A system includes a frame and a camera coupled to the frame. The camera includes a switch having an on position and an off position. The switch coupled to the frame wherein when the switch is in an off position a portion of the switch covers the lens and the camera is disable and when the switch is in an on position the portion of switch does not cover the lens and the camera is enabled.

A liquid-cooled heat dissipation apparatus includes a base (10), a telesignaling linkage member (20), a sliding plate (30) and a switch module (40). The telesignaling linkage member (20) is moveably installed on the base (10). The sliding plate (30) is installed corresponding to the telesignaling linkage member (20) and generates a movement along with the telesignaling linkage member (20). The switch module (40) includes a microswitch (41) arranged corresponding to the sliding plate (30) such that the microswitch (41) is operably opened or closed based on the movement of the sliding plate (30). Accordingly, through the opening and closing of the microswitch, the telesignaling monitoring on the functional module state can be achieved.

A liquid-cooled heat dissipation apparatus includes a base (10), a telesignaling linkage member (20), a sliding plate (30) and a switch module (40). The telesignaling linkage member (20) is moveably installed on the base (10). The sliding plate (30) is installed corresponding to the telesignaling linkage member (20) and generates a movement along with the telesignaling linkage member (20). The switch module (40) includes a microswitch (41) arranged corresponding to the sliding plate (30) such that the microswitch (41) is operably opened or closed based on the movement of the sliding plate (30). Accordingly, through the opening and closing of the microswitch, the telesignaling monitoring on the functional module state can be achieved.

The present invention relates to a switching element (10) for a control device, in particular of a domestic appliance. The switching element (10) comprises a rotatable and shiftable rim element (14) being rotatable around and shiftable along the same axis. The switching element (10) comprises a stator element (20). The rim element (14) is rotatably and shiftably coupled to the stator element (20). The switching element (10) comprises a micro switch (16) including a stationary part and a movable part (30). The stationary part of the micro switch (16) is coupled to the stator element (20), while the movable part (30) of the micro switch (16) is rotatable around and shiftable along the same axis and coupled to the rim element (14). The micro switch (16) includes an encoder for indicating a rotation left or right and a shifting of the movable part (30) of said micro switch (16). The switching element (10) comprises at least one sensor antenna (18) forming a part of a capacitive touch sensor.

The present invention relates to a switching element (10) for a control device, in particular of a domestic appliance. The switching element (10) comprises a rotatable and shiftable rim element (14) being rotatable around and shiftable along the same axis. The switching element (10) comprises a stator element (20). The rim element (14) is rotatably and shiftably coupled to the stator element (20). The switching element (10) comprises a micro switch (16) including a stationary part and a movable part (30). The stationary part of the micro switch (16) is coupled to the stator element (20), while the movable part (30) of the micro switch (16) is rotatable around and shiftable along the same axis and coupled to the rim element (14). The micro switch (16) includes an encoder for indicating a rotation left or right and a shifting of the movable part (30) of said micro switch (16). The switching element (10) comprises at least one sensor antenna (18) forming a part of a capacitive touch sensor.

A sealing assembly for prevention of ingress of particulates and water into an electrical switch includes an engagement element with a rigid first abutment portion for circumscribing an aperture extending through the outer surface of the switch housing and a rigid first retention portion. Also included is a sealing element being slidingly engageable with the engagement element that includes a first complementary abutment portion. The sealing element is formed from an elastically resilient polymeric material so that sealing engagement with the engagement element occludes passage and ingress of external particulates, dust and water.

A sealing assembly for prevention of ingress of particulates and water into an electrical switch includes an engagement element with a rigid first abutment portion for circumscribing an aperture extending through the outer surface of the switch housing and a rigid first retention portion. Also included is a sealing element being slidingly engageable with the engagement element that includes a first complementary abutment portion. The sealing element is formed from an elastically resilient polymeric material so that sealing engagement with the engagement element occludes passage and ingress of external particulates, dust and water.

An electric switch for electrical devices that includes a circuit board immovably arranged in a switch housing, the circuit board includes on one of its surfaces the contact paths of a contact system as well as contact surfaces in the form of potentiometer tracks. The contact paths interact with sliding contacts of the contact system and the potentiometer tracks interact with additional sliding contacts in order to set the revolutions per minute or the torque of the electric motor, movement of the plunger causes the sliding contacts of the contact system to come into contact with the associated contact paths, and, in this position of the plunger, which is the on position of the switch, the sliding contacts used for changing the direction of rotation are in the same way already in contact with the associated potentiometer tracks on the circuit board.

An electric switch for electrical devices that includes a circuit board immovably arranged in a switch housing, the circuit board includes on one of its surfaces the contact paths of a contact system as well as contact surfaces in the form of potentiometer tracks. The contact paths interact with sliding contacts of the contact system and the potentiometer tracks interact with additional sliding contacts in order to set the revolutions per minute or the torque of the electric motor, movement of the plunger causes the sliding contacts of the contact system to come into contact with the associated contact paths, and, in this position of the plunger, which is the on position of the switch, the sliding contacts used for changing the direction of rotation are in the same way already in contact with the associated potentiometer tracks on the circuit board.

A bidirectional switch structure having a base, a switch arranged on a side surface of the base, a rotating shaft connected to the side surface of the base and rotatable around its own axis, a button hinged to the rotating shaft, and a protruding piece arranged at an inner side of the button close to the switch. When the button is pressed down, the button rotates around the rotating shaft and presses the switch through the protruding piece; when the button is pressed laterally, the button rotates at a hinged position where the button is hinged to the rotating shaft around an axis perpendicular to the rotating shaft and presses the switch. The invention can achieve lighting control by triggering the switch by means of lateral-pressing or down-pressing of the button, and has the advantages of being simple in structure, easy to assemble, and low in production cost.