Abstract: A real-time collaboration platform can utilize a collaboration application, which is adapted to permit a number of users to communicate with one another in at least one session about a predetermined topic via a network. The real-time collaboration platform can include at least one media server with a selective forwarding unit adapted for selectively forwarding media streams according to a content of a predetermined session. The media server has an interface to a media gateway that is enhanced by a real-time announcement adapter via which interface the media server can be connected to an announcement system with acoustic announcement devices such that the media streams of a predetermined session can be output via the announcement devices.

Abstract: A primary part of an electrical induction machine, especially a synchronous motor or a linear motor, includes a plurality of modules which each have teeth situated in a row having at least partially encircling slots, in the slot of each tooth a coil is wound around this tooth, and the coils of a single module are connected to a single phase of a rotary current network. The number of modules in the primary part is equal to the number of current phases or an integral multiple thereof. A single module includes an uneven number of teeth but at least three teeth, and teeth directly adjacent to one another of a single module include coils that have an opposite winding direction, which generates an opposite magnetic field polarity at the teeth. An electrical induction machine, especially a synchronous motor or a linear motor, includes a primary part and a secondary part, working together with the primary part via an air gap, which may have permanent magnets as rotor magnets.

Abstract: A polyphase electric machine includes a stator impinged by an electromagnetic rotating field, which has a yoke having yoke teeth having at least partially peripheral slots, in which windings generating a magnetic field are situated, and having a rotor rotatable around an axis having permanent magnets, which is peripherally separated from the stator by an air gap, the rotor being fixedly connected to a pulley, the yoke teeth in the stator being assembled into modules, whose number is equal to the current phases or corresponds to their integral multiple, each module including a number of at least one yoke tooth and—in the event of a possible pole pitch of the rotor to slot pitch of the stator ratio of 9/8—yoke teeth of a module directly neighboring one another having opposite magnetic field polarity.

Abstract: The invention shows a transverse flux machine, including a transverse flux machine housing (200) with a stator (100) located in it and with a rotor rotating about an axis of rotation (A), wherein the stator (100) includes a coil assembly; wherein the coil assembly has at least one phase winding for connection to an electrical phase; and wherein the stator (100) has at least one first locating means (110) for locating and aligning the stator (100) inside the transverse flux machine housing (200).

Abstract: A transverse flux machine with a primary part and a secondary part (300), which moves in relation to the primary part, with the primary part or secondary part (300) including a coil arrangement equipped with at least one phase module (100; 600), in which a phase module (100; 600) has a phase module winding (606), a phase module back iron (101; 601), and at least one pair of pole elements (102; 602) that constitutes a pole element pair (105; 605); each pole element (102; 602) has a pole element back iron (103; 603) extending from the phase module back iron (101; 601) in perpendicular fashion and a pole element leg (104; 604) extending parallel to the phase module back iron (101; 601); the phase module back iron (101; 601), together with each pole element (102; 602), forms a respective, essentially C-shaped cross section; the phase module winding (606) is at least partially situated inside the essentially C-shaped cross section; the pole elements (102; 602) of the at least one pole element pair (105; 605) are s

Abstract: A transverse flux machine or transverse flux reluctance machine with a primary part, which is provided with a coil arrangement equipped with at least one phase module (100; 600), and a secondary part (300; 400; 410, 800), which moves in relation to the primary part, in which a phase module (100; 600) has a phase module winding (606), a phase module back iron (101; 601), and at least one pair of pole elements (102; 602) that constitutes a pole element pair (105; 605); each pole element (102; 602) has a pole element back iron (103; 603) extending from the phase module back iron (101; 601) in perpendicular fashion and a pole element leg (104; 604) extending parallel to the phase module back iron (101; 601); the phase module back iron (101; 601), together with each pole element (102; 602), forms a respective, essentially C-shaped cross section; the phase module winding (606) is at least partially situated inside the essentially C-shaped cross section; the pole elements (102; 602) of the at least one pole element

Abstract: A primary part of an electrical induction machine, especially a synchronous motor or a linear motor, includes a plurality of modules which each have teeth situated in a row having at least partially encircling slots, in the slot of each tooth a coil is wound around this tooth, and the coils of a single module are connected to a single phase of a rotary current network. The number of modules in the primary part is equal to the number of current phases or an integral multiple thereof. A single module includes an uneven number of teeth but at least three teeth, and teeth directly adjacent to one another of a single module include coils that have an opposite winding direction, which generates an opposite magnetic field polarity at the teeth. An electrical induction machine, especially a synchronous motor or a linear motor, includes a primary part and a secondary part, working together with the primary part via an air gap, which may have permanent magnets as rotor magnets.