Abstract: Embodiments of the present invention provide a kit of a plurality of detachable pockets, a detachable pocket and associated methods. An embodiment of a kit has a container with a plurality of detachable pockets positioned therein. Each pocket within the container be used to hold personal items on a person's clothing or skin by adherence of the pocket to a person's skin or clothing. Example embodiments of the detachable pocket include a pocket body having a pocket layer and a flange. Both the pocket layer and the flange can be fabricated from one or more materials. The pocket layer can have an end to be attached as open and defining an open end and three sides having the flange disposed there around and to which adhesive is disposed. The pocket can be attached and removed as desired.

Abstract: Embodiments of the present invention provide a kit of a plurality of detachable pockets, a detachable pocket and associated methods. An embodiment of a kit has a container with a plurality of detachable pockets positioned therein. Each pocket within the container be used to hold personal items on a person's clothing or skin by adherence of the pocket to a person's skin or clothing. Example embodiments of the detachable pocket include a pocket body having a pocket layer and a flange. Both the pocket layer and the flange can be fabricated from one or more materials. The pocket layer can have an end to be attached as open and defining an open end and three sides having the flange disposed there around and to which adhesive is disposed. The pocket can be attached and removed as desired.

Abstract: Embodiments of the present invention provide a kit of a plurality of detachable pockets, a detachable pocket and associated methods. An embodiment of a kit has a container with a plurality of detachable pockets positioned therein. Each pocket within the container be used to hold personal items on a person's clothing or skin by adherence of the pocket to a person's skin or clothing. Example embodiments of the detachable pocket include a pocket body having a pocket layer and a flange. Both the pocket layer and the flange can be fabricated from one or more materials. The pocket layer can have an end to be attached as open and defining an open end and three sides having the flange disposed there around and to which adhesive is disposed. The pocket can be attached and removed as desired.

Abstract: A seal kit for vehicle air conditioning systems and associated methods are provided. The seal kit includes a container and a set of a plurality of retrofit seals positioned in the container and adapted to retrofit a set of a plurality of existing seals of any one preselected group of different vehicle air conditioning systems corresponding to a preselected group of different vehicles. The seal kit simplifies and shortens the selling cycle by condensing multiple similar vehicles' seal requirements into kits allowing the ready identification of system seals by year, make, model, and when applicable, engine type. The condensing of individual components or seals into kits also allows reduction of inventory. The identification by year, make, model, and engine type speeds the selling process by quickly identifying the necessary kit and allowing one kit to be sold instead of multiple components or seals.

Abstract: A seal kit for vehicle air conditioning systems and associated methods are provided. The seal kit includes a container and a set of a plurality of retrofit seals positioned in the container and adapted to retrofit a set of a plurality of existing seals of any one preselected group of different vehicle air conditioning systems corresponding to a preselected group of different vehicles. The seal kit simplifies and shortens the selling cycle by condensing multiple similar vehicles' seal requirements into kits allowing the ready identification of system seals by year, make, model, and when applicable, engine type. The condensing of individual components or seals into kits also allows reduction of inventory. The identification by year, make, model, and engine type speeds the selling process by quickly identifying the necessary kit and allowing one kit to be sold instead of multiple components or seals.

Abstract: A seal kit for vehicle air conditioning systems and associated methods are provided. The seal kit includes a container and a set of a plurality of retrofit seals positioned in the container and adapted to retrofit a set of a plurality of existing seals of any one preselected group of different vehicle air conditioning systems corresponding to a preselected group of different vehicles. The seal kit simplifies and shortens the selling cycle by condensing multiple similar vehicles' seal requirements into kits allowing the ready identification of system seals by year, make, model, and when applicable, engine type. The condensing of individual components or seals into kits also allows reduction of inventory. The identification by year, make, model, and engine type speeds the selling process by quickly identifying the necessary kit and allowing one kit to be sold instead of multiple components or seals.

Abstract: A seal kit for vehicle air conditioning systems and associated methods are provided. The seal kit includes a container and a set of a plurality of retrofit seals positioned in the container and adapted to retrofit a set of a plurality of existing seals of any one preselected group of different vehicle air conditioning systems corresponding to a preselected group of different vehicles. The seal kit simplifies and shortens the selling cycle by condensing multiple similar vehicles' seal requirements into kits allowing the ready identification of system seals by year, make, model, and when applicable, engine type. The condensing of individual components or seals into kits also allows reduction of inventory. The identification by year, make, model, and engine type speeds the selling process by quickly identifying the necessary kit and allowing one kit to be sold instead of multiple components or seals.

Abstract: A seal kit for vehicle air conditioning systems and associated methods are provided. The seal kit includes a container and a set of a plurality of retrofit seals positioned in the container and adapted to retrofit a set of a plurality of existing seals of any one preselected group of different vehicle air conditioning systems corresponding to a preselected group of different vehicles. The seal kit simplifies and shortens the selling cycle by condensing multiple similar vehicles' seal requirements into kits allowing the ready identification of system seals by year, make, model, and when applicable, engine type. The condensing of individual components or seals into kits also allows reduction of inventory. The identification by year, make, model, and engine type speeds the selling process by quickly identifying the necessary kit and allowing one kit to be sold instead of multiple components or seals.

Abstract: A seal kit for vehicle air conditioning systems and associated methods are provided. The seal kit includes a container and a set of a plurality of retrofit seals positioned in the container and adapted to retrofit a set of a plurality of existing seals of any one preselected group of different vehicle air conditioning systems corresponding to a preselected group of different vehicles. The seal kit simplifies and shortens the selling cycle by condensing multiple similar vehicles' seal requirements into kits allowing the ready identification of system seals by year, make, model, and when applicable, engine type. The condensing of individual components or seals into kits also allows reduction of inventory. The identification by year, make, model, and engine type speeds the selling process by quickly identifying the necessary kit and allowing one kit to be sold instead of multiple components or seals.

Abstract: A vehicle air conditioning compressor plate and seal combination to be positioned on a housing of a vehicle air conditioning compressor, a plate member, and a pad seal member, and related methods are provided. The combination includes a transporting plate member having a plate body including a first transporting pad seal opening formed in and extending through a first end portion of the plate body from an upper surface to a lower surface thereof and adapted to coaxially align with the fluid opening in the air conditioning compressor housing when the lower surface of the plate body is positioned adjacent thereto and a second transporting fastener opening extending through a second end portion and a medial portion of the plate body from the upper surface to the lower surface thereof and adapted to be positioned adjacent the fastener opening in the air conditioning compressor housing when the plate body is positioned adjacent thereto.

Abstract: A seal kit for vehicle air conditioning systems and associated methods are provided. The seal kit includes a container and a set of a plurality of retrofit seals positioned in the container and adapted to retrofit a set of a plurality of existing seals of any one preselected group of different vehicle air conditioning systems corresponding to a preselected group of different vehicles. The seal kit simplifies and shortens the selling cycle by condensing multiple similar vehicles' seal requirements into kits allowing the ready identification of system seals by year, make, model, and when applicable, engine type. The condensing of individual components or seals into kits also allows reduction of inventory. The identification by year, make, model, and engine type speeds the selling process by quickly identifying the necessary kit and allowing one kit to be sold instead of multiple components or seals.