Tetra Laval Holdings & Finance S.a.

Khs Gmbh

Leica Biosystems Nussloch Gmbh

Eberhard Sendobry

Lothar Wilhelm

Hans Kindinger

Thomas Berger

Jens Fuchs

Rudiger Wlach

Michael Wolf

Stefan Thiem

Thomas Detemple

Stefan Künkel

Holger Metzner

Simon Keimer

Dominique Chatard

Rolf Kuhn

Marc Konrad

Werner Ludwig

Markus Dobusch

Heinrich Gruenwald

Jürgen Tenhaef

Thomas Riedel

Hanno Käβ

Harald Rauh

Damerow Volker

Volker Damerow

Hanno Kaess

Ruediger Wlach

A conduit-receiving device for receiving a conduit on a packing means handling machine has conduit carriers held along a course of the conduit-receiving device. The carriers are spaced apart from one another by being latched to a wall element of the machine. Each conduit carrier has a base section adjacent to the wall element, and an upper arm section that latches to a first profile section of the wall element to hold the conduit carrier. The upper arm section projects away from the base section. The conduit carrier is held to a second profile section of the wall element by a rear of the base section.

Cable or conduit receiving device, packing means handling machine or system, and conduit carrier for a cable or conduit support

A method of making a supporting framework for holding a covering for a container-treatment machine that includes a machine element that is at least partially covered by the covering, and in which columns and cross members are connected to one another in a centering manner at node points includes equipping a column with a connecting flange. This connecting flange is folded relative to a non-folded lug. The connecting flange centers the column relative to a cross-member.

Machine with a supporting framework for holding a covering

An apparatus is described for treating prepared specimens. The apparatus comprises at least two container rows arranged in parallel to each other, each comprising a plurality of reagent containers and a transport mechanism for transporting at least one transport container that receives at least one carrier holding at least one prepared specimen. The transport mechanism is movable along an X and Z axis. A rotation unit is provided comprising holding arms and at least one holding element. The container rows are received rotatably at the ends of the holding arms of the at least one holding element that is connected to a rotation shaft such that it co-rotates with the rotation shaft that extends parallel to the X axis. The rotation unit is adapted to assume at least one working position allowing the transport mechanism to have access to the reagent container.

Apparatus for treating prepared specimens

A tissue processor () is described, having a retort () for processing histological samples with different reagents, having multiple reagent reservoir vessels (), and having a conduit system and a control device () for delivering reagents out of the reagent reservoir vessels () into the retort (). A suction conduit () projects into each reagent reservoir vessel () through the vessel opening () for reagent withdrawal. A closure system () having an externally tapered and internally hollow closure plug () is provided for closing off the vessel opening (). The suction conduit () is guided through a cavity () of the closure plug () for reagent withdrawal.

Tissue processor

Apparatus for producing plastic containers by stretch blowing including a rotatable rotor and at least one distributor block connected to the rotor. The distributor block has a mixing chamber that can be directly connected to an internal space of a preform so that a combustion chamber is formed from the mixing chamber and the internal space of the preform. A feed device is provided for feeding an explosive fluid into the combustion chamber and a firing device is provided for firing the explosive fluid in the combustion chamber. Of importance is that the distributor block can be connected directly to a preform or to a formed container. The apparatus is desirably a round rotor machine with a rotatable carousel for receiving a plurality of distributor blocks having a mixing chamber that can be directly connected to an internal space of a preform. The distributor blocks are desirably arranged in such a way that they can be rotated together with the carousel. The invention also includes an apparatus, in particular a round rotor machine, for coating the inside walls of a plastic container with a barrier layer which is impermeable in relation to gases, aroma substances and the like, in which a stretch blowing mould is connected by way of a connecting portion to valve-controlled fluid lines in order to fill the container in the mould with at least one gas.

Device for the production of plastic containers by means of stretch blow moulding and device for coating the inner walls of a plastic container

A device for manufacturing containers from a plastic material which can be formed by stretch-blowing with a mold, the internal space of which corresponds to the finished container, which is held by its open end by a receiving portion, wherein lines connected to a metering unit are provided on the receiving portion, a moveable stretching die is guided axially through the receiving portion, and an ignitor is arranged for igniting an explosive gas mixture inside the container, and wherein a heater and cooler are provided.

Device for the production of plastic containers by stretch blow forming using an explosive blowing medium

Valve for filling liquids into packages

Growing community of inventors

Rimbach, Germany

Eberhard Sendobry