CN104003227B - Paper storehouse dress mechanism of paper and paper storehouse paper feed mechanism and figure Photomechanical printing apparatus - Google Patents
Paper storehouse dress mechanism of paper and paper storehouse paper feed mechanism and figure Photomechanical printing apparatus Download PDFInfo
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- CN104003227B CN104003227B CN201410212183.3A CN201410212183A CN104003227B CN 104003227 B CN104003227 B CN 104003227B CN 201410212183 A CN201410212183 A CN 201410212183A CN 104003227 B CN104003227 B CN 104003227B
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Abstract
The invention discloses a kind of paper storehouse dress mechanism of paper and paper storehouse paper feed mechanism and figure Photomechanical printing apparatus.In the present invention, set up one and deliver to roller, this paper pushing roller can be avoided stopping that coil paper puts into coil paper spatial accommodation at paper feeding holding fix, and, after coil paper is placed in coil paper spatial accommodation, paper pushing roller can also move to paper feeding activation point and successively rotate on two contrary hand of rotation, with make the end of coil paper first under gravity from coil paper Automatic-falling, again based on paper pushing roller driving and automatically delivered to paper feed take-off location.Thus, based on the present invention, the end being placed in the coil paper of coil paper spatial accommodation just can be moved to automatically can be pressed attached paper feed take-off location by paper-feed, correspondingly, dress paper process in paper storehouse just can be accomplished without the need to depending on manual assisting, and then just can support automatic paper loading and the realization of changing paper.
Description
Technical field
The present invention relates to coil paper paper feed technology, particularly a kind of paper storehouse fills mechanism of paper, a kind of paper storehouse paper feed mechanism and applies a kind of figure Photomechanical printing apparatus of this paper storehouse paper feed mechanism.
Background technology
Various figure Photomechanical printing apparatus such as such as thermal printer etc. all comprises paper storehouse usually, and utilizes the paper feed mechanism in paper storehouse to realize automatic paper feed, thus can realize the photocopy of continuous print figure based on automatic paper feed.But although the paper feed mechanism in paper storehouse can realize automatic paper feed, the coil paper in paper storehouse is laid and changed still to be needed to have been come by manual operations.
Refer to Fig. 1 a to Fig. 1 c, in the prior art, generally include in the paper storehouse of figure Photomechanical printing apparatus: with the coil paper in paper storehouse put into mouth be communicated with and for hold coil paper 10 coil paper spatial accommodation, to the paper storehouse paper feed track 11 (for the ease of watching the paper feed path of coil paper 10, paper feed track is represented by dotted lines in Fig. 1 a to Fig. 1 c) that extends of outside and the paper-feed 12 that can pick up paper in paper feed track 11.After having coil paper 10 to put into coil paper spatial accommodation, as shown in Figure 1a, first need by hand outermost for coil paper 10 end pulled out and be laid in paper feed track 11; Then, as shown in Figure 1 b, then by paper-feed 12 press tableau paper 10 end; Thus as illustrated in figure 1 c, the paper-feed 12 that pressure is attached to coil paper 10 end rotates, to drive coil paper 10 end along paper feed track 11 to the outside feeding in paper storehouse, so that follow-up printing.
Visible, in the prior art, the coil paper end putting into coil paper spatial accommodation cannot be moved to automatically can be pressed attached paper feed take-off location by paper-feed, correspondingly, dress paper process in paper storehouse just must depend on manual assisting and can be accomplished, thus just makes automatic paper loading and change paper to realize.
Summary of the invention
In view of this, the invention provides a kind of paper storehouse dress mechanism of paper, a kind of paper storehouse paper feed mechanism and apply a kind of figure Photomechanical printing apparatus of this paper storehouse paper feed mechanism.
A kind of paper storehouse provided by the invention dress mechanism of paper, comprising:
Coil paper spatial accommodation, itself and the coil paper in paper storehouse are put into mouth and are communicated with and the coil paper for holding outermost with end;
Paper pushing roller, it is alternatively in paper feeding holding fix away from described coil paper with the paper feeding activation point contacting described coil paper and has bidirectional rotation degree of freedom, wherein:
When described coil paper enter described coil paper to put into mouthful time, described paper pushing roller is positioned at described paper feeding holding fix;
After described coil paper is placed in described coil paper spatial accommodation, described paper pushing roller is moved to described paper feeding activation point from described paper feeding holding fix and is rotated by the described coil paper of contact and drive described coil paper along rotating in the opposite direction with its rolling of paper side, is launching to make the described end of described coil paper and is falling to the paper launching position of the below being positioned at described coil paper under gravity along the direction of described expansion near the side of paper feed take-off location;
Drop on described paper launching position under the described end of described coil paper after, described paper pushing roller drives described coil paper to rotate along its paper transport direction by the described coil paper contrarotation of contact, send to paper feed take-off location to make the described end of described coil paper.
Preferably, after the described end of described coil paper arrives described paper feed take-off location, described paper pushing roller moves back to described paper feeding holding fix from described paper feeding activation point further.
Preferably, comprise further:
First inductor, for responding to the described coil paper held in described coil paper spatial accommodation;
Second inductor, for dropping on the described end of the described coil paper of described paper launching position under responding to;
3rd inductor, for responding to the described end of the described coil paper arriving described paper feed take-off location;
And, controller, it is electrically connected with described first inductor, described second inductor and described 3rd inductor, in order to movement and the rotation of paper pushing roller according to the induction output control of described first inductor, described second inductor and described 3rd inductor.
Preferably, comprise further:
Coil paper waiting space, its be positioned at described coil paper put into mouth outside and for the described coil paper being housed to described coil paper spatial accommodation such as holding;
Coil paper discharge orifice, it is communicated with described coil paper spatial accommodation and for discharging the described coil paper after paper.
Preferably, comprise further:
First inductor, for responding to the described coil paper held in described coil paper spatial accommodation;
Second inductor, for dropping on the described end of the described coil paper of described paper launching position under responding to;
3rd inductor, for responding to the described end of the described coil paper arriving described paper feed take-off location;
4th inductor, for sensing the paper surplus of described coil paper;
And, controller, it is electrically connected with described first inductor, described second inductor, described 3rd inductor and described 4th inductor, in order to movement and the rotation of paper pushing roller according to the induction output control of described first inductor, described second inductor and described 3rd inductor, and coil paper discharge orifice and described coil paper are put into opening of mouth and close according to the induction output control of described 4th inductor.
A kind of paper storehouse provided by the invention paper feed mechanism, comprising:
Paper storehouse as above dress mechanism of paper;
And, paper-feed, its be alternatively in away from described paper feed take-off location paper feed holding fix and press close to the paper feed activation point of described paper feed take-off location and there is single direction rotation degree of freedom;
Described coil paper enters described coil paper when to put into mouthful, and described paper-feed is positioned at described paper feed holding fix; When the described end of described coil paper arrives described paper feed take-off location, described paper-feed is moved to described paper feed activation point from described paper feed holding fix and is rotated by the described end of the attached described coil paper of pressure and drive described coil paper to rotate along its paper transport direction, to drive the described end of described coil paper to the outside feeding in described paper storehouse.
Preferably, after the described end of described coil paper arrives described paper feed take-off location, described paper pushing roller moves back to described paper feeding holding fix from described paper feeding activation point further; After being contained in the described coil paper in described coil paper spatial accommodation and using up, described paper-feed moves back to described paper feed holding fix from described paper feed activation point further.
Preferably, comprise further:
Coil paper waiting space, its be positioned at described coil paper put into mouth outside and for the described coil paper being housed to described coil paper spatial accommodation such as holding;
Coil paper discharge orifice, it is communicated with described coil paper spatial accommodation and for discharging the described coil paper after paper.
Preferably, comprise further:
First inductor, for responding to the described coil paper held in described coil paper spatial accommodation;
Second inductor, for dropping on the described end of the described coil paper of described paper launching position under responding to;
3rd inductor, for responding to the described end of the described coil paper arriving described paper feed take-off location;
4th inductor, for sensing the paper surplus of described coil paper;
And, controller, it is electrically connected with described first inductor, described second inductor, described 3rd inductor and described 4th inductor, in order to movement and the rotation of paper pushing roller according to the induction output control of described first inductor, described second inductor and described 3rd inductor, the movement of paper-feed and rotation according to the induction output control of described 3rd inductor and described 4th inductor, and coil paper discharge orifice and described coil paper are put into opening of mouth and close according to the induction output control of described 4th inductor.
A kind of figure Photomechanical printing apparatus provided by the invention, such as thermal printer, comprising: paper storehouse and paper storehouse as above paper feed mechanism.
As above visible, in the present invention, described paper pushing roller can be avoided stopping that described coil paper puts into described coil paper spatial accommodation at described paper feeding holding fix, and, after described coil paper is placed in described coil paper spatial accommodation, described paper pushing roller can also move to described paper feeding activation point and successively rotate on two contrary hand of rotation, with make the described end of described coil paper first under gravity from described coil paper Automatic-falling, again based on described paper pushing roller driving and automatically delivered to paper feed take-off location.Thus, based on the present invention, the described end being placed in the described coil paper of described coil paper spatial accommodation just can be moved to automatically can be pressed attached paper feed take-off location by paper-feed, correspondingly, dress paper process in described paper storehouse just can be accomplished without the need to depending on manual assisting, and then just can support automatic paper loading and the realization of changing paper.
Accompanying drawing explanation
Fig. 1 a to Fig. 1 c is the principle schematic of paper storehouse of the prior art paper feed;
Fig. 2 a to Fig. 2 f is that the paper storehouse in the embodiment of the present invention fills mechanism of paper and comprises the structure and working principle schematic diagram that this paper storehouse fills the paper storehouse paper feed mechanism of mechanism of paper.
Detailed description of the invention
For making object of the present invention, technical scheme and advantage clearly understand, to develop simultaneously embodiment referring to accompanying drawing, the present invention is described in more detail.
In order to enable the coil paper end putting into coil paper spatial accommodation automatically be moved to paper feed take-off location in the present embodiment, set up a paper pushing roller, this paper pushing roller is mainly used in first making the end of coil paper come off from coil paper, makes the coil paper end come off to the feeding of paper feed take-off location again.Correspondingly, namely comprise this paper pushing roller in the paper storehouse paper advance mechanism that the present embodiment provides, the paper storehouse paper feed mechanism that the present embodiment provides then comprises for the paper-feed at paper feed take-off location pressure tableau paper paper further except comprising this paper pushing roller, also.
Specifically refer to Fig. 2 a to Fig. 2 f, the paper storehouse paper advance mechanism in the present embodiment comprises:
Coil paper spatial accommodation, itself and the coil paper in paper storehouse are put into mouth and are communicated with and the coil paper 10 for holding outermost with end;
Paper pushing roller 20, it is alternatively in paper feeding holding fix S21 away from coil paper 10 with the paper feeding activation point S22 contacting coil paper 10 and has bidirectional rotation degree of freedom, wherein:
As shown in Figure 2 a, when coil paper 10 enter coil paper to put into mouthful time, paper pushing roller 20 is positioned at paper feeding holding fix S21, puts into by coil paper the coil paper 10 that mouth puts into coil paper spatial accommodation to dodge;
As shown in Figure 2 b, after coil paper 10 has been placed in coil paper spatial accommodation, paper pushing roller 20 moves to paper feeding activation point S22 from paper feeding holding fix S21, and by contacting the rotation of coil paper 10 on hand of rotation R1, drive coil paper 10 along with its rolling of paper direction (namely, the direction of the center shaft winding of paper coiling paper 10, this direction and R1 homophase) contrary direction (contrary with R1) rotates, and namely the direction that rotates, the end of coil paper 10 is contrary with the direction that paper pushing roller 20 rotates;
As shown in Figure 2 c, when coil paper 10 is along when turning to certain phase position in the opposite direction with its rolling of paper side, make the end of coil paper 10 can at coil paper 10 near the side of paper feed take-off location S30 straight up, now, in coil paper 10, the paper as flexible body medium of winding is just not enough to support the gravity suffered by end straight up, thus (namely the end of coil paper 10 can be launched near the side of paper feed take-off location S30 at coil paper 10, the state reeled from the center shaft of coiling paper 10 becomes the state departed from from the center shaft of coil paper 10), and the paper launching position S20 of the below being positioned at coil paper 10 is fallen under gravity along the direction of launching, correspondingly, end due to coil paper 10 falls along expansion direction in the side of coil paper 10 near paper feed take-off location S30, thus after falling within paper launching position S20, the end of coil paper 10 can towards paper feed take-off location S30,
As shown in Figure 2 d, drop on paper launching position S30 under the end of coil paper 10 after, because the end of coil paper 10 is towards paper feed take-off location S30, thus, paper pushing roller 20 by contacting the contrarotation of coil paper 10 on another hand of rotation R2 contrary with hand of rotation R1, coil paper 10 is driven to rotate along its paper transport direction (contrary with R2), to make the end of coil paper 10 to attached paper feed take-off location S30 being pressed to send by paper-feed 13.
It should be noted that, the present embodiment makes the end of coil paper 10 come off and sends to be rely on the rotation of paper pushing roller 20 successively on two contrary hand of rotation to realize respectively, this is because, if paper pushing roller 20 only rotates at hand of rotation R2 after coil paper 10 is placed in coil paper spatial accommodation, and coil paper 10 is only rotated along its paper transport direction, although the end of coil paper 10 then also can be made to fall, but the end of coil paper 10 can be vertical away from the side of paper feed take-off location S30 at coil paper 10, but not fall along coil paper 10 expansion direction near the side of paper feed take-off location S30 at coil paper 10, correspondingly, the end being just difficult to the coil paper 10 ensureing lower backwardness can towards paper feed take-off location S30, and cause the end of coil paper 10 cannot be sent to paper feed take-off location S30 in lower backwardness.
As above visible, based on the above-mentioned paper storehouse paper advance mechanism that the present embodiment provides, paper pushing roller 20 can be avoided stopping that coil paper 10 puts into described coil paper spatial accommodation at paper feeding holding fix S21, and, after coil paper 10 is placed in coil paper spatial accommodation, paper pushing roller 20 can also move to paper feeding activation point S22 and successively rotate on two contrary hand of rotation R1 and R2, with make the end of coil paper 10 first under gravity from coil paper 10 Automatic-falling, again based on paper pushing roller 20 reverse drive and automatically delivered to paper feed take-off location S30.Thus the end being placed in the coil paper 10 of coil paper spatial accommodation just can be moved to automatically can be pressed attached paper feed take-off location S30 by paper-feed 13, correspondingly, the dress paper process in paper storehouse just can be accomplished without the need to depending on manual assisting.
Still see Fig. 2 a to Fig. 2 f, paper storehouse paper feed mechanism in the present embodiment comprises above-mentioned paper storehouse dress mechanism of paper and paper-feed 30, this paper-feed 30 be alternatively in away from paper feed take-off location S30 paper feed holding fix S31 and press close to the paper feed activation point S32 of paper feed take-off location S30 and there is single direction rotation degree of freedom, wherein:
As shown in Figure 2 a, when coil paper 10 enter coil paper to put into mouthful time, paper-feed 30 is positioned at paper feed holding fix S31;
As shown in Figure 2 e, when the end of coil paper 10 arrives paper feed take-off location S30 under the driving of paper pushing roller 20, paper-feed 30 moves to paper feed activation point S32 from paper feed holding fix S31, and by pressing the end of tableau paper 10 to rotate on hand of rotation R1, drive coil paper 10 to rotate (identical with R1) along its paper transport direction, continue the outside feeding to paper storehouse to drive the end of coil paper 10 from paper feed take-off location S20.
Meanwhile, paper pushing roller 20 can move back to paper feeding holding fix S22 from paper feeding activation point S21 further, this is because, the paper feed of coil paper 10 has transferred to paper-feed 30 to drive, and, the residue paper amount left in coil paper 10 can be fewer and feweri along with the continuation of paper feed process, the external diameter of coil paper 10 also can reduce naturally thereupon, even if thus paper pushing roller 20 continues to remain on and delivers to activation point S21, the coil paper 10 that also possibly cannot reduce with external diameter contacts, still more, when coil paper 10 paper, and when needing more to renew coil paper, the paper pushing roller 20 remaining on activation point S21 also can hinder putting into of new coil paper.
As shown in figure 2f, after the coil paper 10 be contained in coil paper spatial accommodation is used up, paper-feed 30 also can move back to paper feed holding fix S31 from paper feed activation point S32 further, like this, after the coil paper 10 of paper is replaced by new coil paper 10 ', the end of new coil paper 10 ' can arrive paper feed take-off location S20 according to paper feeding mode as previously described and can not be hindered by paper-feed 30.Wherein, in figure 2f, wait the new coil paper 10 ' being housed to coil paper spatial accommodation to be contained in coil paper waiting space that coil paper puts into mouth outside, and the coil paper 10 after paper is discharged by the coil paper discharge orifice be communicated with coil paper spatial accommodation.
It can thus be appreciated that the paper storehouse paper advance mechanism provided in the present embodiment and the paper storehouse paper feed mechanism applying this paper storehouse paper advance mechanism can be supported automatic paper loading and change the realization of paper.
It should be added that:
Movement and the rotation of paper pushing roller 20 and paper-feed 30 can be realized by the driving of motor and transmission device, and, for the motor and the transmission device that drive paper pushing roller 20 and paper-feed 30 movement, the upper cover in paper storehouse can be installed in;
And, paper feed track 40 is also show (for the ease of watching the paper feed path of coil paper 10 in Fig. 2 a to Fig. 2 f, paper feed track 40 is represented by dotted lines in Fig. 2 a to Fig. 2 f), and, this paper feed track 40 is only by way of paper feed take-off location S30, that is, paper launching position S20 is positioned at outside paper feed track 40, paper feed take-off location S30 is positioned at paper feed track 40; But in actual applications, position and the scope of paper feed track 40 can be adjusted as required, such as, make paper launching position S20 and paper feed take-off location S30 all be positioned at paper feed track 40, and paper launching position S20 closer to paper feed track 40 initiating terminal paper feed take-off location S30 then closer to paper feed track 40 to paper storehouse outside extend end.
In addition, in order to realize the change in location of paper pushing roller 20 and hand of rotation switches, the position of paper-feed 30 is moved and rotate triggering and coil paper puts into opening and closing of mouth and coil paper discharge orifice, in the present embodiment, additionally provide following induction and control element (not shown in Fig. 2 a to Fig. 2 f):
Whether the first inductor, for responding to the coil paper 10 held in coil paper spatial accommodation, that is, respond to coil paper 10 and be placed in completely in coil paper spatial accommodation;
Second inductor, for dropping on the end of the coil paper 10 of paper launching position S20 under responding to, that is, responds to the end whether paper launching position S20 exists coil paper 10;
3rd inductor, for responding to the end of the coil paper 10 arriving paper feed take-off location S30, that is, responds to the end whether paper feed take-off location S30 exists coil paper 10;
4th inductor, for sensing the paper surplus of coil paper 10, that is, whether the paper responding to coil paper 10 is used up, and such as, whether induction exists the paper sent to outside, paper storehouse;
And, controller, it is electrically connected with the first inductor, the second inductor, the 3rd inductor and the 4th inductor, in order to movement and the rotation of the induction output control paper pushing roller 20 according to the first inductor, the second inductor and the 3rd inductor, according to movement and the rotation of the induction output control paper-feed 30 of the 3rd inductor and the 4th inductor, and, put into opening of mouth according to the induction output control coil paper discharge orifice of the 4th inductor and coil paper and close.
Except above-mentioned paper storehouse paper advance mechanism and the paper storehouse paper feed mechanism applying this paper storehouse paper advance mechanism, a kind of figure Photomechanical printing apparatus that the present embodiment also provides, such as thermal printer or any electronic machine with figure photocopy function, this figure Photomechanical printing apparatus comprises: paper storehouse and paper storehouse as above paper feed mechanism.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment made, equivalent replacement, improvement etc., all should be included within the scope of protection of the invention.
Claims (10)
1. a paper storehouse dress mechanism of paper, is characterized in that, comprising:
Coil paper spatial accommodation, it is put into mouth with the coil paper in paper storehouse and is communicated with, and has the coil paper of end for holding outermost;
Paper pushing roller, its be alternatively in away from described coil paper paper feeding holding fix and press close to the paper feeding activation point of described coil paper and there is bidirectional rotation degree of freedom, wherein:
When described coil paper enter described coil paper to put into mouthful time, described paper pushing roller is positioned at described paper feeding holding fix;
After described coil paper is placed in described coil paper spatial accommodation, described paper pushing roller is moved to described paper feeding activation point from described paper feeding holding fix and is rotated by the described coil paper of contact and drive described coil paper along rotating in the opposite direction with its rolling of paper side, is launching to make the described end of described coil paper and is falling to the paper launching position of the below being positioned at described coil paper under gravity along the direction of described expansion near the side of paper feed take-off location;
Drop on described paper launching position under the described end of described coil paper after, described paper pushing roller drives described coil paper to rotate along its paper transport direction by the described coil paper contrarotation of contact, send to paper feed take-off location to make the described end of described coil paper.
2. paper storehouse according to claim 1 dress mechanism of paper, it is characterized in that, after the described end of described coil paper arrives described paper feed take-off location, described paper pushing roller moves back to described paper feeding holding fix from described paper feeding activation point further.
3. paper storehouse according to claim 2 dress mechanism of paper, is characterized in that, comprise further:
First inductor, for responding to the described coil paper held in described coil paper spatial accommodation;
Second inductor, for dropping on the described end of the described coil paper of described paper launching position under responding to;
3rd inductor, for responding to the described end of the described coil paper arriving described paper feed take-off location;
And, controller, it is electrically connected with described first inductor, described second inductor and described 3rd inductor, in order to movement and the rotation of paper pushing roller according to the induction output control of described first inductor, described second inductor and described 3rd inductor.
4. paper storehouse according to claim 2 dress mechanism of paper, is characterized in that, comprise further:
Coil paper waiting space, its be positioned at described coil paper put into mouth outside and for the described coil paper being housed to described coil paper spatial accommodation such as holding;
Coil paper discharge orifice, it is communicated with described coil paper spatial accommodation and for discharging the described coil paper after paper.
5. paper storehouse according to claim 4 dress mechanism of paper, is characterized in that, comprise further:
First inductor, for responding to the described coil paper held in described coil paper spatial accommodation;
Second inductor, for dropping on the described end of the described coil paper of described paper launching position under responding to;
3rd inductor, for responding to the described end of the described coil paper arriving described paper feed take-off location;
4th inductor, for sensing the paper surplus of described coil paper;
And, controller, it is electrically connected with described first inductor, described second inductor, described 3rd inductor and described 4th inductor, in order to movement and the rotation of paper pushing roller according to the induction output control of described first inductor, described second inductor and described 3rd inductor, and coil paper discharge orifice and described coil paper are put into opening of mouth and close according to the induction output control of described 4th inductor.
6. a paper storehouse paper feed mechanism, is characterized in that, comprising:
Paper storehouse according to claim 1 dress mechanism of paper;
And, paper-feed, its be alternatively in away from described paper feed take-off location paper feed holding fix and press close to the paper feed activation point of described paper feed take-off location and there is single direction rotation degree of freedom;
Described coil paper enters described coil paper when to put into mouthful, and described paper-feed is positioned at described paper feed holding fix; When the described end of described coil paper arrives described paper feed take-off location, described paper-feed is moved to described paper feed activation point from described paper feed holding fix and is rotated by the described end of the attached described coil paper of pressure and drive described coil paper to rotate along its paper transport direction, to drive the described end of described coil paper to the outside feeding in described paper storehouse.
7. paper storehouse according to claim 6 paper feed mechanism, is characterized in that,
After the described end of described coil paper arrives described paper feed take-off location, described paper pushing roller moves back to described paper feeding holding fix from described paper feeding activation point further;
After being contained in the described coil paper in described coil paper spatial accommodation and using up, described paper-feed moves back to described paper feed holding fix from described paper feed activation point further.
8. paper storehouse according to claim 7 paper feed mechanism, is characterized in that, comprise further:
Coil paper waiting space, its be positioned at described coil paper put into mouth outside and for the described coil paper being housed to described coil paper spatial accommodation such as holding;
Coil paper discharge orifice, it is communicated with described coil paper spatial accommodation and for discharging the described coil paper after paper.
9. paper storehouse according to claim 8 paper feed mechanism, is characterized in that, comprise further:
First inductor, for responding to the described coil paper held in described coil paper spatial accommodation;
Second inductor, for dropping on the described end of the described coil paper of described paper launching position under responding to;
3rd inductor, for responding to the described end of the described coil paper arriving described paper feed take-off location;
4th inductor, for sensing the paper surplus of described coil paper;
And, controller, it is electrically connected with described first inductor, described second inductor, described 3rd inductor and described 4th inductor, in order to movement and the rotation of paper pushing roller according to the induction output control of described first inductor, described second inductor and described 3rd inductor, the movement of paper-feed and rotation according to the induction output control of described 3rd inductor and described 4th inductor, and coil paper discharge orifice and described coil paper are put into opening of mouth and close according to the induction output control of described 4th inductor.
10. a figure Photomechanical printing apparatus, is characterized in that, comprises paper storehouse and the paper storehouse paper feed mechanism according to any one of claim 6 to 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410212183.3A CN104003227B (en) | 2014-05-20 | 2014-05-20 | Paper storehouse dress mechanism of paper and paper storehouse paper feed mechanism and figure Photomechanical printing apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410212183.3A CN104003227B (en) | 2014-05-20 | 2014-05-20 | Paper storehouse dress mechanism of paper and paper storehouse paper feed mechanism and figure Photomechanical printing apparatus |
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| CN104003227B true CN104003227B (en) | 2016-03-02 |
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| CN201410212183.3A Active CN104003227B (en) | 2014-05-20 | 2014-05-20 | Paper storehouse dress mechanism of paper and paper storehouse paper feed mechanism and figure Photomechanical printing apparatus |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH05142894A (en) * | 1991-11-18 | 1993-06-11 | Ricoh Co Ltd | Paper feeding device |
| JP2006182516A (en) * | 2004-12-28 | 2006-07-13 | Canon Inc | Rolled sheet feeding device and recording device |
| JP2007314318A (en) * | 2006-05-26 | 2007-12-06 | Asahi Machinery Ltd | Device and method for semi-automatically splicing and continuously delivering roll paper |
| CN102050355A (en) * | 2009-11-02 | 2011-05-11 | 南通惠通纺织器材有限公司 | Full-automatic card clothing packing paper machine |
| JP5462297B2 (en) * | 2012-02-15 | 2014-04-02 | 東芝テック株式会社 | Paper storage device and printer |
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Effective date of registration: 20170712 Address after: 518000. 7, 302 and 9, 102, Ji Shengchang Industrial Zone, road, Buji street, Longgang District, Guangdong, Shenzhen Patentee after: Shenzhen still color printing packing Co., Ltd. Address before: 215011 Zhujianglu Road high tech Zone, Jiangsu, No. 169, Patentee before: Suzhou Jiashida Optronics Co., Ltd. |