CN102371779A - Printing device with marking function - Google Patents
Printing device with marking function Download PDFInfo
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- CN102371779A CN102371779A CN2010102611868A CN201010261186A CN102371779A CN 102371779 A CN102371779 A CN 102371779A CN 2010102611868 A CN2010102611868 A CN 2010102611868A CN 201010261186 A CN201010261186 A CN 201010261186A CN 102371779 A CN102371779 A CN 102371779A
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Abstract
The invention relates to a printing device with a marking function. The printing device comprises a printing module, an identification module and a marking assembly, wherein the printing module is used for printing bar codes on transfer paper to form bar code paper; the identification module is used for scanning the bar code paper and determining the printing quality of the bar code paper; and when the printing quality of the bar code paper is disqualified, the marking assembly make a mark on the bar code paper, and the bar code paper passes through the printing module, the identification module and the marking assembly sequentially. Therefore, the printing device with the marking function can be marked without complex control.
Description
Technical field
The present invention relates to a kind of printing equipment, relate in particular to a kind of printing equipment with mark function.
Background technology
Printing equipment in order to literal or graphic printing on the paper of paper or other kind, generally speaking, printing equipment can be divided into general printing equipment and heat transfer write printing equipment.General printing equipment is identical haply with the structure of heat transfer write printing equipment; Difference is; General printing equipment uses ink or carbon dust to be output on the paper; The heat transfer write printing equipment then utilizes a thermal printer head, and (Thermal Print Head TPH) with the colour band heating, is attached on the autogtaphic printing paper pigment on the colour band.Common heat transfer write printing equipment comprises facsimile machine, the POS and label machine.
Above-mentioned existing heat transfer write printing equipment is widely used, and in the above-mentioned existing heat transfer write printing equipment, the label printer usually need be printed in a large number, and label machine because of moving for a long time the bad situation of print quality takes place easily.Therefore; After label machine is printed completion; The user must come to inspect one by one the label paper of printing with naked eyes, and chooses the serious bad label of print quality, and is bad but can't then must check with scanning means in addition with the label paper that naked eyes are inspected as for print quality.From the above, it is quite consuming time and need manpower to operate scanning means to inspect the work of label paper, so need a kind of heat transfer write printing equipment that check print quality and defective products carried out mark.
Released a kind of heat transfer write printing equipment on the market with mark function.Please consult Fig. 1 and Fig. 2 simultaneously, Fig. 1 is existing structure side view with heat transfer write printing equipment of mark function, and Fig. 2 is the structure side view that has another visual angle of the heat transfer write printing equipment with mark function now.Heat transfer write printing equipment 1 comprises a housing 10, a heat transfer write print module 11, one first power set 12, one first gear train 13, one second power set 14, one second gear train 15, one the 3rd power set 16, a transmission mechanism 17, an external hanging type recognition module 18 and a control module 19.Heat transfer write print module 11 comprises that a colour band transport module 111, an autogtaphic printing paper transport module 112, a thermal printer head 113 and print cylinder 114.One colour band R of colour band transport module 111 passes between thermal printer head 113 and the type drum 114; Likewise; One autogtaphic printing paper M of autogtaphic printing paper transport module 112 also passes between thermal printer head 113 and the type drum 114, and autogtaphic printing paper M comprises a release liners (Releasing Paper) M1 and is positioned at the medium materials M2 on the release liners M1.Thermal printer head 113 is in order to colour band R heating, and the medium materials M2 that makes pigment on the colour band R be attached to autogtaphic printing paper M goes up to carry out heat transfer write and prints, and prints a bar code paper M3 who accomplishes and blank medium materials M2 is formed.Type drum 114 is in order to presenting colour band R and autogtaphic printing paper M, and makes thermal printer head 113 stably carry out heat transfer write to print.
Among Fig. 1, colour band transport module 111 comprises a colour band feed end 1111, band recovery end of the same colour 1112, one first tension axis 1113 and one second tension axis 1114.Colour band feed end 1111 is in order to placement colour band R, and the end of colour band R is fixed on the colour band recovery end 1112 with canoe.First tension axis 1113 and second tension axis 1114 give colour band R in order to tension force to be provided, and when colour band recovery end 1112 was rotated by driving, colour band R was transferred to colour band recovery end 1112 by colour band feed end 1111.Autogtaphic printing paper transport module 112 comprises an autogtaphic printing paper feed end 1121, an autogtaphic printing paper recovery end 1122, one the 3rd tension axis 1123 and one the 4th tension axis 1124.Autogtaphic printing paper transport module 112 is quite similar with colour band transport module 111: autogtaphic printing paper feed end 1121 is in order to placement autogtaphic printing paper M, and the end of autogtaphic printing paper M is fixed on the autogtaphic printing paper recovery end 1122 with canoe.The 3rd tension axis 1123 and the 4th tension axis 1124 give autogtaphic printing paper M in order to tension force to be provided, and when autogtaphic printing paper recovery end 1122 was rotated by driving, autogtaphic printing paper M was transferred to autogtaphic printing paper recovery end 1122 by autogtaphic printing paper feed end 1121.
Among Fig. 2, external hanging type recognition module 18 is arranged on the housing 10, and is positioned at outside the housing 10, and in order to the bar code paper M3 that scanning and printing is accomplished, wherein external hanging type recognition module 18 is a scan module.Relative position by Fig. 1 and Fig. 2 can know that first gear train 13 is connected in colour band recovery end 1112, the second gear trains 15 and is connected in autogtaphic printing paper recovery end 1122, and transmission mechanism 17 is connected in type drum 114.And first power set 12 are connected in first gear train 13, drive colour band recovery end 1112 in order to provide power to give first gear train 13.Second gear train 15 is connected in second gear train 15, in order to power to be provided and to drive autogtaphic printing paper recovery end 1122 to second gear train 15.The 3rd power set 16 are connected in transmission mechanism 17, drive type drum 114 in order to provide power to give transmission mechanism 17, and wherein first power set 12, second power set 14 and the 3rd power set 16 are motor.Control module 19 is connected to first power set 12, second power set 14, the 3rd power set 16 and external hanging type recognition module 18; In order to driving or to close respectively first power set 12, second power set 14 and the 3rd power set 16 respectively, and whether qualified in order to the print quality of judging bar code paper M3.
When 1 operation of heat transfer write printing equipment; Control module 19 drives first power set 12, second power set 14 and the 3rd power set 16 respectively; Make colour band R transfer to colour band recovery end 1112, and autogtaphic printing paper M transfer to autogtaphic printing paper recovery end 1122 by autogtaphic printing paper feed end 1121 by colour band feed end 1111.Simultaneously, type drum 1114 rotates.In the time of between autogtaphic printing paper M is through thermal printer head 113 and type drum 114, thermal printer head 113 carries out heat transfer write to be printed, and makes the blank medium materials M2 on the autogtaphic printing paper M formed bar code paper M3 by printing.And type drum 1114 is rotated further with autogtaphic printing paper recovery end 1122 and release liners M1 is separated with bar code paper M3, and release liners M1 is transferred to autogtaphic printing paper recovery end 1122, and bar code paper M3 then is fed to and is revealed in housing 10 outer parts.At this moment, 18 pairs of bar code paper of external hanging type recognition module M3 produces a light beam B and scanning bar code paper M3, and control module 19 judges according to the image of bar code paper M3 whether its quality of scanning is qualified.When control module 19 judged that its quality of scanning are qualified, bar code paper M3 continued to be fed and leaves heat transfer write printing equipment 1.Otherwise; When control module 19 judges that its quality of scanning is defective; Control module 19 makes type drum 114 counter-rotatings and bar code paper M3 is fed between thermal printer head 113 and the type drum 114, makes 113 pairs of bar code paper of thermal printer head M3 carry out heat transfer write and prints, and print defective being marked on the bar code paper M3; And export bar code paper M3 with defective mark, for user's identification.
Existing heat transfer write printing equipment can make the user directly whether have defective mark according to bar code paper through the above-mentioned method of operation, with the quality of scanning of identification bar code paper.Existing heat transfer write printing equipment can be checked its print quality really and bad bar code paper is carried out mark; Yet; When existing heat transfer write printing equipment carries out the printing of defective mark for bad bar code paper; Must control type drum and reverse and make bad bar code paper, and export bad bar code paper in printing the back control type drum normal rotation of accomplishing once more through thermal printer head.That is to say that the operation that existing heat transfer write printing equipment prints defective mark must make control module carry out precision and calculate, and cooperate exactly just and can accomplish that therefore existing heat transfer write printing equipment needs quite high reliability just can move with the printing roller.Moreover; When existing heat transfer write printing equipment prints the operation of defective mark; Because autogtaphic printing paper must be return the thermal printer head whereabouts; Therefore existing heat transfer write printing equipment must be provided with a plurality of power set, returns autogtaphic printing paper by type drum, and colour band transport module and the autogtaphic printing paper transport module is motionless interferes with each other to avoid colour band and autogtaphic printing paper to bend.Even so, bending still can take place and lose tension force in the autogtaphic printing paper between thermal printer head and autogtaphic printing paper feed end, so autogtaphic printing paper is lost easily and influenced its print quality.
Summary of the invention
The object of the present invention is to provide and a kind ofly need not carry out numerous and diverse control and can carry out the printing equipment with mark function of mark.
Another object of the present invention is to provide a kind of printing equipment that need not return the autogtaphic printing paper operation with mark function.
In a preferred embodiment, the present invention provides a kind of printing equipment with mark function, comprising:
One print module produces a bar code paper and transmits this bar code paper in order to print;
One recognition module is positioned at a side of this print module, and this recognition module has a preset bar code image, and this recognition module is in order to judge whether this bar code paper is identical with this preset bar code image;
One power set are connected in this print module and this recognition module, in order to this print module and this recognition module power to be provided; And
One marker assemblies is connected in this recognition module, in order to judge this bar code paper when this recognition module and should on this bar code paper, not produce a mark simultaneously by preset bar code image; Wherein this bar code paper is in regular turn through this print module, this recognition module and this marker assemblies.
In a preferred embodiment, this print module comprises:
One colour band transport module is in order to transfer to band recovery end of the same colour with a colour band by a colour band feed end;
One autogtaphic printing paper transport module is in order to transfer to an autogtaphic printing paper recovery end with an autogtaphic printing paper by an autogtaphic printing paper feed end; Wherein this autogtaphic printing paper comprises a release liners and is positioned at the medium materials on this release liners;
One thermal printer head is arranged between this colour band transport module and this autogtaphic printing paper transport module, in order to utilize this colour band these medium materials of this autogtaphic printing paper is printed and make this this bar code paper of medium materials formation; And
One prints cylinder, is arranged at a side of this thermal printer head, makes this autogtaphic printing paper get into this recognition module in order to transmit this autogtaphic printing paper.
In a preferred embodiment, this colour band transport module comprises:
One first tension axis is between this colour band feed end and this thermal printer head, in order to this colour band one tension force to be provided; And
One second tension axis is between this thermal printer head and this colour band recovery end, in order to this tension force is offered this colour band.
In a preferred embodiment, this autogtaphic printing paper transport module comprises:
One the 3rd tension axis is between this autogtaphic printing paper feed end and this thermal printer head, in order to another tension force to be provided to this autogtaphic printing paper; And
One the 4th tension axis is between this thermal printer head and this autogtaphic printing paper recovery end, in order to this another tension force is offered this autogtaphic printing paper.
In a preferred embodiment, the printing equipment that the present invention has mark function also comprises a sensor, and this sensor is connected in this print module, in order to detect the thickness of this autogtaphic printing paper; When the thickness that wherein detects this autogtaphic printing paper when this sensor changed to one second thickness greater than this first thickness by one first thickness, this sensor drove signal and drives this print module to this print module output one; This first thickness thickness that is this release liners wherein, and the thickness that this second thickness is these medium materials and this release liners.
In a preferred embodiment, this recognition module comprises:
The one scan assembly obtains a bar code paper image in order to scan this bar code paper;
One control module; Be connected in this scan components; And should be stored in this control module by preset bar code image, this control module in order to this bar code paper image relatively with should preset bar code image and judged whether this bar code paper image identical with this preset bar code image;
One first conveying roller group is positioned at one first side of this scan components, makes this bar code paper through this scan components in order to present this bar code paper; And
One second conveying roller group is positioned at one second side of this scan components, leaves this scan module in order to present this bar code paper.
In a preferred embodiment, this scan components is a contact image sensor.
In a preferred embodiment, this marker assemblies comprises:
One mark head is used to increase on this bar code paper this mark; And
One magnetic valve is connected in this mark head, with so that this mark head move up and down with respect to this bar code paper.
In a preferred embodiment, this mark head is a seal, a punching head or a cutting knife, and this is labeled as a defective mark, a perforate or a breach.
In a preferred embodiment; The printing equipment that the present invention has mark function also comprises a gear train; Be connected in these power set, this print module and this recognition module, in order to reception this power from these power set, and to this print module and this power of this recognition module transmission.
Description of drawings
Fig. 1 is existing structure side view with heat transfer write printing equipment of mark function.
Fig. 2 is the structure side view that has another visual angle of the heat transfer write printing equipment with mark function now.
Fig. 3 has the schematic appearance of autogtaphic printing paper in a preferred embodiment of the heat transfer write printing equipment of mark function for the present invention.
Fig. 4 has the structure side view of heat transfer write printing equipment in a preferred embodiment of mark function for the present invention.
Fig. 5 has the structure side view at heat transfer write printing equipment another visual angle in a preferred embodiment of mark function for the present invention.
Wherein, description of reference numerals is following:
1 heat transfer write printing equipment, 2 printing equipments
10 housings, 11 heat transfer write print modules
12,14,16,22 power set, 13,15 gear trains
17 transmission mechanisms, 18 external hanging type recognition module
19,212 control modules, 20 print modules
21 recognition module, 23 marker assemblies
24 sensors, 25 gear trains
111,201 colour band transport modules, 112,202 autogtaphic printing paper transport modules
113,203 thermal printer heads, 114,204 type drums
211 scan components, 213,214 conveying roller groups
231 mark heads, 232 magnetic valves
251 driven wheels, 252,254,257 adjustment gears
253 colour band driven wheels, 255 autogtaphic printing paper driven wheels
256,258 transmission gears, 1111,2011 colour band feed ends
1112,2012 colour band recovery end, 1113,2,013 first tension axises
1114,2,014 second tension axises, 1121,2011 autogtaphic printing paper feed ends
1122,2012 autogtaphic printing paper recovery end, 1123,2023 the 3rd tension axises
1124,2024 the 4th tension axis B light beams
M, M ' autogtaphic printing paper M1, M1 ' release liners
M2, M2 ' medium materials M3, M3 ' bar code paper
R, R ' colour band T1, T2 thickness
The specific embodiment
In view of the defective of prior art, the present invention provides a kind of structure with printing equipment of mark function, please consults Fig. 3 simultaneously, and it has the schematic appearance of autogtaphic printing paper in a preferred embodiment of the heat transfer write printing equipment of mark function for the present invention.Autogtaphic printing paper M ' comprises a release liners M1 ' and a medium materials M2 '.Medium materials M2 ' one side up is blank, and the another side of medium materials M2 ' then makes medium materials M2 ' be able to stick on the release liners M1 ' with viscose.Can know that by Fig. 3 the thickness of release liners M1 ' is one first thickness T 1, and release liners M1 ' is one second thickness T 2 with the thickness that medium materials M2 ' coincides.
Next explain that the present invention has the structure of the printing equipment of mark function; Please consult Fig. 4 and Fig. 5 simultaneously; Fig. 4 has the structure side view of printing equipment in a preferred embodiment of mark function for the present invention, and Fig. 5 has the structure side view at printing equipment another visual angle in a preferred embodiment of mark function for the present invention.Printing equipment 2 with mark function comprises a print module 20, a recognition module 21, power set 22, a marker assemblies 23, a sensor 24 and a gear train 25.Print module 20 prints in order to the medium materials M2 ' to blank and produces a bar code paper M3 ' (that is being printed the medium materials of accomplishing) and transmit bar code paper M3 '.Whether recognition module 21 is positioned at a side of print module 20, and recognition module 21 has a preset bar code image, identical with preset bar code image in order to judge bar code paper M3 '.Power set 22 are connected in print module 20 and recognition module 21, in order to print module 20 and recognition module 21 power to be provided.Marker assemblies 23 is connected in recognition module 21, produces a mark in order to judge that when recognition module 21 bar code paper M3 ' does not go up at bar code paper M3 ' with preset bar code image simultaneously.Sensor 24 is connected in print module 20 and is positioned at proximity printing module 20 parts, in order to detect the thickness of autogtaphic printing paper M '.Gear train 25 is connected in power set 22, print module 20 and recognition module 21, in order to reception this power from power set 22, and to print module 20 and recognition module 21 these power of transmission.
Next explain that the present invention has the detailed structure of each assembly in the printing equipment of mark function, among Fig. 4, print module 20 comprises that colour band transport module 201, an autogtaphic printing paper transport module 202, a thermal printer head 203 and print cylinder 204.Colour band transport module 201 is in order to transfer to band recovery end 2012 of the same colour with a colour band R ' by a colour band feed end 2011.Autogtaphic printing paper transport module 202 is in order to transfer to an autogtaphic printing paper recovery end 2022 with autogtaphic printing paper M ' by an autogtaphic printing paper feed end 2021.Thermal printer head 203 is arranged between colour band transport module 201 and the autogtaphic printing paper transport module 202, in order to utilize colour band R the medium materials M2 ' of autogtaphic printing paper M ' is printed and make medium materials M2 ' formation bar code paper M3 '.Type drum 204 is arranged at a side of thermal printer head 203, in order to transmission autogtaphic printing paper M ', make the bar code paper M3 ' on the autogtaphic printing paper M ' get into recognition module 21, and the release liners M1 ' of autogtaphic printing paper M ' then gets into autogtaphic printing paper recovery end 2022.
Please continue to consult Fig. 4; Colour band transport module 201 also comprises one first tension axis 2013 and one second tension axis 2014 except colour band feed end 2011 and colour band recovery end 2012; First tension axis 2013 gives colour band R ' in order to a tension force to be provided between colour band feed end 2011 and thermal printer head 203.And second tension axis 2014 is between thermal printer head 203 and colour band recovery end 2012, also in order to provide tension force to give colour band R '.Autogtaphic printing paper transport module 202 also comprises one the 3rd tension axis 2023 and one the 4th tension axis 2024 except comprising autogtaphic printing paper feed end 2021 and autogtaphic printing paper recovery end 2022; The 3rd tension axis 2023 gives autogtaphic printing paper M ' in order to another tension force to be provided between autogtaphic printing paper feed end 2011 and thermal printer head 203.And the 4th tension axis 2024 is between thermal printer head 203 and autogtaphic printing paper recovery end 2012, also in order to provide another tension force to give autogtaphic printing paper M '.
Comprise one scan assembly 211, a control module 212, one first conveying roller group 213 and one second conveying roller group 214 as for 21 of recognition module.Scan components 211 obtains a bar code paper image in order to scanning bar code paper M3 '.Control module 212 is connected in scan components 211, and preset bar code image is stored in the control module 212, and control module 212 judges with preset bar code image whether bar code paper image is identical with preset bar code image in order to bar code paper image relatively.In this preferred embodiment, scan components 211 is that (Contact Image Sensor, CIS), and control module 212 is a microprocessor to a contact image sensor.The first conveying roller group 213 is positioned at one first side of scan components 211; Make bar code paper M3 ' through scan components 211 in order to present bar code paper M3 '; And the second conveying roller group 214 is positioned at one second side of scan components 211, leaves scan components 211 in order to present bar code paper M3 '.
Next please consult Fig. 5 once more, gear train 25 comprises a driven wheel 251, one first adjustment gear 252, a colour band driven wheel 253, one second adjustment gear 254, an autogtaphic printing paper driven wheel 255, one first transmission gear 256, one the 3rd adjustment gear 257 and one second transmission gear 258.Power set 22 are connected in driven wheel 251 and make driven wheel 251 rotate (by the visual angle of Fig. 5) toward a clockwise direction, and in this preferred embodiment, power set 22 are a motor.Explain that at first print module 20 receives the situation of power: the first adjustment gear 252 rotates according to the rotation of driven wheel 251 with driven wheel 251 engagements synchronously; And the first adjustment gear 252 rotates colour band driven wheel 253 with 253 engagements of colour band driven wheel; The wherein first adjustment gear, 252 past rotations counterclockwise, and colour band driven wheel 253 rotates toward clockwise directions.Because colour band driven wheel 253 is connected in colour band recovery end 2012, so colour band recovery end 2012 is able to rotation and colour band R ' is transferred to colour band recovery end 2012.Similarly; The second adjustment gear 254 rotates according to the rotation of driven wheel 251 with driven wheel 251 engagements synchronously; And the second adjustment gear 254 rotates autogtaphic printing paper driven wheel 255 with 255 engagements of autogtaphic printing paper driven wheel; The wherein second adjustment gear, 254 past rotations counterclockwise, and autogtaphic printing paper driven wheel 255 rotates toward clockwise directions.Because autogtaphic printing paper driven wheel 255 is connected in autogtaphic printing paper recovery end 2022, so autogtaphic printing paper recovery end 202 is able to rotate and the release liners M1 ' of autogtaphic printing paper M ' is transferred to autogtaphic printing paper recovery end 2022.
Receive the situation of power as for recognition module 21: the first transmission gear 256 is connected in the first conveying roller group 213, and the second transmission gear 258 is connected in the second conveying roller group 214.And the first transmission gear 256 rotates according to the rotation of driven wheel 251 with driven wheel 251 engagements synchronously; And the 3rd adjustment gear 257 and the second transmission gear 258 mesh and the second transmission gear 258 are rotated; Wherein the 3rd adjustment gear 257 rotates toward clockwise direction, and the first transmission gear 256 and the second transmission gear 258 are toward counterclockwise rotating.Therefore, the first transmission gear 256 and the second transmission gear 258 are able to rotation and present bar code paper M3 '.Can know that by Fig. 5 power set 22 are connected to print module 20 and recognition module 21 through gear train 25, and to giving print module 20 and recognition module 21 provides power.
Next explain that the present invention has the operation situation of the printing equipment 2 of mark function; Please consult Fig. 4 and Fig. 5 once more; When 2 operations of the printing equipment with mark function; Power set 22 drive print module 20 and recognition module 21, and autogtaphic printing paper M ' and colour band R ' are transmitted between ardent seal 203 and type drum 204.When sensor 24 detects passing through of autogtaphic printing paper M ' and the thickness that detects autogtaphic printing paper M ' when being first thickness T 1, expression only comprises release liners M1 ' through the autogtaphic printing paper M ' of sensor 24, and does not comprise medium materials M2 '.When the thickness that detects autogtaphic printing paper M ' when sensor 24 is first thickness T 2; The medium materials M2 ' that then representes to be attached at release liners M1 ' is also through sensor 24, and at this moment, sensor 24 signals drive signal and drive print module 20 to print module 20 outputs one; 20 driven whiles of print module; Control module 212 picks up counting, and after control module 212 picked up counting through a Preset Time, control module 212 started scan components 211 so that it scans.
When print module 20 is driven; Thermal printer head 203 goes up the medium materials M2 ' that the pigment on the colour band R ' prints on autogtaphic printing paper M ' to form bar code paper M3 '; And type drum 204 auxiliary heat printheads 206 carry out heat transfer write and print and transmit autogtaphic printing paper M '; Make release liners M1 ' be transferred to autogtaphic printing paper recovery end 2022, and bar code paper M3 ' is fed entering recognition module 21., bar code paper M3 ' surpassed Preset Time when being fed entering recognition module 21, so scan components 211 has been activated and has prepared to print.Next the first conveying roller group 213 is presented bar code paper M3 ' and is made it pass through scan components 21, scan components 211 scanning bar code paper M3 ' and obtain bar code paper image, and relatively bar code paper image and preset bar code image.When control module 212 judged that bar code paper image from bar code paper M3 ' is identical with preset bar code image, marker assemblies 23 was failure to actuate, and the second conveying roller group 214 is presented bar code paper M3 ' and left scan module 20.And when bar code paper image and preset bar code image not simultaneously; The magnetic valve 232 of marker assemblies 23 moves and the mark head 231 that is connected in magnetic valve 232 is moved down; Mark head 231 is contacted with bar code paper M3 ' and go up to form a perforate, and the second conveying roller group 214 is presented bar code paper M3 ' and left scan module 20 in bar code paper M3 '.Through after the above-mentioned operation, the user can learn whether this bar code paper M3 ' is qualified according to whether having perforate on the bar code paper M3 '.
Know that according to above-mentioned the printing equipment that the present invention has a mark function is arranged at a side of print module with recognition module and marker assemblies, makes bar code paper in regular turn through print module, recognition module and marker assemblies.Therefore, when bar code paper is judged as when defective, printing equipment need not return the action of bar code paper, but continues to be presented forward so that marker assemblies carries out noting marker work.So having the printing equipment of mark function, the present invention need not carry out complicated and accurate control.More therefore, the printing equipment of the present invention with mark function need not adopt three power set to drive colour band transport module, autogtaphic printing paper transport module and type drum respectively; And can adopt single power set to drive colour band transport module, autogtaphic printing paper transport module and type drum simultaneously, to reduce cost.
The above case is merely the preferable case study on implementation of the present invention, is not to limit practical range of the present invention with this, so all equivalences of doing according to shape of the present invention, structure and principle change, all should be covered by in protection scope of the present invention.
Claims (10)
1. printing equipment with mark function comprises:
One print module produces a bar code paper and transmits this bar code paper in order to print;
One recognition module is positioned at a side of this print module, and this recognition module has a preset bar code image, and this recognition module is in order to judge whether this bar code paper is identical with this preset bar code image;
One power set are connected in this print module and this recognition module, in order to this print module and this recognition module power to be provided; And
One marker assemblies is connected in this recognition module, in order to judge this bar code paper when this recognition module and should on this bar code paper, not produce a mark simultaneously by preset bar code image; Wherein this bar code paper is in regular turn through this print module, this recognition module and this marker assemblies.
2. the printing equipment with mark function as claimed in claim 1, wherein this print module comprises:
One colour band transport module is in order to transfer to band recovery end of the same colour with a colour band by a colour band feed end;
One autogtaphic printing paper transport module is in order to transfer to an autogtaphic printing paper recovery end with an autogtaphic printing paper by an autogtaphic printing paper feed end; Wherein this autogtaphic printing paper comprises a release liners and is positioned at the medium materials on this release liners;
One thermal printer head is arranged between this colour band transport module and this autogtaphic printing paper transport module, in order to utilize this colour band these medium materials of this autogtaphic printing paper is printed and make this this bar code paper of medium materials formation; And
One prints cylinder, is arranged at a side of this thermal printer head, makes this autogtaphic printing paper get into this recognition module in order to transmit this autogtaphic printing paper.
3. the printing equipment with mark function as claimed in claim 2, wherein this colour band transport module comprises:
One first tension axis is between this colour band feed end and this thermal printer head, in order to this colour band tension force to be provided; And
One second tension axis is between this thermal printer head and this colour band recovery end, in order to this tension force is offered this colour band.
4. the printing equipment with mark function as claimed in claim 2, wherein this autogtaphic printing paper transport module comprises:
One the 3rd tension axis is between this autogtaphic printing paper feed end and this thermal printer head, in order to another tension force to be provided to this autogtaphic printing paper; And
One the 4th tension axis is between this thermal printer head and this autogtaphic printing paper recovery end, in order to this another tension force is offered this autogtaphic printing paper.
5. the printing equipment with mark function as claimed in claim 1, wherein this printing equipment also comprises a sensor, this sensor is connected in this print module, in order to detect the thickness of this autogtaphic printing paper; When the thickness that wherein detects this autogtaphic printing paper when this sensor changed to one second thickness greater than this first thickness by one first thickness, this sensor drove signal and drives this print module to this print module output one; This first thickness thickness that is this release liners wherein, and the thickness that this second thickness is these medium materials and this release liners.
6. the printing equipment with mark function as claimed in claim 1, wherein this recognition module comprises:
The one scan assembly obtains a bar code paper image in order to scan this bar code paper;
One control module; Be connected in this scan components; And should be stored in this control module by preset bar code image, this control module in order to this bar code paper image relatively with should preset bar code image and judged whether this bar code paper image identical with this preset bar code image;
One first conveying roller group is positioned at one first side of this scan components, makes this bar code paper through this scan components in order to present this bar code paper; And
One second conveying roller group is positioned at one second side of this scan components, leaves this scan module in order to present this bar code paper.
7. the printing equipment with mark function as claimed in claim 6, wherein this scan components is a contact image sensor.
8. the printing equipment with mark function as claimed in claim 1, wherein this marker assemblies comprises:
One mark head is used to increase on this bar code paper this mark; And
One magnetic valve is connected in this mark head, with so that this mark head move up and down with respect to this bar code paper.
9. the printing equipment with mark function as claimed in claim 8, wherein this mark head is a seal, a punching head or a cutting knife, and this is labeled as a defective mark, a perforate or a breach.
10. the printing equipment with mark function as claimed in claim 1; Wherein this printing equipment also comprises a gear train; This gear train is connected in these power set, this print module and this recognition module; In order to reception this power from these power set, and to this print module and this power of this recognition module transmission.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102611868A CN102371779A (en) | 2010-08-23 | 2010-08-23 | Printing device with marking function |
Applications Claiming Priority (1)
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104316537A (en) * | 2014-10-31 | 2015-01-28 | 广州超音速自动化科技有限公司 | Label printing quality detecting device |
| CN104708918A (en) * | 2013-12-16 | 2015-06-17 | 佳能株式会社 | Printing apparatus and control method |
| CN104802530A (en) * | 2015-04-16 | 2015-07-29 | 苏州盛达织带有限公司 | Ribbon production marking machine having drilling function |
| CN105142919A (en) * | 2013-10-04 | 2015-12-09 | 精工爱普生株式会社 | Tape cartridge |
| CN109895392A (en) * | 2019-02-15 | 2019-06-18 | 上海幂方电子科技有限公司 | A method of operating coordinates are marked and are accurately positioned in equipment working region |
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| CN109895392A (en) * | 2019-02-15 | 2019-06-18 | 上海幂方电子科技有限公司 | A method of operating coordinates are marked and are accurately positioned in equipment working region |
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Application publication date: 20120314 |