Braun Aktiengesellschaft

Braun Gmbh

Mariano Penaranda

Antonio Rebordosa

Jose Millan

Robert Rafols

Alejandro Hernandez

Sergi Gili

Juan Carlos Coronado

Montserrat Vilalta

Vicente Safont

Wolfgang Vorbeck

Helmut Franke

Josep-Maria Masip

Jurgen Golob

Francesc Carreras

Conrad Berghammer

Xavier Cuesta

Desiderio Falco

Emilio Rodriguez

Hans-Jurgen Golob

Josep Agell

Desideri Falco

Josep M Masip

Josep M Masip I Balduque

Rosa Maria Sinovas

Jose Luis Roman

A food storage container includes a lid with a vent hole, and a removable cover removably secured to the lid to cover the vent hole. The cover has an evacuation hole. The food storage container further includes a one-way air valve disposed between the vent hole and evacuation hole. When the cover is secured to the lid, the one-way air valve inhibits air flow into the container through the vent hole, and when the cover is not secured to the lid, the one-way air valve allows air flow into the container.

Food storage containers

A lid for a food storage container includes a lid body with a vacuum sense opening and a vent opening extending through the lid body, a releasable cover disposed over the vent opening, and a pressure-indicating protrusion. The cover impedes air flow into the container through the vent opening until the cover is released. The pressure-indicating protrusion, which has a cavity in it, is in hydraulic communication with the container through the vacuum sense opening. The pressure-indicating protrusion contracts toward the vacuum sense opening in response to negative container pressure.

A food storage container includes a lid with a vent hole, and a removable cover removably secured to the lid to cover the vent hole. The cover has an evacuation hole. The food storage container further includes a one-way air valve disposed between the vent hole and evacuation hole. With the cover secured to the lid, the one-way air valve inhibits air flow into the container through the vent hole while allowing air flow out of the container via the vent hole and evacuation hole. With the cover removed, the one-way air valve allows bi-directional air flow through the vent hole. An outer surface of the cover defines a smooth sealing area extending about the evacuation hole for sealing against a vacuum pump held against the cover over the evacuation hole to evacuate the container.

The invention is directed to a handheld or immersion blender including a coupling device ( ) for separating the shank provided with a processing tool from the electrically powered drive part, with an upper coupling part ( ) arranged on the drive part having locking elements and a lower coupling part ( ) arranged on the tool shank having detent elements, which enable the coupling device ( ) to be interlocked axially. In this arrangement the locking elements are formed by spring-loaded holding lugs ( ) projecting radially outwardly, and the detent elements are formed by recesses ( ) on the inner circumference of the lower coupling part ( ), with the upper coupling part ( ) being twistable relative to the lower coupling part ( ), whereby a releasable coupling is obtained. An improved handheld or immersion blender is thereby made available. The processes of coupling and decoupling an attachment to and from a drive part are made possible readily and without any major force using a simple click-in/turn-out motion. With the coupling of the handheld or immersion blender of the invention requiring only a small number of components and with no need to fit any additional actuating elements, blender operation is simple and manufacture straightforward.

Handheld or immersion blender with coupling device

The invention is directed to a processing device for stirring or reducing foods, particularly a handheld blender, with a motor driven tool shaft extending in a housing part of the housing of the processing device and having a work performing element secured to the shaft's output end. The housing part becomes a protective shield in the area of the output end of the tool shaft, said shield encompassing the work performing element in a radial direction at least in part and terminating in an opening edge at its lower open end. To ensure that the processing tool is not only adequately protected in an initial position by the shield but also well suited to reduce large pieces of solid foods, means are provided for enabling a relative axial displacement of the work performing element and the opening edge of the shield.

Processing device for stirring or reducing foods, particularly a handheld blender

The invention is directed to a lid (2) for closing a processing container (1). Provided in the processing container (1) is a spigot (4) for receiving a rotary processing tool (5) for comminuting food materials. The processing tool (5) has at its free end close to the lid (2) a first coupling member (18) adapted to be coupled to a second coupling member (17) of a driven shaft (10) when the lid (2) is placed on the processing container (1) for closing. The driven shaft (10) extends outwardly through a bore (9) in the lid (2) and has at its outer free end a third coupling member (27). The third coupling member (27) is adapted to be coupled to a fourth coupling member (33) of a drive shaft (31) of an electrically powered drive mechanism, in particular a hand-held mixer or immersion blender. An annular space (23) is formed between the outer diameter of the section (21) of the driven shaft (10) extending through the bore (9) and the bore (9).

Lid for closing a processing container

A processing tool for mixing or comminuting food materials includes a working shaft having an input end and an output end, a shaft housing which carries the input end and is adapted for coupling to a drive motor of a kitchen appliance, a flared bell-shaped housing attached to the shaft housing and positioned near the output end of the working shaft, and a bearing sleeve which carries the output end of the working shaft. A cover plate separates an inner space defined by the bell-shaped housing from an inner space defined by the shaft housing. The cover plate has a bore through which the output end of the shaft extends outwardly. A work performing element is secured to the output end of the shaft. A seal structure includes an elastic sealing part supported by the shaft housing and a circumferential sealing ring formed integrally with the elastic sealing part. The bearing sleeve is inserted into the elastic sealing part, and the elastic sealing part is arranged between an outer circumferential area of the cover plate and the bell-shaped housing. The elastic sealing part and the sealing ring operate to center the bearing sleeve elastically.

Processing tool for use with a kitchen appliance for mixing or

A hand blender powered by an electric motor, for mixing or comminuting foodstuffs in a container, includes a working shaft having an output end, a processing tool attached to the output end of the working shaft, a shaft housing which carries the working shaft, and a bell-shaped casing enclosing the processing tool. The bell-shaped casing has a lower chamber, a lower end bounded by an aperture, and a plurality of lateral openings for the discharge of foodstuffs. A cover plate within the bell-shaped casing forms a fluid-tight seal between the lower chamber and an inner chamber of the shaft housing. The hand blender also includes an air supply structure through which outside air is supplied to the lower chamber of the bell-shaped casing when the bell-shaped casing is immersed in the foodstuffs. The air supply structure includes a flow channel with an inlet side which communicates with the outside air and an outlet side which communicates with the lower chamber of the bell-shaped casing.

Hand blender for mixing or comminuting foodstuffs with an air supply

The present invention comprises a rotating blade, in particular for the comminution of food materials, which is adapted to be attached to an operating shaft and which includes at least two blade supporting arms which extend radially from a mid-portion. The blade supporting arms each have a knife-edge with cutting edges on a free edge in the direction of rotation. According to the present invention, the knife-edge of the one supporting arm is directed upwardly and the knife-edge of the other supporting arm is directed downwardly, and in the area of the knife-edges the legs are profiled such that a portion projecting from the surface of the supporting arms is formed. The projecting portion is limited by the knife-edge on the one side and by a chamfered surface extending outwardly to the cutting edge on the other side. The knife-edge and the chamfered surface enclose a chamfer angle. A good cutting effect and mixing action is achieved thereby, and the handheld blender can be manufactured and operated particularly easily.

Stabmixer

An electrically operated hand mixer includes processing tools drivable by an electric motor for processing foods, and a housing accommodating the electric motor. A handle for manipulating the hand mixer is provided on the housing and extends substantially transversely to the longitudinal axis of the processing tools, wherein a connecting cable extends from the housing at the end remote from the processing tools and is swivellably guided in an antikink joint adapted to be swung from the housing. A winding-up arrangement is provided on the housing permitting winding the connecting cable onto the appliance. The antikink joint additionally serves as the winding-up arrangement in conjunction with a snap-in locking arrangement which, in a fixed position, along with the winding-up arrangement, permits guiding the connecting cable during the winding-up action. A reliable winding-up arrangement is achieved thereby in a simple manner.

Electrically operated hand mixer with a winding arrangement for a

An electrically driven handmixer comprises a manually actuated electric switching device for an electromotor with several switch steps (I, II, III) for permanent operation of the electromotor as well as at least one switch step (IL) for short-time operation. A coupling device is used for holding and driving various insertable tools, and an interlock ensures that after the insertion of the blending attachment or other knife-like tool into the coupling device, the electromotor remains separated from the power supply despite the activation of the switch steps (I, II, III) for permanent operation of the electromotor, whereas the electromotor remains connected with the power supply during the manual actuation of the switch step (IL) for short-time operation of the electromotor.

Growing community of inventors

Barcelona, Spain

Mariano Penaranda