An apparatus for detecting movement of an object of interest includes a battery, a vibration sensor in power communication with the battery, and an energy emitter in communication with the vibration sensor and configured to emit energy in response to the vibration sensor sensing vibration exceeding a threshold value to detect movement of the object of interest. A method for detecting movement of an object of interest is also provided.
1 . An apparatus for detecting movement of an object of interest, the apparatus comprising:
a base;
a rechargeable battery disposed in a battery box in the base;
a base cover configured to enclose a bottom portion of the base;
electronics disposed in the base;
a vibration ball switch sensor in power communication with the battery and coupled to the electronics;
a light emitter comprising a plurality of light-emitting-diodes (LEDs) and coupled to the electronics;
a lens at least partially enclosing the light emitter;
a sound emitter coupled to the electronics;
a sound emitter cover at least partially surrounding the sound emitter;
an on-off switch disposed in the base and coupled to the electronics and in power communication with the battery;
a pliable switch cover disposed over and sealing the on-off switch;
a standby indicator light coupled to the electronics and configured to indicate that the apparatus is operational;
a charging port disposed in the base and in power communication with the battery, the charging port configured to interface with a charging plug of a charging cable; and
a charging indicator light coupled to the electronics and configured to indicate charging of the battery;
wherein base cover is secured to the base by a first threaded connection and the lens is secured to the base by a second threaded connection.
2 . The apparatus according to claim 1 , wherein the charging port comprises a charging port circuit board and a charging port receptacle configured to interface with the charging plug of the charging cable.
3 . The apparatus according to claim 2 , wherein the charging port circuit board is configured to receive energy from the charging cable by magnetic induction.
4 . The apparatus according to claim 1 , wherein the electronics comprises a timing circuit for pulsing the light emitter and the sound emitter to provide a series of alert signals, each alert signal separated by a time interval in which no alert signal is emitted.
5 . A method for detecting movement of an object of interest, the method comprising:
using an alert device comprising a base; a rechargeable battery disposed in a battery box in the base; a base cover configured to enclose a bottom portion of the base; electronics disposed in the base; a vibration ball switch sensor in power communication with the battery and coupled to the electronics; a light emitter comprising a plurality of light-emitting-diodes (LEDs) and coupled to the electronics; a lens at least partially enclosing the light emitter; a sound emitter coupled to the electronics; a sound emitter cover at least partially surrounding the sound emitter; an on-off switch disposed in the base and coupled to the electronics and in power communication with the battery; a pliable switch cover disposed over and sealing the on-off switch; a standby indicator light coupled to the electronics and configured to indicate that the apparatus is operational; a charging port disposed in the base and in power communication with the battery, the charging port configured to interface with a charging plug of a charging cable; and a charging indicator light coupled to the electronics and configured to indicate charging of the battery; wherein base cover is secured to the base by a first threaded connection and the lens is secured to the base by a second threaded connection, and configured to emit energy in response to the vibration sensor sensing vibration exceeding a threshold value;
placing the alert device on an object of interest subject to movement or another object subject to vibration related to movement of the object of interest;
sensing a vibration level that meets or exceeds a vibration threshold value using the alert device; and
emitting energy from at least one of the light emitter or the sound emitter in response to the vibration sensor sensing vibration exceeding the threshold value to detect movement of the object of interest.
6 . The method according to claim 5 , wherein the another object comprises a derailer.
7 . The method according to claim 5 , wherein placing comprises securing the alert device to the object or the another object using a connecting device coupled to the alert device.
8 . The method according to claim 5 , wherein emitting energy comprises emitting a series of alert signals, each alert signal separated by a time interval in which no alert signal is emitted.