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SCC SPECIAL COMM CABLES GMBH

Overview
  • Total Patents
    98
About

SCC SPECIAL COMM CABLES GMBH has a total of 98 patent applications. Its first patent ever was published in 2000. It filed its patents most often in WIPO (World Intellectual Property Organization), Germany and EPO (European Patent Office). Its main competitors in its focus markets optics, electrical machinery and energy and telecommunications are AMPHENOL FIBER OPTIC TECH SHENZHEN CO LTD, TOYOKUNI DENSEN KK and CCS TECHNOLOGY INC.

Patent filings per year

Chart showing SCC SPECIAL COMM CABLES GMBHs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Schweiker Wolfgang 22
#2 Deutsch Bernhard 20
#3 Heise Gerhard 12
#4 Zimmer Frank 11
#5 Wartmann Thomas 7
#6 Mayr Ernst 7
#7 Kossat Rainer 6
#8 Schneider Reiner 6
#9 Zamzow Bert 5
#10 Albrecht Helmut 5

Latest patents

Publication Filing date Title
DE10119805A1 Optical waveguide joining device for splicing optical fibers has actuator drive for displacing sliders relative to joining device
DE10103521C1 control system
DE10103522A1 Low voltage supply device and buildings with a low voltage supply device
DE10103125A1 Fiber optical waveguide coupling device has a fiber optical waveguide, a sleeve on an end section of the fiber optical waveguide and a front end with a coupling surface to make an optical coupling with an optical waveguide component.
DE10100566A1 Device for manufacturing non-releasable connection between two optical waveguides, esp. a fusion splice, e.g. for data transmission, has movable cover for covering frame in region of waveguides joining-point
DE10065539A1 Pipe arrangement, duct or pipe system with an installed pipe arrangement and method for installing a cable in a duct or pipe system
DE10063245A1 Method for twisting an optical waveguide of a first type together with an optical waveguide of a second type at an appropriate splicing point makes an optical coupling between optical waveguides at splicing points.
DE10061836A1 Optical fiber cable and method for transmitting optical signals, in particular using wavelength division multiplexing
DE10056147A1 Drum arrangement has tubular core element upon which is wound strand-form product, with drum flange fastened to end of core element and with opening giving access to inner cavity of core element in which is fastened support element
DE10055760A1 Light waveguide welding, involves deriving welding parameter from measured intensity of light emission propagating in optical waveguide during welding in comparison with desired value
DE10048515A1 Cable arrangement with optical cables, has cable attachment with two parts between which stripped cable region is placed to be held and clamped in shape-locking manner
DE10046581A1 Method for producing cable structure with optical cable and bracing element, has section control element applied to bracing element and cable's external circumference to enclose lengthwise cable stretch crossover
DE10046587A1 Optical data-carrying cable manufacturing line has cooling for plastic coated cable between two take-off units
DE10045566A1 Optical chip and method for producing a structure-reinforced optical chip
DE10045023A1 Optical fiber connection and method for producing an optical fiber connection
DE10041499A1 Optical channel monitoring chip
DE10041501A1 Planar fiber optic DWDM multiplexer / demultiplexer
DE10035268A1 Optical cable for sewer conduit or pipe system has reinforcement elements on one half of cable sheath surrounding core element containing optical transmission elements
DE10032247A1 Metal-free, self-supporting optical cable and method for mounting the optical cable
DE10028562A1 Air cable containing optical transmission elements and method of manufacturing an air cable