Dynamic friction bonding process

Claim 2

A process for improving the properties of a predetermined portion of a non-resin material in the solid state by which the material is enabled to bond to another substance, the non-resin solid state material being a material selected from the group consisting essentially of metals and ceramics and having a plurality of surfaces, a surface of the solid state material which is adjacent the predetermined portion having improved bonding properties in response to the process, the process comprising the step of: treating adjacent the predetermined portion of solid state material with dynamic friction either: (i) the solid state material which is to have the bonding properties of at least one of its surfaces improved, the treatment of the material in the solid state occurring upon any surface of the solid state material which is out of contact with any substance to which the solid state material is intended to be bonded, or; (ii) a layer of material which is adjacent and unbonded to any surface of the solid state material which is to have the bonding properties of at least one of its surfaces improved, the layer being adapted to transmit the effects of the dynamic friction to any surface of the solid state material which is to have its bonding properties improved, the layer remaining unbonded to the solid state material after the treating, the treatment of the layer occurring during the condition in which the solid state material is to have its bonding properties improved is out of contact with a substance with which a bond is intended to be formed; and the treatment adjacent the predetermined portion of the solid state material with dynamic friction being carried out without any excessive abrasion of either the surface or the layer to which the dynamic friction is applied and including the application of dynamic friction produced by means of relative motion between a tool in engagement with either the surface of the solid state material or the layer of material adjacent any surface of the solid state material, said tool being applied with pressure sufficient to create, during the condition in which the tool is engaged to one of the surface and the layer, continuous reciprocal contact between the surface and the substance, the engagement of said tool and the portion of the tool applying dynamic friction being insufficient to cause excessive abrasion of either the surface or the layer with which said tool is in engagement and the surface speed of relative motion between said tool and either the surface or the layer being in a range extending upwardly from about 0.75 meters per second, the application of dynamic friction being in accordance with predetermined parameters which are necessary for the effecting of an improvement in the bonding properties of the solid state material, the improvement being effected substantially independently of the surface finish of the solid state material and without fusion of the solid state material, the parameters including the surface speed of the relative motion of, the pressure of, and the time duration of the engagement of the tool with either the solid state material or the layer, whereby the treating with dynamic friction improves the bonding properties of the non-resin solid state material.

Claim 3

A process for improving the properties of a predetermined portion of a non-resin material in the solid state by which the material is enabled to bond to another substance, the non-resin solid state material being a material selected from the group consisting essentially of metals and ceramics and having a plurality of surfaces, a surface of the solid state material which is adjacent the predetermined portion having improved bonding properties in response to the process, the process comprising the step of: treating adjacent the predetermined portion of the solid state material with dynamic friction either: (i) the solid state material which is to have the bonding properties of at least one of its surfaces improved, the treatment of the material in the solid state occurring upon any surface of the solid state material which is out of contact with any substance to which the solid state material is intended to be bonded, or; (ii) a layer of material which is adjacent and unbonded to any surface of the solid state material which is to have the bonding properties of at least one of its surfaces improved, the layer being adapted to transmit the effects of the dynamic friction to any surface of the solid state material which is to have its bonding properties improved, the layer remaining unbonded to the solid state material after the treating, the treatment of the layer occurring during the condition in which the solid state material is to have its bonding properties improved is out of contact with a substance with which a bond is intended to be formed; the treatment adjacent the predetermined portion of the solid state material with dynamic friction being carried out without any excessive abrasion of either the surface or the layer to which the dynamic friction is applied and including the application of dynamic friction produced by means of relative motion between a tool in engagement with either the surface of the solid state material or the layer of material adjacent any surface of the solid state material, the engagement of said tool and the portion of the tool applying dynamic friction being insufficient to cause excessive abrasion of either the surface or the layer with which said tool is in engagement and the surface speed of relative motion between said tool and either the surface or the layer being in a range extending upwardly from about 0.75 meters per second, the application of dynamic friction being in accordance with predetermined parameters which are necessary for the effecting of an improvement in the bonding properties of the solid state material, the improvement being effected substantially independently of the surface finish of the solid state material and without fusion of the solid state material, the parameters including the surface speed of the relative motion of, the pressure of, and the time duration of the engagement of the tool with either the solid state material or the layer, whereby the treating with dynamic friction improves the bonding properties of the non-resin solid state material; and applying a lubricant between the tool and one of the surface and the layer treated, the lubricant being applied in at least one of the conditions in which the tool and one of the surface and the layer treated are before and during engagement.

Claim 4

A process for improving the properties of a predetermined portion of a non-resin material in the solid state by which the material is enabled to bond to another substance, the non-resin solid state material being a material selected from the group consisting essentially of metals and ceramics and having a plurality of surfaces, a surface of the solid state material which is adjacent the predetermined portion having improved bonding properties in response to the process, the process comprising the step of: treating adjacent the predetermined portion of the solid state material with dynamic friction either: (i) the solid state material which is to have the bonding properties of at least one of its surfaces improved, the treatment of the material in the solid state occurring upon any surface of the solid state material which is out of contact with any substance to which the solid state material is intended to be bonded, or; (ii) a layer of material which is adjacent and unbonded to any surface of the solid state material which is to have the bonding properties of at least one of its surfaces improved, the layer being adapted to transmit the effects of the dynamic friction to any surface of the solid state material which is to have its bonding properties improved, the layer remaining unbonded to the solid state material after the treating, the treatment of the layer occurring during the condition in which the solid state material is to have its bonding properties improved is out of contact with a substance with which a bond is intended to be formed; the treatment adjacent the predetermined portion of the solid state material with dynamic friction being carried out without any excessive abrasion of either the surface or the layer to which the dynamic friction is applied and including the application of dynamic friction produced by means of relative motion between a tool in engagement with either the surface of the solid state material or the layer of material adjacent any surface of the solid state material, the engagement of said tool and the portion of the tool applying dynamic friction being insufficient to cause excessive abrasion of either the surface or the layer with which said tool is in engagement and the surface speed of relative motion between said tool and either the surface or the layer being in a range extending upwardly from about 0.75 meters per second, the application of dynamic friction being in accordance with predetermined parameters which are necessary for the effecting of an improvement in the bonding properties of the solid state material, the improvement being effected substantially independently of the surface finish of the solid state material and without fusion of the solid state material, the parameters including the surface speed of the relative motion of, the pressure of, and the time duration of the engagement of the tool with either the solid state material or the layer, whereby the treating with dynamic friction improves the bonding properties of the non-resin solid state material; and applying a lubricant between the tool and one of the surface and the layer treated, the lubricant being applied in at least one of the conditions in which the tool and one of the surface and the layer treated are before and during engagement.

Claim 5

A process for improving the properties of a predetermined portion of a non-resin material in the solid state by which the material is enabled to bond to another substance, the non-resin solid state material being a material selected from the group consisting essentially of metals and ceramics and having a plurality of surfaces, a surface of the solid state material which is adjacent the predetermined portion having improved bonding properties in response to the process, the process comprising the step of: treating adjacent the predetermined portion of the solid state material with dynamic friction either: (i) the solid state material which is to have the bonding properties of at least one of its surfaces improved, the treatment of the material in the solid state occurring upon any surface of the solid state material which is out of contact with any substance to which the solid state material is intended to be bonded, or; (ii) a layer of material which is adjacent and unbonded to any surface of the solid state material which is to have the bonding properties of at least one of its surfaces improved, the layer being adapted to transmit the effects of the dynamic friction to any surface of the solid state material which is to have its bonding properties improved, the layer remaining unbonded to the solid state material after the treating, the treatment of the layer occurring during the condition in which the solid state material is to have its bonding properties improved is out of contact with a substance with which a bond is intended to be formed, and; the treatment adjacent the predetermined portion of the solid state material with dynamic friction being carried out without any excessive abrasion of either the surface or the layer to which the dynamic friction is applied and without fusion of the one surface of the material in the solid state and including the application of dynamic friction produced by means of relative motion between a tool in engagement with either the surface of the solid state material or the layer of material adjacent any surface of the solid state material, the dynamic friction being applied by a rotary element having its working surface disposed through a plurality of locations extending from adjacent the axis of rotation to the portion of the element of the greatest distance from the axis of rotation, the engagement of said tool and the portion of the tool applying dynamic friction being insufficient to cause excessive abrasion of either the surface of the layer with which said tool is in engagement and the surface speed of relative motion between said tool and either the surface or the layer being in a range extending upwardly from about 0.75 meters per second, the application of dynamic friction being in accordance with predetermined parameters which are necessary for the effecting of an improvement in the bonding properties of the solid state material, the improvement being effected substantially independently of the surface finish of the solid state material and without fusion of the solid state material, the parameters including the surface speed of the relative motion of, the pressure of, and the time duration of the engagement of the tool with either the solid state material or the layer, whereby the treating with dynamic friction improves the bonding properties of the non-resin solid state material.

Claim 6

A process for improving the properties of a predetermined portion of a non-resin material in the solid state by which the material is enabled to bond to another substance, the non-resin solid state material being a material selected from the group consisting essentially of metals and ceramics and having a plurality of surfaces, a surface of the solid state material which is adjacent the predetermined portion having improved bonding properties in response to the process, the process comprising the step of: treating adjacent the predetermined portion of the solid state material with dynamic friction either: (i) the solid state material which is to have the bonding properties of at least one of its surfaces improved, the treatment of the material in the solid state occurring upon any surface of the solid state material which is out of contact with any substance to which the solid state material is intended to be bonded, or; (ii) a layer of material which is adjacent and unbonded to any surface of the solid state material which is to have the bonding properties of at least one of its surfaces improved, the layer being adapted to transmit the effects of the dynamic friction to any surface of the solid state material which is to have its bonding properties improved, the layer remaining unbonded to the solid state material after the treating, the treatment of the layer occurring during the condition in which the solid state material is to have its bonding properties improved is out of contact with a substance with which a bond is intended to be formed, and; the treatment adjacent the predetermined portion of the solid state material with dynamic friction being carried out without any excessive abrasion of either the surface or the layer to which the dynamic friction is applied and without fusion of the one surface of the material in the solid state and including the application of dynamic friction produced by means of relative motion between a tool in engagement with either the surface of the solid state material or the layer of material adjacent any surface of the solid state material, the dynamic friction being applied by a rotary element having its working surface disposed through a plurality of locations extending from adjacent the axis of rotation to the portion of the element of the greatest distance from the axis of rotation, the engagement of said tool and the portion of the tool applying dynamic friction being insufficient to cause excessive abrasion of either the surface of the layer with which said tool is in engagement and the surface speed of relative motion between said tool and either the surface or the layer being in a range extending upwardly from about 0.75 meters per second, the application of dynamic friction being in accordance with predetermined parameters which are necessary for the effecting of an improvement in the bonding properties of the solid state material, the improvement being effected substantially independently of the surface finish of the solid state material and without fusion of the solid state material, the parameters including the surface speed of the relative motion of, the pressure of, and the time duration of the engagement of the tool with either the solid state material or the layer, whereby the treating with dynamic friction improves the bonding properties of the non-resin solid state material.

Claim 7

A process according to claim 1 in which the application of dynamic friction by a rotary element having its working surface disposed through a plurality of locations extending from adjacent the axis of rotation to the portion of the element of the greatest distance from the axis of rotation comprises the application of dynamic friction by a ball.

Claim 8

A process according to claim 1 in which the application of dynamic friction by a rotary element having its working surface disposed through a plurality of locations extending from adjacent the axis of rotation to the portion of the element of the greatest distance from the axis of rotation comprises the application of dynamic friction by a conical element.

Claim 9

A process according to claim 1 in which the application of dynamic friction by a rotary element having its working surface disposed through a plurality of locations extending from adjacent the axis of rotation to the portion of the element of the greatest distance from the axis of rotation comprises the application of dynamic friction by a radially extending face portion of a cylinder revolving about the longitudinal axis thereof.

Claim 10

A process according to claim 6 in which the step of applying dynamic friction by a cylinder includes the application of a cylinder in which the radially extending face portion thereof is relieved to form a rim portion whose linear speed is substantially constant during frictional treatment of one of the surface and the layer.

Claim 11

A process according to the claim 6 further comprising the step of applying suction through the cylinder to enable one of the surface and the layer to be applied against the planar frictioning rim of the cylinder.

Claim 12

A process according to claim 1 in which the application of dynamic friction by a rotary element comprises the application of dynamic friction by a disc having an undulating peripheral portion and a series of substantially evenly distributed ripples extending across at least one face of the disc.