Abstract: A mechanical seal including a rotary side unit provided on a rotary shaft of a rotary machine so as to be rotatable therewith and having a rotary sealing ring, and a stationary side unit provided on a casing, of the rotary machine, surrounding the rotary shaft, the stationary side unit having a stationary sealing ring on which the rotary sealing ring slides, sliding portions of the rotary sealing ring and the stationary sealing ring being cooled by a flushing fluid, includes: a first temperature detection part provided in the stationary side unit and configured to detect a first temperature of the flushing fluid before cooling the sliding portions; and a second temperature detection part provided separately from the first temperature detection part in the stationary side unit and configured to detect a second temperature of the flushing fluid after cooling the sliding portions.

Abstract: In a vehicle including a windshield (7) and a support structure for supporting the windshield, the support structure includes a pair of stays (11) that support the windshield movably in a rising and lowering direction, and a holder (20) that is provided in a different position from the pair of stays, and fixes a position of the windshield, and the holder includes a base portion (21) fixed to a vehicle body, a stopper (22) that is provided to face the base portion, capable of moving along the rising and lowering direction to the base portion, and moving in a direction to approach and separate from the base portion, and brings the windshield into a fixed state when approaching the base portion, and an operation member (23) that causes the stopper to move to contact and separate from the base portion, according to an operation.

Abstract: In a vehicle including a windshield (7) and a support structure for supporting the windshield, the support structure includes a pair of stays (11) that support the windshield movably in a rising and lowering direction, and a holder (20) that is provided in a different position from the pair of stays, and fixes a position of the windshield, and the holder includes a base portion (21) fixed to a vehicle body, a stopper (22) that is provided to face the base portion, capable of moving along the rising and lowering direction to the base portion, and moving in a direction to approach and separate from the base portion, and brings the windshield into a fixed state when approaching the base portion, and an operation member (23) that causes the stopper to move to contact and separate from the base portion, according to an operation.

Abstract: A roof antenna for a vehicle is provided having an antenna unit that receives radio waves, an antenna cover that covers the antenna unit, and an annular pad interposed between the antenna cover and the roof, wherein the pad includes a base that is retained at an inner side of a lower end of the antenna cover, an extension portion provided at a position opposing the lower end of the antenna cover, that extends from the base to an outer side of the lower end of the antenna cover, that can be tilted in a direction away from the lower end of the antenna cover, and that is formed from an elastic structure, and a lip formed at a tip of the extension portion and that is distanced from the outer side of the lower end of the antenna cover, and the extension portion is tilted to move away from the lower end of the antenna cover when a force in a direction away from the lower end of the antenna cover acts on the lip.

Abstract: A roof antenna for a vehicle is provided having an antenna unit that receives radio waves, an antenna cover that covers the antenna unit, and an annular pad interposed between the antenna cover and the roof, wherein the pad has an antenna cover reception unit formed from an elastic structure formed at a portion, of the pad, opposing a lower end of the antenna cover, and that is pressed by the lower end of the antenna cover to elastically deform in a pressed direction, and a lip unit formed on an outer circumferential end of the antenna cover reception unit, that covers an outer circumference of the lower end of the antenna cover, and that is in contact with the roof.

Abstract: A roof antenna for a vehicle is provided having an antenna unit that receives radio waves, an antenna cover that covers the antenna unit, and an annular pad interposed between the antenna cover and the roof, wherein the pad has an antenna cover reception unit formed from an elastic structure formed at a portion, of the pad, opposing a lower end of the antenna cover, and that is pressed by the lower end of the antenna cover to elastically deform in a pressed direction, and a lip unit formed on an outer circumferential end of the antenna cover reception unit, that covers an outer circumference of the lower end of the antenna cover, and that is in contact with the roof.

Abstract: A roof antenna for a vehicle is provided having an antenna unit that receives radio waves, an antenna cover that covers the antenna unit, and an annular pad interposed between the antenna cover and the roof, wherein the pad includes a base that is retained at an inner side of a lower end of the antenna cover, an extension portion provided at a position opposing the lower end of the antenna cover, that extends from the base to an outer side of the lower end of the antenna cover, that can be tilted in a direction away from the lower end of the antenna cover, and that is formed from an elastic structure, and a lip formed at a tip of the extension portion and that is distanced from the outer side of the lower end of the antenna cover, and the extension portion is tilted to move away from the lower end of the antenna cover when a force in a direction away from the lower end of the antenna cover acts on the lip.