Abstract: A high frequency device for supplying a high frequency power to a load, the high frequency device includes: an oscillating unit that can vary an oscillation frequency; a high frequency power supplying unit that serves as a power source by amplifying an oscillation signal output from the oscillating unit for supplying the high frequency power to the load; a reflected-wave information calculating unit that calculates reflected wave information on a reflected wave power, and outputs the reflected wave information; a frequency control unit that controls the oscillation frequency of the oscillating unit so as to lower the reflected wave information; an impedance adjusting unit that is disposed at a downstream of the high frequency power supplying unit in a power supplying direction, and that has at least one variable reactance element which can be controlled; and an element control unit that controls the variable reactance element of the impedance adjusting unit so as to lower the reflected wave information.

Abstract: The present invention is characterized in that a powdery or granular resin composition stirred and melted in an agitating pot having a heater by rotating an agitating rod projecting from a tip of an agitating plunger, the agitated and melted resin composition is taken out and formed in the form of a package under pressure, and the formed resin composition is fitted to a compression plunger inside a cavity of a lower molding unit, a semiconductor package is molded by encapsulating under pressurizing with the compression plunger. Even when the wires are thinned and arranged at a higher density, the above producing method can provide such method and apparatus for producing the resin-encapsulated type semiconductor packages that produce less flowing of the wires.

Abstract: A current detection printed board includes: a board having a penetration hole that penetrates the board; and at least one wire that is formed in a coiled shape having both ends by penetrating the board along the periphery of the penetration hole and alternately connecting a front surface layer and a rear surface layer of the board, wherein, when a conductor, in which an AC current flows, is disposed to pass through the inside of the penetration hole, a current flowing in the wire is output through electromagnetic induction.

Abstract: A video/sound player monitors if the video/sound player is folded by using a sensor unit. When the video/sound player is folded while reproducing a digital content including a video image and a sound, the video/sound player stops reproducing the digital content including the video image and sound, and reproduces digital content data useful with a sound alone predesignated by a user using an input unit.

Abstract: An object of the present invention is to actively control at least one of the position and direction of the imaging field in a subject and to observe a desired observed region in the subject certainly in a short period of time. A body-insertable device system according to the present invention includes a capsule endoscope 1 introduced into a subject and a permanent magnet 3. An imaging unit of the capsule endoscope 1 for taking an image inside the subject is fixed in a casing. The capsule endoscope 1 includes a drive unit for changing at least one of the position and posture of the casing in the liquid 2a which is also introduced in the subject 100. The permanent magnet 3 controls the operation of the drive unit for changing at least one of the position and posture of the casing in the liquid 2a.

Abstract: A disk accommodating unit accommodates a plurality of disk trays for holding a disk. A disk processing unit reproduces data from or records data to a loaded disk. A loading mechanism loads a selected disk together with the disk tray from the disk accommodating unit to a position of the disk processing unit. The loading mechanism includes a tray drawing pinion provided in the disk processing unit; a disk tray that includes a tray rack engaged with the tray drawing pinion; and a rack plate that includes a tray drawing rack engaged with the tray drawing pinion, and draws a tray in at a first half process of the loading and stops the tray at a second half process of the loading.

Abstract: Provided is an intra-subject medical system which includes a body-insertable device and a physical quantity generator. The body-insertable device is to be introduced into a subject, is covered by a capsule-shaped exterior member, and includes a physical quantity detecting member which has a directivity to detect a predetermined physical quantity; at least one functional member which has a necessary function for examining or treating inside the subject; and a switch control unit which controls an on/off states or operation mode of the at least one functional member when the physical quantity detecting member detects a physical quantity. The physical quantity generator has a physical quantity emitting unit which emits a temporary physical quantity inside the subject; and a physical quantity direction changing unit which changes an emission direction of the physical quantity.

Abstract: Disclosed are a digital broadcasting receiving device and a digital information receiving device and a playback method configured such that in the case where digital information containing an audio stream is received, when an instruction of pause of looking and listening of the digital information is inputted, received digital information is stored, and when an instruction of canceling the pause is inputted, while the digital information is stored, fast-forward playback of the stored digital information is performed with playback speed of the stored digital information being changed in several stages. In this configuration, when the playback speed of the stored digital information is changed, audio frames of the audio stream are decoded with a thinning level of the audio frames being changed.

Abstract: A device and a method using an RFID on a stapler needle or a holder provide mechanisms of: relating RFID information and printed information automatically, when a paper document is printed or copied; prohibiting to copy a secret or an expired document; and detecting a paper document bound by a stapler needle with an RFID. Control information is created and identifier 101 of an RFID is changed, and a stapler needle is attached to a printed paper document. To copy a paper document, an identifier of the RFID is obtained to control printing by determining whether or not the document is a secret document or an expired document. An information terminal receives an identifier of an RFID to compare with control information and notifies a detection of a target document.

Abstract: The present invention is characterized in that a powdery or granular resin composition stirred and melted in an agitating pot having a heater, the agitated and melted resin composition is taken out and formed in the form of a package under pressure, and the formed resin composition is fitted to a compression plunger inside a cavity of a lower molding unit, a semiconductor package is molded by sealing under pressurizing with the compression plunger. Even when the wires are thinned and arranged at a higher density, the above producing method can provide such method and apparatus for producing the resin-sealed type semiconductor packages that produce less flowing of the wires.

Abstract: Feed point (101) performs unbalanced feeding to an antenna element (102). A parasitic element (104) is provided near the antenna element (102) and a ground plane (103), approximately parallel to the width direction of the ground plane (103). Moreover, the parasitic element (104) is configured in a length to operate as a director when provided on the side of the body with respect to the ground plane (103) during talk time and in a length to operate as a reflector when provided on the opposite side from the body with respect to the ground plane (103). By this means, it is possible to improve gain and reduce the specific absorption rate (SAR) during talk time.

Abstract: A high gain built-in antenna for a radio communication terminal with less influence from the human body. This built-in antenna for a radio communication terminal includes bar-shaped second passive element 392 facing antenna elements making up dipole antenna 321. The distance between this second passive element 392 and the antenna elements making up dipole antenna 321 is appropriately set in such a way as to widen the band of the input impedance characteristic by changing mutual impedance between second passive element 392 and the antenna elements making up dipole antenna 321.

Abstract: A rib portion (125) constituting a joining device is provided at an upper side plate portion (122) of an upper case of a disc apparatus. At a lower side plate portion (132) of a lower case to be attached to the upper case, an engagement portion (136) constituting the joining device is provided to bias the upper side plate portion (122) in the direction of contacting the upper side plate portion (122) and the lower side plate portion (132) by engaging a rib portion (125). As such, a simple constitution of merely engaging the rib portion (125) and the engagement portion (136) with each other to attach the upper case to the lower case enables the plate portion (122) to be biased in the direction of providing the contacting of the upper side plate portion (122) and the lower side plate portion (132), so as to allow facilitating the contacting of the upper side plate portion (122) and the lower side plate portion (132).

Abstract: An upper side plate portion (122) of an upper case comprises an insertion hole (122C) for a setscrew (130) and a resilient deformable portion (124) having a rib (125). When the upper case is attached to a lower case using the setscrew (130), the restoring force of resilient deformation of the resilient deformable portion (124) crimps the rib (125) to a lower side plate (112) of the lower case with a pressure force (W10). Accordingly, only the attachment of both cases with the setscrew (130) crimps the rib (125) of the upper case to the lower side plate (112) of the lower case with the pressure force (W10) and reduces the surface resistance value in a contact portion with the rib (125) in the lower side plate (112) below a predetermined value. Thus, the conduction between the upper case and the lower case can be easily and reliably ensured.

Abstract: The unbalanced feeding antenna element 201 is fed power from one end and placed on the upper surface of the circuit substrate 103. The passive element 202 has open both ends, is set to a length corresponding to a predetermined frequency, placed in substantially parallel to the unbalanced feeding element 201 placed on the circuit substrate 103 at a distance of approximately 1/10 or less of a wavelength at a frequency used for transmission/reception. This suppresses the antenna current flowing into the circuit substrate 103 to a minimum level and makes radiation from the passive element 202 dominant compared to radiation from the circuit substrate 103. This makes it possible to suppress a reduction in the antenna gain caused by the human body when the user uses the communication terminal apparatus.

Abstract: A built-in antenna device that broadens bandwidth and that realizes further miniaturization and thin-modeling without making a device itself a flat shape, while still enhancing gain and reducing SAR (specific Absorption Rate). The self impedance of dipole antenna 12, the self impedance of parasitic element 14, and the mutual impedance between dipole antenna 12 and parasitic element 14 change as the length and girth of dipole antenna 12 and parasitic element 14, and the distance therebetween are adjusted to predetermined levels, so as to broaden bandwidth by changing the input impedance of built-in antenna 10.

Abstract: Feed point (101) performs unbalanced feeding to an antenna element (102). A parasitic element (104) is provided near the antenna element (102) and a ground plane (103), approximately parallel to the width direction of the ground plane (103). Moreover, the parasitic element (104) is configured in a length to operate as a director when provided on the side of the body with respect to the ground plane (103) during talk time and in a length to operate as a reflector when provided on the opposite side from the body with respect to the ground plane (103). By this means, it is possible to improve gain and reduce the specific absorption rate (SAR) during talk time.

Abstract: The unbalanced feeding antenna element 201 is fed power from one end and placed on the upper surface of the circuit substrate 103. The passive element 202 has open both ends, is set to a length corresponding to a predetermined frequency, placed in substantially parallel to the unbalanced feeding element 201 placed on the circuit substrate 103 at a distance of approximately {fraction (1/10)} or less of a wavelength at a frequency used for transmission/reception. This suppresses the antenna current flowing into the circuit substrate 103 to a minimum level and makes radiation from the passive element 202 dominant compared to radiation from the circuit substrate 103. This makes it possible to suppress a reduction in the antenna gain caused by the human body when the user uses the communication terminal apparatus.

Abstract: An antenna for a cellular wireless apparatus which has the directivity in the direction opposite to the human body and improves the antenna gain. Wireless-apparatus base 10 is a circuit board and feeds power to planar radiation element 20. Planar radiation element 20 is disposed on an upper surface of wireless-apparatus base 10, given power, and transmits and receives radio signals. Parasitic element 30 is on its one end short-circuited with wireless-apparatus base 10, and disposed so that the center axis thereof is parallel to the center axis of planar radiation element 20. A length of parasitic element 30 is set to operate as a reflector.

Abstract: Mobile wireless device antenna configured such that a built-in supplementary antenna compensates for sensitivity deterioration that occurs in a main antenna due to mismatching polarized waves and directivity performance. Built-in antenna 60 is in a reverse L shape, and configured with a linear antenna element perpendicular to a base plane is bent in the middle parallel to the length direction of radio base 30. That is, built-in antenna 60 comprises linear antenna element-vertical part 62 that is perpendicular to the base plane and liner antenna element-horizontal part 64 that extends in the length direction of radio base 30. Of these, linear antenna element-vertical part 62 is connected contact 40b of switch 40 as a power supply element.