Abstract: An appliance for dispensing beverages includes a brewing unit through which hot water can flow for extraction, a beverage dispenser coupled to the brewing unit to dispense a prepared beverage into a container, a cooling device to supply ice for cooling a beverage, and a dosage device for ice cubes to automatically dose ice during the beverage preparation.

Abstract: An appliance for dispensing a beverage includes a housing, an outlet for dispensing a prepared beverage disposed on one side of the housing, a first support arranged below the outlet onto which a container can be placed for filling, and at least one second support securable on the housing above the first support. The second support is mounted so that it is displaceable along a horizontal plane into an opening on the one side of the housing.

Abstract: A device for transporting milk includes a nozzle coupled via a line to a milk container. A steam generating unit produces hot milk foam at the nozzle. A milk outlet is coupled to the nozzle. A pump to pump cold milk is arranged between the milk container and the milk outlet.

Abstract: An appliance for dispensing a beverage includes a brewing unit through which hot water can flow through an extraction substance to produce a brewed beverage. A collecting container is arranged to receive the brewed beverage from the brewing unit. A beverage dispenser is arranged to receive a prepared beverage from the collecting unit and to fill a container with the prepared beverage. A device is arranged to supply ice to the collecting container. The brewed beverage is permitted to flow through the collecting container with the ice therein as the prepared beverage to the beverage dispenser.

Abstract: A process for manufacturing a plastic pane provided with embedded electrical conductors, in particular a window pane, in which the conductors are joined to a surface of a plastic sheet that subsequently receives another layer of plastic by injection molding from the rear for the purpose of forming a pane body. In the process the material of the plastic sheet and the injection-molded plastic are joined together directly by mutual adhesion, and the surface of the plastic sheet that is located on the opposite side from the conductors forms one of the outer faces of the finished pane. The electrical conductors are formed by furnishing the surface of the plastic sheet with at least one metal wire which is to be exposed to the rear injection molding.

Abstract: In a process for manufacturing a plastic pane (1, 1′, 1″) provided with embedded electrical conductors (4), in particular a window pane, in which the conductors are joined to a surface of a plastic sheet (2, 2′, 2″) which subsequently receives another layer of plastic by injection molding via the rear for the purpose of forming a pane body (3), in which the material of the plastic sheet and the injection-molded plastic are joined together directly by mutual adhesion, and in which that surface of the plastic sheet which is located on the opposite side from the conductors forms one of the outer faces of the finished pane, the electrical conductors are, in accordance with the invention, formed by furnishing with at least one metal wire (4) that surface of the plastic sheet (2, 2′, 2″) which is to be exposed to the rear injection molding.