Abstract: The invention relates to a radial blood pump (1) for supporting a blood flow (106) in a human or animal heart (205) comprising a first and a second inlet channel (41, 42), a first outlet channel (51, 52), a first electric motor (71) comprising a first stator (77) and a first internal rotor (75), wherein the first electric motor (71) is configured to drive an impeller (2, 2a, 2b) arranged at an intersection of the first with the second inlet channel (41, 42), wherein the impeller (2, 2a, 2b) is connected to the first internal rotor (75) and wherein the impeller (2, 2a, 2b) comprises a merging portion (22) arranged at the intersection, where a merging of a first blood flow (106) coming from the first inlet channel (41) and a second blood flow (107) coming from the second inlet channel (42) takes place, wherein the impeller (2, 2a, 2b) is configured to pump the first and second blood flow (106, 107) from the first and second inlet channel (41, 42) via the merging portion (22) to the first outlet channel (51), a

Abstract: In a processor-controlled multimedia terminal connected to a processor-controlled multimedia docking device, a group of application programs is stored and made available for execution. The application programs can run on the multimedia terminal in the foreground or background. Only one application program of the group is executed in the foreground at one time. An application program can output data via a graphical user interface while running in the foreground. While running in the background, however, an application program cannot output data via the graphical user interface. In the multimedia terminal, a memory area is also provided, to which the application programs have read and write access during execution thereof. An application-specific data set is stored in the memory area for each application program, the data set remaining in the memory area even after the respective application program has ended.

Abstract: In a processor-controlled multimedia terminal connected to a processor-controlled multimedia docking device, a group of application programs is stored and made available for execution. The application programs can run on the multimedia terminal in the foreground or background. Only one application program of the group is executed in the foreground at one time. An application program can output data via a graphical user interface while running in the foreground. While running in the background, however, an application program cannot output data via the graphical user interface. In the multimedia terminal, a memory area is also provided, to which the application programs have read and write access during execution thereof. An application-specific data set is stored in the memory area for each application program, the data set remaining in the memory area even after the respective application program has ended.

Abstract: A method and apparatus for protecting electronic devices from cloning employs an electronic signature generated from an identification code for the electronic device (e.g., an electronic serial number (ESN), an international mobile equipment identifier (IMEI), or the like) and a unique, unchangeable identification for a hardware component of the electronic device code (e.g., a flash hardware serial number, or the like). The electronic signature is encrypted and stored to the non-volatile memory of the electronic device for verifying the authenticity of the electronic device's identification code to prevent use of the device for cloning a second electronic device.