Modularization method for touch integrated machine and touch integrated machine

Abstract

The embodiment of the invention discloses a touch integrated machine, which comprises a plurality of functional modules, a master control module and a power module, wherein the master control module is used for coordinating and controlling the plurality of functional modules; the power module is used for supplying power to the master control module and the plurality of functional modules; the master control module is provided with a communication function and interfaces; the plurality of functional modules communicate with the master control module in own communication ways, and has relatively independent functions respectively; and the master control module is electrically connected with the plurality of functional modules and the power module respectively. The embodiment of the invention also discloses a modularization method for the touch integrated machine. By the modularization method for the touch integrated machine and the touch integrated machine, complex multi-association items can be simplified, and the unitized design of the interfaces with the unified definition standard can be realized.

Description

technical field [0001] The invention relates to the communication field, and in particular to a modular method for a touch integrated machine and the touch integrated machine. Background technique [0002] At present, most touch all-in-one machines adopt an assembled design, and the parts used in the machine are simply mechanically connected to realize simple functions. This method is not suitable for the upgrade and design optimization of touch all-in-one products. The touch all-in-one product is a multi-functional and complex system integrating TV, computer, touch, wireless transmission, display, etc. The functional components are connected by simple machinery, which does not reflect the integration and system of the product. Moreover, the needs of different markets are extremely easy. This leads to difficulty in production and control, difficulty in controlling materials and parts, inefficiency in after-sales service, difficulty in finding fault points, extremely difficul...

AI Technical Summary

Problems solved by technology

The touch all-in-one product is a multi-functional and complex system integrating TV, computer, touch, wireless transmission, display, etc. The functional components are connected by simple machinery, which does not reflect the integration and system of the product. Moreover, the needs of different markets are extremely easy. Difficulty in production and control, difficult control of materials and parts, low efficiency of after-sales service, difficulty in finding fault points, extremely difficult maintenance and replacement, and a certain gap from the real product design

[0003] Specifically, the disadvantages of the current traditional touch-type all-in-one machine are: the use of patchwork design methods cannot meet the requirements of integrated product design; it is not conducive to meeting the needs of different markets; the efficiency of after-sales service is low; product design ideas are not clear , the direction is not clear

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