Fault tolerant light modulator display system

Claim 2

A display system attached to a fixed substrate, the display system comprising a two-dimensional light modulator array having a plurality of light modulators arranged in a first row and a second row, with the first row at a first row position with respect to the fixed substrate and the second row at a second row position with respect to the fixed substrate, and a movable element attaching the two-dimensional light modulator array to the fixed substrate, with the movable element moving the first row from its first row position to substantially occupy the second row position.

Claim 3

The display system of claim 1, wherein the plurality of light modulators controllably transmit and absorb light.

Claim 4

The display system of claim 1, wherein the plurality of light modulators selectively reflect light.

Claim 5

The display system of claim 1, wherein some of the plurality of light modulators are arranged in a first column and a second column positioned substantially orthogonal to the first row and second row, with the first column at a first column position with respect to the fixed substrate and the second column at a second column position with respect to the fixed substrate, and wherein the movable element moves to bring the first column from its first column position to substantially occupy the second column position.

Claim 6

The display system of claim 1, wherein the movable element moves the two-dimensional light modulator array through at least two rows.

Claim 7

The display system of claim 1, wherein the movable element further comprises a piezoreactive material.

Claim 8

A fault tolerant display system comprising a fixed substrate, a light source for producing a variable intensity light beam, a two-dimensional light modulator array positioned to intercept the variable intensity light beam from the light source, the two-dimensional light modulator array having a plurality of light modulators arranged in a first row and a second row, with the first row at a first row position with respect to the fixed substrate and the second row at a second row position with respect to the fixed substrate, a movable element attaching the two-dimensional light modulator array to the fixed substrate, with the movable element moving the first row from its first row position to substantially occupy the second row position, and a light modulator failure compensation system for correcting for failure of at least one of the plurality of light modulators, the light modulator failure compensation system having an image rescaling module to vary apparent light modulator display intensity, and a light source intensity control for increasing intensity of the variable intensity light beam.

Claim 9

A fault tolerant display system comprising a fixed substrate, a light source for producing a variable intensity light beam, a two-dimensional light modulator array positioned to intercept the variable intensity light beam from the light source, the two-dimensional light modulator array having a plurality of light modulators arranged in a first row and a second row, with the first row at a first row position with respect to the fixed substrate and the second row at a second row position with respect to the fixed substrate, a movable element attaching the two-dimensional light modulator array to the fixed substrate, with the movable element moving the first row from its first row position to substantially occupy the second row position, and a light modulator failure compensation system for correcting for failure of at least one of the plurality of light modulators, the light modulator failure compensation system having an image rescaling module to vary apparent light modulator display intensity, and a light source intensity control for increasing intensity of the variable intensity light beam.

Claim 10

The display system of claim 7, wherein the plurality of light modulators controllably transmit and absorb light.

Claim 11

The display system of claim 7, wherein the plurality of light modulators selectively reflect light.

Claim 12

The display system of claim 7, wherein some of the plurality of light modulators are arranged in a first column and a second column positioned substantially orthogonal to the first row and second row, with the first column at a first column position with respect to the fixed substrate and the second column at a second column position with respect to the fixed substrate, and wherein the movable element moves to bring the first column from its first column position to substantially occupy the second column position.

Claim 13

The display system of claim 7, wherein the movable element moves the two-dimensional light modulator array through at least two rows.

Claim 14

The display system of claim 7, wherein the movable element further comprises a piezoreactive material.

Claim 15

A fault tolerant display system comprising a light modulator array having a plurality of light modulators, each light modulator having a defined length, the light modulator array being movable with respect to a fixed substrate, a movable element attaching the light modulator array to the fixed substrate, with the movable element periodically displacing the light modulator array through at least the defined length of each of the light modulators with a frequency exceeding about 1/10 of a second, and a light modulator failure compensation system for correcting for failure of at least one of the plurality of light modulators, the light modulator failure compensation system having an image shifting module for shifting image position in coordination with periodic displacement of the light modulator array, and a rescaling module to reduce apparent light modulator display intensity for at least some light modulators based on a location of failed light modulators.

Claim 16

A fault tolerant display system comprising a light modulator array having a plurality of light modulators, each light modulator having a defined length, the light modulator array being movable with respect to a fixed substrate, a movable element attaching the light modulator array to the fixed substrate, with the movable element periodically displacing the light modulator array through at least the defined length of each of the light modulators with a frequency exceeding about 1/10 of a second, and a light modulator failure compensation system for correcting for failure of at least one of the plurality of light modulators, the light modulator failure compensation system having an image shifting module for shifting image position in coordination with periodic displacement of the light modulator array, and a rescaling module to reduce apparent light modulator display intensity for at least some light modulators based on a location of failed light modulators.

Claim 17

The fault tolerant display system of claim 13, further comprising a variable intensity light source for increasing light intensity to compensate for reduced apparent light modulator display intensity.