Abstract: The invention relates to a device for blow molding containers. Initially, pre-forms, which are made of a thermoplastic material, are tempered and, subsequently, transformed into containers inside a blow form using the effects of a pressurized medium. Said blow form which is made up of at least two blow molding segments is held in place by mold supports of a blowing station. A bottom part is used in addition to the blow molding segments. Both the mold supports (19, 20) and the bottom part (7) are arranged in such a way that they can be mechanically positioned. The mold supports and the bottom part are permanently coupled to each other via a common mechanical drive unit (43).

Abstract: Disclosed is a contacting unit, with plug-in card-shaped housing, having a base plate and a cover plate, between which a slit-like plug-in channel opening on one end of the housing is formed to receive a chip card, and which is provided on the other side with a connector strip, in which the plug-in channel is essentially open on both sides over its entire length in the plug-in direction of the chip card, and the base plate and the cover plate are firmly connected to each other only in the area connected to the plug-in channel in the plug-in direction, wherein at least one lateral guide device is arranged on one end on base plate and/or cover plate, which at least partially bounds the plug-in channel.

Abstract: The invention relates to a contacting unit for a card-type carrier element in electronic component groups with a housing, the contact unit including a bonding pad on one end face, a slot-like slide-in port that joins on the end face opposite the bonding pad, into which the card-type carrier element, especially a chip card in accordance with ISO 7816, can be inserted, and a printed circuit board, arranged in the housing parallel to the slide-in port and electrically connected to the bonding pad, wherein said printed circuit board is equipped on one surface with contact elements for contacting the card-type carrier element, characterized in that said unit is designed in accordance with the PCMCIA Express Card Standard.

Abstract: The invention relates to a device for blow molding containers. Initially, pre-forms, which are made of a thermoplastic material, are tempered and, subsequently, transformed into containers inside a blow form using the effects of a pressurized medium. Said blow form which is made up of at least two blow molding segments is held in place by mold supports of a blowing station. A bottom part is used in addition to the blow molding segments. Both he mold supports (19, 20) and the bottom part (7) are arranged in such a way that they can be mechanically positioned. The mold supports and the bottom part are permanently coupled to each other via a common mechanical drive unit (43).

Abstract: The invention relates to a contacting unit (1), especially according to the PCMCIA Standard, with plug-in card-shaped housing (3), having a base plate (4) and a cover plate (5) essentially congruent in at least in the transverse direction, between which a slit-like plug-in channel (6) opening on one end of the housing (3) is formed to receive a chip card (2), and which is provided on the other side with a connector strip, and with a circuit board arranged parallel to the plug-in channel in the housing, which is electrically connected to the connector strip and is provided on its surface with a contact field for contacting of the chip card (2), in which the plug-in channel is essentially open on both sides over its entire length in the plug-in direction of the chip card (2), and the base plate (4) and the cover plate (5) are firmly connected to each other only in the area connected to the plug-in channel in the plug-in direction.

Abstract: Adapter for contacting chip cards with a connection of a data processing unit standardized according to a PCMCIA standard, including a plug-in card-like housing which has an insertion slot opening on a front end into a mounting channel for mounting a chip card and a connector panel arranged on an opposite front end, and a printed circuit electrically connected with the connector panel which extends parallel to the mounting channel and which is provided with contact elements for contacting the chip card, where the printed circuit has a length shortened in relation to the mounting channel in the direction of extension of the mounting channel and is provided with an apparatus for positioning the printed circuit and for guiding the chip card in the mounting channel on the front end facing the insertion slot.

Abstract: The invention relates to a contacting unit for a card-shaped support element of electronic components, such as for ISO 7816 chipcards, whereby the unit includes a housing in the form of a plug-in card with a base plate and a cover plate which is congruent in the transverse direction, a slot-like plug-in port between the base plate and the cover plate including an opening on a face of the housing for accepting the electronic component, a plug connector strip on a face of the housing, a circuit board arranged in the housing parallel to the plug-in port, the circuit board electronically connected to the plug connector strip and including on its surface a contact field for contacting the electronic component, and whereby the base plate includes a lower-lip type projection located in an area proximate to the plug-in port in direction of insertion of the electronic component.

Abstract: The invention relates to a contacting unit for a card-type carrier element in electronic component groups with a housing, the contact unit including a bonding pad on one end face, a slot-like slide-in port that joins on the end face opposite the bonding pad, into which the card-type carrier element, especially a chip card in accordance with ISO 7816, can be inserted, and a printed circuit board, arranged in the housing parallel to the slide-in port and electrically connected to the bonding pad, wherein said printed circuit board is equipped on one surface with contact elements for contacting the card-type carrier element, characterized in that said unit is designed in accordance with the PCMCIA Express Card Standard.

Abstract: Adapter for contacting chip cards with a connection of a data processing unit standardized according to a PCMCIA standard, including a plug-in card-like housing which has an insertion slot opening on a front end into a mounting channel for mounting a chip card and a connector panel arranged on an opposite front end, and a printed circuit electrically connected with the connector panel which extends parallel to the mounting channel and which is provided with contact elements for contacting the chip card, where the printed circuit has a length shortened in relation to the mounting channel in the direction of extension of the mounting channel and is provided with an apparatus for positioning the printed circuit and for guiding the chip card in the mounting channel on the front end facing the insertion slot.

Abstract: A PC card authentication system has a PC card having a PC card housing with a plug connector at one end thereof configured to be inserted into a computer slot of a computer and to provide electrical contact with the computer. Electronic components are mounted in the PC card housing and are connected to the plug connector. A sensor is provided for detecting biometric data of a person for the purpose of authenticating the identity of a person.

Abstract: A contact unit for a card-shaped carrier element of electronic components, especially for ISO 7816 chip cards, is provided and includes an insertable card-shaped housing that has a base plate and a cover plate that is congruent thereto at least in the transverse direction, between which is formed a slot-like insertion channel that opens on one side of the housing for receiving a chip-card, and that at the opposing side is provided with a plug-in strip, especially in accordance with the PCMCIA standard, and that furthermore has arranged parallel to said 10 insertion channel in said housing a printed circuit board that is connected electrically to the plug-in strip and that is provided on its surface with a contact field for contact with the chip-card, whereby only the base plate is extended with a flat, lower-lip type segment that is joined to the base plate via a breaking line.

Abstract: A contact unit for a card-shaped carrier element of electronic components is provided. The contact unit includes an insertable card-shaped housing that has a base plate and a cover plate that is congruent to the base plate at least in the transverse direction. Formed between the base plate and the cover plate is a slot-like insertion channel that opens on one side of the housing for accommodating a chip-card. At the opposite side is provided a plug-in strip. Disposed parallel to the insertion channel, in the housing, is a printed circuit board that is electrically connected to the plug-in strip and that is provided on its surface with a contact field for contact with the chip-card. The insertion channel is continuously open on both sides over its entire length in the direction in which the chip-card is inserted. The base plate and the cover plate are securely attached to one another solely in the region adjacent to the insertion channel in the direction of insertion.

Abstract: An adaptor for connecting a chip card to a PCMCIA-standard computer slot has a housing with a top cover, a separate bottom cover, and at least one intermediate insulative element or frame connecting the top cover to the bottom cover at a spacing to one another. The top cover and bottom cover have substantially congruent outer contours. The housing has a receiving channel. A printed circuit board is mounted in the housing and extends parallel to the receiving channel. The circuit board has contact elements for electrically contacting a chip card received in the receiving channel. The housing has a front face and a back face wherein the front face has an insertion slot communicating with the receiving channel. The back face has a contact plug electrically connected to the printed circuit board and adapted to electrically contact the PCMCIA-standard computer slot. Cams at the channel entrance are used for card retention.

Abstract: A method for manufacturing elastic strips, pin holders, and plug-in connectors includes the step of extruding a continuous profiled plastic member having a profile matching the desired geometry of a plug-in connector and storing the continuous profiled plastic member. The continuous profiled plastic member is then provided with cutouts in areas where cutouts cannot be produced by extrusion. Subsequently, electrical contacts are mounted on the continuous profiled plastic member. This continuous profiled plastic member is then again stored. The continuous profiled plastic member is then cut to length to form a connector blank having a desired number of electrical contacts and a guide contour is then formed at the connector blank.

Abstract: An adaptor for connecting a miniaturized electronic storage module, especially a miniature card (2) with 60 surface contacts, to a personal computer (PC) a notebook, or a similar data processing system with PCMCIA port whereby at a plug-in card-shaped outer housing (3) a PCMCIA plug (4) is provided at one end face which is connected especially by soldering connections (5) with electronic components supported on the circuit board (7), whereby at the oppositely arranged side a contact field (8) with a conductive rubber strips (10) or contact springs for electrically contacting the miniature card (2) is arranged below a housing window (11) with a frame (12) for insertion and removal of the miniature card (2).

Abstract: A contacting unit has a housing consisting of a base plate and a cover plate with a plastic frame. A printed circuit board, having a strip plug for contacting a computer slot and a contact field for contacting a chip card, is mounted between cover plate and base plate that such between the printed circuit board and the base plate an insertion channel is defined and such that the strip plug is located at a first narrow side of the housing. The printed circuit board is secured by the plastic frame. The insertion channel has an insertion guide located at the opposite narrow housing side. The base plate and the cover plate are separate stamped sheet metal parts, and at least the longitudinal edges have inwardly bent tabs. The base plate has plastic holders for securing opposite ends of the strip plug. The insertion guide is a profiled plastic member having a length matching the length of the narrow side.

Abstract: A contacting unit for a card with electronic components has a housing with an insertion slot for receiving a card with electronic components. The housing has at least one lateral slot cutout for receiving a card with electronic components. A printed circuit board is positioned within the housing. The printed circuit board has contacting elements for the electronic components of the cards. The housing has a connector field at one lateral side thereof. The printed circuit board is connected to the connector field. The housing is designed so as to receive a plurality of cards in at least one plane of the housing in at least one arrangement including a stacked arrangement, a staggered arrangement, a side-by-side arrangement, an overlapping arrangement, an end-to-end arrangement, and a head-to-tail arrangement.

Abstract: A contacting unit for a card with electronic components has a base plate with an array of contacts arranged at one edge of the base plate. A cover plate is connected to the base plate at least in the area of the edge and in the area of corners of the base plate remote from the edge. The cover plate is congruant to and positioned parallel to the base plate. A printed circuit board is connected to the base plate so as to extend parallel thereto between the base plate and the cover plate. The printed circuit board and the cover plate delimit therebetween a receiving slot for a card with electronic components. The printed circuit board has a first set of contacting elements for contacting the electronic components of the card.

Abstract: A chip card contacting unit has a housing and a printed circuit board mounted in the housing. The printed circuit board has contacts for contacting electrically and mechanically a contact array of a chip card received in the housing. A switch is mounted in the housing. The switch has a stop limiting insertion of the chip card into the housing. A guide member guides the chip card during insertion and acts on the side of the chip card opposite the contact array to ensure correct positioning of the contact array at the contacts by providing an abutment.

Abstract: An adaptor for contacting a card-shaped support, having electronic components connected thereto, to a PCMACIA-standard connector of a computing unit has a housing shaped as a computer expansion card having opposed first and second end faces and opposed longitudinal sides connecting the first and second end faces. The housing has an insertion slot at the first end face for receiving the card-shaped support. The housing has a plug-in contact at the second end face of opposite the insertion slot. The printed ciruit board is mounted in the housing. It is electrically connected to the plug-in contact. The printed circuit board includes contact elements for contacting the electronic components of the card-shaped support. A first one of the longitudinal sides has an open portion adjacent to the first end face. A second one of the longitudinal sides has an opening allowing insertion of the card-shape support into the housing in a plane of the housing and angled to the longitudinal sides.