FOLGEVERBUNDWERKZEUG ZUR HERSTELLUNG STRUKTURIERTER FOLIEN

CARRIER BELT FOR CONTACT PINS AND PROCEDURE FOR ITS PRODUCTION

DEVICE FOR CUTTING AND EINCLIPSEN OF WIRE

STRUCTURED METAL FOIL FOR A HONEYCOMB BODY

FOLLOW-ON COMPOSITE TOOL FOR PRODUCING STRUCTURED FOILS

PROGRESSIVE DIE FOR THE PRODUCTION OF STRUCTURED FOILS

CONTACT PIN AND PROCEDURE AS WELL AS DEVICE FOR ITS PRODUCTION.

HIGH-POWER ELECTRICAL CONTACT

The invention relates to a device for power contacting having a contact-pin receptacle and at least one electrical connector where the contact-pin receptacle is integrally formed from two partial contacts that are arranged one over the other at a distance from each other and can be moved relative to each other. Each partial contact has an opening with contact arms protruding into the opening, and the two openings are arranged coaxial to each other. The contact arms of one opening are bent toward the contact arms of the other opening in such a way that the contact arms mesh with each other. 11232454567896767896789891011111245452045142214. Device for power contacting () , comprising a contact pin holder () and at least one electrical connection () , wherein the contact pin holder () is integrally formed from two partial contacts ( , ) which are arranged so as to be spaced apart , one on top of the other , and which can move relative to one another , wherein each partial contact ( , ) comprises an opening ( , ) having contact arms ( , ) which project into the opening ( , ) , wherein the two openings ( , ) are coaxial with one another , wherein the contact arms ( , ) of one opening ( , ) are bent towards the contact arms ( , ) of the other opening so as to mesh with one another , wherein the contact arms ( , ) , starting from an opening edge () , firstly comprise a portion () that extends radially , wherein the portion () that extends radially is followed by a portion () that extends axially characterized in that the partial contacts ( , ) are moveable relative to each other , wherein the partial contacts ( , ) are interconnected at a base () with a distance A to each other , wherein the two partial contacts ( , ) are interconnected by means of at least one further connecting device () and wherein the length of the latch arm () of the connecting device () corresponds to the distance A.2167. Device for power contacting () according to claim 1 , characterised in that the ...

POWER CONTACTING DEVICE

The present invention relates to a power contacting device comprising a contact pin (1) and at least one contact pin receptacle (2) penetrated by said contact pin in the operating state. To provide a power contact which permanently ensures high-quality contacting even when the contacted components move relative to one another, the invention proposes that the contact pin receptacle (2) has a first guide means (3) which is fixed to a component in the operating state and a second guide means (4) which is conductively connected to the first guide means, the second guide means (4) being arranged displaceably on the first guide means (3) and the contact pin (1) conductively contacting at least the second guide means (4) in the operating state.

CONTACT PIN AND PROCESS AND DEVICE FOR ITS MANUFACTURE

Strukturierte Folie

Die vorliegende Erfindung betrifft eine strukturierte Metallfolie mit mindestens zwei Strukturen, wobei eine der beiden Strukturen die andere Struktur zumindest teilweise überlagert, die insbesondere als Katalysator-Trägerkörper dient. Um eine strukturierte Metallfolie mit großer Oberfläche anzugeben, deren Struktur eine Verbesserung der Effizienz des Katalysators erlaubt, schlägt die vorliegende Erfindung vor, dass die Sekundärstruktur als eine schräge Schaufelform ausgebildet ist.

Kontaktmodul mit Klemmeinrichtung

Die vorliegende Erfindung betrifft ein Kontaktmodul (1) zum Verbinden eines Leiterendes (2) mit einem elektrischen Bauteil (3), aufweisend ein Gehäuse (4) mit daran beweglich angeordnetem Klemmhebel (5), wobei das Gehäuse (4) eine Einführungsöffnung (6) für einen elektrischen Leiter (7), ein oder mehr Formschlußelemente (8) zur Festlegung eines Kraftarms (9) des Klemmhebels (5) und ein oder mehr Elemente (10) zur reversiblen Fixierung einer Offenlage des Klemmhebels (5) aufweist, wobei der Klemmhebel (5) an seinem Kraftarm (9) zu den Formschlußelementen (8) des Gehäuses (4) korrespondierende Formelemente (11) aufweist, der Klemmhebel (5) einen überwiegend s-förmigen Verlauf aufweist, wobei sein Lastarm (12) eine zu diesem abgewinkelte Federklinge (13) aufweist, bei dem das Gehäuse (4) eine Einführungsöffnung (14) für ein Crimpprofil (15) und eine Mehrzahl an Befestigungselementen (16) zur Befestigung des Crimpprofils (15) aufweist.

Vorrichtung zum Beschneiden und Einclipsen von Draht

Verfahren zur Herstellung einer strukturierten Metallfolie

Die vorliegende Erfindung betrifft ein Verfahren zur Herstellung einer strukturierten Metallfolie, insbesondere als Katalysator-Trägerkörper, welches die Herstellung sehr dünner, strukturierter Metallfolien mit großer Oberfläche unter Einhaltung hoher Qualitätsstandards erlaubt, wobei dieses Verfahren dadurch gekennzeichnet ist, dass eine Metallfolie in einem Folgeverbundwerkzeug in einem Bearbeitungsvorgang mit einer ersten und wenigstens einer zweiten Struktur versehen wird, wobei die zweite Struktur die erstes Struktur überlagert, und bei dem im Übergangsbereich zwischen erster und wenigstens zweiter Struktur Metallfolienmaterial entfernt wird.

KONTAKTSTIFT UND VERFAHREN ZU SEINER HERSTELLUNG

Contact pin for fixing into circuit board holes

The contact pin has an elastically deformable press-in zone with a basically H-shaped cross-section with rounded outer corners on both H arms (14) which are connected by a bridge (16) and form contact zones near their ends for the circuit board holes. The bridge is thinner than the arms and curved with a convex side and a concave side. The distance between the contact zones (A,B) on the convex side is smaller than that between the contact zones (C,D) on the concave side.

Trägergurt für Kontaktstifte und Verfahren zu dessen Herstellung

Strukturierte Metallfolie für einen Wabenkörper

Arrangement for cutting, clipping wire has restraining device and spring base sprung in opposite directions; spring base has locking device and cutting tool is provided for cutting wire

The arrangement has a device for feeding the wire (1). The wire piece is held and clipped into the carrier belt (3) using a restraining device (10) and a spring base (4) that are mounted to be sprung in opposite directions. The spring base can be locked by a locking device and a cutting tool (12) is provided for cutting the wire. The restraining device springing is arranged between an upper tool plate and the restraining device.

Pressing contact, useful for connecting an electrical conductor with a rigid printed circuit board, a pressing zone and a crimping zone, comprises a contact surface orthogonal to pressing direction for contacting pressing contact housing

Pressing contact (1) for connecting an electrical conductor with a rigid printed circuit board located in a housing, and with a pressing zone (5) and a crimping zone (6) connected with it for fixing the conducting wire, comprises a contact surface (8a) orthogonal to the pressing direction for contacting a pressing contact housing and introducing forces into it. Independent claims are also included for: (1) the pressing contact housing for receiving at least one pressing contact, where the pressing contact housing per received pressing contact exhibits a passage opening for the pressing contact, and a clamping surface orthogonal to the passage direction of the respective pressing contact, where the clamping surface corresponds to the contact surface of the respective pressing contact; and (2) producing the pressing contact housing-pressing contact unit with the pressing contact housing and the pressing contact, comprising (i) connecting the electrical conductor to the pressing contact, ( ...

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Process and apparatus for bending a thin-walled workpiece

A workpiece (48) is inserted into an insertion gap between a stationary bending core (46) and a bending tool (22). The bending tool (22) is fastened on a rocker (24) which is driven, such that it can be moved up and down, with a press ram. Formed on the press ram is a curved track (20) into which a bolt (26) of the rocker (24) engages. On the opposite side, the rocker (24) exhibits a bolt (28) upon which a downwardly acting tensile force acts. During the bending operation, the rocker (24) is displaced by way of the curved track (20) such that a bending surface of the bending tool (22) carries out a rolling movement on the workpiece (48). The curved track (20) is an involute to the outer surface of the workpiece (48) bent over the core (46). ...

Kontaktstift

Contact pin

A contact pin (10) has a push-in section (14) and a transition section (16) which leads to the square shank (10). In the region of the push-in section (14), the contact pin (10) is broadened by means of two lateral, longitudinally running ribs whose side surfaces form contact tracks. In the transition region (16), the width of these ribs is reduced towards the shank (10). The height of the ribs is likewise reduced, since the base surface (28) of the ribs runs obliquely upwards. As a result of the clearly smaller running-in surfaces (insertion surfaces) in the transition region (16), the insertion process is simplified and the risk of swarf forming is reduced. By reducing the wall thickness in the transition section (16) on the top-side edge regions, and by reducing the base thickness in this transition region, the elasticity is increased, which makes elastic deformation possible. ...

Kontaktstift

Stanz- und Biegeverfahren

Die vorliegende Erfindung betrifft ein mehrstufiges Stanz-Biegeverfahren zur Einbringen einer Primär- und wenigstens einer Sekundärstruktur in eine bandförmige Metallfolie, wobei die Metallfolie nach Durchlaufen des mehrstufigen Stanz-Biegeverfahrens zwischen Primär- und wenigstens einer Sekundärstruktur entlang des Wellenzuges der Primärstruktur innerhalb einer Welle der Primärstruktur wenigstens zwei 180°-Biegungen aufweist, bei dem die Primärstruktur während eines ersten Biege-Verfahrensschrittes nicht in allen ihren Bereichen vollständig ausgeformt in die Metallfolie eingebracht wird, bei dem die Primärstruktur während eines darauffolgenden zweiten Biege-Verfahrensschrittes in ihren restlichen Bereichen vollständig ausgebildet wird und bei dem die wenigstens eine Sekundärstruktur während eines darauffolgenden dritten Biege-Verfahrensschrittes vollständig ausgeformt in die Metallfolie eingebracht wird, wobei das Metallband die Verfahrensschritte unmittelbar nacheinander durchläuft.

System aus mindestens einem Einpresskontakt und einem Einpresskontaktgehäuse sowie Verfahren zur Herstellung desselben

System aus- mindestens einem Einpresskontakt (1) zur Verbindung eines elektrischen Leiters (2) mit einer in einem Gehäuse befindlichen starren Leiterplatte, mit einer Einpresszone (5) und eine mit dieser verbundenen ersten Crimpzone (6) zur Befestigung eines Leitungsdrahtes (2), wobei er eine zur Einpressrichtung überwiegend orthogonale erste Kontaktfläche (8a) zur Kontaktierung eines Einpresskontaktgehäuses (7) und Krafteinleitung in dieses aufweist,- und einem Einpresskontaktgehäuse (7), wobei das Einpresskontaktgehäuse (7) pro aufgenommenem Einpresskontakt (1) eine Durchtrittsöffnung (11) für diesen Einpresskontakt (1) aufweist sowie eine zur Durchtrittsrichtung des jeweiligen Einpresskontakts (1) überwiegend orthogonale erste Anlagefläche (12a), korrespondierend zur ersten Kontaktfläche (8a) des jeweiligen Einpresskontakts (1),- dadurch gekennzeichnet, dass die jeweilige Durchtrittsöffnung (11) innerhalb einer Ebene senkrecht zur Durchtrittsrichtung des Einpresskontakts (1) radial unterschiedliche ...

Contact pin for solder-free mounting in metallised circuit board holes

The contact pin has a curved bridge with a deeper trough (26) on its concave side. The distance between two contact zones (24) in the half of a press-in section (14) contg. the lower shoulder is greater than the distance between two contact zones in the half contg. the shallower trough. The straight axis-parallel contact zone is 0.5 mm. +/- 20 per cent long. The width of the end surface (32,36) near the base is smaller than the width of the base surface between the side surfaces (34). The contours of the base surfaces of both troughs are at least approximately geometrically similar.

Materialeinzug für Stanz- und Biegeautomaten

Die Erfindung betrifft eine Materialzuführvorrichtung zum Führen von Bandmaterial in Bearbeitungsmaschinen, insbesondere für Maschinen zum Stanzen, Biegen und/oder Montieren, mit einem Motor für den Transport des Materials und einer Klemmvorrichtung zum Fixieren des Materials. Um eine weitere Erhöhung der Produktivität zuzulassen und darüber hinaus eine präzise und auch über längere Zeiträume gleich bleibende Materialzuführung und Fixierung zu ermöglichen, ist der Motor zum Transport des Materials als elektrischer Linearmotor ausgebildet.

Stamping -Bending Method

The instant invention relates to a multi-stage stamping-bending method for introducing a primary and at least one secondary structure into a band-shaped metal foil, wherein, after passing through the multi-stage stamping-bending method, the metal foil encompasses at least two 180° bends between primary and at least one secondary structure along the wave train of the primary structure within one wave of the primary structure, in the case of which the primary structure is introduced into the metal foil during a first bending method step so as not to be formed completely in all of its areas, in the case of which the primary structure is embodied completely in its remaining areas during a subsequent second bending method steps and in the case of which the at least one secondary structure is introduced into the metal foil in a completely formed manner during a subsequent third bending method step, wherein the metal band passes through the method steps back-to-back.

ELECTRONIC PIN FOR INSERTING INTO METALLIZED APERTURE OF CIRCUIT BOARD AND INSTALLATION METHOD THEREOF

PROBLEM TO BE SOLVED: To provide an electric pin to which two process method are applicable which enable positioning of the pin and matching press-fitting of plural pins can be applied, and which enable a positioning part to be arranged at a shaft part between a transfer part and a tapered part of the shaft. SOLUTION: This electric pin 10 for inserting, without brazing, into a metallized aperture of a circuit board consists of a press-fit part 14, which is large than a diameter of the aperture of the circuit board and is elasticity deformed, and a positioning part 18 which is slightly smaller than the diameter of the aperture. In contrast to the press-fit part 14, the positioning part 18 is mode not to be deformed during the insertion of the electric pin. Because of the positioning part 18, the electric pin cannot be connected in the positioning process and the press fit process. Because of the positioning part 18, all pins are matchingly press-fitted into the apertures by a simple press-fit ...

High-power electrical contact

The invention relates to a device for power contacting having a contact-pin receptacle and at least one electrical connector where the contact-pin receptacle is integrally formed from two partial contacts that are arranged one over the other at a distance from each other and can be moved relative to each other. Each partial contact has an opening with contact arms protruding into the opening, and the two openings are arranged coaxial to each other. The contact arms of one opening are bent toward the contact arms of the other opening in such a way that the contact arms mesh with each other.

POWER CONTACTING DEVICE

A power contacting device includes a contact pin () and at least one contact pin receptacle () penetrated by the contact pin in the operating state. To provide a power contact which permanently ensures high-quality contacting, even when the contacted components move relative to one another, the contact pin receptacle () has a first guide arrangement () which is fixed to a component in the operating state and a second guide arrangement () which is conductively connected to the first guide arrangement, the second guide arrangement () being arranged displaceably on the first guide arrangement () and the contact pin () conductively contacting at least the second guide arrangement () in the operating state. 1122344314. A power contacting device comprising a contact pin () and at least one contact pin receptacle () penetrated by the contact pin in an operating state , the contact pin receptacle () having a first guide arrangement () fixed to a component in the operating state and a second guide arrangement () conductively connected to the first guide arrangement , the second guide arrangement () being arranged displaceably on the first guide arrangement () and the contact pin () conductively contacting at least the second guide arrangement () in the operating state.2345121. The device according to claim 1 , wherein the first guide arrangement () and the second guide arrangement () each have a central opening ( claim 1 , ) through each of which the contact pin () passes in the operating state.33426. The device according to claim 1 , wherein the first guide arrangement () and the second guide arrangement () have mutually corresponding engagement means ().4263. The device according to claim 3 , wherein the engagement means () of the first guide arrangement () are configured as at least one radially outer opening.53910. The device according to claim 1 , wherein the first guide arrangement () is configured as a circular disc () extending in a plane with an edge () at an angle ...

Device for cutting and inserting wire

The arrangement has a device for feeding the wire (1). The wire piece is held and clipped into the carrier belt (3) using a restraining device (10) and a spring base (4) that are mounted to be sprung in opposite directions. The spring base can be locked by a locking device and a cutting tool (12) is provided for cutting the wire. The restraining device springing is arranged between an upper tool plate and the restraining device.

Progressive die for punching press

The die unit (1) with an upper part (6) and a lower part (7) produces structured metal foil (3) with at least two overlapping structures. It has at least three spatially separate working regions: a stamping region to remove foil material from certain positions of the foil (4), a primary shaping region (5) to apply the primary corrugated structure, and a secondary one to impose the secondary structure on the first structure.

Power contacting device

A power contacting device includes a contact pin ( 1 ) and at least one contact pin receptacle ( 2 ) penetrated by the contact pin in the operating state. To provide a power contact which permanently ensures high-quality contacting, even when the contacted components move relative to one another, the contact pin receptacle ( 2 ) has a first guide arrangement ( 3 ) which is fixed to a component in the operating state and a second guide arrangement ( 4 ) which is conductively connected to the first guide arrangement, the second guide arrangement ( 4 ) being arranged displaceably on the first guide arrangement ( 3 ) and the contact pin ( 1 ) conductively contacting at least the second guide arrangement ( 4 ) in the operating state.

Progressive die for punching press

Contact pin

Stamping-bending method

The instant invention relates to a multi-stage stamping-bending method for introducing a primary and at least one secondary structure into a band-shaped metal foil, wherein, after passing through the multi-stage stamping-bending method, the metal foil encompasses at least two 180° bends between primary and at least one secondary structure along the wave train of the primary structure within one wave of the primary structure, in the case of which the primary structure is introduced into the metal foil during a first bending method step so as not to be formed completely in all of its areas, in the case of which the primary structure is embodied completely in its remaining areas during a subsequent second bending method steps and in the case of which the at least one secondary structure is introduced into the metal foil in a completely formed manner during a subsequent third bending method step, wherein the metal band passes through the method steps back-to-back.

Method for manufacturing a protected grip connector for contactless connection

Strukturierte metallfolie für einen wabenkörper

Folgeverbundwerkzeug zur herstellung strukturierter folien

Folgeverbundwerkzeug

Contacto eléctrico de alta potencia

Dispositivo para el contacto de potencia (1), que presenta un alojamiento de clavija de contacto (2) y al menos una conexión eléctrica (3), estando formado el alojamiento de clavija de contacto (2) de una sola pieza por dos contactos parciales (4, 5) móviles entre sí y superpuestos de manera distanciada, presentando cada contacto parcial (4, 5) una abertura (6, 7) con brazos de contacto (8, 9) que sobresalen en la abertura (6, 7), estando dispuestas las dos aberturas (6, 7) coaxialmente entre sí, estando conformados doblados engranados uno en otro los brazos de contacto (8, 9) de una abertura (6, 7) sobre los brazos de contacto (8, 9) de la otra abertura.

Vorrichtung zum beschneiden und einclipsen von draht

Procedimiento para la fabricación de un manguito de protección y sujeción para una conexión por enchufe sin piezas de contacto

Procedimiento para la fabricación de una parte asociada de contacto (1) para un conector de enchufe, en que un resorte de compresión (5), que actúa sobre una contraparte asociada de contacto, es empalmado a un alojamiento de contacto (4), que está conformado para la recepción de la contraparte asociada de contacto, en que además la parte asociada de contacto (1) está dispuesta en un extremo de un cable (2), y un conductor eléctrico (3) del cable (2) es conectado eléctricamente a la parte asociada de contacto (1), en que el alojamiento de contacto (4) está dotado adicionalmente de una pieza de contacto (6), por la que el conductor eléctrico (3) es empalmado al alojamiento de contacto (4), y la pieza de contacto (6) está conformada para la realización de este proceso de empalme, caracterizado porque el conductor eléctrico (3) es sometido al proceso de empalme y es empalmado a la pieza de contacto (6), en que se produce entonces un chapado y de forma concurrente con ello una compactación del conductor eléctrico (3).

Trägergurt für kontaktstifte und verfahren zu dessen herstellung