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A multi-functional walking cane includes a body having a cavity provided with a centrally registered longitudinal axis, a proximal end and a distal end opposed therefrom, and a handle disposed at the proximal end. An object-grabbing mechanism is in operable communication with the body. Such an objec

A multi-functional walking cane includes a body having a cavity provided with a centrally registered longitudinal axis, a proximal end and a distal end opposed therefrom, and a handle disposed at the proximal end. An object-grabbing mechanism is in operable communication with the body. Such an object-grabbing mechanism has an object-grabbing section seated exterior of the body. Advantageously, the object-grabbing section is configured to resiliently deploy between a retracted equilibrium position and an expanded tensioned position, respectively, upon receiving a corresponding user input.

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1. A multi-functional walking cane for assisting a user to reach and pick up objects that may be too high or on the floor, said multi-functional walking cane comprising: a body including a cavity having a centrally registered longitudinal axis, anda proximal end and a distal end opposed therefrom; a

1. A multi-functional walking cane for assisting a user to reach and pick up objects that may be too high or on the floor, said multi-functional walking cane comprising: a body including a cavity having a centrally registered longitudinal axis, anda proximal end and a distal end opposed therefrom; andan object-grabbing mechanism being in operable communication with said body, said object-grabbing mechanism having an object-grabbing section seated exterior of said body;wherein said object-grabbing section is configured to resiliently deploy between a retracted equilibrium position and an expanded tensioned position, respectively;wherein said object-grabbing mechanism comprisesan actuator extending out from said proximal end of said body;a shaft having a proximal end seated within said cavity and connected to said actuator, said shaft further having a distal end provided with a serrated outer surface seated exterior of said body; anda resilient spring concentrically wound about said shaft, said spring being configured to compress to a tensioned position and thereafter automatically return to an expanded equilibrium position when said actuator is linearly displaced inwardly and outwardly from said shaft, respectively;wherein said object-grabbing section is located at said distal end of said body and rotatably coupled to said serrated outer surface of said distal end of said shaft;wherein said actuator, said spring and said shaft are contemporaneously reciprocated along the centrally registered longitudinal length of said body such that said grabbing section is pivotally displaced between said retracted equilibrium position and an expanded tensioned position, respectively;wherein said object-grabbing section further comprisesa plurality of grabbing members each having a curvilinear interior surface and a drive gear statically affixed thereto;a plurality of brackets fixedly connected to said distal end of said body; anda plurality of pivot pins transversely interfitted through said drive gears respectively, and mated to said brackets, respectively;wherein said grabbing members are equidistantly and symmetrically offset from the centrally registered longitudinal axis;wherein each said drive gear maintains continuous contact with said serrated outer surface of said shaft. 2. The multi-functional walking cane of claim 1, wherein said grabbing members are contemporaneously pivoted in sync about said pivot pins and along mutually exclusive arcuate travel paths, respectively. 3. The multi-functional walking cane of claim 1, wherein each of said grabbing members are registered substantially parallel to the centrally registered longitudinal axis when said actuator is at a released equilibrium position and said shaft is at a retracted equilibrium position. 4. The multi-functional walking cane of claim 1, wherein each of said grabbing members are angularly registered relative to the centrally registered longitudinal axis when said actuator is at a depressed tensioned position and said distal end of said shaft is displaced outwardly away from said distal end of said body. 5. The multi-functional walking cane of claim 1, wherein each of said grabbing members further comprises: a substantially triangular-shaped wedge coupled to said interior surface thereof and radially extending towards the centrally registered longitudinal axis. 6. The multi-functional walking cane of claim 5, wherein each of said triangular-shaped wedges has a lateral side respectively conjoined and spaced apart from an adjacent one of said triangular-shaped wedges when said grabbing members are at the retracted equilibrium position and the expanded tensioned position, respectively. 7. A multi-functional walking cane for assisting a user to reach and pick up objects that may be too high or on the floor, said multi-functional walking cane comprising: a body including a cavity having a centrally registered longitudinal axis,a proximal end and a distal end opposed therefrom, anda handle disposed at said proximal end; andan object-grabbing mechanism being in operable communication with said body, said object-grabbing mechanism having an object-grabbing section seated exterior of said body;wherein said object-grabbing section is configured to resiliently deploy between a retracted equilibrium position and an expanded tensioned position, respectively;wherein said object-grabbing mechanism comprisesan actuator extending out from said proximal end of said body;a shaft having a proximal end seated within said cavity and connected to said actuator, said shaft further having a distal end provided with a serrated outer surface seated exterior of said body; anda resilient spring concentrically wound about said shaft, said spring being configured to compress to a tensioned position and thereafter automatically return to an expanded equilibrium position when said actuator is linearly displaced inwardly and outwardly from said shaft, respectively;wherein said object-grabbing section is located at said distal end of said body and rotatably coupled to said serrated outer surface of said distal end of said shaft;wherein said actuator, said spring and said shaft are contemporaneously reciprocated along the centrally registered longitudinal length of said body such that said grabbing section is pivotally displaced between said retracted equilibrium position and an expanded tensioned position, respectively;wherein said object-grabbing section further comprisesa plurality of grabbing members each having a curvilinear interior surface and a drive gear statically affixed thereto;a plurality of brackets fixedly connected to said distal end of said body; anda plurality of pivot pins transversely interfitted through said drive gears respectively, and mated to said brackets, respectively;wherein said grabbing members are equidistantly and symmetrically offset from the centrally registered longitudinal axis;wherein each said drive gear maintains continuous contact with said serrated outer surface of said shaft. 8. The multi-functional walking cane of claim 7, wherein said grabbing members are contemporaneously pivoted in sync about said pivot pins and along mutually exclusive arcuate travel paths, respectively. 9. The multi-functional walking cane of claim 8, wherein each of said grabbing members are registered substantially parallel to the centrally registered longitudinal axis when said actuator is at a released equilibrium position and said shaft is at a retracted equilibrium position. 10. The multi-functional walking cane of claim 9, wherein each of said grabbing members are angularly registered relative to the centrally registered longitudinal axis when said actuator is at a depressed tensioned position and said distal end of said shaft is displaced outwardly away from said distal end of said body. 11. The multi-functional walking cane of claim 10, wherein each of said grabbing members further comprises: a substantially triangular-shaped wedge coupled to said interior surface thereof and radially extending towards the centrally registered longitudinal axis. 12. The multi-functional walking cane of claim 11, wherein each of said triangular-shaped wedges has a lateral side respectively conjoined and spaced apart from an adjacent one of said triangular-shaped wedges when said grabbing members are at the retracted equilibrium position and the expanded tensioned position, respectively. 13. A method of utilizing a multi-functional walking cane for assisting a user to reach and pick up objects that may be too high or on the floor, said method comprising the steps of: providing a body including a cavity having a centrally registered longitudinal axis, a proximal end and a distal end opposed therefrom, and a handle disposed at said proximal end;providing an object-grabbing mechanism having an object-grabbing section seated exterior of said body;operably communicating said object-grabbing mechanism with said body; andresiliently deploying said object-grabbing section between a retracted equilibrium position and an expanded tensioned position, respectively;wherein said object-grabbing mechanism comprisesan actuator extending out from said proximal end of said body;a shaft having a proximal end seated within said cavity and connected to said actuator, said shaft further having a distal end provided with a serrated outer surface seated exterior of said body; anda resilient spring concentrically wound about said shaft, said spring being configured to compress to a tensioned position and thereafter automatically return to an expanded equilibrium position when said actuator is linearly displaced inwardly and outwardly from said shaft, respectively;wherein said object-grabbing section is located at said distal end of said body and rotatably coupled to said serrated outer surface of said distal end of said shaft;wherein said actuator, said spring and said shaft are contemporaneously reciprocated along the centrally registered longitudinal length of said body such that said grabbing section is pivotally displaced between said retracted equilibrium position and an expanded tensioned position, respectively;wherein said object-grabbing section further comprisesa plurality of grabbing members each having a curvilinear interior surface and a drive gear statically affixed thereto;a plurality of brackets fixedly connected to said distal end of said body; anda plurality of pivot pins transversely interfitted through said drive gears respectively, and mated to said brackets, respectively;wherein said grabbing members are equidistantly and symmetrically offset from the centrally registered longitudinal axis;wherein each said drive gear maintains continuous contact with said serrated outer surface of said shaft.