A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Vibration resistant digital vehicle cargo system
The latch for the cargo door is moveable between an engaged position wherein the door cannot be opened and a disengaged position wherein the cargo door can be opened to access the compartment. A counter displays a number which can be changed in response to an actuation signal. A series of spaced magnets moveable with the latch create a magnetic field which is elongated along the surface of the latch for a given distance. A magnetically actuated reed switch is situated proximate the path of movement of the latch surface, such that the switch remains under the influence of the magnetic field during movement of the latch from its engaged position toward its disengaged position within the given distance and thereafter changes state to generate an actuation signal to the counter.
Vibration resistant digital vehicle cargo system
The latch for the cargo door is moveable between an engaged position wherein the door cannot be opened and a disengaged position wherein the cargo door can be opened to access the compartment. A counter displays a number which can be changed in response to an actuation signal. A series of spaced magnets moveable with the latch create a magnetic field which is elongated along the surface of the latch for a given distance. A magnetically actuated reed switch is situated proximate the path of movement of the latch surface, such that the switch remains under the influence of the magnetic field during movement of the latch from its engaged position toward its disengaged position within the given distance and thereafter changes state to generate an actuation signal to the counter.
Vibration resistant digital vehicle cargo system
HABER GREG (author)
2019-01-22
Patent
Electronic Resource
English