiliary devices for, ticket-issuing machines
- G07B5/02—Details of, or auxiliary devices for, ticket-issuing machines for cutting-off or separating tickets
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Manufacture Or Reproduction Of Printing Formes (AREA)
Abstract
The present invention relates to a kind of customized ticket maker, its printing mechanism includes carrying out the machining area for being located at print stations in ticket paper the colour print mechanism of colour print, laser engraving is carried out to the machining area after colour print and cuts into the laser engraving mechanism of ticket, the first drive mechanism that driving colour print mechanism moves between operating position and resigning position, the second drive mechanism that driving laser engraving mechanism moves between operating position and resigning position, controlling the first drive mechanism and the second drive mechanism, successively driving colour print mechanism and laser engraving mechanism move to the industrial controlled machine that operating position is operated.The customized ticket maker can produce colour print and the effect of laser engraving combination or even superposition, and then produce more abundant face pattern, and laser engraving mechanism can both complete personalized engraving, cutting machine can also be become to realize and cut out the admission ticket with abundant profile.
Description
Technical field
The present invention relates to a kind of customized ticket maker.
Background technology
At present, the admission ticket for the purchase that user is selected by modes such as mobile phone, websites is all general that form, style are homogeneous
Sample, and colored or black and white printing is made, and pattern is dull, can not embody the personalization of user, as user is to tourism
The change of demand, increasing user need personalized service, make more abundant face pattern, how to be used for this
The personalized abundant face pattern that the papery admission ticket that family is held embodies user oneself is asked as the technology for being currently needed for solving
Topic.
The content of the invention
For the problems of the prior art, the present invention provides a kind of customized ticket maker.
The present invention provides a kind of customized ticket maker, including cabinet and the printing mechanism positioned at cabinet inside, printing
Mechanism includes：The colour print mechanism of colour print is carried out to the machining area for being located at print stations in ticket paper；To colour print
Machining area afterwards carries out laser engraving and cuts into the laser engraving mechanism of ticket；Driving colour print mechanism is corresponding to beating
The first drive mechanism moved between the operating position of print station and the resigning position for leaving print stations；Drive laser engraving machine
Structure is corresponding to the second drive mechanism moved between the operating position of print stations and the resigning position for leaving print stations；Control
Making the first drive mechanism and the second drive mechanism, successively driving colour print mechanism and laser engraving mechanism move to operating position
The industrial controlled machine being operated, industrial controlled machine and the first drive mechanism, the second drive mechanism, colour print mechanism and laser engraving mechanism
Communication connection.
According to the present invention, the second drive mechanism is connected with laser engraving mechanism, and driving laser engraving mechanism is in operating position
Moved horizontally between resigning position.
According to the present invention, the second drive mechanism includes two the second drive components, and two the second drive components are arranged side by side
And orientation is perpendicular to the orientation of the operating position of laser engraving mechanism and resigning position；Second drive component includes two
Individual fixed seat, displacement guide rail, displacement screw rod, displacement guide block and displacement motor；Wherein, two fixed seats are fixed in cabinet, are moved
Position guide rail is horizontally fixed between two fixed seats, shifts operating position of the bearing of trend parallel to laser engraving mechanism of guide rail
With the orientation of resigning position；Displacement screw rod and displacement motor are arranged on displacement guide rail interior, displacement motor and displacement screw rod
To drive displacement screw rod to rotate, displacement motor connects with industrial controlled machine communication for connection；Displacement guide block is set on displacement guide rail and stretched
Enter to shift guide rail interior to screw with displacement screw rod, laser engraving mechanism is fixed on displacement guide block.
According to the present invention, laser engraving mechanism includes the horizontal shifting of laser applicator, driving laser applicator transverse shifting
Lowering or hoisting gear, the rotating device of driving laser applicator rotation and the driving that dynamic device, driving laser applicator move up and down swash
The inclined tilting gearing of light bruin, the direction of the transverse shifting of horizontal mobile device driving laser applicator are led perpendicular to displacement
The bearing of trend of rail, one in horizontal mobile device, rotating device and lowering or hoisting gear is fixed on displacement guide block, laser engraving
Device, horizontal mobile device, lowering or hoisting gear, rotating device and tilting gearing are communicated with industrial controlled machine and connected.
According to the present invention, horizontal mobile device includes transverse shift guide rail, transverse shifting screw rod, transverse shifting guide block and horizontal stroke
To mobile motor, transverse shift guide rail is horizontally fixed between two displacement guide blocks, transverse shifting screw rod and transverse mobile motor
It is arranged on transverse shift guide rail interior, the bearing of trend of transverse shift guide rail and transverse shifting screw rod is each perpendicular to shift guide rail
Bearing of trend, transverse mobile motor be connected with transverse shifting screw rod with drive transverse shifting screw rod rotate, transverse mobile motor with
Industrial controlled machine communication connection, transverse shifting guide block are set on transverse shift guide rail and stretch into transverse shift guide rail interior with laterally moving
Dynamic screw rod screws；Rotating device includes electrical turntable, and electrical turntable is rotatably connected to the lower end of transverse shifting guide block, electronic
Turntable connects with industrial controlled machine communication；Lowering or hoisting gear includes movement frame and three electric pushrods, the top difference of three electric pushrods
It is connected by a universal joint with electrical turntable, the bottom of three electric pushrods is connected by a ball bearing and adjustable shelf respectively
Connect, adjustable shelf and electrical turntable coaxial line, three electric pushrods are evenly arranged around the axis of electrical turntable and adjustable shelf, three
Electric pushrod is communicated with industrial controlled machine and connected；Tilting gearing includes support plate, multiple electric expansion bars and holding frame, support plate and erected
The straight lower end for being fixed on electrical turntable, multiple electric expansion bars are vertically arranged, and one end and the support plate of electric expansion bar are fixed, separately
One end is connected with holding frame by ball bearing, and holding frame fixed laser bruin, multiple electric expansion bars are led to industrial controlled machine
News connection.
According to the present invention, the first drive mechanism is connected with colour print mechanism, and driving colour print mechanism is in operating position
Moved horizontally between resigning position, what the first drive mechanism driving colour print mechanism moved horizontally is oriented parallel to the second drive
The direction that motivation structure driving laser engraving mechanism moves horizontally.
According to the present invention, the first drive mechanism includes two the first drive components, and two the first drive components are arranged side by side
And orientation is perpendicular to the orientation of the operating position of colour print mechanism and resigning position；First drive component includes
Two fixed pedestals, displacement slide rail, displacement leading screw, displacement sliding block and displacement motor；Wherein, two fixed pedestals are fixed on machine
In case, displacement slide rail is horizontally fixed between two fixed pedestals, shifts the bearing of trend of slide rail parallel to colour print mechanism
Operating position and resigning position orientation；Displacement leading screw and displacement motor are arranged on inside displacement slide rail, displacement electricity
Motivation is connected with displacement leading screw to drive displacement leading screw to rotate, and displacement motor connects with industrial controlled machine communication；Displacement sliding block is arranged
Displacement slide rail on and stretch into displacement slide rail inside with displacement leading screw screw, colour print mechanism is fixed on displacement sliding block.
According to the present invention, the lifting that colour print mechanism includes colour printer, driving colour printer moves up and down is set
Standby and driving colour printer transverse shifting transverse shifting equipment, the transverse shifting of transverse shifting device drives colour printer
Direction perpendicular to the bearing of trend of displacement slide rail, lowering or hoisting gear is fixed on displacement sliding block, colour printer, transverse shifting equipment
Communicate and connect with industrial controlled machine with jacking equipment.
According to the present invention, jacking equipment includes two spaced electric lifting rods, and two electric lifting rods are solid respectively
Surely the lower end of two displacement sliding blocks is connected to, two electric lifting rods are communicated with industrial controlled machine and connected；Transverse shifting equipment includes
Two connecting seats, transverse shifting slide rail, transverse shifting leading screw, transverse shifting sliding block and traversing motor, two connecting seats
The lower end of two electric lifting rods is separately fixed at, transverse shifting slide rail is horizontally fixed between two connecting seats, transverse shifting
Leading screw and traversing motor are arranged on inside transverse shifting slide rail, the axially and transversely shifting sledge of transverse shifting leading screw
Bearing of trend is each perpendicular to shift the bearing of trend of slide rail, and traversing motor is connected with transverse shifting leading screw to drive transverse direction
Mobile leading screw is rotated, and traversing motor is connected with industrial controlled machine communication, and transverse shifting sliding block is set on transverse shifting slide rail
And stretch into inside transverse shifting slide rail and screwed with transverse shifting leading screw, colour printer is fixed on transverse shifting sliding block.
According to the present invention, in addition to display, ticket paper transport mechanism, ticket dispensing mechanism, display is fixed on cabinet；Ticket paper
Storage bin, ticket paper storage bin are fixed in cabinet；, ticket paper transport mechanism is arranged in cabinet, positioned at ticket paper storage bin and printing
Between station；Ticket dispensing mechanism is located between print stations and ticket outlet on cabinet；Wherein, display, ticket paper conveyer
Structure and ticket dispensing mechanism communicate with industrial controlled machine to be connected.
It is the device have the advantages that as follows：
The customized ticket maker of the present invention can produce colour print and the effect of laser engraving combination or even superposition,
And then more abundant face pattern is produced, such as laser engraving signature etc. on the photo of colour print.In addition, laser engraving
Mechanism can both be carved with the personalization of finishing patterns, and it can also be controlled to increase power to become cutting machine by industrial controlled machine, can
Realize and cut out the admission ticket with abundant profile.To sum up, the admission ticket maker is provided in two sides of pattern effect and admission ticket profile
The possibility that face optimizes, personalized admission ticket can be made for user, effectively improve the usage experience of user.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, without having to pay creative labor, may be used also
To obtain other accompanying drawings according to these accompanying drawings.
Fig. 1 is the schematic front view of the customized ticket maker that embodiment one provides in embodiment；
Fig. 2 is the right side schematic view of the customized ticket maker in Fig. 1；
Fig. 3 is local interior's structural representation of the customized ticket maker in Fig. 1, wherein, basically illustrate colour
Printing mechanism and the first drive mechanism；
Fig. 4 is the partial structural diagram of the first drive mechanism in Fig. 3, wherein, basically illustrate fixed pedestal, displacement
Slide rail, displacement leading screw, displacement sliding block and displacement motor；
Fig. 5 is the sectional view of Section A-A in Fig. 4；
Fig. 6 is another local interior's structural representation of the customized ticket maker in Fig. 1, wherein, basically illustrate
Laser engraving mechanism and the second drive mechanism；
Fig. 7 is the ticket paper storage bin in the customized ticket maker in Fig. 1, ticket paper transport mechanism, print stations and goes out
The structural representation of ticket mechanism；
Fig. 8 is the profile of section B-B in Fig. 7；
Fig. 9 is the schematic front view of the customized ticket maker that embodiment two provides in embodiment；
Figure 10 is the right side schematic view of the customized ticket maker in Fig. 9.
【Reference】
1：Cabinet；
2：Print stations；
3：Colour print mechanism；31：Colour printer；32：Jacking equipment；321：Electric lifting rod；33：Transverse shifting is set
It is standby；331：Connecting seat；332：Transverse shifting slide rail；333：Transverse shifting sliding block；
4：Laser engraving mechanism；41：Laser applicator；42：Horizontal mobile device；43：Lowering or hoisting gear；44：Rotating device；
45：Tilting gearing；421：Transverse shift guide rail；422：Transverse shifting guide block；431：Movement frame；432：Electric pushrod；441：Electricity
Turn platform；451：Support plate；452：Electric expansion bar；453：Holding frame；
5：First drive mechanism；51：Fixed pedestal；52：Shift slide rail；53：Shift leading screw；54：Shift sliding block；541：Shell
Body；542：Nut；543：Connect rib；55：Shift motor；56：Longitudinal opening；
6：Second drive mechanism；61：Fixed seat；62：Shift guide rail；63：Shift guide block；
7：Display；
8：Ticket paper storage bin；
9：Ticket paper transport mechanism；91：Upstream drive roller group；92：Transmission belt；93：Downstream drive roller group；94：Guide pad；
10：Ticket dispensing mechanism；101：Sucker；102：Vertical transfer passage；
11：Ticket outlet；
12：Image acquisition device；
13：Ticket paper；
14：Seating structure；141：Support plate；141a：First plate body；141b：Second plate body；142：Cushion；142a：Short portion；
142b：Long portion；142c：Connecting portion.
Embodiment
In order to preferably explain the present invention, in order to understand, below in conjunction with the accompanying drawings, by embodiment, to this hair
It is bright to be described in detail.
Embodiment one
Referring to figs. 1 to Fig. 8, the present embodiment provides a kind of customized ticket maker, and the customized ticket maker includes
Cabinet 1 and the printing mechanism inside cabinet 1.Wherein, printing mechanism includes detent mechanism (not shown), colour print
Mechanism 3, laser engraving mechanism 4, the first drive mechanism 5, the second drive mechanism 6 and industrial controlled machine (not shown).
Wherein, detent mechanism is used to the machining area of ticket paper 13 being positioned at print stations 2, and detent mechanism can utilize any
Spacing mechanism, such as two of the direction of transfer including being arranged on ticket paper 13 can be provided for ticket paper in printing in the prior art
The electronic depression bar that the compact heap and driving compact heap of side move up and down, when the machining area of ticket paper moves to print stations 2,
Electronic depression bar driving compact heap pushes；After printing and cutting, electronic depression bar driving compact heap rises to allow in next step
Operation to admission ticket finished product.Or detent mechanism can also be vacuum suction mechanism, move to and beat in the print area of ticket paper 13
When printing station 2, vacuum suction mechanism starts, and the print area of ticket paper 13 is firmly inhaled in print stations 2.Industrial controlled machine is with determining
Position mechanism communication connection, to control the positioning of the print area of detent mechanism solid vote paper or releasing to the print area of ticket paper.
Wherein, colour print mechanism 3 is used to carry out colour print to the print area for being located at print stations 2 in ticket paper 13,
Industrial controlled machine and the communication connection of colour print mechanism 3, to control colour print mechanism 3 to perform print out task.
Wherein, laser engraving mechanism 4 is used to carry out laser engraving to the machining area after colour print and carved in laser
Cut into ticket after quarter, industrial controlled machine connects with laser engraving mechanism 4 communication, with control laser engraving mechanism 4 perform engraving task and
Cutting task.
Wherein, the first drive mechanism 5 be used to driving colour print mechanism 3 in the operating position corresponding to print stations 2 and
Leave and move between the resigning position of print stations 2, industrial controlled machine and the communication of the first drive mechanism 5 connect, with the driving of control first
Mechanism 5 drives colour print mechanism 3 to move.
Wherein, the second drive mechanism 6 driving laser engraving mechanism 4 in the operating position corresponding to print stations 2 and is left
Moved between the resigning position of print stations 2, industrial controlled machine and the communication of the second drive mechanism 6 connect, to control the second drive mechanism 6
Driving laser engraving mechanism 4 moves.
To sum up, industrial controlled machine controls the first drive mechanism 5 and the second drive mechanism 6 successively drives colour print mechanism 3 and swashed
Light Egraver 4 moves to operating position and is operated.
Thus, performing printing step by above-mentioned part is：
S1, when the machining area of ticket paper 13 moves to print stations 2, industrial controlled machine control detent mechanism by ticket paper 13 plus
Work area domain is fixed；
S2, industrial controlled machine first control the first drive mechanism 5 driving colour print mechanism 3 to move to working position from resigning position
Put, then colour print mechanism 3 is currently located at shape on the machining area of print stations in ticket paper 13 under the control of industrial controlled machine
Into multicolour pattern, after completing print out task, industrial controlled machine controls the first drive mechanism 5 driving colour print mechanism 3 to move to resigning
Position；
S3, industrial controlled machine control the second drive mechanism 6 driving laser engraving mechanism 4 to move to operating position from resigning position,
And control laser engraving mechanism 4 to be currently located at depiction on the machining area of print stations in ticket paper 13, preferably exist
Depiction on established multicolour pattern, after completing engraving task, industrial controlled machine further controls laser engraving mechanism 4 to increase work(
Rate turns into cutting machine, and corresponding to a finished product ticket is cut out in the part of print stations 2 from ticket paper 13, the finished product ticket is door
Ticket, include the region by colour print and laser engraving.After completing cutting task, industrial controlled machine controls the second drive mechanism 6 to drive
Dynamic laser engraving mechanism 4 moves to resigning position.
Thus, the customized ticket maker of the present embodiment can produce colour print and laser engraving combination or even be superimposed
Effect, and then produce more abundant face pattern, such as laser engraving signature etc. on the photo of colour print.In addition,
Laser engraving mechanism 4 can both be carved with the personalization of finishing patterns, and it can also be controlled to increase power to become by industrial controlled machine
Cutting machine, it can be achieved to cut out the admission ticket with abundant profile.To sum up, the admission ticket maker of the present embodiment is provided in pattern effect
The possibility optimized with two aspects of admission ticket profile, personalized admission ticket can be made for user, effectively improves making for user
With experience.Wherein, customized ticket has larger commercial value, convenient to set customized ticket in each admission ticket ticket counter
Making apparatus, and then the popularization of customized ticket is improved, and be worth with higher business promotion.
Referring in particular to Fig. 3, in the present embodiment, the operating position and resigning position of colour print mechanism 3 are along horizontal cross
Arrangement, i.e., arranged along the X-axis in Fig. 3.First drive mechanism 5 is connected with colour print mechanism 3, to drive colour print mechanism 3
Moved horizontally between operating position and resigning position.
Specifically, the first drive mechanism 5 includes the first drive component two side by side, the arrangement of two the first drive components
The direction that direction arranges perpendicular to the operating position of colour print mechanism 3 and resigning position, specifically as shown in figure 3, two first
Y-axis of the orientation edge of drive component perpendicular to X-axis.Wherein, each first drive component includes two fixed pedestals 51, one
Individual displacement slide rail 52, one displacement leading screw 53, one displacement sliding block 54 and a displacement motor 55.
Two fixed pedestals 51 are fixed in cabinet 1, and displacement slide rail 52 is horizontal-extending and is fixed on two fixed pedestals 51
Between, and the bearing of trend of slide rail 52 is shifted parallel to the operating position of colour print mechanism 3 and the arrangement side of resigning position
To that is, as shown in figure 3, the bearing of trend of displacement slide rail 52 is parallel to X-axis.
Referring to Fig. 3 to Fig. 5, displacement leading screw 53 and displacement motor 55 are arranged on inside displacement slide rail 52, specifically, displacement
Motor 55 is fixed on the inside of displacement slide rail 52, and displacement leading screw 53 is rotatably supported in displacement by supporting members such as bearings
The inside of slide rail 52, the axial direction of displacement leading screw 53 is parallel with the bearing of trend for shifting slide rail 52, is to shift silk in the present embodiment
Thick stick 3 is axially parallel to X-axis, and displacement motor 55 is connected with displacement leading screw 53 to drive displacement leading screw 53 to rotate, meanwhile, displacement
Motor 55 is connected to receive the control of industrial controlled machine with industrial controlled machine communication.
In the present embodiment, the outer wall for shifting slide rail 52 is provided with longitudinal opening 56, and longitudinal opening 56 is simultaneously slided not through displacement
Rail 52, i.e. the both ends of longitudinal opening 56 are closings.Displacement sliding block 54 is slideably set on displacement slide rail 52 and from above-mentioned
Longitudinal opening 56 stretches into the inside of displacement slide rail 52 and screwed with displacement leading screw 53, in this way, when shifting the rotation of leading screw 53, shifts sliding block
54 do the rectilinear movement along displacement leading screw 53, namely do the rectilinear movement along displacement slide rail 52.To improve stability, sliding block is shifted
54 are supported on the top surface of displacement slide rail 52.
Further, in the present embodiment, as shown in figure 5, being provided with symmetrical two on the outer wall of shifting sledge 52
Individual longitudinal opening 56, the housing 541 that displacement sliding block 54 includes being set on displacement slide rail 52, the spiral shell screwed on displacement leading screw 53
Mother 542 and symmetrical two connections rib 543, two connection ribs 543 are located in two longitudinal openings 56 respectively, and often
The outer wall of nut 542 and the inwall of housing 541 of its correspondingly connected both sides of individual connection rib 543.It is arranged such, shifts sliding block
54 movement is steady, is advantageous to improve the quality and precision of printing.
With further reference to Fig. 3 to Fig. 5, in the present embodiment, colour print mechanism 3 is fixed on displacement sliding block 54, thus, when
Displacement sliding block 54 along two parallel displacement slide rails 52 move when, the water along two shifting sledges 52 also does in colour print mechanism 3
Translation is dynamic, namely edge is parallel to the direction of the X-axis in Fig. 3.
With further reference to Fig. 3, colour print mechanism 3 includes colour printer 31, driving colour printer 31 moves up and down
Jacking equipment 32 and the driving transverse shifting of colour printer 31 transverse shifting equipment 33, transverse shifting equipment 33 drives colour
The direction of the transverse shifting of printer 31 is perpendicular to the direction that the first drive mechanism 5 driving colour print mechanism 3 moves horizontally, i.e.,
The bearing of trend of slide rail 52 is shifted, thus, as shown in figure 3, transverse shifting equipment 33 drives the transverse shifting of colour printer 31
Be oriented parallel to Y-axis.
In the present embodiment, jacking equipment 32 includes two spaced electric lifting rods 321, two electric lifting rods
321 be respectively fixedly connected with two shift sliding block 54 lower ends, two electric lifting rods 321 with industrial controlled machine communicate connect, with
Receive the control of industrial controlled machine.Jacking equipment 32 controls the motion of the vertical direction of colour printer 31, i.e., the Z-direction along Fig. 3
Motion.
In the present embodiment, transverse shifting equipment 33 includes two transverse shifting slide rails 332, one of connecting seat 331, one
Transverse shifting leading screw, a transverse shifting sliding block 333 and a traversing motor.Two connecting seats 331 are separately fixed at
The lower end of two electric lifting rods 321, transverse shifting slide rail 332 are horizontally fixed between two connecting seats 331, and transverse shifting is slided
The bearing of trend for extending perpendicularly to shift slide rail 52 of rail 332, transverse shifting leading screw and traversing motor are arranged on
Inside transverse shifting slide rail 332, specifically, traversing motor is fixed on the inside of transverse shifting slide rail 332, transverse shifting
Leading screw is rotatably supported in the inside of transverse shifting slide rail 332, the axial direction of transverse shifting leading screw by supporting members such as bearings
It is parallel with the bearing of trend of transverse shifting slide rail 332, in the present embodiment for parallel to Y-axis.Traversing motor and transverse direction
Mobile leading screw connection is to drive transverse shifting leading screw to rotate, and traversing motor connects with industrial controlled machine communication, to receive industry control
Device controls.Transverse shifting sliding block 333 is set on transverse shifting slide rail 332 and stretched into inside transverse shifting slide rail 332 and horizontal
Mobile leading screw screws, and colour printer 31 is fixed on transverse shifting sliding block 333, and colour printer 31 connects with industrial controlled machine communication,
To receive industrial controlled machine control.
In the present embodiment, the outer wall of transverse shifting slide rail 332 is provided with longitudinal opening, longitudinal opening 56 and not through displacement
Slide rail 52, i.e. the both ends of longitudinal opening 56 are closings.Displacement sliding block 54 is slideably set on transverse shifting slide rail 332 simultaneously
The inside of transverse shifting slide rail 332 is stretched into from above-mentioned longitudinal opening to screw with transverse shifting leading screw, in this way, when transverse shifting leading screw turns
When dynamic, transverse shifting sliding block 333 laterally moves the rectilinear movement of leading screw, namely laterally moves the straight line of slide rail 332
It is mobile.Specifically, symmetrical two longitudinal openings, transverse shifting sliding block are provided with the outer wall of transverse shifting slide rail 332
333 housing, the nuts and symmetrical two screwed on transverse shifting leading screw including being set on transverse shifting slide rail 332
Individual connection rib, two connection ribs are located in two longitudinal openings respectively, and each connect its correspondingly connected both sides of rib
The outer wall of nut and the inwall of housing.It is arranged such, the movement of transverse shifting sliding block 333 is steady, is advantageous to improve printing
Quality and precision.To improve stability, transverse shifting sliding block 333 is supported on the top surface of transverse shifting slide rail 332.Concrete structure
Similar to shown in Fig. 5, reference can be carried out.
To sum up, when needing colour print mechanism 3 to work, industrial controlled machine controls the displacement driving displacement leading screw of motor 55 first
53 rotate, and then drive colour print mechanism 3 to move to working position from resigning position along displacement slide rail 52 by shifting sliding block 54
Put, this operating position is original position in the X-axis direction, and then industrial controlled machine control electric lifting rod 321 is lifted with by colour
Appropriate position (original position of this process for regulation colour printer 31 in the Z-axis direction) is dropped down onto under printer 31, afterwards
Industrial controlled machine control traversing motor driving transverse shifting leading screw rotates, and then drives colour printer 31 to move to Y-axis side
Upward original position, so far, colour printer 31 are located at the position that can start printing.Then industrial controlled machine control colour print
Device 31 starts printing while control displacement motor 55 and traversing motor are moved to drive colour printer 31 to exist
Corresponding motion is done on horizontal plane, moving to final position from the original position of printing completes printing.Thus, in the present embodiment
In, controlled by industrial controlled machine, be automatically performed colour print task.
Certainly, colour print mechanism 3, the first drive mechanism 5 are not limited to the said structure of the present embodiment, any existing
The mechanism that identical function can be achieved in technology can be as the drive mechanism 5 of colour print mechanism 3 and first of the present invention.
With reference to Fig. 6, the operating position and resigning position of laser engraving mechanism 4 arrange along horizontal cross, i.e., along shown in Fig. 6
X-axis arrangement.Second drive mechanism 6 is connected with laser engraving mechanism 4, to drive laser engraving mechanism 4 in operating position and allow
Position moves horizontally between position.First drive mechanism 5 driving colour print mechanism 3 move horizontally be oriented parallel to the second drive
Motivation structure 6 drives the direction moved horizontally of laser engraving mechanism 4, and in the present embodiment, the second drive mechanism 6 is driven positioned at first
The underface of motivation structure 5, to prevent the motion of color printer structure 3 and laser engraving mechanism 4 from interfering with each other, while reducing
The floor space of admission ticket maker.Preferably, the resigning position of laser engraving mechanism 4 and the resigning position of colour print mechanism 3
Positioned at relative both ends.
Specifically, in the present embodiment, the second drive mechanism 6 includes the second drive component for two side by side, two second
The orientation of drive component perpendicular to the operating position of laser engraving mechanism 4 and resigning position orientation, namely vertically
In the direction moved horizontally of the second drive mechanism 6 driving laser engraving mechanism 4, as shown in fig. 6, two the second drive components
Y-axis of the orientation edge perpendicular to X-axis.Also, two the second drive components respectively positioned at two the first drive components just under
Side.Wherein, each second drive component includes two 62, one, the displacement guide rails of fixed seat 61, one displacement screw rods, a shiftings
Position guide block 63 and a displacement motor.
Two fixed seats 61 are fixed in cabinet 1, and orientation parallel to laser engraving mechanism 4 operating position and
The orientation of resigning position.Specific in the present embodiment, four fixed seats 61 fix the bottom of four fixed pedestals 51 respectively.
Direction of the displacement guide rail 62 along X-axis is horizontal-extending and is fixed between two fixed seats 61, thus, shifts guide rail 62
Bearing of trend parallel to displacement slide rail 52 bearing of trend, namely displacement guide rail 62 bearing of trend parallel to laser engraving machine
The orientation of the operating position and resigning position of structure 4.
Displacement screw rod and displacement motor are arranged on inside displacement guide rail 62, and specifically, displacement motor is fixed on displacement guide rail
62 inside, displacement screw rod are rotatably supported in the inside of displacement guide rail 62 by supporting members such as bearings, shift screw rod
It is axially parallel with shifting the bearing of trend of guide rod, shift the bearing of trend for being axially parallel to displacement guide rail 62 of screw rod, displacement electricity
Machine is connected with displacement screw rod to drive displacement screw rod to rotate, meanwhile, displacement motor is connected to receive industrial controlled machine with industrial controlled machine communication
Control.
In the present embodiment, the outer wall for shifting guide rail 62 is provided with longitudinal hole slot, longitudinal hole slot not through shifting guide rail 62,
The both ends of i.e. longitudinal hole slot are closings.Displacement guide block 63 is slideably set on displacement guide rail 62 and from above-mentioned longitudinal hole slot
Stretch into the inside of displacement guide rail 62 to screw with displacement screw rod, in this way, when shifting screw rod rotation, displacement guide block 63 is done along displacement screw rod
Linear motion, namely do along displacement guide rail 62 linear motion.Specifically, it is right that left and right is provided with the outer wall of displacement guide rail 62
The two longitudinal hole slots claimed, the housing that displacement guide block 63 includes being set on displacement guide rail 62, the spiral shell screwed on displacement screw rod
Female and symmetrical two connections rib, two connection ribs are located in two longitudinal hole slots respectively, and it is equal each to connect rib
The outer wall of the nut of its correspondingly connected both sides and the inwall of housing.It is arranged such, the movement of displacement guide block 63 is steady, is advantageous to
Improve the quality and precision of printing.To improve stability, displacement guide block 63 is supported on the top surface of displacement guide rail 62.Concrete structure
Understand similar to Fig. 5 shown in Fig. 5, is referred to.
Laser engraving mechanism 4 is fixed on two displacement guide blocks 63, in this way, when displacement guide block 63 is horizontal along displacement guide rail 62
When mobile, laser engraving mechanism 4 also moves horizontally along displacement guide rail 62.
Further, laser engraving mechanism 4 includes the horizontal shifting of laser applicator 41, the driving transverse shifting of laser applicator 41
The lowering or hoisting gear that dynamic device 42, the rotating device 44 of the driving rotation of laser applicator 41, driving laser applicator 41 move up and down
43 and the driving inclined tilting gearing 45 of laser applicator 41, in horizontal mobile device 42, rotating device 44 and lowering or hoisting gear 43
One be fixed on displacement guide block 63, horizontal mobile device 42 drive the transverse shifting of laser applicator 41 direction perpendicular to second
Drive mechanism 6 drives the direction moved horizontally of laser engraving mechanism 4.Horizontal mobile device 42, laser applicator 41, lifting dress
Put 43, rotating device 44 and tilting gearing 45 and communicate connection with industrial controlled machine, to receive the control of industrial controlled machine.
Further, in the present embodiment, horizontal mobile device 42 includes the laterally shifting of 421, one, a transverse shift guide rail
Dynamic screw rod, a transverse shifting guide block 422 and a transverse mobile motor.Transverse shift guide rail 421 along with the second drive mechanism 6
Drive the direction extension that the direction of the movement of laser engraving mechanism 4 is perpendicular, and be horizontally fixed on two displacement guide blocks 63 it
Between.Transverse shifting screw rod and transverse mobile motor are arranged on inside transverse shift guide rail 421, and specifically, transverse mobile motor is solid
The inside of transverse shift guide rail 421 is scheduled on, transverse shifting screw rod is rotatably supported in horizontal shifting by supporting members such as bearings
The inside of position guide rail 421, the axial direction of transverse shifting screw rod is parallel with the bearing of trend of transverse shift guide rail 421, in the present embodiment
In be along Y-axis.Transverse mobile motor be connected with transverse shifting screw rod with drive transverse shifting screw rod rotate, transverse mobile motor with
Industrial controlled machine communication connection, transverse shifting guide block 422 are slideably set on transverse shift guide rail 421 and stretch into transverse shift and lead
The inside of rail 421 screws with transverse shifting screw rod.
In the present embodiment, the outer wall of transverse shift guide rail 421 is provided with longitudinal hole slot, and longitudinal hole slot is not through horizontal shifting
Position guide rail 421, i.e., the both ends of longitudinal hole slot are closings.Displacement guide block 63 is slideably set on transverse shift guide rail 421
And stretch into the inside of transverse shift guide rail 421 from above-mentioned longitudinal hole slot and screwed with transverse shifting screw rod, in this way, working as transverse shifting screw rod
During rotation, transverse shifting guide block 422 laterally moves the rectilinear movement of screw rod, namely does and transversely shift the straight of guide rail 421
Line moves.More specifically, symmetrical two longitudinal hole slots, transverse shifting are provided with the outer wall of transverse shift guide rail 421
Housing that guide block 422 includes being set on transverse shift guide rail 421, screw nut on transverse shifting screw rod and symmetrical
Two connection ribs, two connection ribs be located in respectively in two longitudinal hole slots, and each connect rib it is correspondingly connected its
The outer wall of the nut of both sides and the inwall of housing.It is arranged such, the movement of transverse shifting guide block 422 is steady, is advantageous to improve and beats
The quality and precision of print.Further to improve stability, transverse shifting guide block 422 is supported on the top surface of transverse shift guide rail 421
On.Concrete structure is similar to shown in Fig. 5, can refer to Fig. 5 understandings.
Rotating device includes electrical turntable 441, and electrical turntable 441 is rotatably coupled under transverse shifting guide block 422
End, electrical turntable 441 connects with industrial controlled machine communication, to receive the control of industrial controlled machine.
Lowering or hoisting gear 43 includes movement frame 431 and three electric pushrods 432, wherein.The top of three electric pushrods 432 point
Be not connected by a universal joint with electrical turntable 441, the bottoms of three electric pushrods 432 respectively by a ball bearing with
Adjustable shelf 431 connects, electrical turntable 441 and the coaxial line of adjustable shelf 431 and parallel, and three electric pushrods 432 surround electrical turntable
441 and the axis of adjustable shelf 431 be evenly arranged, electric pushrod 432 connects with industrial controlled machine communication, to receive the control of industrial controlled machine.
When industrial controlled machine drives three electric pushrods 432 to move simultaneously, adjustable shelf 431 moves up and down relative to electrical turntable 441.
Tilting gearing 45 includes support plate 451, multiple electric expansion bars 452 (not three in the present embodiment) and clamping
Frame 453, support plate 451 are fixed on the lower end of movement frame 431 vertically, and three electric expansion bars 452 are vertically arranged, one end of three
It is fixedly connected with support plate 451, the other end of three is connected with the outer wall of holding frame 453 by ball bearing, and holding frame 453 is solid
Determine laser applicator 41, three electric expansion bars 452 are communicated with industrial controlled machine and connected, to receive the control of industrial controlled machine.
To sum up, when needing laser engraving mechanism 4 to work, industrial controlled machine controls displacement motor driving displacement screw rod to turn first
It is dynamic, and then drive laser engraving mechanism 4 to move to operating position from resigning position along displacement guide rail 62 by shifting guide block, now
Operating position is the original position of laser applicator 41 in the X-axis direction, and then the driving of industrial controlled machine control transverse mobile motor is horizontal
Rotated to mobile screw, and then drive laser applicator 41 transversely to shift guide rail 421 by transverse shifting guide block 422 and move to
Along the original position of Y direction.Then industrial controlled machine controls three electric pushrods 432 to stretch out will drop down onto edge under laser applicator 41
The original position of Z axis, industrial controlled machine control electric turntable 441 and three electric expansion bars 452 are moved to finely tune laser engraving afterwards
The angle in the horizontal plane of device 41 and the appropriate angle of inclination of regulation, then industrial controlled machine control laser applicator 41 start to carve
While control displacement motor, transverse mobile motor, electrical turntable 441, electric pushrod 432 and electric expansion bar 452 are moved
And then drive laser applicator 41 to do horizontal, the either direction such as vertically motion according to needs of depiction, with from engraving
Original position moves to final position and completes engraving.
After the completion of engraving, industrial controlled machine control displacement motor, transverse mobile motor, electric turntable 441, the and of electric pushrod 432
One or more of electric expansion bar 452 is moved and the power of adjustment laser applicator 41, cutting operation is carried out, from ticket paper
Finished product ticket is cut out on 13.For example, it is corrugated finished product ticket to cut out outward flange.Thus, in the present embodiment, industry control is passed through
Device controls, and is automatically performed laser engraving and laser cutting task.
Further combined with Fig. 7 and Fig. 8, in the present embodiment, customized ticket maker also includes display 7, ticket paper stores
Case 8, ticket paper transport mechanism 9 and ticket dispensing mechanism 10, display 7 are fixed on cabinet 1, and ticket paper storage bin 8 is fixed in cabinet 1,
Ticket paper transport mechanism 9 is arranged in cabinet 1, and between ticket paper storage bin 8 and print stations 2, ticket dispensing mechanism 10 is positioned at printing
Between station 2 and ticket outlet 11 on cabinet 1, display 7, ticket paper transport mechanism 9 and ticket dispensing mechanism 10 are and industrial controlled machine
Communication connection, to receive the control of industrial controlled machine.
Specifically, in the present embodiment, ticket paper transport mechanism 9 includes upstream drive roller group 91, transmission belt 92 and downstream biography
Dynamic roller group 93, upstream drive roller group 91 and downstream drive roller group 93 include two live-rollers coordinated up and down respectively, coordinate up and down
Live-roller for ticket paper 13 provide power.Wherein, transmission belt 92 is between upstream drive roller group 91 and downstream drive roller group 93,
Auxiliary conveying ticket paper 13, and transmission belt 92 is provided with guide frame, limits moving direction of the ticket paper 13 along transmission belt 92 straight
It is mobile, to be oriented before print stations 2 are delivered to ticket paper 13, prevent that ticket paper 13 is offset in course of conveying.
Specifically, guide frame is two row guide pads 94 being arranged on transmission belt 92, and two row guide pads 94 are equidistantly set
Put, displacement of the limitation ticket paper 13 on width.Each column guide pad 94 include it is multiple along in 92 whole circumferential direction of transmission belt between
Every the guide pad 94 of setting, each guide pad 94 is L-shaped, and the inner surface in guide pad 94 parallel to transmission belt 92 is formed to ticket paper
13 in the displacement on the direction of transmission belt 92.
Ticket dispensing mechanism 10 includes the sucker 101 and vertical transfer passage 102 being rotatably fixed in cabinet 1, sucker 101
Turned to after the completion of cutting above print stations, namely above finished product ticket, finished product ticket is picked up after pushing, it is vertical then to turn to
The surface (now the vertical distance of finished product ticket and vertical transfer passage 102 is less than or equal to 2mm) of transfer passage 102, is then released
Put finished product ticket.The outlet of vertical transfer passage 102 connects with ticket outlet 11, and finished product ticket drops to out by vertical transfer passage 102
Ticket mouth 11 is readily accessible by the user.
Further, in the present embodiment, display 7 can receive user and trigger customized ticket making instruction, and the instruction is led to
Cross display 7 and be forwarded to the industrial controlled machine connected with the communication of display 7, industrial controlled machine checks that user account is believed when receiving the instruction
Whether at least a to be drawn a bill ticket information is had in breath, if there is the ticket information bought in user account, industrial controlled machine will
Ticket information to be drawn a bill is to show that box form is illustrated in current interface；If there is no the admission ticket letter bought in user account information
Cease, then industrial controlled machine directly makes display 7 be transferred to admission ticket purchase interface, and admission ticket purchase showing interface there are multiple admission tickets purchase links to believe
Breath, so that user buys link information according to admission ticket performs admission ticket process of purchase.Afterwards when industrial controlled machine receives admission ticket purchase system
After the admission ticket that system is sent buys successful information, ticket information to be drawn a bill is worked as prezone by industrial controlled machine to show that box form is illustrated in
Face.
Further, display 7 carries out selection operation with touch manner for user.When industrial controlled machine receives the door of user's selection
During ticket information, multiple buttons are shown in current interface.For example, the multiple buttons in the present embodiment may include：From picture library
Select the first button of picture, the second button of normal picture is taken on site, live shooting deformation picture (can be cartoon picture,
Major part photo or other pictures etc.) the 3rd button and/or for receive user input information the 4th button.Wherein, picture library
To make the picture library in the equipment of customized ticket, multiple pictures for user's selection are stored with the picture library, these pictures can
To be the picture that content is performed corresponding to admission ticket, or inside scenic spot each sight spot picture, or picture of current real time information etc.,
The picture library can be connected as independent hardware with industrial controlled machine, may alternatively be integrated within industrial controlled machine.The information of above-mentioned user's input can wrap
The text information of user's input, or pictorial information of user's input etc. are included, the present embodiment is not limited thereof, according to actual need
Ask adjustment.
When industrial controlled machine, which receives user, triggers the instruction of the second button, the image acquisition device 12 of current device is called to obtain
User images, and the user images that real-time exhibition obtains.After user images are got, customized ticket is called from ATL
Template, by user images and each template matches, and show all matching results.For example, by user images and often
One template matches, it is specially：At least one white space for being used to carry out image supplement is provided with each template；It will use
In the size adjusting of family image to the size range of white space, the user images for adjusting size are filled to each template
White space.Wherein ATL can be connected as independent hardware with industrial controlled machine, may alternatively be integrated within industrial controlled machine.
According to the matching result of displaying, the instruction that user selects matching result is received, by template exhibition corresponding to matching result
Show, and user images are matched with the template selected.Displaying has multiple matching results for selection by the user, in user's foundation
After matching result selects suitable customized ticket template, user images can be filled in the clear area of the template selected
Domain.
Judge the instruction for correcting user images relative position whether is received in preset time period, if it is not, then generating individual character
Change admission ticket；If so, the relative position of user images is then adjusted according to revision directive, to obtain the matching knot for meeting user satisfaction
Fruit.Customized ticket is generated after receiving the confirmation instruction of the completion matching of user's triggering.
The customized ticket of above-mentioned generation is recorded by industrial controlled machine, and industrial controlled machine controls above-mentioned printer according to the customized ticket
Structure is printed, and is realized to the perfect embodiment of customized ticket.Thus, the customized ticket maker of the present embodiment is easy to operate,
Can rationally meet the needs of user makes customized ticket, can preferably promote the use of.
Embodiment two
Reference picture 9 and Figure 10, the customized ticket maker of the present embodiment add seating on the basis of embodiment one
Structure 14, seating structure 14 are connected to the outside of cabinet 1, for user when making customized ticket seating.Wherein, seating structure 14
Overall L-shaped, one free end is connected with cabinet 1, and its overall and cabinet 1 encloses the operative position to be formed and accommodate user.
Specifically, in the present embodiment, seating structure 14 includes L-shaped support plate 141, and it is included perpendicular to cabinet 1 simultaneously
One end of the first plate body 141a extended with cabinet 1 and the remote cabinet 1 from the first plate body 141a is perpendicular to the first plate body 141a
The the second plate body 141b extended.Seating structure 14 also includes cushion 142, and the cushion 142 is by parallel short portion 142a and long portion
The 142b and connecting portion 142c being connected between the top of the two.What short portion 142a was fixed on the second plate body 141b deviates from cabinet
On 1 surface, and cover the upper area on the surface；Connecting portion 142c is fixed on the second plate body 141b top surface；Long portion
142b be fixed on the second plate body 141b towards on the surface of cabinet 1, and cover the whole region on the surface.
Finally it should be noted that：Each embodiment above is merely to illustrate technical scheme, rather than its limitations；
Although the present invention is described in detail with reference to the foregoing embodiments, it will be understood by those within the art that：Its according to
The technical scheme described in previous embodiment can so be modified, or which part or all technical characteristic are carried out etc.
With replacement；And these modifications or substitutions, the essence of appropriate technical solution is departed from various embodiments of the present invention technical scheme
Scope.
Claims (10)
1. a kind of customized ticket maker, including cabinet (1) and the printing mechanism positioned at the cabinet (1) inside, its feature
It is, the printing mechanism includes：
The colour print mechanism (3) of colour print is carried out to the machining area for being located at print stations (2) in ticket paper；
Laser engraving is carried out to the machining area after colour print and cuts into the laser engraving mechanism (4) of ticket；
The colour print mechanism (3) is driven in the operating position corresponding to the print stations (2) and leaves the printing work
The first drive mechanism (5) moved between the resigning position of position (2)；
The laser engraving mechanism (4) is driven in the operating position corresponding to the print stations (2) and leaves the printing work
The second drive mechanism (6) moved between the resigning position of position (2)；
Control first drive mechanism (5) and second drive mechanism (6) successively drive the colour print mechanism (3) and
The laser engraving mechanism (4) moves to the industrial controlled machine that operating position is operated, the industrial controlled machine and first driving machine
Structure (5), second drive mechanism (6), the colour print mechanism (3) and the laser engraving mechanism (4) communication connection.
2. customized ticket maker according to claim 1, it is characterised in that
Second drive mechanism (6) is connected with the laser engraving mechanism (4), drives the laser engraving mechanism (4) in work
Make to move horizontally between position and resigning position.
3. customized ticket maker according to claim 2, it is characterised in that
Second drive mechanism (6) includes two the second drive components, and two the second drive components are arranged side by side and arrangement side
To the orientation perpendicular to the operating position and resigning position of the laser engraving mechanism (4)；
Second drive component includes two fixed seats (61), displacement guide rail (62), displacement screw rod, displacement guide block (63) and moved
Position motor；Wherein,
Two fixed seats (61) are fixed in the cabinet (1), and the displacement guide rail (62) is horizontally fixed on described in two
Between fixed seat (61), operating position of the bearing of trend for shifting guide rail (62) parallel to the laser engraving mechanism (4)
With the orientation of resigning position；
The displacement screw rod and the displacement motor are arranged on displacement guide rail (62) inside, the displacement motor and the shifting
To drive the displacement screw rod to rotate, the displacement motor connects with industrial controlled machine communication for position screw rod connection；
The displacement guide block (63) be set on displacement guide rail (62) and stretch into the displacement guide rail (62) it is internal with it is described
Displacement screw rod screws, and the laser engraving mechanism (4) is fixed on the displacement guide block (63).
4. customized ticket maker according to claim 3, it is characterised in that
The laser engraving mechanism (4) includes laser applicator (41), the horizontal stroke of driving laser applicator (41) transverse shifting
Lowering or hoisting gear (43), the driving laser engraving moved up and down to mobile device (42), the driving laser applicator (41)
The rotating device (44) and the driving inclined tilting gearing of the laser applicator (41) (45) of device (41) rotation, it is described laterally to move
Dynamic device (42) drives the direction of the transverse shifting of the laser applicator (41) perpendicular to the extension of the displacement guide rail (62)
Direction, one in the horizontal mobile device (42), the rotating device (44) and the lowering or hoisting gear (43) is fixed on institute
State displacement guide block (63), it is the laser applicator (41), the horizontal mobile device (42), the lowering or hoisting gear (43), described
Rotating device (44) and the tilting gearing (45) communicate with the industrial controlled machine to be connected.
5. customized ticket maker according to claim 4, it is characterised in that
The horizontal mobile device (42) includes transverse shift guide rail (421), transverse shifting screw rod, transverse shifting guide block (422)
And transverse mobile motor, the transverse shift guide rail (421) are horizontally fixed between two displacement guide blocks (63), the horizontal stroke
Transverse shift guide rail (421) inside, the transverse shift guide rail are arranged on to mobile screw and the transverse mobile motor
(421) and the transverse shifting screw rod bearing of trend be each perpendicular to it is described displacement guide rail (63) bearing of trend, the transverse direction
Mobile motor is connected with the transverse shifting screw rod to drive the transverse shifting screw rod to rotate, the transverse mobile motor and work
Device communication connection is controlled, the transverse shifting guide block (422) is set on the transverse shift guide rail (421) and stretches into the transverse direction
Screwed inside displacement guide rail (421) with the transverse shifting screw rod；
The rotating device (44) includes electrical turntable (441), and the electrical turntable (441) is rotatably connected to the transverse direction
The lower end of mobile guide block (422), the electrical turntable (441) connect with industrial controlled machine communication；
The lowering or hoisting gear (43) includes movement frame (431) and three electric pushrods (432), three electric pushrods (432)
Top be connected respectively by a universal joint with the electrical turntable (441), the bottom of three electric pushrods (432) point
It is not connected by a ball bearing with the adjustable shelf (431), the adjustable shelf (431) and the electrical turntable (432) are altogether
Axis, three electric pushrods (432) are around the electrical turntable (432) and the uniform cloth of axis of the adjustable shelf (431)
Put, three electric pushrods (432) communicate with the industrial controlled machine and connected；
The tilting gearing (45) includes support plate (451), multiple electric expansion bars (452) and holding frame (453), the supporting
Plate (451) is fixed on the lower end of the electrical turntable (441) vertically, and the multiple electric expansion bar (452) is vertically arranged, electronic
One end of expansion link (452) is fixed with the support plate (451), and the other end is connected with the holding frame (453) by ball bearing
Connect, the fixed laser applicator (41) of the holding frame (453), multiple electric expansion bars (452) with the industry control
Device communication connection.
6. customized ticket maker according to claim 5, it is characterised in that
First drive mechanism (5) is connected with the colour print mechanism (3), drives the colour print mechanism (3) in work
Make to move horizontally between position and resigning position, first drive mechanism drives the colour print mechanism (3) to move horizontally
The direction for being oriented parallel to second drive mechanism (6) and driving the laser engraving mechanism (4) to move horizontally.
7. customized ticket maker according to claim 6, it is characterised in that
First drive mechanism (5) includes two the first drive components, and two the first drive components are arranged side by side and arranged
Orientation of the direction perpendicular to the operating position and resigning position of the colour print mechanism (3)；
First drive component includes two fixed pedestals (51), displacement slide rail (52), displacement leading screw (53), displacement sliding block
(54) and displacement motor (55)；Wherein,
Two fixed pedestals (51) are fixed in the cabinet (1), and the displacement slide rail (52) is horizontally fixed on two institutes
Between stating fixed pedestal (51), work of the bearing of trend for shifting slide rail (52) parallel to the colour print mechanism (3)
Position and the orientation of resigning position；
The displacement leading screw (53) and the displacement motor (55) are arranged on displacement slide rail (52) inside, the displacement electricity
Motivation (55) with it is described displacement leading screw (53) be connected with drive it is described displacement leading screw (53) rotate, it is described displacement motor (55) and
The industrial controlled machine communication connection；
The displacement sliding block (54) be set on displacement slide rail (52) and stretch into the displacement slide rail (52) it is internal with it is described
Displacement leading screw (53) screws, and the colour print mechanism (3) is fixed on the displacement sliding block (54).
8. customized ticket maker according to claim 7, it is characterised in that
The liter that the colour print mechanism (3) includes colour printer (31), the driving colour printer (31) moves up and down
Drop equipment (32) and drive the transverse shifting equipment (33) of colour printer (31) transverse shifting, the transverse shifting equipment (33)
The direction of the transverse shifting of the colour printer (31) is driven perpendicular to the bearing of trend of the displacement slide rail (52), the liter
Falling unit (43) is fixed on the displacement sliding block (54), the colour printer (31), the transverse shifting equipment (33) and institute
State jacking equipment (32) and communicate connection with the industrial controlled machine.
9. customized ticket maker according to claim 8, it is characterised in that
The jacking equipment (32) includes two spaced electric lifting rods (321), two electric lifting rods (321)
Be respectively fixedly connected with two it is described displacement sliding block (54) lower ends, two electric lifting rods (321) with the industry control
Device communication connection；
The transverse shifting equipment (33) includes two connecting seats (331), transverse shifting slide rail (332), transverse shifting leading screw, horizontal stroke
Two electric up-downs are separately fixed to mobile sliding block (333) and traversing motor, two connecting seats (331)
The lower end of bar (321), the transverse shifting slide rail (332) are horizontally fixed between two connecting seats (331), the transverse direction
Mobile leading screw and the traversing motor are arranged on transverse shifting slide rail (332) inside, the transverse shifting leading screw
Axial direction and the transverse shifting slide rail (332) bearing of trend be each perpendicular to it is described displacement slide rail (52) bearing of trend, institute
State traversing motor to be connected with the transverse shifting leading screw to drive the transverse shifting leading screw to rotate, the transverse shifting
Motor is connected with industrial controlled machine communication, and the transverse shifting sliding block (333) is set on the transverse shifting slide rail (332)
And stretch into inside the transverse shifting slide rail (332) and screwed with the transverse shifting leading screw, the colour printer (31) is fixed
In the transverse shifting sliding block (333).
10. customized ticket maker according to claim 1, it is characterised in that also include：
Display (7), the display (7) are fixed on the cabinet (1)；
Ticket paper storage bin (8), the ticket paper storage bin (8) are fixed in the cabinet (1)；
Ticket paper transport mechanism (9), the ticket paper transport mechanism (9) is arranged in the cabinet (1), positioned at the ticket paper storage bin
(8) between the print stations (2)；
Ticket dispensing mechanism (10), the ticket dispensing mechanism (10) are located at the print stations (2) and the ticket outlet on cabinet (1)
(11) between；
Wherein, the display (7), the ticket paper transport mechanism (9) and the ticket dispensing mechanism (10) lead to the industrial controlled machine
News connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711179560.8A CN107784694B (en) | 2017-11-23 | 2017-11-23 | Personalized ticket making machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711179560.8A CN107784694B (en) | 2017-11-23 | 2017-11-23 | Personalized ticket making machine |
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| CN107784694A true CN107784694A (en) | 2018-03-09 |
| CN107784694B CN107784694B (en) | 2024-04-02 |
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| CN206316554U (en) * | 2016-12-27 | 2017-07-11 | 浙江云景精密设备有限公司 | New pattern laser cutting machine |
| CN106944748A (en) * | 2017-05-02 | 2017-07-14 | 东莞德尔激光科技有限公司 | Multi-functional full-automatic leather print cuts machine and its application method |
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