CN1061195A - Recording device - Google Patents
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- CN1061195A CN1061195A CN91109098A CN91109098A CN1061195A CN 1061195 A CN1061195 A CN 1061195A CN 91109098 A CN91109098 A CN 91109098A CN 91109098 A CN91109098 A CN 91109098A CN 1061195 A CN1061195 A CN 1061195A
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Abstract
The present invention relates to a kind of recording device, it is characterized in that including: at the platen of record position carrying printable fabric; Printable fabric is transported to feedway on the above-mentioned platen; On record position, the recording device of using at the enterprising line item of printable fabric; Be arranged on the downstream position of above-mentioned record position, be used for printable fabric is pressed in binder parts on the platen.Adopt the present invention, can avoid causing harmful effect, prevent floating of printable fabric, and be controlled at the minimal while, prevent that printable fabric from being made dirty by printing ink in the blank parts that can not write down to the feeding operation.
Description
The present invention relates to printable fabric to be pushed down in case its recording device floating, perk.
In the past, with regard to the feedway of the printable fabric on being arranged on ink-jet printer, usually constitute by following several parts, that is: be used for pick-up roller that the printable fabric that overlays box is sent one by one successively, be used to clamp the printable fabric of sending and be sent to a pair of feeding roller that platen gets on, and be used for a pair of material roller that the printable fabric of printed word is seen off from platen.
In this feedway, be clamp the paper of being sent by pick-up roller in the front and back of platen respectively, and carry out scanning and printing with the balladeur train that header record is housed by feeding roller and material roller.At this moment, printable fabric by each roller with one fixedly feed progressively send to and print.By material roller it is discharged again after printing end.
But in this feedway, printable fabric is by the feeding roller and the material roller clamping that are installed in the platen front and back respectively, therefore, just exist such problem, promptly under the state that begins to print, the blank parts that the front end of printable fabric can not be printed is very big.
On the other hand, though also can when the front end of printable fabric is not clamped by material roller as yet, just begin sometimes to print, but in this case, some problems so just can appear, be that the front end of printable fabric can take place with the variation of environment such as ambient temperature or recording status to curl and perk (floating) and contacting with header record from the platen, thereby printable fabric is made dirty; Perhaps, printable fabric when platen is seen off, just can ride over the top of material roller and makes it knuckle occur under rolled state.In order to prevent this phenomenon of front end perk of printable fabric, electrostatic adsorption device is installed on platen sometimes or is achieved the goal by the suction device that vacuum pump constitutes.But these absorption, suction device exist again and have improved cost and made problems such as apparatus structure increase.
In addition, as shown in figure 22, also use once was installed on the fixed guide 52 that supplies balladeur train 51 to move, lead usefulness in the past, rubber-like binder parts 50, to be positioned at header record 53 with these binder parts 50 and push down, thereby prevent that printable fabric 54 from upwards floating through the printable fabric in zone.
But, when using this binder parts 50 always to push down printable fabric 54, can bring adverse influence to pushing precision.Furtherly, under the situation that printable fabric 54 upsweeps, before the front end of printable fabric was clamped 56 by material roller, it can upwards float and often cause always printable fabric 54 and header record 53 to contact.Therefore, have to be after the front end that makes printable fabric be clamped 56 by material roller opening entry, thereby unnecessarily increased the blank parts of printable fabric front end.
Purpose of the present invention just is to solve the aforementioned problems in the prior.A kind of recording device is provided, and it can not cause under the dysgenic prerequisite to feeding, prevents floating of printable fabric, and is controlled at the minimal while in the blank parts that can not write down, and prevents that printable fabric from being made dirty by printing ink.
For addressing the above problem, the inventive system comprises the recording device of using at the enterprising line item of delivering on the platen of printable fabric, and be installed on the downstream position of above-mentioned platen and be used for printable fabric is pressed in binder parts on the platen.
Fig. 1 is the oblique drawing of expression first embodiment of the present invention;
Fig. 2 is a cutaway view embodiment illustrated in fig. 1;
Fig. 3 is the oblique drawing of expression second embodiment of the present invention;
Fig. 4 and Fig. 5 are the part sectional view of the operating state of expression binder parts;
Fig. 6 and Fig. 7 are setting pattern block diagram;
Fig. 8 is the instruction diagram of the cross section state of the inkjet recording device of expression the 3rd embodiment of the present invention;
Fig. 9 is the oblique drawing of device shown in Figure 8;
Figure 10 is in the instruction diagram of analysing and observe that leaves under the platen state for expression binder parts;
Figure 11 is pressed in printable fabric with the binder parts instruction diagram of the state on the platen for expression;
Figure 12 is at the ink marks rate of drying instruction diagram of the device of the state of the enterprising line item of printable fabric slowly;
Figure 13 to Figure 19 is the instruction diagram of the 4th embodiment of the present invention;
Figure 20 is the instruction diagram of the structure of header record;
Figure 21 A-G is the instruction diagram of bubble jet formula recording principle;
Figure 22 is the instruction diagram of prior art.
Fig. 1 and Fig. 2 are respectively oblique drawing and the cutaway view of expression first embodiment of the present invention.
In first embodiment, be provided with pick-up roller 5, separate and it is sent for uppermost one in the printable fabric 2 that it is used for overlaying in the box 1, supply between guide 3 and the following guide 4.Inspection is picked up roller 5 and is whenever turned around just with the shown position stop motion and lose the feeding ability, but before this, the front end of printable fabric is clamped by last feeding roller 6 and following feeding roller 7, is then carried by these feeding rollers 6 and 7 after this.Last feeding roller 6 pressurizes under the effect of spring 10 by being the increased pressure board 9 of fulcrum with axle 8, and does driven rotation along with the rotation of following feeding roller 7.When detecting device S judges after printable fabric 2 sent here, following feeding roller 7 just begins to rotate under the driving of pulse motor (not shown) and sends printable fabric 2 to the pulsation feed.
On the downstream position of platen 11, material roller 12 and following material roller 13 are installed, these two rollers will be clamped from the printable fabric 2 that platen 11 is sent here together.Last material roller 12 pressurizes under the effect of spring 16 by being the increased pressure board 15 of fulcrum with axle 14, and does driven rotation along with the rotation of following material roller 13.Owing to will descend the garden circular velocity of material roller 13 to design, and therefore, just make the printable fabric 2 on the platen 11 always remain on tensioning state with suitable tension force than fast per centum of garden circular velocity of following feeding roller 7.
Be provided with balladeur train 18 above platen 11, this balladeur train 18 can be equipped with header record (recording device) 19 along moving with the vertically arranged guide rail 17 of the throughput direction of printable fabric 2 on balladeur train 18.
Below binder parts 20 are described.
Effect to embodiment with said structure describes below.
Overlaying in the printable fabric 2 in the box 1 uppermost one is separated, sends by pick-up roller 5.The printable fabric 2 that inspection is sent is clamped and is transported to platen 11 by last feeding roller 6 with following feeding roller 7 and get under the guiding between last guide 3 and the following guide 4.At this moment, the balladeur train 18 that header record 19 is housed is just in a side standby of platen.Shown in the long and two-short dash line among Fig. 1, the front end that has been sent to the printable fabric 2 on the platen 11 usually can curl and present the state that is upturned.Herein, utilize counting machine D to calculate to drive the rotational pulse number of the pulse motor of feeding roller 7, the front end of judging printable fabric 2 whether be sent to 21 that push down by holding pad, along on the roughly midway location of throughput direction length.When judging that printable fabric 2 has arrived this position, just give the electromagnetism coil of wire 24 energisings.Utilize attractive force that rack 22 is rotated, holding pad 21 is rotated, the front end of printable fabric 2 is pressed on the platen 11 by gear 20a.
In this state, the balladeur train 18 that header record 19 is housed scans along guide rail 17, prints delegation's word.Therefore, just can make the blank parts of printable fabric front end be controlled at Min..After having printed delegation's word, with one fixedly feed printable fabric 2 is sent to, print the next line word.At this moment, can under holding pad 21 is pushed down the state of printable fabric 2, pulse and send to, thereby make material roller 12 and following material roller 13 can very entirely bite printable fabric 2.That is to say that if decontrol holding pad 21, if promptly still the keep up state of perk of the front end of printable fabric is sent to, printable fabric will take place ride on the material roller 12, perhaps the bad phenomenons of feeding such as knuckle appear in printable fabric.On the contrary, use holding pad 21, then can prevent the generation of this class phenomenon.
Judge by the pulse count of feeding roller 7 under calculating printable fabric 2 by on after material roller 12 and following material roller 13 clamp, just no longer needed holding pad 21.Therefore, just when header record 19 is got back to position of readiness, make 24 outages of the electromagnetism coil of wire and pall on, keep motionless so holding pad 21 just under the effect of retracing spring 23, falls back on the position that does not hinder balladeur train 18 to scan.
Carrying out the above-mentioned fixing feed and print delegation's these processes of word of sending to repeatedly by header record 19, and after printing finishes on whole sheet of printing material, just can under the effect of material roller 12 and 13 printable fabric 2 be discharged on the pallet 25, thereby finish a series of printing action.
In addition, at the material that uses very slow plastic sheet of ink marks rate of drying and so on during,, also can avoid the not dried ink marks holding pad 21 of making dirty if select ad initio just to make the pattern of electromagnetism coil of wire energising work as printable fabric.Also have, also can adopt as the open communique spy of Japanese Patent open flat 2-293154 number the device proposing, promptly go up material roller and adopt separated vertically structure, print area of material roller partly rotates on this thereby only make, and remainder disengages with following material roller.
Can be by the following setting of carrying out this pattern.
As shown in Figure 6, according to the material operating switch a of printable fabric 2, the operation signal control electromagnetism coil of wire 24 that control setup b sends according to switch a.That is to say that make 24 outages of the electromagnetism coil of wire, holding pad 21 is no longer pushed down printable fabric.
Perhaps as shown in Figure 7, judge whether printing opacity of printable fabric 2 by detector C, control setup b is according to judging that signal controls the electromagnetism coil of wire 24.
Fig. 3 to Fig. 5 represents second embodiment of the present invention.This embodiment compares with above-mentioned first embodiment, only is that the structure of binder parts 26 is different.Because other parts are all identical, so only different piece is elaborated.
Roller 34(pressing device is housed on balladeur train 18), be used at balladeur train above platen 11 during in-migration, ride over the top of holding pad 28 and holding pad 28 is pressed on the platen 11.In addition, on the end of holding pad 28, be manufactured with sloping portion 35, so that roller 34 is easy to cost holding pad 28 along its length direction.
Below explanation has the effect of the embodiment of said structure.
As shown in Figure 4 because opening-like attitude between holding pad 28 and platen, therefore, though deliver to the front end of the printable fabric 2 on the platen 11 taken place curling, also can creep into holding pad 28 below go.And, when printable fabric 2 is sent to identical with above-mentioned first embodiment when giving allocation.Balladeur train 18 in the standby of the side of platen 11 just moves along guide rail 17, and roller 34 rides on the holding pad 28 thereupon and rolls thereon.Pass through This move.As shown in Figure 5, printable fabric 2 just is pressed on the platen 11 through holding pad 28 by roller 34, thereby the front end of printable fabric 2 can be pushed down, and guarantees good print state.Then, on printable fabric 2, print successively.
In addition, during as printable fabric, if control lever 33 makes the motion of direction shown in its arrow C in Fig. 3, then holding pad 28 just will be under the effect of torsion coil spring 29 at the material that uses very slow plastic sheet of ink marks rate of drying and so on.Fall back on (i.e. the position that does not hinder balladeur train 18 to scan) on the position shown in the long and two-short dash line among Fig. 3, so that it disengages with printable fabric 2.
On the other hand, in the above-described embodiments, holding pad is rotated carry out work; Yet, also can make it do up and down parallel moving and carry out work.
Fig. 8 is the instruction diagram of cross section state of the recording device of the 3rd embodiment, and Fig. 9 is its stravismus instruction diagram.
As shown in Figure 8, the structure of this recording device is: sent one by one by the printable fabric 102 that pick-up roller 103 will overlay in the box 101, when carrying by feedway, be supported in printable fabric 102 on the platen 105 with respect to the back side, activation record head 106(recording device) carries out record, and when carrying out above-mentioned record, binder parts 107 are pushed down printable fabric 102, in case its perk.
In record, when balladeur train 108 carries out when mobile, above-mentioned binder parts 107 just can be pressed on the printable fabric 102 by being installed in the push part 109 on this balladeur train 108, and when balladeur train 108 was got back to dead position, binder parts 107 just left from printable fabric 102.
Specify the structure of each part mentioned above below.
In addition, can be by slip clutch (not shown) thus come transferring power to make the garden circular velocity of above-mentioned material roller 104c fast per centum of garden circular velocity than feeding roller 104a, with the suitable tension force of the printable fabric giving and be transferred 102.
Balladeur train:
Balladeur train 108 is installed in main sweep guide rail 108a shown in Figure 9 and goes up and can slide thereon and rotate.Thereby make the above-mentioned balladeur train 108 can be under the effect of balladeur train motor and power-transmission system (all not shown) thereof, 108a moves back and forth on the Width of printable fabric 102 along the main sweep guide rail.
In the dead position of above-mentioned balladeur train 108, be equipped with and be used for detecting the dead position detector whether above-mentioned balladeur train 108 has arrived dead position, when this balladeur train is positioned at dead position, just be in outside the zone of printable fabric 102 (position shown in Figure 9).
The binder parts:
On above-mentioned binder parts 107, the pressing part 107a of its length greater than the printable fabric width arranged, at the two ends of this pressing part 107a, be bent into two rod part 107b, this rod part 107b is fixed on the axle 113; And, on this end end of 113, torsion coil spring 114 is housed, under the effect of this spring 114, binder parts 107 always are tending towards along not direction rotation of arrow b institute among Fig. 9.
On the other hand, gear 115 is installed on the above-mentioned axle 113 and with gear 116 and is meshed.Pin 116a is installed on the end face of gear 116, the bar 117 by being contained in gear 116 outsides ' with the mating reaction of this pin 116a, gear 115 and binder parts 107 are remained on the certain position.On this position, as shown in figure 10, pressing part 107a is under the state away from platen 105.
End at an end of above-mentioned pressing part 107a length direction is manufactured with sloping portion 107c, and pushing roller 109 that will address, that be installed in balladeur train 108 bottoms is easy to cost pressing part 107a below being used for making.
Above-mentioned pressing part 107a is gone up and printable fabric 102 contacted one sides have water-proofness, with the undried ink adhesion that prevents to contain paper powder etc. on this pressing part 107a.For this reason, what is called herein " water-proofness " is meant that the angle of contact that has with pure water is in the characteristic more than 90 °.This angle of contact is big more, also just difficultly more adheres to undried printing ink.
In the present embodiment, be by this pressing part 107a with contact surface printable fabric on apply water repellant to form waterproof layer 107a
1Thereby, make it have above-mentioned fire resistance characteristic.With regard to water repellant, consider the wellability of itself and printing ink, can suitably select copolymer for use) as PFA(tetrafluoro (generation) ethene and perfluoroalkyl vinyl ether, the PTFE(polytetrafluoroethylene copolymer of FEP(tetrafluoro (generation) ethene and hexafluoro (generation) propylene)) silicon-containing material such as fluorine-containing material or silicone resin such as.With regard to painting method, then can adopt methods such as spraying, brushing, dip-coating, roller coating.
Push part:
Push part is used for above-mentioned binder parts 107 are pressed against on the platen 105.In the present embodiment, pushing roller 109 is housed as push part in the bottom of balladeur train 108.When the direction of balladeur train 108 arrow C indication in Fig. 9 moved, above-mentioned pushing roller 109 was just taken on the pressing part 107a under the effect of the deadweight of balladeur train 108.Thereby binder parts 107 are with regard to the application force that overcomes torsion coil spring 114 and rotate.As shown in figure 11, printable fabric 102 just is being crushed on the platen 105 under the effect of pressing part 107a.Therefore, curling even printable fabric 102 once occurred, can not occur yet printable fabric 102 in posting field from the platen 105 phenomenon of perk.
In addition, though the thickness of the printable fabric 102 that is transferred with the kind of used printable fabric different and difference to some extent.But because balladeur train 108 can be that rotate at the center with main sweep guide rail 108a, take again on the binder parts 107, thus can make the interval between this printable fabric 102 and the header record 106 keep certain all the time, and be not subjected to the influence of printable fabric 102 thickness.
In said structure, because balladeur train 108 still is in dead position when carrying printable fabric, binder parts 107 also are under as shown in figure 10 the state that leaves platen 105; Therefore, even the front end of printable fabric is state that a little curls, it also can enter into pressing part 107a below go.And, in case being sent to, printable fabric 102 gives allocation, just begin to move at the balladeur train 108 of the side of platen 105 standby along main sweep guide rail 108a, and thereupon, pressing part 107a is pressed onto printable fabric 102 on the platen 105 just as shown in figure 11.Therefore, though the front end of printable fabric 102 do not clamped by material roller 104c and pinch roll 104d.Can not stick up yet, still can successfully carry out record.
On the other hand, when above-mentioned pressing part 107a is pressed onto printable fabric 102 on the platen 105, because the contact surface of itself and printable fabric has water-proofness, so the paper powder on the printable fabric 102 etc. can not stick on this contact surface yet.And even be injected in ink marks on the printable fabric 102 not fully in thoroughly, printing ink can not stick on the binder parts 107 yet.Carry out record with such processing method,, also can not cause ink marks to pollute the phenomenons such as record surface of printable fabric even above-mentioned binder parts 107 contact with the record surface of printable fabric 102.
Also have, when using the slower material of ink marks rate of drying, as plastic sheet (OHP with) etc. during as printable fabric 102, should be along the steering rod 117 of arrow d indication among Fig. 9.So binder parts 107 just can fall back on the position (i.e. the position that does not hinder balladeur train 108 to move) of the long and two-short dash line among Fig. 9 under the effect of torsion coil spring 114.Therefore, as shown in figure 12, the printable fabric 102 behind the record does not just contact with binder parts 107, just can not occur ink marks yet and pollute phenomenons such as printable fabric record surface.
The 4th embodiment of the present invention below is described.Wherein, with above-mentioned the 3rd embodiment in identical part represent with same label and omit its explanation.
Illustratedly in the 3rd above-mentioned embodiment be: the scheme that binder parts 107 only are set at the downstream part of posting field.On the other hand, also the binder parts can be set at the upstream end of posting field.
For example, shown in Figure 13,14, except that above-mentioned binder parts 107 are set, also be provided with upstream binder parts 118 at the upstream end of printable fabric 102 throughput directions.These upstream binder parts 118 comprise the pressing part 118a of length greater than printable fabric 102 width, tear the curved bar 118b that forms open at the two ends of this pressing part 118a, and this bar 118b is contained on the axle 119 and can rotates around it.In addition, extension spring 120 is installed, makes above-mentioned pressing part 118a trend towards direction shown in the arrow e among Figure 14 in the end of above-mentioned bar 118b; Under the effect of spring, bar 118b contacts with the axle 104e that plays position-limiting action.In addition, under above-mentioned bar 118b and the contacted state of axle 104e, pressing part 118a sees Figure 15 away from platen 105().
In addition, the end at an end of above-mentioned pressing part 118a length direction is manufactured with sloping portion 118c, is used for making being installed in balladeur train 108 bottoms and being easy to cost pressing part 118a as the upstream pushing roller 121 of push part.
In the embodiment of above-mentioned this structure, in when record, when balladeur train 108 begins when mobile, pushing roller 109,121 just push binder parts 107,118 respectively, thereby make printable fabric 102 under the effect of binder parts 107,118, are crushed on the platen 105 at two places, upstream and downstream of posting field.Therefore, even the rear end of printable fabric 102 is in the state that leaves feeding roller 104a and pinch roll 104b and under the situation that contingency takes place to curl, also successfully carries out record under the condition that can not upwarp in the rear end of printable fabric 102.
In addition, as shown in figure 16, in the above-mentioned embodiment that is provided with binder parts 107,118, preferably make the thickness t of downstream pressing part 107a
2Thickness t greater than upstream pressing part 118a
1(be t
1＜t
2).And with regard to the spacing from platen 105 to pushing roller 109,121, the spacing of downstream pushing roller 109 also pushes the spacing of roller 121 greater than the upstream.
For example, when the thickness t of setting above-mentioned upstream pressing part 118a
1In the time of=0.25 millimeter, the corresponding therewith thickness t of then setting downstream pressing part 107a
2=0.5 millimeter; And, as shown in figure 16, to push down under the state of printable fabric 102 at above-mentioned pressing part 118a, 107a, the spacing of setting between printable fabric 102 and the header record 106 1 is 0.7 millimeter.
So, by joystick 117, when making downstream binder parts 107 fall back on position shown in Figure 17, can prevent effectively that just printable fabric 102 and downstream pushing roller 109 from contacting.
On the other hand, compare with upstream pushing roller 121 at the pushing of downstream as mentioned above roller 109, in the farther design plan of platen 105, as for offsetting this pitch difference design-calculated structure, except that such scheme, also can make the thickness of downstream pressing part 107a identical as shown in figure 18 with upstream pressing part 118a, and at the upper surface of downstream pressing part 107a bonding one deck pad 122, to offset the diff-H between the above-mentioned pushing roller 109,121.
Certainly, also can adopt Bending Processing as shown in figure 19 to become downstream with the level binder parts 107 to replace above-mentioned pad 122, with offset between downstream pushing roller 109 and the platen 105, push pitch difference between roller 121 and the platen 105 greater than the upstream.
Have, structure in the above-described embodiments all is that the binder parts are rotated again, and makes it make parallel mobile scheme up and down but also can adopt.And, just make above-mentioned binder parts carry out the structure of evolution, except making its scheme of shifting one's position by moving of balladeur train 108 as mentioned above, can also adopt such as plunger one base part is connected on the binder parts, be used for controlling from the signal of function unit, make actions such as plunger, thereby above-mentioned binder parts are shifted one's position.
In addition, in all the foregoing descriptions, all be to use bubble jet recording mode as recording device.Below describe with regard to the recording device that is used for the various embodiments described above.
Recording device is exactly the device of recording ink picture on the printable fabric of sending here with feedway.In the present embodiment, adopt the recording device of ink-jet recording.
Have in the inkjet recording device to be used to make and write down with the liquid spraying outlet of black liquid with the ejection of flight drop form, with the flow channel for liquids that this liquid spraying outlet is communicated with, be contained on the part of this flow channel for liquids, being used for making the black liquid of runner to have the injection of the institute's energy requirement that flies out can generating means.According to the above-mentioned injection energy of drive generating means, just can make black liquid drop ejection and recording picture.
Energy method for generation as above-mentioned injection energy generating means, the method that energy such as the pressure that electricity-the machine conversion body is produced that for example adopts piezoelectric element generating means is arranged, employing is with electromagnetic wave irradiations such as laser China ink liquid and make it absorb heat energy, utilize the effect of this heat energy to make the method for the electromagnetic energy generating means of black liquid ejection, perhaps adopt method of utilizing electrothermal conversion body to give the thermal energy generating device that black liquid heating makes black liquid ejection or the like.Wherein, the device that adopts electrothermal conversion body to produce heat energy makes the method for ink ejection.Because it can arrange liquid spraying outlet to high-density.So can carry out the record of high definition, and can realize the miniaturization of header record.Thereby be a kind of scheme preferably.
In the present embodiment, as recording mode,, also be to adopt bubble jet recording mode even in above-mentioned ink-jet recording.
Figure 20 is for constituting the header record 206(106 of recording device) the instruction diagram of decomposition texture.Figure 21 A-Figure 21 G is the instruction diagram of bubble jet formula recording principle.
In Figure 20,206a is a heater plates, is provided with electrothermal conversion body (jet heater) 206b by plated film and gives the electrode 206c that is made by aluminium one class material of 206b supply of electrical energy on silicon chip.With respect to heater plates 206a, 206e constitutes header record by bonding plate, and this top board 206e has and is used for the next door of separation record with runner (nozzle) 206d of liquid.In addition, on the desired location of device, the removable print cartridge of using to the black liquid of above-mentioned header record 206 supplies is housed.
The black liquid of supplying with through conduit from above-mentioned print cartridge enters and is full of the shared sap cavity 206g of header record 206 from being located at supply hole 206f on the top board 206e, reboot each nozzle 206d from this shared sap cavity 206g then, on these nozzles 206d, made black liquid ejiction opening 206h, and these ejiction openings 206h facing to printable fabric 202(not shown) and at throughput direction with a determining deviation setting.
In the various embodiments described above, have the header record 206(106 of said structure) be installed on the balladeur train that can do to move back and forth.When balladeur train moves, make the ejection of black liquid, flight and carry out record.
Therefore, the black liquid flight theory in above-mentioned bubble jet recording mode, preferably adopt as US Patent the 4th, 703, No. 129 specification sheetss and the 4th, 740, No. 796 disclosed groundworks of specification sheets of US Patent design.This mode is both applicable to so-called " command type ", also applicable to " continuity ".During especially for command type, also should add at least one drive signal, thereby in temperature booster that contains black liquid or the corresponding electrothermal conversion body that is provided with of runner, according to recording signal, make the rapid rising of temperature of black liquid so that surmount the temperature of ucleate boiling, thereby make electrothermal conversion body generation heat energy and on the heat effect face of header record, produce into film boiling.Its result just can form the bubble in the black liquid correspondingly effectively with respect to this drive signal.Along with the growing up, shrink of this bubble, black liquid just from ejection with the opening ejection, form at least one black drop.When this drive signal is impulse form, owing to can realize growing up, shrinking of bubble rapidly and suitably, thereby can realize the black liquid ejection process that response performance is good especially.
To this, can do briefly bright with reference to Figure 21 A-Figure 21 G.Stabilized conditions is filled in the interior black liquid 211 of nozzle 206d on ejection port face shown in Figure 21 A, keeping the balance between surface tension and the external pressure.Under this state, when making 211 flights of black liquid, give the electrothermal conversion body 206b among the nozzle 206d energising, black liquid temp among this nozzle 206d is risen rapidly and surpass the temperature of ucleate boiling.So shown in Figure 21 B, near the black liquid the electrothermal conversion body 206b is subjected to the thermosetting micro-bubble, the black liquid of this heated portion is gasified and is formed into film boiling, and shown in Figure 21 C, above-mentioned bubble 212 is grown up rapidly.
When above-mentioned bubble 212 grow up to shown in Figure 21 D at utmost the time, just the ejiction opening of black drop from nozzle 206d is extruded.Next give electrothermal conversion body 206b outage, then shown in Figure 21 E, the bubble 212 of having grown up is by 211 coolings of the black liquid among the nozzle 206d and shrink, and under the effect of growing up, shrinking of this bubble, black drop is flown out from ejiction opening.Shown in Figure 21 F, black liquid contacts with electrothermal conversion body 206b surface and is cooled off rapidly for another example, then bubble 212 or disappearance, and perhaps its volumetric shrinkage arrives almost insignificant degree.Then, after above-mentioned bubble 212 shrinks,, prepare to switch on just shown in Figure 21 G, under the effect of capillarity, black liquid is transported to the nozzle 206d from shared sap cavity 206g next time.
Therefore, when balladeur train is moved back and forth,, give above-mentioned electrothermal conversion body 206b energising corresponding to moving the drive signal of synchronous pulse shape with this, just can be on printable fabric with this ink marks picture record.Concerning the drive signal of above-mentioned pulse shape.Select for use as US Patent the 4th, 463, No. 359 specification sheetss, US Patent the 4th, 345, No. 262 specification sheetss are described to be proper.If adopt the 4th, 313, No. 124 specification sheetss of US Patent described,, then can more ideally carry out record about the condition described in the invention of above-mentioned heat effect surface temperature escalating rate.
In addition, in above-mentioned recording mode, preferably also should locate to be provided with centering device and standby auxiliary device or the like in dead position of balladeur train etc.Particularly, just be to use pressing device, washing equipment, pressurization or suction device to header record 206, by electrothermal conversion body 206b or different with it heater element or their combination and the preheating apparatus that constitutes, carry out realizing the device of pre-spray pattern etc., then can realize more stable record with different other injection of record.
Structure with regard to header record, remove and adopt by above-mentioned injection orifice, runner, outside the structure that electrothermal conversion body combines (linear China ink liquid runner or square China ink liquid runner), also can adopt effectively as described heating part be arranged on structure in the bending area, US Patent the 4th, 558, structure described in No. 333 specification sheetss, perhaps adopt US Patent the 4th, 459, the structure described in No. 600 specification sheetss.Add and disclose corresponding to a plurality of electrothermal conversion bodies, the open communique spy of Japanese Patent who constitutes this structure of ejection part of electrothermal conversion body with common slit opens clear 59-123670 number and discloses the opening that absorbs the heat energy pressure wave is opened clear 59-138461 number corresponding to the open communique spy of Japanese Patent of this structure of ejection part, is that the structure of basic design also can be carried out work effectively with these.The form of header record that is to say, no matter how, all can efficiently and in high quality be carried out record by bubble injection mode.
Furtherly, the present invention also can be applicable to " full-wire type " (the full line type) header record with maximum width that length can write down corresponding to recording device effectively on printable fabric.Concerning this header record, both can be to be combined into the structure that satisfies this length by a plurality of header records, also can be the structure that constitutes by the single header record of doing to be integral.
In addition, employing is fixed on above-mentioned header record structure on the apparatus body or has the structure that is electrically connected with apparatus body, perhaps supply with black liquid from apparatus body, the chip that can freely change (chip type) structure, perhaps adopt header record itself and print cartridge to make boxlike (Cartridge type) structure that is integral, all can carry out record effectively.
With regard to the kind and number of the header record on being installed in equipment, then can be provided with such as only corresponding to a header record of the black liquid of monochrome; In addition, also can be provided with corresponding to a plurality of header records that write down the different multiple black liquid of color or concentration.That is to say, such as logging mode as recording device.Though be not limited only to have only the logging mode of the main color of this class of black, and both can make header record make an integral body, also can combine by a plurality of header records, but adopt the device of panchromatic (the full colour) at least a secondary color of being made up of different colours is housed or obtains by colour mixture, just will produce extremely actv. effect.
In the above description, be that the situation of liquid is described to printing ink.But if in the words of the room temperature or the printing ink that can solidify below the room temperature, then generally select the material that at room temperature can soften or liquefy for use, can carry out adjustment when perhaps working and make printing ink from the scope more than 30 ℃, 70% below, its viscosity is in the scope of stable injection thereby the temperature of printing ink is controlled at ink-jetting style.Therefore, be preferably in when giving the service recorder signal, printing ink is in liquid state.Also have, following situation is also applicable, that is: prevent that the heat energy that will be used for sharply heating up is used to make printing ink from the solid-state required energy of state variation that changes liquid state into no matter be, still is solid-state printing ink to prevent that printing ink is evaporated to that purpose adopts in off working state, all should by with recording signal accordingly heat supply make printing ink liquefaction.Spray liquid printing ink; Perhaps adopt and have and to arrive under the heat energy effect, the be liquefied printing ink of such character of that moment on the printable fabric begin to solidify and beginning.With regard to printing ink in this case, also can adopt as the open communique spy of Japanese Patent and open clear 54-56847 number or special those that put down in writing for clear 60-71260 number opened keep liquid or solid-state in the recess of pory printable fabric or through hole, and be opposed form with respect to electrothermal conversion body.In addition, concerning bubble jet formula record, the most effectively can realize above-mentioned one-tenth film boiling mode person in the above-mentioned various printing ink.
In addition, in the above-described embodiments, though writing down with ink-jet recording of representing for example also can be adopted other recording modes such as a bit (Wire-dot) recording mode of line.In addition, the feedway of printable fabric also need not be confined to the sort of roll forming device of the foregoing description, also can adopt such as with rotary conveyor carrying capacity being delivered on the printable fabric 2.
Also have, with regard to the type of service of recording device, except the visual A terminal that can be used as messaging device such as computing machine, also applicable to the combined reproducing unit of reader and form or the like of adopting the facsimile unit of band transmitting-receiving communication function.
The present invention owing to be pressed on the platen with the downstream end of binder parts with printable fabric in when record, so can prevent that printable fabric is upturned, and be controlled at Min. with the blank parts of its front end, thereby can realize good record as mentioned above.
And, owing to make binder parts and the contacted water-proofness that is partly with of printable fabric, thus ink marks etc. just be difficult to stick on these binder parts, thereby can prevent the pollution of ink marks effectively to printable fabric.This is suitable for adopting ink-jet recording especially effectively, the ink marks rate of drying slowly printable fabric (as OHP with) under the situation of enterprising line item.
In the various embodiments described above, also can one by one printable fabric be sent to hand.Be that representative describes with the 4th embodiment below.
In Figure 13,131 for needing to be converted to when manual the switch of manual mode, and 130 is control circuit.After converting manual mode to switch 131, manually guide 110a moves to the position of single-point line shown in Figure 13 just under the effect of plunger 110b from the position that coincides with discharge pallet 110.In this state, printable fabric is placed on the discharge pallet 110, makes it to slip into to the direction of material roller 104c, then the front end of printable fabric just under the guiding of manual guide 110a, is imported in the roll gap between material roller 104c and the pinch roll 104d.After printable fabric was clamped, detector 110c just detected the front end of printable fabric, and control circuit 130 just responds this detection signal, and the control motor rotates feeding roller 104a material roller 104c cw (counter-rotating).
Printable fabric is clipped by material roller 104c, pinch roll 104d and is transported on the platen 105.At this moment, balladeur train 108 still is in dead position, therefore as shown in figure 15, binder parts 107, upstream binder parts 118 all leave platen 105, not hinder advancing of printable fabric.The front end of printable fabric is clipped conveying by feeding roller 104a, pinch roll 104b.Direct sending is in the box 101 topmost between one and the pick-up roller 103.When printable fabric is sent to desired location between material roller 104c and the feeding roller 104a by material roller end on one side, just suspends and carry.This desired location both can be position as shown in figure 15, also can be more to be partial to some position, upstream than the position that printable fabric is clipped by feeding roller 104a, pinch roll 104b.Control with control circuit in order to make printable fabric be parked in the desired location, promptly begin just to start the clock by 110c or begin to calculate the control wave number of the pulse motor that drives conveying roller, reach preset count conveying roller is stopped operating from printable fabric.
Then, on Figure 15 position, being used in the feeding roller 104a that carries printable fabric (just changes) the only predetermined count number of rotation in the counterclockwise direction.Be parked at the very start under the locational situation of Figure 15 and do not need such work.Then, similarly carry out record with the above-mentioned situation of from box 101, separating, send printable fabric, and the printable fabric after will writing down is discharged on the discharge pallet 110.
In the various embodiments described above, platen 105 all contacts with the back side (not facing the one side of header record) of printable fabric on whole record position and carries printable fabric, but also can the design variant scheme, as only in the downstream of record position one side, or in the upstream and downstream both sides, platen is contacted with the back side of printable fabric, and (as shown in Figure 8, with that part of excision of platen 105 corresponding to record position P) then do not contact with the back side of printable fabric on record position.
Claims (39)
1, a kind of recording device is characterized in that comprising following a few part: at the platen of record position carrying printable fabric;
Printable fabric is transported to feedway on the above-mentioned platen;
On record position, the recording device of using at the enterprising line item of printable fabric;
Be arranged on the downstream position of above-mentioned record position, be used for printable fabric is pressed in binder parts on the platen.
2, recording device as claimed in claim 1 is characterized in that: also have and make the binder parts printable fabric is being pressed in the pressing position on the platen and not press the mobile device that moves between the non-pressing position of printable fabric.
3, recording device as claimed in claim 1 is characterized in that: also have the operating control that makes above-mentioned mobile device action usefulness.
4, recording device as claimed in claim 2 is characterized in that: also have the control setup of the above-mentioned mobile device of control in recording process, be used for making above-mentioned binder parts to be in pressing position or non-pressing position.
5, recording device as claimed in claim 4 is characterized in that: above-mentioned control setup has the switch of controlling accordingly with this operation.
6, recording device as claimed in claim 4 is characterized in that: also have the detecting device of the material that detects the printable fabric that is transferred, the detection signal that above-mentioned control setup sends according to above-mentioned detection device is controlled.
7, recording device as claimed in claim 1, it is characterized in that: above-mentioned feedway just quits work after sending printable fabric to certain distance, the enterprising line item of above-mentioned recording device printable fabric under static state, above-mentioned binder parts are in recording process printable fabric are pressed in pressing position on the platen, then are in the non-pressing position of not pushing down printable fabric in conveying.
8, recording device as claimed in claim 1, it is characterized in that: above-mentioned recording device is after sending printable fabric to certain distance, just the Width of an edge printable fabric moves and carries out record on one side, above-mentioned binder parts are with the mobile phase interlock of above-mentioned recording device, and never the non-pressing position that printable fabric is pressed on the platen moves to the pressing position of pushing down printable fabric.
9, recording device as claimed in claim 8 is characterized in that: also have with above-mentioned recording device and move, and contact with above-mentioned binder parts and move it the contact device of pressing position.
10, recording device as claimed in claim 9 is characterized in that: while above-mentioned contact device comprise rotate, with the contacted rotor of above-mentioned binder parts.
11, recording device as claimed in claim 1, it is characterized in that: also have the control setup of controlling and make after above-mentioned feedway is transported to printable fabric in the desired location that available above-mentioned binder parts push down the front end of printable fabric, above-mentioned feedway is quit work, and the front end of printable fabric is pushed down by above-mentioned binder parts.
12, recording device as claimed in claim 1 is characterized in that: above-mentioned platen contacts with printable fabric at the downstream part of record position.
13, recording device as claimed in claim 12 is characterized in that: above-mentioned platen does not contact with printable fabric on record position.
14, recording device as claimed in claim 1 is characterized in that: above-mentioned recording device has the ink jet recording head of the black liquid of ejection.
15, recording device as claimed in claim 14 is characterized in that: above-mentioned ink jet recording head comes recording picture by the black liquid of ejection under the effect of heat energy.
16, recording device as claimed in claim 1 is characterized in that: have water-proofness on the part of above-mentioned binder parts with the printable fabric contact.
17, recording device as claimed in claim 1 is characterized in that: also have between above-mentioned feedway and above-mentioned record position, printable fabric is pressed in the second binder parts on the platen.
18, recording device as claimed in claim 17, it is characterized in that: Yi Bian record is moved, carried out to above-mentioned recording device with regard to the Width of an edge printable fabric after printable fabric is carried certain distance, above-mentioned first, second binder parts all with the mobile phase interlock of above-mentioned recording device, never printable fabric is pressed in non-on the platen and moves to printable fabric is pressed in pressing position on the platen by giving as security the position.
19, recording device as claimed in claim 18 is characterized in that: also have with above-mentioned recording device and move and contact with above-mentioned first, second binder parts and move it the contact device of pressing position.
20, recording device as claimed in claim 19 is characterized in that: above-mentioned contact device has on one side and rotates, Yi Bian respectively with contacted first, second rotor of above-mentioned first, second binder parts.
21, recording device as claimed in claim 20 is characterized in that: the edge of the above-mentioned first binder parts is perpendicular to the thickness of platen direction, less than the edge of the second binder parts thickness perpendicular to the platen direction.
22, recording device as claimed in claim 17 is characterized in that: first, second binder parts are all made tabular.
23, recording device as claimed in claim 1 is characterized in that: above-mentioned binder parts are made tabular.
24, a kind of recording device is characterized in that comprising following a few part:
Platen at record position carrying printable fabric;
Be arranged on the upstream end of above-mentioned platen, be used for printable fabric is transported to first feedway on the above-mentioned platen.
On record position in the recording device of the enterprising line item of printable fabric;
Be arranged on the downstream part of above-mentioned platen, be used for carrying second feedway of the printable fabric that is over by above-mentioned recording device records;
Be arranged on above-mentioned record position and above-mentioned second and carry between the wheel word, be used for printable fabric is pressed in binder parts on the platen.
25, recording device as claimed in claim 24 is characterized in that: also have and make above-mentioned binder parts printable fabric is being pressed in the pressing position on the platen and printable fabric be not pressed in the mobile device that moves between the non-pressing position on the platen.
26, recording device as claimed in claim 25 is characterized in that: also have the operating control that is used to make above-mentioned mobile device action.
27, recording device as claimed in claim 24 is characterized in that: also have the control setup of the above-mentioned mobile device of control, be used for making in recording process above-mentioned binder parts to be on pressing position or the non-pressing position.
28, recording device as claimed in claim 27 is characterized in that: also have switch, the operation of above-mentioned control setup and above-mentioned switch is correspondingly controlled.
29, recording device as claimed in claim 27 is characterized in that: also have the detecting device of the material of the printable fabric that detection carries, the detection signal that above-mentioned control setup sends according to above-mentioned detection device carries out control corresponding.
30, recording device as claimed in claim 24, it is characterized in that: above-mentioned recording device is after carrying certain distance with printable fabric, just the Width of an edge printable fabric moves, carries out record on one side, and above-mentioned mobile device is with above-mentioned recording device phase interlock and make above-mentioned binder parts move pressing position.
31, recording device as claimed in claim 24 is characterized in that: above-mentioned recording device has the ink jet recording head that the black liquid of ejection is used.
32, recording device as claimed in claim 31 is characterized in that: above-mentioned ink jet recording head comes recording picture by the black liquid of ejection under the heat energy effect.
33, recording device as claimed in claim 24 is characterized in that: the contacted part of same printable fabric of above-mentioned binder parts has water-proofness.
34, recording device as claimed in claim 24 is characterized in that: between above-mentioned feedway and above-mentioned record position, also have printable fabric is pressed in the second binder parts on the platen.
35, recording device as claimed in claim 24 is characterized in that: also have with above-mentioned recording device and move, and move it the contact device of pressing position with above-mentioned binder parts contact in the moving process of above-mentioned recording device.
36, recording device as claimed in claim 35 is characterized in that: above-mentioned contact device has the rotor that rotation on one side contacts with it simultaneously on above-mentioned binder parts.
37, recording device as claimed in claim 24 is characterized in that: also have guide piece and control setup, this guide piece is arranged on the downstream part of above-mentioned second feedway, is used for printable fabric is directed to above-mentioned second feedway from downstream part; Thereby this control setup is used for controlling the printable fabric that makes by above-mentioned guide piece guiding and is transported to record position with above-mentioned second feedway, and then is transported to downstream part with above-mentioned second feedway.
38, recording device as claimed in claim 37, it is characterized in that: above-mentioned control setup is used for controlling above-mentioned first feedway, guide thereby make, and the printable fabric of delivering to record position with above-mentioned second feedway is transported to upstream position by above-mentioned guide piece.
39, recording device as claimed in claim 38, it is characterized in that: above-mentioned control setup is used for controlling first feedway and recording device, thereby make delivered to upstream position by above-mentioned first feedway printable fabric again by oppositely downstream the position deliver to record position, and then with above-mentioned recording device at the enterprising line item of the printable fabric that is sent to record position.
Applications Claiming Priority (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2223268A JPH04105969A (en) | 1990-08-24 | 1990-08-24 | Apparatus feeding sheet material |
| JP223268/90 | 1990-08-24 | ||
| JP25030190A JP2843432B2 (en) | 1990-09-21 | 1990-09-21 | Recording device |
| JP250301/90 | 1990-09-21 | ||
| JP250300/90 | 1990-09-21 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1061195A true CN1061195A (en) | 1992-05-20 |
| CN1029947C CN1029947C (en) | 1995-10-11 |
Family
ID=26525366
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 91109098 Expired - Fee Related CN1029947C (en) | 1990-08-24 | 1991-08-24 | Recording means |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1029947C (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101870199A (en) * | 2009-04-24 | 2010-10-27 | 精工爱普生株式会社 | Recording apparatus |
| CN104842650A (en) * | 2014-02-18 | 2015-08-19 | 精工爱普生株式会社 | Recording device and method for suppressing contact between pressing member and recording unit |
| CN104943376A (en) * | 2014-03-31 | 2015-09-30 | 兄弟工业株式会社 | Image recording apparatus |
| CN107042548A (en) * | 2017-04-27 | 2017-08-15 | 河南机电高等专科学校 | A kind of electromechanical equipment with function of safety protection |
| CN112549773A (en) * | 2019-09-25 | 2021-03-26 | 精工爱普生株式会社 | Recording apparatus |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2010149478A (en) * | 2008-12-26 | 2010-07-08 | Seiko Epson Corp | Recording medium and recorder |
| GB201504271D0 (en) * | 2015-03-13 | 2015-04-29 | Reduse Ltd | Unprinting engine |
-
1991
- 1991-08-24 CN CN 91109098 patent/CN1029947C/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101870199A (en) * | 2009-04-24 | 2010-10-27 | 精工爱普生株式会社 | Recording apparatus |
| CN104842650A (en) * | 2014-02-18 | 2015-08-19 | 精工爱普生株式会社 | Recording device and method for suppressing contact between pressing member and recording unit |
| CN104842650B (en) * | 2014-02-18 | 2018-03-30 | 精工爱普生株式会社 | The contact inhibition method of tape deck and pressing component and record portion |
| CN104943376A (en) * | 2014-03-31 | 2015-09-30 | 兄弟工业株式会社 | Image recording apparatus |
| CN104943376B (en) * | 2014-03-31 | 2018-06-22 | 兄弟工业株式会社 | Image recorder |
| US10099472B2 (en) | 2014-03-31 | 2018-10-16 | Brother Kogyo Kabushiki Kaisha | Image recording apparatus |
| CN107042548A (en) * | 2017-04-27 | 2017-08-15 | 河南机电高等专科学校 | A kind of electromechanical equipment with function of safety protection |
| CN107042548B (en) * | 2017-04-27 | 2019-02-19 | 河南工学院 | A kind of electromechanical equipment with function of safety protection |
| CN112549773A (en) * | 2019-09-25 | 2021-03-26 | 精工爱普生株式会社 | Recording apparatus |
| CN112549773B (en) * | 2019-09-25 | 2023-05-16 | 精工爱普生株式会社 | Recording device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1029947C (en) | 1995-10-11 |
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