CN1235390C - Scanner with side reversing device - Google Patents
Scanner with side reversing device Download PDFInfo
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- CN1235390C CN1235390C CN 03120569 CN03120569A CN1235390C CN 1235390 C CN1235390 C CN 1235390C CN 03120569 CN03120569 CN 03120569 CN 03120569 A CN03120569 A CN 03120569A CN 1235390 C CN1235390 C CN 1235390C
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Abstract
The present invention relates to a scanner with a side edge inverse rotation device. The scanner at least comprises a chassis, a scanning platform, an optical machine and a side edge inverse rotation device, wherein the scanning platform is arranged in a cover plate of the chassis and is used for placing a manuscript; the optical machine is arranged in the chassis in a movable mode, and the optical machine can output a scanning finish signal when the optical machine completes the scan of the front surface of the manuscript. Besides, the side edge inverse rotation device is positioned at one side of the scanning platform and is provided with a control unit; the side edge inverse rotation device is used for inversely rotating the manuscript after the control unit receives the scanning finish signal so that the optical machine can scan the reverse surface of the manuscript.
Description
Technical field
The present invention relates to a kind of scanner, particularly relate to a kind of scanner with side inversion set.
Background technology
Please refer to Fig. 1, what it illustrated is the three-dimensional structure diagram of general scanner 100.In Fig. 1, scanner 100 comprises base 102 and flip 104, and an end of flip 104 is by the end snapping of pivot device 106 with base 102, but makes flip 104 be disposed on the base 102 in the mode of folding.
Base 102 comprises cover plate 108, scanning platform 110 and ray machine 114, and cover plate 108 is positioned on the base 102.And scanning platform 110 is disposed in the cover plate 108, in order to put contribution 112.Wherein, ray machine 114 is disposed in the base 102 in a movable manner, ray machine 114 can be moved around, with scanning contribution 112 when flip 104 and base 102 are closed along the direction of the arrow 150 of Fig. 1.
When the user will be scanned contribution 112 positive, the user must open flip 104 earlier with manual mode.Then, the user is placed in contribution 112 on the scanning platform 110 again, and the front of contribution 112 must be down.Then, the user with flip 104 closures on base 102.At this moment, the user just can start the front of ray machine 114 with scanning contribution 112.
When if the user will be scanned the reverse side of contribution 112 again, the user must open flip 104 with handspring again.Then, the user is contribution 112 turn-overs, make contribution 112 reverse side down.Then, the user with flip 104 closures on base 102.At this moment, the user just can restart the reverse side of ray machine 114 with scanning contribution 112.In addition, in the process that starts optical mechaical scanning, ray machine scans the sweep stopping point position from the sweep starting point position, if will must wait until that ray machine returns scanning starting position and could begin continuing scanning; For the user, except the process of need experience contribution repetitiousness displacement must be waited for the ray machine return again.
So if the process of the action of the displacement contribution positive and negative of repetitiousness and wait ray machine return with a large amount of contributions, will allow the user feel quite painstaking and inconvenience, even waste many times of user.
Summary of the invention
The object of the present invention is to provide a kind of scanner with side inversion set, its side inversion set is positioned at the design of a side of scanning platform, can be at the complete the manuscript positive back counter-rotating contribution of part of scanner scans.Make scanner can scan the reverse side of contribution, to reach the effect of contribution duplex scanning.Thus, the user need be in manual mode with the contribution turn-over, and is quite convenient.
According to purpose of the present invention, a kind of scanner is proposed, comprise casing, scanning platform, ray machine and side inversion set at least.Scanning platform is disposed in the cover plate of casing and in order to put contribution, ray machine is disposed in the casing in a movable manner, and ray machine will be exported the one scan signal that finishes when part positive completed the manuscript in scanning.The side inversion set is positioned at a side of scanning platform and has control unit, this side inversion set comprises: a driving gear, be disposed at the top of this cover plate and be positioned at this side of this scanning platform, be used to accept when this control unit receives this a been scanned signal or an interrupt signal control of this control unit, and rotate with a first direction or a second direction; One first driven gear is disposed at the top of this cover plate and near the edge of this scanning platform in mode removable and that rotate, when receiving this been scanned signal or this interrupt signal at this control unit with this driving gear engagement or disengaging; One second driven gear is disposed at the top of this cover plate and the side plate of close this casing in rotating mode, in order to mesh with this driving gear; One first roller is connected with this first driven gear by one first axostylus axostyle, in order to rotating with this first direction or this second direction synchronously with this driving gear and this first driven gear, and drives this contribution and enters or break away from this side inversion set; One second roller is connected with this second driven gear by one second axostylus axostyle, in order to rotate synchronously with this driving gear and this second driven gear; One the 3rd roller, the mode relative up and down with this second roller is disposed in this cover plate, in order to clamping this contribution up and down with this second roller, and rotates with this first direction synchronously and drives this contribution and advance; One track that circles round is disposed in this casing, and is positioned at the top of this second roller or the below of the 3rd roller, use for this contribution by and this contribution that reverses, this track that circles round has an outlet, in this cover plate between this first roller and this second roller; One baffle plate is disposed on this side plate and is positioned at the inlet outside of this track that circles round, and enters in this track that circles round in order to guide this contribution; One sensing cell is disposed near the outlet of this track that circles round, and also exports this interrupt signal according to this in order to this contribution of sensing and gives this control unit, makes this control unit control this driving gear and rotates with this second direction; And a motion bar or a belt group, the one end is connected with the 3rd roller by one the 3rd axostylus axostyle, the other end of this motion bar or this belt group is connected with this first driven gear, in order to the control of accepting this control unit with near or away from this driving gear, make engagement of this first driven gear and this driving gear or disengaging, receive the contribution that reverses behind the been scanned signal so that the side inversion set is used to control unit, make ray machine can scan the reverse side of contribution.
According to purpose of the present invention, a kind of method of contribution duplex scanning is proposed, be used for the one scan device, scanner has ray machine, and is positioned at the side inversion set of scanning platform one side in order to the scanning platform and of putting contribution.In the method, at first, the front of optical mechaical scanning contribution.Then, the side inversion set is in the complete the manuscript positive back counter-rotating contribution of part of optical mechaical scanning.Then, the reverse side of optical mechaical scanning contribution.This ray machine plays the front that the platform position begins to scan this contribution by one scan; This ray machine output one scan when having scanned this contribution positive signal that finishes, this ray machine begins to return this scanning starting position; One control unit of this side inversion set receives this been scanned signal, makes this side inversion set sandwich this contribution by this side of this scanning platform; This side inversion set this contribution that reverses; This side inversion set is sent contribution on this scanning platform back to, and this ray machine has been got back to this scanning starting position; And this ray machine is begun to scan the reverse side of this contribution by this scanning starting position.
Description of drawings
Fig. 1 is the three-dimensional structure diagram of general scanner.
Fig. 2 is the cutaway view of the scanner with side inversion set of preferred embodiment of the present invention;
Fig. 3 is the schematic diagram of first roller, second roller and the 3rd roller, first axostylus axostyle, second axostylus axostyle and the 3rd axostylus axostyle of Fig. 2;
Fig. 4 is the calcspar of the scanner of Fig. 2;
Fig. 5 will drive the cutaway view that contribution moves toward second roller for first roller of Fig. 2;
Fig. 6 drives the cutaway view that contribution advances toward the track that circles round for second roller and the 3rd roller of Fig. 2;
Fig. 7 for the contribution of Fig. 2 in the track that circles round, block infrared ray that infrared transmitter sends, and first roller drive the cutaway view that contribution moves toward scanning platform;
Fig. 8 is the cutaway view of getting back to after the contribution of Fig. 2 is inverted on the scanning platform;
Fig. 9 is the flow chart of the contribution duplex scanning method of preferred embodiment of the present invention.
Embodiment
Please refer to Fig. 2, it illustrates is cutaway view according to the scanner with side inversion set 220 200 of preferred embodiment of the present invention.In Fig. 2, scanner 200 comprises casing 202, scanning platform 210, ray machine 214 and side inversion set 220 (shown in the dotted line scope of Fig. 2) at least.Casing 202 has cover plate 208 and side plate 209, and scanning platform 210 is disposed in the cover plate 208, and in order to storing contribution 212, and contribution 212 has positive 212a of contribution and contribution reverse side 212b.
Ray machine 214 is disposed in the casing 202 in a movable manner, in order to positive 212a of scanning contribution or contribution reverse side 212b, and when 212a is completed the manuscript below the part in scanning the output one scan signal that finishes.Side inversion set 220 is disposed on the cover plate 208 and is positioned at a side of scanning platform 210, is used to the ray machine 214 scanning counter-rotating contribution 212 behind the positive 212a of part of completing the manuscript, and makes ray machine 214 can scan contribution reverse side 212b.
The design of the auto-reverse contribution 212 of side inversion set 220 of the present invention can be saved the time of user with manual mode upset contribution 212, allows the user feel quite convenient.
The two ends of first roller 228, second roller 230 and the 3rd roller 232 extend outward first axostylus axostyle 242, second axostylus axostyle 244 and the 3rd axostylus axostyle 246 respectively, as shown in Figure 3.Making first roller 228, second roller 230 and the 3rd roller 232 is that rotate in the axle center with first axostylus axostyle 242, second axostylus axostyle 244 and the 3rd axostylus axostyle 246 respectively.Even first roller 228, second roller 230 and the 3rd roller 232 are penetrated fixing by first axostylus axostyle 242, second axostylus axostyle 244 and the 3rd axostylus axostyle 246 respectively.First roller 228 is positioned at the top, edge of scanning platform 210, the 3rd roller 232 is disposed in the cover plate 208 of Fig. 2 in the mode relative up and down with second roller 230, and the bearing of trend of second axostylus axostyle 244 and the 3rd axostylus axostyle 246 is parallel with the scanning moving direction of the ray machine 214 of Fig. 2.
It should be noted that, one end of first axostylus axostyle 242, second axostylus axostyle 244 and the 3rd axostylus axostyle 246 of Fig. 3 is an end of axle center, second driven gear, 226 axle center and the motion bar 236 of first driven gear 224 of connection layout 2 respectively, and the other end of motion bar 236 is connected in relatively turnable mode with the axle center of first driven gear 224.In addition, being familiar with the other end that this technical staff understands first axostylus axostyle 242, second axostylus axostyle 244 and the 3rd axostylus axostyle 246 of Fig. 3 is fixed on the supporting construction (not being shown among Fig. 3) in rotating mode respectively.
That is to say, first roller 228 is connected with first driven gear 224 by first axostylus axostyle 242, in order to rotating with first direction or second direction synchronously, and drive contribution 212 and enter or leave side inversion set 220 with driving gear 222 and first driven gear 224.Second roller 230 is connected with second driven gear 226 by second axostylus axostyle 244, in order to rotate synchronously with the driving gear 222 and second driven gear 226.The mode that the 3rd roller 232 is relative up and down with second roller 230 is disposed in the cover plate 208, in order to clamping contribution 212 up and down with second roller 230, and rotates with first direction synchronously and drives contribution 212 and advance.
The track 238 that circles round is disposed in the casing 202, and is positioned at the below of cover plate 208 and the 3rd roller 232, passes through and counter-rotating contribution 212 in order to the part 212 of submitting the article.Baffle plate 234 is disposed on the side plate 209 and is higher than the lower edge of second roller 230, and baffle plate 234 also is positioned at the inlet outside of the track 238 that circles round, and enters the track 238 that circles round in order to guiding contribution 212.Infrared end 240a and infrared ray receiving terminal 240b are disposed near the both sides of outlet of the track 238 that circles round, and in the cover plate 208 of the outlet of the track 238 that circles round between first roller 228 and second roller 230, the inlet of the track 238 that promptly circles round and outlet are two openings in the cover plate 208.
Please refer to Fig. 4, what it illustrated is the calcspar of the scanner of Fig. 2.In Fig. 4, side inversion set 220 has a control unit 252, couples with driving gear 222, motion bar 236, ray machine 214, infrared end 240a and infrared ray receiving terminal 240b.Control unit 252 control infrared end 240a send infrared ray always and give infrared ray receiving terminal 240b, if when having thing to block infrared end 240a in the track 238 that circles round to send infrared ray, infrared ray receiving terminal 240b will not receive infrared end infrared ray that 240a sends.At this moment, infrared ray receiving terminal 240b will export an interrupt signal and give control unit 252, and control unit 252 receives this interrupt signal and controls driving gear 222 according to this and changes rotation direction.That is to say, control unit 252 receives been scanned signal or interrupt signal and controls driving gear 222 according to this and rotate with first direction or second direction, and first driven gear 224 in control unit 252 when receiving been scanned signal or interrupt signal with driving gear 222 engagements or disengaging.
As for the side inversion set 220 of the present invention contribution that how to reverse, its flow process is described as follows in regular turn.Refer again to Fig. 2, before the user inserted contribution 212 backs at the beginning and scans, the user can utilize the operation interface (not being shown among Fig. 2) of scanner 200 to select the single or double scan pattern.After the user selects the duplex scanning pattern and ray machine 214 scanning when completing the manuscript the positive 212a of part, ray machine 214 will export the one scan signal that finishes will for control unit 252.Then, after control unit 252 receives this been scanned signal, control unit 252 control motion bars 236 make first driven gear 224 and driving gear 222 engagements, and first roller 228 will be clamped contribution 212 up and down with the edge of scanning platform 210 near driving gear 222.Wherein, ray machine 214 begins to return scanning starting position.
Then, control unit 252 control driving gears 222 rotate with a first direction, and driving gear 222 will drive first driven gear 224, second driven gear 226, first roller 228 and second roller 230 and rotate synchronously with first direction, as shown in Figure 5.Second roller 230 will drive the 3rd roller 232 and rotate, and first roller 228 will drive contribution 212 past second rollers 230 and advance.
When treating that second roller 230 and the 3rd roller 232 are clamped contribution 212 up and down, as shown in Figure 6, contribution 212 will advance toward baffle plate 234 along with the rotation of second roller 230 and the 3rd roller 232.Then, the present invention can design control unit 252 and control motion bar 236 away from driving gear 222 after driving gear 222 begins to rotate a period of time, make first driven gear 224 break away from driving gear 222, and first roller 228 is away from the edge of scanning platform 212.It should be noted that after driving gear 222 begins to rotate a period of time second roller 230 and the 3rd roller 232 are wanted to clamp contribution 212 up and down, and rotate synchronously to drive contribution 212 and advance.So just can carry out the action that first driven gear 224 breaks away from driving gears 222, but be principle with the rotation that does not influence driving gear 222.
Then, contribution 212 is subjected to the guiding of baffle plate 234 and enters in the track 238 that circles round via the inlet of the track 238 that circles round, as shown in Figure 7.When contribution 212 circles round track 238 when blocking the infrared ray that infrared end 240a sent at downside, infrared ray receiving terminal 240b can't receive the infrared ray that infrared end 240a is sent.At this moment, infrared ray receiving terminal 240b exports an interrupt signal to control unit 252.Receive interrupt signal after a period of time at control unit 252, the end that second roller 230 and the 3rd roller 232 just drive contribution 212 exposes via the outlet of the track 238 that circles round, and the leading edge of contribution 212 is also just between the edge of first roller 228 and scanning platform 210.Control unit 252 will be controlled motion bar 236 near driving gear 222, make first driven gear 224 and driving gear 222 engagements, and first roller 228 be clamped contribution 212 up and down with the edge of scanning platform 210.
Then, control unit 252 control driving gears 222 rotate with a second direction opposite with first direction, and driving gear 222 will drive first driven gear 224, second driven gear 226, first roller 228 and second roller 230 and rotate with second direction synchronously.Second roller 228 will drive the 3rd roller 230 and rotate, and first roller 228 will drive contribution 212 past scanning platforms 212 and advance.
Treat that contribution 212 leaves circle round track 238 and infrared ray receiving terminal 240b and receives infrared ray that infrared end 240a sent once more after a period of time, contribution 210 has been got back on the scanning platform 210.And contribution reverse side 212b down, and ray machine 214 has been got back to scanning starting position.Then, control unit 252 control driving gears 222 stop operating, and control motion bar 238 make first driven gear 224 break away from driving gear 222, and first roller 228 is away from scanning platform 212, as shown in Figure 8 away from driving gear 222.Even the present invention can design control unit 252 and control driving gear 222 after longer a period of time and stop operating in receiving interrupt signal, and contribution 212 is just got back on the scanning platform 210.Then, ray machine 214 will begin motion scan contribution reverse side 212b along the direction parallel with second axostylus axostyle 244 and the 3rd axostylus axostyle 246,, not given unnecessary details in this omission as for the follow up scan action.
So known to above-mentioned, the present invention can provide a contribution duplex scanning method, as shown in Figure 9.In Fig. 9, at first, in step 902, ray machine is begun to scan the front of contribution by scanning starting position.Then, enter in the step 904, the output scanning signal that finishes when ray machine is completed the manuscript part positive in scanning, and ray machine begins to return scanning starting position.Then, enter in the step 906, the control unit of side inversion set receives the been scanned signal, makes the side inversion set sandwich contribution by a side of scanning platform.Then, enter in the step 908 side inversion set counter-rotating contribution.Then, enter in the step 910, the side inversion set is sent contribution on the scanning platform back to, and ray machine has been got back to scanning starting position.Then, enter in the step 912, ray machine is begun to scan the reverse side of contribution by scanning starting position.Make ray machine can scan the reverse side of contribution, this method comes to an end eventually.
Yet be familiar with this operator and can understand that also technology of the present invention is not limited thereto.For example, infrared end and infrared ray receiving terminal also can use other sensing cells to substitute, and still can reach the effect of sensing.In addition, the motion bar that connects first driven gear and the 3rd axostylus axostyle substitutes can use other movable devices or belt group, still can reach the effect that moves first driven gear.In addition, also can install several rollers additional on first axostylus axostyle, second axostylus axostyle and the 3rd axostylus axostyle, to strengthen the effect of holding paper and the transmission of drive contribution.Side inversion set of the present invention also can install an exterior case additional outward, in order to the protection inner body.Even, can install an automatic paper feeder additional on the cover plate outside the opposite side of scanning platform, use for the user and on scanning platform, import contribution, and reach the effect of mutual coupling with side inversion set of the present invention.
The radius that it should be noted that driving gear must be greater than the radius of first driven gear and second driven gear.The present invention also can omit the element of driving gear, makes control unit can directly control the rotation of first driven gear and second driven gear, need not see through the rotation media of driving gear.Even the present invention also can change the track that circles round for walking around another track that circles round of second roller top, also can reach the contribution effect of reversing.
When if the present invention omits infrared end and infrared ray receiving terminal or other sensing cells, the present invention must design several time points and control the engagement of turning to of driving gear and first driven gear and driving gear or break away from action, to reach the effect of contribution counter-rotating.
With whole time flow, at first, control unit control motion bar after driving gear rotates first period with first direction first driven gear and driving gear are broken away from, and first roller is away from scanning platform away from driving gear.At this moment, second roller and the 3rd roller are wanted to clamp contribution up and down, and rotate synchronously to drive contribution and advance.
Then, control unit control motion bar after driving gear rotates greater than second period of first period with first direction make the engagement of first driven gear and driving gear, and contribution is clamped at the edge of first roller and scanning platform up and down near driving gear.At this moment, the leading edge of contribution has been left the track that circles round, and control unit will be controlled driving gear and rotate with second direction.
Then, control unit is controlled driving gear and is stopped operating driving gear rotates the 3rd period with second direction after, contribution is just got back on the scanning platform.
The disclosed scanner with side inversion set of the above embodiment of the present invention, its side inversion set is positioned at the design of a side of scanning platform, can be in the complete the manuscript positive back counter-rotating contribution of part of scanner scans, to reach the effect of contribution duplex scanning.Thus, the user need be in manual mode with the contribution turn-over, and is quite convenient.
In sum; though disclosed the present invention in conjunction with an above preferred embodiment; yet it is not in order to limit the present invention; any skilled person without departing from the spirit and scope of the present invention; can be used for a variety of modifications and variations, so protection scope of the present invention should be with being as the criterion that claim was defined.
Claims (6)
1. scanner comprises at least:
One casing has a cover plate;
The one scan platform is disposed in this cover plate, in order to put a contribution;
One ray machine is disposed in this casing in a movable manner, the output one scan signal that finishes when being used to have scanned this contribution positive; And
One side inversion set is positioned at a side of this scanning platform and has a control unit, and this side inversion set comprises:
One driving gear is disposed at the top of this cover plate and is positioned at this side of this scanning platform, is used to accept when this control unit receives this a been scanned signal or an interrupt signal control of this control unit, and rotates with a first direction or a second direction;
One first driven gear is disposed at the top of this cover plate and near the edge of this scanning platform in mode removable and that rotate, when receiving this been scanned signal or this interrupt signal at this control unit with this driving gear engagement or disengaging;
One second driven gear is disposed at the top of this cover plate and the side plate of close this casing in rotating mode, in order to mesh with this driving gear;
One first roller is connected with this first driven gear by one first axostylus axostyle, in order to rotating with this first direction or this second direction synchronously with this driving gear and this first driven gear, and drives this contribution and enters or break away from this side inversion set;
One second roller is connected with this second driven gear by one second axostylus axostyle, in order to rotate synchronously with this driving gear and this second driven gear;
One the 3rd roller, the mode relative up and down with this second roller is disposed in this cover plate, in order to clamping this contribution up and down with this second roller, and rotates with this first direction synchronously and drives this contribution and advance;
One track that circles round is disposed in this casing, and is positioned at the top of this second roller or the below of the 3rd roller, use for this contribution by and this contribution that reverses, this track that circles round has an outlet, in this cover plate between this first roller and this second roller;
One baffle plate is disposed on this side plate and is positioned at the inlet outside of this track that circles round, and enters in this track that circles round in order to guide this contribution;
One sensing cell is disposed near the outlet of this track that circles round, and also exports this interrupt signal according to this in order to this contribution of sensing and gives this control unit, makes this control unit control this driving gear and rotates with this second direction; And
One motion bar or a belt group, the one end is connected with the 3rd roller by one the 3rd axostylus axostyle, the other end of this motion bar or this belt group is connected with this first driven gear, in order to the control of accepting this control unit with near or away from this driving gear, make engagement of this first driven gear and this driving gear or disengaging, so that this side inversion set makes this ray machine can scan the reverse side of this contribution in order to receive this contribution of counter-rotating behind this been scanned signal at this control unit.
2. scanner as claimed in claim 1, wherein this control unit after this driving gear rotates a period of time with this first direction this motion bar of control or this belt group away from this driving gear, this first driven gear and this driving gear are broken away from, and this first roller is away from this scanning platform.
3. scanner as claimed in claim 2, wherein this control unit is controlled this motion bar or close this driving gear of this belt group in receiving this interrupt signal after a period of time, make the engagement of this first driven gear and this driving gear, and this contribution is clamped at the edge of this first roller and this scanning platform up and down.
4. scanner as claimed in claim 3, wherein this control unit is controlled this driving gear and is stopped operating after this sensing cell receives this another section of interrupt signal period, and this contribution is just got back on this scanning platform.
5. scanner as claimed in claim 4, wherein this sensing cell comprises:
One infrared end is disposed at a side of the outlet of this track that circles round, in order to the control of accepting this control unit to send an infrared ray; And
One infrared ray receiving terminal is disposed at the opposite side of the outlet of this track that circles round, and does not export this interrupt signal in order to give this control unit when receiving this infrared ray.
6. the method for a contribution duplex scanning is used for the one scan device, and this scanner has a ray machine, and is positioned at the side inversion set of this scanning platform one side in order to the scanning platform and of putting a contribution, and this method comprises:
The front of this this contribution of optical mechaical scanning;
This side inversion set is at positive this contribution of back counter-rotating of intact this contribution of this optical mechaical scanning;
The reverse side of this this contribution of optical mechaical scanning;
This ray machine is begun to scan the front of this contribution by the one scan original position;
This ray machine output one scan when having scanned this contribution positive signal that finishes, this ray machine begins to return this scanning starting position;
One control unit of this side inversion set receives this been scanned signal, makes this side inversion set sandwich this contribution by this side of this scanning platform;
This side inversion set this contribution that reverses;
This side inversion set is sent contribution on this scanning platform back to, and this ray machine has been got back to this scanning starting position; And
This ray machine is begun to scan the reverse side of this contribution by this scanning starting position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03120569 CN1235390C (en) | 2003-03-14 | 2003-03-14 | Scanner with side reversing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03120569 CN1235390C (en) | 2003-03-14 | 2003-03-14 | Scanner with side reversing device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1531327A CN1531327A (en) | 2004-09-22 |
| CN1235390C true CN1235390C (en) | 2006-01-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 03120569 Expired - Fee Related CN1235390C (en) | 2003-03-14 | 2003-03-14 | Scanner with side reversing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1235390C (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102215307A (en) * | 2010-04-02 | 2011-10-12 | 虹光精密工业（苏州）有限公司 | Multi-function product capable of fast executing functions thereof and executing method thereof |
-
2003
- 2003-03-14 CN CN 03120569 patent/CN1235390C/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN1531327A (en) | 2004-09-22 |
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Granted publication date: 20060104 Termination date: 20110314 |