TENNIS RACQUET "TRIPLE-AXIS-SYMMETRY"

Abstract

Tennis racket comprises a rounded-elliptical off-set head frame design, three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame longitudinal-axis support diagonals strings setup and diamond shape configurations. A tennis racket in accordance with this present invention which include an asymmetrical throat portion and connects with an symmetrical straight handle system, the asymmetrical throat top portion connected to the lower portion off-set head-frame, in which the straight left-throat-shaft connects with the head-frame longitudinal-axis and the straight right-throat-shaft connects with the head-frame short-axis, in which the lower portion of the throat (yoke) interconnects with the square top portion of the handle shaft system. With the principal objective is to improving the overall playing characteristic from conventional tennis rackets (in-line-symmetry) to a full ergonomic concept in all ways.

Description

BACKGROUND OF THE INVENTION

(1) Field of the Invention

This present invention relates to a tennis racket “Triple-Axis-Symmetry” comprising an rounded-elliptical off-set head frame design, supporting three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame longitudinal-axis support diagonals strings setup and diamond shape configurations, head-frame connects and support an asymmetrical throat portion and connects with the square symmetrical straight handle system, asymmetrical throat top portion connected to the lower portion off-set head-frame, the straight left-throat-shaft connects with the head-frame long-axis and the straight right-throat-shaft connecting with the head-frame short-axis, and the lower portion of the throat (yoke) interconnects with the top portion of the square shape of handle shaft.

(2) Description of the Related Art

Tennis racket have become very popular in the last years for sport and exercises specially in young generation participation, at the same time and more particularly to improve the general tennis racket performances with new designs and improved strong lightweight Nano-Carbon fibers, by improving new construction techniques and technologies providing an extra-tennis strongest rackets with or without integral framing system, strings configuration, improvements made over the frame cross section design, all possible energy saving improvements by reducing vibrations and control torsional elasticity, and the most relevant and constantly improvement was made over the sweet-spot area and all combinations of above mentioned improvements.

This part of the patent description of the related art represents to a difficult challenge, that present invention related to a tennis racket that supports many mayor changes over the conventional tennis racket (in-Line-Symmetry) and “S” shaped last recently tennis racket design, to change the shape design, technically was re-shaped the geometry of the head-frame from conventional (in-Line-Symmetry) symmetrical oval egg-shaped designs to an original rounded-ellipse off-set head-frame design to form the technology I call “Triple-Axis-Symmetry”, creating a new head-frame figure which is geometrically asymmetrical measured from racket longitudinal-axis, which is different and advantageous in comparison with the classic tennis rackets design and “S” shape design. “Triple-Axis-Symmetry”, represents the most advanced improvement in any tennis racket ever build and design.

The other notorious differences between related arts and our present invention, is the three (3) independently head-frame mayor-axis connecting (lie) within the center head-frame system.

The racket asymmetrical throat design represents another huge difference between related arts and this present invention, the throat top portion straight-shafts interconnects within the head-frame lower loop portion mayor long and short axis and forms automatically the off-set head-frame rotation up to 45° angle.

The following U.S. patent numbers disclosed in brief descriptions of many backgrounds and acknowledge of each invention.

U.S. Pat. No. 4,768,786, Kuebler, granted in Sep. 6, 1988, disclose a conventional longitudinal axis symmetrical tennis racket with improved resonance frequency, Kuebler, doesn't relate a Tennis Racket comprising an tennis racket “Triple-Axis-Symmetry” rounded-elliptical off-set head frame design, supporting three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame long-axis support diagonals strings setup and diamond shape configurations, supporting an asymmetrical throat portion and symmetrical straight handle system, supporting an asymmetrical throat top portion connected to the lower portion off-set head-frame, supporting the straight left-throat-shaft connects with the head-frame long-axis and the straight right-throat-shaft connecting with the head-frame short-axis, and supporting the lower portion of the throat (yoke) interconnects with the top portion of the straight handle shaft.

U.S. Pat. No. 5,089,098, Petralia, granted in Mar. 24, 1992, disclose a conventional longitudinal axis symmetrical Tennis Racket with support an improvement shock and vibration absorbent system having as a base a fibrous reinforced composed organic materials, Petralia, doesn't relate a Tennis Racket comprising an tennis racket “Triple-Axis-Symmetry” rounded-elliptical off-set head frame design, supporting three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame long-axis support diagonals strings setup and diamond shape configurations, supporting an asymmetrical throat portion and symmetrical straight handle system, supporting an asymmetrical throat top portion connected to the lower portion off-set head-frame, supporting the left-throat-shaft connects with the head-frame long-axis and the right-throat-shaft connecting with the head-frame short-axis, and supporting the lower portion of the throat (yoke) interconnects with the top portion of the straight handle shaft.

U.S. Pat. No. 5,141,228, Soong, granted in Aug. 25, 1992, disclose a conventional longitudinal axis symmetrical Tennis Racket with shock absorbing string post damping device system, Soong, doesn't relate a Tennis Racket comprising an tennis racket “Triple-Axis-Symmetry” rounded-elliptical off-set head frame design, supporting three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame long-axis support diagonals strings setup and diamond shape configurations, supporting an asymmetrical throat portion and symmetrical straight handle system, supporting an asymmetrical throat top portion connected to the lower portion off-set head-frame, supporting the left-throat-shaft connects with the straight head-frame long-axis and the straight right-throat-shaft connecting with the head-frame short-axis, and supporting the lower portion of the throat (yoke) interconnects with the top portion of the straight handle shaft.

U.S. Pat. No. 5,211,691, Sol, granted in May 18, 1993, disclose a conventional longitudinal axis symmetric Tennis Racket which has a frame joined to a longitudinal extending handle on an axis of symmetry of the racket, Sol, doesn't relate a Tennis Racket comprising an tennis racket “Triple-Axis-Symmetry” rounded-elliptical off-set head frame design, supporting three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame long-axis support diagonals strings setup and diamond shape configurations, supporting an asymmetrical throat portion and symmetrical straight handle system, supporting an asymmetrical throat top portion connected to the lower portion off-set head-frame, supporting the left-throat-shaft connects with the straight head-frame long-axis and the right-throat-shaft connecting with the straight head-frame short-axis, and supporting the lower portion of the throat (yoke) interconnects with the top portion of the straight handle shaft.

U.S. Pat. No. 5,865,694, Duong-Van, granted in Feb. 2, 1999, disclose a conventional longitudinal axis symmetric Tennis Racket with vibration damping and torsional elasticity, Duong-Van, doesn't relate a Tennis Racket comprising an tennis racket “Triple-Axis-Symmetry” rounded-elliptical off-set head frame design, supporting three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame long-axis support diagonals strings setup and diamond shape configurations, supporting an asymmetrical throat portion and symmetrical straight handle system, supporting an asymmetrical throat top portion connected to the lower portion off-set head-frame supporting the straight left-throat-shaft connects with the head-frame long-axis and the straight right-throat-shaft connecting with the head-frame short-axis, and supporting the lower portion of the throat (yoke) interconnects with the top portion of the straight handle shaft.

U.S. Pat. No. 7,553,246, Turzer-Harald, granted in Jun. 30, 2009, disclose a “S” shaped asymmetric head-frame, throat and handle configuration, Turzer-Harald, doesn't relate a Tennis Racket comprising an tennis racket “Triple-Axis-Symmetry” rounded-elliptical off-set head frame design, supporting three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame long-axis support diagonals strings setup and diamond shape configurations, supporting an asymmetrical throat portion and symmetrical straight handle system, supporting an asymmetrical throat top portion connected to the lower portion off-set head-frame, supporting the straight left-throat-shaft connects with the head-frame long-axis and the straight right-throat-shaft connecting with the head-frame short-axis, and supporting the lower portion of the throat (yoke) which interconnects with the top portion of the straight handle shaft.

BRIEF SUMMARY OF THE INVENTION

This tennis racket in accordance with this present invention, there is provided a newly “Triple-Axis-Symmetry” technology, comprising an rounded-elliptical off-set head frame design, supporting three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame longitudinal-axis support diagonals strings setup and diamond shape configurations, head-frame connects and support an asymmetrical throat portion and connects with the square symmetrical straight handle system, asymmetrical throat top portion connected to the lower portion off-set head-frame, the straight left-throat-shaft connects with the head-frame long-axis and the straight right-throat-shaft connecting with the head-frame short-axis, and the lower portion of the throat (yoke) interconnects with the top portion of the square shape of handle shaft.

It is a further object of this present invention it is to provide a rounded-elliptical off-set head frame design, at the same time supporting a plurality of strings, diagonally aligned measured from main-frame longitudinal axis, and supporting three (3) independents mayor-axis interconnecting within the racket head-center, the head-frame long-axis support the long-strings configured parallel across the head-frame long-axis, and the head-frame short-axis support the short-strings and configured parallel across the head-frame short-axis and the main-frame longitudinal-axis support diagonals strings setup and diamond shape configurations.

Additional object of this present invention it is to provide a tennis racket asymmetrical novel neck or throat system, the throat section connects with the head-frame lower-loop portion with two (2) asymmetrical straight shafts, the left short-straight-shaft interconnects with the lower-portion of the head-frame loop long-axis, in position six (6) O'clock, and the right long-straight-shaft interconnects with the lower portion of the loop head-frame short-axis, in position three (3) O'clock, the throat lower portion (yoke) interconnects with the top portion of the straight square-shape of handle main-shaft.

It is therefore a principal object to this present invention to provide a tennis racket with superior and advanced overall head frame design and a largest hitting active area and novel asymmetrical throat systems support, which provides in our racquets full time the best and incomparable overall playing advantage, in which our highest-sweet-spot, low-moment, high-swing weight, high coefficient of restitution (racquet bounce), maximum energy efficiency, low impact force, low work/torque, high-torsion-control, make it a true and form the most complete and unique tennis racquet free of body injuries available for all players in the market today, that means, HIGH-POWER AND SOLID-CONTROL all in one package, with the most relevant both side identically playing characteristic and ergonomic geometry, which many improvements was made over the physical tennis racket structure, which supports an advanced exceptional comfort, precision control. Furthermore, supports the unique diagonal strings configurations.

OBJECTS AND ADVANTAGES

This tennis racket principal objects of this present invention is provided a newly “Triple-Axis-Symmetry” technology, comprising an rounded-elliptical off-set head frame design, supporting three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame longitudinal-axis support diagonals strings setup and diamond shape configurations, head-frame connects and support an asymmetrical throat portion and connects with the square symmetrical straight handle system, asymmetrical throat top portion connected to the lower portion off-set head-frame, the straight left-throat-shaft connects with the head-frame long-axis and the straight right-throat-shaft connecting with the head-frame short-axis, and the lower portion of the throat (yoke) interconnects with the top portion of the square shape of handle shaft.

Additional object of this present invention it is to provide a tennis racket asymmetrical novel neck or throat system, the throat section connects with the head-frame lower-loop portion with two (2) asymmetrical straight shafts, the left short-straight-shaft interconnects with the lower-portion of the head-frame loop long-axis, in position six (6) O'clock, and the right long-straight-shaft interconnects with the lower portion of the loop head-frame short-axis, in position three (3) O'clock, the throat lower portion (yoke) interconnects with the top portion of the straight square-shape of handle main-shaft.

It is therefore a principal advantages of this present invention is to provide a tennis racket with superior and advanced overall head frame design and a largest hitting active area and novel asymmetrical throat systems support, which provides in our racquets full time the best and incomparable overall playing advantage, in which our highest-sweet-spot, low-moment, high-swing weight, high coefficient of restitution (racquet bounce), maximum energy efficiency, low impact force, low work/torque, high-torsion-control, make it a true and form the most complete and unique tennis racquet free of body injuries available for all players in the market today, that means, HIGH-POWER AND SOLID-CONTROL all in one package, with the most relevant both side identically playing characteristic and ergonomic geometry, which many improvements was made over the physical tennis racket structure, which supports an advanced exceptional comfort, precision control. Furthermore, supports the unique diagonal strings configurations strung conventionally.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWINGS

Other objects, features and advantages will occur to those skilled in the art from the following description of a preferred embodiment and the accompanying drawings, in which.

FIG. 1 is a front elevation view of the preferred embodiment of a tennis racket showing the innovative rounded-elliptical off-set head frame design, the three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame long-axis support diagonals strings setup and diamond shape configurations, the head-frame connects and support an asymmetrical throat portion and connects with the square symmetrical straight handle system, the asymmetrical throat top portion connects with the lower portion off-set head-frame, the straight left-throat-shaft connects with the head-frame long-axis and the straight right-throat-shaft connecting with the head-frame short-axis, and the lower portion of the throat (yoke) interconnects with the top portion of the square shape of handle shaft all parts and components, which is constructed in accordance with the present invention.

FIG. 2 is a rear elevation view of the preferred embodiment of a tennis racket showing the innovative rounded-elliptical off-set head frame design, the three (3) independents mayor-axis connecting within the racket head-center, head-frame long-axis support parallel long strings setup, head-frame short-axis support parallel short strings setup, head-frame long-axis support diagonals strings setup and diamond shape configurations, the head-frame connects and support an asymmetrical throat portion and connects with the square symmetrical straight handle system, the asymmetrical throat top portion connects with the lower portion off-set head-frame, the straight left-throat-shaft connects with the head-frame long-axis and the straight right-throat-shaft connecting with the head-frame short-axis, and the lower portion of the throat (yoke) interconnects with the top portion of the square shape of handle shah all parts and components, which is constructed in accordance with the present invention.

FIG. 3 is a right side elevation view of another preferred embodiment of the tennis racket showing the innovative head framing aerodynamic bumpers, detailing the strings arrangements, throat (yoke) and lower throat shaft section connecting with the handle top square portion all parts and components, which is constructed in accordance with the present invention.

FIG. 4 is a left side elevation view of another preferred embodiment of the tennis racket showing the innovative head framing aerodynamic bumpers, detailing the strings arrangements, throat (yoke) and lower throat shaft section connecting with the handle top square portion all parts and components, which is constructed in accordance with the present invention.

FIG. 5 is a front elevation view of another preferred embodiment of the tennis racket showing the innovative geometric properties and detailing the most relevant angle and lineal general measurements, which is constructed in accordance with the present invention.

FIG. 6 is a front elevation view of another preferred embodiment of the tennis racket showing the innovative geometric properties and detailing the most relevant angle and lineal general measurements, which is constructed in accordance with the present invention.

DETAILED DISCLOSURE OF THE PREFERRED EMBODIMENTS

Referring to FIG. 1 is a front elevation view of the preferred embodiment of a tennis racket showing the innovative rounded-elliptical off-set head frame design 4, the three (3) independents mayor-axis connecting within the racket head-center 1,2,3, head-frame long-axis 3 support a plurality of parallel long strings setup, head-frame short-axis 2 support a plurality of parallel short strings setup, head-frame longitudinal-axis 1 support a diagonals strings setup or diamond shaped configurations, the rounded-elliptical off-set asymmetrical head frame design 4 connects and support an asymmetrical 7 throat portion and connects with the square-octagonal symmetrical straight handle system 11, the asymmetrical throat top portion 7 connects with the lower loop portion off-set head-frame 4, the straight left-throat-shaft 8 connects with the head-frame long-axis 3 and the straight right-throat-shaft 9 connecting with the head-frame short-axis 2, and the lower portion of the throat 10 (yoke) interconnects with the top portion of the square shape of handle shaft 11, bottom-cup 12 interconnects with the lower-end portion of handle system 11 all parts and components, which is constructed in accordance with the present invention.

Referring to FIG. 2 is a rear elevation view of the preferred embodiment of a tennis racket showing the innovative rounded-elliptical off-set head frame design 4, the three (3) independents mayor-axis connecting within the racket head-center 1,2,3, head-frame long-axis 3 support a plurality of parallel long strings setup, head-frame short-axis 2 support a plurality of parallel short strings setup, head-frame longitudinal-axis 1 support a diagonals strings setup or diamond shaped configurations, the rounded-elliptical off-set asymmetrical head frame design 4 connects and support an asymmetrical 7 throat portion and connects with the square-octagonal symmetrical straight handle system 11, the asymmetrical throat top portion 7 connects with the lower loop portion off-set head-frame 4, the straight left-throat-shaft 8 connects with the head-frame long-axis 3 and the straight right-throat-shaft 9 connecting with the head-frame short-axis 2, and the lower portion of the throat 10 (yoke) interconnects with the top portion of the square shape of handle shaft 11, bottom-cup 12 interconnects with the lower-end portion of handle system 11 all parts and components, which is constructed in accordance with the present invention.

Referring to FIG. 3 is a right side elevation view of another preferred embodiment of the tennis racket showing the innovative head framing aerodynamic bumpers system 14, detailing the right head-frame 6 long-short axis strings arrangement, throat (yoke) 7 and lower throat-shaft section 10 connecting with the handle-system top square portion 11, 13 rubber-ring dampener and 12 bottom-cup system all parts and components, which is constructed in accordance with the present invention.

Referring to FIG. 4 is a left side elevation view of another preferred embodiment of the tennis racket showing the innovative head framing aerodynamic bumpers 14, detailing the left head-frame 5 long-axis strings arrangements, throat (yoke) 7 and lower throat-shaft section 10 connecting with the handle top square portion 11, 13 rubber-ring dampener and 12 bottom-cup system all parts and components, which is constructed in accordance with the present invention.

Referring to FIG. 5 is a front elevation view of another preferred embodiment of the tennis racket showing the innovative geometric properties and the most relevant angle and lineal general measurements detailing the innovative rounded-elliptical off-set head frame master design, the three (3) independents mayor-axis connecting within the racket head-center 1,2,3, head-frame long-axis 3 support a plurality of parallel long strings setup 30 and measures approximately 323 mm/12.7 inches, head-frame short-axis 2 support a plurality of parallel short strings setup 29 and measures approximately 242 mm/9.5 inches, head-frame longitudinal-axis 1 support an forms the diagonals strings 21 setup or diamond shaped 90 degree-angle configurations measures approximately 700 mm/27 inches overall length 15, the rounded-elliptical off-set asymmetrical head frame master design connects and support an asymmetrical throat portion and measures approximately 72 degree-angle from straight throat right-shaft up to straight throat left-shaft 23, from frame longitudinal-axis 1 up to throat straight right-shaft 24 measures approximately 29 degree-angle, from frame longitudinal-axis 1 up to throat straight left-shaft 25 measures approximately 43 degree-angle, from frame longitudinal-axis 1 up to head-frame short-axis 3 measures from 44 to 46 degree-angle, from frame longitudinal-axis 1 up to straight external right-shaft portion 27 measures approximately 152 degree-angle, from frame longitudinal-axis 1 up to external straight left-shaft portion 28 measures approximately 137 degree-angle, from throat (yoke) straight external right-shaft portion 27 up to throat (yoke) straight external left-shaft portion measures approximately 109 degree-angle, from frame longitudinal-axis and throat (yoke) center-portion 17 up to head-frame center (dynamic-center of gravity) where three (3) mayors-axis crossing 1,2,3 measures approximately 221 mm/8.7 inches, from handle-bottom-cup up to head-frame center (dynamic-center of gravity) 16 where three (3) mayors-axis crossing 1,2,3 measures approximately 548 mm/21.6 inches, from frame longitudinal-axis 1 and between throat (yoke) center-portion and handle-shaft bottom-cup end 19 measures approximately 326 mm/12.9 inches, from throat (yoke) center-portion up to handle-shaft square top portion and octagonal connection 18 measures approximately 89 mm/3.5 inches, from throat (yoke) center-portion up to handle-shaft square top portion and octagonal connection 20 measures approximately 236 mm/9.3 inches, all parts and components, which is constructed in accordance with the present invention.

Referring to FIG. 6 is a front elevation view of another preferred embodiment of the tennis racket showing the innovative geometric properties and the most relevant lineal general measurements detailing the innovative rounded-elliptical off-set head frame master design 4, the three (3) independents mayor-axis connecting within the racket head-center 1, 2, 3, from frame longitudinal-axis 1 and handle-shaft square top portion and octagonal connection portion 31 up to the rounded-elliptical off-set head frame master design 4 measures approximately 463 mm/18.2 inches, from frame longitudinal-axis 1 and handle-shaft bottom-cup end 32 up to frame mass-center measures approximately 306 mm/12.1 inches, from frame longitudinal-axis 1 and throat (yoke) center portion 33 up to top head-frame longitudinal-axis 1 measures approximately 373 mm/14.7 inches, from top head-frame longitudinal-axis 1 up to the three (3) independents mayor-axis connecting within the racket head-center 1, 2, 3, (dynamic center of gravity) 34 measures 151 mm/6.0 inches, from the three (3) independents mayor-axis connecting within the racket head-center 1, 2, 3, (dynamic center of gravity) 35 up to frame longitudinal-axis 1 top handle-shaft square portion and octagonal connection measures approximately 311 mm/12.3 inches, from the three (3) independents mayor-axis connecting within the racket head-center 1, 2, 3, (dynamic center of gravity) 36 up to frame mass-center measures approximately 242 mm/9.6 inches, from the three (3) independents mayor-axis connecting within the racket head-center 1, 2, 3, (dynamic center of gravity) 37 up to the internal head-frame loop top portion measures approximately 136 mm/5.4 inches, all parts and components, which is constructed in accordance with the present invention.

Claims

1. A tennis racket “Triple-Axis-Symmetry” technology, constituted by a rounded-elliptical off-set head-frame design, supporting three independents mayor-axis connecting within the racket head-center, said head-frame long-axis support parallel long strings setup, said head-frame short-axis support parallel short strings setup, said head-frame longitudinal-axis support diagonals strings setup and said diamond shape configurations, wherein the said head-frame connects and support an asymmetrical throat portion and connects with said square symmetrical straight handle system, said asymmetrical throat top portion connected to the lower portion off-set head-frame, wherein the said straight left-throat-shaft connects with said head-frame long-axis and said straight right-throat-shaft connecting with said head-frame short-axis, said lower portion of the throat (yoke) interconnects with said top portion of the square shape of handle shaft, comprising:

(a) a tennis racket “Triple-Axis-Symmetry” technology formed by a rounded-elliptical off-set head-frame design (4) wherein the three independents mayor-axis connecting within the said racket head-center said dynamic center of gravity, wherein the said head-frame long-axis (3) support parallel said long-strings setup, wherein the said head-frame short-axis (2) support parallel said short-strings setup, wherein the said head-frame longitudinal-axis (1) support said diagonals strings setup and said diamond shape configuration;

(b) a tennis racket wherein the said head-frame connects and support an asymmetrical throat portion (7) and connects with said square symmetrical straight handle system (11), said asymmetrical throat top portion connected to the said loop lower portion off-set head-frame;

(c) a tennis racket wherein the said straight left-throat-shall (8) connects with said head-frame long-axis (3) and said straight right-throat-shaft (9) connecting with said head-frame short-axis (2), said lower portion (10) wherein the said throat (yoke) interconnects with said top portion of the said square shape of handle shaft (11).

2. A tennis racket according with claim 1, wherein the said asymmetrical rounded-elliptical off-set head frame (4) said asymmetrical throat (yoke) (7) said symmetrical straight handle system (11) forms said main racket frame structure.

3. A tennis racket according with the claim 1, wherein the said racket overall-length (15) measured from said racket longitudinal-axis (1) overall measures between 650 mm/25.5 inches up to 730 mm/28.8 inches, wherein the said racket three independents mayor-axis connecting within the said racket head-center (1), (2), (3) up to said bottom-cup (12) overall measures (16) between 500 mm/9.6 inches up to 560 mm/22.1 inches, wherein the said racket three independents mayor-axis connecting within the said racket head-center (1), (2), (3) up to said asymmetrical throat (yoke) (7) overall measures (17) between 200 min/7.87 inches up to 240 mm/9.44 inches, wherein the said racket asymmetrical throat (yoke) (7) said handle-shaft (11) said octagonal and square said handle-shaft portion connects (10) overall measures (18) between 80 mm/3.14 inches up to 95 mm/3.74 inches, wherein the said racket up to said bottom-cup (12) overall measures (19) between 300 mm/11.8 inches up to 350 mm/13.7 inches, wherein the said racket octagonal and square connection said handle-shaft portion (10) up to said bottom-cup (12) overall measures (20) between 200 mm/7.87 inches up to 260 mm/10.23 inches, wherein the said racket head-frame long-axis internal center portion (3) overall measures (30) between 300 mm/11.81 inches up to 340 mm/13.38 inches, wherein the said racket head-frame short-axis internal center portion (2) overall measures (29) between 230 mm/9.1 inches up to 252 mm/9.92 inches, wherein the said racket handle octagonal and square connection (10) and said exterior head-frame loop (4) overall measures (31) from said longitudinal-axis (1) between 420 mm/16.53 inches up to 4801 nm/18.89 inches, wherein the said racket center of racket mass and said bottom-cup (12) overall measures (32) from said longitudinal-axis (1) between 300 mm/11.81 inches up to 330 mm/12.99 inches, wherein the said racket handle octagonal and square connection (10) and said three independents mayor-axis connecting within the said racket head-center (1), (2), (3), overall measures (35) from said longitudinal-axis (1) between 300 mm/11.81 inches up to 330 mm/12.99 inches, wherein the said racket center of racket mass and said three independents mayor-axis connecting within the said racket head-center (1), (2), (3), overall measures (36) from said longitudinal-axis (1) between 220 mm/8.66 inches up to 260 mm/10.23 inches, wherein the said racket three independents mayor-axis connecting within the said racket head-center (1), (2), (3), and said head-frame interior-top-loop overall measures (37) from said longitudinal-axis (1) between 115 mm/4.52 inches up to 146 mm/5.74 inches, wherein the said racket three independents mayor-axis connecting within the said racket head-center (1), (2), (3), and said head-frame exterior-top-loop overall measures (34) from said longitudinal-axis (1) between 130 mm/5.11 inches up to 165 mm/6.49 inches, wherein the said racket head-frame exterior-center-top-loop (4) and said throat (yoke) (7) overall measures (33) from said longitudinal-axis (1) between 330 mm/12.99 inches up to 393 mm/15.47 inches.

4. A tennis racket according with the claim 1, wherein the said racket long-axis (3) and short axis strings (21) combines and forms a 90° angle pattern wherein the said racket rounded-elliptical off-set head-frame (4) measured from said frame-center longitudinal-axis (1) form a 45° angle string pattern (22), wherein the said racket throat (yoke) portion (7) form between a 65° and 79° open angle (23) measured from said internal throat right (9) left (8) shaft, wherein the said racket throat (yoke) portion (7) form between a 25° and 49° open angle (24) measured from said frame-center longitudinal-axis (1) and internal throat-right-shaft (a), wherein the said racket throat (yoke) portion (7) form between a 40° and 48° open angle (25) measured from said frame-center longitudinal-axis (1) and internal throat-left-shaft (8), wherein the said racket throat (yoke) external-right-shaft portion (9) form between a 130° and 170° open angle (27) measured from said frame-center longitudinal-axis (1), wherein the said racket throat (yoke) external-left-shaft portion (8) form between a 120° and 150° open angle (28) measured from said frame-center longitudinal-axis (1), wherein the said racket throat (yoke) external-right-shaft portion (9) and said racket throat (yoke) external-left-shaft portion (8) form between a 100° and 120° open angle (26).