Abstract: The inventive embodiments concern a method for flushing a toilet for vehicles, especially for motor homes, buses, recreational vehicles, or watercraft, with a toilet bowl, a control unit for actuating a flushing with a control program, and with a conduit piece for drainage of the waste water from the toilet bowl into a waste-holding tank and a toilet system for implementing the method and a vehicle with the toilet system according to the inventive embodiments.

Abstract: The present embodiments relate to a hinge for use in a mobile toilet having a toilet bowl, a toilet seat, and a toilet lid, wherein the toilet seat and the toilet lid each are swivel-mounted to the toilet bowl by the hinge and have a common pivot axis. Furthermore, the present embodiments relate to a damping device for retrofitting a hinge. The present embodiments also relate to a mobile toilet. In particular, the present embodiments relate to the problem to allow an easy retrofitting of a hinge and mobile toilets, respectively. This problem is in particular solved with the initially described hinge that in accordance with the present embodiments has at least one receiving area that is formed to receive at least one damping device for damping the swivel motion of the toilet seat or the toilet lid about the pivot axis.

Abstract: The invention relates to an interlock mechanism (71) for a toilet (1) for vehicles, in particular for busses, mobile homes, caravans, and yachts, having an upper part (2) with a toilet bowl (7) and a support part (3) with a cassette compartment (14), wherein a cassette (15) can be inserted into the cassette compartment (14). A passing part (4) is disposed between the toilet bowl (7) and the cassette (15) in the inserted state (EZ). The passing part (4) can be closed by a passing part closure (5). According to the invention, the interlock mechanism (71) can be coupled with the passing part closure (5) and the cassette (15). The invention further relates to a toilet having such an interlock mechanism and a method for operating it.

Abstract: The invention relates to a toilet system (1) for installation in a vehicle, wherein the toilet system comprises the following components indicated: namely a base (2) which is to be fixed to the vehicle and has a top wall portion, also a toilet bowl (3) which is borne by the top wall portion of the base and has a top peripheral portion preferably bearing a toilet-seat ring (6), further a sewage-retention tank (15) which, in the use position, is arranged, at least in part, beneath the top wall portion, and additionally a guiding, retaining and coupling device which is configured such that the user—preferably from the outside of the vehicle—can pull the correspondingly formed sewage-retention tank out of its use position, in which it can be connected in a liquid-tight manner to the outflow of the toilet bowl (3), remove it from the vehicle and then replace it in said use position, wherein the toilet system (1) is configured such that, even after the base has been fixed to the vehicle, it is possible to make a se

Abstract: A cooling appliance 1 including a housing 2 and a cooling unit 3, 4 is adapted such that the interior of said cooling appliance 1 is separable into at least two cooling zones 6, 7 by inserting an insert member (5), wherein one of said cooling zones is built as separate freezer section 6 or froster, respectively. In a cooling appliance 1 including a housing 2 and cooling unit 3, 4 an insert member 5 separating said interior of said cooling appliance 1 into at least two cooling zones 6, 7, is arranged in the interior of said cooling appliance 1, wherein said insert member 6 is built as preassembled unit inserted into said cooling appliance 1 by means of guide members 8 arranged in said housing 2.

Abstract: A mobile refrigerator with a refrigerator door is held magnetically against the body thereof. An additional hook lock (1 and 19) automatically engages on closing the refrigerator door and releases the refrigerator door only following the actuation of an unlocking mechanism. The unlocking mechanism disengages the hook bolt (7) from the lock striker (20), characterized in that the hook lock (1 and 19) comprises a locking member (14) by means of which the hook bolt (7) may be restrained in a disengaged position so that the refrigerator door is only held closed magnetically. The hook lock (1 and 19) is also characterized in that the locking member (14) is able to be so actuated independently of the unlocking mechanism that the hook bolt (7) is set in the disengaged position.

Abstract: A mobile refrigerator with a refrigerator door is held magnetically against the body thereof. An additional hook lock (1 and 19) automatically engages on closing the refrigerator door and releases the refrigerator door only following the actuation of an unlocking mechanism. The unlocking mechanism disengages the hook bolt (7) from the lock striker (20), characterized in that the hook lock (1 and 19) comprises a locking member (14) by means of which the hook bolt (7) may be restrained in a disengaged position so that the refrigerator door is only held closed magnetically. The hook lock (1 and 19) is also characterized in that the locking member (14) is able to be so actuated independently of the unlocking mechanism that the hook bolt (7) is set in the disengaged position.

Abstract: Refrigerator housing including an one-piece external housing made (6) from synthetic material; an internal housing (1) made (6) from synthetic material, which forms a cooling compartment and comprises an access opening (2); said external housing (6) and said internal housing (1) being in sealed manner connected to one another in the region of said access opening (2) on the front side, welded together or glued together in particular, and a hollow space (12) serving for isolation being formed between internal housing (1) and external housing (6); said external housing (6) on its rear side comprising an opening (11) through which essentially the entire hollow space is accessible for introducing isolation material.

Abstract: An energy administration device serves for operating an absorption refrigerating device with different energy sources and includes an energy control unit (7) for controlling and selecting an energy source. It includes at least one gas operation unit (8 to 12) for operating said absorption refrigerating device with gas with a gas burner connected to a gas supply line, which can be controlled by a surveillance system. Said surveillance system is an ignition surveillance system and includes an ionisation sensor and/or UV sensor for surveying said gas flame of said gas burner (11).

Abstract: An absorption cooling device includes an expeller (7) for expelling a working agent from an enriched solvent, a first connecting line (11) for transferring said expelled working agent from said expeller (7) to a condenser (9), a second connecting line (15) for transferring said condensated working agent from said condenser (9) to an evaporator (13), a third connecting line (16) for transferring said evaporated working agent from said evaporator (13) to an absorber unit (17), a fourth connecting line (21) for transferring said solvent depleted of working agent from said expeller (7) to said absorber unit (17), a fifth connecting line (19) for transferring said solvent enriched with working agent from said absorber (17) to said expeller (7), wherein in one end of said fifth connecting line a first liquid level (25) of said solvent is formed and on the other end a second liquid level (29) is formed, and the total surface of said second liquid level (29) is smaller than ten times a medium cross-section of

Abstract: An energy administration device serves for operating an absorption refrigerating device with different energy sources and includes an energy control unit (7) for controlling and selecting an energy source. It includes at least one gas operation unit (8 to 12) for operating said absorption refrigerating device with gas with a gas burner connected to a gas supply line, which can be controlled by a surveillance system. Said surveillance system is an ignition surveillance system and includes an ionisation sensor and/or UV sensor for surveying said gas flame of said gas burner (11).