Double wall insulated beverage housing system with temperature maintenance

An insulated beverage system for receiving a beverage, the system comprising:

• a transfer housing constructed from a rigid material;
• a phase change material sealed within the transfer housing, wherein the phase change material is configured to cool the beverage below an environmental temperature;
• a housing configured to receive the beverage, wherein the housing accepts placement of at least a portion of the transfer housing within the housing, wherein the transfer housing is removable from the housing for cooling the phase change material stored within the transfer housing;
• an inner wall of the housing, wherein the transfer housing remains detached from the inner wall to allow movement of the transfer housing in relation to the inner wall;
• an outer wall of the housing, wherein the outer wall is secured to the inner wall to not allow removal of the inner wall from the outer wall;
• a vacuum sealed chamber formed between the inner wall and the outer wall, wherein the transfer housing installs adjacent the inner wall, wherein the vacuum sealed chamber is formed radially inward from the outer wall, wherein the transfer housing abuts the vacuum sealed chamber, wherein the inner wall seals with the outer wall to maintain the vacuum sealed chamber, wherein the transfer housing forms no portion of the vacuum sealed chamber, wherein the vacuum sealed chamber is inseparable from the housing, wherein the transfer housing is separable from the vacuum sealed chamber and the housing for removing the transfer housing from the housing and the vacuum sealed chamber without opening the vacuum sealed chamber, wherein the transfer housing is removable from the housing and the vacuum sealed chamber for cooling the phase change material outside of the vacuum sealed chamber to cool the phase change material stored within the transfer housing below the environmental temperature;
• an opening in the housing wherein the opening extends vertically downward into the housing, the opening receiving the transfer housing, the vacuum sealed chamber located adjacent and radially outward from the opening, wherein the opening abuts the vacuum sealed chamber;
• a retention shoulder removably attached to the housing at a threaded attachment, the retention shoulder attaching to the housing to secure the transfer housing within the housing, the retention shoulder detaching from the housing for removal and insertion of the transfer housing within the housing, the retention shoulder extending radially inward from the threaded attachment of the retention shoulder at the inner wall, wherein the retention shoulder extends vertically above the transfer housing to limit vertical movement of the transfer housing;
• wherein the threaded attachment is located radially outward from the opening, wherein the retention shoulder extends radially inward from the threaded attachment over the opening, wherein attachment of the retention shoulder to the housing limits vertical movement of the transfer housing within the opening.

An insulated beverage system for receiving a beverage, the system comprising:

• a transfer housing constructed from a rigid material, wherein the transfer housing has an opening in a top of the transfer housing that extends through a bottom of the transfer housing;
• a phase change material sealed within the transfer housing, wherein the phase change material is configured to cool the beverage below an environmental temperature at which the beverage is consumed;
• a housing configured to receive the beverage, wherein the housing accepts placement of at least a portion of the transfer housing within the housing, wherein the transfer housing is removable from the housing;
• an inner wall of the housing, wherein the transfer housing remains detached from the inner wall to allow movement of the transfer housing in relation to the inner wall;
• an outer wall of the housing, wherein the outer wall is secured to the inner wall to not allow removal of the inner wall from the outer wall;
• a vacuum sealed chamber formed between the inner wall and the outer wall, wherein the vacuum sealed chamber is formed radially inward from the outer wall and interior of the housing, wherein the transfer housing installs adjacent the vacuum sealed chamber and the inner wall, wherein the transfer housing installed within the housing abuts the vacuum sealed chamber wherein the inner wall seals with the outer wall to maintain the vacuum sealed chamber, wherein the vacuum sealed chamber is inseparable from the housing, wherein the transfer housing is separable from the vacuum sealed chamber and the housing for removing the transfer housing from the housing and the vacuum sealed chamber without opening the vacuum sealed chamber, wherein the housing is secured to the vacuum sealed chamber, wherein the transfer housing is removable from the housing and the vacuum sealed chamber for cooling the phase change material outside of the vacuum sealed chamber below the environment, wherein removal of the transfer housing from the vacuum sealed chamber eliminates coverage of the transfer housing by the vacuum sealed chamber for cooling the phase change material stored within the transfer housing below the environmental temperature without insulation from the vacuum sealed chamber;
• an opening in the housing wherein the opening extends vertically downward into the housing, the opening receiving the transfer housing, the vacuum sealed chamber located adjacent and radially outward from the opening;
• a retention shoulder removably attached to the housing, the retention shoulder attaching to the housing to secure the transfer housing within the housing, the retention shoulder detaching from the housing for removal and insertion of the transfer housing within the housing, the retention shoulder extending radially inward from a threaded attachment of the retention shoulder to the inner wall, the retention shoulder extending radially inward directly above the vacuum sealed chamber and the transfer housing to limit vertical movement of the transfer housing;
• threads secured to the housing and the vacuum sealed chamber located above the uppermost portion of the transfer housing installed within the housing, wherein the threads extend from the housing vertically above the vacuum sealed chamber;
• and
• threads secured to the retention shoulder wherein the threads of the retention shoulder mate with the threads of the housing for a threaded attachment of the retention shoulder with the housing;
• an opening in the housing wherein the opening extends vertically downward into the housing, wherein the transfer housing is placed within the opening, wherein the opening is located radially inward from the vacuum sealed chamber, wherein the opening abuts the vacuum sealed chamber;
• wherein the threads extending radially from the housing are located radially outward from the opening;
• wherein attachment of the retention shoulder narrows the opening, wherein the retention shoulder extends radially inward past an outer edge of the opening.