Abstract: The present invention provides an organic light emitting apparatus having a liquid moisture absorbing member, the apparatus being capable of having a larger area than an organic light emitting apparatus having a same size substrate and without the liquid moisture absorbing member and of obtaining stable device characteristics without impairing the advantage of the liquid moisture absorbing member, in other words, by narrowing a non-light emitting region, and a method of producing the apparatus. The organic light emitting apparatus of the present invention has a side where a drive circuit is formed and a side where the drive circuit is not formed, and each of a starting point and an ending point of the application of the moisture absorbing member is placed on the side where the drive circuit is formed.

Abstract: A display control system, comprises: a spatial light modulator (SLM) constituted by a plurality of pixel elements placed in array; a first control unit for controlling each of the plurality of pixel elements under a state of ON or OFF; a second control unit for controlling each of the plurality of pixel elements under a state other than the ON or OFF states; a control changeover unit for dividing one frame period, for each pixel element of the plurality thereof, into a period of the first control unit controlling and that of the second control unit controlling, and also changing over between a control of the first control unit and that of the second control unit for each pixel element of the plurality thereof; and a data division unit for dividing input data to each of the plurality of pixel elements into first control unit-use data, which is input to the first control unit, and second control unit-use data which is input to the second control unit in accordance with the content of the present input data.

Abstract: The present invention provides a display system, comprising: a display device having a plurality of mirrors and an oscillating state; and a processor processing an input video signal and controlling the display device, wherein the processor generates a control signal for controlling the individual mirrors constituting an image based on a value of at least either of a reflection light intensity L, or of an oscillation period T, of a predetermined mirror.

Abstract: This invention provides a display control system that includes: a) a micromirror array comprising a plurality of mirrors; b) a first control function for controlling the mirrors in a first state; c) a second control function for controlling the mirrors in a second state; d) and a switchover controller for switching from the first state to second state, or from the second state to first state, wherein the switchover controller switches the state of at least two mirrors simultaneously at a same predetermined point within a frame period.

Abstract: A method for preparing a vesicle dispersion wherein a water-soluble substance is encupsulated in the vesicle, which comprises successively performing: a step of dispersing at least one lipid in an aqueous medium to pre-construct a vesicle dispersion, a step of drying the pre-constructed vesicles to obtain dried vesicles, a step of re-dispersing the dried vesicles in an aqueous solution of the water-soluble substance, and a step of passing the resultant vesicle dispersion through a filter. The method enables the efficient and simple preparation of safe vesicles with a useful substance in high concentration encupsulated therein, with a narrow size distribution, in high yield.

Abstract: An electrophoretic display includes a first substrate and a second substrate disposed opposite to the first substrate, insulating liquid disposed between the first and second substrates, electrophoretic particles dispersed in the insulating liquid, a partition wall disposed at a position defining a pixel between the first and second substrates, and a first electrode and a second electrode, which are disposed on one of the first and second substrates, for applying an electric field to said electrophoretic particles. The first electrode is disposed in a scattering layer having a thickness of 1-100 ?m and has an areal proportion of 0.1-80% per an area of the pixel. The second electrode constitutes a part of the partition wall.

Abstract: An electrophoretic display device including first and second substrates disposed with a predetermined spacing, a partition member disposed between the first and second substrates, a plurality of electrophoretic particles and an insulating liquid which are sealed up by the substrates and the partition member, and first and second electrodes disposed close to the insulating liquid, is produced through a production process comprising the following steps (A), (B), (C) and (D): (A) a step of filling the insulating liquid and the electrophoretic particles in a recess defined by the first substrate and the partition member, (B) a step of placing a first area of the second substrate to be in contact with the partition member in an uncured state and a second area of the second substrate to be in contact with the insulating liquid in a cured state, (C) a step of causing the first area of the second substrate to contact the partition member and the second area of the second substrate to contact the insulating liquid, an

Abstract: An electrophoretic display device including first and second substrates disposed with a predetermined spacing, a partition member disposed between the first and second substrates, a plurality of electrophoretic particles and an insulating liquid which are sealed up by the substrates and the partition member, and first and second electrodes disposed close to the insulating liquid, is produced through a production process comprising the following steps (A), (B), (C) and (D): (A) a step of filling the insulating liquid and the electrophoretic particles in a recess defined by the first substrate and the partition member, (B) a step of placing a first area of the second substrate to be in contact with the partition member in an uncured state and a second area of the second substrate to be in contact with the insulating liquid in a cured state, (C) a step of causing the first area of the second substrate to contact the partition member and the second area of the second substrate to contact the insulating liquid, an

Abstract: An electrophoretic display includes a first substrate and a second substrate disposed opposite to the first substrate, insulating liquid disposed between the first and second substrates, electrophoretic particles dispersed in the insulating liquid, a partition wall disposed at a position defining a pixel between the first and second substrates, and a first electrode and a second electrode, which are disposed on one of the first and second substrates, for applying an electric field to said electrophoretic particles. The first electrode is disposed in a scattering layer having a thickness of 1-100 &mgr;m and has an areal proportion of 0.1-80% per an area of the pixel. The second electrode constitutes a part of the partition wall.

Abstract: A method for preparing a vesicle dispersion wherein a water-soluble substance is encupsulated in the vesicle, which comprises successively performing: a step of dispersing at least one lipid in an aqueous medium to pre-construct a vesicle dispersion, a step of drying the pre-constructed vesicles to obtain dried vesicle, a step of re-dispersing the dried vesicles in an aqueous solution of the water-soluble substance, and a step of passing the resultant vesicle dispersion through a filter. The method enables the efficient and simple preparation of safe vesicles with a useful substance in high concentration encupsulated therein, with a narrow size distribution, in high yield.

Abstract: A display system includes a host apparatus having a video interface circuit and a display apparatus operated by feed of a video image and power from the host apparatus, and also has a communication function for receiving and transmitting data between the host apparatus and the display apparatus. In the display system, the display apparatus transmits power consumption data thereof stored in an EEPROM to the host apparatus and processes the power consumption data thereof which is received by the host apparatus, thus controlling power of the display system including the host apparatus and the display apparatus.