An injection molded lid (100) for use with a container, which includes a lid body (110) and a securing member (150). The lid body (110) includes a cover portion (120) and a flange portion (130). One side wall (134) of the flange portion has one or more notches (138). The securing member (150) includes a frame (152) and at least one tab (154). The tab (154) covers the notch. The securing member (150) provides extra fastening strength that prevents the spillage or leakage of the content within the container.

The container with a lid attached to a threaded closure mechanism includes a receptacle having a mouth surrounded by a thread, a lid, a sealing ring and a closure mechanism formed by a disc with a hollow interior and a perimetral tubular skirt provided with an engagement configuration complementary to the thread of the receptacle. The closure mechanism surrounds the lid and holds it against the mouth of the receptacle by means of a threaded attachment between the engagement configuration of the closure mechanism and the thread of the receptacle, assuring proper hermetic closure of the lid with the receptacle in cooperation with the sealing ring and a retainer element connected to the closure mechanism to constrict an insertion passage thereof thereby retaining the lid into the closure mechanism.

The container with a lid attached to a threaded closure mechanism includes a receptacle having a mouth surrounded by a thread, a lid, a sealing ring and a closure mechanism formed by a disc with a hollow interior and a perimetral tubular skirt provided with an engagement configuration complementary to the thread of the receptacle. The closure mechanism surrounds the lid and holds it against the mouth of the receptacle by means of a threaded attachment between the engagement configuration of the closure mechanism and the thread of the receptacle, assuring proper hermetic closure of the lid with the receptacle in cooperation with the sealing ring and a retainer element connected to the closure mechanism to constrict an insertion passage thereof thereby retaining the lid into the closure mechanism.

A container for retrievably storing substances and retaining temperatures of the substances comprises a container body comprising a neck portion and a body portion, and a container cover comprising cover openings. The body portion comprises interior walls and an exterior wall disposed around the interior walls. The interior walls form chambers within the body portion. The neck portion comprises openings in a base wall of the neck portion. The openings lead into the chambers. Each of the interior walls is thermally isolated from the interior walls and the exterior wall. The interior walls and the exterior wall thermally isolate a substance for retaining a temperature of the substance stored in each of the chambers. The cover openings couple with the openings based on coupling the container cover with the neck portion. The container cover allows an independent retrieval of the substances from the chambers through the cover openings.

A beverage system is provided that includes a cup having a frustoconical wall extending from a first end to a second end. The first end is coupled to a bottom wall and the second end defines a rim. Inner surfaces of the walls define a cavity. The rim defines an opening that is in communication with the cavity. A lid is coupled to the rim such that the lid covers at least a portion of the opening. A sleeve includes a collar that surrounds a portion of the frustoconical wall. The sleeve includes first and second arms. The arms each include a first end coupled to the collar and an opposite second end. The second end of the first arm directly engages the lid. The second end of the second arm directly engages the second end of the first arm when the second end of the first arm directly engages the lid to prevent the lid from being removed from the cup.

A beverage system is provided that includes a cup having a frustoconical wall extending from a first end to a second end. The first end is coupled to a bottom wall and the second end defines a rim. Inner surfaces of the walls define a cavity. The rim defines an opening that is in communication with the cavity. A lid is coupled to the rim such that the lid covers at least a portion of the opening. A sleeve includes a collar that surrounds a portion of the frustoconical wall. The sleeve includes first and second arms. The arms each include a first end coupled to the collar and an opposite second end. The second end of the first arm directly engages the lid. The second end of the second arm directly engages the second end of the first arm when the second end of the first arm directly engages the lid to prevent the lid from being removed from the cup.

A beverage system is provided that includes a cup having a frustoconical wall extending from a first end to a second end. The first end is coupled to a bottom wall and the second end defines a rim. Inner surfaces of the walls define a cavity. The rim defines an opening that is in communication with the cavity. A lid is coupled to the rim such that the lid covers at least a portion of the opening. A sleeve includes a collar that surrounds a portion of the frustoconical wall. The sleeve includes first and second arms. The arms each include a first end coupled to the collar and an opposite second end. The second end of the first arm directly engages the lid. The second end of the second arm directly engages the second end of the first arm when the second end of the first arm directly engages the lid to prevent the lid from being removed from the cup.

An axially sealing plug may not require modification of a hole being sealed in a tube or pipe. The plug may only require an axial load for activation (not torque), work independently of temperature, require no explosives, and be lightweight and compact. The plug may include a housing or a seal cup that includes at least one tooth on an outer surface and a ramp on an inner surface. The plug may also include a ferrule including a beveled, curved, or chamfered lower end. The ferrule is configured to be inserted inside the housing or seal cup.

An axially sealing plug may not require modification of a hole being sealed in a tube or pipe. The plug may only require an axial load for activation (not torque), work independently of temperature, require no explosives, and be lightweight and compact. The plug may include a housing or a seal cup that includes at least one tooth on an outer surface and a ramp on an inner surface. The plug may also include a ferrule including a beveled, curved, or chamfered lower end. The ferrule is configured to be inserted inside the housing or seal cup.

The container with a lid and threaded closure mechanism includes a receptacle having a mouth surrounded by a thread, a lid, a sealing ring and a closure mechanism formed by a disc with a hollow interior and a perimetral tubular skirt provided with an engagement configuration complementary to the thread of the receptacle. The closure mechanism surrounds the lid and holds it against the mouth of the receptacle by means of a threaded attachment between the engagement configuration of the closure mechanism and the thread of the receptacle, assuring proper hermetic closure of the lid with the receptacle in cooperation with the sealing ring. The lid and the closure mechanism have mutually engaging elements with a complementary non-circular geometry and size, with both elements being tightly fitted preventing relative rotation of the closure mechanism with respect to the lid.