FLYMORTON CHARACTERIZED AS IN WEARABLE BIOMECHANICAL BIOMETRIC RANGE ELECTROMAGNET SUIT TYPE NEOPRENE MAGNETIC RUBBER METALLOID ELECTRONIC SUIT MODULATED SOLENOID PULL PUSH HOLD ADAPTER TYPE METALLOID ELECTROMAGNET ROBOTIC BODY ARMOR HUMANOID FULL BODY ARMOR MANNED UAV EXOSKELETRONIC BIOFRINGENT BIOMETRIC RANGE LINEAR MOTOR HARD SUIT METALLOID ACTUATOR BODY ARMOR SUIT MACHINE SUBJECT NOT LIMITING TO ADDITIONAL STRUCTURE POTENTIOMETRIC RANGE INVENTOR JERMAINE MORTON DESIGNED
BIOMECHANICAL BIOFRINGENT BIOMETRIC RANGE BIOMECHATRONIC BODY ARMOR SUBSYSTEM POTENTIOMETRIC RANGE FUNCTIONAL LIKENESSES AS AN LIQUID COOLING COIL SYSTEMS subject not limited to additional system or structure potentiometric range design
BIOMECHANICAL BIOFRINGENT BIOMETRIC RANGE BIOMECHATRONIC BODY ARMOR SUBSYSTEM POTENTIOMETRIC RANGE FUNCTIONAL LIKENESSES AS AN LIQUID COOLING COIL SYSTEMS subject not limited to additional system or structure potentiometric biometric range design
FLYMORTON CHARACTERIZED AS IN WEARABLE BIOMECHANICAL SOLENOID HALL EFFECTS EMITTER ORTHOSIS chest BIOFRINGENT BRACE MATERIALS ARE HELIX COPPER COIL SPUN THROUGHPUT THE Stainless steel INTERFACE between aluminum block are arranged for repulsive force and attractive forces electromagnetism subject not limiting to additional system or structure potentiometric biometric range design inventor Jermaine Morton 
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| RC hydro engine rocket body armor rotary manned UAV subject not limited to additional system or structure potentiometric biometric range design inventor Jermaine Morton designed |
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| The UAV chest body armor subject not limiting to additional structure. the body armor inherits sets of helix shaped spun copper wiring coil alongside the exterior surfaces electromagnetics linear motor interface the approach along with graphite permanent magnet & ferromagnets method magnetic refrigeration cooler hall effects emitter. While the wetsuit inherits permanent magnets and electromagnets functional likenesses as in linear motor wetsuit subsystem modulated by an audio encoder mechatronic functional likeness as an transduction characterized as in WEARABLE horn suit neoprene MAGNETIC rubber METALLIC UAV LANDING DOCK WETSUIT SUBSYSTEM modulated electromagnetic ultrasonic beam electrostatic communicates by emitting electrostatic solenoid hold pulling Force of the metallic body armor UAV drone modulated human magneto radar Doppler my and metallic sensory the stainless steel baring flat spun solenoid coil embedded between two BIOFRINGENT aluminum block meanwhile the upper surfaces edge stacked frame cage method electromagnetic piston plunger structure quartz crystal bearing gadolinium ferromagnetic core housing of iron baring a rubber band the Piston should resemble a smaller section of the template chest part fixed within the center cage aligned with solenoid coil of each individual chest body armor the piston body armor plunger connections to an anti-shock helix coil Reformation returner spring the induction coil parallel within vector modulated electrodynamic electromagnetic pulse electromotive transonic oscillation within the cooler heating environment developsThe UAV chest body armor subject not limiting to additional structure. the body armor inherits sets of helix shaped spun copper wiring coil alongside the exterior surfaces electromagnetics linear motor interface the approach along with graphite permanent magnet & ferromagnets method magnetic refrigeration cooler hall effects emitter. While the wetsuit inherits permanent magnets and electromagnets functional likenesses as in linear motor wetsuit subsystem modulated by an audio encoder mechatronic functional likeness as an transduction characterized as in WEARABLE horn suit neoprene MAGNETIC rubber METALLIC UAV LANDING DOCK WETSUIT SUBSYSTEM modulated electromagnetic ultrasonic beam electrostatic communicates by emitting electrostatic solenoid hold pulling Force of the metallic body armor UAV drone modulated human magneto radar Doppler my and metallic sensory the stainless steel baring flat spun solenoid coil embedded between two BIOFRINGENT aluminum block meanwhile the upper surfaces edge stacked frame cage method electromagnetic piston plunger structure quartz crystal bearing gadolinium ferromagnetic core housing of iron baring a rubber band the Piston should resemble a smaller section of the template chest part fixed within the center cage aligned with solenoid coil of each individual chest body armor the piston body armor plunger connections to an anti-shock helix coil Reformation returner spring the induction coil parallel within vector modulated electrodynamic electromagnetic pulse electromotive modulated MACH 2 SPEEDS oscillation plunger within the cooler heating atmospheric shaft environment magnetocaloric effects develops condensation maintains compressible combustible fluids linkage within a chain condensation maintains compressible combustible fluids linkage within a chain MEANWHILE THE ROTARY MAGNETO CALORIC EFFECT SYNCHRONOUS PERMANENT MAGNET BRUSHLESS COOLER MOTOR ARMATURE ROTOR BARING FERROMAGNETIC MAGNET BLADE WEIGHS 25% OF THE GRAVITATIONAL MASS CYLINDRICAL HOUSING FUNCTIONAL LIKENESSES AS IN THE COMBUSTIBLE GAS BOMB SAMPLER DUAL OPERATING MECHATRONIC ATMOSPHERIC ACTUATOR IN ADDITION GYROSCOPIC ROTOR PRECESSION KINETIC ENERGY WHICH MAINTAINS PROXIMITY HOLD RADIATION PRESSURE EFFECTS BY VIBRATIONS EXTERNAL ATMOSPHERIC MATTER BETWEEN A MEDIUM RISE SUBJECT NOT LIMITING TO ADDITIONAL STRUCTURE POTENTIOMETRIC RANGE INVENTOR JERMAINE MORTON DESIGNED |
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FLYMORTON CHARACTERIZED AS IN WEARABLE BIOMECHANICAL POWER MAGNET RUBBER polychloroprene WETSUIT. polychloroprene RUBBER body armor MANNED housing coil baring
between the gauge neoprene alongside the human user's body biometric range.
BIOFRINGENT CONDUCTIVE polychloroprene RUBBER body armor METALLOID WETSUIT,
CURRENT CARRYING POWERED ELECTROMAGNET NEOPRENE WETSUIT. Body armor MODULATED
TRANSDUCTION NEOPRENE electronic RUBBER HORN WETSUIT magnetic emitter,
MODULATED polychloroprene wetsuit human magneto radar Doppler neoprene body
armor, BIOMECHATRONICS NEOPRENE LINEAR MOTOR polychloroprene HOUSING ELECTROMAGNETIC COILS ELECTROMOTIVE SOLENOID HOLD SENSORY
WETSUIT, POWERED CONDUCTIVE BIOMECHANICS NEOPRENE BODY ARMOR EXTERIOR
SURFACES DESIGN FOR LANDING ADDITIONAL EXTERNAL UAV STRUCTURE, THE UAV OPERATES
VERTICAL CLIMBING CROSS CRAWLING GRIPPER ELECTROMAGNETIC HARD SUIT SOLENOID
HOLD UAV BODY ARMOR SENSORY ALONGSIDE THE RUBBER ELECTROMAGNET NEOPRENE WETSUIT
EXTERIOR SURFACES. THE POWERED NEOPRENE
SURFACE PROVIDES DOCKING FOR UAV ORTHOSIS BIOMETRIC RANGE BIOFRINGENT BIAXIAL
ROM PYROELECTRIC EFFECTS ELECTROMAGNETIC NEOPRENE RUBBER WETSUIT BODY ARMOR
INTERNAL ELECTRICITY CAPACITOR ENERGY GENERATOR ION UAV ELECTROMAGNETIC EMITTER SUBJECT NOT LIMITING TO ADDITIONAL SYSTEM OR STRUCTURE POTENTIOMETRIC RANGE DESIGN INVENTOR JERMAINE MORTON DESIGNED |
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| WEARABLE LINEAR MOTOR Full body armor method and approach ACOUSTOPHORESIS ELECTROMAGNET UAV Landing dock SOLENOID HOLD |
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| BIOMETRIC RANGE ELECTRONIC METALLOID ELECTROMAGNET MANNED UAV LANDING DOCK |
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| NEOPRENE LINEAR MOTOR WETSUIT |
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| NEOPRENE WETSUIT LINEAR MOTOR NECK COLLAR UAV LANDING DOCK |
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| NEOPRENE LINEAR MOTOR LEG |
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| NEOPRENE COMMUTATOR BUTT STATOR ACTUATOR ARMATURE ROTOR WETSUIT UAV ORTHOSIS BIOMETRIC RANGE LANDING DOCK PART |
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| NEOPRENE LINEAR MOTOR WETSUIT UAV METALLOID ORTHOSIS BIOMETRIC RANGE BIOFRINGENT LANDING DOCK PART |
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| NEOPRENE LINEAR MOTOR SHIN CALF WETSUIT UAV METALLOID ORTHOSIS BIOMETRIC RANGE LANDING DOCK PART |
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| NEOPRENE LINEAR MOTOR ROTOR ABDOMINAL HIP THIGHS WETSUIT UAV LANDING DOCK PART |
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| NEOPRENE LINEAR MOTOR WETSUIT UAV ORTHOSIS BIOMETRIC RANGE LANDING DOCK PART |
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| NEOPRENE LINEAR MOTOR LEG WETSUIT UAV METALLOID ORTHOSIS BIOMETRIC RANGE BIOFRINGENT LANDING DOCK PART Subject not limiting to additional system or structure potentiometric range INVENTOR JERMAINE MORTON DESIGNED |
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