Abstract: An actuating device for adjusting at least one valve needle of an injection molding apparatus with a hot runner manifold that has disposed thereon at least one hot runner nozzle with at least one valve needle extending there-through which may control the melt flow through the hot runner nozzle. The actuating device has a support plate that is connected to the at least one valve needle and movable in a first direction relative to the hot runner manifold. The actuating device further includes a reciprocating device for moving the support plate in the first direction relative to the hot runner manifold, wherein the reciprocating device includes a slider mechanism and an actuation drive that is connected to a trigger device for generating a linear motion, wherein the slider mechanism has at least one thrust rod that is disposed in a second direction at an angle relative to the first direction.

Abstract: The present disclosure is directed to a monitoring device for an injection mold. The monitoring device includes a first processing unit and a sensor interface by which during operation at least one sensor is interconnected to the first processing unit. A second processing unit is interconnected to the first processing unit via a data bus to exchange data with the first central processing unit. At least one user interface is interconnected to the second processing unit for exchanging information with a user.

Abstract: An injection molding apparatus may include a first mold plate and a second mold plate. The second mold plate may be movable outside an injection molding station defined by these mold plates. The second mold plate may carry parts of type A? and parts of type B? molded at the same time within the injection molding station. A transferring mechanism may carry the second mold plate to removing and assembling stations where molded parts A? are first removed from the second mold plate and next parts A? are positioned relative molded parts B?, where the molded parts B? and A? are finally assembled. Simultaneously other parts A? and B? may be molded at the injection molding station using an additional and identical second mold plate. Depending on the application, molded parts A? and B? may be made of the same or different materials.

Abstract: A device for lowering the risk of cancer and/or the risk of a cancer relapse and/or other diseases includes an internet portal, for detecting a user's physical activities, which are carried out using a connected database and corresponding algorithms relating to a recommended daily dose of physical movement and on the basis of which recommendations to the user for additional physical activities are automatically generated and transmitted to the user so that the user is capable of performing the daily or weekly user-individual physical activities that are suitable for significantly lowering the risk of cancer or the risk of a cancer relapse. The system is designed as a self-learning unit designed such that the recommendations which are vocalized by the device are adapted constantly and are improved while taking into consideration the accumulated data.

Abstract: An actuating device for adjusting at least one valve needle of an injection molding apparatus with a hot runner manifold that has disposed thereon at least one hot runner nozzle with at least one valve needle extending there-through which may control the melt flow through the hot runner nozzle. The actuating device has a support plate that is connected to the at least one valve needle and movable in a first direction relative to the hot runner manifold. The actuating device further includes a reciprocating device for moving the support plate in the first direction relative to the hot runner manifold, wherein the reciprocating device includes a slider mechanism and an actuation drive that is connected to a trigger device for generating a linear motion, wherein the slider mechanism has at least one thrust rod that is disposed in a second direction at an angle relative to the first direction.

Abstract: Injection molding machine comprising at least one first and one second injection unit having a chamber for injecting a plasticized molding material and a piston for advancing a predetermined amount of plasticized molding material along a first axis from the chamber into a cavity of a mold, the machine including a form tool comprised of at least a first tool portion and a second tool portion, a tool cavity being at least partially disposed in the first tool portion.

Abstract: An injection molding apparatus may include a first mold plate and a second mold plate. The second mold plate may be movable outside an injection molding station defined by these mold plates. The second mold plate may carry parts of type A? and parts of type B? molded at the same time within the injection molding station. A transferring mechanism may carry the second mold plate to removing and assembling stations where molded parts A? are first removed from the second mold plate and next parts A? are positioned relative molded parts B?, where the molded parts B? and A? are finally assembled. Simultaneously other parts A? and B? may be molded at the injection molding station using an additional and identical second mold plate. Depending on the application, molded parts A? and B? may be made of the same or different materials.

Abstract: Injection molding machine comprising at least one first and one second injection unit having a chamber for injecting a plasticized molding material and a piston for advancing a predetermined amount of plasticized molding material along a first axis from the chamber into a cavity of a mold, the machine including a form tool comprised of at least a first tool portion and a second tool portion, a tool cavity being at least partially disposed in the first tool portion.

Abstract: Presented is a winding arrangement for an electric machine that includes a laminated core that includes a yoke that includes a plurality of teeth each having flanks that form first wedge surfaces and a winding support area that has a trapezoidal cross-section. The arrangement further includes a coil winding, and a winding body configured to arrange the coil winding on one of the plurality of teeth. The coil winding has an inner area arranged opposite the first wedge surfaces and represents second wedge surfaces. The arrangement further includes a stop means disposed on the winding body and/or one of the plurality of teeth. The stop means is configured to limit movement of the winding body in a direction toward the yoke. The arrangement further includes a centering means configured to center the winding body on one of the plurality of teeth.

Abstract: A transmission device (1) having a transmission housing (2) in which several assemblies can be positioned for creating different gear ratios, and a start-up device, preferably a hydrodynamic torque converter. At least one breakout (3, 13) is provided in the wall area of the transmission housing (2), where the edge areas (4) are designed as stiffening zones and through which the torque is brought from the transmission housing (2) to auxiliary drive trains. In the area (5) of the transmission housing (2), which is designated for a start-up device, at least one electric machine (6) of a hybrid system is provided. A connection of the electric machine (6), which is positioned in the transmission housing (2), to power electronic located external of the transmission housing (2), is brought through the at least one breakout (13) of the transmission housing (2).

Abstract: A winding body for holding a winding of an electrical conductor to produce a coil for an electrical machine includes a winding area formed by a winding support and two sidepieces connected to the winding support. The sidepieces form the boundaries of the winding area and are connected to the winding support. Various measures are proposed for mounting a compact winding on the winding body, for arranging the winding body without play and in an operationally reliable manner on a tooth of an electrical machine, and for wiring several coils together in a space-saving manner by using the winding body.

Abstract: A stator for an electrical machine includes a ring-shaped stator yoke with a number of stator coils arranged thereon. The conductor ends of the coils are designed to be connected to a wiring arrangement, where the wiring arrangement has linking conductors, which are arranged concentrically to each other, are insulated electrically against each other, and have terminal elements to form electrical contact areas by which they are connected to the ends of the stator coils. The ends of the coils be connected to the linking conductors by separate terminal elements which have a first contact area for establishing a connection with the linking conductor and a second contact area for establishing a connection with at least one coil end.

Abstract: Presented is a winding arrangement for an electric machine that includes a laminated core that includes a yoke that includes a plurality of teeth each having flanks that form first wedge surfaces and a winding support area that has a trapezoidal cross-section. The arrangement further includes a coil winding, and a winding body configured to arrange the coil winding on one of the plurality of teeth. The coil winding has an inner area arranged opposite the first wedge surfaces and represents second wedge surfaces. The arrangement further includes a stop means disposed on the winding body and/or one of the plurality of teeth. The stop means is configured to limit movement of the winding body in a direction toward the yoke. The arrangement further includes a centering means configured to center the winding body on one of the plurality of teeth.

Abstract: A winding body for holding a winding of an electrical conductor to produce a coil for an electrical machine includes a winding area formed by a winding support and two sidepieces connected to the winding support. The sidepieces form the boundaries of the winding area and are connected to the winding support. Various measures are proposed for mounting a compact winding on the winding body, for arranging the winding body without play and in an operationally reliable manner on a tooth of an electrical machine, and for wiring several coils together in a space-saving manner by using the winding body.

Abstract: A stator for an electrical machine includes a ring-shaped stator yoke with a number of stator coils arranged thereon. The conductor ends of the coils are designed to be connected to a wiring arrangement, where the wiring arrangement has linking conductors, which are arranged concentrically to each other, are insulated electrically against each other, and have terminal elements to form electrical contact areas by which they are connected to the ends of the stator coils. The ends of the coils be connected to the linking conductors by separate terminal elements which have a first contact area for establishing a connection with the linking conductor and a second contact area for establishing a connection with at least one coil end.

Abstract: A standard injection molding machine is combined with an auxiliary plasticizing unit having a hot runner manifold that can be alternately connected with or disconnected from the main injection unit of the molding machine to perform sandwich molding. The injection unit retracts from the mold to connect with a hot runner and receive skin material from a non-reciprocating screw extruder directly into the barrel of the injection unit. The injection unit then disconnects from the hot runner and moves back into position for injection into the mold. Simultaneously with this movement, the injection unit plasticizes sufficient core material to complete the stacked arrangement of skin and core material necessary for sandwich molding. In an alternate embodiment, the sandwich molding apparatus includes an accumulator with a suitable valve and connections to the other components to supply a final shot of skin material into the mold, as well as provide the pack and hold functions of the injection cycle.