Abstract: A display apparatus including a display, and a support member including a fixing member to be fixed to a wall surface, a mounting member on which the display is to be mounted and connected to the fixing member, and a connector attaching the mounting member to the fixing member and supported for rotation in forward, backward, leftward, and rightward directions, in which the connector includes a plurality of rotatable supports connected to the fixing member and supported for rotation in the leftward and rightward directions, a plurality of movable supports connected to the rotatable supports and supported for slidable movement in the leftward and rightward directions, and a plurality of connecting supports connected to the mounting member and supported for rotation in the forward and backward directions, and connected to the movable supports to rotate in the leftward and rightward directions.

Abstract: A display apparatus is provided. The display apparatus includes: a display panel; a support bracket coupled to a rear surface of the display panel and defining a locking groove; a support arm coupled to the support bracket and supporting the display panel, wherein the support arm is configured to rotate between a first and second orientations; and a support stand supporting the support arm and configured to allow the support arm to move along a vertical direction between first and second positions. The support arm includes: a rotating link configured to rotate as the support arm moves; and a locking link configured to move from a locked position in which the locking link is inserted into the locking groove to restrict rotation of the display panel, to an unlocked position in which the locking link is withdrawn from the locking groove to allow rotation of the display panel.

Abstract: A display apparatus is provided. The display apparatus includes: a display panel; a support bracket coupled to the display panel; a support arm coupled to the support bracket and supporting the display panel, wherein the support arm is configured to rotate between a first and second orientations; and a support stand supporting the support arm and defining a limiting groove, the support stand being configured to allow the support arm to move along a vertical direction. The support arm includes a limiting link configured to be in a first position that is offset from the limiting groove when the display panel is in the first orientation and a second position extending into the limiting groove when the display panel is in the second orientation.

Abstract: A thermal mass flow sensor is disclosed that includes a housing (16) having a first sensor region and a second sensor region, a first thin film temperature sensor (39) formed at the first sensor region and a second thin film temperature sensor (58) formed at the second sensor region. A heating element (40) is arranged to heat the first temperature sensor (39) and a controller (46) is operably connected to the first temperature sensor (39), the second temperature sensor (58) and the heating element (40), and controls a power level to the heating element (40) to maintaining a temperature difference between the first temperature sensor (39) and the second temperature sensor (58). A thin film temperature sensor and a method of using the thermal mass flow sensor are also disclosed.

Abstract: A thermal mass flow sensor is disclosed that includes a housing (16) having a first sensor region and a second sensor region, a first thin film temperature sensor (39) formed at the first sensor region and a second thin film temperature sensor (58) formed at the second sensor region. A heating element (40) is arranged to heat the first temperature sensor (39) and a controller (46) is operably connected to the first temperature sensor (39), the second temperature sensor (58) and the heating element (40), and controls a power level to the heating element (40) to maintaining a temperature difference between the first temperature sensor (39) and the second temperature sensor (58). A thin film temperature sensor and a method of using the thermal mass flow sensor are also disclosed.

Abstract: A thermal mass flow sensor is disclosed that includes a housing (16) having a first sensor region and a second sensor region, a first thin film temperature sensor (39) formed at the first sensor region and a second thin film temperature sensor (58) formed at the second sensor region. A heating element (40) is arranged to heat the first temperature sensor (39) and a controller (46) is operably connected to the first temperature sensor (39), the second temperature sensor (58) and the heating element (40), and controls a power level to the heating element (40) to maintaining a temperature difference between the first temperature sensor (39) and the second temperature sensor (58). A thin film temperature sensor and a method of using the thermal mass flow sensor are also disclosed.