CN1225888A - Automatic paper-feeding apparatus paper feeder - Google Patents
Automatic paper-feeding apparatus paper feeder Download PDFInfo
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- CN1225888A CN1225888A CN 99100448 CN99100448A CN1225888A CN 1225888 A CN1225888 A CN 1225888A CN 99100448 CN99100448 CN 99100448 CN 99100448 A CN99100448 A CN 99100448A CN 1225888 A CN1225888 A CN 1225888A
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- paper
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- paper feeding
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Abstract
An automatic paper-feeding apparatus of paper feeder can feed various papers of different thickness, even envelope, mail of self-bonding type and small book by mode of one sheet one time during limiting range of the paper thickness, separating the bottom sheet from the whole stacks. The device includes a side plate, paper-feeding rollers, a boundary adjusting plate, a stopping bar, a separating device, superposition rollers, a first to a fifth drive device and a first and second sense control device. The invention can separate the bottom sheet from the whole stacks correctly.
Description
The present invention relates to a kind of automatic paper-feeding apparatus paper feeder, the kinematic velocity of controlled paper path of this kind device and paper will be opened at the end from whole and separate in folded.One of flash liberation correctly.
The present invention is applicable to the paper of different-thickness, and need not do the adjustment in gap; The different generation of folded thickness weight difference is not also handled or put in order to the method because of paper surface different.
Traditional bottom dexter feeder means one with one folded as things such as big envelope and paper, sends into the device of treater in mode in proper order.And following feature is arranged at commercial bottom dexter feeder commonly used:
1. the leading edge of being opened by whole stacker contacts with the paper feeding roller;
2. a mechanical sluice gate that forms by paper feeding roller and its upper element, sluice gate can individual transmits by operator's furnishing, does not so no doubt have many parts and pinches or lack the situation of sending, and also can be avoided the situation of crooked paper feeding by the lateral margin of adjusting paper;
3. speed and position when driving the paper feeding roller and do not have suitable feedback mechanism to control paper sheet delivery with motor.
Moreover following factors can significantly influence the paper sheet thickness of above-mentioned sluice gate impression:
1. wait to carry the weight of the whole stacker in paper top: because whole stacker is opened the gravity of the paper that acts on bottom surface, when causing the top heavy more, the bottom surface paper is thin more.
2. the initial dress of paper is buckled state: the initial dress of paper is buckled state may be curled into paper three-dimensional propeller shape, and its irregular curved surface makes the meaning of linear edge thickness of paper sheet thickness unrealistic.
3. the physical property of paper: the aqueous ingredients of paper can have a strong impact on the physical property of paper, and the aqueous ingredients of paper causes absorbing or discharging moisture content because of the ambient temperature and the humidity of its storage in air.
The paper feeding roller bears the part weight that whole stacker is opened, and when gap that the paper of the bottom forms between by the paper feeding roller, can experience one powerful pulling force, if this pulling force inequality imposes on entire paper, can produce the situation of paper sheet askew.It is to utilize one group of side guide that tradition is revised crooked measure, limits the sideway movement of paper.Above-mentioned side guide makes paper be a square breach by gap area, and it highly is a thickness.Bottom paper to be sent bears two bursts of strength: one is the friction force from the whole stacker Zhang Chongliang generation in top, and another is the pulling force from below paper feeding roller.The shortcoming of said method maximum is a deficient in stability.Any influence treats that leading edge and above-mentioned square breach that paper feeding is opened align, and all can produce to lack to send or situation that many parts are carried secretly.Especially, because of the paper feeding roller surface very easily weares and teares, laying dust, these situations act on the pulling force of paper in the time of all can having a strong impact on the motion of paper feeding roller.
Main purpose of the present invention provides a kind of automatic paper-feeding apparatus paper feeder, comprise several special spring elements in its paper separation assembly, can influence the straight line path of paper feeding process, make between bottom paper and the paper feeding set of rollers mat one friction force contact combination, to isolate outside whole stacker opens.
Another object of the present invention provides a kind of automatic paper-feeding apparatus paper feeder, comprises a drawable formula paper separating device in its assembly, can be fit to the paper paper feeding demand of different-thickness.
The 3rd purpose of the present invention provides a kind of automatic paper-feeding apparatus paper feeder, includes two photosensors in its assembly, can detect the leading edge of sending into paper, and utilizes detection signal to speed the paper transfer rate.
A further object of the present invention provides a kind of automatic paper-feeding apparatus paper feeder, and its assembly can produce at the beginning/suspend action in the paper feeding zone, makes it because of causing inertial separation action in acceleration or the moderating process, to separate paper.
Another purpose of the present invention provides a kind of automatic paper-feeding apparatus paper feeder, and a cover plate paper feeding zone is arranged in its assembly, can alleviate whole stacker and open the strength that presses down that imposes on the bottom paper, and paper is separated easily.
Another object of the present invention provides a kind of automatic paper-feeding apparatus paper feeder, and its assembly can utilize a deflection shell fragment to make paper form the deformation energy that concavo-convex transfer path and damping roller can provide base stock to open.
Automatic paper-feeding apparatus paper feeder of the present invention comprises: the side plate of the main support body of a pair of formation; A paper feeding set of rollers, paper feeding set of rollers are between side sheet room, and each roller has a rough surface, and are fixed on the adjacent Roller Shaft, and each roller pivots; First actuating device, this actuating device transmission one first paper feeding set of rollers to the paper feeding set of rollers that rotatablely moves; Second actuating device, this actuating device transmission one rotatablely moves by first actuating device to the paper feeding set of rollers; Boundary is adjusted plate, and this adjustment plate can guide the leading edge of paper with a rough surface, and causes the function that stops to readjust; One stops bar, and the bottom of stopping bar comprises a damping roller; One disengagement gear is drawable formula, and is positioned on the paper feeding set of rollers.
Dexter feeder initiatively paper feeder also comprises: overlap set of rollers, wherein comprise a rotatable coincidence roller and that is fixed in the top rotating shaft and be fixed in the rotatable coincidence roller of bottom rotating shaft, the two is installed on the main side plate with overlap mode; The 3rd actuating device, this device transmit one and rotatablely move to above-mentioned coincidence paper feeding set of rollers than top; Four-drive device, this device transmit one and rotatablely move by the 3rd actuating device to rotating shaft; The 5th actuating device, this device transmit one and rotatablely move and be transferred to coincidence paper feeding set of rollers than the lower part by third and fourth actuating device; Above-mentioned coincidence set of rollers is with the paper feeding of individual drive mode.
Automatic paper-feeding apparatus paper feeder also comprises: first sensing-controlling device, this device are located between the first paper feeding set of rollers and the contiguous roller; Second sensing-controlling device, this device are located between rotating shaft and the coincidence roller than the bottom.First sensing-controlling device can be detected the leading edge of paper and control the spinning movement that overlaps set of rollers, and second sensing-controlling device can be detected and guide the leading edge of paper make its roller set of rollers of stopping when bumper is continued rotation, and second sensing-controlling device can chase after the trailing edge of vertical paper, continue paper feeding with convenient.
Disengagement gear in the automatic paper-feeding apparatus paper feeder comprises a plurality of diaphragm plates, places on the paper feeding set of rollers, and each diaphragm plate is respectively with a spring leaf.
The paper feeding track is concavo-convex wavy, so that the strain energy of crooked paper to be provided.
The paper feeding district that one caping is arranged includes a coarse panel, disengagement gear and makes the paper feeding set of rollers of paper bending.
The kinematic velocity of may command paper path of the present invention and paper will be opened at the end from whole and separate in folded, and once only separate one, not exist to lack the condition of sending or give a present more.The present invention is suitable for the paper of different-thickness, need not make adjust the clearance, and is not subjected to the influence of paper surface state and whole folded thickness weight.
Description of drawings:
Fig. 1 is a three-dimensional exploded view of the present invention;
Fig. 2 is a schematic cross-section of the present invention;
Fig. 3 is the part enlarged drawing of Fig. 2 of the present invention;
Fig. 4 is the action scheme drawing of paper feeder of the present invention and paper;
Fig. 5 (A) is that to Fig. 5 (C) paper is by first scheme drawing that separates sluice gate SP1;
Fig. 6 (A) is that to Fig. 6 (C) paper is by second scheme drawing that separates sluice gate SP2;
Fig. 7 separates sluice gate displacement timing diagram for paper separates sluice gate and second by first.
The figure number explanation:
1. actuating device 1
11 drive pulley
12 drive pulley
13 drive belts
2. actuating device 2
21 drive pulley
22 drive pulley
23 drive pulley
24 drive pulley
25 drive pulley
26 drive belts
27 drive belts
28 drive belts
29 drive belts
3. driven wheel 3
31 drive pulley
32 drive pulley
33 drive belts
4. actuating device 4
41 driven wheels
42 gears
43 pulleys
44 drive belts
5. actuating device 5
51 drive pulley
52 pulleys
53 drive belts
60 overlap plate
61 subplates 1
61 ' subplate 2
62 tops overlap roller
62 ' top overlaps Roller Shaft
63 bottoms overlap roller
63 ' bottom overlaps Roller Shaft
66 springs 1
66 ' spring 2
67 holes 1
67 ' hole 2
68
70 stops
71 stop bar
72 chamfer guiding block
73 bumpers
74 guidance axis
741 second protrusions
742 holes
743 stay bearing plates
75 guidance axis
751 first protrusions
752 holes
753 stay bearing plates
8 mainboards 1
8 ' mainboard 2
9 disengagement gears
90 horizontal plates
91 plates
92 plates
93 plates
G4 gap 4
R1 paper feeding roller 1
R2 paper feeding roller 2
R3 paper feeding roller 3
R4 paper feeding roller 4
R5 paper feeding roller 5
R1 ' paper feeding Roller Shaft 1
R2 ' paper feeding Roller Shaft 2
R3 ' paper feeding Roller Shaft 3
R4 ' paper feeding Roller Shaft 4
R5 ' paper feeding Roller Shaft 5
The invention will be further described below in conjunction with accompanying drawing:
Please refer to Fig. 1, each device of the present invention paper path that is placed in, its design goal is that oneself peels off a weigh stacker of 10 pounds with bottom paper.Begin from going into lock, more than roller R3, establish a firm sheet and a spring.The tangent line of roller R5 to R1 then forms paper path; And the crack is G1 between firm sheet and the roller R3, and clearance G 1 is kept several paper sheet thickness usually, and the paper path is touched on the top of spring SP 1 hardly on the paper trace.
Device on roller R2 is with similar on R3.Its seperator device is drawable formula.The device of roller R1 is for being fixed on the machinery frame, but its vertical adjustment only, and nationality is to control gap 3.Gap 3 and bumper/coincidence plate can make the leading edge of paper depart from, and enters the coincidence roller.Bumper is the former circular element that overlaps on the sheet 60 that is positioned at, and the gap of gap 3 and bumper/coincidence plate is G4; The gap thickness of G1 to G4 is all greater than paper thickness.
Roller R1 to R5 all connects a motor (as stepping motor) and guarantees identical linear speed, but drives for another separates motor as for overlapping set of rollers.
Two photosensor S1 and S2 can detect the boundary on every side of the paper in the paper feeding process, and preceding stop 70 devices are tiltedly upright sheet, and the periphery that has rough surface (as sand paper) and whole stacker to open contacts.The following bottom of stop reaches steel disc clearance G 1 before this.Whole stacker then is flat on R3, R4, the R5.
If the thickness of paper is 0.01 cun, then G1 and G2 are about 0.06 cun; Roller is about 1.2 cun of diameters, and spring is in the just right-hand 0.25 cun part of sheet lock, and roller system is made by high coefficient of friction material (as rubber).If be used for thick or surpass 0.06 cun thick paper (as booklet), then need use different accessories, the spring leaf of varying strength and set different sluice gate gaps, gap, top.
Fig. 1 and Fig. 2 represent three-dimensional exploded view and schematic cross-section respectively.A device that send of this invention is that the paper of the bottom is sent into, and once only send one, and set of rollers R5 to R1 is individually fixed in Roller Shaft R5 ' to R1 ', so that whole stacker Zhang Ping places on the set of rollers.One stop bar 71 be positioned at roller R1 directly over, and simultaneously between guidance axis 74,75, guidance axis 74,75 is fixed between a pair of paper feeding support body 81; Paper feeding support body 81 then be individually fixed in mainboard 8 and 8 ' inside face.There is a salient 751 upper end of stopping bar 71, and in the position of lower middle one second salient 741 is arranged.Salient 751 and 741 respectively has a seam or hole 752,742 to allow guidance axis 75 and 74 pass, so that adjust the displacement of the vertical direction of stopping bar 71.That is to say, can be between the gap of stopping bar 71 and paper feeding roller R1 by the operating personal adjustment.Plate 70 is a rough surface, places the top of paper feeding roller R3.Two stay bearing plates 753 and 743, wherein 753 to 743 is short, is vertically to be placed in the back of plate 70 and to place respectively on the axle 75,74, so that plate 70 suspention guidance axis 75 and 74 and form a sloping shape.72 of one guiding blocks of chamfering place stop bar 71 than the lower end, to promote the smooth and easy of paper feeding process.One bumper 73 is fixed in damper shaft 73 ' be set up in the centrifugal and adjustable perfect square formula bottom of salient 741.
Disengagement gear 9 described in Fig. 2 and Fig. 3.The modes of emplacement of disengagement gear 9 is as follows: 91 upper surface at one end of plate directly place under the rough surface plate 70; The superficies of plate 93 with stop bar 71 and contact.The upper part of the guiding block 72 of chamfering places the top of set of rollers R3, R2, R1.Thus, between plate 91,92 and roller R3, the R2 and chamfer and form clearance G 1, G2, G3 respectively between guiding block 72 and the roller R1.
Paper feeding roller R1 and roller R1～R5 are respectively first actuating device 1 and second actuating device 2 drives.First actuating device 1 comprises a motor M 1, drive pulley 11,12 and a drive belt 13.Drive drive pulley 11,12 and place the outside face of mainboard 8 with drive belt 13.Motor M 1 is to be fixed in the inside face of mainboard 8 and to be passed to drive pulley 11 by axle drive shaft M1 ', is reached drive pulley 12 and is finished preliminary transmission action by the axle R1 ' that passes to the paper feeding roller R1 in mainboard 8 again.And comprising one group of drive pulley 21,22,23,24,25 at second actuating device 2 of mainboard 8 outside faces, placement location is respectively the axle R1 '～R5 ' extension among paper feeding roller R1～R5, but so then transmission drive pulley 21,22,23,24,25.And drive belt 26,27,28,29 is respectively to be attached on the drive pulley 21 and 22,22 and 23,23 and 24,24 and 25.Can drive paper feeding set of rollers R1 rotation in case power supply reaches motor M 1, the first actuating device 1, and further be with second actuating device 2, make set of rollers R1～R5, transmit the paper that rolls on the paper group also with equidirectional constant speed rotation.
One overlaps set of rollers places one to send before the roller R1, and it comprises a bottom and overlaps set of rollers, its be with axle 64 place with axial manner and mainboard 8 and 8 ' between rotatable; A pair of subplate 61,61 ' mainboard 8 and 8 ' between axle 64 on, the bottom overlap roller 63 be fixed in the bottom in overlap Roller Shaft 63 ' and subplate 61 and 61 ' between rotatable, top overlaps 62 of set of rollers above the bottom overlaps roller 63.The bottom overlap set of rollers 63 with a pair of spring 66 and 66 ' connections place respectively subplate 61 and 61 ' reach mainboard 8 and 8 ' between.Spring 66 and 66 ' two ends one uncinus is arranged.One end hook live subplate 61 and 61 ' hole 67,67 '; The other end then hooks one in the slotted eye (not drawing among the figure) of side, one overlap plate 60 be placed horizontally at mainboard 8 and 8 ' between, and under bumper 73.
Overlapping set of rollers system is driven by the 3rd actuating device 3, four-drive device 4, the 5th actuating device 5.The 3rd actuating device 3 is positioned on the outside face of mainboard 8, comprises a motor M 2, drive pulley 31,32 and a drive belt 33; And drive with drive belt 33 and to drive pulley 31,32.The axle drive shaft M2 ' of motor M 2, can drive drive pulley 31 and extend to the outer coincidence Roller Shaft 62 of mainboard 8 '.Power supply is reached motor M 2, and drive pulley 32 drives drive pulley 32 with axle rotation mode and rotation drive belt 33, and coincidence roller 62 also rotates with equidirectional.Four-drive device 4 comprises one from being fixed in mainboard 8 ' and the drive pulley 43 of extended axle 68 terminals and gear 42 that a drive belt 44 drives.One driven wheel 41 be fixed in top overlap Roller Shaft 62 ' terminal to cause the running of a synchroneity.Actuating device 5 comprise one be fixed in the bottom extend to subplate 61 outer overlap Roller Shaft 63 ' the drive pulley 51 on top, pulley 52 is fixed in the terminal that extends to the outer axle 68 of subplate 61, and drives drive belt 53 by an actuating device and drive.Power supply reached motor M 2 after 3,4,5 68 of actuating devices, can rotate respectively then that top overlaps roller 62 and the bottom overlaps roller 63.
Photosensor S1 and S2 system place the position between paper feeding set of rollers R1 and R2 axle 64 and the bottom coincidence roller 63, to detect the leading edge of paper simultaneously; And S1 and S2 are individually fixed in a S1 ' and S2 '.
Fig. 4 represents that paper forms concavo-convex paper path figure, and its detailed process is described below:
A. the paper path of representing the set of rollers R1 to R3 that paper is made by friction material, open electric power rear motor M1 begin the action, and rotation drives the paper feeding of paper feeding set of rollers in a clockwise direction, and the friction force effect between paper and the R1 to R3 can overlap set of rollers 62 and 63 to the paper migration;
B. the point of guiding block 72 and set of rollers R1 is chamfered in expression, this moment paper to separate through three times, can increase bottom paper by set of rollers 62 and 63, and surplus one probability only;
C. represent that paper passes through the crooked path between clearance G 3 and the G4, its crooked kenel is owing to chamfer the non-horizontal phase that guiding block 72 and bumper 73 cause;
D. represent the rough surface of paper in bumper 73, it is to be positioned to chamfer the position on the low side of guiding block 72, to cause one and chamfer the inclined-plane phase place of guiding block 72.But, will on bumper 73, provide an active drag if paper reaches the situation that bumper 73 has dual paper feeding before; Prevention is drawn by overlapping set of rollers 62,63 than the paper of upper strata paper up to bottom;
E. represent paper in the smooth surface that overlaps plate 60, drawn by before overlapping set of rollers 62,63 that paper system keeps the maidenliness state at it.
Operating principle:
When the leading edge of paper on roller R3, behind the roller setting in motion, will be with several paper by G1, its paper number relies parameter such as the surface nature, shape, size of paper to determine.But the design of G1 will allow plurality of sheets of paper pass through simultaneously exactly.Secondly nationality by disengagement gear 9 define width, roller R3 defines the straight line path before paper arrives shell fragment SPI.Because the leading edge boundary of paper is not born whole stacker weight W lock G1 outside in lock G1, this limited number will be by G1, and reaches shell fragment SPI, and pushes to reach and pass through shell fragment SPI.With reference to figure 5, the spring of slight deflection will make the straight line path skew of bottom paper or cause the paper bending distortion, and the generation of this distortion needs external energy, and this energy also stores with paper distortion.
Bottom paper (#1) directly contacts with squeegee, and obtains energy from roller, and these are different with the paper that acts on other non-bottom (#2).The energy system that #2 obtained is produced by the static friction of the paper (#2) of the bottom paper (#1) and the non-bottom; If the energy that produces through static friction overcomes all resistances inadequately, then the paper of the non-bottom (#2) will be blocked in the lock of shell fragment SPI, and with reference to figure 5, it is the free body figure of paper by spring plate SPI.
In a word, want one to reach or many transmission simultaneously, must overcome following each power from the made energy that roller obtained of elastomeric material:
A. the kinetic force of friction that between between paper and paper, relatively moves and produce;
B. the delay power of spring;
C. make the strain energy of spring periphery paper bending;
D. the acceleration/accel of mobile device and deceleration/decel.
Except the paper of the bottom, if the static friction force between each paper will make paper stop paper and carry required less than it; And, when the set down weight of paper is very big,, will produce the situation that paper pinches if can't effectively control because static friction is usually above dynamic friction.
Can't stop plurality of sheets of paper fully based on the SPI on the R3 and open, on R2, establish a repetition lock 3 and make paper control more complete.Remove this, nationality can enter paper front edge the coincidence roller by the made bumper of friction material.
In the paper feeding cyclic process, producing between G1 and G3 has a limited area, so that paper front edge deflection vertically.There is the bevelled rough surface to be designed to be used for alleviating whole stacker Zhang Chongliang or lower paper transfer carrying secretly of process.
Ground of equal importance, provide a roller control setup in above-mentioned limited area, it is a unlatching/park mode, this pattern will provide whole stacker to open and quicken institute's energy requirement, and in the paper feeding cyclic process, provide shock energy, this shock energy is enough to make the several Zhang Songdong on the bottom paper, because the may command motion adds that inductor is so can make the many functions of control except that individual.
The current impulse of Fig. 7 table one driven roller stepping motor, initial current makes stepping motor entry into service, failure of current that stepping motor is stopped.In the gap of G1 and G2, because the effect of SP1 and SP2 separates the leading edge of paper; If operated N unlatching/time-out action,, acceleration and speed-down action separate owing to causing whole stacker to open with bottom paper generation vibrations.Its unlatching/time-out action also will cause system's paper feeding efficient to reduce.Provide a method that can cut the waste paper feeding time at this, promptly utilize the signal between S1 and the S2.In the whole paper feeding circulation, establishing the paper initial weight is W, its pulse count N=N0.Expression is also transmitted and is monitored the continuous impulse number of paper feeding speed by S1 and S2, increases as paper feeding speed, represent to descend the bottom paper to be subjected to less " draw " most, but nationality is widened the minimizing pulse number with pulse time τ; Its net effect is for increasing paper by the speed between G1 and the G2.
More than the present invention is described in detail, described only is preferred embodiment of the present invention, can not limit scope of the present invention.All equalizations of being done according to the present patent application scope change and modify, the scope that all should be still must this creation contains.
Claims (6)
1. an automatic paper-feeding apparatus paper feeder is characterized in that: wherein comprise
The side plate of the main support body of a pair of formation;
One paper feeding set of rollers, it is between side sheet room, and each roller has a rough surface, and is fixed on the adjacent Roller Shaft, and each roller system pivots;
One first actuating device, it is to transmit first a paper feeding set of rollers that rotatablely moves to the paper feeding set of rollers;
One second actuating device, it is to transmit one to rotatablely move by first actuating device to the paper feeding set of rollers;
One boundary is adjusted plate, is can guide the leading edge of paper with a rough surface, and causes the function that stops to readjust;
One stops bar, and its bottom comprises a damping roller;
One disengagement gear, it is drawable formula, and is positioned on the paper feeding set of rollers.
2. automatic paper-feeding apparatus paper feeder as claimed in claim 1 is characterized in that: also comprise
One overlaps set of rollers, wherein comprises revolved a coincidence roller and that is fixed in the top rotating shaft and is fixed in the revolved coincidence roller of bottom rotating shaft, and the two is installed on the main side plate with overlap mode;
One the 3rd actuating device, it is to transmit one to rotatablely move to above-mentioned coincidence paper feeding set of rollers than top;
One four-drive device, it is to transmit one to rotatablely move by the 3rd actuating device to rotating shaft;
One the 5th actuating device, it is to transmit one to rotatablely move to the coincidence paper feeding set of rollers that is transferred to by third and fourth actuating device than the lower part;
Above-mentioned coincidence set of rollers system is with the paper feeding of individual drive mode.
3. automatic paper-feeding apparatus paper feeder as claimed in claim 2 is characterized in that: also comprise
One first sensing-controlling device, it is to place between the first paper feeding set of rollers and the contiguous roller;
One second sensing-controlling device, it is to place between rotating shaft and the coincidence roller than the bottom;
The first above-mentioned sensing-controlling device can be detected the leading edge of paper and control the spinning movement that overlaps set of rollers; And second sensing-controlling device can be detected and guide the leading edge of paper make its roller set of rollers of stopping when bumper is continued rotation, and second sensing-controlling device can chase after the trailing edge of vertical paper, continues paper feeding with convenient.
4. automatic paper-feeding apparatus paper feeder as claimed in claim 1 is characterized in that: its disengagement gear comprises most diaphragm plates, places on the paper feeding set of rollers, and each diaphragm plate is respectively with a spring leaf.
5. automatic paper-feeding apparatus paper feeder as claimed in claim 1 is characterized in that: its paper feeding track is concavo-convex wavy, so that the strain energy of crooked paper to be provided.
6. automatic paper-feeding apparatus paper feeder as claimed in claim 1 is characterized in that: the paper feeding zone that it has a caping includes a coarse panel, disengagement gear and makes the bent paper feeding set of rollers in the curved district of paper.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US1724898A | 1998-02-02 | 1998-02-02 | |
| US09/017,248 | 1998-02-02 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1225888A true CN1225888A (en) | 1999-08-18 |
Family
ID=21781560
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 99100448 Pending CN1225888A (en) | 1998-02-02 | 1999-01-29 | Automatic paper-feeding apparatus paper feeder |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JPH11255347A (en) |
| CN (1) | CN1225888A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1315708C (en) * | 2003-09-03 | 2007-05-16 | 株式会社东芝 | Paper sheet separation and transfer apparatus |
| CN112193870A (en) * | 2020-09-27 | 2021-01-08 | 重庆三创印刷有限公司 | Printing device with anti-jamming function |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101438741B1 (en) * | 2012-08-20 | 2014-11-03 | 평 산 문 | sheet feeding device |
-
1999
- 1999-01-25 JP JP1580499A patent/JPH11255347A/en not_active Withdrawn
- 1999-01-29 CN CN 99100448 patent/CN1225888A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1315708C (en) * | 2003-09-03 | 2007-05-16 | 株式会社东芝 | Paper sheet separation and transfer apparatus |
| CN112193870A (en) * | 2020-09-27 | 2021-01-08 | 重庆三创印刷有限公司 | Printing device with anti-jamming function |
| CN112193870B (en) * | 2020-09-27 | 2022-10-28 | 重庆三创印刷有限公司 | Printing device with anti-jamming function |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH11255347A (en) | 1999-09-21 |
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| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C01 | Deemed withdrawal of patent application (patent law 1993) | ||
| WD01 | Invention patent application deemed withdrawn after publication |