Raychem Limited

Walter Rose Gmbh & Co. Kg

Raynet Corporation

Philips Gloeilampenfabrieken

Dieter Fremgen

John Seymour Mattis

Corey J McMills

Rolf-Udo Weber

Jan L Vansant

Filip Vandeputte

Dieter Adamaszek

Friedbert Papenheim

Aloysius Steuer

Wolfgang Weidhaas

Manfred Koesfeld

Georg Reitmeyer

Alban Vernaleken

Heinz Penz

Horst Romswinkel

Horst Martin

Horst Hoffmann

Ortwin Grzanna

Gunther Quednau

Bernhard Hesse

Frank Vock

Alfred Naab

Dieter Kastrop

Multi-filament splice enclosures

Cable connector

Closure for cables

A device is provided for firmly attaching a plurality of coaxial cable terminus to a plurality of standard connection jacks in such a way that each connection point is effectively shielded from tampering by individuals and is effectively sealed from degrading elements in the atmosphere. The device is a locking shroud which defines a plurality of locking shroud chambers, each being adapted to attach to a respective connection jack so as to surround the connection of a cable terminus to the jack. Each locking shroud chamber is attached to one other locking shroud chamber by a flexible web disposed in a curved plane. Because of the flexible webs, the locking shroud can be easily adjusted to fit any standard coaxial cable multiple connection equipment. The use of the locking shroud of the invention makes it difficult to de-attach and/or re-attach the cable terminus to the jack without special tooling. The use of the locking shroud further makes it difficult to break off the locking shroud by twisting the shroud, such as with a pair of pliers. The device can be used to make coaxial cable connections secure from tampering and atmospheric degradation. It is simple and inexpensive to install and maintain. Furthermore, the system can be retrofitted into existing coaxial cable equipment, using standard coaxial cable connection jacks.

Coaxial cable connection protection system with multiple chambered,

Device for sealing cables entering a cable coupling sleeve

Transmission of broadband signals to subscribers using a

Device for disconnectably connecting cable wires

A device is provided for firmly attaching a plurality of coaxial cable terminus to a plurality of standard connection jacks in such a way that each connection point is effectively shielded from tampering by individuals and is effectively sealed from degrading elements in the atmosphere. The device is a locking shroud which defines a plurality of locking shroud chambers, each adapted to attach to a respective connection jack so as to surround the connection of a cable terminus to the jack. The use of the locking shroud of the invention makes it difficult to de-attach and/or re-attach the cable terminus to the jack without special tooling. The use of the locking shroud further makes it difficult to break off the locking shroud by twisting the shroud, such as with a pair of pliers. The device can be used to make coaxial cable connections secure from tampering and atmospheric degradation. It is simple and inexpensive to install and maintain. Furthermore, the system can be retrofitted into existing coaxial cable equipment, using standard coaxial cable connection jacks.

Coaxial cable connection protection system with multiple chambered shroud

A cable connector clamping connector comprises a plastics housing consisting of at least two elements having integrated therein a contact blade for contacting the ends of cable conductors which have been pushed into the housing. After inserting the cable conductors, the housing halves can be pushed together to lock, applying to the cable conductors the force necessary to press them into the contact blades for contacting. In order to make it possible for the user to check the depth of insertion in order to be certain that contacting is guaranteed in every case and with which, at the same time, a catch effect with respect to the outlet direction of the conductors is achieved, a resistance element, in the form of a plastics tongue, for tangibly signalling the depth of insertion of the cable conductor into the housing is provided in the effective insertion channel of each cable conductor, behind the contact blade in the direction of insertion.

Cable conductor clamping connector

A device for making an electrically conductive contact to an insulated cable lead, comprising a holder for the cable lead which is to be contacted, and an electrically conductive perforation needle for penetrating the insulating jacket of the lead. In a preferred embodiment an indicator unit shows when successful contact has been made. The device allows contact to be made to an existing cable lead without cutting that cable lead. It also causes minimal damage to the insulation of the existing cable.

Device for making an electrically conductive contact to an insulated

A device for forming a conductive splice between two wires which includes a casing having formed therein at least two channels within which the wires to be connected are respectively received and a common electrically conductive cutter/clamping member for connecting the wires together deposited into the channels in an insulation-free electrically conducting manner.

Cable splicing assembly

A cable sleeve for covering a cable splice. An enveloping hose of heat shrinkable material is on its inside provided with a hot melt adhesive coating. A device designed cross-shaped in cross-section for support of the cable ends is inserted between the cables. The device is of hot melt adhesive whose fusion point is below that of the material of the hot melt adhesive coating.

Cable sleeve with a device cross-shaped in cross-section for support of

Growing community of inventors

Wulfrath, Germany

Dieter Fremgen