Minimax Gmbh & Co Kg

Minimax Gmbh

Wolfgang Habitzl

Jan Felberg

Volker Bechtloff

Joachim Boeke

Kurt Lenkeit

André Lickefett

Joachim Gensel

Joachim Dr Böke

Andre Lickefett

A plug-in connection system for fluid-conducting components of fire extinguishing systems that has a first component having an outer peripheral surface and a first recess in the peripheral surface, and a second component having an inner peripheral surface and a second recess in the inner peripheral surface, wherein the first and the second component can be plugged into one another such that the recesses lie opposite one another and define a locking element channel. A locking element which can be inserted into the locking element channel until an interlock position is reached and at least part of which engages in both recesses in the interlock position. A locking element safety device is provided for reversibly releasably securing the locking element on the first and/or second component.

Plug-in connection system for fluid-conducting components, in particular of fire extinguishing systems, and component parts of said connection system

The invention relates to a quick-opening valve for a pressurized extinguishing fluid vessel, having an extinguishing fluid inlet (), an extinguishing fluid outlet (), a flow chamber which extends from the extinguishing fluid inlet () to the extinguishing fluid outlet (), a valve piston (), a valve seat (), wherein the valve piston is movable back and forth between an opened-up position and a shut-off position such that the valve piston () and the valve seat (), in the shut-off position, bear against one another in fluid-tight fashion and, in the opened-up position, are spaced apart from one another such that the extinguishing fluid inlet () and the extinguishing fluid outlet () are fluidically connected to one another. It is proposed according to the invention that the extinguishing fluid inlet () and the extinguishing fluid outlet () are oriented substantially parallel to one another.

Rapid-action valve for a pressurized extinguishing fluid container, and extinguishing fluid container comprising same

Plug-in connection system for fluid-conducting components, in particular of fire-extinguishing systems, and component parts of said connection system

The invention relates to an adapter () for connecting an extinguishing-agent container () to a pipeline connection () of a fire-extinguishing system () in a fluid-conducting manner, having a first connector (), which is configured to be connected to a correspondingly configured connection () of the extinguishing-agent container (), and a second connector (), which is configured to be connected to a corresponding pipeline connection (). In particular, the adapter has a rigid pipe coupling () that is variable in length and extends along a longitudinal axis (L), wherein the first connector () and the second connector () are each attached in an articulated manner to the pipe coupling ().

Connection adapter for a container for a fire-extinguishing agent pertaining to a fire-extinguishing system

A method for extinguishing objects or appliances, in which, once a fire signal has been detected at point in time t, a first device () providing an extinguishing agent is triggered, for discharging a liquid synthetic extinguishing agent (), via a separating device (), a common conveying pipe () and at least one nozzle (), and, once a second fire signal has been detected at point in time t, a second device () providing an extinguishing agent is triggered for discharging water () or a water-based extinguishing agent via the separating device (), the common conveying pipe () and the at least one nozzle () for extinguishing. A system is also provided for extinguishing objects or appliances.

Extinguishing method and system using a liquid synthetic extinguishing agent and water

A fire detection and/or extinguishing control station for actuating two extinguishing agent supply devices using a control unit. After actuating a first extinguishing agent supply device () upon detection of a first fire signal at time (t), the control station is additionally equipped to actuate a second extinguishing agent supply device () upon detection of a second fire signal at time (t) if the control station has checked whether the time (t) fulfills the inequality (t+t)&#x3c;t&#x3c;(t+t), where (t) represents a discharge time of the complete or partial discharge of at least one extinguishing agent container () of the first extinguishing agent supply device (), (t) represents a check time connected to the discharge time (t), and (t) represents a monitoring time period, and the monitoring time period (t) is the sum of the discharge time (t) and the check time (t) beginning at time (t).

Control station and method for actuating two extinguishing agent supply devices

A system for extinguishing and/or inerting, including an extinguishing-agent tank, a conveyor device for an extinguishing agent, a pipeline, and nozzles. A synthetic liquid extinguishing agent () is stored at low pressure of up to 3 bar relative to 21&#xb0; C. in the extinguishing-agent tank () and at least one incidence sensor detects fire signals and reports them to a fire detection panel and/or control panel () which activates the conveyor device () that conveys the synthetic liquid extinguishing agent by means of a pipeline () to nozzles (), and the liquid extinguishing agents transitions into the gas phase after leaving the nozzles (). The system represents a more cost-effective system that requires less technical efforts in comparison to previous systems having synthetic liquid extinguishing agents.

System for extinguishing or inerting having a synthetic liquid extinguishing agent

A fire extinguishing system for a casing, preferably an electronics casing, consisting of an extinguishing agent container, in which the extinguishing agent is stored, and a control device for the flow of extinguishing agent is provided, wherein a preferably cuboid extinguishing agent container () forms together with the devices () required for storing and monitoring the loss of extinguishing agent, for controlling the flow of extinguishing agent from the container and for connecting a discharge device for the extinguishing agent, a complex structural component (), and wherein the devices () are fastened at or integrated in the extinguishing agent container () in such a manner that this may be transported, installed or arranged in the casing () as a compact structural component (FIG.). The invention has the advantage that all devices required for the extinguishing of fire, like extinguishing agent container, power supply unit, evaluation electronics, are able to be inserted with low space requirement in a quick and reliable manner into a casing according to the sense of the present document.

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Neumitterndorf, Austria

Wolfgang Habitzl