Norma Germany Gmbh

Rasmussen Gmbh

Rasmussern Gmbh

Stephan Mann

Willi Stichel

Viktor Stoll

Cameron Read

Gerhard Wachter

Ralf Spors

Ralf Hohmann

Helmut Geppert

Andreas Bauer

Carsten Eckardt

Knut Seibel

Marc Rastetter

Mathias Krauss

Detlef Henrich

Bernd Kleinhens

Benjamin Weber

Thomas Petschl

Ervin Birman

Goran Lebo

Heinz Peter Wolf

Werner Keller

Hartmut Redemann

Dragan Grcic

Christoph Steinkamp

Michael Sommer

Frank Bahner

Gerhard Winterstein

Manfred Krueger

Siegmund Zeidler

Manfred Kruger

Bruno Jacksteit

Achim Kamp

Reiner Schreiter

Patrick Semmel

Gunter Röder

Olaf Kohlhaus

Erich Ruf

Ewald Krieger

Steffen Anthes

A device for connecting fluid lines and other lines. The device has a first connection component for connecting fluid lines and a second connection component for connecting other lines. The first connection component has a first functional position, in which the first connection component disconnects the two fluid lines from one another, and a second functional position, in which the first connection component connects two fluid lines. The second connection component, in a connection position, connects two other lines and, in a release position, disconnects the two other lines from one another.

Device for connecting fluid lines and other lines

The invention relates to a fluid line (), comprising a pipe (), which has an inlet-side end segment () having a first connector () and an outlet-side end segment () having a second connector (), wherein a cavity () bounded in the radially inward direction by at least one auxiliary element () is formed in the pipe (). The problem addressed by the invention is that of minimizing the requirements for the suction performance of a pump that is used to convey a liquid through the pipe. This problem is solved in that a volume reduction element () is arranged in the cavity () at least in the region of the outlet-side end segment ().

Fluid line

A wind-protection casing includes a plastic shell having a first partial shell and a second partial shell, wherein the first partial shell and the second partial shell surround an accommodating space and form a first and second line opening, which connect the accommodating space with the surrounding region outside the accommodating space. A retaining means is provided with an accommodating geometry for a line plug connector, which is arranged on the first partial shell and is designed in such a way that a line plug connector accommodated by the accommodating geometry is retained in the accommodating space at a distance from the first partial shell and the second partial shell via an air gap. A plug-connector device including such a wind-protection casing of this type is also provided, wherein a line plug connector is accommodated in the accommodating geometry.

Wind-protection casing and plug-connector device comprising same

The invention relates to a fluid line () having a tube () made of a synthetic material. The fluid line () should be guided in a flexible manner. To this end, it is provided that the synthetic material can be subjected to a temperature of at least 150&#xb0; C., and that along part of the length thereof, the tube () is surrounded by an expansion protection ().

A connector for a fluid line having a housing that includes a connecting piece that can be connected to a tube, as well as a connection geometry that can be connected to a mating element. The housing includes an outlet opening arranged in an outlet section through which opening a heating device is guided out of the housing to the outside, wherein the heating device is guided through a plug that is arranged in the outlet opening, and the outlet section is provided with an injection molding compound covering the outlet opening. The connector is provided that a separating element arranged between the injection molding compound and the plug.

Connector for a fluid line

Disclosed in a heatable fluid line () comprising a tube () with an interior, and a heating device () inside the interior. The aim is to protect an injection arrangement, which is connected to the fluid line (), at low temperatures. In order to achieve said aim, a volume reducing element () is disposed between the tube and the heating device ().

Heatable fluid line

A coupling connection device includes a line coupling connector and a wind guard. The line coupling connector has first and second coupling elements, fitted together in an axial direction. Arresting means of the first coupling element engage with the second coupling element. The wind guard has a plastic shell with a first part-shell and a second part-shell, enclosing a receiving space, and forming first and second line openings, which connect the receiving space to the surrounding region. The first coupling element is coupled in an axially fixed manner in the axial direction to the first part-shell and/or the second part-shell in the receiving space by interlocking engagement. By a movement of the wind guard in the axial direction and away from the second coupling element, an arresting means can be actuated and the first coupling element can be separated from the second coupling element.

Coupling connection device comprising line coupling connector and wind guard

The invention relates to a method for producing a plug-in connector, and to a plug-in connector comprising a first tubular component and a second tubular component, and also a first connection geometry and a second connection geometry. A method for producing a plug-in connector is to be made available that permits an easier modification of the relative angle between the longitudinal axes of the two components in the finished plug-in connector. To this end, the two connection geometries are arranged in a connection plane inclined with respect to the longitudinal axes, such that the relative angle between the longitudinal axes can be modified by rotating the components. After a relative angle has been selected, the two connection geometries are connected by integral bonding.

Method for the manufacture of a plug-in connector, and plug-in connector

A fluid line includes a pipe, a connector having a pipe connection arranged at one end of the pipe, and a through-channel through the connector, wherein the pipe connection surrounds a portion of the through-channel, and a heater structured and arranged within the pipe and the connector to heat at least a portion of the pipe and at least a portion of the connector. A flow cross section of the through-channel section at least on a part of its length is no more than 60% of a flow cross section of the pipe.

A heatable fluid line is disclosed having a tube, a connector that comprises a housing which is arranged at an end of the tube, and a heating rod that is arranged in the interior of the tube and enters into the housing through an inlet channel having a longitudinal axis and exits out of the housing through an opening arranged in a neck, wherein a seal is arranged in the neck, which seal surrounds the heating rod and is held in the neck by a plug (). The object is to be able to achieve a reliable assembly in a simple manner. For this purpose, it is provided that the plug () comprises at least two parts () which are connected to one another by an articulation section () having an articulation axis.

Profile clamp has a base and flanks facing radially inwards. The clamp utilizes a tensioning device that connects two ends of the clamp band to one another. The clamp band has in a circumferential direction at least a first part and a second part. The first part has in at least one of its flanks a first connection geometry and the second part in at least one of its flanks has a second connection geometry. The first connection geometry and the second connection geometry are engagable with one another.

Profile clamp

A heatable fluid line having a tube and a connector at an end of the tube, the fluid line including an inlet channel with a longitudinal axis, and a heating rod arranged in the interior of the tube and projecting laterally out of the connector through an outlet channel at a predetermined angle to the longitudinal axis. A seal is arranged between the heating rod and the connector in an accommodation space that includes a circumferential wall. An arrangement is provided that centers the heating rod and a seal in relation to one another to seal the heating rod. as it is guided laterally outwards.

Heatable fluid line and connector for a heatable fluid line

A fluid line including a pipe, a connector having a pipe connection, which is arranged on one end of the pipe, and an opening, and a heater arranged in an interior of the pipe. The heater includes a heater rod arranged to extend from the pipe into the pipe connection of the connector and out of the connector through the opening.

A connector for a heatable fluid line, includes a housing, a pipe connection structured and arranged for connection to a pipe, a connection geometry structured and arranged for connection to a connecting element, a through-channel extending through the pipe connection to the connection geometry, a heater outlet channel being arranged at an angle &#x3b1;&#x2260;0&#xb0; relative to the through-channel, and a ramp element having a guide surface arranged in the through-channel, and oriented to point toward the heater outlet channel.

Connector for a heatable fluid line and heatable fluid line

Push-fit connector and method of heating a fluid in the push-fit connetor. The push-fit connector includes a housing, an accommodation space and a connecting piece connected by a channel, a heating zone located in an inside of the channel and a heat-conducting element being arranged between the heating zone and the accommodation space.

Growing community of inventors

Biebergemuend, Germany

Stephan Mann