Erbe Elektromedizin Gmbh

Vanguard Ag

Ralf Kühner

Martin Hagg

Klaus Fischer

Uwe Schnitzler

Peter Schürg

Roland Hundt

Lothar Mitzlaff

Thomas Baur

Tobias Amann

Stefanie Schmidt

Markus Amann

Jürgen Hiller

Martina Düppuis

Martina Heim

Jochen Queck

Viktoria Rydzewski

Joachim Guba

Alexander Pacholik

Martin Bilz

Hagen Thielecke

Hansjörg Besch

Thomas Gutzmer

Steffen Bauer

Hans-Jürgen Wahl

Alexander Dr Pacholik

Hagen Dr Thielecke

Martin DrBilz

Schmidt Steffanie

Steffanie Schmidt

A mounting element () for releasably receiving a sensor () for transferring and/or receiving electrical currents and/or signals relating to a body of an organism, comprising a mounting element base () having a receiving space () for receiving the sensor (), the receiving space () comprising a floor (), a wall () disposed on the floor () and disposed on at least three sides, an opening () formed by at least one tab (), at least one clip closure (), and further comprising a cover () for the mounting element base (), an at least three-sided wall being disposed on the inner side () thereof, the end face () thereof being implemented for contacting the end face () of the wall (), wherein at least one counterpart () to the at least one clip closure () is disposed on the wall (), and the mounting element base () and the cover () are connected to each other by a connecting element () such that the cover () is displaceable relative to the mounting element base (), and the mounting element base () and the cover () are therefore lockable to each other by means of the at least one clip closure () and the at least one counterpart () and can also be opened again.

Surface electrode having a mounting element for a magnetic sensor

A fluid applicator is fed by a fluid delivery arrangement containing an energy storage such as a pressure vessel. The gas pressure acts on a container that has been prefilled with the ejection fluid. The fluid to be ejected is thus subject to constant pressure. With a valve, the user can initiate the ejection of the desired amount of fluid with constant intensity. The check valve may also be a regulating valve which can be used by the user to vary the intensity of the effect. The user need only release the system, e.g., by puncturing the pressure vessel, to then be able to directly inject the fluid in a defined or metered manner via the probe, i.e., the fluid applicator. It is also possible to configure the entire injection device as a single-use system and to prefill the fluid applicator up to its fluid exit opening.

Needleless injection device

A surgical instrument comprises a tool part and a grip part connected to each other via a ball and socket joint or other double-axis joint. The double axis joint allows the surgeon to work in a non-fatiguing, ergonomic and sensitive manner. The tool on the tool part can be activated e.g., mechanically by an actuation member. Additional actuation elements such as, e.g., electrical switches, can be arranged on the grip part to activate the tool. The transmission connection between the grip part and the tool can be achieved via rigid levers and connecting pieces or also via flexible elements (e.g., a traction cord), or rigid components with an integral hinge. To uncouple a pivoting movement of the grip part towards the tool part from an actuation of the tool, at least one joint of the transmission is arranged in the center of the joint.

Surgical instrument with improved handleability

For water-jet surgery pump devices are known by means of which a sterile fluid is transported through a reservoir to the surgical instrument by means of piston pumps or similar volumetrically transporting pumps. In accordance with the present invention it is proposed either to construct drive means for the pumps in such a way that their suction cycle is shorter than the output cycle, or to provide a pump with at least three pump chambers and to construct the drive means in such a way that the suction and output cycles of the pump chambers overlap one another.

Transport device for sterile media

The invention relates to an apparatus for argon-plasma coagulation in which working gas is supplied to a tissue that is to be treated by passage through gas-supply devices () in a supply-flow direction, and the working gas flows out of a distal end of the gas-supply devices. This apparatus for argon-plasma coagulation is further developed with the aim of preventing contamination of the gas-supply devices by working gas, bodily gases and/or bodily liquids. For this purpose at least one obstructor () is provided, which is or can be connected to the gas-supply devices and serves to obstruct a flow of gas and/or liquid into the gas-supply devices, against a supply-flow direction.

Apparatus for argon-plasma coagulation

A known arrangement for controlling electromedical appliances or groups thereof employs foot-actuated switches or push-button switches, which are separately connected to each appliance. When it is necessary to control a large number of appliances or appliance groups, a large number of push-buttons or pedal switches is also required, the connections of which cause disturbances in the operating room. In the present invention the switching means or pedal switches are provided with connecting means by way of which the switching means can be connected to one another. Allocation means are provided in order to allocate to the control signals particular controlling functions with reference to the appliances or appliance groups. Information-transfer means transmit control signals from the switching means or pedal switches to the appliances or appliance groups.

Control device for controlling electromedical appliances

Pump unit

In previously known neutral electrodes which are used in HF surgery, at least some portions comprise electrically conductive, stretchable, and flexible areas made of textile material, these areas being brought into contact with a body section of a patient. According to the invention, such an area is embodied as a stocking, tube, or similar anatomically shaped thromboembolism-preventing envelope, whereby secure contact of the neutral electrode is ensured without requiring any additional device.

Neutral electrode for use in HF surgery

The invention relates to a connecting device for an electrosurgical instrument, which comprises at least one gas supply line and one power supply line. Said connecting device comprises a housing into which passes the gas supply line including the power supply line disposed therein. The connecting device is also provided with a branching device that is located in the housing, and by way of which the power supply line is diverted out of the gas supply line in order to form a gas-connection end piece and a power-connection end piece, and with a plug fixed to the housing in order to make connection to a socket in an appliance or to connecting leads running to the appliance. The gas-connection end piece and the power-connection end piece are coupled to the plug and a filter is disposed within the housing in the gas-connection end piece.

Connecting device for an electrosurgical instrument

Carrier for medical instruments

Growing community of inventors

Stuttgart, Germany

Ralf Kühner