CN110202930A - A kind of small ink dot hot-bubble ink-jetting detection device used based on printer - Google Patents
A kind of small ink dot hot-bubble ink-jetting detection device used based on printer Download PDFInfo
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- CN110202930A CN110202930A CN201910449374.4A CN201910449374A CN110202930A CN 110202930 A CN110202930 A CN 110202930A CN 201910449374 A CN201910449374 A CN 201910449374A CN 110202930 A CN110202930 A CN 110202930A
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- bubble
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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
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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
- B41J2/17—Ink jet characterised by ink handling
- B41J2/175—Ink supply systems ; Circuit parts therefor
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- Ink Jet (AREA)
Abstract
The invention discloses a kind of small ink dot hot-bubble ink-jetting detection devices used based on printer, its structure includes: article putting groove, flip plate, hot-bubble ink-jetting case, print pedestal, screw rod promotes slot, button control plate, distribution pedestal, the present invention, which is realized, to be matched with hot-bubble ink-jetting case with printing pedestal, small cold pipe is formed to the surrounding effect of heating black liquid by sliding capillary needle tubing and cold cylinder deflection mechanism, in capillary needle tube wall capillary tips output can be cooled to from the black liquid end of access thermal expansion, protect the drop of syringe needle ink-jet in stable condition, and ensure that warm expansion force obtains control cooperation compression output on printing pedestal in tubule, and the correcting of fine tuning offset syringe needle is formed by the deflexion disk seat of intermediate bridge joint, the small ink droplet for allowing thermal to be formed can be in accurate spray to printing paper, printing effect lines are allowed clearly may be used It is adjusted to the effect of single line or two-wire Compound jet, improves the unicity of ink ejecting state, also improves the clarity that lines are accurately distributed.
Description
Technical field
The present invention is a kind of small ink dot hot-bubble ink-jetting detection device used based on printer, belongs to print cartridge field.
Background technique
Ink-jet printer is common colored drawing spraying and black and white spraying effect, has intuitive gracefulness to the block that colors in for being printed as picture
Printing type, than powder printing more directly print, avoid printing picking situation, ink paint attachment the time it is longer, degree of highlighting is done,
Mimeograph documents are kept to have the effect that preferably prolongs the service life to long-term, the common disadvantage to be optimized of technology has at present:
The capillary of hot-bubble ink-jetting is tiny syringe needle, and the ink-jet effect with slide groove variation track, allow ink dot dropwise
It is presented on paper, in the ink of thermal working process, heats, expands, compressing this process and can allow the black liquid with calorific value
The big air quality of capillary tube stay is flowed into, bifurcated ink when syringe needle opening being made gradually to be expanded into ink-jet because of hot-bubble ink-jetting operation
Point, the accuracy of interference ink-jet drawing, and capillary just seems more painstaking in compression black liquid, mass of object is light, cooperates fluid
Solid transmitting, will lead to syringe needle restraining force deficiency, and opening ink-jet is intuitive to aggravate ink-jet power gradually from small ink droplet overflow at big ink droplet
Degree influences line thickness after printing imaging, and printing fuzziness is allowed to aggravate.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of small ink dot heat used based on printer
Bubble inkjet detection device is tiny syringe needle to solve the capillary of hot-bubble ink-jetting, and the ink-jet with slide groove variation track
Effect allows ink dot to be presented on paper dropwise, in the ink of thermal working process, heats, expands, compressing this process meeting
It allows the black liquid with calorific value to flow into the big air quality of capillary tube stay, is expanded into syringe needle opening gradually because hot-bubble ink-jetting operates
Bifurcated ink dot when ink-jet, the accuracy of interference ink-jet drawing, and capillary just seems more painstaking in compression black liquid, object matter
Amount is light, cooperates the solid transmitting of fluid, and it is insufficient to will lead to syringe needle restraining force, opening ink-jet gradually from small ink droplet overflow at big ink droplet,
The problem of intuitively aggravating ink-jet dynamics, influencing line thickness after printing imaging, printing fuzziness is allowed to aggravate.
To achieve the goals above, the present invention is to realize by the following technical solutions: one kind is used based on printer
Small ink dot hot-bubble ink-jetting detection device, structure include: article putting groove, flip plate, hot-bubble ink-jetting case, printing pedestal,
Screw rod promotes slot, button control plate, distribution pedestal, and the screw rod promotes the bottom of slot nested with the groove of distribution pedestal integral,
The conducting wire in the button control board bottom portion is electrically connected with the circuit board of distribution pedestal, and the lower shaft wheel and screw rod of the printing pedestal promote
The screw rod of slot is mechanically connected, and the hot-bubble ink-jetting case is nested in the upper right corner of printing pedestal and distribution pedestal, the flip plate
It is gap-matched with hot-bubble ink-jetting case, the article putting groove is welded on the top of hot-bubble ink-jetting case, the thermal spray
Black case is equipped with motor hitch bar, pigment stores black case, cold cylinder deflection mechanism, ink tube, capillary needle tubing, undercut pot shell, recycling bins,
Roller bar, the motor hitch bar are installed in the right side that pigment stores black case, and the recycling bins store black case with pigment and are respectively welded at
The right end in the left upper right corner inside undercut pot shell, the roller bar is connect with the bearing mechanical of motor hitch bar, the ink tube
It inserts the inside for being embedded in roller bar and axle center is conllinear, the recycling bins store black case by ink tube and pigment and are mutually communicated, described cold
Cylinder deflection mechanism is flexibly connected with capillary needle tubing, and the capillary needle tubing is equipped with more than two and inserts above and below roller bar respectively
Two sides, the printing pedestal are gap-matched with undercut pot shell.
To optimize above-mentioned technical proposal, the measure further taken are as follows:
As a further improvement of the present invention, the motor hitch bar is by carbon brush plate, belt, roller bearing, the dynamic electricity of axis
Machine composition, the belt and roller bearing are mechanically connected, and the carbon brush plate and roller bearing are used and be interference fitted, the Roller Shaft
It holds and moves motor activity with axis and connect.
As a further improvement of the present invention, the cold cylinder deflection mechanism is by transverse frame plate, deflexion disk seat, sleeve, water cooling spiral shell
Coil composition, the deflexion disk seat are installed on the inside of transverse frame plate and in the same vertical plane, the sleeve and water cooling spiral shell
The nested integral and axle center of coil is conllinear, and the sleeve sets there are two and is installed in the left and right sides of transverse frame plate respectively.
As a further improvement of the present invention, the deflexion disk seat is fanned by counterweight dovetail groove, subbase, anti-lifting lug plate, tooth
Disk, balanced pointers board group are at the counterweight dovetail groove and balanced pointers plate are inserted respectively embedded in the left and right sides of subbase, described anti-
Lifting lug plate is meshed and in the same vertical plane with tooth fanning tray, and the tooth fanning tray is tightly attached to front side and the axle center of subbase
Collinearly.
As a further improvement of the present invention, the water-cooling spiral pipe is made of ice cube, film wobble plate, helical pipe, institute
It states ice cube to be close together with film wobble plate, the ice cube and film wobble plate are equipped with two or more and are respectively arranged in spiral
Two sides up and down inside pipeline.
As a further improvement of the present invention, the counterweight dovetail groove is by clump weight, bending connecting rod, counterweight pot shell, trapezoidal
Groove composition, the clump weight are mechanically connected by bending connecting rod and trapezoidal groove, and the counterweight pot shell and trapezoidal groove weld
Integrally.
As a further improvement of the present invention, the balanced pointers plate is by pointer plate, dottle pin corner block, torsional spring silk, three
The thin slot composition in angle, the pointer plate are structure as a whole with the thin slot of triangle, and the dottle pin corner block is thin by torsional spring silk and triangle
Slot is flexibly connected.
As a further improvement of the present invention, the anti-lifting lug plate is rotated plate structure of the side V-type with internal spline, rotation
Process tooth socket can form an overhead kick drawing disk body along side V structure and combine rotation, and shape is that 60 degree of axis is dynamic at an angle
Speed promotes effect.
As a further improvement of the present invention, the film wobble plate is the hardened structure of corrugated sheets of the short film of lower right corner band,
Film facilitates water flow to permeate, and then forms the surge perfusion effect of a dipping and heaving by ripple sheet, made Water flow-path mouth
Diameter has impact force, and water circulation power is allowed to enhance.
As a further improvement of the present invention, the subbase is the body structure up and down with irregular arc top convex block, no
Regular arc top is to hook beautiful shape, forms a Taiji disk rotates effe, and subtended angle limit is 120 degree to convex block up and down, facilitates a left side
The control of right amplitude of fluctuation.
As a further improvement of the present invention, the tooth fanning tray is the fanning tray gasket construction of top tape triangle gear piece, bottom
Fanning tray rough surface it is big, strong to the suction of front and back disk body coefficient of friction patch linkage, then pushed by gear piece occlusion, realization is the same as frequency angle
Speed deflection effect.
Beneficial effect
A kind of small ink dot hot-bubble ink-jetting detection device used based on printer of the present invention, staff is by pressing
Button control plate adjustment distribution pedestal calls screw rod that slot and hot-bubble ink-jetting case is promoted to start inkjet printing work, in the meantime before,
On different colours black liquid article putting groove be placed into the pigment of hot-bubble ink-jetting case by opening flip plate and store in black case, when motor joins
The axis of shaft device moves electric motor starting and draws roller bearing wrapping belts, and at this moment also electric heating friction pigment stores black case to the carbon brush plate of left end
The effect for forming heating expansion pigment drop flows into roller bar by ink tube and distributes to capillary needle tubing, makes ink-jet in undercut pot shell
Operation realized on printing pedestal, wherein the sleeve of cold cylinder deflection mechanism and water-cooling spiral pipe are wrapped in capillary cannula slides,
It forms ice cube and film wobble plate cold air in helical pipe gradually takes away the spiral surrounding that filling liquid fluid motion takes away calorific value
Effect, at this moment pigment stores black case and also promotes residual black liquid to give back to receive case recycling storage, facilitate follow next time due to being increased by hot barometric pressure
Ring uses, and save the cost avoids waste material, then interlocks capillary needle tubings by transverse frame plate two sleeves of linkage and carries out crosspointer cloth
The flexible ink-jet effect of line, then pass through the counterweight dovetail groove of deflexion disk seat, so that clump weight is pressed bending connecting rod in trapezoidal groove
The effect that deflects down of counterweight pot shell is formed, then friction is overlayed by subbase and tooth fanning tray, is formed to 60 degree of anti-lifting lug plate
The dislocation linkage of angular deflection, allows the pointer plate of balanced pointers plate, pushes torsional spring silk in the thin slot of triangle by dottle pin corner block
Balance keeps deflection controllable top power up and down, reaches the droplet size homogeneous of ink-jet syringe needle, and cooling tube wall is efficient, ensures capillary needle
The heated part quality used of pipe, also promotes the flexible crosspointer effect of inkjet printing, shortens to the time of line chart printing.
There is accessible advantage after operation of the present invention:
It matches with hot-bubble ink-jetting case with printing pedestal, to be formed by sliding capillary needle tubing with cold cylinder deflection mechanism
Small cold pipe can be cooled to tubule point from the black liquid end of access thermal expansion in capillary needle tube wall to the surrounding effect of heating black liquid
End output, protects the drop of syringe needle ink-jet in stable condition, and ensures that warm expansion force obtains control cooperation compression output in tubule
On printing pedestal, and capillary needle tubing and cold cylinder deflection mechanism form the effect of crosspointer linkage by transverse frame plate, in
Between the deflexion disk seat that bridges form the correcting of fine tuning offset syringe needle, the small ink droplet for allowing thermal to be formed can accurate spray arrive
It prints on the printing paper on pedestal, allows printing effect lines to may be adjusted to the effect of single line or two-wire Compound jet clearly, change
The unicity of kind ink ejecting state also improves the clarity that lines are accurately distributed.
Detailed description of the invention
In order to illustrate the technical solution of the embodiments of the present invention more clearly, the attached drawing in describing below to embodiment is made in detail
It carefully introduces, allows other features, purposes and advantages of the invention will become more apparent with this:
Fig. 1 is a kind of structural representation of the small ink dot hot-bubble ink-jetting detection device used based on printer of the present invention
Figure.
Fig. 2 is that structural schematic diagram is cutd open in the detailed side of hot-bubble ink-jetting case of the present invention.
Fig. 3 is the side structure schematic view of motor hitch bar working condition of the present invention.
Fig. 4 is the volume rendering structural schematic diagram of the cold cylinder deflection mechanism working condition of the present invention.
Fig. 5 is that structural schematic diagram is regarded in the section of deflexion disk seat working condition of the present invention.
Fig. 6 is the schematic perspective view of counterweight dovetail groove working condition of the present invention.
Fig. 7 is the schematic perspective view of balanced pointers plate working condition of the present invention.
Fig. 8 is the schematic diagram of the section structure of water-cooling spiral pipe working condition of the present invention.
Description of symbols: article putting groove -1, flip plate -2, hot-bubble ink-jetting case -3, printing pedestal -4, screw rod promote slot -
5, button control plate -6, distribution pedestal -7, motor hitch bar -31, pigment store black case -32, cold cylinder deflection mechanism -33, ink tube -
34, capillary needle tubing -35, undercut pot shell -36, recycling bins -37, roller bar -38, carbon brush plate -311, belt -312, roller bearing -
313, axis moves motor -314, transverse frame plate -331, deflexion disk seat -332, sleeve -333, water-cooling spiral pipe -334, counterweight dovetail groove -
3321, subbase -3322, anti-lifting lug plate -3323, tooth fanning tray -3324, balanced pointers plate -3325, clump weight -33211, bending
Connecting rod -33212, counterweight pot shell -33213, trapezoidal groove -33214, pointer plate -33251, dottle pin corner block -33252, torsional spring
Silk -33253, the thin slot -33254 of triangle, ice cube -3341, film wobble plate -3342, helical pipe -3343.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Please refer to Fig. 1-Fig. 8, the present invention is provided a kind of small ink dot hot-bubble ink-jetting detection used based on printer and set
It is standby, structure include: article putting groove 1, flip plate 2, hot-bubble ink-jetting case 3, printing pedestal 4, screw rod promote slot 5, button control plate 6,
Distribution pedestal 7, the screw rod promote the bottom of slot 5 nested with the groove of distribution pedestal 7 integral, 6 bottom of button control plate
Conducting wire be electrically connected with the circuit board of distribution pedestal 7, the lower shaft wheel and screw rod of the printing pedestal 4 promote the screw rod of slot 5 mechanical
Connection, the hot-bubble ink-jetting case 3 are nested in the upper right corner of printing pedestal 4 and distribution pedestal 7, the flip plate 2 and thermal
Ink-jet case 3 is gap-matched, and the article putting groove 1 is welded on the top of hot-bubble ink-jetting case 3, the hot-bubble ink-jetting case 3
Black case 32, cold cylinder deflection mechanism 33, ink tube 34, capillary needle tubing 35, undercut pot shell are stored equipped with motor hitch bar 31, pigment
36, recycling bins 37, roller bar 38, the motor hitch bar 31 are installed in the right side that pigment stores black case 32, the recycling bins 37 with
Pigment stores black case 32 and is respectively welded at the left upper right corner inside undercut pot shell 36, the right end and motor hitch bar of the roller bar 38
31 bearing mechanical connection, the ink tube 34 inserts the inside for being embedded in roller bar 38 and axle center is conllinear, and the recycling bins 37 pass through
Ink tube 34 stores black case 32 with pigment and is mutually communicated, and the cold cylinder deflection mechanism 33 is flexibly connected with capillary needle tubing 35, the hair
Small needle tube 35 is equipped with more than two and is inserted respectively embedded in the two sides up and down of roller bar 38, the printing pedestal 4 and undercut pot shell 36
It is gap-matched.
Referring to Fig. 3, the motor hitch bar 31 moves motor by carbon brush plate 311, belt 312, roller bearing 313, axis
314 compositions, the belt 312 are mechanically connected with roller bearing 313, and the carbon brush plate 311 is matched with roller bearing 313 using interference
It closes, the roller bearing 313 moves motor 314 with axis and is flexibly connected, and stores black case 32 by 311 elliptical orbit of carbon brush plate friction pigment
It obtains the unilateral of electric heating friction expansion black liquid and promotes effect.
Referring to Fig. 4, the cold cylinder deflection mechanism 33 is by transverse frame plate 331, deflexion disk seat 332, sleeve 333, water-cooling spiral
Pipe 334 forms, and the deflexion disk seat 332 is installed on the inside of transverse frame plate 331 and in the same vertical plane, the sleeve
333 integral and axle center nested with water-cooling spiral pipe 334 are conllinear, and the sleeve 333 sets there are two and is installed in crossbearer respectively
The left and right sides of plate 331, through water-cooling spiral pipe 334 when 332 left and right sides water cooling of deflexion disk seat flows up and down, fluid
Balance, which also makes to lay particular stress on, obtains the regulating effect of certain mass.
Referring to Fig. 5, the deflexion disk seat 332 is by counterweight dovetail groove 3321, subbase 3322, anti-lifting lug plate 3323, tooth
Fanning tray 3324, balanced pointers plate 3325 form, and the counterweight dovetail groove 3321 is inserted respectively with balanced pointers plate 3325 is embedded in chassis
The left and right sides of seat 3322, the anti-lifting lug plate 3323 are meshed and in the same vertical plane with tooth fanning tray 3324, described
Tooth fanning tray 3324 is tightly attached to the front side of subbase 3322 and axle center is conllinear, and the subbase 3322 is up and down with irregular arc top
The body structure of convex block, irregular arc top are to hook beautiful shape, form a Taiji disk rotates effe, subtended angle limit is convex block up and down
120 degree, the control for the amplitude that conveniently swings, the anti-lifting lug plate 3323 is swivel plate agllutination of the side V-type with internal spline
Structure, rotary course tooth socket can form an overhead kick drawing disk body along side V structure and combine rotation, and shape is 60 degree at an angle
Axis move speed and promote effect, the tooth fanning tray 3324 is the fanning tray gasket construction of top tape triangle gear piece, and the fanning tray of bottom is thick
Matte is big, strong to the suction patch linkage of front and back disk body coefficient of friction, then is engaged and is pushed by gear piece, realizes and deflects with frequency angular speed
Effect engages spin friction with tooth fanning tray 3324 by anti-lifting lug plate 3323 and drives subbase 3322, forms counterweight dovetail groove
The effect that the coaxial different angle that 3321 traction deflections make promotes rate to intersect dislocation.
Referring to Fig. 8, the water-cooling spiral pipe 334 is made of ice cube 3341, film wobble plate 3342, helical pipe 3343,
The ice cube 3341 is close together with film wobble plate 3342, and the ice cube 3341 is equipped with two or more with film wobble plate 3342
And the two sides up and down inside helical pipe 3343 are respectively arranged in, the film wobble plate 3342 is the wave of the short film of lower right corner band
Line slicer board structure, film facilitate water flow to permeate, and the surge perfusion effect of a dipping and heaving is then formed by ripple sheet,
Made Water flow-path bore with impact force, and allowed water circulation power to enhance, by staying among ice cube 3341 and film wobble plate 3342
Seam pours into water flow, realizes the refrigeration effect that water flow is flowed with ice sheet cooling cycle, reaches built in pipeline to small-sized cooling equipment
Water cooling operation, avoids cost consumption excessive.
Referring to Fig. 6, the counterweight dovetail groove 3321 is by clump weight 33211, bending connecting rod 33212, counterweight pot shell
33213, trapezoidal groove 33214 forms, and the clump weight 33211 is mechanical even by bending connecting rod 33212 and trapezoidal groove 33214
It connects, the counterweight pot shell 33213 and trapezoidal groove 33214 are integrally welded, pull down bending connecting rod by clump weight 33211
33212 form the weighting effect of folding extension.
Referring to Fig. 7, the balanced pointers plate 3325 is by pointer plate 33251, dottle pin corner block 33252, torsional spring silk
33253, the thin slot 33254 of triangle forms, and the pointer plate 33251 is structure as a whole with the thin slot 33254 of triangle, the dottle pin three
Hornblock 33252 is flexibly connected by torsional spring silk 33253 with the thin slot 33254 of triangle, and the inclined-plane stress of dottle pin corner block 33252 is passed through
Can pass to torsional spring silk 33253 formed reaction force to top balancing run.
Workflow: staff adjusts distribution pedestal 7 by button press control plate 6 and screw rod is called to promote slot 5 and hot gas
Steep ink-jet case 3 start inkjet printing work, in the meantime before, on different colours black liquid article putting groove 1 by open flip plate 2 put
The pigment for setting hot-bubble ink-jetting case 3 stores in black case 32, when the axis of motor hitch bar 31 moves the starting traction Roller Shaft of motor 314
313 wrapping belts 312 are held, at this moment also electric heating friction pigment stores the black formation of case 32 heating expansion pigment liquid to the carbon brush plate 311 of left end
The effect of drop flows into roller bar 38 by ink tube 34 and distributes to capillary needle tubing 35, playing the operation of ink-jet in undercut pot shell 36
It is realized on ink pad seat 4, wherein it is sliding that the sleeve 333 and water-cooling spiral pipe 334 of cold cylinder deflection mechanism 33 are wrapped in capillary needle tubing 35
It is dynamic, it forms ice cube 3341 and film wobble plate 3342 cold air in helical pipe 3343 and gradually takes away and fill liquid fluid motion and take away
The spiral surrounding effect of calorific value, at this moment pigment stores black case 32 and also promotes residual black liquid to give back to receive case 37 and return due to being increased by hot barometric pressure
Harvesting storage facilitates next recycling, and save the cost avoids waste material, then passes through two sleeves 333 of linkage of transverse frame plate 331
The flexible ink-jet effect that capillary needle tubing 35 carries out crosspointer wiring is interlocked, then passes through the counterweight dovetail groove 3321 of deflexion disk seat 332, is made
Clump weight 33211, which presses in trapezoidal groove 33214 bending connecting rod 33212 and forms counterweight pot shell 33213, deflects down effect,
Friction is overlayed by subbase 3322 and tooth fanning tray 3324 again, is formed and is linked to the dislocation that anti-3323 sextant of lifting lug plate deflects
Property, it allows the pointer plate 33251 of balanced pointers plate 3325, it is thin in triangle that torsional spring silk 33253 is pushed by dottle pin corner block 33252
About 33254 slot balance keeps deflection controllable top power, reaches the droplet size homogeneous of ink-jet syringe needle, and cooling tube wall is efficient, ensures
The heated part quality used of capillary needle tubing 35, also promotes the flexible crosspointer effect of inkjet printing, to the time of line chart printing
Shortened.
The present invention is combined with each other by above-mentioned component, is reached and is matched with hot-bubble ink-jetting case 3 with printing pedestal 4,
By the way that capillary needle tubing 35 and the sliding of cold cylinder deflection mechanism 33 are formed small cold pipe to the surrounding effect of heating black liquid, in capillary needle tubing
35 tube walls can be cooled to capillary tips output from the black liquid end of access thermal expansion, protect the drop of syringe needle ink-jet in stable condition,
And ensure that warm expansion force obtains control cooperation compression output on printing pedestal 4 in tubule, and capillary needle tubing 35 and cold cylinder are inclined
Rotation mechanism 33 forms the effect of crosspointer linkage by transverse frame plate 331, forms fine tuning by the deflexion disk seat 332 of centre bridge joint
The correcting for deviating syringe needle, the small ink droplet for allowing thermal to be formed can allow on the printing paper in accurate spray to printing pedestal 4
Printing effect lines may be adjusted to the effect of single line or two-wire Compound jet clearly, improves the unicity of ink ejecting state, also mentions
The clarity that high lines are accurately distributed come the capillary for solving hot-bubble ink-jetting is tiny syringe needle with this, and is changed with slide groove
The ink-jet effect of track, allows ink dot to be presented on paper dropwise, in the ink of thermal working process, heating, expansion, compression
This process can allow the black liquid with calorific value to flow into the big air quality of capillary tube stay, make syringe needle opening gradually because hot-bubble ink-jetting is grasped
Bifurcated ink dot when making and being expanded into ink-jet, the accuracy of interference ink-jet drawing, and capillary just seems more in compression black liquid
Painstakingly, mass of object is light, cooperates the solid transmitting of fluid, will lead to syringe needle restraining force deficiency, and opening ink-jet is gradually overflow from small ink droplet
The problem of flowing into big ink droplet, intuitively aggravate ink-jet dynamics, influencing line thickness after printing imaging, printing fuzziness is allowed to aggravate.
Specific embodiment described herein is only to give an example to the present invention.The technical field of the invention
Technical staff can make various modifications or additions to the described embodiments or be substituted in a similar manner, but
Without departing from of the invention or beyond the scope of the appended claims.
Claims (9)
1. a kind of small ink dot hot-bubble ink-jetting detection device used based on printer, structure are included: article putting groove (1), turned over
Cover board (2), hot-bubble ink-jetting case (3), printing pedestal (4), screw rod promote slot (5), button control plate (6), distribution pedestal (7),
It is characterized in that:
The screw rod promotes slot (5) nested with distribution pedestal (7) integral, and the button control plate (6) is electrically connected with distribution pedestal (7)
It connects, the printing pedestal (4) and screw rod promote slot (5) mechanical connection, and the hot-bubble ink-jetting case (3) is nested in printing pedestal
(4) it is matched with the upper right corner of distribution pedestal (7), the flip plate (2) with hot-bubble ink-jetting case (3), article putting groove (1) weldering
It connects on the top of hot-bubble ink-jetting case (3)；
The hot-bubble ink-jetting case (3) is equipped with motor hitch bar (31), pigment stores black case (32), cold cylinder deflection mechanism (33),
Ink tube (34), capillary needle tubing (35), undercut pot shell (36), recycling bins (37), roller bar (38)；
The motor hitch bar (31) is installed in the right side that pigment stores black case (32), and the recycling bins (37) and pigment store black case
(32) it is respectively welded at the internal left upper right corner of undercut pot shell (36), the roller bar (38) and motor hitch bar (31) are mechanical even
It connects, the ink tube (34) is inserted embedded in the inside of roller bar (38), and the recycling bins (37) store ink by ink tube (34) and pigment
Case (32) is mutually communicated, and the cold cylinder deflection mechanism (33) is flexibly connected with capillary needle tubing (35), and the capillary needle tubing (35) sets
There are two above and the slotting two sides up and down embedded in roller bar (38), the printing pedestal (4) and undercut pot shell (36) match respectively
It closes.
2. a kind of small ink dot hot-bubble ink-jetting detection device used based on printer according to claim 1, special
Sign is: the motor hitch bar (31) moves motor by carbon brush plate (311), belt (312), roller bearing (313), axis
(314) it forms, the belt (312) and roller bearing (313) are mechanically connected, the carbon brush plate (311) and roller bearing (313)
It matches, the roller bearing (313) is moved motor (314) with axis and is flexibly connected.
3. a kind of small ink dot hot-bubble ink-jetting detection device used based on printer according to claim 1, special
Sign is: the cold cylinder deflection mechanism (33) is by transverse frame plate (331), deflexion disk seat (332), sleeve (333), water-cooling spiral pipe
(334) it forms, the deflexion disk seat (332) is installed on the inside of transverse frame plate (331), the sleeve (333) and water-cooling spiral pipe
(334) nested integral, the sleeve (333) sets there are two and is installed in the left and right sides of transverse frame plate (331) respectively.
4. a kind of small ink dot hot-bubble ink-jetting detection device used based on printer according to claim 3, special
Sign is: the deflexion disk seat (332) is by counterweight dovetail groove (3321), subbase (3322), anti-lifting lug plate (3323), tooth fanning tray
(3324), balanced pointers plate (3325) forms, and the counterweight dovetail groove (3321) is inserted respectively with balanced pointers plate (3325) and is embedded in
The left and right sides of subbase (3322), the anti-lifting lug plate (3323) are meshed with tooth fanning tray (3324), the tooth fanning tray
(3324) it is tightly attached to the front side of subbase (3322).
5. a kind of small ink dot hot-bubble ink-jetting detection device used based on printer according to claim 3, special
Sign is: the water-cooling spiral pipe (334) is made of ice cube (3341), film wobble plate (3342), helical pipe (3343), described
Ice cube (3341) is close together with film wobble plate (3342), there are two the ice cube (3341) and film wobble plate (3342) are all provided with
Above and it is respectively arranged in the internal two sides up and down of helical pipe (3343).
6. a kind of small ink dot hot-bubble ink-jetting detection device used based on printer stated according to claim 4, feature
Be: the counterweight dovetail groove (3321) is by clump weight (33211), bending connecting rod (33212), counterweight pot shell (33213), trapezoidal
Groove (33214) composition, the clump weight (33211) are mechanical even by bending connecting rod (33212) and trapezoidal groove (33214)
It connects, the counterweight pot shell (33213) and trapezoidal groove (33214) are integrally welded.
7. a kind of small ink dot hot-bubble ink-jetting detection device used based on printer according to claim 4, special
Sign is: the balanced pointers plate (3325) by pointer plate (33251), dottle pin corner block (33252), torsional spring silk (33253),
The thin slot of triangle (33254) composition, the pointer plate (33251) are structure as a whole with the thin slot of triangle (33254), the dottle pin three
Hornblock (33252) is flexibly connected by torsional spring silk (33253) with the thin slot of triangle (33254).
8. a kind of small ink dot hot-bubble ink-jetting detection device used based on printer according to claim 4, special
Sign is: the anti-lifting lug plate (3323) is rotated plate structure of the side V-type with internal spline.
9. a kind of small ink dot hot-bubble ink-jetting detection device used based on printer according to claim 5, special
Sign is: the film wobble plate (3342) is the hardened structure of corrugated sheets of the short film of lower right corner band.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910449374.4A CN110202930A (en) | 2019-05-28 | 2019-05-28 | A kind of small ink dot hot-bubble ink-jetting detection device used based on printer |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910449374.4A CN110202930A (en) | 2019-05-28 | 2019-05-28 | A kind of small ink dot hot-bubble ink-jetting detection device used based on printer |
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| CN110202930A true CN110202930A (en) | 2019-09-06 |
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Citations (5)
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| CN1262998A (en) * | 1999-02-10 | 2000-08-16 | 李韫言 | Hot-air ink-jet printing head with high heat-transferring efficiency |
| CN1310092A (en) * | 2001-03-19 | 2001-08-29 | 财团法人工业技术研究院光电工业研究所 | Back-jetting ink jet printing head structure |
| CN101456282A (en) * | 2007-12-11 | 2009-06-17 | 国际联合科技股份有限公司 | Thermal vapor bubble type ink jet head chip structure and method for producing the same |
| CN206242688U (en) * | 2016-12-06 | 2017-06-13 | 苏州工业园区纳米产业技术研究院有限公司 | Hot bubble type ink jet printhead |
| CN107000431A (en) * | 2014-11-19 | 2017-08-01 | 马姆杰特科技有限公司 | Inkjet nozzle arrangements with the improved life-span |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1262998A (en) * | 1999-02-10 | 2000-08-16 | 李韫言 | Hot-air ink-jet printing head with high heat-transferring efficiency |
| CN1310092A (en) * | 2001-03-19 | 2001-08-29 | 财团法人工业技术研究院光电工业研究所 | Back-jetting ink jet printing head structure |
| CN101456282A (en) * | 2007-12-11 | 2009-06-17 | 国际联合科技股份有限公司 | Thermal vapor bubble type ink jet head chip structure and method for producing the same |
| CN107000431A (en) * | 2014-11-19 | 2017-08-01 | 马姆杰特科技有限公司 | Inkjet nozzle arrangements with the improved life-span |
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Application publication date: 20190906 |