Water cup device

Abstract

The invention relates to a water cup device. The water cup device comprises a water cup, an electric plug and an electric socket, wherein the left side surface of the water cup is provided with a cup handle, the upper portion of the right side surface of the water cup is provided with a cup mouth, the electric plug is connected with the water cup through a wire, and the electric plug is plugged in the electric socket in a matched mode; plug grooves with rightward groove openings are formed in the electric socket in an up-down symmetrical mode, a first communicated sliding groove is formed between the two plug grooves, and a first sliding arm is installed in the sliding groove in an up-down symmetrical and sliding mode; a second contact is fixedly installed at the end, facing the plug grooves, of the first sliding arm, and a first inclined-angle surface is arranged at the end, backing the plug grooves, of the first sliding arm; the left end of each plug groove is further provided with a sliding cavity, a second sliding groove extending left and right is further formed between the two plug grooves, the left end of the second sliding groove is communicated with the sliding cavities, and the right end of the second sliding groove runs through the first sliding groove.

Description

technical field [0001] The invention relates to the field of water cups, in particular to a water cup device. Background technique [0002] Water cups are living utensils that are often used in daily life. With the continuous development of science and technology, some water cups that use electricity to boil water are gradually integrated into people's lives and become an important part of daily utensils. The plug-in water cup needs to be plugged in for power supply before it can be used. However, the traditional water cup socket is directly charged and the conductive sheet is set relatively outside. This conductive sheet is easily contacted by metal rods. Children) are prone to electric shock accidents when inserting the metal rod into the socket, which is likely to cause casualties; at the same time, when the traditional plug-in water cup boils water, it only relies on the contact between the plug-in head and the socket. Friction is used to achieve locking in the plugged ...

AI Technical Summary

Problems solved by technology

The plug-in water cup needs to be plugged in for power supply before it can be used. However, the traditional water cup socket is directly charged and the conductive sheet is set relatively outside. This conductive sheet is easily contacted by metal rods. Children) are prone to electric shock accidents when inserting the metal rod into the socket, which is likely to cause casualties; at the same time, when the traditional plug-in water cup boils water, it only relies on the contact between the plug-in head and the socket. Friction is used to achieve locking in the plugged state, but this locking method is extremely unstable. When the plug is accidentally touched or kicked, it is easy to separate or loosen the plug and the socket, resulting in plugging The phenomenon of power failure of the water cup has great disadvantages and brings great inconvenience to users

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