CN102311005B - Paper taking module for automatic paper feeding device - Google Patents
Paper taking module for automatic paper feeding device Download PDFInfo
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- CN102311005B CN102311005B CN201010222596.1A CN201010222596A CN102311005B CN 102311005 B CN102311005 B CN 102311005B CN 201010222596 A CN201010222596 A CN 201010222596A CN 102311005 B CN102311005 B CN 102311005B
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Abstract
The invention relates to a paper taking module for an automatic paper feeding device. The paper taking module comprises a driving shaft, a driving shaft sleeve arranged on the driving shaft, a paper taking active roller arranged on the driving shaft, a paper taking shaft sleeve arranged on one side of the paper taking active roller, and a sliding sleeve sleeved on the paper taking shaft sleeve. When the paper taking module is driven, the driving shaft sleeve driven by the driving shaft rotates to push the sliding sleeve. The pushed sliding sleeve approaches the paper taking shaft sleeve and pushes the paper taking shaft sleeve, so that the paper taking active roller and the paper taking shaft sleeve synchronously rotate to feed a file at a paper taking speed. When the file is fed at a paper feeding speed higher than the paper taking speed, the file drives the paper taking active roller to rotate, and the paper taking shaft sleeve rotates to push the sliding sleeve, so that the sliding sleeve moves far away the paper taking shaft sleeve to avoid disturbing the feeding of the file. Based on the characteristics, the paper taking module can avoid the overhigh load of the automatic paper feeding device.
Description
Technical field
The present invention is about a kind of automatic paper feeder, especially the paper taking module of automatic paper feeder.
Background technology
Early stage scanner unit only can scan the image of individual file, when user's wish scanning one folded file, must scan after a file in scanner unit, take out the file scanned and place next file on scanner unit to carry out the scanning of next file.Too to bother in view of manual alternate file, therefore develop on the market automatic paper feeder, coordinate scanner unit to use the scanning that does not need manual alternate file and can complete a folded file, the two-sided scanning of file even.
Generally speaking, automatic paper feeder is all provided with a paper taking module, in order to a folded file is fed to and is moved to enter in automatic paper feeder toward a paper feed direction from the feeding box of placing file, structure about paper taking module refers to Fig. 1, the structural representation of its paper taking module that is existing automatic paper feeder.Paper taking module l0 comprises that an axle drive shaft 101, is got paper driving roller 102, a driving roller axle sleeve 103, a driving gear element 104, one initiatively coil spring 105, a driven axle 106, are got the passive roller axle sleeve 108 of the passive roller 107, of paper, a ring gear element 109, transmission gear 110 and a passive coil spring 111.
The passive roller axle sleeve 108 that is positioned at a side of ring gear element 109 is arranged on driven axle 106 and not and rotates along with the rotation of driven axle 106.Passive coil spring 111 is between passive roller axle sleeve 108 and ring gear element 109, the first end 1111 of passive coil spring 111 is sheathed on passive roller axle sleeve 108, and the second end 1112 of passive coil spring 111 is sheathed on ring gear element 109 and connects passive roller axle sleeve 108 and ring gear element 109.Get on passive roller 107 driven axles 106 of paper and along with the rotation of driven axle 106, do not rotate, get the passive roller 107 of paper and be positioned at a side of passive roller axle sleeve 108 and be connected with passive roller axle sleeve 108, make to get the passive roller 107 of paper and synchronize rotation with passive roller axle sleeve 108.
When automatic paper feeder wants to carry out being fed to of many parts of files, paper taking module 10 contacts with first file (not being shown in figure) of the top in many parts of files, and engine installation drives axle drive shaft 101 and it is rotated toward the first hand of rotation C1, the driving gear element 10 being fixedly arranged on axle drive shaft 101 also rotates and drives driving roller axle sleeve 103 toward the first hand of rotation C1, makes 103 drives of driving roller axle sleeve get paper driving roller 102 and rotates toward the first hand of rotation C1.On the other hand, when driving gear element 10 rotates toward the first hand of rotation C1, driving gear element 104 also drives transmission gear 110, makes to transmit gear 110 and rotates toward the second hand of rotation C2.Ring gear element 109 is transmitted gear 110 and drives and rotate toward the first hand of rotation C1, and drives passive roller axle sleeve 108 to rotate, and the passive roller 107 of paper of getting that is connected in passive roller axle sleeve 108 is also rotated toward the first hand of rotation C1.Thus, 10 of paper taking modules can one be got chart speed degree and are fed to the first file and enter in automatic paper feeder.
Generally speaking, have a paper feed roller (not being shown in figure) in automatic paper feeder, in order to be fed to many parts of files with a paper feed speed, wherein paper feed speed is greater than and gets chart speed degree.When the first file is fed, enter in automatic paper feeder and the front end of the first file and paper feed roller contact and while being fed, paper feed roller is fed to the first file with paper feed speed, and the rear end of the first file still contact with paper taking module 10.Because being greater than, paper feed speed gets chart speed degree, make the front end of the first file drag its rear end, and the rear end of the first file drags gets paper driving roller 102 and makes its rotation, now, get paper driving roller 102 and synchronize with driving roller axle sleeve 103 and rotate toward the first hand of rotation C1, and driving gear element 104 does not rotate and do not hinder the rotation of getting paper driving roller 102.When the first file is fed and leaves paper taking module 10, paper taking module 10 contacts with the second file of many parts of files and is fed to the second file.
In paper taking module l0 by active coil spring 105 and passive coil spring 111 and make to get paper driving roller 102 and get the passive roller 107 of paper and only can carry out the rotation of the first hand of rotation C1, its object is to forbid getting paper driving roller 102 and gets the passive roller 107 of paper and rotate to avoid many parts of files to move toward the direction of leaving automatic paper feeder toward the second hand of rotation C2, and therefore initiatively coil spring 105 and passive coil spring 111 are quite important.Yet, the tight Shu Lihui that initiatively coil spring 105 and passive coil spring 111 provide makes driving roller axle sleeve 103 and gets the passive roller 107 of paper to need larger strength to make its rotation, therefore engine installation must be exported larger power, just can make paper taking module 10 runnings, and cause the load of automatic paper feeder overweight.
Summary of the invention
Object of the present invention is providing a kind of overweight paper taking module of load of avoiding automatic paper feeder.
In a preferred embodiment, the invention provides a kind of paper taking module of automatic paper feeder, in order to be fed to a file, enter this automatic paper feeder, this automatic paper feeder comprises a paper feed roller, this paper taking module comprises:
One axle drive shaft;
One propeller shaft sleeve, is fixedly arranged on this axle drive shaft and with this axle drive shaft and synchronizes and rotate; And
One gets paper driving roller, be arranged on this axle drive shaft and do not synchronize with this axle drive shaft and rotate, in order to contact with this document and to be fed to this document, this is got paper driving roller and has the reel of getting cover, is arranged at this one end of getting paper driving roller and gets paper driving roller with this to synchronize and rotate;
One slip cap, is sheathed on this and gets that reel puts and with respect to this, get reel cover and slide, and this slip cap does not contact with this axle drive shaft; While wherein driving this propeller shaft sleeve to rotate when this drive shaft turns, this propeller shaft sleeve pushes against this slip cap, this is slidably socketed is bordering on this and gets reel cover, and this slip cap rotates and pushes against this and get reel cover, make this get paper driving roller and get reel cover with this and synchronize rotation and with one, get chart speed degree and be fed to this document; And when this document and this paper feed roller contact and when being greater than this paper feed speed of getting chart speed degree and being fed, this document drives this to get paper driving roller and rotates, and this gets reel cover and rotates and push against this slip cap, makes this slip cap be away from this and gets reel cover.
In a preferred embodiment, this is got reel cover and has the paper of getting inclined-plane, this is got between paper inclined-plane and this axle drive shaft has an angle, and this is got paper inclined-plane and gets that paper driving roller extends and form parallel with this axle drive shaft one and get paper stop section toward being away from this along this axle drive shaft, and this slip cap has a slide bumping and a sliding bevel, this slide bumping is positioned at one end of this slip cap, and this sliding bevel is positioned at an other end of this slip cap, between this sliding bevel and this axle drive shaft, there is this angle, and this sliding bevel extends and a formation slip stop section parallel with this axle drive shaft toward get paper driving roller close to this along this axle drive shaft, and it is complementary that this sliding bevel and this are got paper inclined-plane, it is complementary that this slip stop section and this are got paper stop section.
In a preferred embodiment, this propeller shaft sleeve has a driving inclined-plane and and drives projection, when this axle drive shaft driven and when this propeller shaft sleeve is rotated, this driving inclined-plane pushes against this slide bumping and makes this slide bumping get reel cover close to this, and this driving projection pushes against this slide bumping and this slide bumping is rotated, this slip stop section pushes against this and gets paper stop section and make this get paper driving roller to rotate to be fed to this document; When this document is fed to this paper feed speed by this paper feed roller, this document is got paper driving roller with this and is contacted and drive this to get the rotation of paper driving roller, this is got reel cover and gets paper driving roller with this and synchronize and rotate, and this is got paper inclined-plane and pushes against this slip cap and make this slip cap be away from this to get reel cover.
In a preferred embodiment, when this document is fed to and leaves this and get paper driving roller by this paper feed roller, and when this is got paper driving roller and is not driven by this document and stop operating, this driving inclined-plane pushes against this slide bumping and makes this slide bumping get reel cover close to this, and this driving projection push against this slide bumping by and this slide bumping is rotated, this slip stop section pushes against this and gets paper stop section and make this get paper driving roller to rotate to be fed to next file.
In a preferred embodiment, this drives inclined-plane and this driving projection and this propeller shaft sleeve one-body molded.
In a preferred embodiment, this is got paper inclined-plane and this and gets paper stop section and this to get reel cover one-body molded, and this sliding bevel, this slide bumping and this slip stop section and this slip cap are one-body molded, and this is got reel and overlaps that to get paper driving roller one-body molded with this.
In a preferred embodiment, this automatic paper feeder also comprises:
One engine installation, in order to provide a power;
One paper feed axle, drives this paper feed roller to rotate through this paper feed roller; And
One gear cluster, is connected in this engine installation, this axle drive shaft and this paper feed axle, in order to reception, from this power of this engine installation, transfers to this axle drive shaft and this paper feed axle.
In a preferred embodiment, this gear cluster comprises:
Pair of lamina gear, is arranged on this axle drive shaft, and this double-layer gear second layer gear of having a ground floor gear and being less than this ground floor gear, and this ground floor gear is connected in this engine installation and transmits this power and gives this axle drive shaft;
One first transmission gear, receives with the engagement of this second layer gear and transmits this power;
One second transmission gear, receives with the engagement of this first transmission gear and transmits this power; And
One the 3rd transmission gear, is arranged on this paper feed axle and transmits this power with this second transmission gear engagement and give this paper feed axle.
In a preferred embodiment, this engine installation is perpendicular to this axle drive shaft, and this engine installation is a motor.
In a preferred embodiment, the paper taking module of automatic paper feeder of the present invention also comprises gets the passive roller of paper and a drive belt, and this drive belt is surrounded on this and gets paper driving roller and this and get the passive roller of paper and make this get the passive roller of paper and get paper driving roller with this and synchronize and rotate.
Based on These characteristics, paper taking module of the present invention can avoid the load of automatic paper feeder overweight.
Accompanying drawing explanation
Fig. 1 is the structural representation of the paper taking module of existing automatic paper feeder.
Fig. 2 is the inner structure schematic diagram of automatic paper feeder of the present invention in a preferred embodiment.
Fig. 3 is the paper taking module of automatic paper feeder of the present invention STRUCTURE DECOMPOSITION figure in a preferred embodiment.
Fig. 4 is the paper taking module of automatic paper feeder of the present invention structural representation in a preferred embodiment.
Fig. 5 is paper taking module plan structure schematic diagram in paper feed state in a preferred embodiment of automatic paper feeder of the present invention.
Fig. 6 is the plan structure schematic diagram that the paper taking module of automatic paper feeder of the present invention is driven in a preferred embodiment.
Wherein, description of reference numerals is as follows:
2 automatic paper feeder 10,20 paper taking modules
21 paper feed roller 22 engine installations
23 paper feed axle 24 gear clusters
101,201 axle drive shafts 102,203 are got paper driving roller
103 driving roller axle sleeve 104 driving gear elements
105 active coil spring 106 driven axles
107,205 get the passive roller axle sleeve of the passive roller 108 of paper
109 ring gear element 110 transmission gears
111 passive coil spring 131 friction wheel inwalls
202 propeller shaft sleeve 204 slip caps
206 drive belt 241 double-layer gears
242 first transmission gear 243 second transmission gears
244 the 3rd transmission gears 1051 are helical spring first end initiatively
The passive helical spring first end of 1052 helical spring the second end 1111 of active
1112 passive helical spring the second ends 2021 drive inclined-plane
2022 drive projection 2031 to get reel cover
2041 slide bumping 2042 sliding bevels
2043 slip stop section 2411 ground floor gears
2412 second layer gear 2022A drive the first surface of projection
2022B drives second 2031A of projection to get paper inclined-plane
2031B gets the first surface of paper stop section 2041A slide bumping
The 3rd of second 2041C slide bumping of 2041B slide bumping
C, C1, C2 hand of rotation D file
The specific embodiment
The invention provides a kind of paper taking module of automatic paper feeder, to solve the deficiency of existing paper taking module.Refer to Fig. 2, it is the inner structure schematic diagram of automatic paper feeder of the present invention in a preferred embodiment.Automatic paper feeder 2 comprises a paper taking module 20, a paper feed roller 21, engine installation 22, paper feed axle 23 and gear cluster 24.Paper feed roller 21, in order to be fed to a file D with a paper feed speed, to be fed file D and to enter in automatic paper feeder 2.Engine installation 22 is in order to a power to be provided, and in this preferred embodiment, engine installation 22 is a motor.Paper feed axle 23 drives paper feed roller 21 to rotate through paper feed roller 21.Gear cluster 24 is connected in engine installation 22 and paper feed axle 23, in order to transmit power.
Next the structure of paper taking module 20 is described, please refer to Fig. 3 and Fig. 4, Fig. 3 is the paper taking module of automatic paper feeder of the present invention STRUCTURE DECOMPOSITION figure in a preferred embodiment, and the structural representation of the paper taking module that Fig. 4 is automatic paper feeder of the present invention in a preferred embodiment.Paper taking module 20 comprises that an axle drive shaft 201, a propeller shaft sleeve 202, are got paper driving roller 203, a slip cap 204, is got the passive roller 205 of paper and a drive belt 206.Axle drive shaft 201 is connected in gear cluster 24 and receives from the power of engine installation 22 and driven, and propeller shaft sleeve 202 is fixedly arranged on synchronizes rotation on axle drive shaft 201 and with axle drive shaft 201.Get paper driving roller 203 and be arranged on axle drive shaft 201 and do not synchronize rotation with axle drive shaft 201, in order to contact and to get chart speed degree feed documents D with one with file D.Get paper driving roller 203 and there is the reel of getting cover 2031, be arranged at get paper driving roller 203 one end and with get paper driving roller 203 and synchronize rotations, in this preferred embodiment, get reel cover 2031 and get paper driving roller 203 one-body molded.Slip cap 204 is sheathed on to be got on reel cover 203 and can slide and rotate with respect to getting reel cover 2031, and slip cap 204 does not contact with axle drive shaft 201 and makes the rotation of slip cap 204 not affected by the rotation of axle drive shaft 201.Get the passive roller 205 of paper and be parallel to and get paper driving roller 203, and drive belt 206 is surrounded on and gets paper driving roller 203 and get the passive roller 205 of paper and make to get the passive roller 205 of paper and get paper driving roller 203 and synchronize rotation.
Please again consult Fig. 2, gear cluster 24 comprises pair of lamina gear 241, one first transmission gear 242, one second transmission gear 243 and one the 3rd transmission gear 244.Double-layer gear 241 is arranged on axle drive shaft 201, and double-layer gear 241 has a ground floor gear 2411 and a second layer gear 2412, ground floor gear 2411 is connected in engine installation 22 and transmission power gives axle drive shaft 201, and ground floor gear 2411 is greater than second layer gear 2412.As seen from Figure 2, engine installation 22 is perpendicular to axle drive shaft 201, and so structure can be dwindled the needed space of engine installation 22 is set, so the volume of automatic paper feeder 2 is dwindled.The first transmission gear 242 receives and transmits the power of engine installation 22 with 2412 engagements of second layer gear, the second transmission gear 243 and the engagement of the first transmission gear 242 and receive and transmit this power, the 3rd transmission gear 244 is arranged on paper feed axle 23 and transmits this power with the second transmission gear 243 engagements and gives paper feed axle 23 and make its rotation, thus, axle drive shaft 201 is obtained power with paper feed axle 23 and driven.
Please again consult Fig. 3 and Fig. 4, the propeller shaft sleeve 202 being fixedly arranged on axle drive shaft 201 has a driving inclined-plane 2021 and a driving projection 2022, be positioned at the reel cover 2031 of getting of getting paper driving roller 203 one end and there is the paper of getting inclined-plane 2031A, get between paper inclined-plane 2031A and axle drive shaft 201 and there is an angle, and get paper inclined-plane 2031A and get paper driving roller 203 and extend and form parallel with axle drive shaft 201 one and get paper stop section 2031B toward being away from along axle drive shaft 201.Slip cap 204 has a slide bumping 2041 and a sliding bevel 2042, slide bumping 2041 is positioned at one end of slip cap 204, and sliding bevel 2042 is positioned at an other end of slip cap 204, between sliding bevel 2042 and axle drive shaft 201, there is angle, and sliding bevel 2042 is along axle drive shaft 201 toward extending and a formation slip stop section 2043 parallel with axle drive shaft 201 close to getting paper driving roller 203, and sliding bevel 2042 is with to get paper inclined-plane 2031A complementary, slip stop section 2043 is with to get paper stop section 2031B complementary.
In this preferred embodiment, drive inclined-plane 2021 and drive projection 2022 and propeller shaft sleeve 202 one-body molded, and get paper inclined-plane 2031A and get paper stop section 2031B and get reel and overlap 2031 one-body moldedly, and slide bumping 2041, sliding bevel 2042 and slip stop section 2043 are one-body molded with slip cap 204.In Fig. 3, slip cap 204 is close to propeller shaft sleeve 202, and the sliding bevel 2042 of slip cap 204 and slip stop section 2043 do not contact with getting paper inclined-plane 2031A and get paper stop section 2031B, wherein the driven axle sleeve 202 of slip cap 204 stops and does not emerge in and get reel cover 2031.
Next the operation situation of automatic paper feeder 2 is described, please refer to Fig. 2 and Fig. 4, when automatic paper feeder 2 running, engine installation 22 is driven and produce power, and drive axle drive shaft 201 that it is rotated power transmission to axle drive shaft 201 by double-layer gear 241, but get paper driving roller 203, do not synchronize rotation with axle drive shaft 201.When axle drive shaft 201 driven and while rotating, propeller shaft sleeve 202 is synchronizeed rotation with axle drive shaft 201, and the driving inclined-plane 2021 on propeller shaft sleeve 202 and driving projection 2022 are along with axle drive shaft 201 rotates, now, drive a first surface 2041A of inclined-plane 2021 pushing and pressing slide bumpings 2041 and make slide bumping 2041 close to getting reel cover 2031, and drive a first surface 2022A of projection 2022 to push against one second 2041B of slide bumping 2041 and slide bumping 2041 is rotated toward a hand of rotation C.Therefore, sliding bevel 2042 with get that paper inclined-plane 2031A contacts and 2043 pushing and pressing of slip stop section are got paper stop section 2031B and made to get paper driving roller 203 and rotate, simultaneously, because drive belt 206 is surrounded on, gets paper driving roller 203 and get the passive roller 205 of paper, make to get the passive roller 205 of paper and get paper driving roller 203 and synchronize and rotate and to get chart speed degree feed documents D, as shown in Figure 5.
Get the passive roller 205 of paper and get the lasting rotation of paper driving roller 203, make file D continue to be fed to get chart speed degree, when file D is fed to the position of paper feed roller 21, the front end of file D contacts with paper feed roller 21, the front end of file D is fed to paper feed speed by paper feed roller 21, and wherein paper feed speed is greater than and gets chart speed degree.Now, the rear end of file D still contacts with paper taking module 20, and therefore, the file D being fed with paper feed speed drives paper taking module 20, make to get the passive roller 205 of paper and rotate with paper feed speed with getting paper driving roller 203, and axle drive shaft 201 and propeller shaft sleeve 202 still rotate to get chart speed degree.
Owing to getting paper driving roller 203, to be greater than the speed of axle drive shaft 201, rotate, so the speed that slide bumping 2041 rotates is greater than the speed that propeller shaft sleeve 202 rotates, makes slide bumping 2041 separated with the first surface 2022A that drives projection 2022 and no longer pushed against.Slide bumping 2041 continues to rotate and makes one the 3rd 2041C of slide bumping 2041 be contacted with second 2022B that drives projection 2022, now, the rotation of slip cap 204 is activated stopping of projection 2022 and slows down, make to get the sliding bevel 2042 of getting paper inclined-plane 2031A pushing and pressing slip cap 204 of reel cover 2031 and slip cap 204 is away from get reel cover 2031, as shown in Figure 6.Therefore slip cap 204, axle drive shaft 201 and propeller shaft sleeve 202 dally and do not hinder the rotation of getting paper driving roller 203 and getting paper driving roller 2031, so that file D is fed.
Next, file D continues to be fed to by paper feed roller 21, when file D is fed when entering in automatic paper feeder 2 and being away from paper taking module 20, getting paper driving roller 203 does not contact and by file D, is not driven with file D, and next the file D ' that gets paper driving roller 203 and be originally positioned at file D below contact, make to get paper driving roller 203 and get the passive roller 205 of paper and stop operating.Now, getting reel cover 2031 and slip cap 204 also stops operating, and the propeller shaft sleeve 202 that continues to rotate continues toward hand of rotation C to rotate, make to drive the first surface 2041A of inclined-plane 2021 pushing and pressing slide bumpings 2041 and make slide bumping 2041 close to getting reel cover 2031, and driving the first surface 2022A of projection 2022 to push against second 2041B of slide bumping 2041 and slide bumping 2041 is rotated toward hand of rotation C.Next, sliding bevel 2042 with get that paper inclined-plane 2031A contacts and 2043 pushing and pressing of slip stop section are got paper stop section 2031B and made to get paper driving roller 203 and rotate, therefore to get chart speed degree, be fed to next file (not being shown in figure) that is arranged in file D below, and that paper taking module 20 is fed to the operation situation of next file is identical with feed documents D, therefore no longer add explanation.
Generally speaking, what the paper feed speed that automatic paper feeder 2 can be designed to paper feed roller 21 was greater than paper taking module 20 gets chart speed degree, and so design is that the speed that is fed for fear of next file that is positioned at below is too fast and catch up with file D, causes the situation of dual paper feed.And paper feed speed and get the ratio of number of teeth of relation each gear in gear cluster 24 between chart speed degree and get paper driving roller 203 and decide with the wheel footpath size of paper feed roller 21, automatic paper feeder 2 of the present invention is implemented paper feed roller 21 by the design of ratio of number of teeth and wheel footpath size and to be greater than, is got the paper feed speed of chart speed degree and carry out paper feed.
Need special version, in this preferred embodiment, the paper driving roller of getting of paper taking module comes transmission to make these both to synchronize and rotate with getting between the passive roller of paper by drive belt.And in another preferred embodiment, get paper driving roller and also get between the passive roller of paper and can connect so that both synchronize and rotate these by gear cluster.In addition,, in this preferred embodiment, slip cap is sheathed on to be got reel and puts, and utilizes propeller shaft sleeve to stop slip cap and avoid slip cap to emerge in and get reel cover.And in another preferred embodiment, slip cap is sheathed on to be got reel and put, and get reel cover and be provided with a locking structure, make slip cap slide and emerge in and get reel cover with respect to getting reel cover.
According to above-mentioned known, paper taking module of the present invention by propeller shaft sleeve, get the interelement runnings such as reel cover and slip cap and get paper and do not need to install coil spring, the automatic paper feeder that therefore paper taking module of the present invention is set does not have the overweight problem of automatic paper feeder load.Moreover in paper taking module of the present invention, slip cap is sheathed on to be got reel and put and do not contact with axle drive shaft, so slip cap can driven shaft contact while dallying and be driven, to avoid misoperation to produce.
The foregoing is only preferred embodiment of the present invention, the scope of patent protection of not applying in order to limit the present invention, therefore every equivalence that does not depart from disclosed spirit and complete changes or modifies, and all should be contained in scope of patent protection of the present invention.
Claims (10)
1. the paper taking module of an automatic paper feeder, in order to be fed to a file, enter this automatic paper feeder, this automatic paper feeder comprises a paper feed roller, this paper taking module comprises an axle drive shaft and a propeller shaft sleeve, this propeller shaft sleeve is fixedly arranged on this axle drive shaft and with this axle drive shaft synchronizes and rotates, it is characterized in that, this paper taking module also comprises:
One gets paper driving roller, be arranged on this axle drive shaft and do not synchronize with this axle drive shaft and rotate, in order to contact with this document and to be fed to this document, this is got paper driving roller and has the reel of getting cover, is arranged at this one end of getting paper driving roller and gets paper driving roller with this to synchronize and rotate; And
One slip cap, is sheathed on this and gets that reel puts and with respect to this, get reel cover and slide, and this slip cap does not contact with this axle drive shaft; While wherein driving this propeller shaft sleeve to rotate when this drive shaft turns, this propeller shaft sleeve pushes against this slip cap, this is slidably socketed is bordering on this and gets reel cover, and this slip cap rotates and pushes against this and get reel cover, make this get paper driving roller and get reel cover with this and synchronize rotation and with one, get chart speed degree and be fed to this document; And when this document and this paper feed roller contact and when being greater than this paper feed speed of getting chart speed degree and being fed, this document drives this to get paper driving roller and rotates, and this gets reel cover and rotates and push against this slip cap, makes this slip cap be away from this and gets reel cover.
2. the paper taking module of automatic paper feeder as claimed in claim 1, wherein this is got reel cover and has the paper of getting inclined-plane, this is got between paper inclined-plane and this axle drive shaft has an angle, and this is got paper inclined-plane and gets that paper driving roller extends and form parallel with this axle drive shaft one and get paper stop section toward being away from this along this axle drive shaft, and this slip cap has a slide bumping and a sliding bevel, this slide bumping is positioned at one end of this slip cap, and this sliding bevel is positioned at an other end of this slip cap, between this sliding bevel and this axle drive shaft, there is this angle, and this sliding bevel extends and a formation slip stop section parallel with this axle drive shaft toward get paper driving roller close to this along this axle drive shaft, and it is complementary that this sliding bevel and this are got paper inclined-plane, it is complementary that this slip stop section and this are got paper stop section.
3. the paper taking module of automatic paper feeder as claimed in claim 2, wherein this propeller shaft sleeve has a driving inclined-plane and a driving projection, when this axle drive shaft driven and when this propeller shaft sleeve is rotated, this driving inclined-plane pushes against this slide bumping and makes this slide bumping get reel cover close to this, and this driving projection pushes against this slide bumping and this slide bumping is rotated, this slip stop section pushes against this and gets paper stop section and make this get paper driving roller to rotate to be fed to this document; When this document is fed to this paper feed speed by this paper feed roller, this document is got paper driving roller with this and is contacted and drive this to get the rotation of paper driving roller, this is got reel cover and gets paper driving roller with this and synchronize and rotate, and this is got paper inclined-plane and pushes against this slip cap and make this slip cap be away from this to get reel cover.
4. the paper taking module of automatic paper feeder as claimed in claim 3, wherein when this document is fed to and leaves this and get paper driving roller by this paper feed roller, and when this is got paper driving roller and is not driven by this document and stop operating, this driving inclined-plane pushes against this slide bumping and makes this slide bumping get reel cover close to this, and this driving projection pushes against this slide bumping and this slide bumping is rotated, this slip stop section pushes against this and gets paper stop section and make this get paper driving roller to rotate to be fed to next file.
5. the paper taking module of automatic paper feeder as claimed in claim 3, wherein this drive inclined-plane and this drive projection and this propeller shaft sleeve one-body molded.
6. the paper taking module of automatic paper feeder as claimed in claim 3, wherein this is got paper inclined-plane and this and gets paper stop section and this to get reel cover one-body molded, this sliding bevel, this slide bumping and this slip stop section and this slip cap are one-body molded, and this gets reel cover, to get paper driving roller one-body molded with this.
7. the paper taking module of automatic paper feeder as claimed in claim 1, wherein this automatic paper feeder also comprises:
One engine installation, in order to provide a power;
One paper feed axle, drives this paper feed roller to rotate through this paper feed roller; And
One gear cluster, is connected in this engine installation, this axle drive shaft and this paper feed axle, in order to reception, from this power of this engine installation, transfers to this axle drive shaft and this paper feed axle.
8. the paper taking module of automatic paper feeder as claimed in claim 7, wherein this gear cluster comprises:
Pair of lamina gear, is arranged on this axle drive shaft, and this double-layer gear second layer gear of having a ground floor gear and being less than this ground floor gear, and this ground floor gear is connected in this engine installation and transmits this power and gives this axle drive shaft;
One first transmission gear, receives with the engagement of this second layer gear and transmits this power;
One second transmission gear, receives with the engagement of this first transmission gear and transmits this power; And
One the 3rd transmission gear, is arranged on this paper feed axle and transmits this power with this second transmission gear engagement and give this paper feed axle.
9. the paper taking module of automatic paper feeder as claimed in claim 7, wherein this engine installation is perpendicular to this axle drive shaft, and this engine installation is a motor.
10. the paper taking module of automatic paper feeder as claimed in claim 1, also comprise and get the passive roller of paper and a drive belt, this drive belt is surrounded on this and gets paper driving roller and this and get the passive roller of paper and make this get the passive roller of paper and get paper driving roller with this and synchronize and rotate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010222596.1A CN102311005B (en) | 2010-07-02 | 2010-07-02 | Paper taking module for automatic paper feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010222596.1A CN102311005B (en) | 2010-07-02 | 2010-07-02 | Paper taking module for automatic paper feeding device |
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| Publication Number | Publication Date |
|---|---|
| CN102311005A CN102311005A (en) | 2012-01-11 |
| CN102311005B true CN102311005B (en) | 2014-04-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010222596.1A Expired - Fee Related CN102311005B (en) | 2010-07-02 | 2010-07-02 | Paper taking module for automatic paper feeding device |
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| CN103253004A (en) * | 2012-02-15 | 2013-08-21 | 致伸科技股份有限公司 | Thermal transfer printing device |
| CN105391907A (en) * | 2015-12-15 | 2016-03-09 | 天津光电通信技术有限公司 | Automatic scanner paper-feeding mechanism |
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| JP2607956B2 (en) * | 1989-06-08 | 1997-05-07 | キヤノン株式会社 | Driving force transmission mechanism |
| CN2212490Y (en) * | 1995-03-11 | 1995-11-15 | 胡连生 | Rolling paper cutting machine |
| CN2832530Y (en) * | 2005-09-23 | 2006-11-01 | 北京经纬信息技术公司 | Carbon tape retracting-releasing device of hot transfer printing ticket-making machine |
| CN101247460B (en) * | 2007-02-15 | 2010-08-25 | 致伸科技股份有限公司 | Automatic paper feeder |
| JP2008239264A (en) * | 2007-03-26 | 2008-10-09 | Tanaka Electronics Ind Co Ltd | Tension adjusting device |
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| CN102311005A (en) | 2012-01-11 |
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