Manufacturing method of all-in-one computer with CPU board and high efficiency heat dissipation structure using nano multilayer compressed graphite film as well as PCB board for optimized power system

摘要

The present invention relates to an integrated computer manufacturing method having a CPU high-efficiency heat dissipation structure using a nano multi-layer compressed graphite film as well as having a PCB board for an optimized power system, and more specifically, integrating a monitor power switch and a PCB board. The present invention relates to an integrated computer manufacturing method having a CPU high efficiency heat dissipation structure using a nano multi-layer compressed graphite film as well as having a power distribution circuit and a PCB board for an optimized power system to maximize the heat dissipation efficiency of the CPU. . Accordingly, in the present invention, graphene is inserted into the voids between graphite powders compressed in the form of thin plates with nanoparticles of 5 to 100 nm, and then heat treated after filling with an organic compound binder to form a thin graphite film 112, and the The graphite thin plate film 112 is laminated in close contact with 3 to 5 layers to form a multilayered graphite thin plate film layer 110, and then the multilayered graphite thin plate film layer 110 is attached to the heat dissipation surface 122 of the CPU 120. ), and automatically generates a standby power cutoff value by detecting the power consumption that fluctuates according to the operation of the computer PCB board, and automatically generates the standby power cutoff value to connect to the computer PCB board when standby power is not required. A power supply unit that blocks standby power to prevent power consumption, wherein the power supply unit includes a power generation unit that produces power supplied to the computer PCB board, a power switch unit that selects and controls the power, and converts the power to the computer PCB. It is characterized by comprising a power distribution circuit for controlling the power switch unit according to the result of comparing and analyzing the power consumption of the computer PCB board measuring the measured power consumption according to the operating state of the board and real-time measurement.