CN206703725U - A kind of three coordinate treadmill type Digital ink-jet printers - Google Patents
A kind of three coordinate treadmill type Digital ink-jet printers Download PDFInfo
- Publication number
- CN206703725U CN206703725U CN201720333226.2U CN201720333226U CN206703725U CN 206703725 U CN206703725 U CN 206703725U CN 201720333226 U CN201720333226 U CN 201720333226U CN 206703725 U CN206703725 U CN 206703725U
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- axis
- ink
- shower nozzle
- adjustment mechanism
- printing
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Classifications
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- 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
- B41J11/00—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, for supporting or handling copy material in sheet or web form
- B41J11/0015—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, for supporting or handling copy material in sheet or web form for treating before, during or after printing or for uniform coating or laminating the copy material before or after printing
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- 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
- B41J25/00—Actions or mechanisms not otherwise provided for
- B41J25/304—Bodily-movable mechanisms for print heads or carriages movable towards or from paper surface
- B41J25/308—Bodily-movable mechanisms for print heads or carriages movable towards or from paper surface with print gap adjustment mechanisms
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- 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
- B41J2/00—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed
- B41J2/005—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by bringing liquid or particles selectively into contact with a printing material
- B41J2/01—Ink jet
- B41J2/21—Ink jet for multi-colour printing
- B41J2/2107—Ink jet for multi-colour printing characterised by the ink properties
- B41J2/2114—Ejecting transparent or white coloured liquids, e.g. processing liquids
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- 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
- B41J25/00—Actions or mechanisms not otherwise provided for
- B41J25/304—Bodily-movable mechanisms for print heads or carriages movable towards or from paper surface
- B41J25/308—Bodily-movable mechanisms for print heads or carriages movable towards or from paper surface with print gap adjustment mechanisms
- B41J25/3088—Bodily-movable mechanisms for print heads or carriages movable towards or from paper surface with print gap adjustment mechanisms with print gap adjustment means on the printer frame, e.g. for rotation of an eccentric carriage guide shaft
Abstract
The utility model discloses a kind of three coordinate treadmill type Digital ink-jet printers, including ink-jet printing system and monitoring system, the ink-jet printing system includes frame, ink-jet printing apparatus and printing treadmill, the printing treadmill includes printing platen and print station position regulator, the print station position regulator includes two-dimensional adjusting mechanism and position adjustment drive module, the ink-jet printing apparatus includes shower nozzle, ink-jet distance adjusting mechanism and ink-feeding device, the ink-jet distance adjusting mechanism is Z axis adjustment mechanism, Z axis drive module is provided with the Z axis adjustment mechanism, the monitoring system includes data processing control device, shower nozzle drive module and ink supply detection means.The utility model is simple in construction, using effect is good, shower nozzle can pump and stock can move back and forth with Y-direction in X direction, the fixed point printing and embossing to stock are realized, is adapted to different materials and the stock of size, printing quality can be effectively controlled.
Description
Technical field
The utility model belongs to ink-jet printing technology field, more particularly, to a kind of three coordinate treadmill type digital ink-jets printing
Machine.
Background technology
Ink jet printing is a printing new technology after traditional printing, and it is with Computer Control Technology, image
The continuous development for the treatment of technology and micro- piezo inkjet technology and the ink jet printing developed rapidly.Ink jet printing abbreviation spray printing,
It is under the control of a computer system, printing information to be converted into digital printing signal, it is by industrial nozzle that industrial spray printing is black
Water is directly or indirectly ejected on stock, so as to form the process of picture and text.Ink jet printing has the feature of three aspects：When
Different from traditional packages printing, ink jet printing no longer needs aided process before special print.Second, ink jet printing is a kind of nothing
Contact, no pressure, the printing without printing plate, it can not be limited by any material.Third, the deep reform of typography.Whether
Simple block colored pattern, full color pattern or the pattern with excessive color, can one-step print complete, without plate-making, need not
Printing down and repetition chromatography, operation is simple, stable performance.
In recent years, as the rapid development of Digital ink jet printing technology, many enterprises are needed frequently or at high speed by pattern
Or material spray printing, on various articles, this just needs a kind of shower nozzle to realize motion according to print request with individual stock
Ink jet printing machine.But the mainly conventional digital ink-jet printer that enterprise uses at present, this conventional digital ink-jet printer
It is primarily present following four aspects problem：
First, shower nozzle is all that horizontal reciprocating movement can not move up and down in conventional digital ink-jet printer, stock
It is intermittent movement, and is actionless when stock prints during shower nozzle prints, because only shower nozzle moves back and forth speed
Degree, the speed of shower nozzle printing is limited, adds printing time so that print speed printing speed is low.
Second, typically it is only capable of in conventional digital ink-jet printer to package paper and even batch cloth etc. has single plane stock
Printed, because stock is fixed in shower nozzle printing process, it is impossible to adjust stock movement, be difficult to realize with recessed
Fixed point printing and embossing on the individual stock on convex surface, print range and printed material is limited to.
3rd, typically it is only capable of being printed in conventional digital ink-jet printer, can not be also easy to coating fluid bottoming, coating light
The processing of other kinds of processes such as oil.
4th, conventional digital ink-jet printer needs to set conveyer to carry out intermittent movement to stock, it is also necessary to sets
Put printing guider and guide-localization is carried out to shower nozzle so that mechanical mechanism is complicated, and stock is entered in the ranks by conveyer
Have a rest feeding, transfer rate is slow, influences printing quality and efficiency.
Utility model content
Technical problem to be solved in the utility model is to be directed to above-mentioned deficiency of the prior art, there is provided one kind three is sat
Treadmill type Digital ink-jet printer is marked, its is simple in construction, reasonable in design and use is easy to operate, printing efficiency is high, using effect
Good, shower nozzle can pump and stock can move back and forth with Y-direction in X direction, realize the fixed point printing to stock
And embossing, it is adapted to different materials and the stock of size, printing quality can be effectively controlled, and printing efficiency is high, and
And it can be applied to other processing technologys such as coating fluid bottoming, coating gloss oil.
In order to solve the above technical problems, the technical solution adopted in the utility model is：A kind of digital spray of three coordinate treadmill types
Ink print machine, it is characterised in that：The monitoring system being monitored including ink-jet printing system and to the ink-jet printing system, institute
Stating ink-jet printing system includes frame, the ink-jet printing apparatus in the frame and in the frame and for holding
The printing treadmill of thing printing is printed, the printing treadmill includes the printing platen placed for stock and the position to printing platen is entered
The print station position regulator of row adjustment, the print station position regulator include two-dimensional adjusting mechanism and driving described two
The position adjustment drive module that dimension adjustment mechanism is adjusted, the printing platen are arranged in the two-dimensional adjusting mechanism, institute
Two-dimensional adjusting mechanism is stated in the frame；
The two-dimensional adjusting mechanism includes the X-axis adjustment mechanism being adjusted to the X-direction position for printing platen and to print
The Y-axis adjustment mechanism that the Y-direction position of brush platen is adjusted, the X-axis adjustment mechanism and Y-axis adjustment mechanism are in single canvas
If the printing platen is arranged on Y-axis adjustment mechanism；The position adjustment drive module includes driving the printing platen edge
The X-axis drive module that the Y-axis drive module and driving Y-axis adjustment mechanism of Y-axis adjustment mechanism movement move along X-axis adjustment mechanism；
The ink-jet printing apparatus includes shower nozzle, the ink outlet port to shower nozzle is adjusted with printing the distance between platen
Ink-jet distance adjusting mechanism and the ink-feeding device that work ink is provided for shower nozzle, the ink-jet distance adjusting mechanism are that shower nozzle is entered
The Z axis adjustment mechanism of row adjustment up and down, driving shower nozzle is provided with the Z axis adjustment mechanism and is carried out up and down along Z axis adjustment mechanism
The Z axis drive module of regulation, the Z axis adjustment mechanism are arranged in frame, and the shower nozzle is above printing platen and it is pacified
On the Z axis adjustment mechanism, the quantity of the shower nozzle and ink-feeding device is multiple；
The monitoring system includes data processing control device, the shower nozzle drive module of driving shower nozzle action and to ink supply dress
The ink supply detection means detected is put, the X-axis drive module, Y-axis drive module, Z axis drive module and the shower nozzle drive
Dynamic model block is controlled by the data processing control device, and the ink supply detection means connects with data processing control device
Connect.
The above-mentioned coordinate treadmill type Digital ink-jet printer of one kind three, it is characterised in that：The monitoring system also include pair
The X position detection unit that the X-direction position of printing platen is detected in real time, the Y-direction position progress to printing platen are real-time
The Y location detection unit of detection and the ink-jet distance detected in real time to the distance between the ink outlet port of shower nozzle and printing platen
Detection unit, the X position detection unit, Y location detection unit and ink-jet fill apart from detection unit with data processing and control
Put connection.
The above-mentioned coordinate treadmill type Digital ink-jet printer of one kind three, it is characterised in that：The ink-feeding device includes ink supply
Box, black bucket and the ink supply pipeline being connected between supplying ink box and black bucket, the supplying ink box are connected by the ink entrance of ink pipe and shower nozzle
Connect, control valve and ink-suuplying pump are installed, the control valve and ink-suuplying pump are by the data processing and control on the ink supply pipeline
Device is controlled；
The ink supply detection means includes the liquid level detection unit detected in real time to the liquid level in supplying ink box and to supplying
The pressure sensing cell that pressure in black pipeline is detected in real time, and the temperature in ink supply pipeline is detected in real time
Temperature detecting unit and the flow detection unit detected in real time to the ink flowrate in ink supply pipeline, the level sensing list
Member, pressure sensing cell, temperature detecting unit and flow detection unit are connected with data processing control device.
The above-mentioned coordinate treadmill type Digital ink-jet printer of one kind three, it is characterised in that：The shower nozzle is pacified installed in shower nozzle
In loading board, the shower nozzle and the perpendicular laying of shower nozzle installing plate, and the bottom of shower nozzle installing plate is stretched out at the ink outlet port end of the shower nozzle
Portion；The shower nozzle installing plate is connected by cantilever beam with Z axis adjustment mechanism, and the shower nozzle installing plate can be along Z axis adjustment mechanism
Move up and down, the cantilever beam and the perpendicular laying of Z axis adjustment mechanism.
The above-mentioned coordinate treadmill type Digital ink-jet printer of one kind three, it is characterised in that：The X-axis drive module includes X
Spindle motor driver and the X-axis motor to connect with X-axis motor drive outputs, the X-axis motor are driven with X-axis adjustment mechanism
Connection, the Y-axis drive module include y-axis motor driver and the y-axis motor to connect with y-axis motor driver output end, institute
State y-axis motor to be connected with Y-axis adjustment mechanism, the Z axis drive module includes Z axis motor driver and driven with Z axis motor
The Z axis motor that dynamic device output end connects, the Z axis motor are connected with Z axis adjustment mechanism, the X-axis motor driver, Y
Spindle motor driver and Z axis motor driver are connected with data processing control device.
The above-mentioned coordinate treadmill type Digital ink-jet printer of one kind three, it is characterised in that：Set on the Y-axis adjustment mechanism
There is the first sliding block that printing platen can be driven to be slided along Y-axis adjustment mechanism, Y-axis can be driven by being provided with the X-axis adjustment mechanism
The second sliding block that adjustment mechanism slides along X-axis adjustment mechanism, cantilever beam can be driven along Z axis by being provided with the Z axis adjustment mechanism
The 3rd sliding block that adjustment mechanism slides up and down.
The above-mentioned coordinate treadmill type Digital ink-jet printer of one kind three, it is characterised in that：The X-axis adjustment mechanism includes X
Axle line slideway and the X-axis ball screw being arranged in X-axis line slideway, the Y-axis adjustment mechanism include Y-axis line slideway and
The Y-axis ball screw being arranged in Y-axis line slideway, the Z axis adjustment mechanism includes Z axis line slideway and to be arranged on Y-axis straight
Z axis ball screw in line guide rail, the X-axis ball screw are connected with X-axis motor, the Y-axis ball screw and Y-axis electricity
Machine is connected, and the Z axis ball screw is connected with Z axis motor；
X-axis screw is equipped with the X-axis ball screw, Y-axis screw, the Z axis are equipped with the Y-axis ball screw
Z axis screw is equipped with ball screw, the X-axis screw is fixedly connected with the second sliding block, and the Y-axis screw is consolidated with the first sliding block
Fixed connection, the Z axis screw are fixedly connected with the 3rd sliding block.
The above-mentioned coordinate treadmill type Digital ink-jet printer of one kind three, it is characterised in that：The X-axis motor, y-axis motor and
Z axis motor is servomotor or stepper motor.
The above-mentioned coordinate treadmill type Digital ink-jet printer of one kind three, it is characterised in that：The monitoring system also includes logical
Believe module, the data processing control device is connected by communication module with shower nozzle drive module；The data processing and control dress
It is set to industrial computer.
The above-mentioned coordinate treadmill type Digital ink-jet printer of one kind three, it is characterised in that：Multiple shower nozzles are piezoelectricity
Ceramic spray head.
The utility model has advantages below compared with prior art：
1st, used three coordinates treadmill type Digital ink-jet printer is simple in construction, reasonable in design and input cost is relatively low,
It is convenient that processing and fabricating and installation are laid.
2nd, used shower nozzle can pump along Z axis adjustment mechanism, and printing platen can be along X-axis adjustment mechanism and Y
Axial adjustment mechanism moves back and forth, and realizes the embossing to stock, and can be applied to coating fluid bottoming, coating gloss oil etc. its
The processing of his technique.
3rd, used ink-jet printing system includes frame, the ink-jet printing apparatus in the frame and is arranged on
In the frame and for the printing treadmill of stock printing, it is not necessary to set conveyer and printing guider.Thus, structure
Very simple, equipment price is relatively low.
4th, used X-axis adjustment mechanism is adjusted to the X-direction position for printing platen, real by X-axis adjustment mechanism
Now the adjustment of stock X-direction printing movement, Y-axis adjustment mechanism are adjusted to the Y-direction position for printing platen, pass through Y
Axial adjustment mechanism realizes the feeding movement of stock, in ink jet printing process, it is not necessary to print guider to ink jet printing
Device carries out guide-localization, it is not required that conveyer carries out indexing transfer to printing platen, passes through X-axis adjustment mechanism and Y-axis
Adjustment mechanism can control the feeding transmission of printing platen, and the printing movement position of and can control printing platen, structure is significantly
Simplify.
5th, used three coordinates treadmill type Digital ink-jet printer using it is easy to operate, printing efficiency is high, using effect
Good, printed quality is high.Used monitoring system includes data processing control device and drives the shower nozzle of shower nozzle action to drive
Dynamic model block, the X-axis drive module, Y-axis drive module and Z axis drive module are controlled by data processing control device.
In actual use, X-axis is passed through in the position of X-direction and the position of Y-direction, data processing control device according to printing platen
Drive module and Y-axis drive module control X-axis adjustment mechanism and Y-axis adjustment mechanism to be adjusted printing platen respectively so that
The position energy automatic adjusument of platen is printed, so can accurately control the printing movement of printing platen X-direction, and can is accurately controlled
The feeding movement of seal carving brush platen Y-direction, the feeding movement of control printing platen and printing movement position, improve printing efficiency,
So that printing process is easily controllable, and realizes conveniently, while it can effectively realize the fixed point printing to stock.
6th, use shower nozzle quantity to be adjusted according to printing needs, the printing of four colors, six colors and eight colors can be realized, together
When used three coordinates treadmill type Digital ink-jet printer, can realize to the coating fluid bottoming of stock and stock printing after
The processing such as coating gloss oil, therefore, three coordinate treadmill type Digital ink-jet printers are simple in construction, and operation expense is low, and should
It is wide with scope.
7th, used ink-feeding device is simple in construction and using effect is good, is to ensure to print in shower nozzle by ink-feeding device
Dataller can be continuously the stable work ink of shower nozzle supply when making；Also, can be to shower nozzle and confession when shower nozzle does not work
Ink supply pipeline carries out necessary maintenance and cleaning in black device, effectively can prevent shower nozzle from blocking, and improves shower nozzle printing
Continuity.
8th, used shower nozzle makes shower nozzle start working using shower nozzle drive module to shower nozzle impulse oscillation signal, meanwhile,
By ink-feeding device to shower nozzle continuous conveying ink, the printing of shower nozzle on the substrate could be realized, and drive by shower nozzle
Module can accurately, stably control the jet velocity, droplet size and ink droplet uniformity of shower nozzle, improve the quality of printed matter.
9th, used ink supply detection means is entered to pressure, temperature and the flow in liquid level, ink supply pipeline in ink-feeding device
Row detection in real time, is effectively prevented in shower nozzle printing process, ink viscosity changes caused by temperature is too high, not only prevents ink from gluing
Spending height causes ink flow poor, influences ink-jet and connects brush continuity, and prevents ink viscosity too low and go out to produce resistance in shower nozzle
Buddhist nun is vibrated, and influences jet velocity, and easily produces infiltration on the substrate, influences ink jet printing effect；Ensure ink-feeding device
Middle liquid level meets sets requirement, avoids ink supply deficiency or shower nozzle in shower nozzle from ink bleed occur, by the pressure in ink supply pipeline
Detection, ensure that the pressure in ink supply pipeline meets setting value, avoid disconnected ink, improve the continuity of printing；By to ink supply pipeline
In flow detected, ensure shower nozzle in ink be in flow regime, avoid ink produce precipitation, influence ink jet printing imitate
Fruit.
Position, which can not be adjusted, when the 10th, printing platen by printing during three coordinate treadmill type digital ink-jet printer printings becomes to print
Regulation printing movement position can be moved back and forth during brush in X direction, by shower nozzle move back and forth up and down and print platen can be along X side
To movement so that typography process simplification, improve print speed printing speed, reduce the technology difficulty and cost of printing.Meanwhile
The lower ink of ink-feeding device effect enters in shower nozzle, and in shower nozzle through overdriving, sprays ink droplet in stock certain position by shower nozzle
Upper to realize printing, print station Board position can not be adjusted when avoiding the stock from printing and shower nozzle is only capable of horizontal reciprocating movement, so as to keep away
Exempt from shower nozzle back and forth to lose time, improve print speed printing speed, reduce the technology difficulty of quick print.
11st, used three coordinates treadmill type Digital ink-jet printer is high using easy to operate, intelligence degree and uses
Effect is good, and the distance between the ink outlet port of shower nozzle and printing platen can be adjusted in a wide range of, realize different materials and
The printing of the stock of size, and print platen and printing zone (i.e. shower nozzle is moved to by print station position regulator
Underface), control process is simple, it is convenient to realize, and the quality printed can be effectively controlled, and has a wide range of application and using very
Flexibly and easily.
In summary, the utility model is simple in construction, reasonable in design and use is easy to operate, printing efficiency is high, uses effect
Fruit is good, and shower nozzle can pump and stock can move back and forth with Y-direction in X direction, realizes the fixed point print to stock
Brush and embossing, are adapted to different materials and the stock of size, and printing quality can be effectively controlled, and printing efficiency is high,
And it can be applied to other processing technologys such as coating fluid bottoming, coating gloss oil.
Below by drawings and examples, the technical solution of the utility model is described in further detail.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of the utility model X-axis adjustment mechanism, Y-axis adjustment mechanism and Z axis adjustment mechanism.
Fig. 3 is the structure annexation signal of the utility model shower nozzle, shower nozzle installing plate, cantilever beam and Z axis adjustment mechanism
Figure.
Fig. 4 is the structural representation of the utility model ink-feeding device and shower nozzle.
Fig. 5 is the schematic block circuit diagram of the utility model monitoring system.
Description of reference numerals:
1-X-axis adjustment mechanism；1-1-X-axis line slideway；1-2-X-axis ball screw；
1-3-X-axis retainer；2-Y-axis adjustment mechanism；2-1-Y-axis line slideway；
2-2-Y-axis ball screw；2-3-Y-axis retainer；3-Z axis adjustment mechanism；
3-1-Z axis line slideway；3-2-Z axis ball screw；3-3-Z-axis transmission seat；
4-printing platen；5-shower nozzle installing plate；6-shower nozzle；
7-cantilever beam；8-key operation module；9-communication module；
10-frame；11-ink pipe；12-ink-feeding device；
12-1-supplying ink box；12-2-ink supply pipeline；12-3-black bucket；
13-X-axis drive module；13-1-X-axis motor driver；13-2-X-axis motor；
14-Y-axis drive module；14-1-y-axis motor driver；14-2-y-axis motor；
15-Z axis drive module；15-1-Z axis motor driver；15-2-Z axis motor；
16-shower nozzle drive module；17-data processing control device；19-Y location detection unit；
20-temperature detecting unit；21-X position detection unit；
22-ink-jet is apart from detection unit；23-liquid level detection unit；
24-pressure sensing cell；25-flow detection unit；26-control valve；
27-ink-suuplying pump；28-the first sliding block；29-the second sliding block；
30-the three sliding block.
Embodiment
As shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 5, the utility model includes ink-jet printing system and to the ink-jet printing system
The monitoring system being monitored, the ink-jet printing system include frame 10, the ink jet printing dress in the frame 10
Put and include what is placed for stock in the frame 10 and for the printing treadmill of stock printing, the printing treadmill
The print station position regulator that printing platen 4 and the position to printing platen 4 are adjusted, the print station position adjustment dress
Put including two-dimensional adjusting mechanism and the position adjustment drive module for driving the two-dimensional adjusting mechanism to be adjusted, the print station
Plate 4 is arranged in the two-dimensional adjusting mechanism, and the two-dimensional adjusting mechanism is arranged in the frame 10；
The two-dimensional adjusting mechanism includes the X-axis adjustment mechanism 1 that is adjusted of X-direction position to printing platen 4 and right
The Y-axis adjustment mechanism 2 that the Y-direction position of printing platen 4 is adjusted, the X-axis adjustment mechanism 1 and Y-axis adjustment mechanism 2 are in ten
Word is laid, and the printing platen 4 is arranged on Y-axis adjustment mechanism 2；The position adjustment drive module includes driving the printing
The X that the Y-axis drive module 14 and driving Y-axis adjustment mechanism 2 that platen 4 moves along Y-axis adjustment mechanism 2 move along X-axis adjustment mechanism 1
Axle drive module 13；
The ink-jet printing apparatus includes shower nozzle 6, the ink outlet port to shower nozzle 6 is adjusted with printing the distance between platen 4
The ink-jet distance adjusting mechanism of section and the ink-feeding device 12 that work ink is provided for shower nozzle 6, the ink-jet distance adjusting mechanism are
The Z axis adjustment mechanism 3 adjusted to shower nozzle about 6, driving shower nozzle 6 is provided with the Z axis adjustment mechanism 3 and is adjusted along Z axis
The Z axis drive module 15 that mechanism is adjusted about 3, the Z axis adjustment mechanism 3 are arranged in frame 10, and the shower nozzle 6 is located at
Print the top of platen 4 and it is arranged on the Z axis adjustment mechanism 3, the quantity of the shower nozzle 6 and ink-feeding device 12 is more
It is individual；
The shower nozzle drive module 16 and right that the monitoring system includes data processing control device 17, driving shower nozzle 6 acts
The ink supply detection means that ink-feeding device 12 is detected, the X-axis drive module 13, Y-axis drive module 14, Z axis drive module
15 and the shower nozzle drive module 16 be controlled by the data processing control device 17, the ink supply detection means and number
Connected according to processing control apparatus 17.
In the present embodiment, the straight line at the place of X-axis adjustment mechanism 1 is set as X-axis, the straight line where Y-axis adjustment mechanism 2 is Y
Axle, wherein, the direction that printing platen 4 moves forward along Y-axis adjustment mechanism 2 is Y-axis positive direction, and Y-axis adjustment mechanism 2 is adjusted along X-axis
Complete machine structure 1 is to being X-axis pros close to the direction of the movement of Z axis adjustment mechanism 3, then the Z axis adjustment mechanism 3 is arranged in frame 10
And positioned at by X-axis and the fourth quadrant of Y-axis form right angle coordinate system.
It is in order to install Y-axis adjustment mechanism 2, and by setting X-axis to drive by setting X-axis adjustment mechanism 1 in the present embodiment
Dynamic model block 13 drives Y-axis adjustment mechanism 2 to be moved back and forth along the direction of X-axis adjustment mechanism 1, it is achieved thereby that printing platen 4 is in the Y direction
The adjustment of upper printing movement position.
It is to print platen 4 to install by setting Y-axis adjustment mechanism 2 in the present embodiment, and by setting Y-axis to drive
The driving printing platen 4 of module 14 moves along the direction of Y-axis adjustment mechanism 2, it is achieved thereby that the feeding of printing platen 4 in the Y direction
It is mobile.
It is for the ease of installing shower nozzle 6, and by setting Z axis to drive by setting Z axis adjustment mechanism 3 in the present embodiment
Module 15 drives shower nozzle 6 to be moved up and down along the direction of Z axis adjustment mechanism 3, it is achieved thereby that shower nozzle can be carried out up and down reciprocatingly along Z-direction
Motion.
It is in order to which ensure can be continuously in 6 print job of shower nozzle by setting ink-feeding device 12 in the present embodiment
For the printing work ink that the supply of shower nozzle 6 is stable.
In actual use, when shower nozzle 6 does not work, shower nozzle 6 and ink-feeding device 12 can be carried out it is necessary maintenance and
Cleaning, can effectively prevent shower nozzle 6 from blocking, and improve the continuity that shower nozzle 6 prints, and using effect is good.
The setting of the shower nozzle drive module 16, it is to make shower nozzle 6 to the impulse oscillation signal of shower nozzle 6 in the present embodiment
Work, meanwhile, by ink-feeding device 12 to the continuous conveying ink of shower nozzle 6, the printing of shower nozzle 6 on the substrate could be realized, and
And it can accurately, stably control the jet velocity, droplet size and ink droplet of shower nozzle 6 uniform by the shower nozzle drive module 16
Property, improve the quality of printed matter.
As shown in figure 5, in the present embodiment, the monitoring system also includes carrying out in real time the X-direction position for printing platen 4
The X position detection unit 21 of detection, the Y location detection unit 19 that is detected in real time of Y-direction position to printing platen 4 and right
The ink-jet that the distance between ink outlet port and printing platen 4 of shower nozzle 6 are detected in real time is apart from detection unit 22, the X position
Detection unit 21, Y location detection unit 19 and ink-jet are connected apart from detection unit 22 with data processing control device 17.
As shown in Figure 4 and Figure 5, in the present embodiment, the ink-feeding device 12 includes supplying ink box 12-1, black bucket 12-3 and connection
Ink supply pipeline 12-2, the supplying ink box 12-1 between supplying ink box 12-1 and black bucket 12-3 are entered by black pipe 11 and shower nozzle 6
Black mouth connects, and is provided with control valve 26 and ink-suuplying pump 27 on the ink supply pipeline 12-2, the control valve 26 and ink-suuplying pump 27 are equal
It is controlled by the data processing control device 17；
The ink supply detection means includes the liquid level detection unit 23 detected in real time to the liquid level in supplying ink box 12-1
With the pressure sensing cell 24 detected in real time to the pressure in ink supply pipeline 12-2, and to the temperature in ink supply pipeline 12-2
Spend the temperature detecting unit 20 detected in real time and the flow detected in real time to the ink flowrate in ink supply pipeline 12-2
Detection unit 25, the liquid level detection unit 23, pressure sensing cell 24, temperature detecting unit 20 and flow detection unit 25 are equal
It is connected with data processing control device 17.
In actual use, by key operation module 8 preset temperature threshold, level threshold, pressure threshold and
Flow threshold so that the temperature detected by temperature detecting unit 20 meets temperature threshold requirement, liquid level detection unit 23 is examined
The liquid level measured meets level threshold requirement, the pressure detected by pressure sensing cell 24 meets pressure threshold requirement and stream
Flow detected by amount detection unit 25 meets flow threshold requirement, ensures the normal work of ink-feeding device 12.
In the present embodiment, by setting temperature detecting unit 20 to detect the temperature in ink supply pipeline 12-2 in real time,
Ensureing the ink inside of shower nozzle 6 work constant temperature, effectively prevent in the printing process of shower nozzle 6, ink viscosity changes caused by temperature is too high,
Not only prevent ink viscosity is too high to cause ink flow poor, influence ink-jet and connect brush continuity, and prevent that ink viscosity is too low
Go out to produce damped oscillation in shower nozzle 6, influence jet velocity, and easily produce infiltration on the substrate, influence ink jet printing effect
Fruit.
In the present embodiment, by setting liquid level detection unit 23 to detect the liquid level in supplying ink box 12-1 in real time, protect
Liquid level meets sets requirement in testimony print cartridge 12-1, avoids in supplying ink box 12-1 ink level is too low from causing in shower nozzle 6 ink supply not
Sufficient, ink level is too high in supplying ink box 12-1 causes shower nozzle 6 ink bleed occur.
In the present embodiment, by setting pressure sensing cell 24 to detect the pressure in ink supply pipeline 12-2 in real time,
Ensure that the pressure in ink supply pipeline 12-2 meets setting value, avoid pressure transient in ink supply pipeline 12-2 from causing disconnected ink, improve
The continuity of printing.
In the present embodiment, by setting flow detection unit 25 to examine the ink flowrate in ink supply pipeline 12-2 in real time
Survey, ensure that the ink in ink supply pipeline 12-2 is in flow regime, so as to ensure that the ink in shower nozzle 6 is in flow regime, keep away
Exempt from ink and produce precipitation, influence ink jet printing effect.
In actual use, the number of one and shower nozzle 6, supplying ink box 12-1 and shower nozzle 6 is installed on a supplying ink box 12-1
Measure identical, quantity by adjusting ink-feeding device 12 and shower nozzle 6 is needed according to printing, the print of four colors, six colors and eight colors can be realized
Brush, while coating fluid and gloss oil can also be conveyed, it can realize to the coating light after the coating fluid bottoming of stock and stock printing
Oil etc. is processed, simple in construction, and is had a wide range of application.
As shown in figure 3, in the present embodiment, the shower nozzle 6 is arranged on shower nozzle installing plate 5, and the shower nozzle 6 is installed with shower nozzle
5 perpendicular laying of plate, and the bottom of shower nozzle installing plate 5 is stretched out at the ink outlet port end of the shower nozzle 6；The shower nozzle installing plate 5 passes through
Cantilever beam 7 is connected with Z axis adjustment mechanism 3, and the shower nozzle installing plate 5 can move up and down along Z axis adjustment mechanism 3, described
Cantilever beam 7 and the 3 perpendicular laying of Z axis adjustment mechanism.
During actual use, the shower nozzle installing plate 5 is in horizontal layout, and positioned at the top of the Y-axis adjustment mechanism 2.
In the present embodiment, by setting X position detection unit 21 to detect the X-direction position for printing platen 4 in real time,
And send the X-direction position of the printing platen 4 detected to data processing control device 17, by setting Y location detection single
Member 19 pairs printing platens 4 Y-direction positions detected in real time, and by the Y-direction position of the printing platen 4 detected send to
Data processing control device 17, the data processing control device 17 according to it is set in advance printing platen 4 X-direction position and
Print the Y-direction position of platen 4 and the positional information with reference to detected by X position detection unit 21 and Y location detection unit 19
X-axis motor 13-2 and y-axis motor 14-2 are controlled, make the X-direction position of printing platen 4 and the Y-direction position of printing platen 4
Put equal identical with position set in advance, realize to the printing of the fixed point of stock.
In the present embodiment, by setting ink-jet apart from detection unit 22 between the ink outlet port of shower nozzle 6 and printing platen 4
Distance is detected in real time, and the ink-jet range information detected is sent to data processing control device 17, at the data
Control device 17 is managed according to ink-jet range information set in advance and the ink-jet with reference to detected by ink-jet apart from detection unit 22
Range information is controlled to Z axis motor 15-2, and the ink outlet port of shower nozzle 6 is adjusted with printing the distance between platen 4, real
Now to the embossing of stock.
As shown in figure 5, in the present embodiment, the X-axis drive module 13 is electric including X-axis motor driver 13-1 and with X-axis
The X-axis motor 13-2 that machine driver 13-1 output ends connect, the X-axis motor 13-2 are connected with X-axis adjustment mechanism 1, institute
Stating Y-axis drive module 14 includes y-axis motor driver 14-1 and the y-axis motor to connect with y-axis motor driver 14-1 output ends
14-2, the y-axis motor 14-2 are connected with Y-axis adjustment mechanism 2, and the Z axis drive module 15 includes Z axis motor driver
15-1 and Z axis the motor 15-2, the Z axis motor 15-2 and Z axis adjustment mechanism to connect with Z axis motor driver 15-1 output ends
3 drive connections, the X-axis motor driver 13-1, y-axis motor driver 14-1 and Z axis motor driver 15-1 are and data
Processing control apparatus 17 connects.
As shown in Fig. 2 in the present embodiment, being provided with the Y-axis adjustment mechanism 2 can drive printing platen 4 to be adjusted along Y-axis
The first sliding block 28 that mechanism 2 is slided, Y-axis adjustment mechanism 2 can be driven along X-axis adjustment mechanism by being provided with the X-axis adjustment mechanism 1
1 the second sliding block 29 slided, being provided with the Z axis adjustment mechanism 3 can drive cantilever beam 7 to be slided up and down along Z axis adjustment mechanism 3
The 3rd sliding block 30.
In the present embodiment, the first sliding block 28 is set to be for the installation printing platen 4 on Y-axis adjustment mechanism 2, and first
Printing platen 4 is driven to be slided along Y-axis adjustment mechanism 2 in the sliding process of sliding block 28；It is to be adjusted in X-axis to set the second sliding block 29
Y-axis adjustment mechanism 2 is installed on complete machine structure 1, and drives Y-axis adjustment mechanism 2 to be adjusted along X-axis in the sliding process of the second sliding block 29
Mechanism 1 is slided；3rd sliding block 30 is set it is in order to install cantilever beam 7 on Z axis adjustment mechanism 3, and in the cunning of the 3rd sliding block 30
Cantilever beam 7 is driven to be slided up and down along Z axis adjustment mechanism 3 during dynamic.
In the present embodiment, X-axis line slideway 1-1 setting is to install X-axis ball screw 1-2, X-axis ball screw 1-
2 setting, it is in order to which X-axis ball screw 1-2 rotation is changed into the linear motion of the X-axis screw, and limits the X-axis
Screw moves along X-axis ball screw 1-2 length directions, and defines what the X-axis screw moved on X-axis ball screw 1-2
Maximum path.The setting of the X-axis screw, it is to connect the second sliding block 29, and the cunning of motion drive second of the X-axis screw
Block 29 slides.
In the present embodiment, Y-axis line slideway 2-1 setting is to install Y-axis ball screw 2-2, Y-axis ball screw 2-
2 setting, it is in order to which Y-axis ball screw 2-2 rotation is changed into the linear motion of the Y-axis screw, and limits the Y-axis
Screw moves along Y-axis ball screw 2-2 length directions, and defines what the Y-axis screw moved on Y-axis ball screw 2-2
Maximum path.The setting of the Y-axis screw, it is to connect the first sliding block 28, and the cunning of motion drive first of the Y-axis screw
Block 28 slides.
In the present embodiment, Z axis line slideway 3-1 setting is to install Z axis ball screw 3-2, Z axis ball screw 3-
2 setting, it is in order to which Z axis ball screw 3-2 rotation is changed into the linear motion of the Z axis screw, and limits the Z axis
Screw moves along Z axis ball screw 3-2 length directions, and defines what the Z axis screw moved on Z axis ball screw 3-2
Maximum path.The setting of the Z axis screw, it is to connect the 3rd sliding block 30, and the cunning of motion drive the 3rd of the Z axis screw
Block 30 slides.
As shown in Figures 2 and 3, in the present embodiment, the X-axis adjustment mechanism 1 includes X-axis line slideway 1-1 and is arranged on X
X-axis ball screw 1-2 in axle line slideway 1-1, the Y-axis adjustment mechanism 2 include Y-axis line slideway 2-1 and are arranged on Y-axis
Y-axis ball screw 2-2 in line slideway 2-1, the Z axis adjustment mechanism 3 includes Z axis line slideway 3-1 and to be arranged on Y-axis straight
Z axis ball screw 3-2, the X-axis ball screw 1-2 and X-axis motor 13-2 drive connection in line guide rail 3-1, the Y-axis rolling
Ballscrew 2-2 and y-axis motor 14-2 is connected, and the Z axis ball screw 3-2 and Z axis motor 15-2 is connected；
X-axis screw is equipped with the X-axis ball screw 1-2, Y-axis screw is equipped with the Y-axis ball screw 2-2,
Z axis screw is equipped with the Z axis ball screw 3-2, the X-axis screw is fixedly connected with the second sliding block 29, the Y-axis screw
It is fixedly connected with the first sliding block 28, the Z axis screw is fixedly connected with the 3rd sliding block 30.
In the present embodiment, the X-axis motor 13-2, y-axis motor 14-2 and Z axis motor 15-2 are servomotor or step
Stepper motor.
In the present embodiment, the X-axis motor 13-2 is connected by X-axis retainer 1-3 and X-axis ball screw 1-2, institute
State y-axis motor 14-2 to be connected by Y-axis retainer 2-3 and Y-axis ball screw 2-2, the Z axis motor 15-2 passes through Z axis
Retainer 3-3 and Z axis ball screw 3-2 is connected.
As shown in figure 5, in the present embodiment, the monitoring system also includes communication module 9 and key operation module 8, described
Key operation module 8 is connected with data processing control device 17, and the shower nozzle drive module 16 passes through at communication module 9 and data
Reason control device 17 connects；The data processing control device 17 is industrial computer.
In the present embodiment, multiple shower nozzles 6 are piezoelectric ceramics shower nozzle.
When the utility model is specifically used, stock is arranged on printing platen 4, log-on data processing control apparatus 17
Work, data processing control device 17 control y-axis motor 14-2 to rotate by y-axis motor driver 14-1, and y-axis motor 14-2 turns
Dynamic to drive Y-axis ball screw 2-2 to rotate, Y-axis ball screw 2-2 rotates drives the first sliding block 28 to slide by the Y-axis screw,
First sliding block 28, which slides, drives print station plate 4 to be fed along Y-direction, when the stock on printing platen 4 is moved to immediately below shower nozzle 6
When, data processing control device 17 controls shower nozzle drive module 16 to work by data communication module 9, the work of shower nozzle drive module 16
Make to give the oscillator signal of shower nozzle 6, control control valve 26 to open by data processing control device 17, and control ink-suuplying pump 27 to work,
Ink in black bucket 12-3 is delivered in shower nozzle 6 by ink supply pipeline 12-2, and ink-feeding device 12 is that shower nozzle 6 provides work ink,
Meanwhile data processing control device 17 controls Z axis motor 15-2 to rotate by Z axis motor driver 15-1, Z axis motor 15-2 turns
Dynamic to drive Z axis ball screw 3-2 to rotate, Z axis ball screw 3-2 rotates drives the 3rd sliding block 30 downward by the Z axis screw
Slide, the 3rd sliding block 30 slides downward through cantilever beam 7 and drives shower nozzle 6 to move down, or data processing control device 17 is logical
Cross Z axis motor driver 15-1 controls Z axis motor 15-2 to rotate backward, Z axis motor 15-2, which is rotated backward, drives Z axis ball screw
3-2 is rotated backward, Z axis ball screw 3-2 rotate backward by the Z axis screw drive the upward sliding of the 3rd sliding block 30, the 3rd
The upward sliding of sliding block 30 drives shower nozzle 6 to move up by cantilever beam 7, and during shower nozzle 6 moves up and down, shower nozzle 6 sprays
Going out ink to stock, shower nozzle 6 moves back and forth up and down the embossing realized to stock, and during printing,
Data processing control device 17 controls X-axis motor 13-2 to rotate by X-axis motor driver 13-1, X-axis motor 13-2 rotational bands
Dynamic X-axis ball screw 1-2 is rotated, and X-axis ball screw 1-2 rotates drives the second sliding block 29 to slide by the X-axis screw, and second
Sliding block 29, which slides, drives Y-axis adjustment mechanism to be moved along X-axis adjustment mechanism 1, printing platen 4 is moved back and forth in X-direction, realization pair
Print the regulation of the printing movement position of platen 4.X-direction position and the print of printing platen 4 are preset by key operation module 8
The Y-direction position of brush platen 4, X position detection unit 21 are detected in real time to the X-direction position for printing platen 4, and will detection
To the X-direction position of printing platen 4 send to data processing control device 17, Y location detection unit 19 is to printing platen 4
Y-direction position is detected in real time, and the Y-direction position of the printing platen 4 detected is sent to data processing control device
17, the data processing control device 17 is according to the X-direction position of printing platen 4 set in advance and the Y-direction of printing platen 4
Position and positional information with reference to detected by X position detection unit 21 and Y location detection unit 19 is to X-axis motor 13-2 and Y
Spindle motor 14-2 is controlled, make printing platen 4 X-direction position and print platen 4 Y-direction position with it is set in advance
Position is identical, realizes the fixed point printing to stock.
In summary, the utility model is simple in construction, reasonable in design and use is easy to operate, printing efficiency is high, uses effect
Fruit is good, and shower nozzle can pump and stock can move back and forth with Y-direction in X direction, realizes the fixed point print to stock
Brush and embossing, are adapted to different materials and the stock of size, and printing quality can be effectively controlled, and printing efficiency is high,
And it can be applied to other processing technologys such as coating fluid bottoming, coating gloss oil.
It is described above, only it is preferred embodiment of the present utility model, not the utility model is imposed any restrictions, every
Any simple modification, change and the equivalent structure change made according to the utility model technical spirit to above example, still
Belong in the protection domain of technical solutions of the utility model.
Claims (10)
- A kind of 1. three coordinate treadmill type Digital ink-jet printers, it is characterised in that：Including ink-jet printing system and to the ink-jet The monitoring system that print system is monitored, the ink-jet printing system include frame (10), in the frame (10) Ink-jet printing apparatus and in the frame (10) and for stock printing printing treadmill, it is described printing treadmill include The print station position regulator that the printing platen (4) and the position to printing platen (4) placed for stock are adjusted, institute State the position adjustment that print station position regulator includes two-dimensional adjusting mechanism and drives the two-dimensional adjusting mechanism to be adjusted Drive module, the printing platen (4) are arranged in the two-dimensional adjusting mechanism, and the two-dimensional adjusting mechanism is arranged on the machine On frame (10)；The two-dimensional adjusting mechanism is included to the X-axis adjustment mechanism (1) that is adjusted of X-direction position of printing platen (4) and right The Y-axis adjustment mechanism (2) that the Y-direction position of printing platen (4) is adjusted, the X-axis adjustment mechanism (1) and Y-axis adjustment machine Structure (2) is laid in cross, and the printing platen (4) is arranged on Y-axis adjustment mechanism (2)；The position adjustment drive module bag Include and drive the printing platen (4) along the mobile Y-axis drive module (14) of Y-axis adjustment mechanism (2) and driving Y-axis adjustment mechanism (2) along the mobile X-axis drive module (13) of X-axis adjustment mechanism (1)；The ink-jet printing apparatus includes shower nozzle (6), the ink outlet port to shower nozzle (6) is carried out with printing the distance between platen (4) The ink-jet distance adjusting mechanism of regulation and the ink-feeding device (12) that work ink is provided for shower nozzle (6), the ink-jet distance adjustment Mechanism is that the Z axis adjustment mechanism (3) of adjustment up and down is carried out to shower nozzle (6), and driving spray is provided with the Z axis adjustment mechanism (3) Head (6) carries out the Z axis drive module (15) of regulation up and down along Z axis adjustment mechanism (3), and the Z axis adjustment mechanism (3) is arranged on machine On frame (10), the shower nozzle (6) is above printing platen (4) and it is arranged on the Z axis adjustment mechanism (3), the spray The quantity of head (6) and ink-feeding device (12) is multiple；The monitoring system include data processing control device (17), driving shower nozzle (6) action shower nozzle drive module (16) and The ink supply detection means detected to ink-feeding device (12), the X-axis drive module (13), Y-axis drive module (14), Z axis Drive module (15) and the shower nozzle drive module (16) are controlled by the data processing control device (17), the confession Black detection means is connected with data processing control device (17).
- 2. according to the coordinate treadmill type Digital ink-jet printer of one kind three described in claim 1, it is characterised in that：The monitoring system System also include to printing platen (4) X-direction position detected in real time X position detection unit (21), to print platen (4) The Y location detection unit (19) that is detected in real time of Y-direction position and to the ink outlet port and printing platen (4) of shower nozzle (6) it Between the ink-jet that is detected in real time of distance it is single apart from detection unit (22), the X position detection unit (21), Y location detection First (19) and ink-jet are connected apart from detection unit (22) with data processing control device (17).
- 3. according to the coordinate treadmill type Digital ink-jet printer of one kind three described in claim 1 or 2, it is characterised in that：The confession Black device (12) includes supplying ink box (12-1), black bucket (12-3) and the confession being connected between supplying ink box (12-1) and black bucket (12-3) Black pipeline (12-2), the supplying ink box (12-1) are connected by ink pipe (11) with the ink entrance of shower nozzle (6), the ink supply pipeline Control valve (26) and ink-suuplying pump (27) be installed on (12-2), the control valve (26) and ink-suuplying pump (27) by the data at Reason control device (17) is controlled；The ink supply detection means includes the liquid level detection unit (23) detected in real time to the liquid level in supplying ink box (12-1) With the pressure sensing cell (24) detected in real time to the pressure in ink supply pipeline (12-2), and to ink supply pipeline (12-2) The temperature detecting unit (20) and carried out to the ink flowrate in ink supply pipeline (12-2) real-time that interior temperature is detected in real time The flow detection unit (25) of detection, the liquid level detection unit (23), pressure sensing cell (24), temperature detecting unit (20) It is connected with flow detection unit (25) with data processing control device (17).
- 4. according to the coordinate treadmill type Digital ink-jet printer of one kind three described in claim 1 or 2, it is characterised in that：The spray Head (6) is arranged on shower nozzle installing plate (5), the shower nozzle (6) and shower nozzle installing plate (5) perpendicular laying, and the shower nozzle (6) Ink outlet port end stretch out shower nozzle installing plate (5) bottom；The shower nozzle installing plate (5) passes through cantilever beam (7) and Z axis adjustment mechanism (3) connect, and the shower nozzle installing plate (5) can move up and down along Z axis adjustment mechanism (3), the cantilever beam (7) and Z axis Adjustment mechanism (3) perpendicular laying.
- 5. according to the coordinate treadmill type Digital ink-jet printer of one kind three described in claim 1 or 2, it is characterised in that：The X-axis Drive module (13) includes X-axis motor driver (13-1) and the X-axis motor to connect with X-axis motor driver (13-1) output end (13-2), the X-axis motor (13-2) are connected with X-axis adjustment mechanism (1), and the Y-axis drive module (14) includes Y-axis electricity Machine driver (14-1) and the y-axis motor (14-2) to connect with y-axis motor driver (14-1) output end, the y-axis motor (14-2) and Y-axis adjustment mechanism (2) are connected, the Z axis drive module (15) include Z axis motor driver (15-1) and with The Z axis motor (15-2) that Z axis motor driver (15-1) output end connects, the Z axis motor (15-2) and Z axis adjustment mechanism (3) it is connected, the X-axis motor driver (13-1), y-axis motor driver (14-1) and Z axis motor driver (15-1) It is connected with data processing control device (17).
- 6. according to the coordinate treadmill type Digital ink-jet printer of one kind three described in claim 5, it is characterised in that：The Y-axis is adjusted The first sliding block (28) that printing platen (4) can be driven to be slided along Y-axis adjustment mechanism (2), the X-axis are provided with complete machine structure (2) The second sliding block (29) that Y-axis adjustment mechanism (2) can be driven to be slided along X-axis adjustment mechanism (1), institute are provided with adjustment mechanism (1) State the 3rd sliding block for being provided with Z axis adjustment mechanism (3) and cantilever beam (7) being driven to be slided up and down along Z axis adjustment mechanism (3) (30)。
- 7. according to the coordinate treadmill type Digital ink-jet printer of one kind three described in claim 6, it is characterised in that：The X-axis is adjusted Complete machine structure (1) includes X-axis line slideway (1-1) and the X-axis ball screw (1-2) being arranged in X-axis line slideway (1-1), institute Stating Y-axis adjustment mechanism (2) includes Y-axis line slideway (2-1) and the Y-axis ball screw being arranged in Y-axis line slideway (2-1) (2-2), the Z axis adjustment mechanism (3) include Z axis line slideway (3-1) and the Z axis being arranged in Y-axis line slideway (3-1) rolling Ballscrew (3-2), the X-axis ball screw (1-2) are connected with X-axis motor (13-2), the Y-axis ball screw (2-2) It is connected with y-axis motor (14-2), the Z axis ball screw (3-2) is connected with Z axis motor (15-2)；X-axis screw is equipped with the X-axis ball screw (1-2), Y-axis screw is equipped with the Y-axis ball screw (2-2), Z axis screw is equipped with the Z axis ball screw (3-2), the X-axis screw is fixedly connected with the second sliding block (29), the Y-axis Screw is fixedly connected with the first sliding block (28), and the Z axis screw is fixedly connected with the 3rd sliding block (30).
- 8. according to the coordinate treadmill type Digital ink-jet printer of one kind three described in claim 5, it is characterised in that：The X-axis electricity Machine (13-2), y-axis motor (14-2) and Z axis motor (15-2) are servomotor or stepper motor.
- 9. according to the coordinate treadmill type Digital ink-jet printer of one kind three described in claim 1 or 2, it is characterised in that：The prison Control system also includes communication module (9) and key operation module (8), and the key operation module (8) fills with data processing and control (17) connection is put, the shower nozzle drive module (16) is connected by communication module (9) with data processing control device (17)；It is described Data processing control device (17) is industrial computer.
- 10. according to the coordinate treadmill type Digital ink-jet printer of one kind three described in claim 1 or 2, it is characterised in that：Multiple institutes It is piezoelectric ceramics shower nozzle to state shower nozzle (6).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720333226.2U CN206703725U (en) | 2017-03-31 | 2017-03-31 | A kind of three coordinate treadmill type Digital ink-jet printers |
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| CN201720333226.2U CN206703725U (en) | 2017-03-31 | 2017-03-31 | A kind of three coordinate treadmill type Digital ink-jet printers |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106827812A (en) * | 2017-03-31 | 2017-06-13 | 西安德高印染自动化工程有限公司 | A kind of three coordinate treadmill type Digital ink-jet printers |
| CN108162627A (en) * | 2018-01-09 | 2018-06-15 | 深圳市冠为科技股份有限公司 | A kind of printing process of paper |
-
2017
- 2017-03-31 CN CN201720333226.2U patent/CN206703725U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106827812A (en) * | 2017-03-31 | 2017-06-13 | 西安德高印染自动化工程有限公司 | A kind of three coordinate treadmill type Digital ink-jet printers |
| CN106827812B (en) * | 2017-03-31 | 2019-06-25 | 西安德高印染自动化工程有限公司 | A kind of three coordinate treadmill type Digital ink-jet printers |
| CN108162627A (en) * | 2018-01-09 | 2018-06-15 | 深圳市冠为科技股份有限公司 | A kind of printing process of paper |
| CN108162627B (en) * | 2018-01-09 | 2020-05-19 | 深圳市冠为科技股份有限公司 | Printing method of paper |
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