Пристрій для перетворення зображень

Abstract

The device for image conversion comprises an optical conversion block, a control and storage unit. The optical conversion block is arranged as an optical damper valve-multichannel optical transformer, information inputs and storage unit outputs optically connected with optical transformer outputs and inputs correspondingly being information inputs and outputs of the device and three storage unit control inputs are connected with three control unit outputs where the control unit consists of optical D-flip-flops each of them comprises, the first, second and third photodevices and light-emitting devices, where the first photodevice outputs are connected to a supply bus and their second outputs are connected to the first inputs of the corresponding light-emitting devices, the second outputs being the first, second and third storage unit control inputs correspondingly, the first input of the first photodevice is a storage unit information input and the second input of the first photodevice is connected with the first light-emitting device output, the first and second inputs of the second photodevice are optically connected with the first and second light-emitting device outputs, the first and second inputs of the third photodevice are optically connected with the second and third light-emitting device outputs, the third light-emitting device output is a storage unit information output and a control unit comprises a parallel register, a counter, a coincidence unit, the outputs being connected with parallel register and counter outputs, the first inverter, the inputs being connected to counter and parallel register adjusting inputs, a pulse generator, an AND element, the first, second and third inputs being connected with inverter, coincidence unit and pulse generator outputs correspondingly and the output is connected to a counter input carried out a calculation, the first, second and third delay elements, an OR element or the second inverter, the input being connected with an AND element output and the output is the first control unit output and is connected to the first delay element input, the output being the second control unit output OR element inputs are connected with the second inverter input and the second delay element output, the input being connected to the second inverter input and the OR element output is connected to the third delay element input, the output being the third control unit output.