CN1840335A - Recording apparatus - Google Patents

Recording apparatus Download PDF

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Publication number
CN1840335A
CN1840335A CN 200610073694 CN200610073694A CN1840335A CN 1840335 A CN1840335 A CN 1840335A CN 200610073694 CN200610073694 CN 200610073694 CN 200610073694 A CN200610073694 A CN 200610073694A CN 1840335 A CN1840335 A CN 1840335A
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CN
China
Prior art keywords
recorded
row
driven voller
paper
gatherer
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN 200610073694
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Chinese (zh)
Inventor
阿南彰
潮田尚之
浮田卫
隐岐成弘
田中聪
大塚一雄
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Seiko Epson Corp
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Seiko Epson Corp
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Filing date
Publication date
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Publication of CN1840335A publication Critical patent/CN1840335A/en
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  • Delivering By Means Of Belts And Rollers (AREA)
  • Ink Jet (AREA)

Abstract

The invention provides a recording apparatus capable of reliably performing recording on various types of recording materials using a simple mechanism. The recording apparatus comprises a recording material feeding apparatus 2 for feeding the stacked and held recording material one unit at a time, a recording head 13 for performing recording, discharge rollers (21, 22) having discharge driven rollers (21b, 22b) and discharge driving rollers (21a, 22a), and a recording material stacker 50 which is adapted so that it can take a first position where recording is performed on a rigid recording material and a second position where recording is performed on a recording material which can be fed by the recording material feeding apparatus 2. When the recording material stacker 50 is in the second position, the discharge driven rollers (21b, 22b) are in contact with the discharge driving rollers (21a, 22a), and when the recording material stacker 50 is in the first position, the discharge driven rollers (21b, 22b) are in a retracting state by retracting from a recording material transfer path.

Description

Tape deck
Technical field
The present invention relates to make liquid attached to the liquid injection apparatus on the injected material by being recorded the tape deck of ink-jet printer that material ejection ink droplet writes down etc. to paper used for recording etc., also relating to.
Background technology
Here, liquid injection apparatus not only comprises the use ink jet recording head, from this record head ejection ink droplet, at tape decks such as the printer that is recorded the enterprising line item of material, duplicator and facsimile machines, but also comprise: replace ink, to the injected injection of material that is equivalent to be recorded material, make described liquid from the jet head liquid handle that the is equivalent to described record head liquid corresponding attached to the device on the described injected material with other purposes.As jet head liquid, except described record head, can list: the toner injector head, electrode material (conductive paste) injector head that when the electrode of OLED display and surface light emitting display (FED) etc. forms, uses, the biological organic matter injector head that in biochip is made, uses, first-class that when making the colour filter of LCD etc., use as the test portion injection of accurate pipette.
A kind of as the tape deck liquid injection apparatus has ink-jet printer.This ink-jet printer has: be arranged on upstream one side that is recorded the material transport path, keep with lateral attitude be recorded material (for example, common paper, postcard, envelope etc.) one by one downstream a side carry be recorded material conveying device; Be arranged on this downstream that is recorded material conveying device one side, to being recorded the record head that material ejection ink droplet writes down; Be arranged on downstream one side of described record head, discharge the exit roller that is recorded material that has carried out record.Described exit roller is by constituting with the lower part: the row's paper driven roller that is arranged on non-recording surface one side (that is the back side one side) that is recorded material; Be arranged on recording surface one side (that is, a surperficial side) that is recorded material, the row's paper driven roller that constitutes by the band discaling roll that has a plurality of teeth in its periphery;
, the structure of ink-jet printer in recent years is: except common paper, can also carry out record to postcard, envelope, millboard, the CD-R various materials that are recorded such as (compact disc rocordables).
Be recorded in the material at these, when common paper, postcard, envelope etc. are had bendability, the material that can be transferred with crooked attitude (below be called " using paper ") is when writing down, use is carried from the described material conveying device that is recorded, after writing down by record head, be discharged to by exit roller and be arranged on being recorded of device the place ahead one side (transport path downstream one side) and carry the 1st transport path of this usefulness paper to a direction in the material gatherer.And when to millboard, CD-R etc. have rigidity material (below, be called " rigidity is recorded material ") when writing down, be difficult to maybe can't carry by the described material conveying device that is recorded, so use from device the place ahead be recorded the material gatherer after record head is carried rigidity to be recorded material G to write down, make this rigidity be recorded material to come and go linearity the 2nd transport path of carrying to what be recorded that the material gatherer discharges again.
When using described the 2nd transport path that CD-R is write down, must avoid described row's paper driven voller to contact with this CD-R.This is to be for the recording surface that prevents to produce row's paper driven voller of constituting because of the band discaling roll and CD-R, the caused contact vestige of the contact of upper surface and because of contact to the influence of data accumulation layer (for example, when having stored data, destroy this data, when not storing data, can't store data) at the position of contact.
Therefore, proposed to make according to the purpose of printing like this tape deck (for example opening the 2002-192782 communique) of row's paper driven voller displacement with reference to the patent documentation spy.Promptly, when described row's paper driven voller being installed on row's paper frame, by making this row's paper frame displacement, when common paper etc. is write down with paper, keep the row's of making paper driven voller and row's paper driven roller state of contact, when rigidity such as CD-R being recorded material writing down, keep the state that the row's of making paper driven voller is avoided from row's paper driven roller.
In addition, when using the 2nd transport path that rigidity such as CD-R are recorded material and write down, being provided with the row's of making paper frame in addition on device is the action bars of avoiding state.
, when rigidity being recorded material execution printing, it is loaded down with trivial details operating described action bars, and when user error ground operating operation pole pair rigidity is recorded material execution printing, will produce above-mentioned problem.
Summary of the invention
The present invention proposes in view of described problem, and its purpose is: the use simple mechanism is provided, can be reliably be recorded tape deck and the liquid injection apparatus that material writes down to multiple.
In order to solve described problem, the present invention's 1 tape deck is characterised in that: comprising: carry the material conveying device that is recorded that is recorded material;
Be arranged on described downstream one side that is recorded material conveying device, at the record head that is recorded the enterprising line item of material;
Be arranged on the discharge driven voller of recording surface one side that is recorded material;
Be recorded material and contact, carry this to be recorded the driven roller of material in this way with driven roller;
Can carry out the displacement between the 1st position and the 2nd position, after writing down be recorded material layer overlapping collection be recorded the material gatherer;
Described gatherer and described discharge driven voller mechanical connection, when this when to be recorded the material gatherer be described the 1st position, described discharge driven voller is positioned to be recorded outside the material transport path, when this when to be recorded the material gatherer be described the 2nd position, described discharge driven voller is positioned at is recorded the material transport path.
According to this feature, can link with the position change action that is recorded the material gatherer, make the state of driven voller displacement of discharging for correspondence.
That is, select the discharge driven voller to be positioned at and be recorded material transport path or outer state, be recorded conveying, the operation of recording of material, so can carry out record with the condition that is fit to for the multiple material that is recorded.Therefore, for example be in operation of recording owing to discharge driven voller contact the problem of generation be recorded material the time, to be recorded the material gatherer be the 1st position by making, the discharge driven voller is positioned to be recorded outside the material transport path, so can reliably avoid and discharge contacting of driven voller, carry out operation of recording.And when be in operation of recording, wish to contact with the discharge driven voller be recorded material the time, to be recorded the material gatherer be the 2nd position by making, the discharge driven voller is positioned at is recorded the material transport path, so can contact the line item of going forward side by side action reliably with the discharge driven voller.
In addition, the present invention's 2 tape deck has and carries the material conveying device that is recorded that is recorded material; Be arranged on described downstream one side that is recorded material conveying device, at the record head that is recorded the enterprising line item of material; Discharge driven voller; Can carry out the displacement between the 1st position and the 2nd position, after writing down be recorded material layer overlapping collection be recorded the material gatherer; For with described discharge driven voller contactless state under write down the 1st be recorded material and with described discharge driven voller contact condition under write down the 2nd be recorded material, can carry out record; It is characterized in that: described gatherer and described discharge driven voller mechanical connection, when this when to be recorded the material gatherer be described the 1st position, make described discharge driven voller for the position of the described contactless state that is recorded material, when this when to be recorded the material gatherer be described the 2nd position, make described discharge driven voller for the position of the contact condition that is recorded material.
According to this feature,, can carry out record with the condition that is fit to for respectively being recorded material when selecting the 1st to be recorded material or the 2nd and to be recorded material when being recorded material.Promptly, when having selected the 1st to be recorded material when being recorded material, to be recorded the material gatherer be the 1st position by making, the discharge driven voller is positioned to be recorded outside the material transport path, so can guarantee reliably that the 1st is recorded the contactless state and the conveying of material and discharge driven voller, carry out operation of recording.And when having selected the 2nd to be recorded material, to be recorded the material gatherer be the 2nd position by making, the discharge driven voller is positioned at is recorded the material transport path,, carry out operation of recording so can guarantee reliably that the 2nd is recorded the contact condition and the conveying of material and discharge driven voller.
In addition, the present invention's 3 tape deck comprises: the material conveying device that is recorded that is recorded material of conveying; Be arranged on described downstream one side that is recorded material conveying device, at the record head that is recorded the enterprising line item of material; Be configured in downstream one side of described record head, have the discharge driven voller that is arranged on recording surface one side that is recorded material and be arranged on non-recording surface one side that is recorded material the discharge driven roller be used to discharge the distributing roller that is recorded material after writing down; That carries out displacement between the 1st position and the 2nd position is recorded the material gatherer, the 1st position is selected when rigidity being recorded material writing down, can form from being recorded the material loading end and carry discharge path to this straight line that is recorded material of record execution area, the 2nd position is selected to by described be recorded that material conveying device carries be recorded material and write down the time, and is recorded material layer overlapping collection to what discharge; It is characterized in that: when this when to be recorded the material gatherer be described the 2nd position, described discharge driven voller is contacted with described discharge driven roller, when this when to be recorded the material gatherer be described the 1st position, described discharge driven voller is avoided from being recorded the material transport path.
According to the present invention, can be corresponding with the position that is recorded the material gatherer, make the state of driven voller displacement of discharging for correspondence.
Promptly, when being recorded the material gatherer is to (for example being recorded material by what be recorded that material conveying device carries, common paper, postcard, envelope etc.) select when writing down the 2nd position the time, the discharge driven voller is contacted with the discharge driven roller, so can discharge the material that is recorded that is recorded the material conveying device conveying and has carried out record from described reliably, therefore, can be reliably the material that is recorded of this discharge be layered in exactly and be recorded in the material gatherer.
In addition, be to be recorded material to rigidity (to be difficult to or can't to carry when being recorded the material gatherer by the described material conveying device that is recorded.For example, CD-R, millboard etc.) select when writing down the 1st position the time, make and discharge driven voller and avoid from being recorded the material transport path, discharge driven voller so can reliably avoid rigidity to be recorded the material contact.Therefore, when rigidity is recorded material and is CD-R, can make and discharge driven voller and do not contact CD-R and carry out record, the discharge driven voller that can reliably avoid being made of the band discaling roll sometimes contacts this CD-R and the problem that causes (for example, to the contact trace of recording surface, to the influence of data accumulation layer).
In addition, the present invention's 4 tape deck comprises: be arranged on upstream one side of the transport path that is recorded material, pile up with lateral attitude keep be recorded material one by one downstream a side carry be recorded material conveying device; Be arranged on described downstream one side that is recorded material conveying device, at the record head that is recorded the enterprising line item of material; Be configured in downstream one side of described record head, have row's paper driven voller of being arranged on recording surface one side that is recorded material and be arranged on row's paper driven roller of non-recording surface one side that is recorded material, and discharge the exit roller that is recorded material after writing down; Keep described row's paper driven voller, and can and make the row paper frame of this row's paper driven voller at the 1st state that this row's paper driven voller is contacted with described row's paper driven roller from carrying out displacement between the 2nd state that is recorded the material transport path and avoids; Be configured in the side frame of the both side ends of described row's paper frame; That carries out displacement between the 1st position and the 2nd position is recorded the material gatherer, when the 1st position, can be recorded rigidity material being recorded that material loading end straight line under described record head is carried and being recorded material and carry discharge path forming from nearly level to the straight line rigidity of equidirectional discharge, when the 2nd position, when discharged can by described be recorded that material conveying device carries be recorded material the time stacked this be recorded material; It is characterized in that: have:, make the bindiny mechanism of described row's paper frame displacement between described the 1st state and described the 2nd state by making the described position displacement that is recorded the material gatherer; This bindiny mechanism is positioned at described the 2nd position by making the described material gatherer that is recorded, and making this row's paper frame is described the 1st state, is positioned at the 1st position by making the described material gatherer that is recorded, and making this row's paper frame is described the 2nd state.
According to tape deck of the present invention, can make the state of driven voller displacement of discharging according to the position that is recorded the material gatherer for correspondence.Promptly, have by making and be recorded the displacement of material gatherer, the bindiny mechanism of the row's of making paper frame displacement between the 1st state and the 2nd state, the structure of this bindiny mechanism is: when described when being recorded the material gatherer and being the 2nd position, making described row's paper frame is the 1st state, when being recorded the material gatherer and being the 1st position, making described row's paper frame is the 2nd state when described.
Therefore, by making the described material gatherer that is recorded is the 2nd position, can the row's of making paper frame be the 1st state, so can be reliably discharge from being recorded material conveying device and carry and carried out the material that is recorded of record, and can be reliably the material layer that is recorded of this discharge is stacked in and is recorded in the material gatherer to being recorded the material gatherer.
In addition, to be recorded the material gatherer be the 1st position by making, can the row's of making paper frame for avoiding state, so promptly, make the rigidity of carrying the pallet be provided with CD-R etc. etc. to have thickness be recorded material, also become be positioned at this rigidity be recorded on the material transport path sometimes by row's paper driven voller of constituting of band discaling roll with row's paper frame from being recorded the state that the material transport path is avoided, avoided being recorded under the state of contact of material and carried out record so can arrange the paper driven voller with rigidity at this.Therefore, reliably the row's of avoiding paper driven voller and rigidity are recorded the problem that contacting of material cause (for example, to the contact vestige of recording surface, to the influence of data accumulation layer).
In addition, the user can be by only making the position displacement that is recorded the material gatherer, and the row's of making paper frame displacement is corresponding state, so operate as easy as rolling off a logly, operating mistake can not take place.Therefore, row's paper driven voller that the operating mistake that produces in the time of reliably preventing the action bars of other setting operation row paper frame causes is recorded contacting of material with rigidity.
In addition, the present invention's 5 tape deck is that it is characterized in that: described row's paper frame is kept the attitude of described the 1st state, displacement between described the 1st state and described the 2nd state in described the 4th invention.
According to tape deck of the present invention, when row's paper frame is contact condition, can discharge from being recorded the material that is recorded of material conveying device conveying to being recorded the material gatherer reliably.In addition, when row's paper frame is when avoiding state, can avoid the row's paper driven voller that constitutes by the band discaling roll sometimes on the row's of remaining on paper frame to be recorded contacting of material reliably with rigidity.
In addition, the present invention's 6 tape deck is in the described the 4th or the described the 5th invention, and it is characterized in that: described row's paper frame relies on described the 1st state by relying on parts.
According to tape deck of the present invention,, make row's paper frame rely on the 1st state by relying on parts when to be recorded the material gatherer be the 2nd position by making.In addition, can reliably carry out the location of the row's paper frame under the 1st state.
In addition, the present invention's 7 tape deck is in any invention in described the 4th～described the 6th invention, it is characterized in that: described bindiny mechanism has: cooperate with the described material gatherer that is recorded, can follow the tracks of this position that is recorded the material gatherer displacement and at the release lever auxiliary body that moves of device above-below direction; Being arranged on the turning cylinder, by sliding along the sliding tray that is formed on the described release lever auxiliary body, can be the release lever that center of rotation is rotated with described turning cylinder; Cooperate the connection box that can not rotate for this release lever with described release lever by described turning cylinder; Described row's paper frame is the structure that rotatably cooperates with described connection box.
According to tape deck of the present invention, can be with simple structure, and make the position displacement that is recorded the material gatherer reliably, can constitute the syndeton of the row's of making paper frame displacement between the 1st state and the 2nd state.
In addition, the present invention's 8 tape deck is that it is characterized in that: it is non-circular shape that described turning cylinder forms square equal cross-section in described the 7th invention.
According to tape deck of the present invention, can pass to connection box to the rotation of release lever reliably by turning cylinder, therefore, connection box can not be rotated for release lever, that is, can with same rotation amount release lever and connection box be rotated together in same direction.
In addition, the present invention's 9 tape deck is in any invention in described the 4th～described the 8th invention, it is characterized in that: on described side frame, be formed with, carry out the engagement protrusion of the location under described the 1st state of this row's paper frame by cooperating with described row's paper frame.
According to tape deck of the present invention, at contact condition with avoid in row's paper frame of displacement between state, can be easily and carry out location under the contact condition reliably.
In addition, the present invention's 10 tape deck is in described the 4th invention, it is characterized in that: when described the 2nd state is when being positioned at oblique upper for described the 1st state, on described side frame, form the attitude of described the 1st state of keeping described row's paper frame, and guide the lead-in chamfered of the displacement between described the 1st state and described the 2nd state.
According to tape deck of the present invention, when the state of avoiding is when being positioned at oblique upper for described contact condition,, can keep the attitude of contact condition by displacement by lead-in chamfered guiding row paper frame, successfully carry out contact condition and avoid displacement between state.
In addition, the present invention's 11 tape deck is in described the 4th invention, it is characterized in that: when described the 2nd state is when being positioned at oblique upper for described the 1st state, forming on the described side frame under described the 2nd state of described row's paper frame, channeling conduct makes upstream one side of this row's paper frame compare with downstream one side and avoids the more lead-in chamfered of top.
According to eigen, for the amount of movement of row's paper frame downstream one side, can make upstream one side shifting surpass its amount of movement, therefore, can realize making reliably this row's paper frame that row's paper driven voller has been installed from being recorded the 2nd state that the material transport path is avoided.
In addition, the present invention's 12 tape deck comprises: be recorded material one by one downstream a side carry be recorded material conveying device; Be arranged on described downstream one side that is recorded material conveying device, at the record head that is recorded the enterprising line item of material; Be configured in downstream one side of described record head, can be at the row's paper frame that carries out displacement at the 1st state directly over the transport path with between than the 2nd state of described the 1st state above more; Be installed in the outstanding row's paper driven voller on described row's paper frame downwards; Be arranged on the below of described row's paper frame with being independent of this row's paper frame, discharge the row's paper driven roller that is recorded material by rotating; Be configured in the side frame on the both side ends of described row's paper frame; That carries out displacement between the 1st position and the 2nd position is recorded the material gatherer, when the 1st position, formation is recorded material being recorded that material loading end straight line under described record head is carried and being recorded material to the straight line rigidity of equidirectional discharge and carry discharge path from nearly level to rigidity, when the 2nd position, when discharged by described be recorded that material conveying device carries be recorded material the time stacked this be recorded material, the 2nd position is lower than described the 1st position; It is characterized in that: have: by making the described material gatherer displacement that is recorded, make the syndeton of described row's paper frame displacement between described the 1st state and described the 2nd state, this syndeton obtains described the 2nd position by the described material gatherer that is recorded, by the described material gatherer that is recorded is positioned on described the 2nd position, by row's paper frame described row's paper driven voller is arrived and be recorded the material transport path, be positioned at described the 1st position by the described material gatherer that is recorded, described row's paper driven voller avoided from being recorded the material transport path by described row's paper frame.
In addition, the present invention's 13 tape deck is in any invention in described the 3rd invention, described the 4th invention or described the 12nd invention, to it is characterized in that: dispose from non-recording surface one side in the opposed locations of described record head and support the cylinder that is recorded material; Have:, adjust the cylinder interval displacement bindiny mechanism of the distance of described record head and described cylinder with the described position interlock that is recorded material.
In addition, the present invention's 14 tape deck is in any invention in described the 3rd invention, described the 4th invention, described the 12nd invention or described the 13rd invention, to it is characterized in that: disposing the conveying roller that has the conveying driven voller that is set at recording surface one side that is recorded material and be arranged on the feed drive roller of non-recording surface one side that is recorded material near one side of the upstream of described record head; Have: when described when to be recorded the material gatherer be described the 2nd position, described conveying driven voller is contacted with described feed drive roller, when described when to be recorded the material gatherer be described the 1st position, make described conveying driven voller from conveying driven voller displacement bindiny mechanism that described feed drive roller separates.
In addition, the present invention's 15 is a kind of liquid injection apparatus, comprising: the conveying device of carrying the injected material of injected material; Be arranged on downstream one side of described injected material conveying device, make liquid attached to the injector head on the injected material; Be configured in downstream one side of described injector head, have the discharge driven voller and the discharge driven roller that is arranged on non-attachment surface one side of injected material of liquid attachment surface one side that is arranged on injected material, and discharge the distributing roller of the injected material that has adhered to liquid; Between the 1st position and the 2nd position, carry out the injected material gatherer of displacement, the 1st position is selected under the situation that liquid is adhered to, can form the straight line that sprays the injected material of execution area this rigidity of round conveying from injected material loading end to liquid and carry discharge path, the 2nd position is selected under the situation that liquid is adhered to, and is stacked the injected material of discharging; It is characterized in that: when this injected material gatherer is described the 2nd position, described discharge driven voller is contacted with described discharge driven roller, when this injected material gatherer is described the 1st position, described discharge driven voller is avoided from injected material transport path.
Description of drawings
Fig. 1 be printer of the present invention omission wherein a part side view.
Fig. 2 be same printer omission wherein a part side view.
Fig. 3 is the major part side view of same printer.
Fig. 4 is expression and the stereogram of the major part of the same printer of Fig. 3 equal state.
Fig. 5 is the major part side view of same printer.
Fig. 6 is expression and the stereogram of the major part of the same printer of Fig. 5 equal state.
Fig. 7 is the stereogram that the major part of same printer is observed in the top of one side from the downstream.
Fig. 8 is a stereogram of observing the major part of Fig. 7 from different perspectives.
Fig. 9 is the stereogram of the major part of same printer.
Figure 10 is the stereogram that is used to illustrate the major part of carrying driven voller displacement bindiny mechanism.
Figure 11 is used to illustrate the cylinder stereogram of the major part of displacement bindiny mechanism at interval.
Figure 12 is the side view of major part that is used to illustrate the action of same printer.
Figure 13 is the side view of major part that is used to illustrate the action of same printer.
Figure 14 is the side view of major part that is used to illustrate the action of same printer.
Figure 15 is used to illustrate the cylinder figure of other embodiment of displacement bindiny mechanism at interval.
Among the figure: the 1-ink-jet printer; The 2-paper feed; The 10-balladeur train; The 11-print cartridge; The 12-sliding framework guide shaft; The 13-record head; The 14-paper feed roller; 15-paper cover for conducting; The 16-paper storage device; 18-carries the driven voller support; The 19-conveying roller; 19a-feed drive roller; 19b-carries driven voller; 21-the 1st exit roller; 21a-the 1st row's paper driven roller; 21b-the 1st row's paper driven voller; 22-the 2nd exit roller; 22a-the 2nd row's paper driven roller; 22b-the 2nd row's paper driven voller; The 28-cylinder; 31-cam turning cylinder; The 32-action bars; 33-the 3rd transmission part; 34-the 4th transmission part; The 36-cam part; 40-arranges paper frame; 41-J font projection; 45-leans spring; 50-is recorded the material gatherer; 51-is recorded the material loading end; The 52-fitted shaft; 55-release lever auxiliary body; The 55a-sliding tray; The 60-release lever; 60a-hub portion; The 63-turning cylinder; The 64-annulus; The 68-connection box; The 69-fitted shaft; The 70-side frame; The 71-engagement protrusion; The 73-lead-in chamfered; The 80-cover for conducting; The 83-sheet metal; The 85-pinion; The 86-tooth bar; The 90-workpiece; 91-the 1st transmission part; 92-the 2nd transmission part; The 93-rotary body; The 94-eccentric bush; The 96-cover for conducting; The 97-spring; 100-row paper frame displacement bindiny mechanism; 200-carries driven voller displacement bindiny mechanism; The 300-cylinder is displacement bindiny mechanism at interval; P-paper; The G-rigidity is recorded material.
The specific embodiment
Below, with reference to accompanying drawing, be example, according to a following order explanation the present invention and an embodiment of tape deck and liquid injection apparatus with the ink-jet printer.
1. all structures of ink-jet printer;
2. arrange the structure of paper frame displacement bindiny mechanism;
3. carry driven voller displacement bindiny mechanism and the cylinder structure of displacement bindiny mechanism at interval.
＜1. all structures of ink-jet printer 〉
At first, see figures.1.and.2, all structures of the ink-jet printer (below be called " printer ") 1 of present embodiment are described.
Here, Fig. 1 be printer 1 omission wherein a part side view, represented to use the 1st transport path of describing later 1. to print the state of (record) with paper P, Fig. 2 is the side view that the part of same printer is omitted, and has represented to use the 2nd transport path of describing later 2. rigidity to be recorded the state that material G prints (record).
Here, as with row's paper driven voller state of contact as the discharge driven voller of describing later under write down the 2nd be recorded material, can (for example be recorded material with what crooked attitude was carried using as the paper feed of describing later that is recorded material conveying device 2, common paper, postcard, envelopes etc. have the material that is recorded of bendability) be called " using paper P ", in addition, as with the non-contacting state of row's paper driven voller as the discharge driven voller of describing later under write down the 1st be recorded material, being difficult to or can't (for example being recorded material with what crooked attitude was carried, CD-R, millboards etc. have the material that is recorded of rigidity) be called " rigidity is recorded material G ", sometimes they are collectively referred to as " being recorded material ".
Printer 1 as shown in Figure 1, installing rear one side (among Fig. 1, the paper right hand one side) the upstream that is recorded the material transport path one side is provided with the paper feed of supplying with paper P 2, have: pile up maintenance paper P with lateral attitude by this paper feed 2, make its bending one by one on one side, Yi Bian a side is carried downstream, after printing, the 1st transport path from this usefulness paper P a to direction that carry of discharging with nearly horizontal attitude from device front one side (Fig. 1, paper left hand one side) 1.; As shown in Figure 2, be recorded material gatherer 50 from what be configured in device front one side, rigidity is recorded the nearly level of material G carries to record head 13, after printing, again this rigidity of round conveying of discharging from device front one side be recorded material G the 2nd transport path 2..
In addition, be recorded material gatherer 50 as described later, its structure is: can carry out displacement, thereby can obtain the 2nd position of setting and the 1st position that utilizes the 2nd transport path 2. to set when utilizing the 1st transport path 1..
At first, with reference to Fig. 1, along having used the action 1. of the 1st transport path to describe.At this moment, being recorded material gatherer 50 is the 2nd position.
Paper feed 2 has paper storage device 16 and looks from the side and is the paper feed roller of D shape.Paper storage device 16 can keep many to use paper P with lateral attitude overlappingly, is that the center is shaken by the fulcrum (not shown) that shakes with trip one side disposed thereon, can carry out crimping and separately action to paper feed roller 14.Paper feed roller 14 can be that rotate at the center with turning cylinder 14a, and in addition, its surface has high friction material to form, and that can carry contact reliably uses paper P.
Be arranged on going up by the crimping action towards paper feed roller 14 of this paper storage device 16 in the paper storage device 16 and press the paper contact paper feed roller 14 of the superiors with paper P.Under its contact condition, rotate by paper feed roller 14, the superiors separate from the paper P that uses below it with paper P, and a side is carried downstream.
Disposed to approximate horizontal below the downstream of paper feed roller 14 with paper cover for conducting 15, guiding is used paper P from what paper feed 2 was carried, and one is side directed downstream.
Dispose (promptly in downstream one side by the non-recording surface that is arranged on usefulness paper P with paper cover for conducting 15, the back side with paper P) and by not shown driver part rotate the feed drive roller 19a that drives and be arranged on recording surface (that is, using the surface of a paper P) side of using paper P and the conveying roller 19 of the conveying driven voller 19b formation of the driven rotation that contacts with described feed drive roller 19a.Feed drive roller 19a by with the main scanning direction of the transport path quadrature of paper P (in Fig. 1, direction in the table of paper) long bar-shaped roller constitutes, one side's conveying driven voller 19b is short at main scanning direction, and a plurality of with given arranged spaced at main scanning direction.By conveying roller 19 clampings of such structure, critically carry and use paper P.
Carry driven voller 19b to be supported for and to rotate freely in downstream one side of carrying driven voller support 18.This conveying driven voller support 18 can be that the center is shaken with axis of rocking 18a, and by always relying on feed drive roller 19a as the spring that relies on parts.By such structure, accurately clamping paper P provides carrying capacity, and can accurately reliably carry this to use paper P.
Above upstream one side of carrying driven voller support 18, as the parts that this conveying driven voller support 18 is shaken, disposing to be the cam part 36 of center rotation with cam turning cylinder 31.The conveying driven voller displacement bindiny mechanism 200 rotation controls of cam turning cylinder 31 by describing later by making this cam turning cylinder 31 rotations, make this cam part 36 contact with cam follower 18b, and the opposing power of leaning is shaken this conveying driven voller support 18.
According to such structure,, carry driven voller support 18 to obtain and make the state (with reference to Fig. 1) of carrying driven voller 19b contact feed drive roller 19a and make the separated position (with reference to Fig. 2) of carrying driven voller 19b to separate from feed drive roller 19a by shaking.
Near the side of the downstream of conveying roller 19, constitute the record portion that prints.Dispose cylinder 28 and record head 13 up and down relatively in this record portion.Cylinder 28 is long at main scanning direction, can be from the below (non-recording surface one side) support transport use paper P.
The bottom that record head 13 carries at balladeur train 10.Balladeur train 10 is supported on along on the sliding framework guide shaft 12 of main scanning direction (with the width of paper P) extension, comes and goes along this sliding framework guide shaft 12 and moves.In addition, balladeur train 10 has multiple print cartridges 11 such as removable yellow, magenta, cyan and black, on one side along sliding framework guide shaft 12 round moving, from the ink droplet of record head 13 these colors of ejection, can carry out colour print on one side.
In addition, sliding framework guide shaft 12 by the cylinder described later at interval displacement bindiny mechanism 300 be recorded 50 interlocks of material gatherer, can with direction (above-below direction in Fig. 1) displacement of cylinder 28 quadratures, when adopting when being recorded material G conduct and being recorded material with paper P or rigidity, change the position by the thickness that is recorded material according to this, can adjust distance (the so-called cylinder interval of record head 13 and cylinder 28.Below, be expressed as " PG " sometimes).
That is,, described cylinder size at interval is set at interval so consider this paper because recording quality is influenced by the paper of the distance of the recording surface that is recorded material carried and record head 13 to a great extent on cylinder 28 at interval.
Thus, when when printing with paper P, balladeur train 10 become more state near cylinder 28 (below, be expressed as " N position ".With reference to Fig. 1), set smaller PG, in addition when rigidity being recorded material G and printing, 10 pairs of cylinders 28 of balladeur train become than N position further from state (below, be called " ++ position ".With reference to Fig. 2), set bigger PG.In addition, in following record, the cylinder time interval of setting when sometimes balladeur train 10 being the N position is " PG is normal ", ++ the cylinder time interval of setting during the position is " PG++ ".
More lean on downstream one side for discharge portion than record portion,, be provided with by discharging the exit roller of row's paper driven voller of driven voller as paired distributing roller as row's paper driven roller of discharging driven roller and conduct as output mechanism with paper P.More specifically, be provided with: be configured near downstream one side of opposed locations of record head 13 and cylinder 28 the 1st exit roller 21 that constitutes by the 1st row paper driven roller 21a and the 1st row's paper driven voller 21b; Be configured in than the 1st exit roller 21 and more lean on downstream one side, arrange the 2nd exit roller 22 that paper driven voller 22b constitutes by the 2nd row paper driven roller 22a and the 2nd.In addition, in following record, the 1st exit roller 21 and the 2nd exit roller 22 combined statements are shown exit roller (21,22), the 1st row paper driven roller 21a and the 2nd row's paper driven roller 22a combined statement are shown row's paper driven roller (21a, 22a), the 1st row paper driven voller 21b and the 2nd row's paper driven voller 22b combined statement are shown row's paper driven voller (21b, 22b).
Row's paper driven roller (21a, 22a) is configured in the non-recording surface of paper P (that is, with the back side of a paper P) side, is made of the bar-shaped roller that extends at main scanning direction that is provided with elastomeric material in its periphery, by not shown driver part rotation control.
And row's paper driven voller (21b, 22b) is configured in the recording surface (that is, with surface one side of paper P) with paper P, is made of the band discaling roll that has a plurality of teeth in periphery.And, under the state that (that is, to be recorded the material transport path) downwards outstanding, free to rotately on the row's of being installed in paper frame 40.
Row's paper frame 40 is by the row's paper frame displacement bindiny mechanism 100 as " bindiny mechanism " described later, can be recorded material gatherer 50 interlock, carry out displacement, thereby obtain: row's paper driven voller (21b, 22b) is positioned at the state that is recorded the material transport path, that is, this row's paper driven voller (21b, 22b) and row's paper driven roller (21a, 22a) state of contact (with reference to Fig. 1); Row's paper driven voller (21b, 22b) is positioned at the outer state of material transport path that is recorded, that is, and and the separated position (with reference to Fig. 2) that row's paper driven voller (21b, 22b) separates from row's paper driven roller (21a, 22a).That is, the structure of row's paper frame 40 is for obtaining: arrange paper driven voller (21b, 22b) and be positioned at and be recorded the material transport path promptly, be positioned at be recorded the material transport path directly near state (state corresponding) with described contact condition; Be positioned at than this near state more the top, the separated position (state corresponding) that the row's of making paper driven voller (21b, 22b) separates from being recorded the material transport path with described separated position.By the exit roller (21,22) of such structure, to being recorded material gatherer 50 discharge paper P.
Below, with reference to Fig. 2, the situation when utilizing the 2nd transport path 2. rigidity to be recorded material G and to print is described.At this moment, to be recorded material gatherer 50 be the 1st position by making, make the material loading end 51 of being recorded of this upper surface that is recorded material gatherer 50 be nearly level, form the conveying discharge path that rigidity is recorded material G that is used for of the straight line that is communicated under the record head 13.In addition, by row's paper frame displacement bindiny mechanism 100 of describing later, link with being recorded material gatherer 50, the row's of making paper frame 40 is separated position, and the row's of making paper driven voller (21b, 22b) moves to rigidity and is recorded the discontiguous position of material G.Thus, can the row's of making paper driven voller (21b, 22b) being recorded material G with rigidity does not contact and prints.
In addition, by the conveying driven voller displacement bindiny mechanism of describing later 200, make and carry driven voller 19b separately from feed drive roller 19a.Thus, can avoid rigidity to be recorded material G and conflict, and can be recorded the accurate conveying of material G with this rigidity of conveying roller 19 clampings with carrying driven voller 19b.
By the cylinder interval displacement bindiny mechanism of describing later 300.Be recorded material gatherer 50 interlock, make balladeur train 10 be ++ the position, can avoid rigidity to be recorded contacting of material G and record head 13, and can adjust with rigidity and be recorded the corresponding cylinder interval of material G.
Like this, but carry rigidity to be recorded under the state of material G at straight line, rigidity is recorded material G to be arranged on and to be recorded on the material gatherer 50, along being recorded material loading end 51, towards record head 13 times (promptly, record portion) inserts this rigidity and be recorded material G, appear after the action, print.Like this, can print having avoided rigidity to be recorded under material G and row's paper driven voller (21b, the 22b) state of contact.
In addition, when rigidity is recorded material G and is the optical recording medias such as CD-R that can't directly carry, under the state that is arranged in the special-purpose pallet (for example, having formed the pallet that embeds the recess of CD-R), carry out record.
＜2. the structure of row's paper frame displacement bindiny mechanism 〉
Below, with reference to Fig. 3～Fig. 8, illustrate by making to be recorded material gatherer 50 and to carry out displacement, row's paper frame displacement bindiny mechanism 100 of the row's of making paper frame 40 displacement between contact condition and separated position.
Here, Fig. 3 is the side view of major part of explanation that is used for row's paper frame displacement bindiny mechanism 100 of present embodiment, and Fig. 4 is expression and the stereogram of the major part of Fig. 3 equal state, and it is the 2nd states that expression is recorded material gatherer 50.In addition, Fig. 5 is the side view of major part that is used to illustrate row's paper frame displacement bindiny mechanism 100 of present embodiment, and Fig. 6 is expression and the stereogram of the major part of Fig. 5 equal state, the state when expression is recorded material gatherer 50 and is the 1st position.In addition, Fig. 7 is a stereogram of observing the major part that is arranged near cover for conducting 80 peripheries the base end part that is recorded material gatherer 50 from downstream one side top, and Fig. 8 is the stereogram of the major part of cover for conducting 80 peripheries observed with Fig. 7 different angles.In addition, the device right side that is recorded material gatherer 50 when Fig. 3～Fig. 8 has represented from device front unilateral observation printer 1, Fig. 3～Fig. 6 represents to observe from right side side the state of printer 1.
Be configured in being recorded material gatherer 50 and can carrying out displacement on the device front surface of printer 1, thereby obtain: can form and rigidity is recorded material G carries to 13 times straight lines of record head from the material loading end 51 that is recorded of nearly level, and from record head 13 times to being recorded the 1st positions (with reference to Fig. 5 and Fig. 6) that straight line that material loading end 51 straight lines discharge is carried discharge path: by paper feed 2 conveyings, that has carried out that the printing back discharges is low and be recorded material loading end 51 and become the 2nd position (with reference to Fig. 3 and Fig. 4) of omiting lateral attitude with described the 1st position of the stacked ratio of paper P.
Row's paper frame displacement bindiny mechanism 100 has release lever auxiliary body 55, release lever 60, turning cylinder 63 and connection box 68.(that is, base end part one side) two sides are provided with a pair of fitted shaft 52, and the bearing portion (not shown) that a side of this fitted shaft 52 is formed on the madial wall of release lever auxiliary body 55 supports in upstream one side that is recorded material gatherer 50.Thus, being recorded material gatherer 50 can be that about 90 degree are shaken at the center with fitted shaft 52, the near vertical collecting state (not shown) that the user mode that can obtain the nearly level that can obtain when using printer 1 can obtain when not using.Become collecting state, the loaded area in the time of reducing not use printer 1 by being recorded material gatherer 50.In addition, the opposing party of fitted shaft 52 is supported on the workpiece of describing later 90 (with reference to Fig. 9).
The release lever auxiliary body 55 that supports fitted shaft 52 can be followed the tracks of the 1st position that is recorded material gatherer 50 and the displacement of the 2nd position, moves installing above-below direction.More specifically, as shown in Figure 7, release lever auxiliary body 55 is by the internal face guiding of the cover for conducting 80 that is configured in its peripheral part, and on the release lever auxiliary body 55 of sheet metal 83 that the outstanding plate body in that above-below direction extends in device front the constitutes correspondence position by embedding this sheet metal 83, form in the groove (not shown) that above-below direction extends, also be directed.By such structure, release lever auxiliary body 55 can carry out before and after the device of device during top view and the location of device left and right directions exactly, and can follow the tracks of moving of the above-below direction that is recorded material gatherer 50 reliably.In addition, the part constituting cover for conducting 80 is configured on the 80b of wall portion that is recorded between material gatherer 50 and the release lever auxiliary body 55, as shown in Figure 8, extends to form the mobile alignment 80a of fitted shaft 52 at the device above-below direction.
Get back to Fig. 3 to Fig. 6, on release lever auxiliary body 55, form sliding tray 55a.Embedding the 60a of hub portion of release lever 60 in this sliding tray 55a, make release lever 60 and 55 interlocks of release lever auxiliary body, is that rotate at the center with turning cylinder 63.In addition, release lever 60 thus, has limited the disengaging of the 60a of hub portion from sliding tray 55a by the internal face guiding of described cover for conducting 80.
Turning cylinder 63 forms cross section D shapes, embed by in the dead eye that is formed on the same shape on the release lever 60, with identical with the amount of spin of this release lever 60, rotation direction is identical.The other end of this turning cylinder 63 embeds in the connection box 68, can pass to connection box 68 to the rotation of release lever 60.By such structure, the rotation of release lever 60 passes to connection box 68 by turning cylinder 63, can make this connection box 68 with release lever 60 in same direction, with the rotation of same amount of spin.That is, connection box 68 can not rotate for release lever 60, therefore connection box 68 and release lever 60 is rotated synchronously.
In addition, at the two ends of turning cylinder 63 promptly, with near the auxiliary section of release lever 60 and with the auxiliary section of connection box 68 near dispose and formed the annulus 64 that makes the circular port that turning cylinder 63 connects, support turning cylinder 63, make it rotatable, and the location.In addition, turning cylinder 63 does not resemble and is confined to cross section D shape the present embodiment, so long as the cross section non-circular shape of 3 dihedrals, 4 limit shape isogons, promptly, can intactly pass to the rotation of release lever 60 shape of connection box 68, just can not use with limiting.
Connection box 68 cooperates with row's paper frame 40 by fitted shaft 69 in downstream one side of row's paper frame 40, and can rotate.Thus, be that rotate at the center by connection box 68 with turning cylinder 63, the row's of making paper frame 40 is the change state between contact condition and separated position.
In addition, row's paper frame 40 is made of tabular frame, and the spring 45 that leans by side disposed thereon relies on upstream one side-lower,, becomes contact condition that is.Thus, upstream one side end (free end) of row's paper frame 40 cooperates with the engagement protrusion of describing later reliably, and the row's of making paper frame 40 is positioned at contact condition reliably.That is, when 100 work of row's paper frame displacement bindiny mechanism, can be separated position by the row's of making paper frame 40.
In addition, in the lead-in chamfered 73 that is formed with the displacement of guiding row's paper frame 40 between contact condition and separated position on the side frame 70.Connection box 68 and arrange the roughly the same shape of track that the fitted shaft 69 of the auxiliary section of paper frame 40 can obtain when this lead-in chamfered 73 forms with displacement between contact condition and separated position when row's paper frame 40.In addition, integrally formed side J font projection 41 of sliding on row's paper frame 40 for this lead-in chamfered 73.
According to such structure, when 40 displacements of row's paper frame, slide along lead-in chamfered 73 by J font projection 41, the row's of making paper frame 40 has been kept the attitude of contact condition, and can be in the displacement between contact condition and separated position.Therefore, the row's paper driven voller (21b, 22b) that is installed on this row's paper frame 40 is avoided reliably from being recorded the material transport path, can be moved it the position that is recorded the discontiguous height of material G with rigidity such as CD-R.
In addition, in the present embodiment, illustrated that the row's of making paper frame 40 keeps the attitude of contact condition, that is, nearly horizontal attitude becomes the structure of separated position, but the attitude of separated position is not limited to this, if the row's of making paper driven voller (21b, 22b) is avoided from being recorded the material transport path, be recorded the discontiguous attitude of material G with rigidity, just unqualified.Therefore, also can adopt upstream one side of the row's of making paper frame 40 to avoid than fitted shaft 69 more by the structure of top.
The engagement protrusion 71 (with reference to Fig. 5) that under the contact condition of the row's of formation paper frame 40 on the side frame 70, is used to locate.This engagement protrusion 71 has: the jut 71a that contacts with upstream one side end of row's paper frame 40; From supported underneath row paper frame 40, the frame supporting part 71b of Decision Height.
According to such structure, upstream one side end of row's paper frame 40 has carried out the location of upstream one side by cooperating with engagement protrusion 71.And row's paper frame 40 relies on upstream one side-lower by leaning spring 45, so can reliably and stably cooperate, locate with this engagement protrusion 71, can keep the attitude of contact condition exactly.In addition, downstream one side of row's paper frame 40 cooperates with connection box 68 in fitted shaft 69 as mentioned above, thus, and to the height and position location of contact condition and separated position.
Here, illustrate by make be recorded material gatherer 50 from the 2nd position (with reference to Fig. 3, Fig. 4) to the 1st position (with reference to Fig. 5, Fig. 6) displacement, row paper frame 40 from the state displacement of contact condition to separated position.
Be recorded material gatherer 50 by obtaining Fig. 3 and the 2nd position shown in Figure 4, row's paper frame 40 becomes the contact condition that the row's of making paper driven voller (21b, 22b) contacts with row's paper driven roller (21a, 22a).In addition, fitted shaft 52 is positioned at the bottom of the mobile route 80a that forms on the cover for conducting shown in Figure 8 80, and jut (not shown) outstanding under apparatus main body one side direction with the inside that this is recorded material gatherer 50 is, be arranged on than more leaf spring (not shown) contact of upstream one side of fitted shaft 52, kept being recorded the attitude of the 2nd position of material gatherer 50.
From such state, in case be that the center makes and is recorded material gatherer 50 and rotates (in Fig. 3, clockwise direction) to apparatus main body one side with fitted shaft 52, become nearly perpendicular attitude after, lift to the top.Thus, release lever auxiliary body 55 is followed it and is moved upward, and the 60a of hub portion of release lever 60 slides to position 55d from position 55c along the sliding tray 55a of release lever auxiliary body 55.Be accompanied by this, release lever 60 is that (in Fig. 3, clockwise direction) rotated at the center with turning cylinder 63.
The rotation of release lever 60 passes to connection box 68 by turning cylinder 63, and this connection box 68 is rotated with same amount to same direction.Thus, the power that leans of row's paper frame 40 antagonistic springs 45 that cooperate with connection box 68, lift side top downstream.At this moment, the J font projection 41 of upstream one side by row's paper frame 40 side top is lifted equally downstream along lead-in chamfered 73, keeps in touch the attitude of state arranging paper frame 40, to the separated position displacement.
And, be recorded material gatherer 50 side rotation downstream by making, making and being recorded the material loading end is nearly horizontal attitude, Fig. 5 and the material gatherer 50 that is recorded shown in Figure 6 become the 1st position, and row's paper frame 40 becomes the separated position that the row's of making paper driven voller (21b, 22b) separates from row's paper driven roller (21a, 22a).
Like this, when being recorded material gatherer 50 and being the 1st position, can be separated position by the row's of making paper frame 40,, move to rigidity and be recorded the discontiguous height and position of material G so the row's paper driven voller (21b, 22b) that is installed on this row's paper frame 40 is avoided from being recorded the material transport path.Therefore, can the row's of making paper driven voller (21b, 22b) be recorded material G and do not contact and print, so the problem that can avoid their contacts to cause reliably with rigidity.
Below, same explanation by make be recorded material gatherer 50 from the 1st position (with reference to Fig. 5 and Fig. 6) to the 2nd position (with reference to Fig. 3 and Fig. 4) displacement, row's paper frame 40 is from the state displacement of separated position to contact condition.
At first, making and being recorded material gatherer 50 is the center with fitted shaft 52, after apparatus main body one side is rotated (in Fig. 5, clockwise direction), become nearly perpendicular attitude, descends downwards.Thus, release lever auxiliary body 55 is followed downwards and is moved, and the 60a of hub portion of release lever 60 slides to position 55d from position 55c along the sliding tray 55a of release lever auxiliary body 55.Be accompanied by this, release lever 60 is that (in Fig. 5, clockwise direction) rotated at the center with turning cylinder 63.
The rotation of release lever 60 is delivered to connection box 68 by turning cylinder 63, and this connection box 68 is rotated with same amount to same direction.Thus, the row's paper frame 40 that cooperates with connection box 68 side-lower decline upstream.At this moment, the J font projection 41 of upstream one side by row's paper frame 40 along lead-in chamfered 73 equally upstream a side-lower descend, and upstream one side end that should row's paper frame 40 cooperates with engagement protrusion 71, is positioned at contact condition.In addition, as mentioned above, row's paper frame 40 is relied on contact condition by leaning spring 45,, therefore, can correctly be positioned at contact condition so can cooperate with engagement protrusion 71 reliably.
And, be recorded material gatherer 50 side rotation downstream by making, Fig. 3 and the material gatherer 50 that is recorded shown in Figure 4 become the 2nd position, and row's paper frame 40 becomes the contact condition that the row's of making paper driven voller (21b, 22b) contacts with row's paper driven roller (21a, 22a).
Like this, when being recorded material gatherer 50 and being the 2nd position, because row's paper frame 40 can become contact condition, thus can reliably discharge from paper feed 2 carry and carried out printing use paper P, and can be recorded being layered in of discharge on the material gatherer 50 reliably with paper P.
In addition, on the fitted shaft 52 that is arranged on the both sides that are recorded material gatherer 50, pinion shown in Figure 8 85 is installed, and can rotates, be formed with tooth bar 86 at the correspondence position of apparatus main body one side.By such structure, can keep the parastate that is recorded material gatherer 50 and the position displacement that is recorded material gatherer 50.That is, be recorded material gatherer 50 between the 1st position and the 2nd position during displacement when making, pinion 85 on one side and tooth bar 86 engagements, on one side move, so can move with same amount synchronously with this left and right end portions that is recorded material gatherer 50.Therefore, can not be recorded material gatherer 50 and become not parallelly, problem such as be difficult to move.
As mentioned above, printer 1 has: be recorded 50 displacements of material gatherer by making, make row's paper frame displacement bindiny mechanism 100 of row's paper frame 40 displacement between contact condition and separated position that has kept row's paper driven voller (21b, 22b).Therefore, to be recorded material gatherer 50 be the 2nd position by making, can be contact condition by the row's of making paper frame 40, carry out having used the printing 1. of the 1st transport path with paper P, in addition, to be recorded material gatherer 50 be the 1st position by making, and can be separated position by the row's of making paper frame 40, carries out having used the 2nd transport path rigidity 2. to be recorded the printing of material G.Like this, can print reliably the multiple material that is recorded.
In addition, when using the 2nd transport path 2. for example CD-R etc. to be printed, row's paper frame 40 and the displacement interlock that is recorded material gatherer 50 become separated position, so can the row's of making paper driven voller (21b, 22b) do not contact with CD-R etc. and print.
In addition, user's paper makes the position displacement that is recorded material gatherer 50, can 40 displacements of the row's of making paper frame be corresponding state, so this operation is as easy as rolling off a log, not only do not worry operating mistake, and apparatus structure is also simple.
＜3. carry driven voller displacement bindiny mechanism and the cylinder structure of displacement bindiny mechanism at interval 〉
Below, illustrate and carry driven voller displacement bindiny mechanism and cylinder displacement bindiny mechanism at interval.
Here, Fig. 9 is used to illustrate the conveying driven voller displacement bindiny mechanism 200 of present embodiment and the cylinder major part stereogram of displacement bindiny mechanism 300 at interval, Figure 10 is used to illustrate the major part stereogram of carrying driven voller displacement bindiny mechanism 200, Figure 11 is used to illustrate the cylinder major part stereogram of displacement bindiny mechanism 300 at interval, and Figure 12～Figure 14 is used to illustrate the major part side view of carrying driven voller displacement bindiny mechanism 200 and 300 actions of cylinder interval displacement bindiny mechanism.
In addition, when being conceived to be recorded the position of material gatherer 50, the situation when Fig. 9, Figure 10 and Figure 12 have represented the 2nd position, the situation when Figure 11, Figure 13 and Figure 14 have represented the 1st position.Here Shuo Ming conveying driven voller displacement bindiny mechanism 200 and cylinder interval displacement bindiny mechanism 300 is to be configured in from the above-mentioned opposite side of row's paper frame displacement bindiny mechanism promptly, the device left side that is recorded material gatherer 50 during device front unilateral observation printer 1.That is, Fig. 9～Figure 14 is the figure when observing printer 1 from the left side.
Printer 1 has as shown in Figure 9:, make and carry driven voller support 18 to shake as the action bars 32 of operating portion by operation, make and carry driven voller 19b from conveying driven voller displacement bindiny mechanism 200 that feed drive roller 19a separates; Distance by making sliding framework guide shaft 12 displacements with the position interlock that is recorded material gatherer 50, adjust the record head 13 that carries on the balladeur train 10 that is supported on this sliding framework guide shaft 12 and cylinder 28 promptly, cylinder is the cylinder displacement bindiny mechanism 300 at interval of (PG) at interval.
At first, with reference to Fig. 9 and Figure 10, illustrate and carry driven voller displacement bindiny mechanism 200.Here, Fig. 9 is the major part stereogram of printer 1, represented conveying driven voller displacement bindiny mechanism 200 and cylinder displacement bindiny mechanism 300 at interval, Figure 10 is the major part stereogram from the printer 1 of the angle observation different with Fig. 9, driven voller displacement bindiny mechanism 200 is carried in expression, has omitted cylinder displacement bindiny mechanism 300 at interval.
Carry driven voller displacement bindiny mechanism 200 to have: to be arranged on action bars the 32, the 3rd transmission part 33 and the 4th transmission part 34 on the device front, left side (being recorded material gatherer 50) as operating portion.
Action bars 32 can be that about 90 degree are shaken at the center with axis of rocking 32a.On this action bars 32, the auxiliary section 33a by on the main part 32c that forms a side at its upstream is equipped with the 3rd bar-shaped transmission part 33.In addition, on the 3rd transmission part 33, the 4th transmission part 34 is installed, on the 4th transmission part 34, is installed with described cam turning cylinder 31 by auxiliary section 33b.In addition, action bars 32 slightly relies on upstream one side (apparatus main body portion one side) by the not shown parts (for example elastomeric material) that rely on, and thus, has limited unnecessary shaking.
By such structure, by the operation of action bars 32, cam turning cylinder 31 is rotated by the 3rd transmission part 33 and the 4th transmission part 34, opposing leans power, makes to carry driven voller support 18 to shake, and makes and carries driven voller 19b to leave from feed drive roller 19a.
That is, when the operating portion 32b that makes action bars 32 side (device is inboard) rotation upstream, make conveying driven voller support 18 be contact condition, can make and carry driven voller 19b to contact (with reference to Fig. 1) with feed drive roller 19a by the above-mentioned parts that rely on.In addition, when the operating portion 32b that makes action bars 32 side (side in front of the device) rotation downstream, can resist the power that leans, make and carry driven voller support 18 to shake, become separated position, can make and carry driven voller 19b to leave (with reference to Fig. 2) from feed drive roller 19a.
In addition, the main part 32c of action bars 32 is configured in the spatial portion that the inboard of the workpiece of describing later 90 forms.By such structure, when being recorded material gatherer 50 and being positioned at the 2nd position, limited the operation of action bars 32, therefore, limited the action of carrying driven voller displacement bindiny mechanism 200, keep with contact condition and carry driven voller support 18.And, just think to be accompanied by and be recorded material gatherer 50 and become the 1st position, when workpiece 90 is moved upward, can operating operation bar 32.
Below, with reference to Fig. 9 and Figure 11, cylinder displacement bindiny mechanism 300 at interval is described.Here, Figure 11 is the major part stereogram of printer 1, and the expression cylinder is displacement bindiny mechanism 300 at interval, has omitted a part of carrying driven voller displacement bindiny mechanism 200 and cover for conducting 96.
Cylinder displacement bindiny mechanism 300 at interval has: support from being recorded workpiece 90,1st transmission part 91,2nd transmission part 92, the rotary body 93 of material gatherer 50 to the outstanding fitted shaft 52 in side.
Workpiece 90 has the 1st sidepiece 90a that is recorded material gatherer 50 1 sides that is set parallel to each other and the 2nd sidepiece 90b in the outside, when from the downstream unilateral observation, is configured to become protruding " U " font.And, in the 1st sidepiece 90a upper support described fitted shaft 52, and be recorded material gatherer 50 interlock (servo-actuated), can be in the displacement of device above-below direction.In addition, be recorded between material gatherer 50 and the workpiece 90 being configured in, omitted the mobile route that forms fitted shaft 52 on the 96b of wall portion of cover for conducting 96 of this part in Figure 11, it extends at the device above-below direction.In addition, limited workpiece 90 along unnecessary move of the inner surface of cover for conducting 96 to device fore-and-aft direction and device left and right directions.
In addition, be equipped with by auxiliary section 91a at the 2nd sidepiece 90b of workpiece 90 and be the 1st transmission part 91 of " V " font in 3 side views, it can be that fulcrum shakes to shake fulcrum 91b.In addition, shaking fulcrum 91b can joltily be supported on the cover for conducting 96.In addition, the 2nd transmission part 92 of rectilinear form has been installed by auxiliary section 92a on the 1st transmission part 91, on the 2nd transmission part 92, rotary body 93 has been installed by the auxiliary section 93a that has to fixed gap.Rotary body 93 has supported sliding framework guide shaft 12 by eccentric bush 94 in the position of the pivot that departs from oneself.
By such structure, by being recorded the displacement of material gatherer 50, rotate by workpiece the 90, the 1st transmission part 91 and the 2nd transmission part 92 rotary bodies 93, can make the sliding framework guide shaft 12 that supports in the position of the pivot that departs from this rotary body 93 in the displacement of device above-below direction.Thus, can adjust PG.
Promptly, when being recorded material gatherer 50 and being the 2nd position, make sliding framework guide shaft 12 (that is) displacement vertically downward, make balladeur train 10 be the N position near the direction of cylinder 28, it is normal that cylinder is adjusted into PG at interval, in addition when being recorded the material gatherer and being the 1st position, make sliding framework guide shaft 12 (that is, away from 28 direction) displacement vertically upward, by making balladeur train 10 be ++ the position is adjusted into PG++ at interval to cylinder.
Like this,, the distance (paper at interval) of this recording surface that is recorded material and record head 13 can be suitably do not adjusted, therefore good print quality can be obtained according to being recorded the thickness of material by adjusting cylinder at interval according to being recorded material.In addition, be rigidity such as CD-R with thickness when being recorded material G when being recorded material, by being set at PG++, can avoid rigidity to be recorded contacting of material G and record head 13.
In addition, near rotary body 93, be provided with sensor (not shown),, can discern the position of balladeur train 10 by detecting the rotation of this rotary body 93.
Here, with reference to Figure 12～Figure 14 the action of carrying driven voller displacement bindiny mechanism 200 and cylinder interval displacement bindiny mechanism 300 is described.Here, Figure 12～Figure 14 represents to carry driven voller displacement bindiny mechanism 200, cylinder interval displacement bindiny mechanism 300 and is recorded material gatherer 50.In addition, for convenience of explanation, describe according to the action that is recorded material gatherer 50, and illustrate to make and be recorded material gatherer 50 from the 2nd position (with reference to Figure 12) situation when the displacement of the 1st position (with reference to Figure 13, Figure 14), in all states of printer 1, suitably see figures.1.and.2.
When as shown in figure 12, when being recorded material gatherer 50 and being the 2nd position, keep sliding framework guide shaft 12 and make balladeur train 10 be the N position, in addition, conveying driven voller support 18 is maintained contact condition (with reference to Fig. 1).In addition, as mentioned above, row's paper frame 40 becomes contact condition.
In addition, action bars 32 has limited operation by workpiece 90.That is, workpiece 90 thus, has limited the rotation of action bars 32 from the main part 32c of top restriction action bars 32.Therefore, can't operating operation bar 32 make driven voller displacement bindiny mechanism 200 work of carrying, therefore, when being recorded material gatherer 50 and being the 2nd position, carry driven voller support 18 positions making the contact condition of carrying driven voller 19b contact feed drive roller 19a.
From such state, be recorded material gatherer 50 and rotate (in Figure 12, counterclockwise) for middle mind-set apparatus main body one side in case make with fitted shaft 52, become nearly perpendicular attitude after, lift upward.Thus, workpiece 90 is also followed upward and is lifted, and the 1st transmission part 91 with shake fulcrum 91b be the center upstream a side (in Figure 12, counterclockwise) shake.Motion interlock with the 1st transmission part 91, by the 2nd transmission part 92, rotary body 93 upstream a side (in Figure 12, counterclockwise) rotate, make the sliding framework guide shaft 12 that supports by eccentric bush 94 in the position of the pivot that departs from this rotary body 93 upward (promptly, allow the direction of balladeur train 10 away from cylinder 28), make balladeur train 10 displacements be ++ the position.And, be recorded material gatherer 50 side rotation downstream by making, can become state shown in Figure 13.
Like this, by make be recorded material gatherer 50 from the 2nd position to the 1st position displacement, make balladeur train 10 from the 2nd position to the 1st position displacement, can make balladeur train 10 from the N position to ++ position displacement, can normally switch to PG++ to cylinder from PG at interval.That is, when being recorded material gatherer 50 and being the 1st position, can be set at PG++ to cylinder at interval.In addition, as mentioned above, become the 1st position by being recorded material gatherer 50, row's paper frame 40 becomes separated position.
In addition, if the 1st position that is recorded material gatherer 50 as shown in figure 11,, and by spring 97 rotary body 93 is relied on counterclockwise to keep for fitted shaft is positioned at the topmost of the mobile route 96a that is formed on the cover for conducting 96.In addition, the nearly horizontal attitude that is recorded material gatherer 50 in the 1st position is integrally formed in the auxiliary section 50c that is recorded on the material gatherer 50 and keeps by cooperating on the 96c of the portion that is engaged that is integrally formed on the cover for conducting 96.
In addition, as shown in figure 13,, removed the restriction of action bars 32 by lifting workpiece 90 with being recorded 50 interlocks of material gatherer.That is, the operation of action bars 32 just think to be recorded be only when material gatherer 50 is the 1st position possible.
Below, description operation action bars 32 makes the situation when carrying 200 work of driven voller displacement bindiny mechanism.
As shown in figure 13, be under the state of the 1st position being recorded material gatherer 50, with axis of rocking 32a be the center make action bars 32 downstream in front of the device of a side side (in Figure 13, clockwise direction) shake.Thus, be that rotate at the center by the 3rd transmission part 33, the 4 transmission parts with cam turning cylinder 31, can become state shown in Figure 14.By the rotation of this cam turning cylinder 31, as mentioned above, cam part 36 contacts with cam follower 18b, carries the driven voller support 18 opposing power of leaning to shake, and displacement is a separated position.Like this, can make conveying driven voller 19b separate (with reference to Fig. 2) from feed drive roller 19a.
In addition, as shown in figure 14, when being the 1st position from being recorded material gatherer 50, and 32 states that a side is shaken in front of device (promptly, carrying driven voller support 18 is the state of separated position), make and be recorded material gatherer 50 and be to the 2nd position displacement, become state shown in Figure 12 once, be accompanied by the decline of workpiece 90, action bars Final 32 system is shaken to apparatus main body one side, carries driven voller support 18 to be contact condition by carrying driven voller displacement bindiny mechanism 200 to make, and by cylinder interval displacement bindiny mechanism 300, make balladeur train 10 move to the N position, it is normal that cylinder is set at PG at interval.
As mentioned above, the structure of printer 1 is: with the position interlock that is recorded material gatherer 50, and the row's of making paper frame 40, cylinder interval and the state displacement of carrying driven voller support 18).
That is, when being recorded material gatherer 50 and being the 2nd position, as shown in Figure 1, the row's of making paper frame 40 is contact condition, makes balladeur train 10 be positioned at the N position, and it is normal that cylinder is set at PG at interval, makes to carry driven voller support 18 to be contact condition again.
In addition, when being recorded material gatherer 50 and being the 1st position, as shown in Figure 2, row's paper frame 40 be a separated position, by making balladeur train 10 is ++ the position, cylinder is set at PG++ at interval, and can make and carry driven voller support 18 is separated position.
Therefore, the user is recorded material gatherer 50 and action bars by operation, can be set at optimum state to row's paper frame 40, cylinder interval and conveying driven voller support 18 according to purpose, and operability is high.
Below, with reference to Figure 15 cylinder other embodiment of displacement bindiny mechanism 300 at interval are described.In addition,, adopted the symbol identical, omitted explanation with Figure 11 for parts with said function.
In this embodiment, as shown in the figure, workpiece the 90, the 1st transmission part 91 and the shape of the 2nd transmission part 92 are different with just now embodiment (with reference to Figure 11).By adopting such shape, become smoothly with the adjustment of not shown parts, can make cylinder displacement bindiny mechanism 300 work at interval more efficiently.

Claims (9)

1. a tape deck is characterized in that: comprising: carry the material conveying device that is recorded that is recorded material;
Be arranged on described downstream one side that is recorded material conveying device, at the record head that is recorded the enterprising line item of material;
Be arranged on row's paper driven voller of recording surface one side that is recorded material;
Be recorded material and contact, carry this to be recorded the driven roller of material in this way with driven roller;
Can carry out the displacement between the 1st position and the 2nd position, after writing down be recorded material layer overlapping collection be recorded the material gatherer;
Described material gatherer and the described row's paper driven voller mechanical connection of being recorded, when this when to be recorded the material gatherer be described the 1st position, described row's paper driven voller is positioned to be recorded outside the material transport path, when this when to be recorded the material gatherer be described the 2nd position, described row's paper driven voller is positioned at is recorded the material transport path.
2. a tape deck comprises: carry the material conveying device that is recorded that is recorded material;
Be arranged on described downstream one side that is recorded material conveying device, at the record head that is recorded the enterprising line item of material;
Row's paper driven voller;
Can carry out the displacement between the 1st position and the 2nd position, after writing down be recorded material layer overlapping collection be recorded the material gatherer;
For with described row's paper driven voller contactless state under write down the 1st be recorded material and with described row's paper driven voller contact condition under write down the 2nd be recorded material, can carry out record; It is characterized in that:
Described material gatherer and the described row's paper driven voller mechanical connection of being recorded, when this when to be recorded the material gatherer be described the 1st position, described row's paper driven voller is in and the position that is recorded the material contactless state, when this when to be recorded the material gatherer be described the 2nd position, described row's paper driven voller is in and the position that is recorded the material contact condition.
3, tape deck according to claim 1 and 2 is characterized in that: the described the 1st and the 2nd position is based on that the described thickness that is recorded material or rigidity select.
4, tape deck according to claim 1 and 2, it is characterized in that: described record head atomizing of liquids to the 1 and the 2nd is recorded on the material, operate the described material gatherer that is recorded with displacement between the 1st position and the 2nd position, when described the 1st position, arranging the paper driven voller with described material is that the 1st of contactless state is recorded the enterprising line item of material, when described the 2nd position, with described row's paper driven voller be that the 2nd of contact condition is recorded the enterprising line item of material, the described the 1st and the 2nd position is based on that the described thickness that is recorded material or rigidity select.
5, tape deck according to claim 1 and 2, it is characterized in that: tape deck is a liquid injection apparatus, described record head is downstream one side that is arranged on material conveying device, makes liquid attached to the jet head liquid on the described material, and this tape deck also comprises:
Each material conveying device that is recorded of carrying a material;
Be arranged on the exit roller (21a of downstream one side of described jet head liquid, 21b, 22a, 22b), comprise: the liquid that is arranged on described material adheres to row's paper driven voller (21b of a side, 22b) and be arranged on the non-row's paper driven roller that adheres to a side of the liquid of described material (21a 22a), is used to discharge the described material of attaching liq; And
Wherein operate the described material gatherer that is recorded with displacement between the 1st position and the 2nd position, when described the 1st position, described row's paper driven voller contacts with described row's paper driven roller, be ejected at liquid and select described the 1st position under the situation of nonrigid material, select described the 1st position under liquid is ejected into by the described situation that is recorded the material that material conveying device carries, the described nonrigid material of having discharged is stacked; And when described the 2nd position, described row's paper driven voller is avoided from the material transport path, in the material laminate surface with spray to come and go between the execution area and carry rigid material, and carries and/or discharge path is a straight line.
6, tape deck according to claim 1 and 2 is characterized in that: this is recorded material is the pallet that is used to support CD.
7, tape deck according to claim 1 and 2, it is characterized in that: the displacement between the 1st position and the 2nd position of described material row's paper driven voller, when described the 1st position, described material row paper driven voller is positioned at outside the material transport path, when described the 2nd position, described material row paper driven voller is positioned at the material transport path, and the wherein said material gatherer that is recorded is the pallet that is used to support CD.
8, according to any described tape deck in the claim 3 to 7, it is characterized in that: the described material gatherer that is recorded is the pallet that is used to support CD.
9, tape deck according to claim 8 is characterized in that: described pallet has the recess that described CD embeds.
CN 200610073694 2002-08-14 2003-08-14 Recording apparatus Pending CN1840335A (en)

Applications Claiming Priority (3)

Application Number Priority Date Filing Date Title
JP2002236402 2002-08-14
JP2002236402 2002-08-14
JP2003175058 2003-06-19

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CN1840335A true CN1840335A (en) 2006-10-04

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CN (1) CN1840335A (en)

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CN112622459B (en) * 2020-12-18 2022-10-14 云侠科技(苏州)有限公司 Ribbon cartridge of printer

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JPH06270483A (en) * 1993-03-22 1994-09-27 Canon Inc Recording apparatus
JPH0995020A (en) * 1995-09-29 1997-04-08 Canon Electron Inc Printer
JPH09249343A (en) * 1996-03-14 1997-09-22 Canon Inc Recorder
JP3772966B2 (en) * 2000-10-20 2006-05-10 セイコーエプソン株式会社 Paper discharge driven roller holder, paper discharge device, and recording apparatus provided with the paper discharge device

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JP4730563B2 (en) 2011-07-20
JP5093533B2 (en) 2012-12-12
JP2008238826A (en) 2008-10-09

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