Abstract: In a rolling element accommodating belt having a rolling element accommodating section for individually accommodating a plurality of balls at predetermined intervals while the plurality of balls are rolling and circulating in an infinite circulating passage of linear guide, the rolling element accommodating belt accommodates the balls in the rolling element accommodating section and aligns the balls in the direction of aligning balls in the infinite circulating passage. The rolling element accommodating section includes: a restraint accommodating section for restricting the accommodated balls in all directions; and a no-restraint accommodating section in which the accommodated balls are not restrained at least in one direction.

Abstract: The present invention provides a method for producing optically active flurbiprofen. The method of the present invention includes mixing racemic flurbiprofen and (S)- or (R)-3-methyl-2-phenylbutylamine in an organic solvent to produce a diastereomeric salt; and treating the diastereomeric salt with an acid in a second solvent. In the method of the present invention, flurbiprofen having a desired absolute configuration can be obtained very efficiently without repeating the procedure for optical resolution a plurality of times.

Abstract: A lubricant for an endoscope, which is designed to be applied to surfaces of built-in members for enhancing lubricity among a plurality of built-in members accommodated in a flexible insertion tube constituting an insertion portion of endoscope, the lubricant including a porous carbonaceous material.

Abstract: A linear guide apparatus has a guide rail having rolling element rolling face, a slider provided with rolling element rolling face on a slider body, a roller rolling between the rolling element rolling faces, a separator having a separator body and an arm portion, wherein a roller end guiding wall for guiding the roller is formed in a member other than the slider body, a distance measuring area for measuring the distance between the rolling element rolling faces on both insides of the slider body and an height measuring area for measuring the height of the rolling element rolling faces are machined together with the rolling element rolling faces, two sets of the distance measuring areas are arranged at least two positions for each of both insides of the slider body, and the height measuring area is located at least one position of the insides of the slider body.

Abstract: A slider has a slider main body which has a circulation sleeve whose inner portion forms a rolling element passage by being inserted into a hole penetrating in an axial direction, an end cap which has an outer peripheral track face of a direction changing passage in a curved shape for communicating a load track between two rolling element rolling grooves and the rolling element passage, and is fixed to an axial end portion of the slider main body, and an inner peripheral track member which has an inner peripheral track face of the direction changing passage, and is fitted to the end cap. An end portion of the circulation sleeve is provided with a plurality of positioning projected portions, and the end cap and the inner peripheral track member are provided with recess portions fitted with the positioning projected portions.

Abstract: A flexible tube for endoscope comprising a helical tube, a net tube put on the helical tube, an outer skin put on an outer peripheral surface of the net tube, and a topcoat put on a surface of the outer skin. The outer skin and the topcoat are molded substantially simultaneously or successively by the two-coat molding method.

Abstract: Slider side track faces are inclined relative to rail side track faces in a no load state by predetermined included angles which cancel amounts of inclinations of elastic deformation by a preload such that the track faces opposed to each other are in parallel with each other in a state of being loaded with the preload.

Abstract: An audio signal processing method for repairing an anomalous state such as noise, a discontinuity, and a break of sound, comprising detecting the anomalous state of an audio signal, deleting the audio signal in the anomalous segment, deducing the correct audio signal by referring to the waveform of the audio signal before and after the deleted segment, generating a repair signal for repairing the signal in the deleted segment based on the deduced result, inserting the repair signal into the deleted segment, and connecting it to the audio signal before and after the deleted segment.

Abstract: An endoscope is provided with a bending tube including sequentially connected plural bending pieces constituting a bending section which is provided in a slim and elongated insertion portion and which is brought into a bending operation by remote control, a distal end section which is provided in the front end side of this bending tube and which constitutes the front end side of the insertion portion, a flexible tube section which is provided in the base end side of the bending tube and which constitutes the rear end side of the insertion portion, and a covering member which is disposed to cover the bending tube and which has elasticity in order that both end portions of the covering member are fixed to the distal end section or the flexible tube section by being fastened radially inward, wherein the relationship represented by 0.3D<d<1.0D is established between a thickness d of the covering member fixed by fastening and the thickness D of the covering member before being fixed by fastening.

Abstract: A repairing method for an endoscope includes inserting into a cylindrical heating element a repair part of at least one endoscope having a resin material applied on an outer peripheral surface of the endoscope, causing the heating element to generate heat by supplying power to the heating element in order to radiate infrared rays from the heating element toward the center of the cylinder, and drying/hardening the resin material in the repair part by using the infrared rays radiated from the heating element.

Abstract: An audio signal processing method for repairing an anomalous state such as noise, a discontinuity, and a break of sound, comprising detecting the anomalous state of an audio signal, deleting the audio signal in the anomalous segment, deducing the correct audio signal by referring to the waveform of the audio signal before and after the deleted segment, generating a repair signal for repairing the signal in the deleted segment based on the deduced result, inserting the repair signal into the deleted segment, and connecting it to the audio signal before and after the deleted segment.

Abstract: An audio signal processing method for repairing an anomalous state such as noise, a discontinuity, and a break of sound, comprising detecting the anomalous state of an audio signal, deleting the audio signal in the anomalous segment, deducing the correct audio signal by referring to the waveform of the audio signal before and after the deleted segment, generating a repair signal for repairing the signal in the deleted segment based on the deduced result, inserting the repair signal into the deleted segment, and connecting it to the audio signal before and after the deleted segment.

Abstract: An audio signal processing method for repairing an anomalous state such as noise, a discontinuity, and a break of sound, comprising detecting the anomalous state of an audio signal, deleting the audio signal in the anomalous segment, deducing the correct audio signal by referring to the waveform of the audio signal before and after the deleted segment, generating a repair signal for repairing the signal in the deleted segment based on the deduced result, inserting the repair signal into the deleted segment, and connecting it to the audio signal before and after the deleted segment.

Abstract: An audio signal processing method for repairing an anomalous state such as noise, a discontinuity, and a break of sound, comprising detecting the anomalous state of an audio signal, deleting the audio signal in the anomalous segment, deducing the correct audio signal by referring to the waveform of the audio signal before and after the deleted segment, generating a repair signal for repairing the signal in the deleted segment based on the deduced result, inserting the repair signal into the deleted segment, and connecting it to the audio signal before and after the deleted segment.

Abstract: An audio signal processing method for repairing an anomalous state such as noise, a discontinuity, and a break of sound, comprising detecting the anomalous state of an audio signal, deleting the audio signal in the anomalous segment, deducing the correct audio signal by referring to the waveform of the audio signal before and after the deleted segment, generating a repair signal for repairing the signal in the deleted segment based on the deduced result, inserting the repair signal into the deleted segment, and connecting it to the audio signal before and after the deleted segment.

Abstract: An audio signal processing method for repairing an anomalous state such as noise, a discontinuity, and a break of sound, comprising detecting the anomalous state of an audio signal, deleting the audio signal in the anomalous segment, deducing the correct audio signal by referring to the waveform of the audio signal before and after the deleted segment, generating a repair signal for repairing the signal in the deleted segment based on the deduced result, inserting the repair signal into the deleted segment, and connecting it to the audio signal before and after the deleted segment.

Abstract: An illumination system comprises a light source unit, a condenser lens, and a lens for constructing a telecentric optical system, and projects measuring light onto a specimen to be measured, from an angle tilted by a prescribed angle relative to the normal to the specimen. A light receiving system is an optical system comprising the lens, a light receiving lens, and a light receiving sensor and, of the reflected light produced by reflection of the measuring light, the light receiving system receives reflected light rays reflected in a direction whose angle to the normal to the measuring surface is 0°. In this way, the telecentric optical system is constructed by placing the lens in the light paths of the illumination system and the light receiving system; with this configuration, the projection angle of the measuring light to the curved specimen and the receiving angle of the reflected light from the curved specimen, respectively, can be made the same within the curved surface of the specimen.

Abstract: A plurality of rollers of a linear guide apparatus roll on both rolling element raceway surfaces formed on a guide rail and a slider main body. The slider main body has chamfered portions formed by chamfering end portions of the rolling element raceway surfaces thereof and curved surfaced portions between the rolling element raceway surfaces and the chamfered portions. The curved surfaced portions are formed by grinding boundaries between the rolling element raceway surfaces and the chamfered portions into an arcuate shape with radius of curvature rL that the ratio of the curvature rL and the diameter DW of the rollers rL/DW?0.02 or more.

Abstract: A linear guide bearing apparatus has a guide rail including a first raceway groove; a movable element including a second raceway groove and a rolling element return groove connected continuously with the second raceway groove through curved grooves respectively formed in the two end portions of the second raceway groove, the movable element being movably fitted with the guide rail; a plurality of rolling elements loaded in a circulation passage including the first raceway groove, the second raceway groove, the curved grooves, and the rolling element return groove for moving the movable element along the guide rail; and, an under-seal disposed in the movable element for sealing a space between the guide rail and the movable element, wherein the under-seal includes a sliding contact portion elastically contacted with the guide rail to thereby receive an upward-going force from the guide rail.

Abstract: A rolling guide apparatus comprises a first slide member and second slide member. The first slide member includes a pair of wing portions and a connecting portion connecting the wing portions. First raceway grooves are formed on the wing portions, individually. Second raceway grooves are formed on the second slide member. Rolling elements are held under a pre-load between the raceway grooves. A residual compression stress region is created on the surface region of the first slide member. A worked portion is formed on the connecting portion. The worked portion serves to adjust the pre-load on the rolling elements by regulating the residual compression stress region by working to deform the connecting portion.