Abstract: The present invention provides a liquid specimen analysis disk assembly, which prevents a liquid specimen from adhering onto a surface of a disk and leaking out of the disk, and is easy to handle during injection of the specimen. The disk assembly includes a guide member detachably provided on the disk and having a guide hole for guiding a distal portion of a specimen injector toward a specimen injection port, so that the specimen is injected into a specimen spreading cavity or an internal channel from the specimen injection port and rotated about an axis of the disk, andthe specimenspread in the channel following the rotation is optically scanned for analyzing. The distal portion of the specimen injector is inserted into the guide hole and assuredly guided to the center of the specimen injection port, thus preventing the specimen from adhering onto the disk surface around the injection port.

Abstract: A method includes determining a first time by a first determining system. The method also includes determining a second time and a spatial position of a terminal receiving the second time, by a second determining system which is different from and independent of the first determining system. The terminal stores, in combination, the first time determined by the first determining system and the second time and the position determined by the second determining system, at each time of determining the spatial position of the terminal, in such a manner that the first time, the second time and the position are arranged in a row when they are outputted, wherein the first and second times are independent of each other.

Abstract: A GPS positioning system that has: at least one mobile station to measure a positional coordinate by receiving radio wave from a satellite; a plurality of fixed stations that have predetermined positional coordinates and receive radio wave from the satellite; and arithmetic processing means, which is connected with at least one mobile station and a plurality of fixed stations via communication, and that transmits correction data suitable for the mobile station to the mobile station based on positioning data transmitted from the mobile station.

Abstract: A GPS positioning system comprises a fixed station and a mobile station. The mobile station has: positional positioning means; imaging means; direction detecting means; and arithmetic processing means. The positional positioning means measures positional coordinates by receiving radio weve from a satellite. The imaging means is arranged in a predetermined position for the GPS positional positioning means. The direction detecting means detects a photographing direction during photographig by the imaging means. The arithmetic processing means forms landscape data in which imaging data that is an output from the imaging means is associated with orientation data that is an output from the direction detecting means.

Abstract: A method of manufacture for a stator core including the steps of a) punching a stacked plurality of long bands of sheet steel to form strip laminations having tooth portions and core back portions; and b) spirally winding the strip laminations and integrating the wound strip laminations. The stacked plurality of long bands of sheet steel can be punched over their width such that at least one pair of the strip laminations is formed and two of the strip laminations form a pair by intermeshing the protrusions and recesses of their respective tooth portions.

Abstract: A process cartridge detachably mountable to an image forming apparatus for forming an image on a recording material includes a first unit including at least an image-bearing member, a second unit including at least a developing device for developing an electrostatic image formed on the image-bearing member, and connection means, for separably connecting the first unit and the second unit with each other, which permits integral mounting and demounting of the first and second units relative to the image forming apparatus. The second unit has a life which substantially equals to a life of the image forming apparatus, and the first unit is replaceable by separation thereof from the second unit outside the image forming apparatus.

Abstract: A GPS positioning system has: at least one mobile station to measure a positional coordinate by receiving radio wave from a satellite; a plurality of fixed stations that have predetermined positional coordinates and receive radio wave from the satellite; and arithmetic processing means, which is connected with at least one mobile station and a plurality of the fixed stations by communication, that selects an appropriate fixed station based on positioning data transmitted from at least one mobile station, and transmits reference positioning data of the fixed station selected to the mobile station.

Abstract: An image forming apparatus includes an image reader for reading information about an image on a document, a sheet support disposed below the image reader and arranged for supporting sheets thereon, and an image forming unit disposed between the image reader and the sheet support. A body of the image forming apparatus has at least one of the image reader, the sheet support and the image forming unit, and provides a sheet discharging space into which a sheet having an image formed thereon by the image forming unit is discharged, where the image reader, the sheet support, and the image forming unit are arranged around the sheet discharging space. The image forming apparatus further includes an opening unit for exposing the image forming unit to the exterior of the image forming apparatus through the sheet discharging space.

Abstract: A GPS positioning system that has: at least one mobile station to measure a positional coordinate by receiving radio wave from a satellite; a plurality of fixed stations that have predetermined positional coordinates and receive radio wave from the satellite; and arithmetic processing means, which is connected with at least one mobile station and a plurality of fixed stations via communication, and that transmits correction data suitable for the mobile station to the mobile station based on positioning data transmitted from the mobile station.

Abstract: A GPS positioning system comprises a fixed station and a mobile station. The mobile station has: positional positioning means; imaging means; direction detecting means; and arithmetic processing means. The positional positioning means measures positional coordinates by receiving radio wave from a satellite. The imaging means is arranged in a predetermined position for the GPS positional positioning means. The direction detecting means detects a photographing direction during photographing by the imaging means. The arithmetic processing means forms landscape data in which imaging data that is an output from the imaging means is associated with orientation data that is an output from the direction detecting means.

Abstract: An image forming apparatus has a sheet support for accommodating an image-forming sheet; an image forming unit for forming an image on a sheet; a document reading section having a document placing table for reading image information of the document; an ADF in which a document is feedable to the document reading section and displaceable so as to allow placement of the document onto the document placing table; and a sheet discharging section on which a sheet with an image formed thereon by the image forming unit is discharged and stacked by arranging them in the image forming apparatus from the lower part thereof toward the upper part in order. The image forming apparatus further has a transferring section for transferring a sheet with an image formed thereon to the sheet discharging section which is held movably in the vertical direction.

Abstract: Two independent determining systems are used, wherein time or a point of time is determined by one determining system and the spatial position is determined by the other determining system, and wherein the time or the point of time and the position thus determined by the determining systems are stored in a terminal. A position determining apparatus comprises a GPS antenna for receiving the radio wave from a GPS satellite and a GPS receiver for receiving the data from the GPS antenna to determine the position, wherein the GPS receiver includes a processing unit, and thereby the processing unit processes the position coordinate data by the GPS position determination and the time data in another independent time system by correlating them with each other (FIG. 1).

Abstract: The present invention relates to an image forming apparatus comprising an original document reading means for optically reading an image on an original document; and an image forming means arranged below the original document reading means for making a recording on a recording medium corresponding to image information read by the original document reading means. The image forming means is one-sidedly arranged to one side in a longitudinal direction of the original document reading means to create a space is obtained on the opposite side.

Abstract: A plurality of strips formed with tooth portions and core back portions is punched from a single band of sheet steel. Next, a plurality of strips is stacked such that the tooth portions line up together and the core back portions line up together and the stacked plurality of strips is integrated to form a strip lamination. Then, the strip lamination is wound spirally and the wound strip lamination is integrated to obtain a stator core.

Abstract: A space-saving image forming apparatus of high usability includes a reader section for reading an image recorded on an original, an image forming section including a process cartridge for forming an image read by the reader section, a sheet loading cassette for accommodating sheets for forming images provided between the reader section and the image forming section, and a feeding section for feeding the sheets accommodated in the sheet loading cassette to the image forming section.