A logic device unit, computer device and computer

Abstract

The invention provides a logic device unit, a computer device and a computer. First micro-pipelines are prepared in the logic device unit to package liquid metal; a preset quantity of second micro-pipelines are prepared by being overlapped with the first micro-pipelines to package a fluid; and flexible insulation materials are used in the overlapping positions of the first micro-pipelines and thesecond micro-pipelines. When the fluid is in a pressurized state, the flexible insulation materials in the overlapping positions are deformed under the pressure action of the fluid to block connectionof the liquid metal; when the fluid is in an unpressurized state, the flexible insulation materials in the overlapping positions are not deformed to recover the connection of the liquid metal, so that a logic control function is realized; and based on the logic device unit, multiple logic devices are integrated to the computer device, and multiple computer devices are combined into the computer.Therefore, new method and idea are provided for application of a microfluidic control technology to the field of computers, and new direction and idea are provided for development of a logic control circuit of the computer.

Description

technical field [0001] The present invention relates to the field of computer technology, more specifically, to a logic device unit, a computer device and a computer. Background technique [0002] Microfluidic technology first appeared in the early 1990s. It uses the processing technology in the field of microelectronics to etch micro-scale micro-channels on silicon wafers, glass and other materials, and precisely controls the fluid in the micro-channels. to complete various reactions in biochemical experiments. With the continuous improvement and development of processing technology, especially the emergence of soft etching technology, microfluidic technology has entered a period where the flexible insulating material polydimethylsiloxane (PDMS) is the mainstream. At present, microfluidic technology has become a comprehensive interdisciplinary subject, and its application fields include chemical analysis, medical diagnosis, cell biology, drug screening, etc. [0003] Micr...

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Problems solved by technology

[0004] However, the current microfluidic technology is mainly used in the rapid analysis of fluid samples. In the computer field, it is still impossible to use microfluidic technology to realize the logic control of logic devices.

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