Modular endurance conditioning tank system and method
IPC분류정보
국가/구분
United States(US) Patent
등록
국제특허분류(IPC7판)
A63B-022/00
A63B-021/00
A63B-021/072
A63B-023/04
A63B-023/12
출원번호
US-0213357
(2016-07-18)
등록번호
US-9643040
(2017-05-09)
발명자
/ 주소
Guerrero Diaz, Juan David
출원인 / 주소
Guerrero Diaz, Juan David
대리인 / 주소
Integrity Patent Group, PLC
인용정보
피인용 횟수 :
0인용 특허 :
15
초록▼
A modular endurance conditioning tank system for multi-activity strength and endurance training, over a plurality of surfaces and terrain, that reduces the risk of athlete injury. The modular endurance conditioning tank assembly is useful for manually-maneuvering a steel chassis/frame assembly while
A modular endurance conditioning tank system for multi-activity strength and endurance training, over a plurality of surfaces and terrain, that reduces the risk of athlete injury. The modular endurance conditioning tank assembly is useful for manually-maneuvering a steel chassis/frame assembly while applying varying amounts of weights and resistance for athletic strength and endurance conditioning. The modular endurance conditioning tank assembly may include a steel chassis/frame assembly, at least one wheeled continuous-track system, at least one steel shaft, a T-shaped handle, at least one hand-hold receiver, a barbell-weight plate receptacle, and a complementary strap, harness, and alternatively user-worn apparel. The steel chassis/frame assembly may have at least one wheeled continuous-track system and the at least one wheeled continuous-track system may further have a left-track assembly, a right-track assembly, and a double wheel disc brake system. Further, the double wheel disc brake system may include a resistance adjusting knob.
대표청구항▼
1. A modular endurance conditioning tank system comprising: a modular endurance conditioning tank assembly comprising; a steel chassis/frame assembly having; at least one wheeled continuous-track system; a left-track assembly;a right-track assembly;a double wheel disc brake system including; a resis
1. A modular endurance conditioning tank system comprising: a modular endurance conditioning tank assembly comprising; a steel chassis/frame assembly having; at least one wheeled continuous-track system; a left-track assembly;a right-track assembly;a double wheel disc brake system including; a resistance adjusting knob;at least one steel shaft;a T-shaped handle;at least one hand-hold receiver;a barbell-weight plate receptacle; anda complementary strap, harness, and alternatively user-worn apparel;wherein said modular endurance conditioning tank system comprises said modular endurance conditioning tank assembly;wherein said modular endurance conditioning tank assembly comprises said steel chassis/frame assembly;wherein said modular endurance conditioning tank assembly comprises in functional and structural combination said at least one wheeled continuous-track system, said at least one steel shaft, said T-shaped handle, said at least one hand-hold receiver, said barbell-weight plate receptacle, and said complementary strap, harness, and alternatively said user-worn apparel;wherein said at least one wheeled track system comprises said left-track assembly, said right-track assembly, and said double wheel disc brake system;wherein said double wheel disc brake system comprises said resistance adjusting knob; andwherein said modular endurance conditioning tank assembly is useful for manually-maneuvering said steel chassis/frame assembly while applying varying amounts of weights and resistance for athletic strength and endurance conditioning. 2. The modular endurance conditioning tank system of claim 1 wherein said at least one wheeled continuous-track system comprises a first-continuous band of tread structured and arranged rotate about said left-track assembly, and a second-continuous band of tread structured and arranged rotate about said left-track assembly to enable rotational motion of said modular endurance conditioning tank assembly. 3. The modular endurance conditioning tank system of claim 1 wherein said left track assembly comprises a first at least two rubberized and steel wheels and said right-track assembly comprises a second at least two rubberized and steel wheels wherein said first at least two rubberized and steel wheels and said second at least two rubberized and steel wheels are structured and arranged to engage in a manner to propel said modular endurance conditioning tank assembly. 4. The modular endurance conditioning tank system of claim 3 wherein said first at least two rubberized and steel wheels comprise a first-forward wheel and a first-rear wheel and said second at least two rubberized and steel wheels comprise a second-forward wheel and a second-rear wheel. 5. The modular endurance conditioning tank system of claim 4 wherein said first-forward wheel, said first-rear wheel, said second-forward wheel, and said second-rear wheel are structured and arranged in a square configuration to frame said steel chassis/frame. 6. The modular endurance conditioning tank system of claim 3 wherein said first at least two rubberized and steel wheels and second at least two rubberized and steel wheels comprise a plurality of roller bearings useful for enabling a rotational motion of said first at least two rubberized and steel wheels and second at least two rubberized and steel wheels. 7. The modular endurance conditioning tank system of claim 3 wherein said first at least two rubberized and steel wheels and second at least two rubberized and steel wheels comprise sprockets structured and arranged to mate with said at least one first-continuous band of tread and said second-continuous band of tread such that said modular endurance conditioning tank system is allowed to be propelled in a forward and alternatively a backward direction. 8. The modular endurance conditioning tank system of claim 3 wherein said first at least two rubberized and steel wheels and second at least two rubberized and steel wheels comprise at least one bolt useful for retaining said first at least two rubberized and steel wheels and said second at least two rubberized and steel wheels to said steel chassis/frame assembly. 9. The modular endurance conditioning tank system of claim 1 wherein said double wheel disc brake system comprises a cable useful for actuating mechanical braking of said modular endurance conditioning tank assembly. 10. The modular endurance conditioning tank system of claim 7 wherein said double wheel disc brake system comprises at least one caliper useful for frictionally-decelerating said first at least two rubberized and steel wheels and second at least two rubberized and steel wheels. 11. The modular endurance conditioning tank system of claim 1 wherein said resistance adjusting knob is structured and arranged to manually apply increased and alternatively decreased resistance equally to said first at least two rubberized and steel wheels and said second at least two rubberized and steel wheels useful for creating a customizable training experience. 12. The modular endurance conditioning tank system of claim 1 wherein said steel chassis/frame assembly comprises said at least one steel shaft and said T-shaped handle, useful for performing lifting and flipping exercises. 13. The modular endurance conditioning tank system of claim 1 wherein said at least one hand-hold receiver is structured and arranged to removably-couple with a plurality of steel rods, useful for pushing said modular endurance conditioning tank assembly across a surface. 14. The modular endurance conditioning tank system of claim 1 wherein said barbell-weight plate receptacle comprises a plate, a steel pole, and a clamp that are structured and arranged to place at least one barbell-weight over said steel pole until said at least one barbell-weight is coupled with said plate, and securing said at least one barbell-weight with said clamp in a manner useful for increasing an overall weight of said modular endurance conditioning tank assembly. 15. The modular endurance conditioning tank system of claim 1 wherein said complementary strap, harness, and alternatively user-worn apparel is structured and arranged to allow a user to removably-couple with said modular endurance conditioning tank assembly in a hands-free manner to enable said user to maneuver said modular endurance conditioning tank assembly while walking, jogging, and alternatively running. 16. A modular endurance conditioning tank system comprising: a modular endurance conditioning tank assembly comprising; a steel chassis/frame assembly having; at least one wheeled continuous-track system; a left-track assembly;a right-track assembly; anda double wheel disc brake system including; a resistance adjusting knob;at least one steel shaft;a T-shaped handle;at least one hand-hold receiver;a barbell-weight plate receptacle; anda complementary strap, harness, and alternatively user-worn apparel;wherein said modular endurance conditioning tank system comprises said modular endurance conditioning tank assembly;wherein said modular endurance conditioning tank assembly comprises said steel chassis/frame assembly;wherein said modular endurance conditioning tank assembly comprises in functional and structural combination said at least one wheeled continuous-track system, said at least one steel shaft, said T-shaped handle, said at least one hand-hold receiver, said barbell-weight plate receptacle, and said complementary strap, harness, and alternatively said user-worn apparel;wherein said at least one wheeled track system comprises said left-track assembly, said right-track assembly, and said double wheel disc brake system;wherein said double wheel disc brake system comprises said resistance adjusting knob;wherein said at least one wheeled continuous-track system comprises said first-continuous band of tread structured and arranged rotate about said left-track assembly, and said second-continuous band of tread structured and arranged rotate about said left-track assembly to enable rotational motion of said modular endurance conditioning tank assembly;wherein said left track assembly comprises said first at least two rubberized and steel wheels and said right-track assembly comprises said second at least two rubberized and steel wheels wherein said first at least two rubberized and steel wheels and said second at least two rubberized and steel wheels are structured and arranged to engage in a manner to propel said modular endurance conditioning tank assembly;wherein said first at least two rubberized and steel wheels comprise said first-forward wheel and said first-rear wheel and said second at least two rubberized and steel wheels comprise said second-forward wheel and said second-rear wheel;wherein said first-forward wheel, said first-rear wheel, said second-forward wheel, and said second-rear wheel are structured and arranged in a square configuration to frame said steel chassis/frame;wherein said first at least two rubberized and steel wheels and second at least two rubberized and steel wheels comprise said plurality of roller bearings useful for enabling a rotational motion of said first at least two rubberized and steel wheels and second at least two rubberized and steel wheels;wherein said first at least two rubberized and steel wheels and second at least two rubberized and steel wheels comprise sprockets structured and arranged to mate with said first-continuous band of tread and said second-continuous band of tread such that said modular endurance conditioning tank system is allowed to be propelled in a forward and alternatively a backward direction;wherein said first at least two rubberized and steel wheels and second at least two rubberized and steel wheels comprise at least one bolt useful for retaining said first at least two rubberized and steel wheels and said second at least two rubberized and steel wheels to said steel chassis/frame assembly;wherein said double wheel disc brake system comprises said cable useful for actuating mechanical braking of said modular endurance conditioning tank assembly;wherein said double wheel disc brake system comprises at least one caliper useful for frictionally-decelerating said first at least two rubberized and steel wheels and second at least two rubberized and steel wheels;wherein said resistance adjusting knob is structured and arranged to manually apply increased and alternatively decreased resistance equally to said first at least two rubberized and steel wheels and said second at least two rubberized and steel wheels useful for creating a customizable training experience;wherein said steel chassis/frame assembly comprises said at least one steel shaft and said T-shaped handle, useful for performing lifting and flipping exercises;wherein said at least one hand-hold receiver is structured and arranged to removably-couple with said plurality of steel rods, useful for pushing said modular endurance conditioning tank assembly across a planar surface;wherein said barbell-weight plate receptacle comprises said plate, said steel pole, and said clamp that are structured and arranged to place said at least one barbell-weight over said steel pole until said at least one barbell-weight is coupled with said plate, and securing said at least one barbell-weight with said clamp in a manner useful for increasing said overall weight of said modular endurance conditioning tank assembly;wherein said complementary strap, harness, and alternatively user-worn apparel is structured and arranged to allow a user to removably-couple with said modular endurance conditioning tank assembly in a hands-free manner to enable said user to maneuver said modular endurance conditioning tank assembly while walking, jogging, and alternatively running; andwherein said modular endurance conditioning tank assembly is useful for manually-maneuvering said steel chassis/frame assembly while applying varying amounts of weights and resistance for athletic strength and endurance conditioning. 17. The modular endurance conditioning tank system of claim 16 further comprising a kit including: said steel chassis/frame assembly;said plurality of steel rods;said complementary strap, harness, and alternatively body apparel; anda set of user instructions. 18. A method of using a modular endurance conditioning tank system comprising the steps of: installing a plurality of steel rods in an at least one hand-hold receiver;adding at least one barbell-weight to a barbell-weight plate receptacle;lifting a steel chassis/frame assembly with at least one steel shaft and alternatively a T-shaped handle;flipping said steel chassis/frame assembly with said at least one steel shaft and alternatively said T-shaped handle;applying increased and alternatively decreased resistance equally to a first at least two rubberized and steel wheels and a second at least two rubberized and steel wheels via a resistance adjusting knob;propelling said steel chassis/frame assembly in a forward and alternatively a backward direction across a surface; andactuating mechanical braking using a double wheel disc brake system as desired. 19. The method of claim 18 further comprising the steps of: detaching said plurality of steel rods from said at least one hand-hold receiver;uncoupling said at least one barbell-weight from said barbell-weight plate receptacle; andremoving increased and alternatively decreased resistance equally from said first at least two rubberized and steel wheels and said second at least two rubberized and steel wheels via said resistance adjusting knob.
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이 특허에 인용된 특허 (15)
Krause, Harry W.; Lowery, Jeffrey, Athlete training device.
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