초록 ▼

A holder (8) serves to store a device (1) for producing whipped cream in such a way that it is ready for use. The device (1) comprises a cylindrical housing (2) with an outlet nozzle (4) on one end thereof. In the housing, there is a supply space for cream (7) and also an operating mechanism for pro

A holder (8) serves to store a device (1) for producing whipped cream in such a way that it is ready for use. The device (1) comprises a cylindrical housing (2) with an outlet nozzle (4) on one end thereof. In the housing, there is a supply space for cream (7) and also an operating mechanism for producing whipped cream. The holder (8) has a hollow space (9) constructed so as to correspond to the shape of the housing (2). Portions of the wall (12) of the hollow space (9) are formed from heat conducting material. A Peltier element (13) is connected to the wall by its cold side. The remaining portion of the wall (10) of the hollow space (9) is thermally insulated. The holder can be arranged on a support wall or can stand on a counter. The device is accordingly constantly handy and its contents are cooled.

대표청구항 ▼

A holder for a hand-held whipped cream dispenser having a shaped housing containing a supply space for receiving cream, the housing having an outlet nozzle at a cone-shaped end face thereof and containing whipped cream producing means connected to the outlet nozzle so as to produce and discharge whi

A holder for a hand-held whipped cream dispenser having a shaped housing containing a supply space for receiving cream, the housing having an outlet nozzle at a cone-shaped end face thereof and containing whipped cream producing means connected to the outlet nozzle so as to produce and discharge whipped cream through the outlet nozzle, the holder comprising: a wall defining an upwardly opening cavity formed so as to correspond to the shape of and accommodate the housing of the dispenser so that at least a portion of the housing extends above the cavity, said wall having at least a portion forming the bottom of the cavity made of heat conducting material; and a Peltier element having a cold side in thermal contact with the portion of the wall made of heat conducting material, and a warm side with a profile strip of heat conducting material and a cone-shaped cross-section, the wall portion forming the bottom of the cavity being formed as a hollow cone corresponding to the shape of the end face of the housing so that the two conical surfaces rest against each other and form an intermediate space between a side wall of the cavity and the housing of the dispenser when the dispenser is received in the holder, so that the outlet nozzle is cooled.