The window-hanging vehicle-locating device is configured for use with a vehicle. The window-hanging vehicle-locating device is removably attached to a window of the vehicle. The window-hanging vehicle-locating device is an optical signaling device that is attached to the vehicle for the purpose of v
The window-hanging vehicle-locating device is configured for use with a vehicle. The window-hanging vehicle-locating device is removably attached to a window of the vehicle. The window-hanging vehicle-locating device is an optical signaling device that is attached to the vehicle for the purpose of visually locating the position of the vehicle. The window-hanging vehicle-locating device is remotely controlled in a manner that allows for the identification of a specific vehicle within parking lot. The window-hanging vehicle-locating device comprises a clip, a telescopic pole, a flag, a lamp, a remote interface circuit, and a user control. The flag and the lamp attach to the telescopic pole. The telescopic pole and the remote interface circuit attach to the clip. The clip attaches the window-hanging vehicle-locating device to the superior edge of the window. The user control remotely controls the operation of the window-hanging vehicle-locating device.
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1. An optical signaling device comprising: a clip, a telescopic pole, a flag, a lamp, a remote interface circuit, and a user control;wherein the flag and the lamp attach to the telescopic pole;wherein the telescopic pole and the remote interface circuit attach to the clip;wherein the clip attaches t
1. An optical signaling device comprising: a clip, a telescopic pole, a flag, a lamp, a remote interface circuit, and a user control;wherein the flag and the lamp attach to the telescopic pole;wherein the telescopic pole and the remote interface circuit attach to the clip;wherein the clip attaches the optical signaling device to a superior edge of the window;wherein the user control remotely controls the operation of the optical signaling device;wherein the clip is a mechanical device;wherein the clip attaches the optical signaling device to the superior edge of the window;wherein the optical signaling device is configured for use with a vehicle;wherein the vehicle is further defined with a window;wherein the window is further defined with a superior edge;wherein the window is raised and lowered within the vehicle;wherein the optical signaling device is removably attached to the window;wherein the optical signaling device visually identifies a position of the vehicle;wherein the clip is a hook;wherein the window is lowered and the clip is hooked over the superior edge of the window;wherein the window is then raised to secure the clip to the window;wherein the telescopic pole is a hollow extendable structure;wherein the telescopic pole raises the lamp above the roof of the vehicle;wherein the flag attaches to the telescopic pole;wherein the telescopic pole comprises a first shaft, a second shaft, and a detent;wherein the first shaft is further defined with a first end and a second end;wherein the second shaft is further defined with a third end and a fourth end;wherein the detent connects the second shaft to the first shaft;wherein the second shaft is a hollow first structure that is further defined with an inner diameter;wherein the first shaft is a second structure that is further defined with an outer diameter;wherein the outer diameter of the first shaft is less than the inner diameter of the second shaft such that the first shaft can be inserted into the second shaft in a telescopic arrangement;wherein the length of the telescopic pole to be adjusted by adjusting the relative position of the first shaft within the second shaft;wherein the position of the first shaft relative to the second shaft is held in position using the detent;wherein the detent is a mechanical device;wherein the detent connects and secures the first shaft to the second shaft;wherein the detent is selected from the group consisting of a cotter pin, a G snap collar, a cam lock collar, a threaded clutch, a split collar lock, or a spring-loaded ball lock;wherein the first end is the superior end of the first shaft;wherein the second end is the inferior end of the first shaft;wherein the third end is the superior end of the second shaft;wherein the fourth end is the inferior end of the second shaft;wherein the lamp attaches to the first end of the first shaft;wherein the fourth end attaches to the superior surface of the clip such that the telescopic pole projects perpendicularly away from the clip in the superior direction. 2. The optical signaling device according to claim 1wherein the flag is a sheeting material;wherein the flag attaches to the telescopic pole using a single edge of the flag;wherein the flag is a visible marker. 3. The optical signaling device according to claim 2wherein the lamp is a light;wherein the lamp is illuminated by the remote interface circuit;wherein the lamp generates a light that draws attention to the vehicle. 4. The optical signaling device according to claim 3 wherein the wiring that connects the lamp to the remote interface circuit is threaded through the telescopic pole. 5. The optical signaling device according to claim 4 wherein the lamp is an LED. 6. The optical signaling device according to claim 5wherein the remote interface circuit is an electrical circuit;wherein the remote control circuit controls the operation of the lamp;wherein the remote interface circuit forms a wireless connection with the user control;wherein upon receipt of a signal from the user control the remote interface circuit illuminates the lamp. 7. The optical signaling device according to claim 6wherein the remote interface circuit comprises a receiver housing, a receiver circuit, a relay, and a limit resistor;wherein the receiver circuit, the relay, the lamp, and the limit resistor are electrically interconnected;wherein the receiver housing is a rigid casing within which the balance of the remote interface circuit is contained. 8. The optical signaling device according to claim 7wherein the receiver circuit is a radio frequency receiver receives a signal transmitted by the user control;wherein the relay is an electrical relay;wherein the relay is further defined with a relay switch and a relay coil;wherein when the receiver circuit energizes the relay coil the relay switch is closed thereby powering and illuminating the lamp;wherein the limit resistor is a resistor that limits the flow of electric current through the lamp;wherein the receiver battery provides electrical power for the operation of the receiver circuit, the relay, and the lamp. 9. The optical signaling device according to claim 8wherein the transmitter circuit is wired into the relay coil in order to energize the relay coil;wherein the relay switch is wired in series between the receiver battery and the anode of the LED;wherein the limit resistor is wired in series between the cathode of the led that forms the lamp and the negative terminal of the receiver battery. 10. The optical signaling device according to claim 9wherein the user control comprises a transmitter housing, a transmitter circuit, a switch, and a transmitter battery;wherein the transmitter circuit, the switch and the transmitter battery are electrically interconnected in a series circuit;wherein the transmitter housing is a rigid casing within which the balance of the user control is contained. 11. The optical signaling device according to claim 10wherein the transmitter circuit is a radio frequency transmitter that transmits a signal to the receiver circuit of the remote interface circuit;wherein the signal transmitted by the transmitter circuit initiates the illumination of the lamp by the remote interface circuit;wherein the switch is a normally open momentary switch. 12. The optical signaling device according to claim 11 wherein the transmitter circuit, the transmitter battery, and the switch are electrically connected in a series circuit.
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