Massaging garment assembly

A massaging garment assembly being configured to be worn on a user's body for massaging pre-selected points on the user's body, said assembly comprising:

• a body suit being wearable on a user's body wherein said body suit is configured to cover areas of the user's body generally associated with massage therapy;
• a control circuit being positioned within a control housing;
• a plurality of first massage balls, each of said first massage balls being movably embedded into said body suit, each of said first massage balls being positioned at strategic locations on said body suit that correspond to common massage points on the user's body wherein each of said first massage balls is configured to massage the user's body at the common massage points when each of said first massage balls is turned on, each of said first massage balls being in communication with said control circuit, each of said first massage balls being comprised of a resiliently compressible material for enhancing comfort for the user;
• a plurality of sets of second massage balls, each of said sets of second massage balls being movably embedded into said body suit, each of said sets of second massage balls being positioned at strategic locations on said body suit that correspond to common massage points on the user's body wherein each of said sets of second massage balls is configured to massage the user's body at the common massage points when each of said sets of second massage balls is turned on, each of said sets of second massage balls being in communication with said control circuit;
• a plurality of first massage rollers, each of said first massage rollers being movably embedded into said body suit, each of said first massage rollers being positioned at strategic locations on said body suit that correspond to common massage points on the user's body wherein each of said first massage rollers is configured to massage the user's body at the common massage points when each of said first massage rollers is turned on, each of said first massage rollers being in communication with said control circuit, each of said first massage rollers being comprised of a resiliency compressible material for enhancing comfort for the user;
• a plurality of sets of second massage rollers, each of said sets of second massage rollers being movably embedded into said body suit, each of said sets of second massage rollers being positioned at strategic locations on said body suit that correspond to common massage points on the user's body wherein each of said sets of second massage rollers is configured to massage the user's body at the common massage points when each of said sets of second massage rollers is turned on, each of said sets of second massage rollers being in communication with said control circuit;
• the body suit having a pair of sleeves each configured to insertably receive a respective one of the user's arms, said body suit has a pair of legs each configured to insertably receive a respective one of the user's legs, said body suit having a torso portion configured to cover the user's torso, said body suit having an inside surface and an outside surface, said body suit being comprised of a resiliency stretchable material wherein said body suit is configured to conform to contours of the user's body when said body suit is worn;
• said control housing being coupled to said body suit, said control housing being positioned on said outside surface of said body suit thereby facilitating said control housing to be accessible to the user;
• said assembly includes a receiver being positioned within said control housing, said receiver being electrically coupled to said control circuit, said receiver being in wireless electrical communication with a remote electronic device, said control circuit receiving an on input when said receiver receives an on command from the remote electronic device, said control circuit receiving an off input when said receiver receives an off command from the remote electronic device;
• an array of conductors, said array of conductors being positioned between said inside surface and said outside surface of said body suit, each of said array of conductors being electrically coupled to said control circuit, each of said array of conductors extending from said control housing through respective ones of said sleeves, said lees and said torso portion;
• wherein each of said second sets of massage rollers comprises a plurality of rollers, each of said rollers being comprised of a resiliently compressible material for enhancing comfort for the user, each of said rollers being positioned between said inside surface and said outside surface of said body suit, each of said rollers having a first end and a second end;
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• wherein each of said second sets of massage rollers includes a track which includes a plurality of rail sections each extending between a plurality of bracket sections, said bracket sections being spaced apart from each other, each of said rollers being positioned within a respective one of said bracket sections, each of said first and second ends of each of said rollers being rotatably coupled to said respective bracket sections, said track being comprised of a pliable material wherein said track is configured to conform to contours of the user's body when said body suit is worn.

A massaging garment assembly being configured to be worn on a user's body for massaging pre-selected points on the user's body, said assembly comprising:

• a body suit being wearable on a user's body wherein said body suit is configured to cover areas of the user's body generally associated with massage therapy, said body suit having a pair of sleeves each configured to insertably receive a respective one of the user's arms, said body suit having a pair of legs each configured to insertably receive a respective one of the user's legs, said body suit having a torso portion configured to cover the user's torso, said body suit having an inside surface and an outside surface, said body suit being comprised of a resiliently stretchable material wherein said body suit is configured to conform to contours of the user's body when said body suit is worn;
• a control housing being coupled to said body suit, said control housing being positioned on said outside surface of said body suit thereby facilitating said control housing to be accessible to the user;
• a control circuit being positioned within said control housing, said control circuit receiving an on input and an off input;
• a receiver being positioned within said control housing, said receiver being electrically coupled to said control circuit, said receiver being in wireless electrical communication with a remote electronic device, said control circuit receiving said on input when said receiver receives an on command from the remote electronic device, said control circuit receiving said off input when said receiver receives an off command from the remote electronic device;
• an array of conductors, said array of conductors being positioned between said inside surface and said outside surface of said body suit, each of said array of conductors being electrically coupled to said control circuit, each of said array of conductors extending from said control housing through respective ones of said sleeves, said legs and said torso portion;
• a plurality of first massage balls, each of said first massage balls being movably embedded into said body suit, each of said first massage balls being positioned at strategic locations on said body suit that correspond to common massage points on the user's body wherein each of said first massage balls is configured to massage the user's body at the common massage points when each of said first massage balls is turned on, each of said first massage balls being in electrical communication with said control circuit, each of said first massage balls being comprised of a resiliently compressible material for enhancing comfort for the user;
• a plurality of first ball motors, each of said first ball motors being positioned between said inner and outer surfaces of said body suit, each of said first ball motors being bonded to said body suit to inhibit each of said first ball motors from moving, each of said first ball motors being electrically coupled to a respective one of said array of conductors such that each of said first ball motors is in electrical communication with said control circuit, each of said first ball motors being turned on when said control circuit receives said on input, each of said first ball motors having a respective one of said first massage balls being rotatably coupled thereto wherein each of said first massage balls is configured to massage the user's body when said control circuit receives said on input;
• a plurality of sets of second massage balls, each of said sets of second massage balls being movably embedded into said body suit, each of said sets of second massage balls being positioned at strategic locations on said body suit that correspond to common massage points on the user's body wherein each of said sets of second massage balls is configured to massage the user's body at the common massage points when each of said sets of second massage balls is turned on, each of said sets of second massage balls being in electrical communication with said control circuit, each of said sets of second massage balls comprising:
• a plurality of balls, each of said balls being comprised of a resiliency compressible material for enhancing comfort for the user, each of said balls being positioned between said inside surface and said outside surface of said body suit;
• a shaft having a first end and a second end, said shaft extending through each of said balls having said balls being spaced apart from each other and being distributed between said first and second ends, said shaft being comprised of a pliable material wherein said shaft is configured to conform to contours of the user's body when said body suit is worn;
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• a second ball motor being positioned between said inside surface and said outside surface of said body suit, said second ball motor being bonded to said body suit to inhibit said second ball motor from moving, said second ball motor having said first end of said shaft being rotatably coupled thereto such that said second ball motor rotates each of said balls when said second ball motor is turned on, said second ball motor being electrically coupled to a respective one of said array of conductors such that said second ball motor is in electrical communication with said control circuit;
• a plurality of first massage rollers, each of said first massage rollers being movably embedded into said body suit, each of said first massage rollers being positioned at strategic locations on said body suit that correspond to common massage points on the user's body wherein each of said first massage rollers is configured to massage the user's body at the common massage points when each of said first massage rollers is turned on, each of said first massage rollers being in electrical communication with said control circuit, each of said first massage rollers being comprised of a resiliently compressible material for enhancing comfort for the user, each of said first massage rollers having a primary end and a secondary end, each of said first massage rollers being elongated between said primary and secondary ends,
• a plurality of first roller motors, each of said first roller motors being positioned between said inner and outer surfaces of said body suit, each of said first roller motors being bonded to said body suit to inhibit each of said first roller motors from moving, each of said first roller motors being electrically coupled to a respective one of said array of conductors such that each of said first roller motors is in electrical communication with said control circuit, each of said first roller motors being turned on when said control circuit receives said on input, each of said first roller motors having said primary end of a respective one of said first massage rollers being rotatably coupled thereto wherein said outer surface of each of said first massage rollers is configured to massage the user's body when said control circuit receives said on input;
• and
• a plurality of sets of second massage rollers, each of said sets of second massage rollers being movably embedded into said body suit, each of said sets of second massage rollers being positioned at strategic locations on said body suit that correspond to common massage points on the user's body wherein each of said sets of second massage rollers is configured to massage the user's body at the common massage points when each of said sets of second massage rollers is turned on, each of said sets of second massage rollers being in electrical communication with said control circuit, each of said second sets of massage rollers comprising:
• a plurality of rollers, each of said rollers being comprised of a resiliently compressible material for enhancing comfort for the user, each of said rollers being positioned between said inside surface and said outside surface of said body suit, each of said rollers having a first end and a second end;
• a track including a plurality of rail sections each extending between a plurality of bracket sections, said bracket sections being spaced apart from each other, each of said rollers being positioned within a respective one of said bracket sections, each of said first and second ends of each of said rollers being rotatably coupled to said respective bracket sections, said track being comprised of a pliable material wherein said track is configured to conform to contours of the user's body when said body suit is worn;
• and
• a plurality of second roller motors, each of said second roller motors being positioned between said inside surface and said outside surface of said body suit, each of said second roller motors being bonded to said body suit to inhibit each of said second roller motors from moving, each of said second roller motors being positioned on a respective one of said bracket portions of said track, each of said second roller motors having said first end of a respective one of said rollers being rotatably coupled thereto such that each of said second roller motor rotates said respective roller when said second rollers motor are turned on, each of said second roller motors being electrically coupled to a respective one of said array of conductors such that said each of second roller motors is in electrical communication with said control circuit;
• and
• a power supply being coupled to said control housing, said power supply being electrically coupled to said control circuit, said power supply comprising:
• at least one rechargeable battery being positioned within said control housing, said at least one rechargeable battery being electrically coupled to said control circuit;
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• a charge port being recessed into said control housing wherein said charge port is configured to insertably receive a plug on a battery charger, said charge port being electrically coupled to said at least one rechargeable battery for charging said at least one rechargeable battery.