Abstract: A method for the production of a receiving device for the flow tubes of a heat exchanger with openings for receiving the flow tubes. One opening is at least partially produced by a first forming method and at least partially by a second forming method that is different from the first.

Abstract: Apparatus for delivering a medicament to a user has a drug vault including pre-packaged product storage containers holding inventory pre-packaged medicament products, and containers holding inventory bulk medicament. A control system is operable to dispense bulk medicament from the bulk product storage containers, to package the dispensed inventory bulk medicament as dispensed packaged medicament products, and to pick and deliver medicament products to a delivery zone.

Abstract: In a method and apparatus for applying a label having an adherent coating to a package having a front and sides to stick the label to the package, the label and the package are tacked together with a predetermined relative positioning. A conformable tamp block is brought against the package to press the label against and around the package sides. The block has articulated elements which enable conformance of one element against the front of the package and articulation and constrained deformation of a second element to press the label around the sides of the package. The label is of stiff material, both to enable independent suspension of the label ready for labelling and to faciliate separation of labels from an adhering release liner.

Abstract: A device which is used to replace heat, for a motor vehicle, includes at least one first collecting and/or distribution device for at least one fluidic medium. The collecting and/or distribution device is fluidically connected to a plurality of through-flow devices, through which the medium flows at least in parts. The collecting and/or distribution device includes at least one base device, a covering device and a separating device, which divides the collecting and/or distribution device into at least two partial areas. The base device includes at least one projection which protrudes in an inward manner from a predetermined plane of the base device in relation to the collecting and/or distribution device and at least one section of the separating device is in contact with at least one lateral side of the projection, and at least one section of the plane of the base device is in indirect contact.

Abstract: The invention relates to a metal collecting tank (1) for a heat exchanger, especially for motor vehicles. Said collecting tank is produced by non-cutting shaping from a steel sheet blank, preferably an aluminum sheet, and the collecting tank (1) comprises two approximately parallel sidewalls (1c, 1d) and narrow walls each and an upper side (1b) and at least one connecting piece (3). According to the invention, the at least one connecting piece (3) is configured as one piece with the collecting tank (1) and is shaped from the steel sheet blank.

Abstract: A method for the production of a receiving device for the flow tubes of a heat exchanger with openings for receiving the flow tubes. One opening is at least partially produced by a first forming method and at least partially by a second forming method that is different from the first.

Abstract: The invention relates to a heat exchanger with a first collector (10), in which chambers (44, 46), separated by at least one longitudinal separating wall, are formed and comprising a tube-fin or tube block (14), with tubes (16), or tubed devices opening into the first collector (10), fixed to the longitudinal separating wall (42), said longitudinal separating wall (42), comprising slots (50), whereby tubes (16) or tubed devices in the block (14) comprise slots (54) or shoulders, each of which is positioned in the region of a corresponding slot (36) of the longitudinal separating wall (42) and a method for production of a heat exchanger.

Abstract: The invention relates to a device which is used to replace heat, in particular for a motor vehicle, comprising at least one first collecting and/or distribution device for at least one fluidic medium. The collecting and/or distribution device is fluidically connected to a plurality of through-flow devices, through which the medium flows at least in parts and the collecting and/or distribution device comprises at least one base device, a covering device and a separating device, which divides the collecting and/or distribution device into at least two partial areas. The base device comprises at least one projection which protrudes in an inward manner from a predetermined plane of the base device in relation to the collecting and/or distribution device and at least one section of the separating device is in contact with at least one lateral side of the projection, and at least one section of the plane of the base device is in indirect contact.