Magnetic latching Internet of Things (IoT) switch with touch feeling

Abstract

The invention discloses a magnetic latching Internet of Things (IoT) switch with touch feeling. The switch comprises a fixing support, a key, a panel frame, a rear cover plate and a lead terminal embedded into the surface of the fixing support, and a magnetic control device and a touch control device installed in the fixing support. The magnetic control device is used for achieving automatic electrical control, and the touch control device is used for achieving manual operation. According to the switch provided by the invention, electric energy is acquired by the way of getting electricity viaa single wire, so that the modification and upgrade of the existing switch are facilitated. The touch control device of the switch provided by the invention can feel the action of the key during a manual operation process, and has the function of being capable of experiencing feedback touch feeling of the operation. A communication circuit is arranged in the switch, so that the switch can be connected with the Internet to be remotely controlled, and the switch is relatively high in communication reliability. The switch also has the function of being low in power consumption when in a standbystate; particularly the iron core drive circuit can achieve the effect of zero power consumption when in the standby state.

Description

technical field [0001] The invention relates to the field of household appliance control equipment, in particular to a magnetic holding Internet of Things switch with tactile sensation. Background technique [0002] Traditional wall switches and sockets are the electrical products with the largest capacity in the home. With the development of the Internet of Things, smart homes have entered the homes of ordinary people. In order to realize the remote control of lighting lamps, a wall switch with remote control function has appeared. In the prior art, most smart switches are touch-type or inductive-type, and the switch is activated by touch or inductance. First, people do not feel feedback during the operation of this kind of switch, and cannot judge whether to complete the opening and closing of the switch, especially when the smart switch has an internal fault, it is even more impossible to judge the fault and whether the switch is successful. Second, after a failure occu...

AI Technical Summary

Problems solved by technology

First, people do not feel feedback during the operation of this kind of switch, and cannot judge whether the switch is turned on and off, especially when the smart switch has an internal fault, it is even more impossible to judge the fault and whether the switch is successful

Second, after a failure occurs inside the smart switch, the easiest way to maintain it is to replace it, which also greatly increases the cost of household expenditure.

Third, the installation of smart switches often requires the introduction of power, so the installation of smart switches inside the bottom box of ordinary single-line control is more complicated and costly

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