CN2343607Y - Device for making, enlarging and positioning of identity card - Google Patents
Device for making, enlarging and positioning of identity card Download PDFInfo
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- CN2343607Y CN2343607Y CN 98225619 CN98225619U CN2343607Y CN 2343607 Y CN2343607 Y CN 2343607Y CN 98225619 CN98225619 CN 98225619 CN 98225619 U CN98225619 U CN 98225619U CN 2343607 Y CN2343607 Y CN 2343607Y
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- egative film
- printing paper
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Abstract
The utility model relates to a device for making, enlarging printing and positioning identity cards, which is formed by the successive circuit connection of a negative sensing amplifying unit, a negative reversed phase unit, a negative control unit, a negative drive unit and a negative drive motor unit and successive connection of a photographic paper sensing amplifying unit, a photographic paper reversed phase unit and a photographic paper control unit. The negative control unit and the photographic paper control unit are connected with the mainframe control unit of an identity card making enlarging printing machine through a switching unit. A negative which is used for making the identity card can automatically walk the negative. In addition, the utility model can make the negative and photographic paper automatically and accurately position during enlarging pringing and avoids the disadvantages of inexact positioning of the negative and the photographic paper, large accumulative error, etc.
Description
The utility model relates to the parts of printingout exposure sources, relates more specifically to a kind of positioning device for printing in making personal certificate that can be used for the printing in making personal certificate machine.
At present, in making the process of identity document, its manufacturing process is that the possessor's of I.D. photo and out of Memory are taken in egative film, and then the egative film for information about that will be loaded with the certificate possessor is enlarged and print on the certificate printing paper of special use by photographic process equipment.The making of this certificate all is to make by the gross, and all certificate possessors' information is taken in back unified enlarging and print in photographic process equipment in a film.Used equipment is the colenta CD 400 type printing in making personal certificate machines from German import.Because the singularity of certificate, I.D. has more singularity, need when enlarging and print in this accreditation film processor each is opened egative film and carry out strictness correction with the certificate printing paper that will enlarge and print and locate in the film, at present the method that adopts is to be in manual location, that is, whenever enlarged and print after one, with pulling next film base, carry out manual location again, can imagine and know that there are following shortcoming in this photographic process equipment and mode: 1) moving of egative film can only be moving by pulling; 2) as noted earlier, manual location must be after having printed one, pulls out an egative film again and makes it and the manual location of printing paper, and the efficient of therefore enlarging and print is low; 3) manual location is to utilize operator's naked eyes to position, therefore, each opens egative film and certificate printing paper all exists positioning error, after the certificate for the treatment of some has been enlarged and print, there are cumulative errors in anchor point between egative film and the certificate printing paper, causes the waste of a large amount of certificate printing paper easily; 4) owing to be whole volume enlarging and print by the gross, in case behind the undesirable certificate that occurs because of error, need enlarge and print again, before enlarging and print, must find out undesirable egative film, in practical operation, this is again very inconvenient thing.
For this reason, the utility model proposes a kind of positioning device for printing in making personal certificate at the shortcoming that above-mentioned printing in making personal certificate machine exists, with the automatic threading of solution I.D. egative film and the automatic location of egative film and certificate printing paper.
To achieve these goals, the utility model adopts following technical scheme: positioning device for printing in making personal certificate comprises egative film sensing amplifying unit, the egative film rp unit, the egative film control module, the egative film driver element, the egative film drive motor units, the printing paper sensing unit, the printing paper rp unit, the printing paper control module, switch unit, power supply unit, egative film sensing amplifying unit is transported to the egative film rp unit with measured signal on the egative film after amplifying, the output signal of egative film rp unit is transported to the egative film control module, the output control signal of egative film control module is transported to the egative film driver element, and the output signal of egative film driver element drives the egative film drive motor units; Printing paper sensing amplifying unit exports the printing paper rp unit to after measured signal on the printing paper is amplified, and the output signal of printing paper rp unit is transported to the printing paper control module; Egative film control module and printing paper control module are connected with main control system on the film processor by switch unit respectively; The output of power supply unit is connected to described each unit.
Because the utility model mainly adopts egative film sensing amplifying unit, egative film rp unit, egative film control module, egative film driver element, egative film drive motor units that connects with circuit successively and printing paper sensing amplifying unit, printing paper rp unit, the printing paper control module that connects successively, and egative film control module, printing paper control module by switch unit with after the main control system of accreditation film processor is connected, make egative film can automatically walk sheet; In addition, this locating device also can make egative film and the printing paper of making I.D. can locate automatically and accurately when enlarging and print, and has so also avoided original film processor dependence naked eyes when egative film and printing paper are positioned to locate shortcomings such as existing location is forbidden, cumulative errors are big.
Below in conjunction with drawings and Examples, the utility model is done one explains:
Fig. 1 is one of the utility model principle block diagram.
Fig. 2 is two of the utility model principle block diagram.
Fig. 3 is the utility model principle schematic.
See also shown in Figure 1, positioning device for printing in making personal certificate (being locating device in the empty frame) comprises egative film sensing amplifying unit, the egative film rp unit, the egative film control module, the egative film driver element, the egative film drive motor units, the printing paper sensing unit, the printing paper rp unit, the printing paper control module, switch unit, power supply unit, when making I.D., to be printed on the personal information of the production on the egative film of I.D. on the printing paper exactly, telltale mark is all arranged on egative film and the printing paper, telltale mark can guarantee that egative film and printing paper accurately locatees, egative film sensing amplifying unit is transported to the egative film rp unit with measured positioning signal on the egative film after amplifying exactly, the output signal of egative film rp unit is transported to the egative film control module, the output control signal of egative film control module is transported to the egative film driver element, the output signal of egative film driver element drives the egative film drive motor units, and the drive motor in the drive motor units spurs egative film again and walks sheet.Printing paper sensing amplifying unit exports the printing paper rp unit to after measured signal on the printing paper is amplified, and the output signal of printing paper rp unit is transported to the printing paper control module.Egative film control module and printing paper control module are connected with main control system on the accreditation film processor by switch unit respectively.The output of power supply unit is connected to above-mentioned each element circuit.
See also shown in Figure 2, this locating device (being locating device in the empty frame) also comprises counting unit, display driver unit, display unit, the reversible counting unit is transported on another road of the output signal of egative film rp unit, the reversible counting unit is counted egative film walking number, the output of reversible counting unit is connected to the display driver unit, display driver is connected to display unit behind the unit, to show the number of egative film walking;
Under request in person and continue to consult Fig. 3 and each element circuit of the present utility model is made comparisons at length introduce, egative film sensing amplifying unit adopts general infrared electro tube coupling B1 and operational amplification circuit.Two models of egative film rp unit employing are 4001 Sheffer stroke gate D1, D2 as negative circuit, when egative film is walked mark line, photocoupler B1 exports high level, amplifying circuit is also exported high level, also export high level signal after this high level signal process secondary is anti-phase, export next stage to through the high level signal after anti-phase.The circuit structure of printing paper sensing amplifying unit, printing paper rp unit and principle are identical with principle with egative film sensing amplifying unit, egative film rp unit circuit structure respectively, only measure the photocoupler employing transmission-type that egative film is used, the photocoupler that measurement printing paper is used then adopts reflective.It is two MS master-slave d type flip flops of 4013 that egative film control module and printing paper control module all adopt model, 1 pin and 13 pin of two MS master-slave d type flip flop D4 of egative film control module are connected to the egative film driver element as output terminal, 3 pin of D4 are the input end of control module, 11,14 pin meet positive source V+, and 10,8 pin and switch unit join.In fact switch unit is exactly one group of equivalent combinations switch, it comprises direct-reverse switch K1, the K2 that can make the rotating of egative film drive motor, manual and automatic change over K3, in Fig. 3, three switches are drawn in the square frame, the printing paper control module breaks away from, is connected K switch 4 with main frame, switch unit has three output terminal Y1, Y2, Y3, three output terminals join with main frame respectively, an output terminal Y1 connects the reset terminal of main frame, and two output terminal Y2, Y3 connect positive source V+, main frame connection control end respectively in addition.10 pin of trigger D4,8 pin meet positive source V+ by forward and reverse K switch 1, the K2 that can make the rotating of egative film drive motor in the switch unit, and 9,12 pin phase also connects, and 2,5 pin also connect 7 pin ground connection mutually.It is the Darlington drive block D5 of MC1413 that the egative film driver element adopts model, 1,2 pin of drive block D5 are input end, 8 pin ground connection, 9 pin connect the inlet wire (being actually through the voltage V+ ' behind the switching diode B4) of power supply unit, be connected to relay J 2, J1 that may command egative film drive motor rotates between the inlet wire V+ ' of pin 15,16 and power supply unit respectively, relay J 1 has two groups of normal open switch J1-1, J1-2, and relay J 2 has one group of normal open switch J2-1.The egative film drive motor units has forward and backward two alternating current generator M1, M2, in the egative film drive motor units, the AC power phase line connects the end of motor M 1, M2 by the normal open switch of relay J 2, and zero line then connects the other end of motor M 1, M2 by two normal open switch J1-1, J1-2 of relay J 1.
When egative film is walked mark line, the output signal of egative film sensing amplifying unit is delivered to 3 pin of the D4 of egative film control module by the egative film rp unit, when the signal of output is low level, 1 pin of D4 is output as high level, when the signal of exporting is a high level, the 1 pin counter-rotating output low level of D4, the 1 pin output signal of D4 are delivered to egative film driver element D5 and are controlled the forward motor M 1 rotation pulling egative film forward walking of egative film drive motor units by relay J 1, J2.The inverted running mode is, after the reverser K2 closure, 13 pin of the D4 of egative film control module output high level, and this high level delivered to the D5 of egative film driver element and another normal open switch J1-2 closure by relay J 1, reverse motor M2 rotation pulling egative film oppositely falls away.The K switch 3 of switch unit is the manual and automatic change-over switch of operation.K switch 4 is the utility model and the switch with disengaging of being connected of film processor main frame.
The printing paper control module is as foregoing, it is two MS master-slave d type flip flop D3 of 4013 that this unit also adopts model, and 3 pin of D3 are input end, and its receives the output signal from the printing paper rp unit, 4,5,7,8 pin ground connection, 2 pin and the switch unit of D3 join, and are connected to the K switch 4 of switch unit, when these K switch 4 closures, the printing paper control module is connected with main frame, when K switch 4 was opened, printing paper control module and main frame broke away from, and 6 pin and the reversible counting unit of D3 join.12 pin of two MS master-slave d type flip flop D3 are by a Sheffer stroke gate D13 and capacitor C 3 ground connection, and backward end, 9 pin, 14 pin that its 10 pin is connected to Sheffer stroke gate D13 meet the anodal V+ of power supply.Printing paper sensing amplifying unit output signal is delivered to the printing paper rp unit, when 3 pin of delivering to printing paper control module D3 are low level, and when 6 pin of D3 were low level, 2 pin of D3 were output as low level, and printing paper is failure to actuate, when 6 pin of D3 are high level, 2 pin are output as high level, and printing paper walking (the printing paper walking is by the driven by motor in the main control system) is when printing paper runs to the telltale mark line, 2 pin of D3 are low level again, and printing paper is out of service.The operation of printing paper is controlled by the egative film operation, is egative film walking location, printing paper operation and location then earlier.
Employing model in reversible counting unit is 4053 integrated package D6, integrated package D6 includes 3 group 2 and selects 1 switch, 1 of D6,12 pin connect the output of egative film rp unit, 2,13,16 pin meet positive source V+, 6,7,8 pin also connect back ground connection, 9,10,11 pin and 13 pin that meet back and the trigger D3 of egative film control module join, 14 of integrated package D6, output is connected to the display driver unit to 15 pin as the reversible counting unit, the display driver unit contains the double seven sections decoding integration block D7 of three identical countings, D8, D9, its model is 40110, the pin 1 of decoding integration block D7,15,14,13,12,3,2 connect display unit by resistance R 7-R13 respectively, show one digit number (hundred), pin 7 and 9 is as input end, pin 14 with integrated package D6 in the reversible counting unit, 15 join, the pin 4 of D7,6,8 and connect the back ground connection, pin 10,11 is the output terminal of D6, and pin 16 connects positive source.As the drive block that shows tens and units, the connection of D8, each pin of D9 is identical with D7, just is not described in detail at this, but also is connected to resistance R 14 between 5 pin of D7 and 4 pin respectively for decoding integration block D8, D9.The pin 7,9 of D8 and connect the pin 11,10 of D7, the pin 11,10 of D8 connects the pin 7,9 of D9, the pin 16 of three decode block of D7, D8, D9 all and meet the anodal V+ of power supply after connecing, and pin 5 is mutually and connect.Display unit just adopts seven sections general digital display tube DS1 of demonstration, and digital display tube shows the number of egative film and printing paper walking.After forward K switch 1 closure in the switch unit, 10 pin of egative film control module D4 are high level, 13 pin are output as low level, 9,10,11 pin of the D6 of reversible counting unit are low level, and 14,15 pin, 12,2 pin of D6 are high level, when egative film is walked mark line, the egative film rp unit is output as positive pulse, 9 pin of the D7 of display driver unit are input as a positive pulse, and 7 pin of D7 are high level, and display unit just adds 1 and shows.After the reverser K2 closure in the switch unit, 10 pin of egative film control module D4 are low level, 13 pin are output as high level, 9,10,11 pin of the D6 of reversible counting unit are high level, 14,15 pin, 12,2 pin of D6 are high level, and when egative film was walked mark line, the egative film rp unit was output as positive pulse, 9 pin of D7 are high level, and display unit just subtracts 1 and also shows.
Said power supply unit adopts direct supply, wanted to adopt in the utility model 12 volts DC voltage, direct supply is by supplying with the egative film drive motor units with V+ ' behind the diode B4, in power supply unit, deliver in each element circuit of the present utility model with V+ after the process dividing potential drop is utilized integrated voltage stabilizer D12 voltage stabilizing, the model of regulator block D12 adopts 7805 again.
Claims (6)
1, a kind of positioning device for printing in making personal certificate, comprise egative film sensing amplifying unit, the egative film rp unit, the egative film control module, the egative film driver element, the egative film drive motor, the printing paper sensing unit, the printing paper rp unit, the printing paper control module, switch unit, power supply unit, it is characterized in that: egative film sensing amplifying unit is transported to the egative film rp unit with measured signal on the egative film after amplifying, the output signal of egative film rp unit is transported to the egative film control module, the output control signal of egative film control module is transported to the egative film driver element, and the output signal of egative film driver element drives the egative film drive motor units; Printing paper sensing amplifying unit exports the printing paper rp unit to after measured signal on the printing paper is amplified, and the output pulse signal of printing paper rp unit is failed the printing paper control module; Egative film control module and printing paper control module are connected with main control system on the film processor by switch unit respectively; The output of power supply unit is connected to described each unit.
2, positioning device for printing in making personal certificate as claimed in claim 1, its special card is: this locating device also comprises counting unit, display driver unit, display unit, counting unit is transported on another road of the output signal of said egative film rp unit, counting unit is counted egative film walking number, the output of counting unit is connected to the display driver unit, display driver is connected to display unit behind the unit, to show the number of egative film walking.
3, positioning device for printing in making personal certificate as claimed in claim 1 or 2 is characterized in that: said egative film sensing amplifying unit adopts the transmission-type photocoupler, and said printing paper sensing amplifying unit adopts reflective photocoupler.
4, positioning device for printing in making personal certificate as claimed in claim 1 or 2 is characterized in that: it is two MS master-slave d type flip flops of 4013 that said egative film control module and printing paper control module all adopt model.
5, positioning device for printing in making personal certificate as claimed in claim 1 or 2 is characterized in that:
Said switch unit comprises direct-reverse switch K1, the K2 that can make the rotating of egative film drive motor, manual and automatic change over K3, and the printing paper control module breaks away from, is connected K switch 4 with main frame;
It is the Darlington drive block D5 of MC1413 that said egative film driver element adopts model, 1,2 pin of drive block D5 are input end, 8 pin ground connection, 9 pin connect the inlet wire of power supply unit, be connected to relay J 2, J1 that may command egative film drive motor rotates between the inlet wire of pin 15,16 and power supply unit respectively, relay J 1 has two groups of normal open switch J1-1, J1-2, and relay J 2 has one group of normal open switch J2-1;
Said egative film drive motor units has forward and backward two alternating current generator M1, M2, the AC power phase line connects the end of motor M 1, M2 by the normal open switch of relay J 2, and zero line then connects the other end of motor M 1, M2 by two normal open switch J1-1, J1-2 of relay J 1.
6, positioning device for printing in making personal certificate as claimed in claim 2 is characterized in that: described counting unit is a reversible counting unit; Employing model in reversible counting unit is 4053 integrated package D6, and it is 40,110 three seven sections identical decoding integration blocks that the display driver unit adopts model.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 98225619 CN2343607Y (en) | 1998-11-12 | 1998-11-12 | Device for making, enlarging and positioning of identity card |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 98225619 CN2343607Y (en) | 1998-11-12 | 1998-11-12 | Device for making, enlarging and positioning of identity card |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2343607Y true CN2343607Y (en) | 1999-10-13 |
Family
ID=33976276
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 98225619 Expired - Fee Related CN2343607Y (en) | 1998-11-12 | 1998-11-12 | Device for making, enlarging and positioning of identity card |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2343607Y (en) |
-
1998
- 1998-11-12 CN CN 98225619 patent/CN2343607Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |