ENHANCING TIRE PERFORMANCE UTILIZING RELEASABLE ELEMENTS
An adaptive tire employable by a vehicle traveling upon a surface, including a releasable element operable to selectively modify a performance characteristic of the tire, such as traction, and methods of enhancing the performance of a tire by selective introduction of a substance.
1 . A tire adapted for use with a vehicle traveling upon a surface and for selectively enhancing a performance characteristic, said tire comprising:
a first structural component configured to engage the surface along a face, wherein the component and/or surface define a first performance characteristic value; and
at least one releasable element inter-engaged with the component, in operative communication with, and configured to be selectively released upon the surface, so as to modify the performance characteristic to a second value.
2 . The tire claimed in claim 1 , wherein the element includes at least one microcapsule filled with at least one substance, and said at least one microcapsule and material being cooperatively configured to cause the microcapsule to rapidly release upon the occurrence of a predetermined condition.
3 . The tire claimed in claim 2 , wherein said at least one substance is released within the component proximate the face.
4 . The tire claimed in claim 2 , wherein said at least one substance is a traction-enhancing substance, and the condition is selected from the group consisting of severe braking, hard cornering, and extreme accelerating.
5 . The tire claimed in claim 4 , wherein the component is formed of a hard rubber, and the substance is a liquid operable to soften the rubber when engaged therewith.
6 . The tire claimed in claim 4 , wherein said at least one substance is selected from the group consisting of sodium hypochlorite, hydrogen peroxide, benzoyl peroxide, dicumyl peroxide, toluene, ethyl benzene, paramethyl toluene, biological oxidizers, and a combination thereof.
7 . The tire claimed in claim 4 , wherein a plurality of microcapsules individually contain a plurality of differing agents, and the agents are cooperatively configured to react and produce the substance, when inter-mixed.
8 . The tire claimed in claim 7 , wherein the agents are cooperatively configured to further produce a precipitate.
9 . The tire claimed in claim 7 , wherein the agents are an adhesive resin and an adhesive hardener.
10 . The tire claimed in claim 7 , wherein the agents are a solid and a solvent.
11 . The tire claimed in claim 2 , wherein the condition is the exceedance of a predetermined speed, a minimum shear stress defined by the face and surface, or the beginning of slippage at the face and surface.
12 . The tire claimed in claim 1 , further comprising:
at least one heating element operable to heat the component and/or releasable element, wherein the heating element and/or component are configured to release the releasable element when heated to a predetermined temperature.
13 . A vehicle adapted for traveling upon a surface, said vehicle comprising:
at least one tire presenting a performance characteristic defined by the tire;
a reservoir of substance operable to enhance the characteristic, when caused to contact the tire; and
a releasing mechanism fluidly coupled to the reservoir and operable to selectively release at least a portion of the substance either directly upon the tire, upon the surface immediately fore the tire, or within the contact patch cooperatively defined by the tire and surface.
14 . The vehicle claimed in claim 13 , further comprising:
a sensor operable to detect a vehicular condition;
a controller communicatively coupled to the sensor and mechanism, and operable to cause the mechanism to release said at least portion when the condition is detected.
15 . The vehicle as claimed in claim 14 , wherein the condition is a predetermined speed.
16 . A method of selectively enhancing a performance characteristic of a tire adapted for use with a vehicle traveling upon a surface, said method comprising:
a. securing a quantity of substance relative to the tire and surface, wherein the substance is operable to enhance the characteristic upon contacting the tire and/or surface;
b. autonomously determining a condition; and
c. autonomously causing at least a portion of the quantity of substance to be released either directly onto the tire, or upon the surface immediately fore the contact patch defined by the tire and surface, when the condition is determined.
17 . The method claimed in claim 16 , wherein step a) includes the step of storing the quantity in a reservoir composing the vehicle and coupling the reservoir to an orifice defined near the tire.
18 . The method claimed in claim 17 , wherein step c) further includes the step of actuating a pump fluidly coupled to the reservoir, or exposing the quantity to gravity.
19 . The method claimed in claim 16 , wherein the tire defines a tread pattern, and step c) further includes the steps of releasing said at least portion onto the centerline of the tire, and allowing the pattern to disperse the substance.