Abstract: A coil component includes a body that is made of a composite material containing a resin material and metal powder, a coil conductor which is provided in the body and an end portion of which is exposed on an end face of the body, and a metal film that is provided on an outer surface of the body and that is electrically connected to the coil conductor on the end face in the outer surface. The outer surface of the body has a contact area that is in contact with the metal film. Multiple particles of the metal powder escape from the resin material and are in contact with each other in the contact area of the body.

Abstract: An electronic component includes an element body made of a composite material of a resin material and metal powder.

Abstract: A coil component includes a magnetic body portion that includes metallic particles and a resin material, a coil conductor that is embedded in the magnetic body portion, and a first outer electrode and a second outer electrode each of which is electrically connected to the coil conductor. At least a portion of an outer layer of the magnetic body portion forms an electrically conductive layer that includes a second metallic material having a specific resistance lower than a specific resistance of a first metallic material forming the metallic particles. The electrically conductive layer includes a first electrically conductive layer that is electrically connected to the first outer electrode and a second electrically conductive layer that is electrically connected to the second outer electrode. The first electrically conductive layer and the second electrically conductive layer are electrically isolated from each other.

Abstract: An electronic component includes a body having a recessed portion, an inner conductor embedded in the body, and an outer electrode electrically connected to the inner conductor. At least part of the outer electrode is disposed in the recessed portion of the body. The electronic component further includes an insulating layer configured such that at least part of the outer electrode is covered with the insulating layer.

Abstract: The coil component includes a magnetic body containing a metallic material and a resin material, a coil conductor embedded in the magnetic body, and a pair of outer electrodes electrically connected to ends of the coil conductor. The coil conductor includes an exposed portion at each end portion of the coil conductor, and a covered portion covered with an insulating substance disposed between the exposed portions. The covered portion is disposed inside a face of the magnetic body on which the outer electrodes are disposed.

Abstract: A coil component including: a magnetic body containing a magnetic material and a resin; a coil buried in the magnetic body; and a pair of outer electrodes electrically connected to the coil. One or more side faces of the magnetic body have a groove, and the groove contains a silicone resin.

Abstract: An oil path (9) as a lubricating oil collecting and guiding device is provided with a long gutter-shaped main unit (9A), a press-in pin part (21) pushed into a press-in hole (22) formed on an open side end face (4a) of a transmission case (4), and an insertion pin part (24) inserted into an insertion hole (25) formed on a bottom part side of the transmission case (4). By this, the operation of installation on the bottom part side of the transmission case (4) during installation of the oil path (9) on the transmission case (4) includes only inserting the insertion pin part (24) into the insertion hole (25) of the transmission case (25), the operator therefore no longer needs to insert a hand deeply inside the transmission case (4) for the operation, and the operability of installation of the oil path (9) on the transmission case is improved.

Abstract: A lubricating-oil collection guide tool includes an oil-collection container; an oil funnel guiding lubricating oil into an oil passage at an axis end of a rotation axis; and an oil-passage member communicating the oil funnel and the oil-collection container. The oil-passage member includes a first passage member extending from the oil-collection container, and a second passage member extending from the oil funnel. While an insertion hole is formed in a lateral wall portion on one end side of the second passage member, one end portion of the first passage member is a cylindrical end portion. The cylindrical end portion is inserted into the insertion hole to move in and out in the axis line direction. The cylindrical end portion moves in a long axis direction relative to the insertion hole, and turns as a center of an axis line of the cylindrical end portion.

Abstract: A lubricating-oil collection guide tool includes an oil-collection container; an oil funnel guiding lubricating oil into an oil passage at an axis end of a rotation axis; and an oil-passage member communicating the oil funnel and the oil-collection container. The oil-passage member includes a first passage member extending from the oil-collection container, and a second passage member extending from the oil funnel. While an insertion hole is formed in a lateral wall portion on one end side of the second passage member, one end portion of the first passage member is a cylindrical end portion. The cylindrical end portion is inserted into the insertion hole to move in and out in the axis line direction. The cylindrical end portion moves in a long axis direction relative to the insertion hole, and turns as a center of an axis line of the cylindrical end portion.

Abstract: A weather strip includes a flexible strip main body, and a core embedded in the strip main body. The core includes a core main body having an engaged portion and an engaging leg member to be inserted into and engaged with a mounting hole on a mounting object. The engaging leg member has a first engaging portion for engaging the mounting hole and a second engaging portion for engaging the engaged portion of the core. At least the first engaging portion is not covered by the strip main body.

Abstract: A scheduling apparatus includes a state information acquisition unit that acquires, from a decoding unit, state information that serves as an indicator for computing a processing time actually required for a decoding unit to perform a decoding process on first processing target data, and a schedule generating unit that determines a second scheduled processing time for which the decoding unit is able to perform the decoding process on second processing target data, based on the processing time computed based on the state information. The schedule generating unit further generates a second schedule for the decoding unit to perform the decoding process on the second processing target data, by allocating the second scheduled processing time to the decoding unit.

Abstract: A program monitoring method includes the steps of describing an operating point code (2P) indicating an operating point value (3P) in one or more locations of a module (1M), counting the operating point value (3P) indicated by the operating point code (2P) by a counter if an execution position becomes the location of the operating point code (2P) while the module (1M) is being executed, and deciding that the module (1M) has not been executed normally if a difference between the numerical value counted by the counter and a score value (3S) is not a predetermined numerical value.

Abstract: An oil path (9) as a lubricating oil collecting and guiding device is provided with a long gutter-shaped main unit (9A), a press-in pin part (21) pushed into a press-in hole (22) formed on an open side end face (4a) of a transmission case (4), and an insertion pin part (24) inserted into an insertion hole (25) formed on a bottom part side of the transmission case (4). By this, the operation of installation on the bottom part side of the transmission case (4) during installation of the oil path (9) on the transmission case (4) includes only inserting the insertion pin part (24) into the insertion hole (25) of the transmission case (25), the operator therefore no longer needs to insert a hand deeply inside the transmission case (4) for the operation, and the operability of installation of the oil path (9) on the transmission case is improved.

Abstract: A scheduling apparatus includes a state information acquisition unit that acquires, from a decoding unit, state information that serves as an indicator for computing a processing time actually required for a decoding unit to perform a decoding process on first processing target data, and a schedule generating unit that determines a second scheduled processing time for which the decoding unit is able to perform the decoding process on second processing target data, based on the processing time computed based on the state information. The schedule generating unit further generates a second schedule for the decoding unit to perform the decoding process on the second processing target data, by allocating the second scheduled processing time to the decoding unit.

Abstract: A weather strip includes a flexible strip main body, and a core embedded in the strip main body. The core includes a core main body having an engaged portion and an engaging leg member to be inserted into and engaged with a mounting hole on a mounting object. The engaging leg member has a first engaging portion for engaging the mounting hole and a second engaging portion for engaging the engaged portion of the core. At least the first engaging portion is not covered by the strip main body.

Abstract: A program monitoring method includes the steps of describing an operating point code (2P) indicating an operating point value (3P) in one or more locations of a module (1M), counting the operating point value (3P) indicated by the operating point code (2P) by a counter if an execution position becomes the location of the operating point code (2P) while the module (1M) is being executed, and deciding that the module (1M) has not been executed normally if a difference between the numerical value counted by the counter and a score value (3S) is not a predetermined numerical value.

Abstract: A printer device is equipped with a supply shaft and a take-up shaft for conveying an intermediate transfer medium having a transferring layer in a prescribed pattern, a printer portion for printing prescribed information on the transferring layer of the conveyed intermediate transfer medium, a transferring portion for transferring prescribed printed information together with the transferring layer on an image receiving medium, and a pressurization mechanism for press fitting an image receiving medium and the intermediate transfer medium by applying a fixed pressure irrespective of a thickness of an image forming medium.

Abstract: A printer device is equipped with a supply shaft and a take-up shaft for conveying an intermediate transfer medium having a transferring layer in a prescribed pattern, a printer portion for printing prescribed information on the transferring layer of the conveyed intermediate transfer medium, a transferring portion for transferring prescribed printed information together with the transferring layer on an image receiving medium, and a pressurization mechanism for press fitting an image receiving medium and the intermediate transfer medium by applying a fixed pressure irrespective of a thickness of an image forming medium.

Abstract: A printer device is equipped with a supply shaft and a take-up shaft for conveying an intermediate transfer medium having a transferring layer in a prescribed pattern, a printer portion for printing prescribed information on the transferring layer of the conveyed intermediate transfer medium, a transferring portion for transferring prescribed printed information together with the transferring layer on an image receiving medium, and a pressurization mechanism for press fitting an image receiving medium and the intermediate transfer medium by applying a fixed pressure irrespective of a thickness of an image forming medium.

Abstract: A printer device is equipped with a supply shaft and a take-up shaft for conveying an intermediate transfer medium having a transferring layer in a prescribed pattern, a printer portion for printing prescribed information on the transferring layer of the conveyed intermediate transfer medium, a transferring portion for transferring prescribed printed information together with the transferring layer on an image receiving medium, and a pressurization mechanism for press fitting an image receiving medium and the intermediate transfer medium by applying a fixed pressure irrespective of a thickness of an image forming medium.