Abstract: A procedure reporting system (1) includes a receiving section (2) that receives newly arrived data from a primary reporter system, a case identifying section (3) that identifies an intermediate agent case number, a client ID, and a client case number associated with the newly arrived data, an event ID assigning section (4) that assigns an event ID to the newly arrived data, a reporting item identifying section (5) that identifies a reporting item for the newly arrived data based on the client ID, the event ID, and a reporting item database defining, for each of different client systems, a reporting item to be reported to the client system upon assigning the event ID, and a reporting data generating section (6) that acquires data of the reporting item to be reported to the client and generates reporting data including the acquired data and the client case number.

Abstract: Content data 30 are distributed from a content distribution device 11 to a content reproduction device 12 by way of a network 10. The content data 30 are transmitted as a content packet 31, like an IP packet, on the network 10. Packet route information 34 that includes address information about a packet source and a relay point and the like, and shows a packet transmission route on the network is stored in a header 32 of the content packet 31. A content management device 15 acquires the packet route information 34 about the content packet 31 and identifies a specific content corresponding to the packet route information according to preset content-route correspondence information showing a correlation between a content and a route, thereby performing management of a content according to a result of identification.

Abstract: Content data 30 are distributed from a content distribution device 11 to a content reproduction device 12 by way of a network 10. The content data 30 are transmitted as a content packet 31, like an IP packet, on the network 10. Packet route information 34 that includes address information about a packet source and a relay point and the like, and shows a packet transmission route on the network is stored in a header 32 of the content packet 31. A content management device 15 acquires the packet route information 34 about the content packet 31 and identifies a specific content corresponding to the packet route information according to preset content-route correspondence information showing a correlation between a content and a route, thereby performing management of a content according to a result of identification.

Abstract: There is provided a microphone that can suppress vibration noise stemming from mechanical vibrations and that outputs a collective signal having superior quality. There is provided a microphone comprising a first capacitance section M1 having a first movable electrode 101 and a second electrode 102 disposed opposite the first electrode 101 and a second capacitance section M2 that has a first movable electrode 111 and a second electrode 112 disposed opposite the first electrode 111; a first amplifier 201 that amplifies a signal from the first electrode 101 of the first capacitance section M1 and a signal from the second electrode 112 of the second capacitance section M2; and a second amplifier 202 that amplifies a signal from the second electrode 102 of the first capacitance section M1 and a signal from the first electrode 111 of the second capacitance section M2.

Abstract: After a first insulating film is formed only on the top surface or at least on the entire surface of a polysilicon gate electrode, first impurity ions are implanted into a semiconductor substrate from above the entire substrate to provide lightly doped source and drain regions. Then, after vertical layers are formed at the sides of the gate electrode and a second insulating film is formed at least on the top surface of the gate electrode, second impurity ions are implanted from above the entire semiconductor substrate to provide heavily doped source and drain regions.

Abstract: A stepping motor 10 having a configuration which includes: a rotor 14 constituted by a rotor magnet 14b magnetized circumferentially; a stator 13 constituted by a plurality of phases of stator yokes 16a to 16h arranged side by side in an axial direction of the stepping motor so as to surround the rotor, and coils 17a to 17d wound in coil winding portions defined by the stator yokes; an armor member 11, 12 for holding the stator yokes with respect to the axial direction of the stepping motor; and each phase of the stator yokes being constituted by a pair of stator yokes on which magnetic pole teeth of plural phases arranged annularly are combined alternately; wherein the stator yokes are arranged so that every two phases of the stator yokes are paired to form an even number of sets of stator yokes; wherein two phases a and b and c and d in each set of the stator yokes are reverse to each other; and wherein coils 17a and 17b and 17c and 17d provided on the two phases of stator yokes in each set are connected to

Abstract: One or more optical fiber elements each constituted by a coated glass fiber are fed to an over-coating device and an over-coating is applied to the optical fiber elements in a lump, the feeding speed of the optical fiber elements to the over-coating device is made larger than the take-up speed of the over-coated optical fiber onto a take-up reel so as to give longitudinal compression strain to the glass fibers of the over-coated optical fiber. The glass fiber has compression strain of not less than 0.03% to less than 0. 10% in a longitudinal direction thereof at room temperature.

Abstract: An interline fishing rod which not only prevents stress centralization but also includes a fishing line guide and is high in strength. A rod pipe (12) includes a joining portion (12T) in the leading end portion thereof, a forwardly narrowed taper portion (12S) located just in the rear of the joining portion (12T), and a straight or forwardly narrowed and gently tapered rod pipe main body portion (12H) located in the rear of the taper portion (12S). A fishing line guide (RG2) is provided on and protected from the inside wall of the rod pipe main body portion (12H), while the inside diameter (d2) of the fishing line guide (RG2) is set larger than the inside diameters (d0) and (d4). Reinforcing layers (H1, H2) for reinforcing a main body layer are provided in such a manner that it extends from the joining portion (12T) to at least the front-most position of the fishing line guide (RG2).

Abstract: Optics using a graded-index lens, comprising: a single graded-index lens and a homogeneous plano-convex lens. The single graded-index lens has a refractive index distribution in a radial direction, wherein the graded-index lens has a plane or convexo-spherical lens surface and when its refractive index distribution is expressed byn(r).sup.2 =n.sub.0.sup.2 .multidot.{1-(g.multidot.r).sup.2 +h.sub.2 (g.multidot.r).sup.4 +h.sub.6 (g.multidot.r).sup.6 +h.sub.8 (g.multidot.r).sup.8 +.multidot..multidot..multidot.}the following conditions are satisfied,1.45.ltoreq.n.sub.0 .ltoreq.1.80, and0.45.ltoreq.n.sub.0 .multidot.r.sub.0 .ltoreq.0.90,where r is the distance from the optical axis, n(r) is the refractive index at the position distant by r from the optical axis, n.sub.0 is the refractive index on the optical axis, r.sub.0 is the radius of the graded-index lens, g is an index distribution coefficient, and h.sub.4, h.sub.6 and h.sub.8 are index distribution coefficients.

Abstract: A plane antenna includes a resin casing including a bottom cover, and a top cover covering the upper surface of the bottom cover; and an antenna element 1a and circuit elements concerning thereto which are set in the resin casing. In the plane antenna, the bottom cover is formed by using a material which is prepared by mixing aluminum powder with molding resin.