Integrated at least two component system and method

A method for applying a new mixture to at least one surface comprising at least one of the following steps:

• A)
• 1) squeezing the outer container to break an ampoule contained within said outer container;
• 2) squeezing and massaging said outer container to mix the second component contained
• within said ampoule with the first component contained within said outer container to create said new mixture;
• 3)rotating a rotatable applicator valve assembly from a at least one closed position to an open position to allow said new mixture to flow out of said rotatable applicator valve assembly into the applicator tip contained within said rotatable applicator valve assembly
• 4)squeezing said outer container to force said new mixture out of said outer container into said applicator tip, and applying said new mixture to chosen surface or hair area;
• 5)if there is any said new mixture remaining in said outer container, rotating said rotatable applicator valve assembly from said open position to said at least one closed position to prevent said new mixture from exiting and/or leaking out of said rotatable applicator valve assembly
• or
• B)
• 1) squeezing the outer container to break an ampoule contained within said outer container:
• 2) squeezing and massaging said outer container to mix the second component contained within said ampoule with the first component contained within said outer container to create said new mixture:
• 3) rotating a rotatable applicator valve assembly from a at least one closed position to an open position to allow said new mixture to flow out of said rotatable applicator valve assembly into the applicator tip contained within said rotatable applicator valve assembly;
• 4) squeezing said outer container to force said new mixture out of said outer container into said applicator tip, and applying said new mixture to at least one surface and/or chosen hair area;
• 5) if there is and said new mixture remaining in said outer container, rotating said rotatable applicator valve assembly from said open position to said at least one closed position to prevent said new mixture from exiting and/or leaking out of said rotatable applicator valve assembly;
• or
• C)
• 1) rotating a rotatable applicator valve assembly from at least one closed position to a rupture position at a second aligning angle to rupture a rupture membrane on a flexible vessel;
• 2) rotating said rotatable applicator valve assembly from said rupture position at a second aligning angle to a mixing position at a third aligning angle;
• 3) squeezing and/or massaging and/or shaking said outer container to mix the second component contained within said flexible vessel with the first component contained within said outer container to create said new mixture;
• 4) rotating said rotatable applicator valve assembly from said mixing position at a third aliqning angle to a valve open position at a first aligning angle to allow said new mixture to flow out of said outer container and/or said rotatable applicator valve assembly into the applicator tip contained within said rotatable applicator valve assembly;
• 5) squeezing said outer container to force said new mixture out of said outer container into said applicator tip, and applying said new mixture to at least one surface and/or chosen hair area;
• 6) if there is any said new mixture remaining in said outer container, rotating said rotatable applicator valve assembly from said valve open position at a first aliqninq angle to any closed position to prevent said new mixture from exiting and/or leaking out of said rotatable applicator valve assembly;
• or
• D)
• 1) rotating a rotatable applicator valve assembly from at least one closed position to a mixing position at a second aligning angle;
• 2) squeezing and/or massaging and/or shaking said outer container to mix the second component contained. within a rigid vessel with the first component contained within said outer container to create said new mixture;
• 3) rotating said rotatable applicator valve assembly from said mixing position at a third aligning angle to a valve open position at a first aligning angle to allow said new mixture to flow out of said outer container and/or said rotatable applicator valve assembly into the applicator tip contained within said rotatable applicator valve assembly;
• 4) squeezing said outer container to force said new mixture out of said outer container into said applicator tip, and applying said new mixture to at least one surface and/or chosen hair area;
• 5) if there is any said new mixture remaining in said outer container, rotating said rotatable applicator valve assembly from said valve open position at a first aligning angle to any closed position to prevent said new mixture from exiting and/or leaking out of said rotatable applicator valve assembly.

An integrated at least two component system for applying a substance to at least one surface comprising:

• (A) an outer container made from a flexible material and having a closed bottom and sides and an open top, the said outer container containing at least one first component;
• (B) a rotatable applicator valve assembly comprising:
• a) an applicator subassembly for applying a new mixture comprising:
• i) an applicator nozzle outer first end containing an applicator tip enabling said new mixture to pass from the interior of said rotatable applicator valve assembly through said applicator tip to the exterior ambient;
• ii)an applicator nozzle inner second end containing a rotatable first valve
• cylindrical plate containing a rotatable first valve cylindrical plate hole;
• b) a stationary second valve cylindrical plate attached to said open top while permitting rotation of said applicator subassembly,
• said stationary second valve cylindrical plate containing a second valve cylindrical plate hole,
• said rotatable first valve cylindrical plate being capable of rotating when said applicator subassembly is rotated,
• said rotatable first valve cylindrical plate hole capable of aligning at a first aligning angle with said stationary second valve cylindrical plate hole producing a valve open position to allow said new mixture to pass from the interior of said outer container into said interior of said rotatable applicator valve assembly when external pressure and/or manual force is applied to said outer container and/or when pressure increases sufficiently within the interior of said outer container,
• and
• when said rotatable first valve cylindrical plate hole is not aligned with said stationary second valve cylindrical plate hole said new mixture is blocked and prevented from passing from the interior of said outer container into said interior of said rotatable applicator valve assembly;
• (C1) a flexible vessel with a rupture membrane affixed to one end, said flexible vessel contained within the said outer container and affixed to said stationary second valve cylindrical plate,
• said flexible vessel containing at least one second component, whereupon the rupturing of said rupture membrane allows mixing of said at least one second component with said at least one first component to form said new mixture,
• said rupture membrane being ruptured via the axial movement of a puncture lance caused to axially translate as a result of the rotation of said rotatable first valve cylindrical plate relative to said stationary second valve cylindrical plate using a lead screw and a rotation-arresting spline,
• said rupturing occurring at a rupture position at a second aligning angle,
• said second aligning angle being in at least one valve closed position to prevent material from entering said rotatable applicator valve assembly,
• and a mixing position at a third aligning angle between said rotatable first valve cylindrical plate relative to said stationary second valve cylindrical plate and said third aligning angle being in at least one valve closed position to prevent material from entering said rotatable applicator valve assembly and retraction of puncture lance to allow free passage of said at least one second component from said flexible vessel into said interior of said outer container,
• or
• (C2) a rigid containment and release vessel comprising an inner rotating cylinder with an inner rotating cylinder interior compartment and a shaft attachment to said rotatable first valve cylindrical plate and an outer stationary cylinder affixed to said stationary second valve cylindrical plate,
• said outer stationary cylinder containing at least two outer release slots;
• said inner rotating cylinder containing at least two inner release slots;
• said rigid containment and release vessel contained below said stationary second valve cylindrical plate and within the said outer container,
• said rigid containment and release vessel containing within said inner rotating cylinder interior compartment at least one second component,
• said rigid containment and release vessel being capable of being set to at least one closed position at a second aligning angle wherein said at least one second component contained within said inner rotating cylinder interior compartment cannot escape said inner rotating cylinder interior compartment and said at least one first component and/or said new mixture contained within said outer container cannot enter said rotatable applicator valve assembly
• and
• said rigid containment and release vessel being capable of being set to a mixing position at a third aligning angle wherein said at least two outer release slots and said at least two inner release slots are aligned and at least one second component can pass out of said inner rotating cylinder interior compartment and mix with said at least one first component contained within said outer container when external pressure and/or massaging and/or squeezing and/or shaking and/or manual force is applied to said outer container to create said new mixture and said new mixture is contained within said outer container and cannot enter said rotatable applicator valve assembly
• and
• said rigid containment and release vessel being capable of being set to a valve open position at a first aligning angle wherein said at least two outer release slots and said at least two inner release slots are aligned and at least one second component can pass out of said inner rotating cylinder interior compartment and mix with at least one first component contained within said outer container to create and/or continue to create said new mixture and said new mixture contained within said outer container and can enter said rotatable applicator valve assembly when external pressure and/or massaging and/or squeezing and/or manual force is applied to said outer container and/or when pressure increases sufficiently within the interior of said outer container.