Abstract: The present technology relates to a management apparatus, a vehicle, an inspection apparatus, and a vehicle inspection system and an information processing method therefor by which more efficient vehicle inspection can be implemented. The vehicle inspection system includes a vehicle that is an inspection target vehicle, an inspection apparatus that inspects, as a third party, the vehicle, and a management apparatus. The management apparatus decides feedback information based on a result of determination obtained when a vehicle state of the vehicle is determined using first inspection data based on a result of inspection of the vehicle and second inspection data based on a result of inspection of the inspection apparatus, and transmits the feedback information to the vehicle. The present technology can be applied, for example, to a vehicle inspection system for inspecting a vehicle and so forth.

Abstract: The objective of the present invention is to provide a configuration of the permanent magnets used for rotors in a rotating electronic device and the method of utilizing the same, thereby improving the efficiency, performance and output thereof. It also intends to provide a rotating electronic device that can be miniaturized. To achieve the above objectives, permanent magnets are arranged radially and circularly on a rotor to control the magnetic flux generated by permanent magnets arranged radially on the rotor to be approximately twice as much as the primary magnetic flux generated by permanent magnets arranged circularly thereon. On the rotating surface of the rotor, a secondary magnetic flux is provided and a shape and width of the grooves are modified such that the magnetic flux distribution resulting from the overall interaction of each magnetic flux generated in each magnetic pole on the rotor appears substantially as a sine wave.

Abstract: A permanent magnet rotor (FIG. 2) includes a rotor core (41) and permanent magnets (5). The permanent magnet rotor is also formed with grooves (6) in order to reduce mangetic flux leakage.

Abstract: A system which has an electric device that functions in the system both as an electric motor for supplying power to machines and as a generator to generate electrical power. The system includes an outside source of power (an internal combustion engine, wind power, hydraulic power, human power, etc.) which powers the electric device to act as a generator, to generate electricity (electrical power). The electric device includes a stator and rotor, with a laminated iron core.

Abstract: Without of affect of sulfur in fuel, NOx in exhaust gas is decomposed completely using discharge and low temperature of 300 C. degree, to establish technique for generating NO2 for necessary to oxidize a particle substance in a real time. The generated NO2 and ozone and active oxygen generated in oxygen atmosphere are used an oxidation agent the particle substance is decomposed completely using discharge and low temperature of 300 C. degree. As to NOx in exhaust gas, No is decomposed completely using a thin and narrow wire shape bear wire and NO2 for necessary to the particle substance is generated and is processed in response to operation condition of the engine in low temperature of 300 C. degree.

Abstract: A wheel traveling and operating vehicle includes a tire wheel traveling apparatus having axles in front and rear portions of a chassis frame body, an engine providing a traveling power, and a transmission. The transmission is provided with a transmission portion arranged so that an input shaft and an output shaft transverse an axis (X—X) in a vehicle longitudinal direction in parallel to each other at forward and backward positions of the axis and a bevel gear output portion outputting a tire wheel driving power to the output shaft toward a direction of the axis. The input shaft of the transmission portion is connected to the engine horizontally mounted to one side surface of right and left sides of the chassis frame body on the same axis as the engine output shaft and the bevel gear output portion is connected to front and rear tire wheel driving propeller shafts.

Abstract: In a pre-process, a particle shape substance is decomposed and removed using a cyclone and an electric dust collection apparatus, NOx in an exhaust gas is decomposed completely using discharge, to establish technique for generating NO2 for necessary to oxidize a particle shape substance in a real time. The generated NO2 and ozone and active oxygen generated the particle shape substance is decomposed completely. NO2 for necessary to the particle shape substance is generated and is processed in response to operation condition of an engine.

Abstract: In a pre-process, a particle shape substance is decomposed and removed using a cyclone and an electric dust collection apparatus, NOx in an exhaust gas is decomposed completely using discharge, to establish technique for generating NO2 for necessary to oxidize a particle shape substance in a real time. The generated NO2 and ozone and active oxygen generated the particle shape substance is decomposed completely. NO2 for necessary to the particle shape substance is generated and is processed in response to operation condition of an engine.

Abstract: Telescopic lifting vehicle comprising a support frame having a central longitudinal axis of development at the two sides whereof are mounted a control cab and an engine. The engine and the cab identify between them a housing open superiorly and developing along the central longitudinal axis of the vehicle. The vehicle is also provided with a telescopic arm pivotally engaged to a rear portion of the frame, able to be inserted at least partially in the housing, and having an operative end able to be associated to an operative organ. A lifting cylinder, positioned below the telescopic arm, allows the actuation of the telescopic arm, and can be inserted into a vertical opening obtained in correspondence with at least a part of the housing, when the telescopic arm is inserted in the housing itself.

Abstract: Telescopic arm comprising a first base section (2), a second intermediate section (3) inserted in said base section, and a third terminal section (4) inserted in the intermediate section. An extension cylinder (6) is operatively associated between the first and the second section (2), (3) to actuate the second section (3) between a retracted position in which it is inserted in the first section (2), and an extended section in which it projects from the first section (2).

Abstract: A magnetic pole for facing an air gap with a stator is formed with a parallel quadrilateral shape or a quadrilateral shape having a skew effect and is obtained by a single iron core or plural iron cores. To make simply a winding structure of a stator and a rotor of an alternating current rotary electric machine, by a bobbin structure a magnetic field formation of a magnetic pole portion is formed. A magnetic pole structure having a projection portion is provided to form an overlap structure with another phase magnetic pole. An electromagnetic combination of each phase is strengthened and each phase magnetic poles is carried out a systematic separation, dispersion, and an arrangement.

Abstract: One of the electrodes is covered an insulated material outer skin and is formed with a long wire shape, a band shape or a plate shape. Another of the electrodes is formed with a bare wire by suiting the various shapes and is formed along another insulated core wire and is arranged closely contact with a parallel shape, a right angle shape, a spiral shape, a net shape or a zigzag shape. Accordingly it is possible to lower the voltage. The both electrodes are separated electrically and mechanically using an insulated material and in an ozone generation portion the both electrodes are separated completely.

Abstract: Without of affect of sulfur in fuel, NOx in exhaust gas is decomposed completely using discharge and low temperature of 300 C. degree, to establish technique for generating NO2 for necessary to oxidize a particle substance in a real time. The generated NO2 and ozone and active oxygen generated in oxygen atmosphere are used an oxidation agent the particle substance is decomposed completely using discharge and low temperature of 300 C. degree. As to NOx in exhaust gas, No is decomposed completely using a thin and narrow wire shape bear wire and NO2 for necessary to the particle substance is generated and is processed in response to operation condition of the engine in low temperature of 300 C. degree.

Abstract: An LDD structure of a thin film transistor for pixel switching is realized on a large glass substrate by low-temperature processes. A thin film semiconductor device for display comprises a display part and a peripheral driving part formed on a glass substrate (0). Pixel electrodes (9) and NchLDD-TFTs are arranged in a matrix in the display part. Thin film transistor PchTFTs and NchTFTs which constitute circuit elements are formed in the peripheral driving part. Each thin film transistor consists of a gate electrode (1), an insulating film (2) formed on the gate electrode (1), a polycrystalline semiconductor layer (32) formed on the insulating layer (2), and a high concentration impurity layer constituting a source (4) and a drain (7) formed on the polycrystalline semiconductor layer (3).

Abstract: A wheel type traveling and operating vehicle can reduce a height and a length in a longitudinal direction of a lower traveling body on which an engine is mounted, and can secure an improved operability and a traveling property. Accordingly, this vehicle is provided with a tire wheel traveling apparatus having axles (2, 3) in front and rear portions of a chassis frame body (1), an engine (11) providing a traveling power, and a transmission (12). The transmission is provided with a transmission portion arranged so that an input shaft (21) and an output shaft (23) transverse an axis (X-X) in a vehicle longitudinal direction in parallel to each other at forward and backward positions of the axis, and a bevel gear output portion (15) outputting a tire wheel driving power to the output shaft toward a direction of the axis.

Abstract: To obtain the magnetic flux increase of the air gap, a radial slit for inserting a magnet is provided in a respective pole iron core, and the length of the magnet is adjusted to a radial direction and to an axial direction. In particular, when it is desired to strengthen the magnetic flux, a strong magnetic flux magnet and a magnet which is inserted fully into the slit are used. Further, forming an attachment and detachment structure, it is possible to carry out easily the alternation and the adjustment of the characteristics of a magnet type electric motor and a generator.

Abstract: An electric motor and a generator which is constituted using the electric motor as a power source and is used in an electric power line. An electric driven generator is provided integrally or is provided separately, thereby a power generation function can be obtained.

Abstract: A reflective display device includes a panel, a light guide plate and a light source. The panel is provided with a transparent first substrate lying on the side of the external incident light, a second substrate joined to the first substrate with a predetermined gap therebetween and lying on the reflection side, a guest-host liquid crystal layer held in the gap between the substrates, and electrodes provided on each substrate for applying a voltage to the guest-host liquid crystal layer. The light guide plate is composed of a transparent material and is arranged on the outside of the first substrate. The light source is arranged on the end of the light guide plate and generates illumination light as required. The light guide plate normally transmits external light onto the first substrate and emits the external light reflected from the second substrate, and also, as required, guides illumination light onto the first substrate and emits the illumination light reflected from the second substrate.

Abstract: An LDD structure of a thin film transistor for pixel switching is realized on a large glass substrate by low-temperature processes. A thin film semiconductor device for display comprises a display part and a peripheral driving part formed on a glass substrate (0). Pixel electrodes (9) and NchLDD-TFTs are arranged in a matrix in the display part. Thin film transistor PchTFTs and NchTFTs which constitute circuit elements are formed in the peripheral driving part. Each thin film transistor consists of a gate electrode (1), an insulating film (2) formed on the gate electrode (1), a polycrystalline semiconductor layer (3) formed on the insulating layer (2), and a high concentration impurity layer constituting a source (4) and a drain (7) formed on the polycrystalline semiconductor layer (3).

Abstract: A reflective display device includes a panel, a light guide plate and a light source. The panel is provided with a transparent first substrate lying on the side of the external incident light, a second substrate joined to the first substrate with a predetermined gap therebetween and lying on the reflection side, a guest-host liquid crystal layer held in the gap between the substrates, and electrodes provided on each substrate for applying a voltage to the guest-host liquid crystal layer. The light guide plate is composed of a transparent material and is arranged on the outside of the first substrate. The light source is arranged on the end of the light guide plate and generates illumination light as required. The light guide plate normally transmits external light onto the first substrate and emits the external light reflected from the second substrate, and also, as required, guides illumination light onto the first substrate and emits the illumination light reflected from the second substrate.