CN107234882B - The control method of authentication device, printing equipment and authentication device - Google Patents

Abstract

The control method of authentication device, printing equipment and authentication device, the authentication device include conveying mechanism (100), pumped (conveying) medium (S1)；Wireless communication part (70) wirelessly reads the information for being recorded in the inside of the medium (S1)；And optical reading portion (111,112), it optically reads the information for being recorded in the surface of the medium (S1), the authentication device is characterized in that the wireless communication part (70) and the optical reading portion (111,112) configure along the transport path (P) of the medium (S1).

Description

The control method of authentication device, printing equipment and authentication device

Technical field

The present invention relates to the control methods of authentication device, printing equipment and authentication device, more particularly to without artificial dry The reading of the record information of reading that is pre- and being able to carry out record information inside medium (for example, ID card) and dielectric surface (as a result, it is possible to improve safety) authentication device and printing equipment.

Background technique

In the past, there is known have the wirelessly device (for example, referring to patent document 1) of the card reader of reading ID card and have Optically read the device (for example, referring to patent document 2) in the optical reading portion of character information.

Patent document 1: Japanese Unexamined Patent Publication 2016-015033 bulletin

Patent document 2: Japanese Unexamined Patent Publication 5-258100 bulletin

But in the case where card reader and optical reading portion are used for certification, as the above-mentioned prior art, by card reading Device and optical reading portion be configured to physically independent separated device, carries out the ID card based on card reader in human intervention In the case where the reading of the record information of the reading and ID card surface based on optical reading portion of internal record information, there are The leeway of such devious conduct is swindled in the personation and status that carry out ID card write-in content, and there are problems in terms of safety.

Summary of the invention

It is internal in medium (for example, ID card) that the present invention has been made in view of the above-described circumstances, and an object thereof is to provide one kind Record information reading and dielectric surface record information reading in, can exclude human intervention (as a result, it is possible to mention High security) authentication device etc..

In order to achieve the above objectives, one aspect of the present invention is a kind of authentication device, which includes conveyer Structure, pumped (conveying) medium；Wireless communication part wirelessly reads the information for being recorded in the inside of the medium；And it optically reads Portion optically reads the information for being recorded in the surface of the medium, which is characterized in that, the wireless communication part It is arranged with the optical reading portion along the transport path of the medium.

According to this aspect, it is capable of providing a kind of authentication device, in the reading of the internal record information of medium (for example, ID card) It takes, in the reading of the record information of dielectric surface, human intervention can be excluded (as a result, it is possible to improve safety).

This is because, wireless communication part is arranged with optical reading portion along the transport path of medium, it can be by defeated Mechanism pumped (conveying) medium is sent to realize the reading of the reading of record information of media interior, the record information of dielectric surface, therefore, In the reading of the record information of media interior, the reading of the record information of dielectric surface, human intervention can be excluded.

In addition, in the present invention as stated above, preferred mode is characterized in that, the conveying mechanism, the wireless communication part with And the optical reading portion is incorporated in shell, the wireless communication part, which wirelessly reads to be recorded in, to be incorporated in the shell In the state of the medium inside information, the optical reading portion, which optically reads to be recorded in, is incorporated in the shell The information on the surface of the medium in the state of interior.

According to which, it is capable of providing a kind of printing equipment, in the reading of the internal record information of medium (for example, ID card) It takes, in the reading of the record information of dielectric surface, human intervention can be excluded (as a result, it is possible to improve safety).

This is because, wireless communication part is to the reading of the record information of media interior and optical reading portion to media table The reading of the record information in face is carried out in the state that medium is incorporated in shell, therefore, in the record of media interior When the reading of information, the reading of the record information of dielectric surface, human intervention can be physically excluded.

In addition, in the present invention as stated above, preferably a kind of printing equipment, the printing equipment include conveying mechanism, Pumped (conveying) medium；Wireless communication part wirelessly reads the information for being recorded in the inside of the medium；The portion of optically reading, optics Read the information for being recorded in the surface of the medium in ground；And printing portion, it is used to be printed on the print medium, the printing Device is characterized in that, the printing portion, the wireless communication part and the optical reading portion along the medium conveying Path permutations configuration.

According to which, it is capable of providing a kind of printing equipment, in the reading of the internal record information of medium (for example, ID card) It takes, in the reading of the record information of dielectric surface, human intervention can be excluded (as a result, it is possible to improve safety).

This is because, printing portion, wireless communication part, optically read portion be arranged along the transport path of medium, can The reading of the reading of record information of media interior, the record information of dielectric surface is realized by conveying mechanism pumped (conveying) medium It takes, therefore, in the reading of the record information of media interior, the reading of the record information of dielectric surface, can exclude artificially dry In advance.

In addition, in the present invention as stated above, preferred mode is characterized in that, which has and makes the medium alignment Medium alignment part.

According to which, it is capable of providing the printing equipment with medium alignment part.

In addition, in the present invention as stated above, preferred mode is characterized in that, the wireless communication part includes antenna, the day Line is used to receive the information for the inside for being recorded in the medium, and the antenna configuration is in the downstream of the medium alignment part.

According to which, it is capable of providing a kind of printing equipment, medium (for example, ID card) inside can be read via antenna Record information.

In order to achieve the above objectives, one aspect of the present invention is a kind of control method of authentication device, the authentication device Include conveying mechanism, pumped (conveying) medium；Wireless communication part wirelessly reads the information for being recorded in the inside of the medium；With And optical reading portion, optically read the information for being recorded in the surface of the medium, the spy of the control method of the authentication device Sign is, before the optical reading portion executes and reads, is carried out under the conveying halted state of the medium based on described wireless The reading of communication unit.

According to this aspect, it is capable of providing a kind of control method of authentication device, in the internal record of medium (for example, ID card) In the reading of information, the reading of the record information of dielectric surface, capable of excluding human intervention, (as a result, it is possible to improve safety Property).

This is because the reading of the record information of media interior, medium can be realized by conveying mechanism pumped (conveying) medium The reading of the record information on surface, therefore, in the reading of the record information of media interior, the reading of the record information of dielectric surface When, human intervention can be excluded.

In addition, accurately the information of record inside it can be read from medium according to this aspect.

This is because wireless communication part is not from the medium of transport status but reads note from the medium of conveying halted state The information of record inside it.

In order to achieve the above objectives, other aspects of the invention are a kind of control method of authentication device, certification dress It sets and includes conveying mechanism, pumped (conveying) medium；Wireless communication part wirelessly reads the information for being recorded in the inside of the medium； And optical reading portion, the information for being recorded in the surface of the medium is optically read, the control method of the authentication device It is characterized in that, after the optical reading portion executes and reads, is carried out under the conveying halted state of the medium based on the nothing The reading of line communication unit.

According to which, it is capable of providing a kind of control method of authentication device, in the internal record of medium (for example, ID card) In the reading of information, the reading of the record information of dielectric surface, capable of excluding human intervention, (as a result, it is possible to improve safety Property).

This is because the reading of the record information of media interior, medium can be realized by conveying mechanism pumped (conveying) medium The reading of the record information on surface, therefore, in the reading of the record information of media interior, the reading of the record information of dielectric surface When, human intervention can be excluded.

In addition, accurately the information of record inside it can be read from medium according to this aspect.

This is because wireless communication part is not from the medium of transport status but reads note from the medium of conveying halted state The information of record inside it.

In order to achieve the above objectives, another other aspects of the invention are a kind of control methods of authentication device, this is recognized Card device includes conveying mechanism, pumped (conveying) medium；Wireless communication part wirelessly reads the inside for being recorded in the medium Information；And optical reading portion, optically read the information for being recorded in the surface of the medium, the controlling party of the authentication device Method is characterized in that, in the optical reading portion executes and reads, executes the reading based on the wireless communication part.

According to this aspect, it is capable of providing a kind of control method of authentication device, in the internal record of medium (for example, ID card) In the reading of information, the reading of the record information of dielectric surface, capable of excluding human intervention, (as a result, it is possible to improve safety Property).

This is because the reading of the record information of media interior, medium can be realized by conveying mechanism pumped (conveying) medium The reading of the record information on surface, therefore, in the reading of the record information of media interior, the reading of the record information of dielectric surface When, human intervention can be excluded.

In addition, promptly the information of record inside it can be read from medium according to this aspect.

This is because wireless communication part is not from the medium of conveying halted state but from Jie of transport status (in conveying) Matter reads the information of record inside it.

In order to achieve the above objectives, another other aspects of the invention are a kind of control methods of authentication device, this is recognized Card device includes conveying mechanism, pumped (conveying) medium；Wireless communication part wirelessly reads the inside for being recorded in the medium Information；And optical reading portion, optically read the information for being recorded in the surface of the medium, the controlling party of the authentication device Method is characterized in that, is executed in the medium discharge after reading in the optical reading portion, is executed and be based on the wireless communication The reading in portion.

According to this aspect, it is capable of providing a kind of control method of authentication device, in the internal record of medium (for example, ID card) In the reading of information, the reading of the record information of dielectric surface, capable of excluding human intervention, (as a result, it is possible to improve safety Property).

This is because the reading of the record information of media interior, medium can be realized by conveying mechanism pumped (conveying) medium The reading of the record information on surface, therefore, in the reading of the record information of media interior, the reading of the record information of dielectric surface When, human intervention can be excluded.

In addition, promptly the information of record inside it can be read from medium according to this aspect.

This is because wireless communication part is not from the medium of conveying halted state but from Jie of transport status (in conveying) Matter reads the information of record inside it.

In order to achieve the above objectives, another other aspects of the invention are a kind of control method of printing equipment, this dozen Printing equipment, which is set, includes conveying mechanism, pumped (conveying) medium；Wireless communication part wirelessly reads the inside for being recorded in the medium Information；And optical reading portion, optically read the information for being recorded in the surface of the medium, the controlling party of the printing equipment Method is characterized in that, before the optical reading portion executes and reads, is based on institute under the conveying halted state of the medium State the reading of wireless communication part.

According to this aspect, it is capable of providing a kind of control method of printing equipment, in the internal record of medium (for example, ID card) In the reading of information, the reading of the record information of dielectric surface, capable of excluding human intervention, (as a result, it is possible to improve safety Property).

This is because the reading of the record information of media interior, medium can be realized by conveying mechanism pumped (conveying) medium The reading of the record information on surface, therefore, in the reading of the record information of media interior, the reading of the record information of dielectric surface When, human intervention can be excluded.

In addition, accurately the information of record inside it can be read from medium according to this aspect.

This is because wireless communication part is not from the medium of transport status but reads note from the medium of conveying halted state The information of record inside it.

Detailed description of the invention

Fig. 1 is the stereoscopic figure of the impact dot-matrix printer in embodiment.

Fig. 2 is the perspective view for showing printer main body.

Fig. 3 is the sectional view of printer main body.

Fig. 4 is the perspective view for showing the structure of magnetic data reading part.

Fig. 5 is the block diagram for showing the functional structure of impact dot-matrix printer.

Fig. 6 is the flow chart for showing the movement of impact dot-matrix printer.

Fig. 7 is the figure for showing an example for the MICR information being printed upon on check.

Fig. 8 is the stereoscopic figure of the impact dot-matrix printer 10A (printer main body 11) with authentication function.

Fig. 9 is the sectional view of the impact dot-matrix printer 10A with authentication function.

Figure 10 is the block diagram for showing the functional structure of the impact dot-matrix printer 10A with authentication function.

Figure 11 is recognizing to action example 1 (control method 1) as the impact dot-matrix printer 10A with authentication function The flow chart that card processing is illustrated.

Figure 12 is recognizing to action example 2 (control method 2) as the impact dot-matrix printer 10A with authentication function The flow chart that card processing is illustrated.

Figure 13 is recognizing to action example 3 (control method 3) as the impact dot-matrix printer 10A with authentication function The flow chart that card processing is illustrated.

Figure 14 is recognizing to action example 4 (control method 4) as the impact dot-matrix printer 10A with authentication function The flow chart that card processing is illustrated.

Label declaration

10: impact dot-matrix printer；10A: the impact dot-matrix printer with authentication function；11: printer main body； 11A: lower body portion；11C: axis；12: upper cap；13: upper body；14: lower case；15: being manually inserted into mouth；16: frame pedestal Frame；17A: right side frame；17B: left side frame；18: record head；19: balladeur train；20: recording mechanism portion；21: coining part；22A: the 1 driven roller；22B: the 1 driven voller；23A: the 2 driven roller；23B: the 2 driven voller；24: front media guide；25: rear is situated between Matter guiding piece；26: medium feeder motor；27: driving wheel pastern；28: alignment plate；29: magnetic data read-write section；30: medium pressing Portion；31: balladeur train leading axle；32: the 1 roll shafts；33: the 2 roll shafts；34: magnetic head；40:CPU；41:RAM；42:EEPROM；42A: bullet Spring；42B: spring；42C: spring；43:I/F；45: reading gate array；47: media end sensor；48: motor driver；49: Force application spring；51: motor pinion；52: reduction gearing；53A: the 1 driving gear；53B: the 2 driving gear；54: center tooth Wheel；55: media width sensor；56: sledge drive motor；60: magnetic head leading axle；61: magnetic head leading axle；62: magnetic head unit； 63: magnetic head drives band；64: head drive motor；70: near field communication device；70a: near field communication device master Body；70b: antenna；100: media conveying mechanism；111: front scan device；112: reverse side scanner；124A: the 3 driven roller； 124B: the 3 driven voller；134: the 3 roll shafts；200: host；D: allowance；MS:MICR information；P: transport path；S: recording medium； S1:ID card；X: main scanning direction；X1: paper end position；X2: paper end position；Y1: conveying distance；Y2: conveying distance；Y3: Conveying distance；Dx1: offset distance；Dx1': offset distance；Dx2: offset distance.

Specific embodiment

Hereinafter, the embodiments of the present invention will be described with reference to the drawings.

Fig. 1 is that the front for the appearance for being shown as the impact dot-matrix printer of recording device of present embodiment is three-dimensional Figure.Fig. 2 is the stereoscopic figure for showing printer main body 11.Fig. 3 is the side section view for showing the impact dot-matrix printer 10 of Fig. 1 Figure.

In impact dot-matrix printer 10 as recording device shown in Fig. 1, via from ink ribbon cartridge (illustration omitted) More root record lines possessed by record head 18 (referring to Fig. 2, Fig. 3) are pressed into recording medium S by the ink ribbon (illustration omitted) of submitting On, it is formed on the recording surface of recording medium S a little, is recorded as a result, to comprising the image including character.

As the recording medium S used in impact dot-matrix printer 10, exists and be cut to defined length Cutting medium and connect continuous paper obtained by multiple.As cutting medium, such as in addition to single-sheet stationery, page copying paper etc. it Outside, there is also bankbook, postcard, envelopes etc., include continuous copy paper in continuous paper.

In the present embodiment, it lists by being recorded on the recording medium S shown in Fig. 1 of impact dot-matrix printer 10 It is illustrated in case where image.The check or draft that recording medium S is the distribution such as financial institution are (hereinafter, collectively referred to as branch Ticket).The check is that have MICR (Magnetic Ink Character Recognition: magnetic by magnetic ink partial printing Ink characters identification) information MS single-sheet stationery.

In addition, as recording medium S, being not only check in impact dot-matrix printer 10, being also able to use bankbook. Bankbook mentioned here refers to pamphlet form made of the bookbinding of multiple paper used for recording, the face of the inside after opening the pamphlet It is recording surface.Moreover, being provided with magnetic stripe at the rear portion in the face for the rear strip of paper used for sealing for being equivalent to bankbook.Magnetic recording has various on the magnetic stripe Information is able to carry out reading, in general, the information of record can not be carried out comprising the optical differentiation including visual identification.

In addition, in the following description, if being inserted into towards impact dot-matrix printer 10 in 4 sides of recording medium S Side while for front end, the side opposite with the front end while be rear end.

As shown in Figure 1, impact dot-matrix printer 10 have as the upper cap 12 of exterior body, upper body 13 and under Portion's shell 14, in upper body 13 and the front surface of lower case 14, opening has the hand for being inserted into or being discharged for recording medium S Dynamic insert port 15.Side (front) before if opening has this to be manually inserted into the side of mouth 15, i.e. left side in Fig. 3 is, if in Fig. 3 Right side is rear side (rear).

It is covered as shown in Fig. 2, impact dot-matrix printer 10 has by upper cap 12, upper body 13 and lower case 14 The printer main body 11 of lid.Upper cap 12, upper body 13 and lower case 14 constitute shell of the invention.Printing owner There is body 11 lower body portion 11A and the main body supported in the rear end of lower body portion 11A by axis 11C (to save sketch map Show), lower body portion 11A is accommodated in upper body 13 and lower case 14 (Fig. 1), and main body is fixed on upper cap 12 (Fig. 1).When opening the upper cap 12, main body is rotated centered on axis 11C, is exposed inside printer main body 11.

As shown in FIG. 2 and 3, printer main body 11 includes main body frame, with base framework 16, right side frame 17A and left side frame 17B；Recording mechanism portion 20, with record head 18 and balladeur train 19；Media conveying mechanism 100 has pressure Printed document 21, the 1st driven roller 22A, the 1st driven voller 22B, the 2nd driven roller 23A, the 2nd driven voller 23B, the 3rd driven roller 124A, the 3rd Driven voller 124B, front media guide 24, rear media guide 25, medium feeder motor 26 and driving wheel pastern 27；It is right Neat plate 28, is aligned recording medium S (or aftermentioned ID card S1)；Magnetic data read-write section 29 has and reads setting In the magnetic head 34 of the MICR information MS on recording medium S；And medium press section 30, it is pressed, is made from recording medium S It obtains when executing the magnetic information processing including the reading comprising MICR information MS, inhibits recording medium S floating.

Right side frame 17A and left side frame 17B erects the substantially both ends for being arranged and being fixed on base framework 16.At this It is provided with balladeur train leading axle 31 between two side frames 17A, 17B, and is fixedly installed between two side frames 17A, 17B flat The front media guide 24 and rear media guide 25 of face shape.Media guide 24 and rear medium in front of these The coining part 21 of flat shape is configured between guiding piece 25.In the top of the coining part 21 in the mode opposite with coining part 21 Configured with record head 18.

Balladeur train 19 is sliding freely through balladeur train leading axle 31 is inserted in, by the sledge drive motor for driving the balladeur train 19 The rotating forward or reversion of 56 (Fig. 5), which is driven via synchronous belt (illustration omitted), and is drawn by balladeur train leading axle 31 It leads and moves back and forth.The moving direction of balladeur train 19 is direction shown in figure label X, the axial direction i.e. with balladeur train leading axle 31 And the consistent main scanning direction of length direction of coining part 21.In addition, movement (scanning) range of balladeur train 19 is in an opposite side Between frame 17A, 17B.In addition, setting direction shown in the direction vertical with the main scanning direction X of balladeur train 19, i.e. figure label Y For sub-scanning direction.

The record head 18 of balladeur train 19 is equipped on during advancing together along main scanning direction with balladeur train 19, make call wire from It is protruded in its front end face line protruding portion (illustration omitted) opposite with coining part 21 and strikes ink ribbon, be attached to the ink of the ink ribbon The recording medium S conveyed between coining part 21 and record head 18, so that record includes the figure including character on recording medium S Picture.The ink ribbon, which is folded, to be received into the ink ribbon cartridge (illustration omitted) for being installed on aforementioned body frame or balladeur train 19, and adjoint The scanning of balladeur train 19 and be sent.

Coining part 21 extends along the direction of travel of balladeur train 19 and is formed as flat shape, and both ends are by 49 direction of force application spring Record head 18 exerts a force and is resiliently supported.Force application spring 49 is spiral compression spring, passes through the active force of the force application spring 49 The protrusion power of call wire when the operation of recording of bearing record head 18.In addition, when the thickness of recording medium S is in recording medium S Conveying in change in the case where or in the case where move in the different recording medium S of thickness to printer main body 11, Coining part 21 againsts the active force of force application spring 49, is recorded first 18 front end pressing and moves to the direction for leaving record head 18 It is dynamic.As a result, regardless of the thickness of recording medium, the gap between the front end of record head 18 and the recording surface of recording medium S is all It is guaranteed to constant.

Media conveying mechanism 100 is configured to, by the 1st driven roller 22A, the 1st driven voller 22B relative to coining part 21 and note Record head 18 is configured at the front side of printer main body 11, by the 2nd driven roller 23A, the 2nd driven voller 23B relative to coining part 21 and Record head 18 be configured at printer main body 11 rear side and reverse side scanner 112 it is (right with " the optical reading portion " in the present invention Answer) front side, the 3rd driven roller 124A, the 3rd driven voller 124B are configured to the rear side of reverse side scanner 112.1st driven roller 22A It is configured along the vertical direction with the 1st driven voller 22B and pairs of, the 2nd driven roller 23A and the 2nd driven voller 23B are configured simultaneously along the vertical direction In pairs, the 3rd driven roller 124A is configured and pairs of along the vertical direction with the 3rd driven voller 124B.

1st driven roller 22A, the 2nd driven roller 23A and the 3rd driven roller 124A are by medium feeder motor 26 and driving The driven roller of the rotation driving of pastern 27 is taken turns, the 1st driven voller 22B, the 2nd driven voller 23B and the 3rd driven voller 124B are the respectively 1 driven roller 22A, the 2nd driven roller 23A and the 3rd side driven roller 124A are by spring 42A, 42B, 42C with the progress of defined pressing force The driven voller of spring force.The 1st driven roller 22A is driven in rotation with the 1st driven voller 22B towards direction opposite mutually as a result, 2nd driven roller 23A is driven in rotation with the 2nd driven voller 23B towards direction opposite mutually, and the 3rd driven roller 124A and the 3rd is driven Roller 124B is driven in rotation towards direction opposite mutually.

Reverse side scanner 112 is arranged between the 2nd driven roller 23A and the 3rd driven roller 124A, reads and is printed upon record and is situated between The optical image sensor of information on the reverse side of matter S (or aftermentioned ID card S1).Front scan device 111 be arranged in instead The light for the information that the opposite position of Surface scan device 112, reading are printed upon on the front of recording medium S (or aftermentioned ID card S1) Learn imaging sensor.In addition, front scan device 111 and reverse side scanner 112 are for example configured to include irradiation portion (province's sketch map Show), the white visible light that the reading area irradiation of recording medium S is exported from fluorescent tube or LED；It is multiple by light sensing Device (illustration omitted), they are aligned to a column along main scanning direction (X-direction)；And output section (illustration omitted), according to rule Signal from light sensor is output to gate array 45 (Fig. 5) by fixed sequence.

Driving wheel pastern 27 is configured at the outside of right side frame 17A.The driving wheel pastern 27 has integrally to rotate Mode is fixed on the motor pinion 51 of the drive shaft for the medium feeder motor 26 that can be rotated forward or invert.It is small from the motor The driving force of gear 51 is transmitted to the 2nd driving gear of the 2nd roll shaft 33 for being installed on the 2nd driven roller 23A via reduction gearing 52 53B, and the 1st roll shaft 32 for being installed on the 1st driven roller 22A is transmitted to via intermediate gear 54 from the 2nd driving gear 53B 1st driving gear 53A.In addition, the rotary force of the 2nd roll shaft 33 of the 2nd driven roller 23A is for example passed by driving band (illustration omitted) It is delivered to the 3rd roll shaft 134 of the 3rd driven roller 124A.1st driven roller 22A shown in Fig. 3, the 2nd driven roller 23A and the 3rd as a result, Driven roller 124A is rotated in the same direction, and can be transported to recording medium S in printer main body 11.That is, the shown in Fig. 3 1st Driven roller 22A, the 2nd driven roller 23A and the 3rd driven roller 124A are swept in the case where medium feeder motor 26 is rotated forward along pair Retouch direction, as shown in figure label A into printer main body 11 conveying recording medium S, medium feeder motor 26 invert In the case where, as shown in figure label B, towards the direction conveying recording medium S being discharged out of printer main body 11.

In addition, being provided with the conveying of detection recording medium S (or aftermentioned ID card S1) on front side of the 1st driven roller 22A The media end sensor 47 of the presence or absence of recording medium S on path.Media end sensor 47 is that have towards above-mentioned conveying Path issues the light source of light and detects the reflective optical sensor of the acceptance part of its reflected light, or across above-mentioned conveying Path and opposite mode configures infiltration type optical sensor obtained by light source and acceptance part.Media end sensor 47 is for examining It surveys the insertion from the recording medium S for being manually inserted into mouth 15 and the discharge of the recording medium S in printer main body 11 is complete At sensor.

Media width sensor 55 is equipped on balladeur train 19, with balladeur train 19 together to coining part 21 on be scanned.Therefore, exist When the scanning of balladeur train 19, recording medium S is detected by media width sensor 55, by being detected sweeping for position and balladeur train 19 It retouches position to be mapped, the position of recording medium S can be found out.

Fig. 4 is the perspective view for showing the structure of magnetic data read-write section 29.Magnetic data read-write section 29 includes 2 magnetic head guidance Axis 60,61, the length direction (arrow X-direction in figure) along printer main body 11 are set up in parallel；Magnetic head unit 62, is supported on These magnetic head leading axles 60,61 are moved back and forth along above-mentioned length direction；Magnetic head drives band 63, and magnetic head unit is fixed in part 62；And head drive motor 64, rotation driving is carried out to magnetic head driving band 63, so that magnetic head unit 62 moves back and forth.Magnetic Head unit 62 has magnetic head 34, which scans the MICR information MS of recording medium S and driving band 63 to drive by magnetic head. The magnetic head 34 is read out the magnetic information processing for being recorded in the character information of MICR information MS by scanning MICR information MS. In the present embodiment, what magnetic head 34 was set to printer main body 11 is manually inserted into 15 side of mouth, in the conveying direction of recording medium S On, with 18 arranged in series of record head.

Fig. 5 is the block diagram for showing the functional structure of impact dot-matrix printer 10.

Impact dot-matrix printer 10 includes CPU 40, according to control program come to impact dot-matrix printer 10 Entirety is controlled；EEPROM 42 is stored with through control program, data of processing executed of CPU 40 etc.；RAM 41, Its interim storage passes through CPU 40 from control procedure, data read of EEPROM 42 etc.；And interface (I/F) 43, to Data mode when receiving and sending messages between the host 200 of impact dot-matrix printer 10 is controlled to be converted.

CPU 40 is connected with record head 18 and magnetic head 34 via gate array (G/A) 45.Gate array 45 is according to the control of CPU40 It makes to 18 output driving current of record head, keeps call wire prominent.In addition, control of the gate array 45 according to CPU 40, is reading magnetic Reading electric current is inputted to magnetic head 34 when information on the other hand the signal code inputted from magnetic head 34 is digitized and is output to CPU 40。

In addition, gate array 45 be connected with media end sensor 47, media width sensor 55, front scan device 111 with And reverse side scanner 112.Media end sensor 47 is the front side for being set to the 1st driven roller 22A (Fig. 3) as described above, inspection Survey the front end of recording medium S or the sensor of rear end.In addition, media width sensor 55 is equipped on balladeur train 19, with record head 18 line raised face (illustration omitted) is oppositely disposed with coining part 21 in alignment.More specifically, media width sensor 55 is The light source of light is issued with direction coining part 21 and receives the anti-of the acceptance part for the reflected light that the light from the light source is reflected Emitting optical sensor detects balladeur train 19 and imprints the presence or absence of the recording medium S between part 21.These media end sensors 47 with And media width sensor 55 is acted by means of the driving current that inputs from gate array 45, will be equivalent to the simulation electricity of detected value Pressure is output to gate array 45.Gate array 45 is electric by the simulation inputted from media end sensor 47 and media width sensor 55 Pressure quantifies and is set as numerical data, and is output to CPU 40.

The front that the reading of front scan device 111 is printed upon recording medium S (or aftermentioned ID card S1) (is printed with MICR letter The face of the opposite side in the face of breath) on information and be supplied to gate array 45.The reading of reverse side scanner 112 is printed upon recording medium S Information on the reverse side (face for being printed with MICR information) of (or aftermentioned ID card S1) is simultaneously supplied to gate array 45.Gate array 45 The analog voltage provided from front scan device 111 and reverse side scanner 112 is quantified and is set as numerical data, and is output to CPU 40。

Moreover, gate array 45 is connected with motor driver 48.Motor driver 48 and medium feeder motor 26, sledge drive Motor 56 and head drive motor 64 connect, and to this each motor supply driving current and driving pulse, make these motors Make.In addition, motor driver 48 can connect the alignment board motor (illustration omitted) etc. for acting alignment plate 28 (Fig. 3).

CPU 40 controls record head 18 and motor according to the control program being stored in EEPROM 42, via gate array 45 Driver 48, and obtain the testing result of media end sensor 47 and media width sensor 55.Moreover, CPU 40 drives Dynamic medium feeder motor 26 and the sub-scanning direction conveying recording medium S shown in the label Y, drive carriage driving motor 56 and make The main scanning direction shown in the label X of balladeur train 19 is scanned, moreover, driving head drive motor 64 and make 62 edge of magnetic head unit Main scanning direction shown in label X is scanned.In addition, CPU 40 controls gate array 45, drives record head 18 and make call wire It is prominent, alternatively, carrying out the magnetic information processing based on magnetic head 34.

Next, being illustrated to the outline of the movement of impact dot-matrix printer 10.

Will be used as the recording medium S of check from it is shown in FIG. 1 be manually inserted into mouth 15 be inserted into when, S is by the 1st for the recording medium Driven roller 22A and the 1st driven voller 22B is clipped and is transported to coining part 21 nearby along the direction arrow A.

At this point, the inclination (deflection) of the conveying direction for amendment record medium S, by alignment plate 28 to recording medium In the state that prominent and recording medium S is abutted with the alignment plate 28 in the feed path P of S (or aftermentioned ID card S1), into One step is conveyed, and is aligned to be corrected to the inclination of recording medium S.

Next, alignment plate 28 is retracted from feed path P, recording medium S, which is transported to, to be sensed by media width The range of 55 detection width of device, balladeur train 19 are moved along main scanning direction, and are situated between by the detection record of media width sensor 55 The position of matter S.Next, recording medium S is transported to the position that MICR information MS can be read by magnetic data read-write section 29.This Afterwards, the head drive motor 64 of magnetic data read-write section 29 is driven, and magnetic head unit 62 is supported in said head leading axle 60,61 And the main scanning direction shown in the label X moves, MICR information of the magnetic head 34 of the magnetic head unit 62 to recording medium S as a result, The reading of MS progress magnetic information.In addition, at this point, referring to the recording medium S detected by media width sensor 55 position, Scan range appropriate.The information read by magnetic head 34 is digitized by gate array 45 and is output to CPU 40.40 basis of CPU The data provided from gate array 45 analyze character information, and are converted to text information.Remember to as MICR information In the case that the character information of record is analyzed, host 200 is sent by obtained text information.

Next, recording medium S to be transported to the position of front scan device 111 and reverse side scanner 112.Moreover, right The reverse side of recording medium S and front carry out optical scanner, are converted to obtained information as numerical data in gate array 45 Image data, and be supplied to CPU 40.In addition, at this point, determining scanning according to the testing result of media width sensor 55 Range.The reverse side being provided and positive image data are sent host 200 by CPU 40.In host 200, by that will send The image data come is transmitted to paying bank from receiving bank to be settled accounts.But it can not remember to as MICR information In the case that a part (or whole) of the character information of record is analyzed, CPU 40 is obtained according to scanner 112 from the negative Image data execution character identifying processing, by constitute MICR information character string be converted to corresponding text data.Moreover, In the case where successfully analysis the character that can not be analyzed in the identifying processing based on said head 34, will successfully it divide The character character that can not analyze of substitution of analysis is added, and sends host 200 for obtained text data.

At the end of the scan process based on front scan device 111 and reverse side scanner 112, recording medium S is conveyed Record position onto coining part 21.Moreover, in record head 18 and being slided according to the magnetic information read by magnetic data read-write section 29 During frame 19 is moved along above-mentioned main scanning direction, such as record indicates that the check has used on the recording surface of recording medium S Information.

The operation of recording of the record head 18 is implemented by the following method: with main scanning direction being towards left in record head 18 To or towards during right direction advances, the record of 1 row is carried out by the call wire of record head 18, whenever having carried out 1 row When record, above-mentioned each roller 22A, 22B, 23A and 23B by recording medium S along the direction arrow A conveying specific length (such as usually For line space), and these are acted repeatedly.

Finally, recording medium S is conveyed along the direction arrow B by the 1st driven roller 22A and the 1st driven voller 22B, from hand Recording medium S is discharged in dynamic insert port 15.

Fig. 6 is the place for illustrating to execute in the case where being inserted into check as recording medium S to impact dot-matrix printer 10 The flow chart of reason.It is manually inserted into mouth 15 firstly, recording medium S is inserted into, detects note when passing through media end sensor 47 (step S10 when the front end of recording medium S；It is), CPU40 possessed by impact dot-matrix printer 10 makes alignment plate 28 be situated between to record It is prominent in the feed path P of matter S, and make the movement of medium feeder motor 26 to execute registration process (step S11).Remember as a result, The inclination (deflection) of the conveying direction of recording medium S is corrected and is aligned, and executes the position alignment of the front end of recording medium S.

Next, CPU 40 differentiates that the recording medium S of detection is check or bankbook (step S12).Here, CPU 40 can To obtain the information sent from host 200, and according to the type of information differentiation recording medium S, or media end can be used Portion's sensor 47, media width sensor 55 detect the position of the front end of recording medium S, side, and are sentenced according to the position, size The type of other recording medium S.Alternatively, can be according to the note for using media end sensor 47, media width sensor 55 to detect The front end of recording medium S, side position, the reading of MICR information MS is attempted by magnetic head 34, by the trial of the reading come Determine to whether there is MICR information MS in defined position, differentiates the type of recording medium S as a result,.In the present embodiment, CPU 40 obtains the information for determining the type (check or bankbook) of recording medium S from host 200, is in recording medium S In the case where check, such as obtains relevant to the size of check information, has the relevant letter in the position of MICR information MS with recording Breath, information relevant to conveying distance, and be check or bankbook according to the differentiation of these information.

Here, (the step S12 in the case where recording medium S is check；It is), CPU 40 determines whether to connect from host 200 Have received the reading order (step S13) of MICR information.Moreover, CPU 40 is in the reading life for being judged to having received MICR information (step S13 in the case where order；It is), enter step S14.

Here, CPU 40 can obtain the kind for being used for the determination recording medium S to be read from host 200 in step s 12 Whens the information etc. of class (check or bankbook), the reading order of MICR information is received together.Specific example is enumerated to be said It is bright, for example, as shown in fig. 7, receiving following information: the offset distance with MICR information MS relative to 4 sides in recording medium S The relevant information of dx1, dx2, dy1, dy2；It can be by magnetic from the aligned position based on alignment plate 28 to arrival with MICR information MS The relevant information of conveying distance Y1 until the position that reading and writing data portion 29 is read；Front is reached with the front end of recording medium S to sweep Retouch the information relevant with the conveying distance Y2 until reverse side scanner 112 of device 111；And it is reached just with the rear end of recording medium S The information relevant with the conveying distance Y3 until reverse side scanner 112 of Surface scan device 111.In addition, the information obtained from host 200 It is not limited to above-mentioned example, the information other than this can be obtained, other information substitution above- mentioned information can also be obtained.

Moreover, CPU 40 retracts alignment plate 28 from feed path P, and defeated at least through media conveying mechanism 100 Recording medium S is sent, until after the underface of the front end arrival media width sensor 55 of recording medium S, drive carriage driving Motor 56 (Fig. 5) and make balladeur train 19 along main scanning direction scan, according to from media width sensor 55 output signal and The position (step S14) of the width direction of recording medium S is detected in the position of the main scanning direction of balladeur train 19.More specifically, exist In the Y-direction of recording medium S, the position alignment of its front end is carried out by the registration process of step S11, but in the X direction not It carries out position alignment (because recording medium S can be inserted into any position for being manually inserted into mouth 15), situs ambiguus, because This, passes through paper end position X1, X2 in the processing detection X-direction of step S13 (referring to Fig. 7).The paper end position detected in this way It sets X1, X2 and is stored in RAM 41.

Moreover, CPU 40 is by media conveying mechanism 100 come conveying recording medium S and monitoring media end sensor 47 Output signal, detect recording medium S back-end location (step S15).

Next, CPU 40 (can be by magnetic to MICR information MS arrival according to the above- mentioned information Y1 received from host 200 Conveying distance until the position that reading and writing data portion 29 is read), pass through 100 conveying recording medium S (step of media conveying mechanism S16)。

As a result, the MICR information MS of recording medium S is transported to the position (step that can be read by magnetic data read-write section 29 Rapid S14).Hereafter, CPU 40 is received inclined according to paper end position X1, the X2 detected in step s 13 and in step s 12 Distance dx1, dx2 is moved, scanning range (X1+dx1)~(X2-dx2) is calculated.

In addition, the range as actual scanning, it is contemplated that influence of error etc. and have allowance D therefore can set ratio The wide range of above-mentioned scanning range ((X1+dx1-D)~(X2-dx2+D)) (wherein, D < dx1, dx2).

CPU 40 drives the head drive motor 64 of magnetic data read-write section 29, makes magnetic head unit 62 by said head leading axle 60, it 61 carries in the scanning range of the main scanning direction shown in label X and moves (step S17), pass through the magnetic head unit 62 magnetic head 34 executes the reading (step S18) of the magnetic information processing to the MICR information MS of recording medium S.At this point, CPU 40 According to the position of the main scanning direction of output signal and magnetic head 34 from magnetic head 34, MICR information MS is detected in main scanning direction On there are positions, find out dx1 ', dx2 ' as the offset distance based on measured value.Alternatively, it is also possible to not find out as offset Dx1 ', the dx2 ' of distance, but directly find out MICR information MS there are positions.In addition, the offset distance dx1 ', the dx2 ' that find out It is stored in RAM 41.On the other hand, the information (MICR information) read by magnetic head 34 is digitized by gate array 45, and is exported To CPU 40.CPU 40 analyzes character information according to the data provided from gate array 45, and is converted to text information (step Rapid S19).

CPU 40 discriminates whether there is the character (step that can not be analyzed in the analysis processing of the MICR information MS of step S19 Rapid S20).Here, (the step S20 in the case where there is the character that can not be analyzed；It is), S21 is entered step, the feelings other than this (step S20 under condition；It is no), enter step S26.For example, the information obtained in the analysis processing of step S19 is " 01? 3456789 ", the 3rd characters (be in this embodiment "? ") can not analyze in the case where, "Yes" is determined as in step S20, enter Step S21.

Next, CPU 40 reaches front scan according to the front end receiving in step s 13 and to recording medium S The relevant information of conveying distance Y2 until device 111 and reverse side scanner 112, makes recording medium S be moved to front scan device 111 and the position (step S21) that can read of reverse side scanner 112.

Then, CPU 40 executes optical reading (the step S22) of MICR information MS, and is transferred to step S23.In step In S22, CPU 40 passes through media conveying mechanism 100 along sub-scanning direction conveying recording medium S, and passes through front scan device 111 and reverse side scanner 112 read reverse side and the front of recording medium S simultaneously, be then converted into picture signal and be supplied to Gate array 45.Next, CPU 40 reaches front scan according to the rear end receiving in step s 12 and to recording medium S The relevant information of conveying distance Y3 until device 111 and reverse side scanner 112 stops scanning.At this point, passing through front scan device The range of the X-direction of 111 and the reading of reverse side scanner 112 recording medium S is according to the width direction detected in step s 13 Position X1, X2 are determined.That is, gate array 45 only obtains the letter exported from the acceptance part of range corresponding with the position of width direction Number, and the signal exported from acceptance part is only obtained during as specified by conveying distance Y2~Y3.Furthermore it is possible to according to such as Lower value finds out conveying distance Y3, above-mentioned value be according to the front end of the recording medium S that is detected by media end sensor 47 and Rear end and find out.I.e., it is possible to find out the conveying of the front and rear end of the recording medium S detected by media end sensor 47 The difference value of distance, and the difference value is added with Y2, so as to find out Y3.

Picture signal is quantified and is converted to the image data as numerical data by gate array 45, and is supplied to CPU 40. Obtained image data is stored in RAM 41 by CPU 40.In addition, in subsequent steps S26, the figure of the check stored in this way As data are sent to host 200 via I/F 43.In host 200, by will transmit come information from receiving bank transmit It is settled accounts to paying bank.That is, the check for replacing conveying in kind is handled, but the information of the nominal value of check is converted For image data, and the data are transmitted to the host of paying bank from receiving bank, execute the clearing of electronics as a result,.

In step S23, the image data that CPU 40 is read according to reverse side scanner 112 is passed through in step S22 is executed The analysis of character is handled.Specifically, CPU 40 is according to the offset distance as actual measurement obtained in the processing of step S15 Dx1 ', dx2 ' and dy1, the dy2 received in step s 13, determination includes the area of MICR information MS from image data Domain, and the image data for including in the region is extracted, analysis processing is executed to the image data extracted.In addition, at the analysis Reason is able to use as OCR processing and generally well-known processing.Processing in this way, in the previous example, as analysis As a result, for example obtain " 012345678? ".In addition, in this example embodiment, last character (be in this embodiment "? ") analysis failure.

Next, CPU 40 determines whether successfully to be analyzed (step to the character that can not be analyzed in step S19 S24), (step S24 in the case of a hit；It is), S25 is entered step, (step S24 other than this；It is no), enter Step S29.

In the previous example, due to successfully to character (the 3rd for can not being analyzed in the analysis of step S19 processing Character " 2 ") it is analyzed, therefore, enter step S25.

In step s 25, CPU 40 merges the analysis result in step S19 and step S23.That is, CPU40 will lead to The analysis result crossed in step S19 obtain " 01? 3456789 " with obtained by the analysis result in step S23 " 012345678? " it merges, obtains " 0123456789 " as a result,.

On the other hand, in step s 24, in the case where the analysis for the character for being judged to not analyzing failure, into step Rapid S29, CPU 40 produces mistake to the notice of host 200, ends processing.

Next, CPU 40 sends host 200 for the MICR information MS handled by analysis via I/F 43, and And the image on the two sides of the recording medium S of RAM 41 will be read and is stored in by the reading process of step S22 via I/F 43 Data are sent to host 200 (step S26).

Here, CPU 40 waits until the execution order (step S27) that endorsement printing is received from host 200, is connecing In the exectorial situation for receiving endorsement printing, medium feeder motor 26 is inverted, recording medium S is transported to record head 18 Under, and drive carriage driving motor 56 and record head 18, the endorsement handled, which is indicated, in the reverse side of recording medium S beats It prints (step S28).Moreover, CPU 40 further rotates medium feeder motor 26, by recording medium at the end of endorsement printing S is discharged from mouth 15 is manually inserted into.

At this point, recording medium S can not also be discharged, but again by front scan device 111 and reverse side scanner The entire surface of the tow sides of 112 couples of recording medium S is scanned, and generates the image data of the nominal value of the check handled, and The image data is transmitted to the host of paying bank from receiving bank, executes the electronics knot based on final process image as a result, It calculates.In this case, by using image data as the processed data of check are indicated, ensure that the reliability of clearing with And legitimacy.

In addition, in the above description, insertion check is illustrated as the case where recording medium S, but is being inserted into In the case that bankbook is as recording medium S, next processing is executed.That is, the record of detection ought be determined as in step s 12 In the case that medium S is bankbook (not being check), implement the order of processing relevant to bankbook in response to issuing from host 200, CPU 40 is conveyed by media conveying mechanism 100 and is remembered after correcting the inclination of bankbook in feed path P by alignment plate 28 Recording medium S drives the head drive motor 64 of magnetic data read-write section 29, and the magnetic stripe for being directed to recording medium S is executed by magnetic head 34 , the magnetic of information is read and/or write-in (step S31).Then, CPU 40 is by record head 18 in the record as bankbook Record includes the image (step S32) including character on the recording surface of medium S, by media conveying mechanism 100 by recording medium S (step S33) is discharged from mouth 15 is manually inserted into, terminates present treatment.

Next, explanation has certification function to obtained by the additional authentication function of the impact dot-matrix printer 10 of above structure The impact dot-matrix printer 10A of energy.

Hereinafter, being illustrated centered on the difference of the impact dot-matrix printer 10 of above structure, to same knot Structure assigns same label and the description thereof is omitted as appropriate.

Fig. 8 is the stereoscopic figure of the impact dot-matrix printer 10A (printer main body 11) with authentication function.Fig. 9 It is the sectional view of the impact dot-matrix printer 10A with authentication function.Figure 10 is to show the impact type with authentication function The block diagram of the functional structure of dot-matrix printer 10A.

As shown in Fig. 8~Figure 10, the impact dot-matrix printer 10A with authentication function is filled with wireless near field communication Set 70 (wireless communication parts).

Near field communication device 70 is wirelessly (non-contact) to read pre-recorded (storage) in ID card S1 (medium) Inside information, the wireless communication part of non-contact type, typically, by near field communication device main body 70a and antenna 70b is constituted.Near field communication device main body 70a is connect with antenna 70b by the communications cable (not shown).

Near field communication device main body 70a is, for example, RFID read/write device or NFC read/write device, such as is configured at lower part The bottom surface of shell 14.

ID card S1 be built-in pre-recorded (storage) have can be wireless (non-contact) by near field communication device 70 The IC card of the memory (not shown) of information that ground is read etc., such as be made of RFID card or nfc card.Wireless near field communication dress It sets 70 and wirelessly reads the ID card S1's being previously recorded in the state of being incorporated in impact dot-matrix printer 10A (shell) Internal information.As the information for being previously recorded in ID card S1 (memory), such as there are name, birthdate, identifications to compile Number, facial photograph (image data).In addition, the state that ID card S1 is incorporated in impact dot-matrix printer 10A (shell) is Refer to, ID card S1 has been taken into the state in impact dot-matrix printer 10A (shell), i.e., the rear end of ID card S1 is not from slotting manually Entrance 15 protrudes and the entirety of ID card S1 is incorporated in the state in impact dot-matrix printer 10A (shell).

In addition, the front (or reverse side) pre-recorded (printing) of ID card S1 have can by front scan device 111 and The information that at least one party of reverse side scanner 112 (optical reading portion) optically reads.Front scan device 111 and reverse side scanning At least one party of device 112 (optical reading portion), which optically reads to be previously recorded in, is incorporated in impact dot-matrix printer 10A (shell Body) in the state of ID card S1 surface information.As the information in the front (or reverse side) for being previously recorded in ID card S1, Such as there are name, birthdate, identiflication number, facial photographs (image data).In addition, being recorded in the front of ID card S1 The information of (or reverse side) can be identical (identical) with the information for the inside (memory) for being recorded in ID card S1, can also portion Divide different (part is identical).

As shown in figure 9, printing portion (record head 18, balladeur train 19, balladeur train leading axle 31, sledge drive motor 56, synchronous belt Deng), near field communication device 70 (wireless communication part), front scan device 111 and reverse side scanner 112 (optically read Portion) it is arranged along the feed path P (transport path) of ID card S1.

ID card S1 from be manually inserted into mouth 15 be inserted into and be aligned plate 28 be aligned after, from its aligned position, be situated between Matter conveying mechanism 100 (conveying mechanism) conveying, is pulled into impact dot-matrix printer 10A (shell), and reaching can be by The position that near field communication device 70 is read.In addition, can be referred to by the position that near field communication device 70 is read Position as following state: the rear end of ID card S1 is not prominent from mouth 15 is manually inserted into, and the entirety of ID card S1 is incorporated in In impact dot-matrix printer 10A (shell).

Reading near field communication device 70 wireless (non-contact) arrived and can be filled by the wireless near field communication Set the information that the inside (memory) of the ID card S1 of the position of 70 readings is recorded.In addition, near field communication device 70 can To read the whole of the information for the inside (memory) for being recorded in ID card S1, it can also read and be recorded in the inside of ID card S1 and (deposit Reservoir) information a part (for example, only reading identiflication number).

Antenna 70b is the antenna for the non-contact type for receiving the information for the inside for being recorded in ID card S1, such as in fixation In the state of along the frame of main scanning direction X (not shown), it is configured at that arrived can be by near field communication device The top of the ID card S1 of 70 positions read.Antenna 70b is for example configured at the downstream of alignment plate 28 (medium alignment part).In addition, The center of antenna 70b and it arrived and can preferably be existed by the center of the ID card S1 for the position that near field communication device 70 is read It is consistent in up and down direction (up and down direction in Fig. 9), but can also be on front-rear direction (left and right directions in Fig. 9) slightly partially From.

Next, being said to the action example 1 (control method 1) of the impact dot-matrix printer 10A with authentication function It is bright.

Figure 11 is recognizing to action example 1 (control method 1) as the impact dot-matrix printer 10A with authentication function The flow chart that card processing is illustrated.

In this action example 1, as described below, in optical reading portion (front scan device 111 and reverse side scanning Device 112) execute read before, wireless communication part (near field communication device 70) from conveying halted state ID card S1 it is wireless (non-contact) read the information in pre-recorded (storage) portion in the inner.

Processing below mainly executes established procedure (the control journey that RAM 41 is read into from EEPROM 42 by CPU 40 Sequence etc.) Lai Shixian.

Firstly, CPU 40 executes registration process (step S40).Specifically, CPU 40 is authenticated since receiving host 200 Order, and be inserted into ID card S1 and be manually inserted into mouth 15 and detect ID card S1's by media end sensor 47 When front end, it is prominent into the feed path P (transport path) of ID card S1 that CPU 40 makes alignment plate 28, and makes medium feeder motor 26 movements are to execute registration process.The inclination (deflection) of the conveying direction of ID card S1 is corrected and is aligned as a result, and performs The position alignment of the front end of ID card S1.

Next, CPU 40 executes paper feed processing (step S42).Specifically, CPU 40 makes alignment plate 28 from conveying path Diameter P is retracted, and is pulled ID card S1 to impact dot-matrix printer 10A from its aligned position by media conveying mechanism 100 In (shell), and it is delivered to the position that reaches and can be read by near field communication device 70.Reaching can be by this closely From being manually inserted into, mouth 15 is not prominent and its entirety is contained in its back-end by the ID card S1 for the position that wireless communication device 70 is read Stop (conveying halted state) in the state of in impact dot-matrix printer 10A (shell).

Next, CPU 40 executes ID card reading process (step S44).The ID card reading process is the entirety in ID card S1 It is executed in the state of being incorporated in impact dot-matrix printer 10A (shell).Specifically, CPU 40 determines whether from master Machine 200 has received the reading order of ID card S1, logical by near radio in the case where being judged to having received the order T unit 70 wirelessly (non-contact) reads the information in pre-recorded (storage) portion in the inner from the ID card S1 of conveying halted state. Furthermore it is possible to which the judgement for whether receiving the reading order of ID card S1 from host 200 omitted.

In this way, in optical reading portion, (front scan device 111 and reverse side scanner 112) executes reading in this action example 1 Before taking, the reading based on wireless communication part (near field communication device 70) is carried out under the conveying halted state of ID card S1.

The information read by near field communication device 70 is stored in RAM 41 by CPU 40.In addition, storage in this way Information be sent to host 200 via I/F 43 on defined opportunity.

Next, CPU 40 executes scanning reading process (step S46).The scanning reading process is also in the whole of ID card S1 What body executed in the state of being incorporated in impact dot-matrix printer 10A (shell).Specifically, CPU 40 determine whether from Host 200 has received scan command, right by media conveying mechanism 100 in the case where being judged to having received the order ID card S1 is conveyed, until reaching the position that can be read by at least one party of front scan device 111 and reverse side scanner 112 Set, moreover, by media conveying mechanism 100 along sub-scanning direction convey ID card S1, and pass through front scan device 111 and At least one party of reverse side scanner 112 reads the front of ID card S1 and at least one party of reverse side, and is converted into image letter Number and be supplied to gate array 45.Furthermore it is possible to which the judgement for whether having received scan command from host 200 omitted.

Picture signal is quantified and is converted to the image data as numerical data by gate array 45, and is supplied to CPU 40. Obtained image data is stored in RAM 41 by CPU 40.In addition, the information stored in this way is on defined opportunity via I/F 43 It is sent to host 200.

In host 200, according to from authentication function impact dot-matrix printer 10A transmit, pass through closely The information and pass through at least one party of front scan device 111 and reverse side scanner 112 reading that wireless communication device 70 is read Information executes various processing.

For example, it is assumed that following situation: the information that reads by near field communication device 70 and passing through front scan The information that at least one party of device 111 and reverse side scanner 112 reads all is identiflication number.In this case, consider following processing: Host 200 determines whether the two is consistent, as a result, will authenticate the message set up in the case where being determined as the two unanimous circumstances and show It is shown in the display (not shown) for example connecting with host 200, it on the other hand, will in the case where being determined as that the two is inconsistent It authenticates invalid message and is shown in the display.

In addition, for example, it is assumed that following situation: the information that is read by near field communication device 70 and by just The information that at least one party of Surface scan device 111 and reverse side scanner 112 reads all is facial photograph.In this case, it is also considered that Following processing: two facial photographs are arranged into display for example on the display (not shown) for be connected to host 200, sentence operator It is both fixed whether consistent, and input it from input units such as the keyboards for being connected to host 200 and determine result.

In addition, for example, it is also contemplated that following processing: by the information read by near field communication device 70, with pass through The information association that at least one party of front scan device 111 and reverse side scanner 112 reads gets up and (is mapped), and is stored in advance In the storage units such as the database being connect with host 200.

Then, CPU 40 executes paper discharge processing (step S48).That is, CPU 40 further rotates medium feeder motor 26, ID card S1 is discharged from mouth 15 is manually inserted into.

According to this action example 1, it is capable of providing a kind of control method of impact dot-matrix printer 10A (authentication device), In the reading of record information inside ID card S1, the reading of the record information on the surface ID card S1, capable of excluding human intervention, (it is tied Fruit can be improved safety).

This is because ID card S1 can be conveyed by media conveying mechanism 100 (conveying mechanism), to realize in ID card S1 The reading of the record information in portion, the reading of the record information on the surface ID card S1, therefore, the reading of the record information inside ID card S1 Take, the reading of the record information on the surface ID card S1 when, human intervention can be excluded.

In addition, accurately the information of record inside it can be read from ID card S1 according to this action example 1.

This is because, near field communication device 70 (wireless communication part) be not from the ID card S1 of transport status but The information of record inside it is read from the ID card S1 of conveying halted state.

Next, being said to the action example 2 (control method 2) of the impact dot-matrix printer 10A with authentication function It is bright.

Figure 12 is recognizing to action example 2 (control method 2) as the impact dot-matrix printer 10A with authentication function The flow chart that card processing is illustrated.

In this action example 2, as described below, in optical reading portion (front scan device 111 and reverse side scanning Device 112) execute read after, wireless communication part (near field communication device 70) from conveying halted state ID card S1 it is wireless (non-contact) read the information in pre-recorded (storage) portion in the inner.

Hereinafter, with the difference of the action example 2 (control method 2) with the impact dot-matrix printer 10A with authentication function It is illustrated centered on point, same action is suitably omitted the description thereof.

Processing below mainly executes established procedure (the control journey that RAM 41 is read into from EEPROM 42 by CPU 40 Sequence etc.) Lai Shixian.

Firstly, CPU 40 executes registration process (step S50).Specifically, CPU 40 is authenticated since receiving host 200 Order, and be inserted into ID card S1 and be manually inserted into mouth 15 and detect ID card S1's by media end sensor 47 When front end, it is prominent into the feed path P (transport path) of ID card S1 that CPU 40 makes alignment plate 28, and makes medium feeder motor 26 movements are to execute registration process.The inclination (deflection) of the conveying direction of ID card S1 is corrected and is aligned as a result, and performs The position alignment of the front end of ID card S1.

Next, CPU 40 executes paper feed processing (step S52).Specifically, CPU 40 makes alignment plate 28 from conveying path Diameter P is retracted, and is pulled ID card S1 to impact dot-matrix printer 10A from its aligned position by media conveying mechanism 100 In (shell).

Next, CPU 40 executes scanning reading process (step S54).The scanning reading process is the entirety in ID card S1 It is executed in the state of being incorporated in impact dot-matrix printer 10A (shell).Specifically, CPU 40 determines whether from master Machine 200 has received scan command, in the case where being judged to having received the order, by media conveying mechanism 100 to ID Card S1 is conveyed, until reaching the position that can be read by at least one party of front scan device 111 and reverse side scanner 112 Set, in turn, by media conveying mechanism 100 along sub-scanning direction convey ID card S1, and pass through front scan device 111 and At least one party of reverse side scanner 112 reads the front of ID card S1 and at least one party of reverse side, and is converted into image letter Number and be supplied to gate array 45.Furthermore it is possible to which the judgement for whether receiving scan command from host 200 omitted.

Picture signal is quantified and is converted to the image data as numerical data by gate array 45, and is supplied to CPU 40. Obtained image data is stored in RAM 41 by CPU 40.In addition, the information stored in this way is on defined opportunity via I/F 43 It is sent to host 200.

Next, CPU 40 is by media conveying mechanism 100 to based on front scan device 111 and reverse side scanner 112 The completed ID card S1 of reading of at least one party convey, until reaching can be read by near field communication device 70 Position.Reaching this can be by the ID card S1 for the position that near field communication device 70 is read in its back-end not from being manually inserted into Mouthfuls 15 prominent and its entirety be incorporated in impact dot-matrix printer 10A (shell) in the state of stop that (conveying stops shape State).

Next, CPU 40 executes ID card reading process (step S56).The ID card reading process is also in the whole of ID card S1 What body executed in the state of being incorporated in impact dot-matrix printer 10A (shell).Specifically, CPU 40 determine whether from Host 200 has received the reading order of ID card S1, in the case where being judged to having received the order, passes through near radio Communication device 70 wirelessly (non-contact) reads the letter in pre-recorded (storage) portion in the inner from the ID card S1 of conveying halted state Breath.Furthermore it is possible to which the judgement for whether receiving the reading order of ID card S1 from host 200 omitted.

In this way, in optical reading portion, (front scan device 111 and reverse side scanner 112) executes reading in this action example 2 After taking, the reading based on wireless communication part (near field communication device 70) is carried out under the conveying halted state of ID card S1.

The information read by near field communication device 70 is stored in RAM 41 by CPU 40.In addition, storage in this way Information be sent to host 200 via I/F 43 on defined opportunity.

In host 200, according to from authentication function impact dot-matrix printer 10A transmit, pass through closely The information and pass through at least one party of front scan device 111 and reverse side scanner 112 reading that wireless communication device 70 is read Information executes and the same various processing of above-mentioned action example 1.

Then, CPU 40 executes paper discharge processing (step S58).That is, CPU 40 further rotates medium feeder motor 26, ID card S1 is discharged from mouth 15 is manually inserted into.

According to this action example 2, effect same as above-mentioned action example 1 can be played.

Next, being said to the action example 3 (control method 3) of the impact dot-matrix printer 10A with authentication function It is bright.

Figure 13 is recognizing to action example 3 (control method 3) as the impact dot-matrix printer 10A with authentication function The flow chart that card processing is illustrated.

In this action example 3, as described below, in optical reading portion (front scan device 111 and reverse side scanning Device 112) it executes in reading, it is (non-to connect that the ID card S1 of wireless communication part (near field communication device 70) from transport status is wireless Touching) read the information in pre-recorded (storage) portion in the inner.

Hereinafter, with the difference of the action example 1 (control method 1) with the impact dot-matrix printer 10A with authentication function It is illustrated centered on point, same action is suitably omitted the description thereof.

Firstly, CPU 40 executes registration process (step S60).Specifically, CPU 40 is authenticated since receiving host 200 Order, and be inserted into ID card S1 and be manually inserted into mouth 15 and detect ID card S1's by media end sensor 47 When front end, it is prominent into the feed path P (transport path) of ID card S1 that CPU 40 makes alignment plate 28, and makes medium feeder motor 26 movements are to execute registration process.The inclination (deflection) of the conveying direction of ID card S1 is corrected and is aligned as a result, and performs The position alignment of the front end of ID card S1.

Next, CPU 40 executes paper feed processing (step S62).Specifically, CPU 40 makes alignment plate 28 from conveying path Diameter P is retracted, and is pulled ID card S1 to impact dot-matrix printer 10A from its aligned position by media conveying mechanism 100 In (shell).

Next, CPU 40 executes ID card reading process (step S64).The ID card reading process ID card S1 to scanning position It executes in the conveying set, before scanning reading process (step S66), or is performed in parallel with scanning reading process.

The scanning reading process is to be incorporated in shape in impact dot-matrix printer 10A (shell) in the entirety of ID card S1 It is executed under state.Specifically, CPU 40 conveys ID card S1 by media conveying mechanism 100, until reaching can be by The position that at least one party of front scan device 111 and reverse side scanner 112 reads passes through 100 edge of media conveying mechanism in turn Sub-scanning direction convey ID card S1, and pass through at least one party of front scan device 111 and reverse side scanner 112 reading ID Block the front of S1 and at least one party of reverse side, and is converted into picture signal and is supplied to gate array 45.

Picture signal is quantified and is converted to the image data as numerical data by gate array 45, and is supplied to CPU 40. Obtained image data is stored in RAM 41 by CPU 40.In addition, the information stored in this way is on defined opportunity via I/F 43 It is sent to host 200.

In this way, CPU 40 executes ID card reading process (step S64) under the just state (transport status) of conveying ID card S1. The ID card reading process be the entirety of ID card S1 be incorporated in impact dot-matrix printer 10A (shell) it is interior in the state of execute 's.Specifically, CPU 40 is wireless (non-contact) by the ID card S1 of near field communication device 70 from above-mentioned transport status Read the information in pre-recorded (storage) portion in the inner in ground.In addition, being made in advance by the defined opportunity before step S64 Near field communication device 70 starts and becomes the state that can be read, and can read from the ID card S1 of above-mentioned transport status pre- The first information in record (storage) portion in the inner.

In this way, in optical reading portion, (front scan device 111 and reverse side scanner 112) executes reading in this action example 3 In taking, the reading based on wireless communication part (near field communication device 70) is carried out under the transport status of ID card S1.

The information read by near field communication device 70 is stored in RAM 41 by CPU 40.In addition, storage in this way Information be sent to host 200 via I/F 43 on defined opportunity.

In host 200, according to from authentication function impact dot-matrix printer 10A transmit, pass through closely The information and pass through at least one party of front scan device 111 and reverse side scanner 112 reading that wireless communication device 70 is read Information executes and the same various processing of above-mentioned action example 1.

Then, CPU 40 executes paper discharge processing (step S68).That is, CPU 40 further rotates medium feeder motor 26, ID card S1 is discharged from mouth 15 is manually inserted into.

According to this action example 3, it is capable of providing a kind of control method of impact dot-matrix printer 10A (authentication device), In the reading of record information inside ID card S1, the reading of the record information on the surface ID card S1, capable of excluding human intervention, (it is tied Fruit can be improved safety).

This is because ID card S1 can be conveyed by media conveying mechanism 100 (conveying mechanism) to realize inside ID card S1 The reading of record information, the surface ID card S1 record information reading, therefore, the reading of the record information inside ID card S1 Take, the reading of the record information on the surface ID card S1 when, human intervention can be excluded.

In addition, promptly the information of record inside it can be read from ID card S1 according to this action example 3.

This is because near field communication device 70 (wireless communication part) be not from conveying halted state ID card S1, and It is that the information of record inside it is read from the ID card S1 of transport status (in conveying).

Next, being said to the action example 4 (control method 4) of the impact dot-matrix printer 10A with authentication function It is bright.

Figure 14 is recognizing to action example 4 (control method 4) as the impact dot-matrix printer 10A with authentication function The flow chart that card processing is illustrated.

In this action example 4, as described below, in optical reading portion (front scan device 111 and reverse side scanning Device 112) it executes in the ID card S1 discharge after reading, ID of the wireless communication part (near field communication device 70) from transport status Card S1 is wireless (non-contact) reads the information in pre-recorded (storage) portion in the inner.

Hereinafter, with the difference of the action example 1 (control method 1) with the impact dot-matrix printer 10A with authentication function It is illustrated centered on point, same action is suitably omitted the description thereof.

Firstly, CPU 40 executes registration process (step S70).Specifically, CPU 40 is authenticated since receiving host 200 Order, and be inserted into ID card S1 and be manually inserted into mouth 15 and detect ID card S1's by media end sensor 47 When front end, it is prominent into the feed path P (transport path) of ID card S1 that CPU 40 makes alignment plate 28, and makes medium feeder motor 26 movements are to execute registration process.The inclination (deflection) of the conveying direction of ID card S1 is corrected and is aligned as a result, and performs The position alignment of the front end of ID card S1.

Next, CPU 40 executes paper feed processing (step S72).Specifically, CPU 40 makes alignment plate 28 from conveying path Diameter P is retracted, and is pulled ID card S1 to impact dot-matrix printer 10A from its aligned position by media conveying mechanism 100 In (shell).

Next, CPU 40 executes scanning reading process (step S74).The scanning reading process is the entirety in ID card S1 It is executed in the state of being incorporated in impact dot-matrix printer 10A (shell).Specifically, CPU 40 is conveyed by medium Mechanism 100 conveys ID card S1, can be by least the one of front scan device 111 and reverse side scanner 112 until reaching The position just read conveys ID card S1 along sub-scanning direction by media conveying mechanism 100, and sweep by front in turn At least one party for retouching device 111 and reverse side scanner 112 reads the front of ID card S1 and at least one party of reverse side, and by its turn It is changed to picture signal and is supplied to gate array 45.

Picture signal is quantified and is converted to the image data as numerical data by gate array 45, and is supplied to CPU 40. Obtained image data is stored in RAM 41 by CPU 40.In addition, the information stored in this way is on defined opportunity via I/F 43 It is sent to host 200.

Next, CPU 40 executes ID card reading process (step S76).The ID card reading process handles (step in paper discharge S78 it executes before) or is performed in parallel with paper discharge processing.

In this way, CPU 40 executes ID card reading process under the state (transport status) for conveying ID card S1 for paper discharge (step S76).The ID card reading process is incorporated in impact dot-matrix printer 10A (shell) in the entirety of ID card S1 It is executed under state.Specifically, CPU 40 by near field communication device 70 from the ID card S1 of above-mentioned transport status without Read to line (non-contact) information in pre-recorded (storage) portion in the inner.In addition, when by defined before step S76 Machine in advance starts near field communication device 70 and becomes the state that can be read, can be from the ID of above-mentioned transport status Block the information that S1 reads pre-recorded (storage) portion in the inner.

In this way, in optical reading portion, (front scan device 111 and reverse side scanner 112) executes reading in this action example 4 In ID card S1 discharge after taking, carried out under the transport status of ID card S1 based on wireless communication part (near field communication device 70) reading.

The information read by near field communication device 70 is stored in RAM 41 by CPU 40.In addition, storage in this way Information be sent to host 200 via I/F 43 on defined opportunity.

In host 200, according to from authentication function impact dot-matrix printer 10A transmit, pass through closely The information and pass through at least one party of front scan device 111 and reverse side scanner 112 reading that wireless communication device 70 is read Information executes and the same various processing of above-mentioned action example 1.

According to this action example 4, effect same as above-mentioned action example 3 can be played.

As described above, according to the present embodiment, it is capable of providing a kind of impact type dot matrix with authentication function Printer 10A (printing equipment or authentication device), the reading of the record information inside ID card S1, the surface ID card S1 record In the reading of information, human intervention can be excluded (as a result, it is possible to improve safety).

This is because first, near field communication device 70 (wireless communication part) and front scan device 111 and reverse side Scanner 112 (optical reading portion) is arranged along the feed path P of ID card S1, can be (defeated by media conveying mechanism 100 Send mechanism) ID card S1 is conveyed to realize the reading of the reading of the record information inside ID card S1, the record information on the surface ID card S1 It takes, therefore, when the reading of the record information inside ID card S1, the reading of the record information on the surface ID card S1, people can be excluded To intervene.

Second, near field communication device 70 (wireless communication part) to the reading of the record information inside ID card S1, with And front scan device 111 and reverse side scanner 112 (optical reading portion) are in ID to the reading of the record information on the surface ID card S1 What card S1 was carried out in the state of being accommodated in impact dot-matrix printer 10A (shell), therefore, the record letter inside ID card S1 When the reading of breath, the reading of the record information on the surface ID card S1, human intervention can be physically excluded.

In addition, according to the present embodiment, the reading of the record information inside ID card S1 and the record on the surface ID card S1 When the reading of information, (mouth 15, media conveying mechanism 100, just can be manually inserted into using the structure of impact dot-matrix printer 10 Surface scan device 111 and reverse side scanner 112, shell, feed path P etc.), therefore, it can not separately prepare the structure, accordingly Ground can realize authentication function (authentication device) in a manner of space-efficient by low cost, section.

As described above, according to the present embodiment, (desk-top space is saved in the raising and space that can be achieved at the same time safety Effective use).

In addition, in the above-described embodiment, illustrating the order authenticated since receiving host 200, the reading of ID card S1 Order, but not limited to this.For example, the input units such as operation panel (not shown) can be set on impact dot-matrix printer 10, Receive these orders that (acquirement) is inputted from the input unit.

In addition, in the above-described embodiment, illustrating the information read by near field communication device 70, passing through The information that at least one party of front scan device 111 and reverse side scanner 112 reads is transmitted to host 200, and passes through 200, host Various processing are executed according to the information that the transmission comes, but not limited to this.For example, can not be transmitted to host 200 but pass through impact Formula dot-matrix printer 10A executes various processing according to the information.

In addition, in the above-described embodiment, to applying the present invention to have with the impact type dot lattice printing of lower component etc. The example of machine 10A is illustrated, but not limited to this, above-mentioned component includes: (1) wireless communication part (wireless near field communication dress Set 70), (2) optically read portion (front scan device 111 and reverse side scanner 112), (3) printing portion (record head 18, balladeur train 19, Balladeur train leading axle 31, sledge drive motor 56, synchronous belt etc.), (4) medium alignment part (alignment plate 28 etc.), (5) medium conveyer Structure 100 (conveying mechanism).

For example, the present invention can be applied the present invention can be applied to the authentication device with above-mentioned (1), (2), (5) In the impact dot-matrix printer with above-mentioned (1)~(3), (5), the present invention can be applied to above-mentioned (1), (2), (4), the impact dot-matrix printer of (5), also the present invention can be applied to other impact dot-matrix printers.

In addition, in the above-described embodiment, as shown in figure 9, instantiating wireless communication part (near field communication device 70), printing portion (record head 18, balladeur train 19, balladeur train leading axle 31, sledge drive motor 56, synchronous belt etc.), optical reading portion (front scan device 111 and reverse side scanner 112) is arranged successively the structure of configuration along the feed path P of ID card S1, but unlimited In this.That is, wireless communication part (near field communication device 70), printing portion (record head 18, balladeur train 19, balladeur train leading axle 31, Sledge drive motor 56, synchronous belt etc.), optically read portion (front scan device 111 and reverse side scanner 112) can be according to appropriate Sequence be arranged along the feed path P of ID card S1.

In addition, in the above-described embodiment, illustrate the example for applying the present invention to impact dot-matrix printer 10A, But not limited to this, also the present invention can be applied to the printers other than the dot matrix impact type such as heat-sensitive type or ink jet type.

In addition, in the above-described embodiment, the example that medium is ID card S1 is illustrated, but not limited to this, it can be with It is other media.

Above embodiment is only simple illustration in all modes.It is limited not by the record of above embodiment The qualitative interpretation present invention.The present invention can be in the case where without departing from its spirit or main feature with other various Form is implemented.

It is submitted according to what 35U.S.C. § 119 was claimed priority on March 28th, 2016 here, being incorporated in a manner of citation Japanese patent application the 2016-064327th and the Japanese patent application 2016- that is submitted on March 28th, 2016 No. 064328 full text.

Claims (7)

1. a kind of printing equipment, includes

It is received and dispatched between interface, with host；

Conveying mechanism, pumped (conveying) medium；

Wireless communication part wirelessly reads the 1st information for being recorded in the inside of the medium；

The portion of optically reading optically reads the 2nd information for being recorded in the surface of the medium；

Printing portion is used to be printed on the print medium；

Medium alignment part is used to that the medium to be made to be aligned；And

CPU,

In the printing equipment,

The printing portion, the wireless communication part and the optical reading portion are configured along the transport path of the medium,

The wireless communication part includes: antenna is set to the face side of the transport path of the medium, is recorded in for receiving The 1st information of the inside of the medium；And wireless communication part main body, it is set to the anti-of the transport path of the medium Surface side,

The antenna configuration is in the upstream of the medium alignment part, and the wireless communication part main body is configured at the medium pair The downstream in neat portion,

The CPU judge the 1st information of the read inside for being recorded in the medium of the wireless communication part with it is described The consistency of the 2nd information on the read surface for being recorded in the medium in portion is optically read,

Alternatively, the 1st information and the 2nd information are transmitted to the host via the interface to judge by the CPU State the consistency of the 1st information Yu the 2nd information.

2. printing equipment according to claim 1, wherein

The conveying mechanism, the wireless communication part and the optical reading portion are incorporated in shell,

The wireless communication part wirelessly reads the inside for the medium being recorded in the state of being incorporated in the shell The 1st information,

Optically read the surface for the medium being recorded in the state of being incorporated in the shell in the optical reading portion The 2nd information.

3. a kind of control method of printing equipment, the printing equipment include interface, are received and dispatched between host；Conveyer Structure, pumped (conveying) medium；Wireless communication part wirelessly reads the 1st information for being recorded in the inside of the medium；It optically reads Portion optically reads the 2nd information for being recorded in the surface of the medium；Printing portion is used to be beaten on the print medium Print；Medium alignment part is used to that the medium to be made to be aligned；And CPU,

The printing portion, the wireless communication part and the optical reading portion are configured along the transport path of the medium,

The wireless communication part includes: antenna is set to the face side of the transport path of the medium, is recorded in for receiving The 1st information of the inside of the medium；And wireless communication part main body, it is set to the anti-of the transport path of the medium Surface side,

The antenna configuration is in the upstream of the medium alignment part, and the wireless communication part main body is configured at the medium pair The downstream in neat portion,

In the control method of the printing equipment,

The CPU judge the 1st information of the read inside for being recorded in the medium of the wireless communication part with it is described The consistency of the 2nd information on the read surface for being recorded in the medium in portion is optically read,

Alternatively, the 1st information and the 2nd information are transmitted to the host via the interface to judge by the CPU The consistency of the 1st information Yu the 2nd information is stated,

From the medium is inserted into during the medium is discharged, carries out the reading based on the optical reading portion and be based on The reading of the wireless communication part.

4. the control method of printing equipment according to claim 3, wherein

In the control method, before the optical reading portion executes and reads, under the conveying halted state of the medium into Reading of the row based on the wireless communication part.

5. the control method of printing equipment according to claim 3, wherein

In the control method, after the optical reading portion executes and reads, under the conveying halted state of the medium into Reading of the row based on the wireless communication part.

6. the control method of printing equipment according to claim 3, wherein

In the control method, in the optical reading portion executes and reads, the reading based on the wireless communication part is executed.

7. the control method of printing equipment according to claim 3, wherein

In the control method, in the discharge that the optical reading portion executes the medium after reading, executes and be based on institute State the reading of wireless communication part.