Intelligent luggage case

Abstract

The invention discloses an intelligent luggage case. The intelligent luggage case includes a case body. Telescopic rods are disposed at bottom corners of the case body; the outsides of the telescopicrods are all provided with springs; the bottom ends of the telescopic rods are all provided with universal wheels; he bottom end of the inside of the case body is provided with a driving motor; one side of the driving motor is provided with a storage battery located at the bottom end of the case body; a plurality of distance sensors and human body feature recognizers are disposed on the outer sidesurface of the case body; pulling slots are disposed on one side of the case body; a fixing board is disposed on the upper part of the pulling slots and disposed on the case body; a through hole is disposed on the fixing board; a pulling rod is disposed inside the pulling slots and on the through hole of the fixing board; a zipper is disposed on one side of the case body; a coded lock is disposedon one side of the zipper; a driving system is disposed at the bottom end of one side of the case body and on one side of the case body away from the pulling rod; the driving system and the driving motor are in control connection; the upper portion of the driving system is provided with a signal processing module; the signal processing module is connected to the distance sensors and the human body feature recognizers; and a controller is disposed on the upper part of the signal processing module.

Description

technical field [0001] The invention relates to the technical field of smart devices, in particular to a smart luggage case. Background technique [0002] The suitcase, also known as the trolley case, is a box that people carry when they go out to place items. The suitcase in the prior art generally has rollers installed under the box body, and a pull rod is installed on the back of the box body. The user drags the suitcase through the pull rod. However, the volume and weight of the suitcase often make it very inconvenient for the carrier to travel. This long-distance transportation process relying on manpower makes the user physically and mentally exhausted. Therefore, if a suitcase that can follow the user and avoid obstacles can be designed, it will It will greatly liberate people's hands and make travel easier and more enjoyable. Although a few designers have put this idea into practice, the designed suitcases still have slow response, cannot avoid obstacles by themsel...

AI Technical Summary

Problems solved by technology

[0002] The suitcase, also known as the trolley case, is a box that people carry when they go out to place items. The suitcase in the prior art generally has rollers installed under the box body, and a pull rod is installed on the back of the box body. The user drags the suitcase through the pull rod. However, the volume and weight of the suitcase often make it very inconvenient for the carrier to travel. This long-distance transportation process relying on manpower makes the user physically and mentally exhausted. Therefore, if a suitcase that can follow the user and avoid obstacles can be designed, it will It will greatly liberate people's hands and make travel easier and more enjoyable. Although a few designers have put this idea into practice, the designed suitcases still have slow response, cannot avoid obstacles by themselves, are too slow and Inability to adjust the speed and other issues, there is still a big gap from the real smart luggage

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