A combination whisk and spatula assembly includes a handle that has a flattened base and the handle is standable in an upright position having the flattened base resting on a horizontal support surface. A whisk is coupled to and extends away from the handle such that the whisk can be manipulated for mixing a fluid food material. A cup extends around the whisk and the cup captures fluid dripping from the whisk when the handle is stood upon the flattened base. A pair of blades is each coupled to the whisk and each of the blades has a curved profile. In this way each of the blades can be scraped against an inside surface of a mixing bowl for removing fluid food material from the inside surface of the mixing bowl.

A stirring device is provided. The stirring device includes a stirring component and a base. the stirring component comprises a stirring portion and a holding portion, the stirring portion and the holding portion are connected to each other. The base defines an accommodating groove having an upper opening, at least one draining hole for communicating the accommodating groove with the outside is defined on a groove bottom wall of the accommodating groove, and the stirring portion is at least partially disposed in the accommodating groove. The stirring device that is capable of being properly placed and well protected.

A stirring device is provided. The stirring device includes a stirring component and a base. the stirring component comprises a stirring portion and a holding portion, the stirring portion and the holding portion are connected to each other. The base defines an accommodating groove having an upper opening, at least one draining hole for communicating the accommodating groove with the outside is defined on a groove bottom wall of the accommodating groove, and the stirring portion is at least partially disposed in the accommodating groove. The stirring device that is capable of being properly placed and well protected.

A handheld, hand-operated blender may include a container, a lid threadably connected to an upper portion of the container, a bottom portion including a stationary bottom portion threadably connected to a lower portion of the container and a rotatable bottom portion rotatable with respect to the container. The blender may also include a blade assembly including a plurality of blades and a shaft rotatably connected to the rotatable bottom portion and a gear assembly mechanically connected to the blade assembly and the rotatable bottom portion such that rotation of the rotatable bottom portion rotates the blade assembly at a faster revolution per minute than the rotation of the rotatable bottom portion.

A hand-held housing for a multi-purpose food preparation appliance, has at least one first drive output configured to drive a removable rotary work tool, an opening configured for mounting a removable work accessory, retaining members configured to engage with a connecting element of the work accessory mounted in the opening, and a second drive output configured to drive a rotary drive unit of the work accessory mounted in the opening. The retaining members are arranged on an outer part of a protrusion arranged inside the housing around the second drive output, the retaining members being configured to engage with an inner part of the connecting element.

A hand-held housing for a multi-purpose food preparation appliance, has at least one first drive output configured to drive a removable rotary work tool, an opening configured for mounting a removable work accessory, retaining members configured to engage with a connecting element of the work accessory mounted in the opening, and a second drive output configured to drive a rotary drive unit of the work accessory mounted in the opening. The retaining members are arranged on an outer part of a protrusion arranged inside the housing around the second drive output, the retaining members being configured to engage with an inner part of the connecting element.

A blade assembly for a blending system is shown and described. The blade assembly may include apertures formed through a body. The body may include paddles extending from the body. The blade assembly may be rotated to force a fluid through the apertures. The fluid may be frothed by the apertures.

A blade assembly for a blending system is shown and described. The blade assembly may include apertures formed through a body. The body may include paddles extending from the body. The blade assembly may be rotated to force a fluid through the apertures. The fluid may be frothed by the apertures.

A mixing tool is disclosed, comprising a handle portion with an elongated shape and a tool portion connected to one end of the handle. The tool portion features an outer frame with a loop shape and multiple elongated fins, each attached to the outer frame. These elongated fins have a first edge that extends along the length of a first side of each fin. The sides of the fin may be configured at an angle greater than 5 and less than 90 to the center plane. The design facilitates efficient mixing by enhancing the tool's ability to agitate and combine materials effectively.

A mixing tool is disclosed, comprising a handle portion with an elongated shape and a tool portion connected to one end of the handle. The tool portion features an outer frame with a loop shape and multiple elongated fins, each attached to the outer frame. These elongated fins have a first edge that extends along the length of a first side of each fin. The sides of the fin may be configured at an angle greater than 5 and less than 90 to the center plane. The design facilitates efficient mixing by enhancing the tool's ability to agitate and combine materials effectively.