Modular detachable handheld game machine based on x86 architecture and computing unit

Abstract

The invention discloses a multifunctional modular detachable handheld game machine based on the x86 architecture and a computing unit, which have the advantages that the integration level is high, each part realizes own functions and reasonable arrangement of overall strength and functions, left and right handles realize detachable design, and hidden screws are adopted, so while the appearance canbe effectively ensured, the disassembly and maintenance are convenient; the problem that screws fall off is avoided; meanwhile, dismounting is easy and convenient, only the buckle needs to be buckledand pressed, and simpleness and convenience are achieved; the shell is made of a sectional material through anodic oxidation treatment, and detail cnc machining is carried out. The sectional materialis low in cost and more environmentally friendly, but the sectional material is low in precision and prone to deformation. The detachable handle/host shell modules are isolated through two layers ofplastic, so that heat in the host is prevented from being transferred to the handle, and the user operation experience is improved.

Description

technical field [0001] Specifically, the invention is a multi-functional, modular and detachable handheld game console and computing unit based on an x86 architecture, and relates to the related field of games. Background technique [0002] At present, computers based on the x86 architecture are generally 10 inches or larger in notebook computers, and the host computer size of desktop computers is often larger. The main factors restricting the development of small high-performance computers with x86 architecture include: [0003] (1) Nowadays, computer chipsets have formed a relatively uniform specification, regardless of high-performance or low-performance chips, their size / interface / appearance often cannot be customized and slimmed down. Minicomputers often use lower-performance chipsets or smaller chipsets with reduced modules and functions. People experience poor work efficiency and entertainment functions when using a portable computer (7 inches), which makes the mark...

AI Technical Summary

Problems solved by technology

People use a portable computer (7 inches) with poor work efficiency and entertainment experience, which leads to a low market share of this level of product and a poor sense of user identity

[0004] (2) Computers using high-performance chips have higher constraints, that is, greater power consumption and heat generation / require larger radiators and larger fans / require larger capacity built-in batteries to meet battery life requirements

[0006] (4) The structural design of traditional notebook computers often adopts a stacking method, so that the space utilization rate is low. How to lay out modules more reasonably and optimize the structural scheme is one of the effective solutions for the miniaturization of high-performance computers

[0007] (5) There are many assembly and fixing steps, and there are many screws, so it is not easy to maintain, and the screws are easy to lose during maintenance, and this kind of tiny screws are difficult to reconfigure, the design of the external screws is not beautiful, and the adhesive method is not easy to disassemble. ;

[0008] (6) Ordinary handheld game consoles will generate a lot of heat after being used for a long time, resulting in a decrease in control performance, and even a hot discomfort on the handle, and the internal motherboard is easily damaged when it is dropped

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