A thermally insulated container comprising: a frusto-conical support base internally comprising a heat source with connection to an external electrical source, a flat support base, an elongated main body of circular section with thermally insulated walls with connectors arranged at the base of said body to electrically link a shielded electrical resistance; a plug with a shutter that acts as a closure of the main body mounted in the mouth of said body by means of a thread and comprising a safety pressure element. The thermally insulated container is particularly adequate for heating water to two temperature settings to be used to prepare mate beverage or to prepare other infusions. In a first embodiment the container holds 500cc of water and in another embodiment it holds one liter of water.

A thermally insulated container comprising: a frusto-conical support base internally comprising a heat source with connection to an external electrical source, a flat support base, an elongated main body of circular section with thermally insulated walls with connectors arranged at the base of said body to electrically link a shielded electrical resistance; a plug with a shutter that acts as a closure of the main body mounted in the mouth of said body by means of a thread and comprising a safety pressure element. The thermally insulated container is particularly adequate for heating water to two temperature settings to be used to prepare mate beverage or to prepare other infusions. In a first embodiment the container holds 500cc of water and in another embodiment it holds one liter of water.

A whistling lid assembly for use as a stand-alone item, or with a pot, is disclosed herein. The lid assembly is adapted to sit upon a pot, the lid assembly including a lid, a hole formed in the lid, a whistle assembly attached to the lid assembly about the hole, the whistle assembly including a lower disc in fluid communication with the pot through the hole in the lid, the lower disc having a lower disc hole, an upper disc with an upper disc hole, and an outer wall surrounding outer radius surfaces of both the lower and the upper discs, and wherein when energy is applied to the contents of the pot causing steam to develop and pass through the hole in the lid to the whistle assembly, a whistling noise is generated through interaction between the steam, the lower disc hole and the upper disc hole.

A whistling lid assembly for use as a stand-alone item, or with a pot, is disclosed herein. The lid assembly is adapted to sit upon a pot, the lid assembly including a lid, a hole formed in the lid, a whistle assembly attached to the lid assembly about the hole, the whistle assembly including a lower disc in fluid communication with the pot through the hole in the lid, the lower disc having a lower disc hole, an upper disc with an upper disc hole, and an outer wall surrounding outer radius surfaces of both the lower and the upper discs, and wherein when energy is applied to the contents of the pot causing steam to develop and pass through the hole in the lid to the whistle assembly, a whistling noise is generated through interaction between the steam, the lower disc hole and the upper disc hole.

A method of controllably heating nasal rinsing solution inside a neti pot is provided. The method comprises the following steps: providing a nasal rinse system comprising: a neti pot having a main body forming a cavity for receiving a rinsing solution; a spout extending from a top portion of the main body; an opening defined by a top portion of the main body, wherein the opening communicates with the cavity; a lower portion of the main body incorporating a heating element electrically connected to a power source, wherein the heating element provides a thermostat for determining the heat at the heating element; and at least one indicator light that is electrically connected to the thermostat so that the at least one indicator light is activated when the said heat reaches a predetermined temperature; pouring the rinsing solution through the opening; and waiting for the at least one indicator light to by activated.

A method of controllably heating nasal rinsing solution inside a neti pot is provided. The method comprises the following steps: providing a nasal rinse system comprising: a neti pot having a main body forming a cavity for receiving a rinsing solution; a spout extending from a top portion of the main body; an opening defined by a top portion of the main body, wherein the opening communicates with the cavity; a lower portion of the main body incorporating a heating element electrically connected to a power source, wherein the heating element provides a thermostat for determining the heat at the heating element; and at least one indicator light that is electrically connected to the thermostat so that the at least one indicator light is activated when the said heat reaches a predetermined temperature; pouring the rinsing solution through the opening; and waiting for the at least one indicator light to by activated.

The present invention provides an improved safety tea kettle apparatus with multiple components that enhance safety. The present invention to provide a kettle with an improved steam diverting mechanisms that offers the user increased protection from steam and hot liquids by deflecting them. Another feature of the new improved kettle includes sealing means comprised within the kettle opening ushering dangerous away from the pouring mechanism. Material considerations also provide a safer handling to prevent burns while grasping the kettle for pouring. Additionally, the disclosed kettle comprises improved whistling mechanisms that provide musicality along with enhanced safety measures.

The present invention provides an improved safety tea kettle apparatus with multiple components that enhance safety. The present invention to provide a kettle with an improved steam diverting mechanisms that offers the user increased protection from steam and hot liquids by deflecting them. Another feature of the new improved kettle includes sealing means comprised within the kettle opening ushering dangerous away from the pouring mechanism. Material considerations also provide a safer handling to prevent burns while grasping the kettle for pouring. Additionally, the disclosed kettle comprises improved whistling mechanisms that provide musicality along with enhanced safety measures.

A device having a whistle unit comprising a tubular member and a base ring with an aperture. The base ring is configured to attach to the tubular member such that the passage of the tubular member aligns precisely with the aperture of the base ring, facilitating efficient steam flow. Additionally, the device includes a stem member connected to the whistle member, and a handle that is detachably positioned between the whistle member and the stem member. This design ensures optimal functionality and ease of assembly, providing a versatile solution for steam release and signaling applications.

A device having a whistle unit comprising a tubular member and a base ring with an aperture. The base ring is configured to attach to the tubular member such that the passage of the tubular member aligns precisely with the aperture of the base ring, facilitating efficient steam flow. Additionally, the device includes a stem member connected to the whistle member, and a handle that is detachably positioned between the whistle member and the stem member. This design ensures optimal functionality and ease of assembly, providing a versatile solution for steam release and signaling applications.