Networking method for geothermal mat and geothermal pad

Abstract

The embodiment of the invention relates to the field of ground mat, and discloses a networking method for a geothermal mat and the geothermal mat. The method comprises the following steps that a powerinterface of the geothermal mat is identified when the geothermal mat is energized; the other interfaces of the geothermal mat are turned on in turn except the power interface when the scanning notification sent by the upper-level geothermal mat is received; for each interface which is turned on, whether the access information transmitted by a new geothermal mat is received in the first preset time or not is judged, and the new geothermal mat is recorded when the access information is received; the new geothermal mat is used as a next-level geothermal mat, and the scanning notification is sent to the next-level geothermal mat; if the access information sent by the next-level geothermal mat is received in the second preset time, the fact that a new geothermal mat is accessed is reported tothe upper-level geothermal mat; if the access information sent by the next-level geothermal mat is not received in the second preset time, the fact that a new geothermal mat is not accessed is reported to the upper-level geothermal mat. The networking method for the geothermal mat enables a user to know the position of each geothermal mat when the user freely combines various geothermal mats.

Description

technical field [0001] The embodiments of the present invention relate to the field of floor mats, and in particular to a method for networking a geothermal mat and the geothermal mat. Background technique [0002] When the weather is colder, people usually lay heat-generating geothermal mats at home to achieve the purpose of heating the house. When laying geothermal mats, it is necessary to splice the geothermal mats together. The inventor of the present invention found that when splicing the floor heating pads, the user usually assembles them at will without following a specific rule, which makes it impossible for the user to know the position of each floor heating pad after the splicing is completed. The inability to know the position of each geothermal pad brings troubles for the user to accurately control each geothermal pad. For example, there are four geothermal mats A, B, C, and D in total. During laying, the user randomly combined these four geothermal mats. Afte...

AI Technical Summary

Problems solved by technology

The inventor of the present invention found that when splicing the floor heating pads, the user usually combines them at will without following a specific rule, which makes it impossible for the user to know the position of each floor heating pad after the splicing is completed.

The inability to know the position of each geothermal pad brings troubles for users to accurately control each geothermal pad

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