Abstract: The aim of the invention is to provide a particularly planar component that is as simple as possible to produce and has an optimized stability. In order to achieve said aim, a component is proposed which comprises or is formed from a polymer matrix material and at least one non-compressible filler, wherein an average proportion of the at least one non-compressible filler is preferably approximately 75 wt. % or more, based on the total mass of the component and/or based on a local mass of the component in a locally compacted region of the component, wherein the component has one or more attachment regions for attaching the component to an additional component, and wherein a material of the component is compressed at least in the one or more attachment regions.

Abstract: A battery device comprises one or more battery modules, one of the respective battery modules comprising the following: a frame element, a base element and a plurality of battery cell.

Abstract: In order to provide a rupture device which can be produced as simply as possible and which enables a controlled opening of a container in the event of an overpressure, it is proposed that the rupture device comprise a wall component which has at least one rupture web, wherein the at least one rupture web has a thickness varying in the longitudinal direction, and/or wherein the at least one rupture web is formed by at least one first depression, which is arranged on a first side of the wall component, and at least one second depression, which is arranged on a second side, facing away from the first side, of the wall component.

Abstract: The aim of the invention is to provide a component, preferably a component for a vehicle, which is as stable as possible and which has an optimized electromagnetic compatibility. This is achieved by providing a component comprising a base element, which comprises or is made of at least one composite element, and a shielding element for electrically and/or electromagnetically shielding the component, wherein the shielding element comprises or is made of one or more foils, for example one or more metal foils, and is connected to the base element.

Abstract: An energy storage unit, wherein the energy storage unit in particular can be an energy storage module and/or in particular electrical energy for driving a motor vehicle is able to be provided by the energy storage unit, wherein the energy storage unit comprises the following: a plurality of energy storage elements, preferably a plurality of electrochemical energy storage elements, e.g. a plurality of battery cells; and a temperature-control fluid barrier, wherein the temperature-control fluid barrier extends about a temperature-control chamber and in the temperature-control chamber at least a plurality of the energy storage elements are able to be temperature-controlled by means of a temperature-control fluid.

Abstract: A vehicle body unit (210), having at least one support element (212) extending in particular longitudinally, at least one injection molding element (214) and at least one functional element (310). The invention proposes that at least one functional element (310), in particular with a retaining part (312), is arranged at least partially in contact with the at least one support element (212) and that at least one retaining part (362) of at least one injection molding element (214) is at least partially molded onto the at least one support element (212) and the at least one adjacently arranged functional element (310).

Abstract: Energy storage unit, wherein the energy storage unit in particular can be an energy storage module and/or in particular electrical energy for driving a motor vehicle is able to be provided by the energy storage unit, wherein the energy storage unit comprises the following: a plurality of energy storage elements, preferably a plurality of electrochemical energy storage elements, e.g. a plurality of battery cells; and a temperature-control fluid barrier, wherein the temperature-control fluid barrier extends about a temperature-control chamber and in the temperature-control chamber at least a plurality of the energy storage elements are able to be temperature-controlled by means of a temperature-control fluid.

Abstract: An impact-protection unit, the impact-protection unit comprising the following: a barrier unit and a deformation unit.

Abstract: A sealing element made of a plastic, which is embodied to seal against an actuator and consists of a plastic or resin that can be handled in an injection molding process. In order to significantly improve a sealing tightness of injection molded sealing elements made of a plastic, according to the invention the sealing element, as a direct product of an injection molding process, is provided with a structure in the form of a groove in the sealing surface, which groove is distributed over the periphery of the sealing surface.

Abstract: Discharge unit for arrangement on a movable force transmission element which extends along a longitudinal axis, e.g., for arrangement on a shaft of which the rotational axis forms the longitudinal axis, wherein either the discharge unit comprises: - an outer carrier element, and - a discharge element fastened to the outer carrier element and extending in the direction towards the longitudinal axis and/or extending radially inwardly, or the discharge unit comprises the following: - an inner carrier element and - a discharge element fastened to the inner carrier element and extending in the direction away from the longitudinal axis and/or extending radially outwardly.

Abstract: A battery device comprises one or more battery modules, one of the respective battery modules comprising the following: a frame element, a base element and a plurality of battery cell.

Abstract: A protective element for improving electromagnetic compatibility. The protective element comprises at least a shielding layer for protection from electric, magnetic, and/or electromagnetic fields.

Abstract: A protective element, in particular for an energy storage system or for a motor vehicle, wherein the protective element has the following: a shielding element, for example a wall, and a protective material arranged or formed on a surface of the shielding element.

Abstract: In order to create a module connector for electrically conductively connecting at least two battery modules, comprising a connecting conductor, which has a contact region that is arrangeable on a contact element of a battery module, in which module connector a sufficient contact protection for a fastening element is ensured in a simple and reliable manner, it is proposed that the module connector comprises a contact protection element, which at least partially covers the contact region of the connecting conductor, and a fastening element for fixing the contact region of the connecting conductor to the contact element, wherein the fastening element in a rest position is held on the contact protection element and is transferable from the rest position into an assembly position in which a contact protection is provided for at least a protected part of the fastening element by the contact protection element.

Abstract: A cell contacting system for an electrochemical device is provided, which includes a plurality of cell groups having one or more electrochemical cells, each having a first and a second cell terminal. The first cell terminals follow each other along the longitudinal direction in a first cell terminal region of the electrochemical device and the second cell terminals follow each other along the longitudinal direction in a second cell terminal region of the electrochemical device. The cell contacting system includes at least one cell connector extending obliquely to the longitudinal direction and configured for electrically conductively connecting cell terminals of a first cell group in the first cell terminal region to cell terminals of a second cell group in the second cell terminal region, which cell contacting system reliably enables a relative movement between the cell terminals to be electrically connected to each other.

Abstract: A pressure relief device for opening a relief opening in a housing, in particular a battery storage housing, said pressure relief device providing a safe mode of functioning and having a simple structure, it is proposed that the pressure relief device has a main body which can be arranged in the relief opening and has a passage which connects an inlet and an outlet through which a medium can flow, a closing element which, if a defined activation pressure is exceeded, can be transferred from a closed position, in which the closing element closes the passage, to an open position in which the closing element releases the passage, and a cover which at least partly covers the closing element and/or passage and performs a setting movement with the closing element in order to release the passage.

Abstract: A storage device for receiving, storing and releasing electrical energy, the storage device comprising the following: a plurality of storage cells; a connecting element that connects at least two of the storage cells; and a temperature control zone on one side of the connecting element; wherein the storage cells that are connected by the connecting element extend into the temperature control zone or through the temperature control zone; wherein the connecting element surrounds the cell casings of the storage cells that are connected by the connecting element and delimits the temperature control zone with respect to an adjacent zone; and wherein the connecting element may preferably form a barrier by way of which a passage of a temperature control fluid, which can be conducted in the temperature control zone, from the temperature control zone into the adjacent zone can be counteracted.

Abstract: A molded element for arranging on a temperature-controllable element, wherein the temperature-controllable element may preferably be an energy storage element, for example an electrochemical energy storage cell, wherein the molded element comprises: at least one receiving zone for receiving at least one section of the temperature-controllable element in the molded element and a molded element material having a density of at most 0.75 g/cm3, preferably at most 0.65 g/cm3, particularly preferably at most 0.55 g/cm3.

Abstract: A decoupling element for reducing structure-borne noise, particularly for use in a heat shield system, having a sleeve element with an insertion opening for the insertion of a fastener for fastening to a partner fastener, wherein the insertion opening extends in an axial direction of the sleeve element and the sleeve element has collars protruding in a radial direction, which are spaced apart from each other in the axial direction, wherein between the collars, a damping element is positioned, which extends radially outward beyond the collars and is provided to be fastened to a heat-shielding part by means of a fastening element, and the damping element is embodied as a metal wire structure, wherein the damping element is positioned so that it is elastically prestressed in the axial direction in a gap between the collars of the sleeve element.

Abstract: A protective element for arrangement on a device which emits electromagnetic radiation, wherein the device can be, for example, an at least partially electrically powered motor vehicle, the protective element comprising the following: a shielding layer for shielding against electromagnetic radiation, a plastic layer, and a contacting zone via an electrical contact can be established between the shielding layer and the device.