CN200977759Y - Color band unit - Google Patents
Color band unit Download PDFInfo
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- CN200977759Y CN200977759Y CN 200620114826 CN200620114826U CN200977759Y CN 200977759 Y CN200977759 Y CN 200977759Y CN 200620114826 CN200620114826 CN 200620114826 CN 200620114826 U CN200620114826 U CN 200620114826U CN 200977759 Y CN200977759 Y CN 200977759Y
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Abstract
Disclosed is a ribbon unit. A certain part of (52) of the inner round surface (50 a) transmitted from the cylinder having the core (5) is upwards and occurs a magnetic line (51) on the related part (54) of one side opposite to the certain part. A first magnet (52) is fixed in the certain part and a second magnet is fixed in the related part (54). In case that the ribbon box (40) is installed in the main body of the printer, the magnetic sensor (24) detects the magnetic lines (51) because the magnetic sensor (24) is located at the central part of the inner part having the core (5)transmission.
Description
Technical field
The utility model relates to ink ribbon unit that possesses the cylindrical shape belt carcass that is formed with the outer peripheral face that twines colour band and the method for judgment of ink ribbon jamming of judging the obstruction of colour band.
Background technology
Known have on the outer peripheral face of air roll through recording medium (using paper) and colour band thermal head (print head) thus crimping forms the printer of the thermal transfer mode of image (lettering) on recording medium.In the printer of this thermal transfer mode, the ribbon cartridge that possesses the cylindrical shape belt carcass that has formed the outer peripheral face that twines the colour band with preset width is freely installed in loading and unloading.In belt carcass, have and twine and send the sending with belt carcass and winding of untapped colour band from sending the winding belt carcass of the colour band of sending with belt carcass of finishing using.
When forming image with printer, air roll is sent colour band with certain transmission speed from sending with belt carcass by with certain revolution rotation.On sending, leave (being wound with) fully during colour band,, therefore send slow with the rotary speed of belt carcass owing to send with the external diameter of belt carcass greatly with belt carcass.Yet along with sending colour band from sending with belt carcass, the external diameter of sending with belt carcass reduces gradually, so its rotary speed is accelerated gradually.On the other hand, twine with belt carcass with send with belt carcass on the contrary, owing to along with sending colour band from sending with belt carcass, winding increases its rotary speed gradual slow gradually with the external diameter of belt carcass.
As mentioned above, because the rotary speed of sending with belt carcass (perhaps twine and use belt carcass) by mensuration can detect external diameter, therefore can judge the surplus of colour band.As the technology that is used to measure rotary speed, known have after an end of the long axis direction of columnar belt carcass forms flange set in advance the magnetic member, detect the magnetic line of force that takes place from this magnetic member by Magnetic Sensor, measure the technology of rotary speed and (for example, open the 2003-211801 communique with reference to the spy.)。
Yet, as mentioned above, after forming flange on the belt carcass, set in advance the magnetic member, detect the magnetic line of force of this magnetic member generation measures in the technology of rotary speed with Magnetic Sensor, between Magnetic Sensor and flange, there be parts or the member that constitutes ink ribbon unit sometimes, in this case, need to strengthen the magnetic force of magnetic member.Under the situation of the magnetic force of strengthening the magnetic member, on flange, can adhere to clip or staple etc. owing to this magnetic force sometimes.
In this case, if do not notice attached to clip on the belt carcass flange etc. and when being installed to ink ribbon unit on the printer main body, might be not suitable in ink ribbon unit, perhaps clip etc. falls in printer main body inside and becomes the reason of fault.
In addition, twine in the operation of colour band on the outer peripheral face of columnar belt carcass, the flange of belt carcass becomes the obstacle of operation.And, owing to be wrapped on the belt carcass after cutting off the suitable colour band of the thickness of slab of width and flange, therefore producing the part of giving up of colour band, cost raises.
The utility model content
The utility model is in view of above-mentioned situation, even being to provide, purpose on belt carcass, do not form the surplus that flange also can be judged colour band, and, can not become being not suitable for or the ink ribbon unit of the reason of the fault of printer main body and the method for judgment of ink ribbon jamming that can promptly judge the obstruction of colour band of ink ribbon unit.
In order to achieve the above object, ink ribbon unit of the present utility model possesses and is formed with the outer peripheral face that twines the colour band with certain width and along the columnar belt carcass of this peripheral direction rotation, feature is to possess:
(1) take place from the definite part of the inner peripheral surface of above-mentioned belt carcass magnetic line of force generating unit towards the magnetic line of force of the relative part of a relative side with this definite part,
(2) magnetic line of force that only takes place at this magnetic line of force generating unit towards with predetermined when consistent, detect the Magnetic Sensor of this magnetic line of force.
Here,
(3) above-mentioned magnetic line of force generating unit can have:
(3-1) be fixed on the 1st magnet on the above-mentioned definite part of above-mentioned belt carcass,
(3-2) be fixed on the above-mentioned relative part of above-mentioned belt carcass, and produce the 2nd magnet of the magnetic line of force between above-mentioned the 1st magnet.
In addition,
(4) above-mentioned Magnetic Sensor can be fixed on the position that inner peripheral surface surrounded by above-mentioned belt carcass.
And then,
(5) above-mentioned belt carcass is a nonmagnetic material,
(6) and have only above-mentioned definite part and above-mentioned relative part to be magnetized.
And then,
(7) by above-mentioned the 1st magnet of visual difference and above-mentioned the 2nd magnet.
And then,
(8) above-mentioned Magnetic Sensor can detect the above-mentioned magnetic line of force when above-mentioned belt carcass whenever rotates a circle.
And then,
(9) above-mentioned Magnetic Sensor can detect the above-mentioned magnetic line of force when the every rotation half cycle of above-mentioned belt carcass.
In addition, in order to achieve the above object, the feature of method of judgment of ink ribbon jamming of the present utility model is,
(10) make the cylindrical shape belt carcass time that has formed the outer peripheral face that twines colour band, continue to take place from the definite part of inner circumferential surface the magnetic line of force towards the relative part of a relative side with this definite part along its peripheral direction rotation with preset width,
(11) only the magnetic line of force that is taken place towards with predetermined this magnetic line of force that when consistent, detects,
(12) according to from detecting this magnetic line of force, judge the obstruction of above-mentioned colour band to detected time next time.
In addition, in order to achieve the above object, other the feature of method of judgment of ink ribbon jamming of the present utility model is,
When (13) the cylindrical shape belt carcass that has formed the outer peripheral face that twines the colour band with preset width being rotated along its peripheral direction, continue to take place from the definite part of inner circumferential surface the magnetic line of force towards the relative part of a relative side with this definite part, simultaneously, in advance according to the certain time interval pulsing
(14) only the magnetic line of force that is taken place towards with predetermined this magnetic line of force that when consistent, detects,
(15) from detecting the above-mentioned magnetic line of force to the above-mentioned pulse of inside counting of detected time next time,
(16) judge the obstruction of above-mentioned colour band according to the umber of pulse of this counting.
Here,
(17) when judging the obstruction of above-mentioned colour band, be judged to be above-mentioned ink ribbon jamming in the time of can having surpassed predetermined maximum number in the umber of pulse of this counting according to the umber of pulse of above-mentioned counting.
And then,
(18) when judging the obstruction of above-mentioned colour band according to the umber of pulse of above-mentioned counting,
(19) can the umber of pulse that the pulse that detect the time inside counting that this magnetic line of force detects in the past magnetic line of force and magnetic line of force in the past detect the time inside counting that the magnetic line of force next time detects be compared,
(20) when the difference of these two umber of pulses has surpassed predetermined number, be judged to be above-mentioned ink ribbon jamming.
And then,
(21) when judging the obstruction of above-mentioned colour band according to the umber of pulse of above-mentioned counting,
(22) begin to rotate to from above-mentioned belt carcass reach predetermined number of revolutions during, when the umber of pulse of above-mentioned counting has surpassed predetermined maximum number, be judged to be above-mentioned ink ribbon jamming,
(23) after having surpassed above-mentioned predetermined number of revolutions, can compare the umber of pulse of the umber of pulse of the time inside counting that detects this magnetic line of force detection at the past magnetic line of force with the time inside counting that detects magnetic line of force detection next time from this magnetic line of force,
(24) when the difference of these two umber of pulses has surpassed predetermined number, be judged to be above-mentioned ink ribbon jamming.
If according to ink ribbon unit of the present utility model, then since magnetic line of force generating unit take place from the definite part of the inner peripheral surface of belt carcass the magnetic line of force, even therefore on belt carcass, do not form the surplus that flange also can be judged colour band towards relative part.And then, owing to there is not the flange of magnetic thing such as absorption clip etc., therefore can not become being not suitable for or the failure cause of printer main body of ink ribbon unit.
In addition, if according to method of judgment of ink ribbon jamming of the present utility model, then owing to continue to take place from the definite part of the inner peripheral surface of belt carcass the magnetic line of force towards relative part, only the magnetic line of force that is taken place towards with the predetermined magnetic line of force that when consistent, detects, according to from detecting this magnetic line of force to detected time next time, judge the obstruction of colour band, therefore can promptly judge the obstruction of colour band.In addition, owing to the obstruction with colour band is a cause, recording medium is also blocked, and therefore can also promptly judge the obstruction of recording medium.
Description of drawings
Fig. 1 is the ideograph of schematic configuration of printer that an example of the ink ribbon unit of the present utility model of having packed into is shown.
Fig. 2 is the part sectioned view of sending the usefulness belt carcass that the ink ribbon jamming unit of Fig. 1 is shown.
Fig. 3 is the drawing in side sectional elevation that the position relation of the belt carcass of having fixed 2 magnet and Magnetic Sensor is shown, (a) illustrate the magnetic line of force towards with predetermined towards (detection side to) consistent state, (b) illustrate the magnetic line of force towards become be scheduled to towards different towards state.
Fig. 4 is the drawing in side sectional elevation that the belt carcass of the comparative example of having fixed 4 magnet is shown.
Fig. 5 is the oblique view that the manufacture method of belt carcass is shown.
Fig. 6 is the ideograph that the method for the magnet of distinguishing belt carcass is shown.
Being illustrated in to Fig. 7 pattern the method for twining colour band on the belt carcass of structure of Fig. 5, (a) being front elevation, (b) is side view.
Being illustrated in to Fig. 8 pattern the method for twining colour band on the belt carcass of ink ribbon unit of comparative example, (a) being front elevation, (b) is side view.
Fig. 9 is the block diagram that the obstruction identifying unit that is used to judge ink ribbon jamming is shown.
Figure 10 is the flow chart that an example of the order that is used to judge ink ribbon jamming is shown.
The specific embodiment
Thereby the utility model is by making the thermal head crimping form the printer realization of the thermal transfer mode of image on this recording medium through recording medium and colour band on the outer peripheral face of air roll.
Embodiment 1
With reference to Fig. 1, the printer of the ink ribbon unit of the present utility model of having packed into is described.
Fig. 1 is the ideograph of schematic configuration of printer that an example of the ink ribbon unit of the present utility model of having packed into is shown.
The lettering medium insert from the arrow B direction, discharge from the arrow C direction.The lettering medium that insert from the arrow B direction are clipped between transfer roller 16 and the driven voller 18 and are transmitted.Driven voller 18 constitutes and covers the switching interlock of (not shown) and moves.By opening this lid, driven voller 18 moves to the position of representing with double dot dash line from the position of representing with solid line, breaks away from transfer roller 16, therefore is easy to insert the lettering medium.By closing cap, driven voller 18 moves to the position of pushing live-roller 16, by these two rollers 16,18 the lettering medium is clipped in the middle and transmits reliably.The lettering medium that formed image are cut to suitable length by cutter 20 and cutter bearing plane 22, discharge along the arrow C direction.In addition, as the lettering medium, can enumerate label band, flat tube and 4mmID (index, sign), these are wrapped in the special box (not shown) and accommodate.
In the main body of printer 10, the Magnetic Sensor 24 of the fixed test magnetic line of force, this Magnetic Sensor 24 only the magnetic line of force towards with the predetermined magnetic line of force that when consistent, detects.In the time of in the main body that ribbon cartridge 40 is installed to printer 10, Magnetic Sensor 24 is positioned at the middle body of being sent with the inner peripheral surface encirclement of belt carcass 50 by columnar.Here, be formed in said ink ribbon unit in the utility model by above-mentioned ribbon cartridge 40 and Magnetic Sensor 24.In addition, by ribbon cartridge 40 being installed in printer 10 main bodys, sending with belt carcass 50 and twining inside (by the space of inner peripheral surface encirclement) the embedding rotating shaft (not shown) of using belt carcass 60.Thus, send with belt carcass 50 and twine and rotate with predetermined rotary speed with belt carcass 60.In addition, Magnetic Sensor 24 is fixed on different with the above-mentioned rotating shaft axles, does not therefore rotate and directly is fixed in printer 10 main bodys.
With reference to Fig. 2, belt carcass 50 is used in sending of the ribbon cartridge 40 of key diagram 1.
Fig. 2 is the part sectioned view of sending belt carcass that the ink ribbon unit of Fig. 1 is shown.Among Fig. 2, the identical symbol of mark on the inscape identical with inscape shown in Figure 1.
Sending with belt carcass 50 is cylindrical shape as mentioned above, takes place from the definite part (52 parts) of the inner circumferential surface 50a magnetic line of force 51 towards the relative part (54 parts) of a side relative with its definite part.In above-mentioned definite part, fix the 1st magnet 52, fixing the 2nd magnet 54 in the part relatively.The 1st magnet 52 is fixed into the N utmost point and is positioned at inner peripheral surface 50a one side, and the S utmost point is positioned at outer peripheral face 50b one side, and the 2nd magnet 54 is fixed into the S utmost point and is positioned at inner peripheral surface 50a one side, and the N utmost point is positioned at outer peripheral face 50b one side.Its result generates from the N utmost point of the 1st magnet 52 magnetic line of force 51 towards the S utmost point of the 2nd magnet 54 sending with the inside of belt carcass 50 (space that is surrounded by inner peripheral surface 50a).
Under the situation that ribbon cartridge 40 is taken out from the main body of printer 10, because the 1st magnet 52 and the 2nd magnet 54 are present in the position of the casing that leaves ribbon cartridge 40, therefore clip 82 grades that drop on the base plate 80 can be owing to magnetic force is attached on the ribbon cartridge 40.
In addition, under the state in the main body that ribbon cartridge 40 is installed to printer 10, because Magnetic Sensor 24 is positioned at the middle body of sending with belt carcass 50 inside, so this Magnetic Sensor 24 detects the magnetic line of force 51.With reference to Fig. 3 and Fig. 4 this detection is described.
With reference to Fig. 3 and Fig. 4, the magnetic line of force in the belt carcass of key diagram 2 and detection thereof.
Fig. 3 is the drawing in side sectional elevation that the position relation of the belt carcass of having fixed 2 magnet and Magnetic Sensor is shown, (a) illustrate the magnetic line of force towards with predetermined towards (detection side to) consistent state, (b) illustrate the magnetic line of force towards become be scheduled to towards different towards state.Fig. 4 is the drawing in side sectional elevation that the belt carcass of the comparative example of having fixed 4 magnet is shown.
The detecting element 24a that in Magnetic Sensor 24, packs into and detect the magnetic line of force.In this detecting element 24a, the two poles of the earth detection type that the position detecting the magnetic line of force and can distinguish the N utmost point and the S utmost point (can distinguish the magnetic line of force towards) is arranged is though and can detect two kinds of one pole detection type that the magnetic line of force can not be distinguished the position of the N utmost point and the S utmost point.No matter detecting element 24a is any type, all shown in Fig. 3 (a), only the magnetic line of force 51 towards with predetermined when (detection side to) is consistent, just by the detecting element 24a detection magnetic line of force 51.Here said detection side to, refer to the magnetic line of force 51 shown in Fig. 3 (a) towards with its rightabout towards.Shown in Fig. 3 (b), when the magnetic line of force 51 towards with predetermined when (detection side to) is inconsistent (not simultaneously), can not detect the magnetic line of force 51 by detecting element 24a.
Thereby, be under the situation of the two poles of the earth detection type at detecting element 24a, rotated when week when sending along its circumferencial direction (arrow D direction) with belt carcass 50, can each detect and once (promptly amount to twice) towards the opposite magnetic line of force 51.In other words, when having rotated half cycle, can distinguish direction ground the magnetic line of force is carried out one-time detection along its circumferencial direction (arrow D direction) when sending with belt carcass 50.On the other hand, be under the situation of one pole detection type at detecting element 24a, when having rotated half cycle, can not distinguish direction ground and detect a magnetic line of force 51 along its circumferencial direction (arrow D direction) when sending with belt carcass 50.In above-mentioned example, constitute in the inside of sending with belt carcass 50 and generate the magnetic line of force, generate the magnetic line of force and also can constitute in the inside of twining with belt carcass 60.
And in sending belt carcass 50,, generated the magnetic line of force in the inside of sending with belt carcass 50 at mutual relative 2 magnet of position configuration 52,54.In order to generate the magnetic line of force, also can dispose 3 or its above magnet in this inside.For example, as shown in Figure 4, it is also conceivable that along circumferencial direction and use belt carcass 150 uniformly-spaced to have fixed sending of 4 magnet 151,152,153,154.Under the situation that has disposed 4 magnet like this, because the magnetic line of force 155 towards adjacent magnet, therefore has Magnetic Sensor 24 can not detect the danger of the magnetic line of force.Therefore, sending, 2 magnet 52,54 have only been disposed in mutual relative position with in the belt carcass 50.
With reference to Fig. 5 and Fig. 6, an example of the manufacture method of belt carcass is described.
Fig. 5 is the oblique view that the manufacture method of belt carcass is shown.Fig. 6 is the ideograph that the method for the magnet of distinguishing belt carcass is shown.In these figure, the identical symbol of mark on the inscape identical with inscape shown in Figure 3.
Send as shown in Figure 5, have nonmagnetic material and cylindrical inside core 58 and outboard wick 59 with belt carcass 50.The external diameter of inboard core 58 is slightly littler than the internal diameter of outboard wick 59, and the height of 2 cores 58,59 is almost equal.In inboard core 58, form groove 58a that pastes the 1st magnet 52 and the groove (not shown) of pasting the 2nd magnet 54.The 1st magnet 52 is pasted among the groove 58a, and the 2nd magnet 54 pastes in the groove too, then, makes outboard wick 59 cover inboard core 58.Thus, make fixed the 1st magnet 52 and the 2nd magnet 54 send belt carcass 50, can obtain having only above-mentioned definite part and sending of being magnetized of part relatively with belt carcass 50.
In addition, the 1st magnet 52 and the 2nd magnet 54 usually can not be by visual differences.For can be easily by visual difference the 1st magnet 52 and the 2nd magnet 54, as shown in Figure 6, the 1st magnet 52 and the 2nd magnet 54 be all implemented coarse (シ ボ) processing on the surface of the N utmost point one side, do not implement any processing on the surface of the S utmost point one side.Thus, even the 1st magnet 52 and 54 a large amount of mixing of the 2nd magnet exist, also can prevent wrong combination.
With reference to Fig. 7 and Fig. 8, the method for twining colour band on the belt carcass of the structure of Fig. 5 is described.
Being illustrated in to Fig. 7 pattern the method for twining colour band on the belt carcass of structure of Fig. 5, (a) being front elevation, (b) is side view.Being illustrated in to Fig. 8 pattern the method for twining colour band on the belt carcass of ink ribbon unit of comparative example, (a) being front elevation, (b) is side view.
When sending when twining colour band 42 (with reference to Fig. 1) on the belt carcass 50, preparing in advance the very long long core 159 that connected a plurality of outboard wick 59 and the wide colour band 142 that has with these long core 159 equal extent width.When making long core 159 rotations, cut into the width of colour band 42, simultaneously, on the outer peripheral face of long core 159, constantly twine colour band 42 along the width of wide colour band 142 with whirligig (not shown) etc.After the colour band 42 that has twined scheduled volume, the long core 159 that has twined colour band 42 is separated into the length of outboard wick 59.Thus, can easily obtain a plurality of outboard wick 59.Then, as reference Fig. 5 explanation like that, by making up, can easily make twined colour band 42 send usefulness belt carcass 50.
Different therewith, as shown in Figure 8, formed in use under the situation of outboard wick 69 of flange 69a, according to the width suitable with the thickness of slab t of flange 69a, cut off and give up broadband core 142 after be wrapped on the long core 169.Therefore, giving up of wide colour band 142 is partly many, and in addition, flange 69a becomes interference, and operating efficiency descends.
With reference to Fig. 9 and Figure 10, the technology of judging ink ribbon jamming is described.
Fig. 9 is the block diagram that the obstruction identifying unit that is used to judge ink ribbon jamming is shown.Figure 10 is the flow chart that an example of the order that is used to judge ink ribbon jamming is shown.
Block identifying unit 200 by detecting the magnetic line of force to the time tester 204 of the time of detecting the magnetic line of force next time, in the time of these time tester 204 instrumentations, the pulse counter 206 of count pulse generator 202 generations and above-mentioned formations such as Magnetic Sensor 24 from Magnetic Sensor 24 (with reference to Fig. 1 etc.) according to the impulse generator 202 of certain time interval pulsing, instrumentation.Impulse generator 202, time tester 204, pulse counter 206 are installed in the body interior of printer 10 (with reference to Fig. 1 etc.).As impulse generator 202 example of pulsing number at a certain time interval, for example, can enumerate 1500 pulses that take place in the time that rotates a circle with belt carcass 50 sending of the state that twines colour band 42 (with reference to Fig. 1) (colour band does not use) the biglyyest.
The signal that carrying Magnetic Sensor 24 (with reference to Fig. 1 etc.) has detected the information of the magnetic line of force 51 is sent to CPU208, according to this signal, and CPU208 driving pulse counter 206.In addition, when being judged to be colour band 42 when having blocked (when obstruction has taken place), CPU208 shows " obstruction " on operating unit 210.
As an example of judging that belt carcass blocks, judge to the time of detecting the magnetic line of force 51 next time according to detect the magnetic line of force 51 (with reference to Fig. 3 etc.) from Magnetic Sensor 24.This time is by time tester 204 instrumentations.Sending with under the situation of belt carcass 50, therefore rotary speed is slow owing to colour band more than 42 when bringing into use, and along with use, rotary speed is accelerated gradually.To this, when colour band 42 has blocked, be difficult to transmit colour band 42, the revolution of sending with belt carcass 50 reduces.Therefore, can judge the obstruction of colour band 42 according to the above-mentioned time.
Possess the 1st magnet 52 and the 2nd magnet 54 in twining with belt carcass 60, when the Magnetic Sensor of portion's configuration within it 24 was judged the obstruction of colour bands 42, the situation when sending usefulness belt carcass 50 was opposite.Therefore rotary speed is not fast owing to there is colour band 42 when just bringing into use with belt carcass 60 in winding, and along with use, owing to twine colour band 42 gradually, so rotary speed slows down gradually.To this, when colour band 42 has blocked, be difficult to transmit colour band 42, the revolution that twines with belt carcass 60 sharply slows down.Therefore, can judge the obstruction of colour band 42 according to the above-mentioned time.
Other example of judging ink ribbon jamming is described with reference to Figure 10.
This flow process is by connecting power supply in printer 10, main motor rotates, and sends with belt carcass 50 to begin to rotate and start.By in printer 10, connecting power supply, drive-pulse generator 202, time tester 204, pulse counter 206, CPU208 and Magnetic Sensor 24 etc.Here if with the Magnetic Sensor 42 of above-mentioned the two poles of the earth detection type.In addition, in the time of sending with belt carcass 50 every rotation half cycles, by pulse counter 206 count pulses.And then, establish impulse generator 202 here and 1500 pulses take place in the time that rotates a circle with belt carcass 50 sending of the state that twines colour band 42 (with reference to Fig. 1) (colour band does not use) the biglyyest.
At first, begin to rotate to umber of pulse the time of rotating half cycle by pulse counter 206 counting from sending with belt carcass 50, judge that whether this umber of pulse is more than or equal to 1500 (S1001), this umber of pulse more than or equal to 1500 situation under, because sending with the rotary speed of belt carcass 50 of colour band 42 is slow than having twined to greatest extent, therefore being judged to be colour band 42 (perhaps lettering medium) might block (S1002), stop above-mentioned main motor (S1003), on operating unit 210, show so that check colour band 42 (S1004).
In S1001, when being judged to be umber of pulse less than 1500 the time,, therefore this value is stored in (S1005) in the memory 210 owing to think to send colour band 42 gradually and send with the rotary speed of belt carcass 50 and accelerate.Then, judge whether detected the magnetic line of force (S1006) by Magnetic Sensor 24.That is, judge to send to begin whether to have rotated a week after the rotation with belt carcass 50.In S1006,, turn back to S1001 when being judged to be when not rotating a circle.In S1006, rotated when week, compared sending to begin to rotate the umber of pulse of counting in the time of rotating half cycle the back (previous count value) and rotated behind the half cycle umber of pulse of counting in the time of rotating half cycle again (this count value) with belt carcass 50 when being judged to be.This is relatively implemented by CPU208.Then, judge this count value and poor ((previous count value)-(this count value)) of previous count value whether more than or equal to 100 (S1007).When more than or equal to 100 the time, the rotary speed of sending with belt carcass 50 sharply slows down, owing to think in colour band 42 obstruction to have taken place, therefore transfers to S1002, carries out S1003, S1004.
In S1007,, can judge in colour band 42 and not block, send with belt carcass 50 and normally rotate when being judged to be less than 100 the time.In this case, this count value is stored in (S1008) in the memory 210, this count value as previous count value, is turned back to S1001, judge sending and whether rotate the count value counted in the time of half cycle again more than or equal to 1500 with belt carcass 50.
As mentioned above, detect the magnetic line of force 51, can judge the obstruction of colour band 42 by using Magnetic Sensor 24.
Claims (9)
1. ink ribbon unit, this ink ribbon unit possess and have formed the outer peripheral face that is wound with the colour band with preset width and along the columnar belt carcass of this outer peripheral face direction rotation, it is characterized in that possessing:
Generation is from first finite part of the inner peripheral surface of the above-mentioned belt carcass magnetic line of force generating unit towards the magnetic line of force of second finite part relative with this first finite part; And
Only the magnetic line of force that takes place at this magnetic line of force generating unit towards with predetermined when consistent, detect the Magnetic Sensor of this magnetic line of force.
2. ink ribbon unit according to claim 1 is characterized in that,
Above-mentioned magnetic line of force generating unit has:
Be fixed on the 1st magnet on above-mentioned first finite part of above-mentioned belt carcass; And
Be fixed on the second above-mentioned relative finite part of above-mentioned belt carcass with collaborative the 2nd magnet that the magnetic line of force takes place of above-mentioned the 1st magnet.
3. ink ribbon unit according to claim 1 and 2 is characterized in that,
Magnetic Sensor is installed on the printer main body.
4. ink ribbon unit according to claim 1 and 2 is characterized in that,
Above-mentioned Magnetic Sensor is fixed on the position by the inner peripheral surface encirclement of above-mentioned belt carcass.
5. ink ribbon unit according to claim 1 and 2 is characterized in that,
Above-mentioned belt carcass is made by nonmagnetic substance, and above-mentioned belt carcass only is magnetized at above-mentioned first finite part and the above-mentioned second relative finite part.
6. ink ribbon unit according to claim 4 is characterized in that,
Above-mentioned belt carcass is made by nonmagnetic substance, and above-mentioned belt carcass only is magnetized at above-mentioned first finite part and the above-mentioned second relative finite part.
7. ribbon cartridge, this ribbon cartridge possess and have formed the outer peripheral face that is wound with the colour band with preset width and along the columnar belt carcass of this outer peripheral face direction rotation, it is characterized in that possessing:
Generation is from first finite part of the inner peripheral surface of the above-mentioned belt carcass magnetic line of force generating unit towards the magnetic line of force of second finite part relative with this first finite part.
8. ribbon cartridge according to claim 7 is characterized in that,
Above-mentioned magnetic line of force generating unit has:
Be fixed on the 1st magnet on above-mentioned first finite part of above-mentioned belt carcass; And
Be fixed on the second above-mentioned relative finite part of above-mentioned belt carcass with collaborative the 2nd magnet that the magnetic line of force takes place of above-mentioned the 1st magnet.
9. according to claim 7 or 8 described ribbon cartridges, it is characterized in that,
Above-mentioned belt carcass is made by nonmagnetic substance, and above-mentioned belt carcass only is magnetized at above-mentioned first finite part and the above-mentioned second relative finite part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620114826 CN200977759Y (en) | 2006-04-28 | 2006-04-28 | Color band unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620114826 CN200977759Y (en) | 2006-04-28 | 2006-04-28 | Color band unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN200977759Y true CN200977759Y (en) | 2007-11-21 |
Family
ID=38978140
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620114826 Expired - Lifetime CN200977759Y (en) | 2006-04-28 | 2006-04-28 | Color band unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN200977759Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102858551A (en) * | 2010-01-19 | 2013-01-02 | 普印力公司 | Intelligent ribbon cartridge |
-
2006
- 2006-04-28 CN CN 200620114826 patent/CN200977759Y/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102858551A (en) * | 2010-01-19 | 2013-01-02 | 普印力公司 | Intelligent ribbon cartridge |
| CN102858551B (en) * | 2010-01-19 | 2016-01-27 | 普印力有限责任公司 | intelligent ribbon cartridge |
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