A mixing device includes: a box body including a box bottom and an enclosure wall, the box bottom and the enclosure wall forming an accommodating cavity for holding liquid; a sealing strip, detachably joined to the enclosure wall to form a liquid conveying channel along a vertical direction between the enclosure wall and the sealing strip; and a Venturi structure separably disposed on a side of the box body. The liquid conveying channel is formed by joining the sealing strip to the box body, which solves a problem in that a traditional milk pipe is not easily cleaned, and a design without a milk pipe is combined with the complete Venturi structure, which ensures quality of the made milk foam, thereby meeting requirements of people for pursuing delicate mouthfeel and improving taste.

The present invention provides a milk foamer that implements simplification of a configuration of a cup lid, and reduces contamination and corrosion to a drive mechanism or a junction. A milk foamer includes a base body 1, a cup body 2 placed on the base body 1, a cup lid 3 placed on the cup body 2, and a stirring mechanism 5 configured to stir milk in the cup body 2, wherein the stirring mechanism 5 includes a stirring head 50 and a shaft 51 for supporting the stirring head 50, and a magnetic drive mechanism configured to magnetically drive the stirring head 50 is provided to the base body 1.

Provided is a liquid stirring apparatus of the type using a non-contact drive mechanism (4) where the stirrer is driven through a magnetic drive effect without a mechanical connection member intruding through a wall of a container (2) for receiving a liquid to be stirred. The stirrer is received in use within the container (2). The non-connect driving mechanism (4) is arranged externally of the container (2). A holder is provided for positioning the stirrer within the container (2) where the holder is not integrally formed with the container (2), but is a separate component therefrom. The holder is not affixed to the container (2), but locates within the container (2) such that it positions the stirrer adjacent a wall of the container (2) near to the external location of the non-contact drive mechanism (4). The holder is manually removable from the container (2) and the stirrer is manually removable from the holder for cleaning.

There is provided a kitchen appliance apparatus for using air in the kitchen, comprising a housing, wherein in the housing a pump system is provided which pump system comprises, a primary port (106), a secondary port (107), a single direction air pump (101) having an inlet (102) and an outlet (103); wherein the pump system is operational in a first pump mode in which air can be sucked in via the primary port; the pump system is operational in a second pump mode in which air can be blown out via the primary port; and is operational in a third pump mode in which the pump system is alternatingly sucking in and blowing air via the primary port.

A foamed product dispensing system, wherein the system includes: a product dispensing machine, configured to receive an exchangeable product container; a product container, configured to cooperate with the product dispensing machine, after placement in the machine; wherein the product container contains a foamable product, preferably a food product, for example cream, wherein the product container is provided with a product processing unit including a frothing device having a product entrance for receiving product and a product exit for discharging product, wherein the processing unit is connectable to a gas supply for supplying gas to the product, wherein the system includes a hermetically sealable wall structure that encloses a container receiving space for receiving the container, wherein the wall structure includes a product outlet port that is closable (and sealable) by a thermally insulating closure member.

A milk frother comprises a housing, a motor, a power supply, two rods, and two aerating members. The motor is located within the housing, with the motor comprising a rotatable shaft. The power supply is located within the housing, with the power supply configured to supply electrical power to the motor to effect rotation of the shaft. The two rods extend through the housing, with each of the rods comprising first and second ends. Each of the rods are operably coupled to the shaft proximate to the first ends, and rotation of the shaft effects rotation of the rods. Each of the aerating members is connected to one of the two rods proximate to the second ends. Rotation of the rods effects rotation of the aerating members to produce froth when the aerating members are placed within the milk.

A milk frothing head and a frother are provided. The milk frothing head includes a first frothing frame and a second frothing frames detachably connected to the first frothing frame. A connecting rod configured to connect to an external power device is disposed on the first frothing frame. At least one filter screen of a ring shape is mounted between the first frothing frame and the second frothing frame. A head end of the at least one filter screen is connected to a tail end of the at least one filter screen. The first frothing frame defines a first through hole. The second frothing frame defines a second through hole corresponding to the first through hole. When the milk frothing head rotates, bubbles are divided into small bubbles by the at least one filter screen, and the small bubbles form delicate and dense milk foam with milk.

A whisk means for a frother for producing a hot chocolate beverage is adapted to rotate in the liquid to mix the heating liquid. The whisk means comprises a whisk comprising a plurality of coils, which whisk is mounted on a support, the whisk means further comprising a basket located above the whisk means, which basket is provided with one or more slots for allowing the heating liquid to melt or dissolve the hot chocolate beverage precursor.

A device for the convenient frothing or mixing or agitating of milk or other liquids is disclosed. The unit may take many forms, but common to nearly all is that the user simply pours or dispenses the liquid from the devices vessel or holding area, and as the fluid flows to the devices exit spout, the fluid is frothed, thus providing a Pour to Froth experience.

Disclosed are an emulsification device and a beverage machine having the same. The emulsification device includes a Venturi structure and a switching apparatus. The Venturi structure includes a first mixing chamber and a second mixing chamber. In a case that a first steam channel is communicated with a steam source, steam flows through the first steam channel into the first mixing chamber to produce a mixed fluid with a first temperature based on a Venturi effect; and in a case that a second steam channel is communicated with the steam source, steam flows through the second steam channel into the second mixing chamber to produce a mixed fluid with a second temperature based on the Venturi effect, and the first temperature is not equal to the second temperature. Different types of beverages may be obtained by using milk foam with different temperatures.