Braun Gmbh

Braun Aktiengesellschaft

Friedrich Henninger

Dieter Liebenthal

Peter Ruppert

Norbert Schaefer

Sebastian Hottenrott

Peter Janouch

Peter Lange

Heinz Kern

Silvia Rix

Michael Stolper

Jürgen Seng

Ahmet C Firatli

J&uuml;rgen Seng

Anne Tregoning Miller

Wilfried Rolf

Robert Jung

Olaf Sörensen

Gisa Nicolin

Jiri Sobota

Winfried Ziemann

A hair styling device with a handle part, at least one heater part and two metallic molded parts that are preferably made of aluminum or an aluminum alloy and serve, in particular, for straightening, curling or waving hair. Hairs can be inserted between facing contact surfaces of the molded parts and the molded parts can be changed from an open state into a closed state. In order to ensure particularly good sliding properties for the hair, the invention proposes that the contact surfaces are at least regionally provided with an enamel coating.

Hair styling device

A hair-shaping appliance includes a hand-held portion, a hair-shaping element extending from the hand-held portion, an evaporator mounted within the shaping element, a tank mounted within the hair-shaping element in a moveable manner, a dosing device connected to the tank, and an actuating button connected to the tank. The actuating button and tank are connected such that movement of the actuating button displaces the tank along a longitudinal direction of the appliance (e.g., towards and away from the evaporator). In addition, the actuating button is positioned on the hand-held portion of the appliance and is positioned to allow single-handed operation.

Hair-shaping appliance

Hair-care appliances such as curling tongs are provided. The hair care appliances include a heating device that is controlled in dependence on temperature by a thermostat adjacent to the heating device. The thermostat may be shielded thermally from the heating device by a partition wall.

Hair care appliances

A catalytic gas combustion device for an appliance for personal use with a gas supply device and a catalyst connected to the gas supply device is disclosed. To ignite the gas/air mixture and therefore to initiate catalytic combustion at the catalyst, an ignition device which can be controlled by an ignition system is provided. The gas supply device has a bypass for branching off part of a gas stream which flows onto the ignition device. In this way, the ignition system is actuated even shortly after the gas valve device is opened, and the catalyst is brought to its operating temperature as a result of the explosion of the gas/air mixture.

Catalytic gas combustion device for an appliance for personal use

Appliances for shaping hair are provided. The hair-shaping appliances may include, for example, (a) a forward and reverse stroke liquid dosing device; (b) a tubular drum constructed to contact the hair, the tubular drum having through-passages; and (c) an evaporating device comprising an evaporator chamber to which a liquid is delivered by the dosing device, the evaporating device being constructed to produce steam from the delivered liquid and to deliver the steam through the through-passages in the tubular drum to treat the hair. Excess liquid is removed from the evaporator chamber by a return stroke of the dosing device.

Hair shaping appliances

Steam styling tongs including an evaporating device which is supplied with heat by a heating device and comprises an evaporator surface in thermal contact with the heating device. Liquid evaporates on the evaporator surface into steam, which then passes into a steam-distributor chamber and, there, flows outward via through-passages. The heating device is formed in a combustion chamber of the drum, in which, during the heating operation, flame-free combustion of a gas takes place by means of a catalyst, of which the combustion gases pass out via outlets formed in the drum or in the combustion chamber. The combustion chamber and the steam-distributor chamber are formed by a common chamber. Means which prevent water from penetrating into the common chamber are also provided.

Hair shaping device, especially a steam styling tong

The invention is directed to a hair styling appliance and a method of styling hair, using in particular the hair styling appliance. The hair styling appliance is comprised of a handle portion, a heating portion (6) for heating the hair, and a pressure-generating clamp (8) for the generation of a contact pressure acting on the hair to be styled, the hair being adapted to be introduced between the heating portion (6) and the pressure-generating clamp (8). In this arrangement, a styling edge (10) is provided in the area of the heating portion (6) and/or the pressure-generating clamp (8) of the appliance, which styling edge has a cross-section of arcuate, in particular circular-arc shape, of polygonal or similar shape.

Styling appliance and method of styling hair

The invention is directed to a gas-heatable appliance for personal use as, for example, a curling iron, a curling brush, a hair dryer, an epilating appliance, a domestic appliance, or the like, including a fuel gas reservoir, a combustion chamber, and a valve assembly disposed between the fuel gas reservoir and the combustion chamber for controlling and/or regulating the amount of fuel gas supplied, in particular in dependence upon temperature. There are further provided a valve housing (4) with a gas passageway (5, 15, 16) and a sealing element (6) associated with the gas passageway (5, 15, 16), as well as an actuator (7) for actuating the sealing element (6). The element is configured as a control member actuatable by a user and/or as a temperature-responsive actuator (7). In this arrangement, the sealing element (6) is actuated directly by the actuator (7).

Gas heated appliance for personal use

The invention is directed to a heatable appliance, in particular a curling iron (10), including a device (18) for flameless combustion of a fuel/air mixture and an associated activation device (20, 21) for initiating the flameless combustion action, wherein the device (18) comprises a carrier means coated with a catalytically active material. According to the present invention, the carrier means is configured as a stable carrier structure (28) comprised in particular of a metal foil provided with perforations (32) or a wire lattice. At least one metal wire (36) preferably catalytically coated is arranged on the carrier structure (28) to serve as a starter catalyst (34). By this means, the activating ability of the catalytically coated carrier structure (28) is promoted.

Growing community of inventors

Kelkheim, Germany

Friedrich Henninger