An electronic display luggage apparatus for displaying information and preventing loss includes a luggage body having a front side separated from a back side, a bottom side separated from a top side, and a left side separated from a right side defining a luggage cavity. The luggage body has a zippered opening to open and alternatively close the luggage cavity. At least one handle is coupled to the luggage body. A display unit is coupled to the luggage body and includes a housing coupled within the luggage cavity and a display screen extending through the luggage body. The display unit includes a CPU, a battery, and a transceiver. The transceiver is in operational communication with a personal electronic device to program the information shown on the display screen.

A modular linking system allows bags, pouches, and other items to be connected together quickly and securely while providing the ability to remotely disconnect the two items. The modular linking system includes a post assembly and a receiver assembly, each of which includes a geared component to permit variously angled, non-rotational engagement therebetween. The receiver assembly includes a locking member that is resiliently moveable to an unlocked position to permit disengagement between the post assembly and the receiver assembly. The locking member includes two arms that are positioned in a slide lockup channel of the post assembly in the locked configuration, where the arms move out of engagement with the slide lockup channel in the unlocked configuration.

A modular linking system allows bags, pouches, and other items to be connected together quickly and securely while providing the ability to remotely disconnect the two items. The modular linking system includes a post assembly and a receiver assembly, each of which includes a geared component to permit variously angled, non-rotational engagement therebetween. The receiver assembly includes a locking member that is resiliently moveable to an unlocked position to permit disengagement between the post assembly and the receiver assembly. The locking member includes two arms that are positioned in a slide lockup channel of the post assembly in the locked configuration, where the arms move out of engagement with the slide lockup channel in the unlocked configuration.

A suitcase that includes an enclosure defining an inner volume, a zipper fastener, and a lock device. The zipper fastener extends along a junction plane and has a first strip presenting a first edge, a second strip presenting a second edge, a slider, and a pull tab connected to the slider. The slider is movable between a fastening position and a releasing position. The lock device is fixed to the enclosure and is adapted for cooperating with the pull tab in a locked position in order to maintain the slider in the fastening position, wherein, in the fastening position, the lock device and the pull tab are arranged in the junction plane.

A suitcase that includes an enclosure defining an inner volume, a zipper fastener, and a lock device. The zipper fastener extends along a junction plane and has a first strip presenting a first edge, a second strip presenting a second edge, a slider, and a pull tab connected to the slider. The slider is movable between a fastening position and a releasing position. The lock device is fixed to the enclosure and is adapted for cooperating with the pull tab in a locked position in order to maintain the slider in the fastening position, wherein, in the fastening position, the lock device and the pull tab are arranged in the junction plane.

An activity classifier system and method that classifies human activities using 2D skeleton data. The system includes a skeleton preprocessor that transforms the 2D skeleton data into transformed skeleton data, the transformed skeleton data comprising scaled, relative joint positions and relative joint velocities. The system also includes a gesture classifier comprising a first recurrent neural network that receives the transformed skeleton data, and is trained to identify the most probable of a plurality of gestures. The system also has an action classifier comprising a second recurrent neural network that receives information from the first recurrent neural networks and is trained to identify the most probable of a plurality of actions.

An activity classifier system and method that classifies human activities using 2D skeleton data. The system includes a skeleton preprocessor that transforms the 2D skeleton data into transformed skeleton data, the transformed skeleton data comprising scaled, relative joint positions and relative joint velocities. The system also includes a gesture classifier comprising a first recurrent neural network that receives the transformed skeleton data, and is trained to identify the most probable of a plurality of gestures. The system also has an action classifier comprising a second recurrent neural network that receives information from the first recurrent neural networks and is trained to identify the most probable of a plurality of actions.

The invention relates to a rear protection mechanism with a magnetic opening system, intended for objects used to hold elements, such as, for example, briefcases, backpacks or suitcases, said mechanism acting as an anti-theft system for rear, side and/or lower pockets on said objects. The rear mechanism with a magnetic opening system (positioned against the user's body) consists of flaps with non-visible magnets located inside said flaps, which, upon coming into contact with other magnets located on the rear surface of the object, generate an attraction that secures the flaps, such as to prevent third parties from gaining access to pockets on the outside of the briefcase, backpack or suitcase. The invention also relates to a system of self-adjusting straps that allow the weight or load contained in the element-holding object.

The invention relates to a rear protection mechanism with a magnetic opening system, intended for objects used to hold elements, such as, for example, briefcases, backpacks or suitcases, said mechanism acting as an anti-theft system for rear, side and/or lower pockets on said objects. The rear mechanism with a magnetic opening system (positioned against the user's body) consists of flaps with non-visible magnets located inside said flaps, which, upon coming into contact with other magnets located on the rear surface of the object, generate an attraction that secures the flaps, such as to prevent third parties from gaining access to pockets on the outside of the briefcase, backpack or suitcase. The invention also relates to a system of self-adjusting straps that allow the weight or load contained in the element-holding object.

A device comprises a first tube having a first diameter and a second tube having a second diameter. A spring may be disposed between the first tube and the second tube. The spring may couple the first to the second tube. A plurality of tines may be disposed at a first end of the first tube and at a first end of the second tube.