Braun Gmbh

Jürgen Seng

Christoph Johann Schmitz

Armin Schwarz-Hartmann

Phong Duy Vu

Sebastian Hottenrott

Dieter Liebenthal

Peter Janouch

Katja Honnefeller

Frieder Grieshaber

Friedrich Henninger

Olaf Soerensen

Christine Bachmann

Peter Ruppert

Peter Lange

Heinz Kern

Silvia Rix

Ralf Dorber

Norbert Smetana

Xavier Perez-Lopez

Olaf Sörensen

Francis Pinto

Sven Beutner

Timo Hasenpflug

Gisa Nicolin

Michael Klöppel-Riech

Stephan Meschkat

Markus Schüssler

Christoph Schmitz

An ionizing hair-care appliance includes a voltage source, an electrical conductor electrically connected to the voltage source, and an ionization electrode comprising a tip and electrically connected to the voltage source by the electrical conductor. The electrode is disposed within an ionization chamber defined by the hair-care appliance and defining an unobstructed opening through which the electrode tip is exposed.

Hair-care appliance with ionization device

The invention relates to a hairbrush, bristles for use in a hairbrush and a method of producing a hairbrush and such bristles. The invention discloses in particular a method of producing a bristle, in which mouldable material is introduced into a multi-part mould which can be separated into its individual parts, and a bristle having a bristle head, a bristle shank and a bristle foot is produced and a bristle shank is moulded using a first mould part, wherein mouldable material is introduced into a first cavity of the first mould part and subsequently removed from the first cavity of the first mould part, wherein the first cavity of the first mould part is maintained and the bristle foot is moulded using a second mould part and a third mould part, wherein the second and third mould parts together form a second cavity, of which the shape corresponds essentially to the shape of the bristle foot which is to be moulded, and the second cavity is filled with the mouldable material and the second and the third mould parts are subsequently separated, and the bristle head is moulded using a fourth mould part and fifth mould part, wherein the fourth and fifth mould parts together form a third cavity, of which the shape corresponds essentially to the shape of the bristle head which is to be moulded, and the third cavity is filled with the mouldable material and the fourth and the fifth mould parts are subsequently separated.

Method for making bristles for a hairbrush

The invention relates to a hairbrush (), bristles () for use in a hairbrush, and method for the production of a hairbrush and such bristles. Particularly, the invention discloses a method for producing a brush in which moldable material is placed in a multi-part, separatable mold tool and a bristle is produced having a bristle foot () and a bristle shaft (), wherein a bristle shaft blank () is molded using a first molding jaw (), wherein moldable material is placed in a mold hollow space () of the first molding jaw and removed from the mold hollow space of the first molding jaw, wherein the mold hollow space of the first molding jaw is maintained and the bristle foot is molded in a second molding jaw () and a third molding jaw (), wherein the second and third molding jaws together form a second mold hollow space (), the shape of which substantially corresponds to the shape of the bristle foot to be formed, and the second mold hollow space is filled with the moldable material and the first and second molding jaws are separated.

Process for manufacturing a hairbrush bristle

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

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

Growing community of inventors

Kelkheim, Germany

Jürgen Seng