Abstract: A contactless power feeding system comprises a power feeding device and a movable device. The movable device is installed on a power feeding case of the power feeding device, and a liquid crystal TV (E) is installed on the movable device. The liquid crystal TV (E) can be arranged at a desired position on a wall (W) in a room (R) by moving the movable device along the power feeding case. The liquid crystal TV (E) can be arranged at a desired height by moving the liquid crystal TV (E) in the axial direction of a guide pipe provided on a power receiving case. The liquid crystal TV (E) can be directed in a desired direction by rotating the liquid crystal TV (E) around the guide pipe. The contactless power feeding system feeds power to the liquid crystal TV (E) via the power feeding device and the movable device.

Abstract: A contactless power feeding system comprises a power feeding device and a movable device. The movable device is installed on a power feeding case of the power feeding device, and a liquid crystal TV (E) is installed on the movable device. The liquid crystal TV (E) can be arranged at a desired position on a wall (W) in a room (R) by moving the movable device along the power feeding case. The liquid crystal TV (E) can be arranged at a desired height by moving the liquid crystal TV (E) in the axial direction of a guide pipe provided on a power receiving case. The liquid crystal TV (E) can be directed in a desired direction by rotating the liquid crystal TV (E) around the guide pipe. The contactless power feeding system feeds power to the liquid crystal TV (E) via the power feeding device and the movable device.

Abstract: A mechanical deformation amount sensor includes a sensor structure which is formed by a semiconductor substrate or an insulating substrate and integrally includes a deformation portion deformable, when a physical quantity to be detected is applied to the sensor structure, due to the physical quantity and a support portion for supporting the deformation portion, a carbon nanotube resistance element which is provided on the deformation portion so as to be mechanically deformed in response to deformation of the deformation portion and a wiring pattern which is formed in a pattern on the sensor structure so as to be connected to the carbon nanotube resistance element. By applying a voltage to the carbon nanotube resistance element via the wiring pattern, a change of electrical conductivity of the carbon nanotube resistance element upon mechanical deformation of the carbon nanotube resistance element is fetched as an electrical signal.

Abstract: A mechanical deformation amount sensor includes a sensor structure which is formed by a semiconductor substrate or an insulating substrate and integrally includes a deformation portion deformable, when a physical quantity to be detected is applied to the sensor structure, due to the physical quantity and a support portion for supporting the deformation portion, a carbon nanotube resistance element which is provided on the deformation portion so as to be mechanically deformed in response to deformation of the deformation portion and a wiring pattern which is formed in a pattern on the sensor structure so as to be connected to the carbon nanotube resistance element. By applying a voltage to the carbon nanotube resistance element via the wiring pattern, a change of electrical conductivity of the carbon nanotube resistance element upon mechanical deformation of the carbon nanotube resistance element is fetched as an electrical signal.

Abstract: An image processing method and apparatus for detecting pattern matching between an input mage and a template image at high speed by reducing memory access times. The image processing apparatus includes a first memory for storing a reference pattern as a template, a second memory for storing an input image for which pattern matching with the template is to be detected, means for compressing the template from the first memory and the input image from the second memory by a predetermined compression ratio, a compressed data memory for storing the compressed input image and the compressed template from the compressing means, a main processor for computing inter-correlation between the compressed input image and the compressed template by scanning the compressed input image for each sub-block thereof and determining a location of the compressed input mage showing a best match in a current pattern matching mode.

Abstract: A programmable controller includes a pipeline stage having a first stage IF for executing instruction fetching operations, a second stage ID/RF for decoding the instruction and for fetching data from a general-purpose register, a third stage EX for executing arithmetic and logic operations, data address calculations, or calculation of the effective address of a target branch, a fourth stage MEM for accessing to data memory, and a fifth stage WB/BPU for executing bit operations, writing operations with respect to the general-purpose register, or branching operations, are executed in a pipelined manner. Simplification of hardware and control, and facilitation of formation of a pipeline into multiple stages are realized as a result of a pipeline structure being formed into a unified instruction structure.

Abstract: A programmable controller includes a main processor connected to I/O and peripheral devices for sequential control thereof in a programmed manner. The main processor is associated with a system memory which stores an operating system for the main processor as well as provides a work area used in the operation thereof. A source instruction memory is provided to store a source program for control of the I/O and peripheral devices. The source program is compiled by the main processor into a program including corresponding reduced instructions and stored in an coprocessor instruction memory. A coprocessor is included to retrieve the instructions from the coprocessor instruction memory to execute the instructions in a pipeline mode and in parallel with the execution of the main processor. A data memory is provided for instruction execution of the coprocessor.