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Month: September 2019

Systemic Therapy

Posted on September 18, 2019 in News

Dipl. teacher Heike Bangert Wang informed disagreement in a relationship, whether in the family or in a partnership are often procedures that only a consultation from the outside can help to establish satisfaction again. One possible measure may be the systemic therapy. What this is based and which goal they explained Dipl. pedagogue Heike Bangert Wang from ubach-Palenberg. Basis of systemic therapy the systemic theory sees each individual in the entirety of a social system. Constantly moving in social references, doing and feeling can be never independently considered. You constantly mutually influenced.

The systemic therapy takes into account relationships and behaviors between couples, parents, grandparents, siblings, colleagues and friends, to face the existing problems. The basis of systemic therapy is the taking into account of social systems, in which the client resides and considered the people never alone trading. Because it is never only a part of a relationship that is responsible. A systemic therapy can be carried out with the whole family, with pairs or individuals. It is always crucial to include the point of view of each other. Failing patterns modifizieren-goal of systemic therapy as a result that the actions mutually influence by members of a system, can be unconsciously behavioural and relationship patterns solidify, which can lead to difficulties in the cooperation. It is the most patient unaware that they always follow the same pattern. The systemic therapy aims to recognize and to overlook, to create a base for a change.

If ingrained patterns of behavior and communication forms are worked out, various approaches can help to achieve a good and fulfilling coexistence. The aim is that each individual in its capabilities strengthened and improved the interaction to release unhealthy patterns of behavior. For Details about the systemic therapy the Dipl. pedagogue Heike Bangert Wang from ubach-Palenberg is available at any time.

Design Of Fiber Optic

Posted on September 5, 2019 in News

When designing a fiber-optic (fiber-optic communication lines) should immediately answer the following questions: 1. Characteristics of the signal to be broadcast via fiber-optic 2. Distance signal transmission over fiber optic 3. Route fiber-optic cable (in the sewers, open, etc.) 4. Is there a connection to a particular type of active equipment, 5. Is there an existing fiber-optic line that needs to build or expand. So, for the design fol each of the questions to be essential. Let us examine each question for the design of fiber-optic line.

Characteristics of the signal to be broadcast via fiber-optic 1. Through the fiber optic can be broadcast the following types of Signal: Video * Transfer * Transfer audio * Transmission circuit dry contact (transfer of NC-NO); * Transfer Protocols RS-232/422/485 (four-or double) * Passing Ethernet 10/100 or 1000 (transfer gigabit ethernet); * streams E1, FE1, V.35 and others. 2. Distance signal transmission in the design of fiber-optic line to select the characteristics of optical fibers, terminals, and the category of active equipment necessary to understand at what distance will be broadcast by those or other signals on fiber-optic line. 3. Track laying fiber-optic cable in the design of fiber optic cables fiber optic route affects mainly the choice of the characteristics of fiber-optic cable: a) Fiber optic cables for backbone networks: * For installation in conduit, boxes, pipes, sewers * For installation in all soil groups; * Suspended cables; * Combined Cables * Cables in "dry" performance.

b) Fiber-optic communication cables for local area networks: * Cables for optical cables, optical cables * Distribution. 4. Binding to a specific type of active equipment in the design of fiber-optic Active equipment from different vendors to send the same kinds of signals can differ in various characteristics: * The transmission distance of a signal on fiber-optic * The maximum attenuation that can take an active fiber optic equipment * gain signal active fiber optic equipment * Temperature range of active fiber optic equipment; * Auxiliary performance (power consumption, size, voltage, etc.) 5. The existing optical fiber connections, you want to build or expand. When designing a fiber-optic-based current is important to determine whether these existing lines of communication to perform the tasks set in the new design: * Is it possible to expand the network without changing the fundamental fiber-optic solutions * Do I need to use converters from multimode lines in single-mode (and vice versa) * Can there be two networks of fiber-optic (existing and planned) separately with only one bond, or to their tight weave. Comprehensive response to all these questions can begin to design fiber-optic line.