Bsh Bosch Und Siemens Hausgeraete Gmbh

Bsh Bosch Und Siemens Hausger&auml;te Gmbh

Bsh Hausgerate Gmbh

Bsh Bosch Und Siemens Hausgerate Gmbh

Wolfgang Nuiding

Hans Ihle

Helmut Konopa

Adolf Feinauer

Peter Nalbach

Siegfried Grasy

Berthold Pflomm

Roland Benitsch

Detlef Cieslik

Thorsten Kusnik

Jürgen Diebold

Wolfgang Becker

Roland Maier

Michael Kordon

Walter Lipp

Walter Holz

Thomas Guffler

Roland Kümmel

Simon Schechinger

Bernd Schlögel

Andreas Schilk

Simon Buck

Reinhold Rosner

Bertram Wolf

Hermann Neher

Mathias Bresch

Sven Biberacher

Bernd Weiland

A cooling device is provided having three storage zones that are insulated from each other and cooled via evaporators through which a coolant flows. A first coolant circuit extends through a first and a second of the three storage zones and a second coolant circuit positioned parallel to the first coolant circuit extends through the first and the third of the storage zones.

Cooling device having three temperature zones

A built-in refrigerator comprising a carcass, in the lower rear area of which a machine compartment is formed. Said machine compartment is closed at least in part by means of a rear wall. The rear wall delimits a first air passage of the machine compartment at the level of a support area of the carcass.

Built-in refrigerator

A method for operating a refrigerator includes supplying an evaporator of a second compartment with coolant and flushing the coolant out of the evaporator of the second compartment so that it can be used for an evaporator of a first compartment, closing a coolant circuit to the evaporator of the second compartment, and supplying only the evaporator of the first compartment with coolant.

Method for operating a refrigerating device comprising evaporators which are connected in parallel and refrigerating device therefor

A refrigerating device comprising a tubular evaporator which is connected to a compressor by means of a suction line. A coolant pipe of the tubular evaporator forms a plurality of serially connected tubular loops and one ascending outlet tube connecting the tubular loop that lies the furthest downstream to the suction pipe. The tubular loops have a course that ascends in the direction of the flow of the coolant for a distance that corresponds at least to the length of the outlet tube.

Refrigerating device comprising tubular evaporators

A refrigerating appliance comprising a storage compartment, a refrigerant circuit which serves to cool the storage compartment and contains a compressor, and comprising a collecting receptacle for condensed water flowing out of the storage compartment. The collecting receptacle can be heated by a heating device that can be independently operated by the operation of the compressor.

Refrigerating appliance

Refrigerating appliance comprises at least one first, second and third refrigerating area for a low, medium or high storage temperature, whereby each refrigerating area has an evaporator. The refrigerating appliance also comprises a compressor, a refrigerant circuit for supplying compressed refrigerant to the evaporators and for returning expanded refrigerant to the compressor, and comprises at least one switching element for directing, as desired, the refrigerant through one of two branches of the refrigerant circuit. In the first branch, the evaporators of the first and the third refrigerating areas are connected in series. In the second branch, the evaporators of all three refrigerating areas are connected in series.

Combination refrigerating appliance and evaporators for same

A refrigeration device comprising a body, which has lateral walls and a rear wall and a condenser that is mounted on the exterior of the rear wall of the body. Said condenser extends over at least one of the edge zones of the exterior, behind which there is a respective lateral wall, when viewed from the direction of the depth of the body and a central zone of the exterior, behind which the interior of the body lies when viewed from the depth direction, is not covered by the condenser.

Refrigeration device

A refrigerating machine for a refrigerating appliance, particularly a household refrigerating appliance, includes a compressor, a condenser, a multi-way valve for selectively directing the refrigerant flow through a refrigerant collector from an inlet to a first outlet of the same or through a bypass line while bypassing the first outlet and includes at least one first evaporator. A collecting sieve for intercepting contaminants within the refrigerant flow is placed between the inlet and the first outlet of the refrigerant collector.

Refrigerating machine with a pressure-side refrigerant header

The refrigerating appliance comprises at least one first, second and third refrigerating area for a low, medium or high storage temperature, whereby each refrigerating area has an evaporator (). The refrigerating appliance also comprises a compressor (), a refrigerant circuit for supplying compressed refrigerant to the evaporators () and for returning expanded refrigerant to the compressor (), and comprises at least one switching element (') for directing, as desired, the refrigerant through one of two branches (I, II) of the refrigerant circuit. In the first branch (I), the evaporators () of the first and the third refrigerating areas are connected in series. In the second branch (II), The evaporators () of all three refrigerating areas are connected in series.

A refrigerator includes a heat-insulating housing having compartments separated from one another and each having a different temperature, evaporators each cooling one of the compartments with a refrigerant, each compartment having a different refrigerating capacity, throttles each connected upstream of an evaporator, a refrigerant compressor having a suction side connected to a refrigerant collector, and at least one activator connected to the evaporators, the activator positively and separately controlling circulation of the refrigerant through the evaporators. The compressor is connected to the throttles and evaporators for circulating the refrigerant. One evaporator has a higher capacity and a refrigerant routing portion with a refrigerant reception volume. The collector collects an amount of refrigerant when the compressor is in the standstill phase. More than a majority of the reception volume of the refrigerant routing portion is filled with the refrigerant in the standstill phase of the compressor.

Refrigerator

Growing community of inventors

Giengen, Germany

Wolfgang Nuiding