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작성자베타 조회 76회 작성일 2021-01-18 07:18:05 댓글 0


[Random Speaker Restoration]Restore abandoned jbl 4206 speakers without woofer& network jbl 4206 수리

안녕하세요 피아티비입니다
오늘영상은 스피커우퍼와 네트워크가 없이 버려진 JBL Monitor 4206스피커를 복원해봤습니다.

우퍼는 control5에 삽입된 6.5인치 중고우퍼를 엣지수리하여 장착하였고 네트워크는 자작으로 만들었습니다.

시청해주셔서 감사합니다.구독 부탁드립니다.

Restore abandoned jbl 4206 speakers
without woofer and network.

6.5inch woofer was edge repaired and Homemade crossover.

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What is THERMAL TRANSFER? What does THERMAL TRANSFER mean? THERMAL TRANSFER meaning & explanation


Source: article, adapted under license.

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In printing, a thermal transfer is the transfer of a design or text onto paper by the melting of wax within the print-heads of a specialized printer. Thermal transfer is preferred over direct thermal printing on surfaces that are heat sensitive or when higher durability of printed matter (especially against heat) is desired.

Thermal Transfer is a popular print process particularly used for the printing of identification labels. It is the most widely used printing process in the world for the printing of high quality barcodes. The thermal transfer print process utilises three main components: a non-movable print head, a carbon ribbon (the ink) and a substrate to be printed, which would typically be paper, synthetics, card or textile materials. These three components effectively form a sandwich with the ribbon in the middle. A thermally compliant print head, in combination with the electrical properties of the ribbon and the correct rheological properties of the ribbon ink are all essential in producing a high quality printed image.

Print heads are available in 203 dpi, 300 dpi and 600 dpi resolution options. Each dot is addressed independently and when a dot is electronically addressed it immediately heats up to a pre-set, (adjustable) temperature. The heated element immediately melts the wax or resin based ink on the side of the ribbon film facing the substrate and this process, in combination with the constant pressure being applied by the print head locking mechanism immediately transfers it onto the substrate. When a dot ‘turns off’ that element of the print head immediately cools down and that part of the ribbon thereby stops melting/printing. As the substrate comes out of the printer it is completely dry and can be used immediately.

Carbon ribbons are on rolls and are fitted onto a spindle or reel holder within the printer. The used ribbon is rewound by a take-up spindle forming a roll of ‘used’ ribbon. It is termed a ‘one-trip’ ribbon because once it has been rewound the used roll is discarded and replaced with a new one. If one were to hold a strip of used carbon ribbon up to the light one would see an exact negative of the images that have been printed. The main benefit of using a one-trip thermal transfer ribbon is that providing the correct settings are applied prior to printing, an 100% density of printed image is guaranteed; compare this with a pre-inked ribbon on a dot matrix impact printer ribbon which gradually fades with usage.

Hochkalter 2606 hm Winterüberschreitung via Blaueisgletscher

Wir starten unsere Tour am Hintersee bei Ramsau im Berchtesgadener Land und steigen zur Blaueishütte 1680hm auf. Hier schlagen wir unser Winterbiwak auf. Nach einer Sternklaren Nacht steigen wir über das Blaueis auf den Hochkalter 2606hm. Ein grandioses Panorama.
Als Abstieg entschieden wir uns durch das Ofental zu gehen, welches wir komplett spuren mussten.

Viel Spass beim Video.

Ich würde mich über ein Abo und einen Daumen nach oben freuen.




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