Adaptable backpack

1. An adaptable backpack ( 1000 ), comprising:

a housing ( 100 ) having a front surface ( 110 ), a back surface ( 120 ), a pair of opposed side surfaces ( 130 , 140 ), a top surface ( 150 ) and a bottom surface ( 160 ), said back surface ( 120 ) having at least two pairs of opposed extremities ( 120 a , 120 b );

a first comfort plate ( 200 ) detachably coupled with said pair of opposed extremities ( 120 a ) of said back surface ( 120 ) thereby forming openings (O, O′) towards other pair of opposed extremities ( 120 b ) and thereby configuring an enclosure, said first comfort plate ( 200 ) having at least one detachable massaging unit ( 210 ); and

a second comfort plate ( 300 ) disposed within said enclosure such that a portion of said second comfort plate ( 300 ) extends through said first comfort plate ( 200 ) at said opposed extremities ( 120 b ), said second comfort plate ( 300 ) having

at least one detachable massaging unit ( 310 ),

a pair of straps ( 320 ), each of said straps ( 320 ) coupled with an upper portion of said second comfort plate ( 300 ) at one end and a bottom portion of said housing ( 100 ) at other end,

at least one length adaptable member ( 330 ) coupled with a lower portion of said second comfort plate ( 300 ) and configured to control movement of said second comfort plate ( 300 ) along a longitudinal direction within said enclosure configured by the first comfort plate ( 200 ).

2. The adaptable backpack ( 1000 ) as claimed in claim 1 , wherein said openings (O, O′) together forms a continuous opening towards said other pair of opposed extremities ( 120 b ) of said back surface ( 120 ) which thereby forms said enclosure.

3. The adaptable backpack ( 1000 ) as claimed in claim 1 , wherein said at least one detachable massaging units ( 210 , 310 ) of said first comfort plate ( 200 ) and said second comfort plate ( 300 ) protrude outward from said back surface ( 120 ) of said housing ( 100 ).

4. The adaptable backpack ( 1000 ) as claimed in claim 1 , wherein said at least one detachable massaging units ( 210 , 310 ) of said first comfort plate ( 200 ) and said second comfort plate ( 300 ) are configured to operate simultaneously or independently.

5. The adaptable backpack ( 1000 ) as claimed in claim 1 , wherein said at least one detachable massaging units ( 210 , 310 ) of said first comfort plate ( 200 ) and said second comfort plate ( 300 ) are provided as an integrated structure coupled with said first comfort plate ( 200 ) and said second comfort plate ( 300 ), respectively.

6. The adaptable backpack ( 1000 ) as claimed in claim 1 , wherein said first comfort plate ( 200 ) and said second comfort plate ( 300 ) are made up of ethylene-vinyl acetate (EVA) material.

7. The adaptable backpack ( 1000 ) as claimed in claim 1 , further comprising a control unit ( 400 ) provided on at least one strap ( 320 ) of said second comfort plate ( 300 ) and configured to control operations of said at least one detachable massaging units ( 210 , 310 ) of said first comfort plate ( 200 ) and said second comfort plate ( 300 ).

8. The adaptable backpack ( 1000 ) as claimed in claim 1 , further comprising a detachable power unit ( 500 ) electrically connected to said at least one detachable massaging units ( 210 , 310 ) of said first comfort plate ( 200 ) and said second comfort plate ( 300 ).

9. The adaptable backpack ( 1000 ) as claimed in claim 8 , wherein said detachable power unit ( 500 ) comprises at least one replaceable battery disposed within said housing ( 100 ).

10. A method of adjusting at least one detachable massaging unit of an adaptable backpack ( 1000 ), the method comprising:

providing a housing ( 100 ) of said adaptable backpack ( 1000 ) having a front surface ( 110 ), a back surface ( 120 ), a pair of opposed side surfaces ( 130 , 140 ), a top surface ( 150 ) and a bottom surface ( 160 ), said back surface ( 120 ) having at least two pairs of opposed extremities ( 120 a , 120 b );

detachably coupling a first comfort plate ( 200 ) with said pair of opposed extremities ( 120 a ) of said back surface ( 120 ) thereby forming openings (O, O′) towards other pair of opposed extremities ( 120 b ) and thereby configuring an enclosure, said first comfort plate ( 200 ) having

at least one detachable massaging unit ( 210 );

inserting a second comfort plate ( 300 ) within said enclosure such that a portion of said second comfort plate ( 300 ) extends through said first comfort plate ( 200 ) at said opposed extremities ( 120 b ), said second comfort plate ( 300 ) having

at least one detachable massaging unit ( 310 ),

at least one length adaptable member ( 330 ) coupled with a lower portion of said second comfort plate ( 300 ); and

controlling movement of said second comfort plate ( 300 ) along a longitudinal direction within said enclosure by said at least one length adaptable member ( 330 ) thereby adjusting placement of said at least one detachable massaging unit ( 310 ) of said second comfort plate ( 300 ) as per the height of a user.

11. The method as claimed in claim 10 , wherein said openings (O, O′) together forms a continuous opening towards said other pair of opposed extremities ( 120 b ) of said back surface ( 120 ) which thereby forms said enclosure.