Abstract:
An electromechanical device comprises a substrate and an array of pixels (103) arranged on the substrate in rows and columns, a respective pixel having at least one respective light blocking element (202) and at least one electrode for actuating the light blocking element. A plurality of scan line interconnects (110) are formed on the substrate running in a first direction, and enable a plurality of pixels along the first direction to respond to data voltages. A plurality of data interconnects (112) are formed on the substrate running in a second direction perpendicular to the first direction, and provide data voltages to a plurality of pixels along the second direction. For a respective pixel: a first switch (2956) and a second switch (2966) connected in series, are formed on the substrate, and the first switch (2956) and second switch (2966) together connect an energy source to at least one of a light blocking element and the at least one electrode. A data switch (2957) is coupled to a corresponding one of the scan line interconnects (2946) and a corresponding one of the data interconnects (2948) for controlling movement of the light blocking element.
Abstract:
A display apparatus comprises an array of pixels arranged in rows and columns including a transparent substrate, and a plurality of MEMS-based light modulators. A control matrix is disposed on the substrate and includes a common electrical connection among a set of pixels, the set of pixels including pixels in at least two of the columns and in at least two of the rows, a data voltage interconnect corresponding to one of the columns, and a switch incorporated into one of the pixels for controlling actuation of a corresponding MEMS-based light modulator in response to a voltage applied by the data voltage interconnect.
Abstract:
A direct-view display system comprises a transparent substrate, an array of MEMS light modulators formed on the transparent substrate, a control matrix formed on the transparent substrate for transmitting data to the array and a controller. The controller controls a state of each of the light modulators in the array and includes a timing controller for coordinating application of voltages to at least one lamp to illuminate the MEMS light modulators. The modulators display a first sub-frame image corresponding to a first color in an image frame for a first duration and display a second sub-frame image corresponding to the first color of the same image frame for a second duration. The first duration is different than the second duration.
Abstract:
An electromechanical device comprises a substrate; and an array of pixels (103) arranged on the substrate in rows and columns, a respective pixel having a respective light blocking element (202) coupled to a first electrostatic actuator (205) for moving the light blocking element (202) between at least two positions. For a respective pixel: a data voltage interconnect (1602) applies the data voltage to a data switch (1618), and controls a position of the light blocking element (202); and a voltage regulator substantially limits variation in a voltage across the first electrostatic actuator (402) that would otherwise be caused by movement of portions of the actuator (402).
Abstract:
An electromechanical device comprising a substrate and a light blocking element (2304) formed on the substrate and having a first actuator and a second actuator opposing the first actuator for moving the light blocking element between at least a first position and a second position. A flip-flop circuit (2300) is disposed on the substrate and electrically couples the first and second actuators. The flip-flop circuit is configured to maintain an opposite logical state on the first and second actuators, the logical state corresponding to the position of the light blocking element.
Abstract:
A direct-view display comprises a transparent substrate and an array of MEMS light modulators formed on the transparent substrate, wherein each of the light modulators can be driven into at least two states. A control matrix is formed on the transparent substrate for transmitting data and actuation voltages to the array. A controller controls the states of each of the light modulators in the array, The controller obtains a plurality of subframe data sets from a memory, wherein the plurality of sub-frame data sets correspond to an image frame, each sub-frame data set is associated with a coded weight, and each sub-frame data set indicates desired states of light modulators in multiple rows and multiple columns of the array. The controller outputs the plurality of sub-frame data sets according to an output sequence, stored at least partially in memory, to drive light modulators into the states indicated in the sub-frame data sets; and controls illumination of each of the respective sub-frame data sets of the plurality of sub-frame data sets based on the coded weight associated with the respective sub-frame data set.
Abstract:
A display apparatus comprises an array of pixels including a transparent substrate, and a plurality of MEMS-based light modulators; and a control matrix disposed on the substrate. The control matrix includes, for a pixel in the array of pixels, i) a writc-enabling interconnect for enabling the pixel to respond to a data voltage, ii) an actuation voltage interconnect for providing a voltage sufficient to actuate the pixel, iii) a first switch for selectively governing the application of the voltage provided by the actuation voltage interconnect to the pixel, and iv) a data voltage interconnect for controlling the first switch. The control matrix thereby regulates the application of the actuation voltage across an actuator included in a respective light modulator, thereby empowering the light modulator to change states to form an image.
Abstract:
A portable device, comprises a housing, a display panel seated within the housing and having a light modulating layer with a plurality of transversely moveable shutters formed on a transparent substrate, a control matrix coupled to the display panel for providing control over respective ones of the transversely moveable shutters for moving the transversely moveable shutters substantially parallel to the transparent substrate, and transverse to a path of a propagating ray of light, to set a respective pixel illumination level, and a light source disposed within the housing beneath the transparent substrate to direct light through the light modulating layer.
Abstract:
An electromechanical device comprises a substrate; and an array of pixels (103) arranged on the substrate in rows and columns, a respective pixel having a respective light blocking element (202) coupled to a first electrostatic actuator (205) for moving the light blocking element (202) between at least two positions. For a respective pixel: a data voltage interconnect (1602) applies the data voltage to a data switch (1618), and controls a position of the light blocking element (202); and a voltage regulator substantially limits variation in a voltage across the first electrostatic actuator (402) that would otherwise be caused by movement of portions of the actuator (402).
Abstract:
A display apparatus comprises an array of pixels including a transparent substrate, and a plurality of MEMS-based light modulators; and a control matrix disposed on the substrate. The control matrix includes, for a pixel in the array of pixels, i) a writc-enabling interconnect for enabling the pixel to respond to a data voltage, ii) an actuation voltage interconnect for providing a voltage sufficient to actuate the pixel, iii) a first switch for selectively governing the application of the voltage provided by the actuation voltage interconnect to the pixel, and iv) a data voltage interconnect for controlling the first switch. The control matrix thereby regulates the application of the actuation voltage across an actuator included in a respective light modulator, thereby empowering the light modulator to change states to form an image.