Unique air and sonic massaging apparatus

A massaging and entertainment apparatus, comprising:

• a. a flexible structure having a base portion, at least four spaced apart upper expandable and contractible nodes extending upwardly from the base portion and at least four spaced apart lower expandable and contractible nodes extending downwardly from the base portion and respectively opposing the at least four upper nodes;
• b. a first fluid flow circuit for pressurizing two of said at least four upper and lower nodes, the first fluid flow circuit having an inlet port for allowing fluid means to enter into said structure and a first fluid channel integrally connected on said base portion and interconnecting two of said at least four upper nodes for transferring fluid means therebetween;
• c. a second fluid flow circuit for pressurizing the other two of said at least four upper and lower nodes, the second fluid flow circuit having an inlet port for allowing fluid means to enter into said structure and a second fluid channel integrally connected on said base portion and interconnecting the other two of said at least four upper nodes for transferring fluid means therebetween;
• d. a plate sized to support and positioned underneath said at least four lower nodes;
• e. a sonic transducer attached to said plate for generating plane waves through said plate which in turn creates plane waves to said plurality of upper and lower fluid nodes and the body part of an individual positioned on said structure;
• f. means for pressurizing and depressurizing said at least four upper and lower nodes to a desired stiffiess;
• and
• g. means for controlling the pressurizing and depressurizing of said at least four upper and lower nodes at different time intervals to create a massaging effect for massaging the body part of the individual positioned on said structure and for activating and deactivating said sonic transducer;
• h. whereby said structure has the ability to adjust to the relative pressure over a range to suit the various shapes and masses of resting bodies and also provide the massaging effect against the body part of the individual.

A massaging and entertainment apparatus, comprising:

• a. a fluid structure having a base portion, at least two upper expandable and contractible fluid nodes extending upwardly from the base portion and at least two lower expandable and contractible fluid nodes extending downwardly from the base portion and respectively opposing the at least two upper fluid nodes;
• b. a plate positioned underneath said at least two lower fluid nodes;
• c. transducer means attached to said plate for generating plane waves which in turn creates high magnitude plane waves to said at least two upper and lower fluid nodes and the body part of an individual positioned on said structure;
• d. means for pressurizing and depressurizing said at least two upper and lower fluid nodes at different time intervals to create a massaging effect for massaging the body part of the individual positioned on said structure;
• and
• e. means for controlling the pressurizing and depressurizing of said at least two upper and lower fluid nodes and for activating and deactivating said transducer means;
• f. whereby said structure has the ability to adjust to the relative pressure over a range to suit the various shapes and masses of resting bodies and also provide the massaging effect against the body part of the individual.

A massaging and entertainment apparatus, comprising:

• a. a flexible airtight structure having a generally flat base portion, a plurality of spaced apart hollow upper expandable and contractible air nodes extending upwardly from the base portion and a plurality of spaced apart hollow lower expandable and contractible air nodes extending downwardly from the base portion and respectively opposing the plurality of upper air nodes;
• b. a first air flow circuit for pressurizing a first section of said plurality of upper and lower air nodes, the first air flow circuit having an inlet port for allowing compressed air to enter into said airtight structure and a plurality of first air channels integrally connected on said base portion, each first air channel interconnecting at least two of said plurality of upper air nodes of the first section for transferring compressed air therebetween;
• c. a second air flow circuit for pressurizing a second section of said plurality of upper and lower air nodes, the second air flow circuit having an inlet port for allowing compressed air to enter into said airtight structure and a plurality of second air channels integrally connected on said base portion, each second air channel interconnecting at least two of said plurality of air nodes of the second section for transferring compressed air therebetween;
• d. means for pressurizing and depressurizing said plurality of upper and lower air nodes to a desired stiffniess;
• and
• e. controller means for controlling the pressurizing and depressurizing of said plurality of upper and lower air nodes of said first and second sections at different time intervals to create a massaging effect for massaging the body part of the individual positioned on said airtight structure;
• f. whereby said airtight structure has the ability to adjust to the relative pressure over a range to suit the various shapes and masses of resting bodies and also provide the massaging effect against the body part of the individual.

A massaging and entertainment apparatus, comprising:

• a. a flexible structure having a base portion, at least four spaced apart upper expandable and contractible nodes extending upwardly from the base portion and at least four spaced apart lower expandable and contractible nodes extending downwardly from the base portion and respectively opposing the at least four upper nodes;
• b. a first fluid flow circuit for pressurizing two of the at least four upper and lower nodes, the first fluid flow circuit having an inlet port for allowing fluid means to enter into said structure and a first fluid channel integrally connected on said base portion and interconnecting two of said at least four upper nodes for transferring fluid means therebetween;
• c. a second fluid flow circuit for pressurizing the other two of said at least four upper and lower nodes, the second fluid flow circuit having an inlet port for allowing fluid means to enter into said structure and a second fluid channel integrally connected on said base portion and interconnecting the other two of said at least four upper nodes for transferring fluid means therebetween;
• d. means for pressurizing and depressurizing said at least four upper and lower nodes to a desired stiffness;
• and
• e. means for controlling the pressurizing and depressurizing of said at least four upper and lower nodes at different time intervals to create a massaging effect for massaging the body part of the individual positioned on said structure;
• f. whereby said structure has the ability to adjust to the relative pressure over a range to suit the various shapes and masses of resting bodies and also provide the massaging effect against the body part of the individual.

A massaging and entertainment apparatus, comprising:

• a. a fluid structure having a base portion, at least two upper expandable and contractible fluid nodes extending upwardly from the base portion and at least two lower expandable and contractible fluid nodes extending downwardly from the base portion and respectively opposing the at least two upper fluid nodes;
• b. means for pressurizing and depressurizing said at least two upper and lower fluid nodes at different time intervals to create a massaging effect for massaging the body part of the individual positioned on said structure;
• and
• c. means for controlling the pressurizing and depressurizing of said at least two co upper and lower fluid nodes;
• d. whereby said structure has the ability to adjust to the relative pressure over a range to suit the various shapes and masses of resting bodies and also provide the massaging effect against the body part of the individual.

A sonic device, comprising:

• a. a generally flat rigid transmission plate having an opening therethrough;
• b. a sonic transducer including a large mass permanent magnet, a pair of nonmetallic spacers located on opposite sides of the permanent magnet and a pair of circular shaped suspensions located on opposite sides of the permanent magnet and abutting against the pair of spacers, a dual wound magnetic coil positioned around and surrounds the permanent magnet and a ferrous mounting coil body attached to the dual wound magnetic coil;
• c. fastener means for retaining said permanent magnet, said pair of spacers and said pair of suspensions together;
• d. said ferrous mounting coil body mounted to said flat rigid plate by inserting said dual wound coil through said opening, where said sonic transducer generates plane waves around said opening of said rigid plate which in turn creates plane waves to the body part of an individual positioned on said rigid plate;
• and
• e. controller means for activating and deactivating said sonic transducer;
• f. whereby said sonic device creates acoustic waves generated by said rigid transmission plate through movement by the translation of said permanent magnet and provides high magnitudes of acoustic energy directly coupled to the user's body cavity.

A sonic device, comprising:

• a. a transmission plate;
• b. a sonic transducer including a permanent magnet, at least two spacers located on opposite sides of the permanent magnet and at least two suspensions located on opposite sides of the permanent magnet and abutting against the at least two spacers, a dual wound magnetic coil positioned around and surrounds the permanent magnet and a mounting coil body attached to the dual wound magnetic coil;
• c. means for retaining said permanent magnet, said at least two spacers and said at least two suspensions together;
• and
• d. said mounting coil body mounted to said plate by inserting said dual wound coil through said opening, where said sonic transducer generates plane waves through said plate which in turn creates plane waves to the body part of an individual positioned on said plate;
• e. whereby said.sonic device creates acoustic waves generated by said rigid transmission plate through movement by the translation of said permanent magnet and provides high magnitudes of acoustic energy directly coupled to the user's body cavity.

A sonic device, comprising:

• a. transmission means;
• b. transducer means including a magnet, and at least two suspensions located on opposite sides of the magnet, a dual wound magnetic coil positioned around and surrounds the magnet and a mounting coil body attached to the dual wound magnetic coil;
• c. means for retaining said magnet and said at least two suspensions together;
• and
• d. said mounting coil body mounted to said transmission means, where said transducer means generates plane waves through said transmission means which in turn creates plane waves to the body part of an individual positioned on said transmission means;
• e. whereby said sonic device creates acoustic waves generated by said transmission means through movement by the translation of said magnet and provides high magnitudes of acoustic energy directly coupled to the user's body cavity.

A massaging and entertainment apparatus, comprising:

• a. a flexible structure made of foam material;
• b. a generally flat rigid plate sized to support and positioned underneath said flexible structure and having an opening therethrough;
• c. a sonic transducer attached to said rigid plate and located at said opening for generating plane waves around said opening of said rigid plate which in turn creates plane waves to said flexible structure and the body part of an individual positioned on said flexible structure;
• and
• d. controller means for activating and deactivating said sonic transducer means to create a massaging effect for massaging the body part of the individual positioned on said flexible structure;
• e. whereby said flexible structure has the ability to adjust to the relative pressure over a range to suit the various shapes and masses of resting bodies and also provide the massaging effect against the body part of the individual.

A massaging and entertainment apparatus, comprising:

• a. a flexible structure;
• b. a plate sized to support and positioned underneath said flexible structure;
• c. a sonic transducer attached to said plate for generating plane waves through said plate which in turn creates plane waves to said flexible structure and the body part of an individual positioned on said structure;
• and
• d. means for activating and deactivating said sonic transducer to create a massaging effect for massaging the body part of the individual positioned on said flexible structure;
• e. whereby said flexible structure has the ability to adjust to the relative pressure over a range to suit the various shapes and masses of resting bodies and also provide the massaging effect against the body part of the individual.

A massaging and entertainment apparatus, comprising:

• a. a support structure;
• b. plate means positioned underneath said support structure;
• c. transducer means attached to said plate means for generating plane waves which in turn creates high magnitude plane waves to said support structure and the body part of an individual positioned on said structure;
• and
• d. means for activating and deactivating said transducer means to create a massaging effect for massaging the body part of the individual positioned on said support structure;
• e. whereby said structure has the ability to adjust to the relative pressure over a range to suit the various shapes and masses of resting bodies and also provide the massaging effect against the body part of the individual.