Abstract: A device includes a base plate, a first cell, a second cell, and a housing in which the-first cell and the second cell are arranged. The first cell and the second cell each include at least one capacitor. The device also includes a first metal plate configured connected to a capacitor in the first cell and second metal plate connected to a capacitor in the second cell. The first and second metal plates each having at least one hole configured to receive the conductive fastening element. The device also includes an electrically conductive fastening element connected through the hole in the first metal plate and the hole in the second metal plate such that the first metal plate and the second metal plate are-electrically connected to one another and mechanically attached to one another and to the base plate.

Abstract: The invention indicates a circuit arrangement designed as a module with a chain of connected (preferably in a row) capacitors or double-layered capacitors arranged on a base plate. The capacitors are affixed to metal plates on the side facing away from the base plate, whereby the plates in each instance have at least one hole. The plates of the capacitors attached to one another overlap one another in such a way that their holes face one another. The plates that overlap one another are at all times supported by an electrically conductive fastening bolt, set apart at equal distances from the base plate and electrically connected and mechanically attached to one another, whereby the fastening bolts go through the holes.

Abstract: The invention describes a method and a device for introducing volatile liquids into housings of electrical components, in particular of passive electrical components or of electrochemical cells, and for closing the housings. The method can be carried out using an evacuable chamber, a conveyor device for conveying the components, a gas pressure device for generating a gas pressure atmosphere in the chamber, a filling device for introducing a volatile liquid into a component, a closing device for closing the component, and using a programmable sequence control means, which controls the conveyor device, the gas pressure device, the filling device and/or the closing device in such a way that these devices interact in a predetermined manner.

Abstract: The invention describes a method and a device for introducing volatile liquids into housings of electrical components, in particular of passive electrical components or of electrochemical cells, and for closing the housings. The method can be carried out using an evacuable chamber (1), a conveyor device (2) for conveying the components (4), a gas pressure device (9, 12, 13, 14) for generating a gas pressure atmosphere in the chamber, a filling device (5, 8, 11, 15) for introducing a volatile liquid into a component (4), a closing device (6, 17) for closing the component (4), and using a programmable sequence control means (10), which controls the conveyor device (2), the gas pressure device (9, 12, 13, 14), the filling device (5, 8, 11, 15) and/or the closing device (6) in such a way that these devices interact in a predetermined manner.

Abstract: The present invention relates to an electrode (1) for an electrochemical cell having a liquid electrolyte (3), containing channels (2), into which an electrolyte liquid may flow. The electrode (1) has the advantage that the impregnation time of the electrochemical cell may be reduced.

Abstract: A housing for an electrochemical cell having at least a first electrode and a second electrode. The housing includes a lid having a first indentation to contact the first electrode, and a bottom having a second indentation to contact the second electrode. The first indentation has a first cross-section and the second indentation has a second cross-section. The first cross-section and the second cross-section get narrower as the first indentation and the second indentation progress into an interior of the housing.

Abstract: A housing (1) having a lid (5), for electrochemical cells having at least two electrodes is proposed, wherein indentations (5B, 10B) for contacting the electrodes are present both in the lid and in the housing bottom. In this arrangement, the indentations demonstrate a cross-section that narrows into the interior of the housing, so that a particularly large, easily welded contact area between the indentations and the electrodes is the result.

Abstract: A capacitor winding for a capacitor has a layer stack that is limited by two end faces in a longitudinal direction and by one or more lateral surfaces that extend transverse to the longitudinal direction. The stack has electrode layers and parting layers proceeding in the longitudinal direction, and has a single-ply sheath of an electrically insulating material that covers the lateral surfaces of the layer stack gap-free and that has a projecting section at an end face. The sheath can be especially advantageously implemented as a heat shrinkable tube or hose that protects the capacitor winding against damage upon insertion into a housing of the capacitor.

Abstract: A pot-shaped housing with a cover for capacitors has the pot-shaped housing and cover both being extruded as single workpieces and having different spatial dimensions along two principal axes so that they form either a rectangular or square. The cover is provided with two electrical terminals, preferably with one of the terminals being conducted through an opening in the cover and the other terminal preferably being integrally formed with the cover. The cover has a bent-up edge on its periphery in an interlocking fashion with the opening in the housing pot.

Abstract: The invention describes a method and a device for introducing volatile liquids into housings of electrical components, in particular of passive electrical components or of electrochemical cells, and for closing the housings. The method can be carried out using an evacuable chamber (1), a conveyor device (2) for conveying the components (4), a gas pressure device (9, 12, 13, 14) for generating a gas pressure atmosphere in the chamber, a filling device (5, 8, 11, 15) for introducing a volatile liquid into a component (4), a closing device (6, 17) for closing the component (4), and using a programmable sequence control means (10), which controls the conveyor device (2), the gas pressure device (9, 12, 13, 14), the filling device (5, 8, 11, 15) and/or the closing device (6) in such a way that these devices interact in a predetermined manner.

Abstract: For manufacturing a multi-layer structure with repeating layer sequences, a band-shaped carrier material is first partially separated into individual sections of a same size with connections capable of bearing remaining between the individual sections. After continuously applying at least one further material layer on the surface of the carrier material, the individual sections are completely separated by cutting or punching. The multi-layer structure is obtained by stacking the individual sections obtained in this way on top of one another, whereby intermediate layers can also be potentially inserted between two individual sections.

Abstract: The invention relates to an electrical double layer capacitor with two superimposed electrode layers (2, 3). These electrode layers (2, 3) are separated by an electrically insulating dividing layer (1). At least one of the electrode layers (2, 3) is applied to the dividing layer (1) by means of a coating process. The advantage of the capacitor of the invention is that the dividing layer (1) coated by the electrode layer (2, 3) allows for improved volume utilization.

Abstract: A pot-shaped housing with a cover for capacitors has the pot-shaped housing and cover both being extruded as single workpieces and having different spatial dimensions along two principal axes so that they form either a rectangular or square. The cover is provided with two electrical terminals, preferably with one of the terminals being conducted through an opening in the cover and the other terminal preferably being integrally formed with the cover. The cover has a bent-up edge on its periphery in an interlocking fashion with the opening in the housing pot.

Abstract: The invention is directed to a housed layer stack as well as to a method for manufacturing the housed layer stack composed of a band material (1) and a plurality of intermediate layers (2) comprising the following steps:

Abstract: For manufacturing a multi-layer structure with repeating layer sequences, it is proposed that a band-shaped carrier material be first partially separated into individual sections of the respectively same size, whereby connections capable of bearing remain between the individual sections. After continuously applying at least one further material layer on the surface of the carrier material, the individual sections are completely separated by cutting or punching. The multi-layer structure is obtained by stacking the multi-layer section [sic] obtained in this way on top of one another, whereby intermediate layers can also be potentially inserted between two multi-layer sections.

Abstract: A break-away element for an electrical capacitor is used in conjunction with a capacitor winding integrated into a housing having a cover and a floor. Electrical terminals are connected to the power leads of the capacitor winding through insulating bushings. One or more rated break locations are provided in the power leads, the rated break locations having a geometrical shape with a continuous transition from the cross section of the power lead in the form of a wire to the cross section of the rated break locations.

Abstract: A break-away element for an electrical capacitor is used in conjunction with a capacitor winding integrated into a housing having a cover and a floor. Electrical terminals are connected to the power leads of the capacitor winding through insulating bushings. One or more rated break locations are provided in the power leads, the rated break locations having a geometrical shape with a continuous transition from the cross section of the power lead in the form of a wire to the cross section of the rated break locations.

Abstract: Capacitor ignition systems for internal combustion engines in which a charging winding forms part of an ignition coil and a primary winding is connected in circuit with the charging winding to contribute to capacitor charging. In one embodiment, the secondary winding is also connected in circuit with the charging winding which contributes to development of an output voltage. Circuit components are provided for insuring a high output voltage while protecting a charging diode against excessive inverse voltage during ignition and for protecting the gate of a thyristor switch from an excessive negative voltage.

Abstract: An electric capacitor includes a housing having an inwardly-arched, substantially spherical, dome-shaped bottom membrane, a capacitor winding disposed in the housing, an excessive-pressure protection safety device disposed in the housing in vicinity of the bottom membrane, a central core tube disposed in the winding, and an insulating disc disposed between the winding and the bottom membrane, the disc having at least two parts and including an extension protruding into the central core tube.