Abstract: A display apparatus is configured to activate a display control apparatus by transmitting an activating signal to the display control apparatus in response to determining that a start condition is satisfied. In response to receiving the activating signal, the display control apparatus is enabled to transmit a video data corresponding to a video to be displayed in a display in the display apparatus.

Abstract: In a display control apparatus, it is determine whether video data transmitted to a display apparatus is reliable or unreliable. In response to determining that the video data transmitted to the display apparatus is unreliable, a predetermined process is executed.

Abstract: A display apparatus is configured to activate a display control apparatus by transmitting an activating signal to the display control apparatus in response to determining that a start condition is satisfied. In response to receiving the activating signal, the display control apparatus is enabled to transmit a video data corresponding to a video to be displayed in a display in the display apparatus.

Abstract: A display control apparatus is configured to synchronize a transmission start timing to start a transmission of a video data to a display apparatus with a display operation start timing for the display apparatus to start a display operation in a display.

Abstract: A vehicular display device is used in a vehicle and displays an image received from a drawing device. The vehicular display device includes an image display unit, a notification unit, an image notification determination unit, a drawing request unit, a correspondence identification unit, and a notification execution unit. The image display unit executes notification by displaying the image. The notification unit executes notification by at least one of audio and light. The image notification determination unit determines whether the vehicle is in an image notification state. The drawing request unit requests the drawing device to draw the image corresponding to the image notification state. The correspondence identification unit identifies the correspondence notification action. The notification execution unit causes the notification unit to execute the correspondence notification action.

Abstract: A vehicle information provision device may be mounted on a vehicle and provide information. The vehicle information provision device may output at least one sound information item out of a plurality of sound information items. The vehicle information provision device may determine whether the plurality of sound information items related to the vehicle are necessary to be provided.

Abstract: A vehicle information provision device may be mounted on a vehicle and provide information. The vehicle information provision device may output at least one sound information item out of a plurality of sound information items. The vehicle information provision device may determine whether the plurality of sound information items related to the vehicle are necessary to be provided.

Abstract: A vehicular display device is used in a vehicle and displays an image received from a drawing device. The vehicular display device includes an image display unit, a notification unit, an image notification determination unit, a drawing request unit, a correspondence identification unit, and a notification execution unit. The image display unit executes notification by displaying the image. The notification unit executes notification by at least one of audio and light. The image notification determination unit determines whether the vehicle is in an image notification state. The drawing request unit requests the drawing device to draw the image corresponding to the image notification state. The correspondence identification unit identifies the correspondence notification action. The notification execution unit causes the notification unit to execute the correspondence notification action.

Abstract: A transmitting apparatus connects to a receiving apparatus via a transmission medium, and transmits contents based on an audio transmitting clock. The transmitting apparatus includes a frequency deviation receiving unit and a clock varying unit. The frequency deviation receiving unit receives, from the receiving apparatus, information indicating a frequency deviation between the audio transmitting clock and an audio reproducing clock. The clock varying unit varies a transmitting-side system clock based on the information of the frequency deviation obtained from the receiving apparatus. The receiving apparatus includes an audio reproducing clock generating unit. The receiving apparatus buffers the audio data by the audio transmitting clock, and transfers the audio data from the buffer to a DAC in accordance with the audio reproducing clock, so as to eliminate the audio quality deteriorating factor caused by a receiving circuit of the transmitting apparatus and the receiving apparatus.

Abstract: An improved boot for use in sealing a constant velocity joint and ball spline joint assembly includes a plurality of articulating convolutes, a grease catching member, and a first stabilizing member adapted to ride above an inner race of the ball spline joint to join the plurality of articulating convolutes and the grease catching member and provide stability at high speed. The boot further includes a plurality of plunging convolutes and a second stabilizing member adapted to ride above an outer race of the ball spline joint to join the plurality of plunging convolutes and the grease catching member and provide additional stability.

Abstract: An analog to digital converter circuit included in a meter ECU detects an output voltage of a potentiometer and a source voltage outputted from a battery, and converts them to different pieces of digital data. It also detects reference voltages outputted from adjustment resistors and an adjustment battery, and converts them to different pieces of digital data. It then calculates digital data on a corrected sensor output by correcting a detection error associated with a jumper line and a voltage variation in the source voltage based on the digital data.

Abstract: An improved boot for use in sealing a constant velocity joint and ball spline joint assembly includes a plurality of articulating convolutes, a grease catching member, and a first stabilizing member adapted to ride above an inner race of the ball spline joint to join the plurality of articulating convolutes and the grease catching member and provide stability at high speed. The boot further includes a plurality of plunging convolutes and a second stabilizing member adapted to ride above an outer race of the ball spline joint to join the plurality of plunging convolutes and the grease catching member and provide additional stability.

Abstract: An analog to digital converter circuit included in a meter ECU detects an output voltage of a potentiometer and a source voltage outputted from a battery, and converts them to different pieces of digital data. It also detects reference voltages outputted from adjustment resistors and an adjustment battery, and converts them to different pieces of digital data. It then calculates digital data on a corrected sensor output by correcting a detection error associated with a jumper line and a voltage variation in the source voltage based on the digital data.

Abstract: A constant velocity joint boot for use with a constant velocity joint and an interconnecting shaft comprising a body portion having a central inner cavity defined by an inner wall, the inner cavity having a circumference smaller than the circumference of the interconnecting shaft, an outer wall defining at least one convolute, the body portion also including a first end having a mating surface contacting the constant velocity joint and a second end disposed opposite the first end and contacting the interconnecting shaft, wherein the body portion is manufactured from a foam based material.