REFLECTOR STRUCTURE FOR A RADIANT DRYER UNIT OF AN INKJET PRINTER
Structures for radiant dryer units of a printer. A radiant dryer unit includes a reflector element that reflects light waves from a light source back towards a printable medium to dry ink printed on the medium. The reflector element includes a plurality of modular sections. Each modular section includes a base portion having a reflective surface, and includes legs that protrude from an opposing surface of the base portion. The modular sections are affixed to one another so that the reflective surfaces of the modular sections form an aggregate reflective surface that faces toward the light source of the radiant dryer unit.
1 . A reflector element for a radiant dryer unit of a printer, the reflector element comprising:
a plurality of modular sections each including a base portion having a reflective surface, and including legs that protrude from an opposing surface of the base portion;
wherein the modular sections are affixed to one another so that the reflective surfaces of the modular sections form an aggregate reflective surface that faces toward a light source in the radiant dryer unit of the printer.
2 . The reflector element of claim 1 wherein:
the legs of each modular section protrude from the opposing surface at an angle and are substantially parallel to one another.
3 . The reflector element of claim 2 wherein:
the angle of the legs in relation to the opposing surface is in the range of 30 degrees and 90 degrees.
4 . The reflector element of claim 1 wherein:
a leg of one modular section is fastened to a leg of another modular section to connect the modular sections so that the reflective surfaces of the modular sections form the aggregate reflective surface.
5 . The reflector element of claim 1 wherein the modular sections each comprise a piece of material bent into a U-shaped channel.
6 . A dryer unit for a printer, the dryer unit comprising:
a light source operable to emit light waves; and
a reflector element installed opposite the light source such that a printable medium is able to pass between the light source and the reflector element;
the reflector element comprising:
a plurality of modular sections each including a base portion having a reflective surface, and including legs that protrude from an opposing surface of the base portion;
wherein the modular sections are affixed to one another so that the reflective surfaces of the modular sections form an aggregate reflective surface that faces toward the light source and reflects the light waves back toward the printable medium.
7 . The dryer unit of claim 6 wherein:
the legs of each modular section protrude from the opposing surface at an angle and are substantially parallel to one another.
8 . The dryer unit of claim 7 wherein:
the angle of the legs in relation to the opposing surface is in the range of 30 degrees and 90 degrees.
9 . The dryer unit of claim 6 wherein:
a leg of one modular section is fastened to a leg of another modular section to connect the modular sections so that the reflective surfaces of the modular sections form the aggregate reflective surface.
10 . The dryer unit of claim 6 wherein the modular sections each comprise a piece of material bent into a U-shaped channel.
11 . The dryer unit of claim 6 further comprising:
a fan operable to blow air between the legs of the modular sections to dissipate heat on the reflective surfaces of the modular sections.
12 . The dryer unit of claim 6 wherein:
the light source comprises an Infra-Red light source.
13 . A printer comprising:
a print engine operable to print ink onto a printable medium; and
a dryer unit operable to receive the printable medium after the ink is printed onto the medium;
wherein the dryer unit includes a light source and a reflector element;
wherein the reflector element is comprised of a plurality of modular sections each including a base portion having a reflective surface, and including legs that protrude from an opposing surface of the base portion;
wherein the modular sections are affixed to one another so that the reflective surfaces of the modular sections form an aggregate reflective surface that faces toward the light source and reflects the light waves back toward the printable medium.
14 . The printer of claim 13 wherein:
the legs of each modular section protrude from the opposing surface at an angle and are substantially parallel to one another.
15 . The printer of claim 14 wherein:
the angle of the legs in relation to the opposing surface is in the range of 30 degrees and 90 degrees.
16 . The printer of claim 13 wherein:
a leg of one modular section is fastened to a leg of another modular section to connect the modular sections so that the reflective surfaces of the modular sections form the aggregate reflective surface.
17 . The printer of claim 13 wherein the modular sections each comprise a piece of material bent into a U-shaped channel.
18 . The printer of claim 13 further comprising:
a fan operable to blow air between the legs of the modular sections to dissipate heat on the reflective surfaces of the modular sections.
19 . The printer of claim 13 wherein:
the light source comprises an Infra-Red light source.