A rotary tea bottle, comprising a tea bottle, the tea bottle comprises a bottle body, a rotary assembly a first filtration mesh, and a second filtration mesh; the bottle body comprises upper and lower containers; the first filtration mesh is fixed on the upper part of the upper container; the second filtration mesh is fixed on the rotary assembly; the rotary assembly comprises rotary upper and lower assemblies; the rotary upper assembly is connected to the upper container; the rotary upper assembly is rotationally fixed on the rotary lower assembly; the rotary lower assembly is connected to the lower container; the rotary upper and lower assemblies are each provided with a through hole, the through holes are correspondingly connected; the upper assembly is used to rotated, so that the through holes are connected or not connected, the rotary tea bottle is good for brewing tea.

A disposable packaging form is provided for brewed, hot drinks. The invention allows a user to brew the hot drink, squeeze out the brewed contents, and stir the contents of the hot drink. Each action can be performed multiple times before disposal. In some embodiments, the device of the present invention dispenses sweeteners, creamers, flavorings and condiments. The present invention frees the user of the inconvenience of having to collect, wash, or dispose of the stirrers, squeezers and bags of the hot drink individually.

A disposable packaging form is provided for brewed, hot drinks. The invention allows a user to brew the hot drink, squeeze out the brewed contents, and stir the contents of the hot drink. Each action can be performed multiple times before disposal. In some embodiments, the device of the present invention dispenses sweeteners, creamers, flavorings and condiments. The present invention frees the user of the inconvenience of having to collect, wash, or dispose of the stirrers, squeezers and bags of the hot drink individually.

A mug cap apparatus for brew-through comprising a cylindrical body having a primary hallow opening in the center and at least one cylindrical body attaching tab formed around the cylindrical body; the cylindrical body attaching tab formed a recess; a secondary opening positioned in the cylindrical body and within the recess; a first lid having a blade edge for ease of opening and a sealer that seals the secondary opening when the first lid is in closed configuration; the first lid further comprises at least one attachment point; a second lid having at least one second lid attaching tab wherein the second lid attaching tab comprises at least one first attachment point to the first lid and at least one second attachment point to the cylindrical body attaching tab; where the first attachment point and the second attachment point are positioned in linear space apart along the edge of the cylindrical body attaching tab; wherein the first attachment point is positioned in proximity to the center of the hallow opening and the second attachment point is positioned in proximity to the edge of the hallow opening; wherein the second lid further comprises a sealer that seals the primary hallow opening when in closed configuration; wherein in lifting the first lid in open configuration will result in lifting the second lid.

A mug cap apparatus for brew-through comprising a cylindrical body having a primary hallow opening in the center and at least one cylindrical body attaching tab formed around the cylindrical body; the cylindrical body attaching tab formed a recess; a secondary opening positioned in the cylindrical body and within the recess; a first lid having a blade edge for ease of opening and a sealer that seals the secondary opening when the first lid is in closed configuration; the first lid further comprises at least one attachment point; a second lid having at least one second lid attaching tab wherein the second lid attaching tab comprises at least one first attachment point to the first lid and at least one second attachment point to the cylindrical body attaching tab; where the first attachment point and the second attachment point are positioned in linear space apart along the edge of the cylindrical body attaching tab; wherein the first attachment point is positioned in proximity to the center of the hallow opening and the second attachment point is positioned in proximity to the edge of the hallow opening; wherein the second lid further comprises a sealer that seals the primary hallow opening when in closed configuration; wherein in lifting the first lid in open configuration will result in lifting the second lid.

A brewing device (100) may be used to brew coffee or other brewable substances such as tea. The brewing device may include a housing (110) and one or more handles (120) for attaching the housing to a beverage container, such as a mug. The handles (120) may be moved between a stored and deployed position. The housing (110) may be porous and include a plurality of perforations (112) on each side. There may be about 70 perforations, with an even number distributed on each side of the housing, and the perforations may have a diameter of about 2.33 mm so as to permit the flow of oils and other elements of coffee which might otherwise be filtered through the housing material.

A brewing device (100) may be used to brew coffee or other brewable substances such as tea. The brewing device may include a housing (110) and one or more handles (120) for attaching the housing to a beverage container, such as a mug. The handles (120) may be moved between a stored and deployed position. The housing (110) may be porous and include a plurality of perforations (112) on each side. There may be about 70 perforations, with an even number distributed on each side of the housing, and the perforations may have a diameter of about 2.33 mm so as to permit the flow of oils and other elements of coffee which might otherwise be filtered through the housing material.

The invention is intended to solve the problem of squeezing and recycling of individual tea bags after their use, to enhance the aesthetic component of the process, as well as to be used as an advertising, information medium. In its original static state, the device has an elongated shape, presumably of a rectangular flat plate. After the device is folded in half, i.e. after the completion of its operation cycle, it acquires a different shape, presumably of a triangular, with four legs (the number is optional), fixing it to a surface, for example, a table. The used bag will be located inside the device, on any of its planes. Due to its low cost, a one-time and widespread use of the device is foreseen.

The invention is intended to solve the problem of squeezing and recycling of individual tea bags after their use, to enhance the aesthetic component of the process, as well as to be used as an advertising, information medium. In its original static state, the device has an elongated shape, presumably of a rectangular flat plate. After the device is folded in half, i.e. after the completion of its operation cycle, it acquires a different shape, presumably of a triangular, with four legs (the number is optional), fixing it to a surface, for example, a table. The used bag will be located inside the device, on any of its planes. Due to its low cost, a one-time and widespread use of the device is foreseen.

A lid assembly includes a lid body and a lid body insert. The lid body includes an insert-receiving depression and a channel-guiding protuberance. The channel-guiding protuberance is formed at an upper depression surface of the insert-receiving depression. The insert-receiving depression is outfitted with a primary liquid outlet for enabling liquid egression therethrough. The lid body insert is receivable in the insert-receiving depression and includes a protuberance-receiving channel and a secondary liquid outlet. The protuberance-receiving channel receives the channel-guiding protuberance when the lid body insert is received in the insert-receiving depression. The lid body insert is rotatable intermediate first and second closed lid positions. The secondary liquid outlet is positionable in superior adjacency to the primary liquid outlet when in an open lid position for enabling liquid egression via both the primary and secondary liquid outlets. A lid assembly system and associated methodology is further contemplated.