Touch-sensitive lighted hand rail
A wall mounted hand rail system for assisting a patient includes a support beam. A plurality of lighting elements is disposed adjacent a bottom portion of the support beam and is configured selectively to direct light in a downward direction. An electronic system is configured to sense when the support beam has been touched by the patient and is configured to cause the lighting elements to illuminate an area below the support beam when the support beam has been touched by the patient.
1. A wall mounted hand rail system for assisting a patient, comprising:
a. a support beam;
b. a plurality of at least three spaced apart light emitting diodes disposed adjacent a bottom portion of the support beam and configured selectively to direct light in a downward direction;
c. an electronic system configured to sense when the support beam has been touched by the patient and configured to cause the light emitting diodes to illuminate an area below the support beam when the support beam has been touched by the patient; and
d. at least one light emitting diode disposed adjacent each end of the support beam to provide guidance to the patient as to where to grab the hand rail system.
2. The system of claim 1 , wherein the support beam includes a conductive outer surface and wherein electronic system comprises:
a. a touch sensor circuit configured to sense when the conductive outer surface has been touched; and
b. a switch that is configured to couple the light emitting diodes to a power source when the touch sensor has sensed that the conductive outer surface has been touched.
3. The system of claim 2 , wherein the electronic system further comprises a timing circuit that is configured to start a timer when the conductive outer surface has been touched and wherein the switch is responsive to the timer and is further configured to continue to couple the light emitting diodes to the power source until the timer indicates that a predetermined amount of time has passed since the conductive outer surface was touched.
4. The system of claim 1 , further comprising a plurality of wall mounts configured to secure the hand rail system to the wall.
5. A hand rail system for assisting a patient, comprising:
a. a support beam having a conductive outer surface;
b. a plurality of at least three spaced apart light emitting diodes disposed adjacent a bottom portion of the support beam and configured selectively to direct light in a downward direction; and
c. an electronic system configured to sense when the support beam has been touched by the patient and configured to cause the light emitting diodes to illuminate an area below the support beam when the support beam has been touched by the patient, the electronic system including:
i. a touch sensor circuit configured to sense when the conductive outer surface has been touched;
ii. a switch that is configured to couple the light emitting diodes to a power source when the touch sensor has sensed that the conductive outer surface has been touched; and
iii. a timing circuit that is configured to start a timer when the conductive outer surface has been touched and wherein the switch is responsive to the timer and is further configured to continue to couple the light emitting diodes to the power source until the timer indicates that a predetermined amount of time has passed since the conductive outer surface was touched; and
d. at least one light emitting diode disposed adjacent each end of the support beam to provide guidance to the patient as to where to grab the hand rail system.
6. The system of claim 5 , further comprising a plurality of wall mounts configured to secure the hand rail system to a wall.
7. A room, comprising:
a wall;
a. a support beam affixed to the wall so that the support beam is at an elevation to facilitate supporting a person grasping the support beam;
b. a plurality of at least three spaced apart light emitting diodes disposed adjacent a bottom portion of the support beam and configured selectively to direct light in a downward direction; and
c. an electronic system configured to sense when the support beam has been touched by the patient and configured to cause the light emitting diodes to illuminate an area below the support beam when the support beam has been touched by the patient; and
d. at least one light emitting diode disposed adjacent each end of the support beam to provide guidance to the patient as to where to grab the hand rail system.
8. The room of claim 7 , wherein the support beam runs from a sleeping area to a door.
9. The room of claim 7 , wherein the support beam runs from a sleeping area to a restroom.
10. The room of claim 7 , wherein the support beam includes a conductive outer surface and wherein electronic system comprises:
a. a touch sensor circuit configured to sense when the conductive outer surface has been touched; and
b. a switch that is configured to couple the light emitting diodes to a power source when the touch sensor has sensed that the conductive outer surface has been touched.
11. The room of claim 10 , wherein the electronic system further comprises a timing circuit that is configured to start a timer when the conductive outer surface has been touched and wherein the switch is responsive to the timer and is further configured to continue to couple the light emitting diodes to the power source until the timer indicates that a predetermined amount of time has passed since the conductive outer surface was touched.
12. The room of claim 7 , further comprising a plurality of wall mounts configured to secure the hand rail system to the wall.