Resealable airtight storage jar assembly
A resealable airtight storage jar assembly that includes a portable jar body defining ajar opening, an inner cap member with an internal sidewall extending from an upper wall and an inner cap sidewall extending from the upper wall and defining a threaded configuration corresponding to a threaded configuration defined on a sidewall of the portable jar body, wherein the inner cap member is operably configured to have a hermetically sealed position covering the jar opening. The jar assembly also includes an outer cap member with a lip radially extending from a sidewall thereon and to restrict longitudinal movement of the inner cap member thereover. The jar assembly also includes an elastomeric gasket coupled to the inner cap member and operably configured to seat over and seal the jar body defining the jar opening.
1. A resealable airtight storage jar assembly comprising:
a portable jar body with a first end defining a jar opening, a second end opposite the first end, a sidewall defining a threaded configuration thereon, and a bottom wall defining, with the sidewall, a storage cavity spatially coupled to the jar opening;
an inner cap member with an upper wall, an internal sidewall of an annular shape, having a diameter, and extending from the upper wall of the inner cap member, and an inner cap sidewall extending from the upper wall of the inner cap member and defining a threaded configuration corresponding to the threaded configuration defined on the sidewall of the portable jar body, the inner cap member operably configured to have a sealed position along a cap-jar coupling path with the inner cap member covering the jar opening and hermetically sealing the storage cavity;
an outer cap member with an upper wall and an outer cap sidewall extending from the upper wall and including a lip radially extending from an inner surface of the outer cap member and configured to restrict longitudinal movement of the inner cap member thereover, the inner cap member interposed between the lip and the upper wall of the outer cap member; and
an elastomeric gasket with a substantially planar upper surface without any sharp or raised protrusions spanning from an inner diameter to an outer diameter of the elastomeric gasket, with a substantially planar lower surface opposing the upper surface of the elastomer gasket and without any sharp or raised protrusions spanning from the inner diameter of the elastomeric gasket to the outer diameter of the elastomeric gasket, with an inner wall of an annular shape, defining a central aperture with the internal sidewall disposed therein, with a diameter less than the diameter of the internal sidewall to compressively retain the elastomeric gasket to the internal sidewall of the inner cap member, and with the inner wall disposed directly adjacent to the internal sidewall to share a common border with the internal sidewall, with an outer wall disposed proximal to the inner cap sidewall, and, when in the sealed position, with the substantially planar lower surface of the elastomeric gasket is seated directly over and contacting the first end of the portable jar body that defines the jar opening and, when the inner cap member and outer cap member are in an uncoupled position removed from the jar body, the lower surface of the elastomeric gasket remains substantially planar.
2. The resealable airtight storage jar assembly according to claim 1 , wherein:
the lip spanning continuously around a perimeter of the inner surface of the outer cap member.
3. The resealable airtight storage jar assembly according to claim 1 , wherein the sidewall of the portable jar body further comprises:
an upper edge that defines the jar opening and, when in the sealed position, has the lower surface of the elastomeric gasket seated directly thereon and contacting.
4. The resealable airtight storage jar assemblyaccording to claim 1 , wherein:
the storage cavity is less than 800 cm 3 , thereby providing a handheld portable jar body.
5. The resealable airtight storage jar assembly according to claim 1 , wherein:
the outer cap member and inner cap member are of a substantially rigid polymeric material.
6. The resealable airtight storage jar assembly according to claim 5 , wherein:
the portable jar body is of a transparent glass.
7. The resealable airtight storage jar assembly according to claim 1 , the inner cap member operably configured to independently translate longitudinally and rotate relative to the outer cap member and further comprising:
a lower surface of the upper wall of the outer cap member; and
an upper surface of the upper wall of the inner cap member, wherein the lower surface of the upper wall of the outer cap member and the upper surface of the upper wall of the inner cap member having, collectively, a plurality of raised surfaces operably configured to engage with one another to selectivelyand simultaneously rotate the inner cap member and the outer cap member.
8. A resealable airtight storage jar assembly comprising:
a portable jar body with a first end, a second end opposite the first end, a sidewall with an upper edge defining a jar opening and defining a threaded configuration thereon, and a bottom wall defining, with the sidewall, a storage cavity spatially coupled to the jar opening;
an inner cap member with an upper wall having an upper surface, an internal sidewall of an annular shape, having a diameter, and extending from the upper wall of the inner cap member, and an inner cap sidewall extending from the upper wall of the inner cap member and defining a threaded configuration corresponding to the threaded configuration defined on the sidewall of the portable jar body, the inner cap member operably configured to have a sealed position along a cap-jar coupling path with the inner cap member covering the jar opening and hermetically sealing the storage cavity;
an outer cap member with an upper wall having a lower surface and an outer cap sidewall extending from the upper wall and including a lip radially extending from an inner surface of the outer cap member and configured to restrict longitudinal movement of the inner cap member thereover, wherein the inner cap member is interposed between the lip and the upper wall of the outer cap member, the lower surface of the upper wall of the outer cap member and the upper surface of the upper wall of the inner cap member having, collectively, a plurality of raised surfaces operably configured to engage with one another to selectively and simultaneously rotate the inner cap member and the outer cap member, and the inner cap member operably configured to independently translate longitudinally and rotate relative to the outer cap member; and
an elastomeric gasket with a substantially planar upper surface without any sharp or raised protrusions spanning from an inner diameter to an outer diameter of the elastomeric gasket, with a substantially planar lower surface opposing the upper surface of the elastomer gasket and without any sharp or raised protrusions spanning from the inner diameter of the elastomeric gasket to the outer diameter of the elastomeric gasket, with an inner wall of an annular shape, defining a central aperture with the internal sidewall disposed therein, with a diameter less than the diameter of the internal sidewall to compressively retain the elastomeric gasket to the internal sidewall of the inner cap member, and disposed directly adjacent to the internal sidewall to share a common border with the internal sidewall, and, when in the sealed position, with the substantially planar lower surface of the elastomeric gasket is seated directly over and contacting the upper edge of the sidewall of the portable jar body and, when the inner cap member and outer cap member are in an uncoupled position removed from the jar body, the lower surface of the elastomeric gasket remains substantially planar.
9. The resealable airtight storage jar assembly according to claim 8 , wherein:
the lip spanning continuously around a perimeter of the inner surface of the outer cap member.