Braun Gmbh

Braun Aktiengesellschaft

J&uuml;rgen Wolf

Michael Harms

Reinhold Eichhorn

Michael Odemer

Peter Junk

Sebastian Hottenrott

Jens St&ouml;rkel

Roland Ullmann

Antonio Rebordosa

Juan Carlos Coronado

Rudolf Majthan

Michael Vankov

Sergi Gili

Stefan Eich

Candelario Martinez

Desideri Falco

Miguel Vazquez-Palma

Remedios Pozo-Marin

The invention is directed to a dry shaving apparatus with a housing, comprising a housing part (G), at least one cutter element capable of reciprocating in a horizontal plane (E) and a removable frame (WR) having at least one cutter element (S) and detachably held on the housing part (G) by at least two detent mechanisms (R , R ; R , R ), said detent mechanisms (R , R ; R , R ) being formed by a seating surface ( ) provided on the removable frame (WR) and a seating surface ( ) of a resiliently mounted detent element ( ) exerting a locking force (FR), wherein the detent mechanisms (R , R ; R , R ) are capable of exerting a holding function and a vibration-free positioning function of thee removable frame (WR) on the housing part (G).

Dry shaving apparatus

The invention is directed to a multipole connector assembly for connection of a low voltage to an electric appliance (E) of personal use, with a plug ( ) insertable into a socket ( ) and with contactable contact elements ( to ) for a polarized voltage transfer, wherein the socket ( ) and the plug ( ) are constructed as polygonal profile bodies (M to M ) reversible from one plug-in position to at least one further plug-in position about a symmetry axis (S), wherein provision is made on each polygonal profile body (M to M ) for contact elements ( to ) of at least one first pole (&plus;) and one second pole (&minus;), wherein the contact elements of the first pole (&plus;) and of the second pole (&minus;) are provided on the polygonal profile body faces of the polygonal profile bodies (M to M ) in alternating sequence in a direction of rotation (U), and wherein on at least one of the polygonal profile bodies (M to M ) the contact elements have a relatively large contact face for making large-surface contact with the contact face of an engaging contact element ( to ).

Multipole connector assembly for low-voltage appliances

The invention is directed to a long-hair cutter unit (LHS) for a dry shaving apparatus (TR), with a dimensionally stable cutting comb ( ) having one cutting teeth row ( ) and at least one bearing surface ( ) for at least one engagement surface ( ) of an arcuately curved, hardened cutting blade ( ) having one cutting teeth row ( ) and held in engagement with the cutting comb ( ) by a pressure of at least one spring element ( wherein the curvature of the hardened cutting blade ( ) is partially configured by means of a forming process such as to ensure conformance and slidable contact of the engagement surface ( ) of the cutting blade ( ) with the bearing surface ( ) of the cutting comb ( ) by means of the partial curvatures as well as their restoring forces under the action of the pressure of the spring element ( ).

Long-hair cutter unit

The invention is directed to a dry shaving apparatus with a housing, comprising a housing part (G), at least one cutter element capable of reciprocating in a horizontal plane (E) and a removable frame (WR) having at least one cutter element (S) and detachably held on the housing part (G) by at least two detent mechanisms (R , R ; R , R ), said detent mechanisms (R , R ; R , R ) being formed by a seating surface ( ) provided on the removable frame (WR) and a seating surface ( ) of a resiliently mounted detent element ( ) exerting a locking force (FR), wherein the detent mechanisms (R , R ; R , R ) are capable of exerting a holding function and a vibration-free positioning function of the removable frame (WR) on the housing part (G).

The invention is directed to a dry shaving apparatus with an electric drive mechanism (A) provided in a housing ( ) and a housing part (G) in which a removable frame (WR) equipped with at least one cutter element (S) is held by at least one detent mechanism (R), wherein upon release of the removable frame (WR) by the detent mechanism (R) the removable frame (WR) is movably held in a holding position by a retaining device (HV), wherein in said holding position provision is made for at least one distance (W, W ) between a wall of the removable frame (WR) and a wall of the housing part (G), and the removable frame (WR) is adapted to be set in motion by the drive mechanism (A).

The invention is directed to a dry shaving apparatus with a housing in which an electric drive mechanism is provided having a drive element for the transmission of a driving motion to at least one cutting element reciprocating in directions of movement, and with at least one movably mounted shaving head formed by a shaving head frame in which at least two cooperating cutting elements are provided, wherein the electric drive mechanism is mounted for oscillation in the housing and the shaving head is adapted to be set in oscillation by the oscillatory motions of the electric drive mechanism.

Electric razor

The invention is directed to a dry shaving apparatus with a housing ( ) in which an electric drive mechanism ( ) is provided having a drive element ( ) for the transmission of a driving motion to at least one reciprocating cutting element ( ), and with at least one shaving head ( ) mounted on two support arms ( ) of a supporting frame ( for pivotal movement about a pivot axis (Z) within a shaving head frame ( ), said shaving head being formed by at least two cooperating cutting elements ( ) disposed in the shaving head frame ( ), wherein the shaving head ( ) is mounted and held for pivotal movement about the pivot axis (Z) by means of a conical bearing (K) acted upon by a spring force of a spring element ( ).

The invention is directed to a dry shaving apparatus with a housing (,) in which an electric drive mechanism (,) is provided having a drive element (,) for the transmission of a driving motion to at least one reciprocatory cutting element (,), and with at least one shaving head (,) oscillating in a horizontal direction and formed by a shaving head frame (,) in which at least two cooperating cutting elements (,) are provided, wherein the electric drive mechanism (,) is mounted for oscillation in the housing (,) and is adapted to be set in oscillation by the inner forces necessarily occurring in operation of the dry shaving apparatus, and wherein the oscillatory motions of the electric drive mechanism (,) are transmitted to the shaving head (,) in order to set said shaving head in oscillation as well.

The invention is directed to a steam iron with a water reservoir for the supply of water to an evaporation chamber in which the fed water is convertible into steam and which is connectable to at least one first and one second steam discharge port (,), with a heating element (,) for heating both the evaporation chamber and a soleplate (,), said soleplate having an ironing surface (,) and a nose (,) at its forward end when viewed in the direction of movement, and said first steam discharge port (,) being arranged in such close proximity to the iron's nose (,) that the steam propagates in the area adjacent to the iron's nose (,). The first and the second steam discharge port (,) are formed in the soleplate (,) such as to be at a height of less than 10 mm relative to the ironing surface (,). Further, the first and the second steam discharge port (,) are in balanced pressure communication with each other. Provision is made for distinct steaming and drying zones.

Growing community of inventors

Kriftel, Germany

Jürgen Wolf

Growing community of inventors

Kriftel, Germany

J&uuml;rgen Wolf

Jürgen Wolf