Abstract: A communication apparatus includes an electronic control unit configured to manage transmission timing of predetermined data to the network, transmit the data to the network based on the transmission timing, measure an actual transmission time, determine whether the actual transmission time exceeds a specified transmission time, when the transmitted data is predetermined control object data, when determination is made that the actual transmission time is equal to or less than the specified transmission time, set next transmission timing of the control object data to be the predetermined period, and when the transmitted data is the control object data, when determination is made that the actual transmission time exceeds the specified transmission time, delay next transmission timing of the control object data by a predetermined waiting time with respect to the predetermined period.

Abstract: A gateway apparatus is provided, including: a storage unit storing a plurality of different filter information pieces each including an application target ECU configuration, a filter condition indicating a condition of data allowed to be transferred to the ECU and a filter version, in a manner associated with each other; a selection unit selecting, from among the plurality of different filter information pieces, a filter information piece whose application target ECU configuration corresponds to an ECU configuration of an ECU installed in the vehicle; a notification unit notifying an information processor of a filter version included in the filter information piece selected by the selection unit; and a filter processing unit judging whether or not data received from the information processor is to be transferred to the ECU installed in the vehicle in accordance with a filter condition included in the filter information piece selected by the selection unit.

Abstract: A connector structure includes a connector body that includes wiring in an internal section; an opening of the connector body, the opening being positioned to overlap the wiring when being viewed in a predetermined direction, the opening communicating with the internal section; and a probe holding mechanism in the opening, the probe holding mechanism blocking up the opening. The probe holding mechanism is configured to have a probe inserted through the probe holding mechanism in the predetermined direction and is configured to, when the probe is inserted through the probe holding mechanism, deform and hold the probe.

Abstract: A communication apparatus includes an electronic control unit configured to manage transmission timing of predetermined data to the network, transmit the data to the network based on the transmission timing, measure an actual transmission time, determine whether the actual transmission time exceeds a specified transmission time, when the transmitted data is predetermined control object data, when determination is made that the actual transmission time is equal to or less than the specified transmission time, set next transmission timing of the control object data to be the predetermined period, and when the transmitted data is the control object data, when determination is made that the actual transmission time exceeds the specified transmission time, delay next transmission timing of the control object data by a predetermined waiting time with respect to the predetermined period.

Abstract: A connector structure includes a connector body that includes wiring in an internal section; an opening of the connector body, the opening being positioned to overlap the wiring when being viewed in a predetermined direction, the opening communicating with the internal section; and a probe holding mechanism in the opening, the probe holding mechanism blocking up the opening. The probe holding mechanism is configured to have a probe inserted through the probe holding mechanism in the predetermined direction and is configured to, when the probe is inserted through the probe holding mechanism, deform and hold the probe.

Abstract: A gateway apparatus is provided, including: a storage unit storing a plurality of different filter information pieces each including an application target ECU configuration, a filter condition indicating a condition of data allowed to be transferred to the ECU and a filter version, in a manner associated with each other; a selection unit selecting, from among the plurality of different filter information pieces, a filter information piece whose application target ECU configuration corresponds to an ECU configuration of an ECU installed in the vehicle; a notification unit notifying an information processor of a filter version included in the filter information piece selected by the selection unit; and a filter processing unit judging whether or not data received from the information processor is to be transferred to the ECU installed in the vehicle in accordance with a filter condition included in the filter information piece selected by the selection unit.

Abstract: [Problem to be Solved] To provide an antenna which can be used in a wide band. [Solution] An antenna 10A includes a dielectric substrate 11, an unbalanced power supply member 12 having a non-power supply unit 23 and a power supply unit 24, a resonance conductor 13 having a connection area 26, a first resonance area 27 and a second resonance area 28, a grounding conductor 14 having a first ground area 32 and a second ground area 33, and a radiation conductor 15 having a first radiation area 37 and a second radiation area 38. At the antenna 10A, first to third radiation stepped portions 42a to 42c are formed at a first rear end portion 41 of the second radiation area 38, and first to third radiation stepped portions 44a to 44c are formed at a second rear end portion 43 of the second radiation area 38.

Abstract: A task is to provide an electromagnetic coil device capable of decreasing a surge voltage generated in an electromagnetic coil without providing a surge voltage decreasing diode. Provided are an electromagnetic coil in which a coil wire is wound; a first electric conductor installed around the electromagnetic coil, the first electric conductor being electrically insulated from the electromagnetic coil; and a second electric conductor installed in the first electric conductor or installed between the first electric conductor and the electromagnetic coil, the second electric conductor being electrically insulated from the electromagnetic coil, and being installed in such a manner as to have an eddy current flowing therethrough when a current flowing through the electromagnetic coil changes.

Abstract: [Problem to be Solved] To provide an antenna which can be used in a wide band. [Solution] An antenna 10A includes a dielectric substrate 11, an unbalanced power supply member 12 having a non-power supply unit 23 and a power supply unit 24, a resonance conductor 13 having a connection area 26, a first resonance area 27 and a second resonance area 28, a grounding conductor 14 having a first ground area 32 and a second ground area 33, and a radiation conductor 15 having a first radiation area 37 and a second radiation area 38. At the antenna 10A, first to third radiation stepped portions 42a to 42c are formed at a first rear end portion 41 of the second radiation area 38, and first to third radiation stepped portions 44a to 44c are formed at a second rear end portion 43 of the second radiation area 38.

Abstract: A resolver is provided with a rotor plate fitted to a key groove in a rotating shaft and connected to the rotating shaft, and also with a resolver stator for detecting the rotational position of the rotor plate. The resolver stator is provided with a resolver cover for protecting a coil board of a stator core and fixed to the stator core. The coil board is provided with holes fitted to stator pins which are projections of the stator core, coil patterns each formed so as to center on each of the holes, and lead wires connected to the coil patterns formed on the coil board. The outer peripheral portion of the stator core is provided with long mounting holes for fixing the resolver to the housing of a rotating machine, such as an electric motor or a generator, and also with engaging holes engaging with claws of the resolver cover.

Abstract: A resolver is provided with a rotor plate fitted to a key groove in a rotating shaft and connected to the rotating shaft, and also with a resolver stator for detecting the rotational position of the rotor plate. The resolver stator is provided with a resolver cover for protecting a coil board of a stator core and fixed to the stator core. The coil board is provided with holes fitted to stator pins which are projections of the stator core, coil patterns each formed so as to center on each of the holes, and lead wires connected to the coil patterns formed on the coil board. The outer peripheral portion of the stator core is provided with long mounting holes for fixing the resolver to the housing of a rotating machine, such as an electric motor or a generator, and also with engaging holes engaging with claws of the resolver cover.