CN101811123B - Automatic temperature control cleaner for inner wall of money printer roller - Google Patents
Automatic temperature control cleaner for inner wall of money printer roller Download PDFInfo
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- CN101811123B CN101811123B CN201010149018XA CN201010149018A CN101811123B CN 101811123 B CN101811123 B CN 101811123B CN 201010149018X A CN201010149018X A CN 201010149018XA CN 201010149018 A CN201010149018 A CN 201010149018A CN 101811123 B CN101811123 B CN 101811123B
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Abstract
The invention relates to an automatic temperature control cleaner for an inner wall of a money printer roller, which comprises an automatic cleaning unit, an automatic heating unit and a temperature control and alarm unit, and can automatically control temperature and clean the inner wall of the money printer roller. Cleaning and heating required in the cleaning process are implemented through a set of control circuit. The cleaner has the advantages that: the cleaner can effectively improve the condition; the cleaner has low machining and manufacturing costs and wide application, and is suitable for cleaning multiple machine rollers; and because the interface of the machine adopts a standard interface, the preparation work for the cleaning work is simpler than the primary operation, and the cleaning efficiency is effectively improved.
Description
Technical field
The present invention relates to print the cleaning machine in paper money field, particularly a kind of automatic temperature control cleaner for inner wall of money printer roller.
Background technology
Along with improving constantly of note-printing technique, various seal paper money technologies are more and more stricter to the temperature control of money printer roller.All temps control application technology or solution emerge in an endless stream, and have obtained utilization widely in a plurality of technical process, and have presented characteristics such as accuracy, real-time, interactivity.But in temperature controlled processes, reaction has taken place in the cooling fluid of printing machine and inner wall of rotary drum Long contact time, produced a kind of material of fouling, and this material has had a strong impact on the temperature control of cylinder, and this just more highlights importance and the urgency that inner wall of money printer roller is realized automatic temperature-controlled cleaning.
In order to ensure the ordinary production of enterprise, in order to reduce the serious threat that money printer roller temperature anomaly is brought effectively, the particularly threat that brings to control of product quality just must realize thermostatic control to money printer roller.And automatic temperature control cleaner for inner wall of money printer roller is a kind of machine of inner wall of rotary drum being implemented cleaning by external equipment and specific cleaning fluid.
Summary of the invention
The object of the present invention is to provide a kind of automatic temperature control cleaner for inner wall of money printer roller.This machine is the cleaning roller inner wall surface effectively, thereby improves the accuracy of bowl temperature control.
Technical scheme of the present invention is:
A kind of automatic temperature control cleaner for inner wall of money printer roller comprises " automated cleaning unit ", " heating unit automatically ", " temperature control and alarm unit " three parts at least, can be to the automatic temperature-controlled cleaning of all inner wall of money printer roller.By a cover control circuit desired cleaning, heating, warning in the cleaning are controlled, so just can fully be satisfied the effect of automatic temperature-controlled cleaning.
1., the automated cleaning unit major function of technique scheme is:, the automatic work by pump makes each face of inner wall of rotary drum reach the function of abundant contact; 2., automatic heating unit, satisfy the production technology needs, make cylinder in the process of cleaning, realize heating automatically; 3., temperature control and alarm unit, for matching technique requirement better, can set the bound of cylinder heating-up temperature, and the temperature anomaly situation is reported to the police according to actual conditions.
The constitutive characteristic of this technical scheme is:
The automatic temperature control cleaner for inner wall of money printer roller machine construction principle as illustrated in fig. 1 and 2, tank lid A1 need open when cleaning water tank, handle A2 needs to use when fetching boiling water case lid, stainless steel casing A3 is used for the splendid attire cleaning agent, observation panel A4 carries out backwater by it, also can add the work of water.Stainless steel heating tube A5 carries out the heating of cleaning agent, and the light-duty magnetic force driving pump A6 of stainless steel drives cleaning agent wash cycles cylinder.Movable castor A7 and rigid castors A8, output valve A9 is used for connecting cleaning machine and cylinders of printing press.Strainer valve A10, the foreign material after preventing to clean enter magnetic drive pump.Blowoff valve A11 uses in the time of cleaning.In washing barrel, in water tank, add enough cleaning agents by observation panel A4 earlier, output valve A9 connection outlet pipe is received on the cylinder then, and the return pipe in the cylinder directly inserts among the observation panel A4.Open magnetic drive pump A6 and begin to carry out the circulation of cleaning agent, can finish the automatic cleaning of inner wall of rotary drum.After finishing cleaning, open blowoff valve A11 and get rid of cleaning agent sewage, finish cleaning with clear water then.
The automatic temperature control cleaner for inner wall of money printer roller electrical principle as shown in Figure 3, L
1Three-way electric power incoming line 1, L
2Three-way electric power incoming line 2, L
3Three-way electric power incoming line 3, process main line three-phase protective switch 6 backs link to each other with branch road three-phase protective switch 7, KM contactor normally opened contact 8, directly are connected to scavenging pump 9, thereby form the pump startup circuit;
L
1Three-way electric power incoming line 1, L
2Three-way electric power incoming line 2, L
3Respectively by fuse 10, fuse 12, fuse 14, be connected to KM behind three-way electric power incoming line 3, the process main line three-phase protective switch 6
1Contactor normally opened contact 11, KM
1Contactor normally opened contact 13, KM
1Contactor normally opened contact 15 is connected to heater three-phase electricity contact 16 at last, forms the loop with zero line inlet wire 4, thereby realizes the control of heater break-make;
Single phase poaer supply main line 45 links to each other with power supply indicator 18 and the zero line 46 common power supply indication loops that form;
Single phase poaer supply main line 45 links to each other with the pump startup loop and the zero line 46 common pump startup indication loops that form.Wherein, the pump startup loop is by SB
1Press button 19, KM normally opened contact 20 backs in parallel are connected to HL by discharge cock 21
2Pump startup indicator lamp 22, KM pump startup electromagnet 23 are formed.HL
2Annexation between pump startup indicator lamp 22, the KM pump startup electromagnet 23 is in parallel.
Single phase poaer supply main line 45 links to each other with heating circuit and the zero line 46 common heating starting indication loops that form.Wherein, the heating starting loop is by KM
1Normally opened contact 28, HL
3Burner on light 29 connects back and KM
127 parallel connections of heating electromagnet, SA again connects
1 Press button 24, KM normally opened contact 25, KA
1Normally-closed contact 26 is formed.
Single phase poaer supply main line 45 links to each other with temperature controller 30, passes through KA
1Relay 31 and the superthermal alarm circuit of zero line 46 common formation.
SA
2Press button 32 and KA
1After relay normally open contact 35 parallel connections, with SJ1 timing closing electromagnet timing closing contact 33, KA
2Relay 34 series connection are connected to and detect the loop when single phase poaer supply main line 45 is heated to zero line 46 formation;
KA
1Relay normally open contact 35 and SA
2After press button 32 parallel connections, link to each other with zero line 46, form temperature control timing loop with single phase poaer supply main line 45 by ST timing closing electromagnet 36; Single phase poaer supply main line 45 is through KA
1Directly be connected to HL behind the normally opened contact 37
438 form the overtemperature alarm loop together.
Single phase poaer supply main line 45 is through KA
1Relay normally open contact 39, SA
2Silence switch 40, HA
1 Overtemperature alarm bell 41 is communicated with zero line 46, thereby forms the overtemperature alarm loop;
Single phase poaer supply main line 45 is through SJ
2Timing closing electromagnet normally opened contact 42, HA
2The timing jingle bell 43 that finishes is communicated with zero line 46, finishes the prompting loop thereby form timing;
Single phase poaer supply main line 45 is communicated with zero line 46 through temperature controller 44, thereby formation temperature is provided with the loop; Wherein temperature is provided with the loop electrical schematic diagram as figure C, and it is by half (D of CD4011
147 or D
248) and R
1Resistance 49, R
2Resistance 50, C
1The multivibrator that electric capacity 51 is formed, RP
1Variable resistor 52, C
2 Electric capacity 53, VTH
1Diode 56, R
3Resistance 57, C
4Electric capacity 58 is formed upper limit threshold temperature controller TTS-202, RP
2 Variable resistor 54, C
3 Electric capacity 55, VTH
2Diode 59, C
5 Electric capacity 60, R
4The lower limit threshold temperature controller TTS-202 that resistance 61 is formed, and second half CD4011 (D
362 and D
465) and R
5Resistance 63, VT IGCT 67, R
6Resistance 66, C
6 Electric capacity 64 is connected to+and output circuit that 5V forms constitutes.The oscillator that employing is made up of D1 and D2 is exported the power supply of square wave as two TTS-202, its objective is temperature switch can be turn-offed after dropping to threshold temperature.VTH
1Diode 56 temperature switches are the ceiling temperature switch, VTH
2Diode 59 is the lower limit temperature switch, respectively by RP
1Variable resistor 52 and RP
2Variable resistor 54 is set (adjustment) its threshold temperature.I, II are two outputs, control heater by output high level or low level.
Heating control circuit is by control C
7 Electric capacity 68, R
7Resistance 69, VT IGCT 70, relay 71, diode 72, VCC circuit power 73 are formed, as shown in Figure 4.Its operation principle is as follows: the output of I, II can come control heater or refrigerator through relay, when I is output as high level, and C
7 Electric capacity 68 begins charging, when reaching certain voltage, and 70 conductings of VT IGCT, diode 72 unidirectional conductings, relay 71 adhesives, its contact can be controlled refrigerator or cold water cooling electromagnetic valve etc.C in the circuit
7The purpose of electric capacity 68 is when preventing that temperature from changing near threshold values, and relay 71 produces frequent break-make.The circuit of Fig. 4 connects the output of II, and when II output high level, relay 71 adhesives utilize its normally opened contact to control steam heated electromagnetic valve or connection contactor, realize heating by civil power by heater.
By to the structure of circuit such as temperature control and the elaboration of operation principle, we can sum up the workflow of the automatic temperature-controlled cleaning of a kind of inner wall of money printer roller and be summarized as follows: during three-phase protective switch 6 single phasing protection switches 17 closures, entire circuit begins power supply, and this moment, power supply indicator 18 was lighted; Press SB
1During press button 19, the relay coil of control scavenging pump 9 begins energising, HL
2Pump startup indicator lamp 22 is bright, and press three-phase protective switch 7 this moment, and scavenging pump 9 is started working, and only need press discharge cock 21 and get final product if scavenging pump 9 is quit work this moment.After scavenging pump 9 starts, press SA
1Press button 24 as long as this moment, temperature did not reach the upper limit as yet, just starts heating, and this moment, burner on light was lighted, and heater is started working, and fuse 10, fuse 12, fuse 14 play a protective role in heating process; When temperature surpasses the upper limit or unclamps SA
1During press button 24, scavenging pump 9 heating stop HL
4 Thermal light 38 is lighted, and HA
1 Overtemperature alarm bell 41 sounds, and time-delay finishes back HA
1 Overtemperature alarm bell 41 stops.
The invention has the advantages that: the various parameters of cleaning machine customize according to the demand of money press, and various sizes and electric parameter require relatively stricter, and the present invention can be good at adapting to the various requirement of money press, finishes the work of automatic washing barrel inwall.Cleaning roller is cleaning fluid with faintly acid liquid medicine mostly, and this cleaning fluid is very high to the water temperature requirement, and general cleaning can't be controlled cleaning liquid medicine temperature accurately, makes each the cleaning not reach expected effect, after adopting this machine, can effectively improve this situation.And this machining is cheap for manufacturing cost, and is widely applicable, is suitable for the cleaning of multiple machine drum.The interface of adding this machine adopts standard interface, and the preparation of cleaning is more simple to operate than original, has improved cleaning efficiency effectively.
Description of drawings
Fig. 1 is the structural front view of cleaning machine of the present invention;
Fig. 2 is the structure right view of cleaning machine of the present invention;
Fig. 3 is an electrical schematic diagram of the present invention;
Fig. 4 is the circuit diagram of temperature controller 44 of the present invention;
Fig. 5 is heating control circuit figure of the present invention.
Reference numeral: tank lid A1, handle A2, stainless steel casing A3, observation panel A4, stainless steel heating tube A5, the light-duty magnetic force driving pump A6 of stainless steel, movable castor A7, rigid castors A8, output valve A9, strainer valve A10, the three-way electric power incoming line 1 of blowoff valve A11, L1, the three-way electric power incoming line 2 of L2, the three-way electric power incoming line 3 of L3, zero line inlet wire 4, ground wire inlet wire 5, three-phase protective switch 6, three-phase protective switch 7, KM contactor normally opened contact 8, scavenging pump 9, fuse 10, KM
1Contactor normally opened contact 11, fuse 12, KM
1Contactor normally opened contact 13, fuse 14, KM
1Contactor normally opened contact 15, heater three-phase electricity contact 16, single phasing protection switch 17, power supply indicator 18, SB
1Press button 19, KM normally opened contact 20, discharge cock 21, HL
2Pump startup indicator lamp 22, KM pump startup electromagnet 23, SA
1Press button 24, KM normally opened contact 25, KA
1Normally-closed contact 26, KM
1 Heating electromagnet 27, KM
1Normally opened contact 28, HL
3Burner on light 29, temperature controller 30, KA
1Relay 31, SA
2Press button 32, SJ1 timing closing electromagnet timing closing contact 33, KA
2Relay 34, KA
1Relay normally open contact 35, ST timing closing electromagnet 36, KA
1Relay normally open contact 37, HL
4 Thermal light 38, KA
1Relay normally open contact 39, SA
2Silence switch 40, HA
1 Overtemperature alarm bell 41, SJ
2Timing closing electromagnet normally opened contact 42, HA
2Timing finish jingle bell 43, temperature controller 44, single phase poaer supply main line 45, zero line 46, D
147, D
248, R
1Resistance 49, R
2Resistance 50, C
1 Electric capacity 51, RP
1Variable resistor 52, C
2 Electric capacity 53, RP
2Variable resistor 54, C
3 Electric capacity 55, VTH
1Diode 56, R
3Resistance 57, C
4Electric capacity 58, VTH
2Diode 59, C
5 Electric capacity 60, R
4Resistance 61, D
362, R
5Resistance 63, C
6 Electric capacity 64, D
465, R
6Resistance 66, VT IGCT 67, C
7 Electric capacity 68, R
7Resistance 69, VT IGCT 70, relay 71, diode 72, VCC circuit power 73.
Specific embodiment
Electrical control part comprises: L
1Three-way electric power incoming line 1, L
2Three-way electric power incoming line 2, L
3Three-way electric power incoming line 3, process main line three-phase protective switch 6 backs link to each other with branch road three-phase protective switch 7, KM contactor normally opened contact 8, directly are connected to scavenging pump 9, thereby form the pump startup circuit;
L
1Three-way electric power incoming line 1, L
2Three-way electric power incoming line 2, L
3Respectively by fuse 10, fuse 12, fuse 14, be connected to KM behind three-way electric power incoming line 3, the process main line three-phase protective switch 6
1Contactor normally opened contact 11, KM
1Contactor normally opened contact 13, KM
1Contactor normally opened contact 15 is connected to heater three-phase electricity contact 16 at last, forms the loop with zero line inlet wire 4, thereby realizes the control of heater break-make;
Single phase poaer supply main line 45 links to each other with power supply indicator 18 and the zero line 46 common power supply indication loops that form;
Single phase poaer supply main line 45 links to each other with the pump startup loop and the zero line 46 common pump startup indication loops that form; Wherein, the pump startup loop is by SB
1Press button 19, KM normally opened contact 20 backs in parallel are connected to HL by discharge cock 21
2Pump startup indicator lamp 22, KM pump startup electromagnet 23 are formed.HL
2Annexation between pump startup indicator lamp 22, the KM pump startup electromagnet 23 is in parallel;
Single phase poaer supply main line 45 links to each other with heating circuit and the zero line 46 common heating starting indication loops that form; Wherein, the heating starting loop is by KM
1Normally opened contact 28, HL
3Burner on light 29 connects back and KM
127 parallel connections of heating electromagnet, SA again connects
1 Press button 24, KM normally opened contact 25, KA
1Normally-closed contact 26 is formed;
Single phase poaer supply main line 45 links to each other with temperature controller 30, passes through KA
1Relay 31 and the superthermal alarm circuit of zero line 46 common formation;
SA
2Press button 32 and KA
1After relay normally open contact 35 parallel connections, with SJ1 timing closing electromagnet timing closing contact 33, KA
2Relay 34 series connection are connected to and detect the loop when single phase poaer supply main line 45 is heated to zero line 46 formation;
KA
1Relay normally open contact 35 and SA
2After press button 32 parallel connections, link to each other with zero line 46, form temperature control timing loop with single phase poaer supply main line 45 by ST timing closing electromagnet 36; Single phase poaer supply main line 45 is through KA
1Directly be connected to HL behind the normally opened contact 37
438 form the overtemperature alarm loop together;
Single phase poaer supply main line 45 is through KA
1Relay normally open contact 39, SA
2Silence switch 40, HA
1 Overtemperature alarm bell 41 is communicated with zero line 46, thereby forms the overtemperature alarm loop;
Single phase poaer supply main line 45 is through SJ
2Timing closing electromagnet normally opened contact 42, HA
2The timing jingle bell 43 that finishes is communicated with zero line 46, finishes the prompting loop thereby form timing.
Claims (1)
1. an automatic temperature control cleaner for inner wall of money printer roller comprises: tank lid (A1), handle (A2), stainless steel casing (A3), observation panel (A4), stainless steel heating tube (A5), the light-duty magnetic force driving pump of stainless steel (A6), movable castor (A7), rigid castors (A8), output valve (A9), strainer valve (A10), blowoff valve (A11) and electric control system; It is characterized in that: handle (A2) and observation panel (A4) all are arranged on the tank lid (A1), tank lid (A1) is arranged on the topmost of stainless steel casing (A3), observation panel (A4) communicates with stainless steel casing (A3) by tank lid (A1), movable castor (A7) and rigid castors (A8) are installed on the axle of stainless steel casing (A3) bottom, stainless steel heating tube (A5) feeds from a side of stainless steel casing (A3) bottom, output valve (A9) links to each other with strainer valve (A10) by the light-duty magnetic force driving pump of stainless steel (A6), output valve (A9) is arranged on stainless steel casing (A3) and upward and with stainless steel casing (A3) communicates, and blowoff valve (A11) is arranged on a side of the close bottom of stainless steel casing (A3);
Electrical control part comprises: L
1Three-way electric power incoming line (1), L
2Three-way electric power incoming line (2), L
3Three-way electric power incoming line (3), process main line three-phase protective switch (6) back link to each other with branch road three-phase protective switch (7), KM contactor normally opened contact (8), directly are connected to scavenging pump (9), thereby form the pump startup loop;
L
1Three-way electric power incoming line (1), L
2Three-way electric power incoming line (2), L
3Respectively by first fuse (10), second fuse (12), the 3rd fuse (14), be connected to a KM behind three-way electric power incoming line (3), the process main line three-phase protective switch (6)
1Contactor normally opened contact (11), the 2nd KM
1Contactor normally opened contact (13), the 3rd KM
1Contactor normally opened contact (15) is connected to heater three-phase electricity contact (16) at last, forms the heating starting loop with zero line inlet wire (4), thereby realizes the control of heater break-make;
Single phase poaer supply main line (45) links to each other with power supply indicator (18), and zero line (46) forms power supply indication loop jointly;
Single phase poaer supply main line (45) links to each other with the pump startup loop, and zero line (46) forms pump startup indication loop jointly; Wherein, the pump startup loop is by SB
1Press button (19), a KM normally opened contact (20) back in parallel are connected to HL by discharge cock (21)
2Pump startup indicator lamp (22), KM pump startup electromagnet (23) are formed; HL
2Annexation between pump startup indicator lamp (22), the KM pump startup electromagnet (23) is in parallel;
Single phase poaer supply main line (45) links to each other with the heating starting loop, and zero line (46) forms the heating starting loop jointly; Wherein, the heating starting loop is by KM
1Normally opened contact (28), HL
3Burner on light (29) connects back and KM
1The parallel connection of heating electromagnet (27), SA again connects
1Press button (24), the 2nd KM normally opened contact (25), KA
1Normally-closed contact (26) is formed;
Single phase poaer supply main line (45) links to each other with temperature controller (30), passes through KA
1Relay (31) and zero line (46) form superthermal alarm circuit jointly;
SA
2A press button (32) and a KA
1After relay normally open contact (35) parallel connection, with SJ1 timing closing electromagnet timing closing contact (33), KA
2Relay (34) series connection is connected to and detects the loop when single phase poaer supply main line (45) is heated to zero line (46) formation;
KA
1Relay normally open contact (35) and SA
2After press button (32) parallel connection, link to each other with zero line (46), form temperature control timing loop with single phase poaer supply main line (45) by ST timing closing electromagnet (36); Single phase poaer supply main line (45) is through KA
1Normally opened contact directly is connected to HL after (37)
4Thermal light (38) forms the overtemperature alarm loop together;
Single phase poaer supply main line (45) is through KA
1Relay normally open contact (39), SA
2Silence switch (40), HA
1Overtemperature alarm bell (41) is communicated with zero line (46), thereby forms the overtemperature alarm loop;
Single phase poaer supply main line (45) is through SJ
2Timing closing electromagnet normally opened contact (42), HA
2The timing jingle bell (43) that finishes is communicated with zero line (46), finishes the prompting loop thereby form timing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010149018XA CN101811123B (en) | 2010-04-16 | 2010-04-16 | Automatic temperature control cleaner for inner wall of money printer roller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010149018XA CN101811123B (en) | 2010-04-16 | 2010-04-16 | Automatic temperature control cleaner for inner wall of money printer roller |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101811123A CN101811123A (en) | 2010-08-25 |
| CN101811123B true CN101811123B (en) | 2011-12-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010149018XA Active CN101811123B (en) | 2010-04-16 | 2010-04-16 | Automatic temperature control cleaner for inner wall of money printer roller |
Country Status (1)
| Country | Link |
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| CN (1) | CN101811123B (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0419289A2 (en) * | 1989-09-22 | 1991-03-27 | Oxy-Dry Corporation | Printing cylinder cleaning system |
| US5303652A (en) * | 1992-02-13 | 1994-04-19 | Baldwin Technology Corporation | Spray blanket cleaning system |
| JP2000202984A (en) * | 1999-01-18 | 2000-07-25 | Printing Bureau Ministry Of Finance Japan | Wiping device for intaglio printing press |
| CN2878142Y (en) * | 2006-01-24 | 2007-03-14 | 吉林航空维修有限责任公司 | Car washer by steam |
| CN101410252A (en) * | 2006-04-03 | 2009-04-15 | 泰创股份公司 | Washing apparatus for an offset printing press |
| CN101585034A (en) * | 2009-07-09 | 2009-11-25 | 梁福根 | Multifunctional high pressure cold and hot water washer |
-
2010
- 2010-04-16 CN CN201010149018XA patent/CN101811123B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP0419289A2 (en) * | 1989-09-22 | 1991-03-27 | Oxy-Dry Corporation | Printing cylinder cleaning system |
| US5303652A (en) * | 1992-02-13 | 1994-04-19 | Baldwin Technology Corporation | Spray blanket cleaning system |
| JP2000202984A (en) * | 1999-01-18 | 2000-07-25 | Printing Bureau Ministry Of Finance Japan | Wiping device for intaglio printing press |
| CN2878142Y (en) * | 2006-01-24 | 2007-03-14 | 吉林航空维修有限责任公司 | Car washer by steam |
| CN101410252A (en) * | 2006-04-03 | 2009-04-15 | 泰创股份公司 | Washing apparatus for an offset printing press |
| CN101585034A (en) * | 2009-07-09 | 2009-11-25 | 梁福根 | Multifunctional high pressure cold and hot water washer |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101811123A (en) | 2010-08-25 |
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Address after: Kaixuan Building, No. 143 A, Xizhimenwai Street, Xicheng District, Beijing 100032 Patentee after: China Banknote Printing and Minting Group Co.,Ltd. Address before: 330043, Nanchang banknote printing factory, 9 East Road, Nanchang, Jiangxi, China Banknote Printing & Minting Corporation, Daishan Patentee before: CHINA BANKNOTE PRINTING AND MINTING Corp. |