Method of controlling thermal printing
A method of controlling thermal printing based upon print density. The method includes receiving pre-formatted data representing information to be printed on two sides of a thermal print media from a computer by a processor of a thermal printer, analyzing the pre-formatted data by the thermal printer to determine different types of data to be printed with different print densities by the processor, determining an average print density of the different print densities by the processor, determining that the average print density is greater than a predetermined average print density by the processor, determining a power level required to print the data, and directing first and second thermal print heads to print the data based upon the required power level by the processor.
1. A printer control method comprising:
receiving pre-formatted data representing information to be printed on two sides of a thermal print media from a computer by a processor of a thermal printer;
analyzing the pre-formatted data by the thermal printer to determine different types of data to be printed with different print densities by the processor;
determining an average print density of the different print densities by the processor;
determining that the average print density is greater than a predetermined average print density by the processor;
determining a power level required to print the data; and
directing first and second thermal print heads to print the data based upon the required power level by the processor.
2. The method of claim 1 , wherein the directing step comprises:
determining that the required power level to print is less than a predetermined power level by the processor;
reducing movement of the thermal print media past first and second thermal print heads during printing by the processor; and
applying the required power level to the first and second print heads to substantially simultaneously print on first and second sides of the thermal print media by the processor.
3. The method of claim 1 , wherein the directing step comprises:
determining that the required power level to print is above a predetermined power level by the processor;
directing movement of the thermal print media from a start position past a first print head by the processor;
applying substantially all available power to the first print head to print on a first side by the processor;
reversing the movement of the thermal print media until the thermal print media reaches the start position by the processor;
directing the movement of the thermal print media from the start position past a second print head by the processor; and
applying substantially all of the available power to the second print head to print on a second side by the processor.
4. The method of claim 1 , wherein the thermal print media becomes a boarding pass after printing.
5. The method of claim 1 , wherein the thermal print media becomes a travel document after printing.
6. The method of claim 1 , wherein the thermal print media becomes a receipt after printing.
7. The method of claim 1 , wherein the pre-formatted data comprises a barcode.
8. The method of claim 1 , wherein the pre-formatted data comprises a coupon.
9. The method of claim 1 , wherein the pre-formatted data comprises a map.
10. The method of claim 1 , wherein the pre-formatted data comprises a company logo.
11. A printer comprising:
a first print head for printing on a first side of a thermal print media;
a second print head for printing on a second side of the thermal print media;
first and second drive platens for moving the thermal print media past the first and second thermal print heads during printing; and
a processor for receiving pre-formatted data representing information to be printed on the first and second sides of the thermal print media from a computer, for analyzing the pre-formatted data to determine different types of data to be printed with different print densities, for determining an average print density of the different print densities, for determining that the average print density is greater than a predetermined average print density, for determining a power level required to print the data, and for directing the first and second thermal print heads to print the data based upon the required power level.
12. The printer of claim 11 , wherein the processor determines that the required power level to print is less than a predetermined power level, reduces movement of the thermal print media past first and second thermal print heads during printing, and applies the required power level to the first and second print heads to substantially simultaneously print on first and second sides of the thermal print media.
13. The method of claim 11 , wherein the processor determines that the required power level to print is above a predetermined power level, directs movement of the thermal print media from a start position past a first print head, applies substantially all available power to the first print head to print on a first side, reverses the movement of the thermal print media until the thermal print media reaches the start position, directs the movement of the thermal print media from the start position past a second print head, and applies substantially all of the available power to the second print head to print on a second side.