Abstract:
PURPOSE:To enhance printing accuracy while reducing the strain of a screen by simple constitution. CONSTITUTION:In a screen printing method rubbing a screen 2 having the aperture parts 3 corresponding to printing patterns with a squeegee 5 to perform printing, the screen 2 is rubbed with the squeegee 5 in such a state that the expansion and contraction suppressing member 4 of the screen 2 is bonded to the parts other than the aperture parts 3 of the screen 2.
Abstract:
PROBLEM TO BE SOLVED: To perform application to an electronic still camera for instance and to process output signals of an image pickup element by a sufficient phase margin even in the case that a number of pixels increases regarding an image pickup device. SOLUTION: A reset pulse ϕResetA is outputted for each plurality of pixels and a solid-state image pickup element 12 is driven so as to output an integrated value of stored electric charges successively for a plurality of the pixels. Also, in a signal processing of an image pickup result ϕVoutA, the output signals of the solid-state image pickup element ϕVoutA by the integrated values are successively sampled and held and a difference value is detected.
Abstract:
PURPOSE:To enhance a solid-state image sensing element in light converging properties so as to improve it in sensitivity. CONSTITUTION:A light concentrating lens 17 is provided onto photosensors 12 provided onto a substrate 11 through the intermediary of a light transmitting lower insulating film 13 and a light transmitting upper insulating film 16 for the formation of a solid-state image sensing element 10, where actuators 14 are provided between the light transmitting insulating films 13 and 16 so as not to block a path of incident light which impinges on the photosensors 12. Or, a light transmitting layer variable in thickness is provided between the light concentrating lens 17 and the photosensors 12. Or, a film possessed of an electro-optical effect is formed on each photosensor 12.
Abstract:
PROBLEM TO BE SOLVED: To make a low illuminance region highly sensitive by improving resolution and dynamic range of a standard illuminance region by determining a reference color of a level diagram in automatic exposure. SOLUTION: The imaging apparatus includes a sensor using for color coding highly sensitive pixels having higher sensitivity to incident light than chromatic color pixels and having an automatic exposure function which performs exposure control in itself in response to illuminance of an imaging environment. In the imaging apparatus, algorithm for determining a reference color of a level diagram in response to illuminance in the automatic exposure function takes the foregoing highly sensitive pixel as a reference color (e.g. white reference region) in a low illuminance region where a gain of the sensor is maximum, while taking a green pixel of the foregoing chromatic color pixel in a standard illuminance region where a gain of the sensor is minimum as a reference color (green reference region). COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a dynamic control device capable of facilitating the learning of a condition observer for cyclic motions by designing a controller so as to have an internal condition and dynamics. SOLUTION: The dynamic control device 100 includes a feedback controller 1022' which updates the feedback parameter on the basis of the value function and the remuneration series obtained during an intensifying learning on the basis of the condition information of the object to be controlled. A central pattern generator (CPG) 1026 has an internal condition to perform a cyclic temporal development and produces a control signal u to control the thighs on the basis of the internal condition varying depending upon the output from the feedback controller 1022'. A condition machine 1040 produces a control signal to the lower legs. COPYRIGHT: (C)2006,JPO&NCIPI