The Nipkow disc, patented in 1884, became the basis of all future television technologies.

At CDC he produced 30 line Nipkow disc television receivers.

It improves the neon light, known as lamp television, which placed behind the disc of Nipkow provides the light of image to the receiver.

It improves the neon light, known as lamp television, which placed behind the disc of Nipkow provides the light of image to the receiver.

In 1923, Charles Jenkins used the disk idea of Nipkow to invent the first ever practical mechanical television system.

In 1923, an American inventor called Charles Jenkins used the disk idea of Nipkow to invent the first ever practical mechanical television system.

And in 1923, an American inventor called Charles Jenkins used the disk idea of Nipkow to invent the first ever practical mechanical television system.

An improved real-time confocal scanning microscope includes a polarizing beamsplitting cube (57) and a rotatable Nipkow disk (51) perforated with a hexagonal pattern.

And in 1923, an American inventor called Charles Jenkins used the disk idea of Nipkow to invent the first ever practical mechanical television system.

Following many years of trials and experiments, he finally constructed a device now commonly known as the "Nipkow disc", also called "mechanical television".

Baird was the first inventor to use Nipkow's disc successfully, creating the first television pictures in his laboratory in October 1925.

Radio-PTT Vision began operations on 26 April 1935 as the first television station in France, using a 30-line mechanical television system based on the Nipkow disk.

Radio-PTT Vision began operations on April 26, 1935 as the first television station in France, using a 30-line mechanical television system based on the Nipkow disk.