Embodiments of the present disclosure relate to automatic guide vehicles (AGVs) that are capable of interacting with human operators. Particularly, the AGVs can follow a human operator, lead a human operator, and receive and react to gestures from a human operator. The AGVs switches directions of moving to provide human operators with easy access to components of user interface on the AGVs. The AGVs are also capable of avoiding collision with other AGVs by yielding to AGVs with a higher priority level.

A rollable luggage assembly for piggybacking a second suitcase on a first suitcase includes a plurality of first rollers that is coupled to a bottom of the first suitcase. A first handle is selectively extensible from the first suitcase so that the first handle is positioned above and perpendicular to a top of the first suitcase. The first handle is configured to be grasped in a hand of a user to urge the first suitcase to roll across a surface. A plate, which is coupled to and is selectively extensible from the bottom of the first suitcase, is selectively positionable in a retracted configuration, wherein the plate is stowed adjacent to the bottom, and an extended configuration, wherein the plate extends from and is perpendicular to a front of the first suitcase. The plate is configured to position an article so that the article is locomoted with the first suitcase.

A luggage towing apparatus, wherein the luggage has a wheel to move on a surface and an opposing handle. The luggage apparatus includes a bracket constructed of a beam having first, mid, and second end portions, the first end portion having an aperture, the second end portion having a flexible hook being removably engagable to the luggage handle. The mid portion has a finger channel constructed of a partial sidewall, wherein the partial sidewall terminates in an open gap that operationally allows a user's finger to pass therethrough wherein the sidewall acts as a finger rest to facilitate finger movement thus moving the bracket to engage and disengage the flexible hook from the luggage handle. The luggage towing apparatus further includes a strap that is affixed the aperture, wherein operationally the strap is looped around a torso of the user to enable pulling the luggage across the surface hands free.

A luggage towing apparatus, wherein the luggage has a wheel to move on a surface and an opposing handle. The luggage apparatus includes a bracket constructed of a beam having first, mid, and second end portions, the first end portion having an aperture, the second end portion having a flexible hook being removably engagable to the luggage handle. The mid portion has a finger channel constructed of a partial sidewall, wherein the partial sidewall terminates in an open gap that operationally allows a user's finger to pass therethrough wherein the sidewall acts as a finger rest to facilitate finger movement thus moving the bracket to engage and disengage the flexible hook from the luggage handle. The luggage towing apparatus further includes a strap that is affixed the aperture, wherein operationally the strap is looped around a torso of the user to enable pulling the luggage across the surface hands free.

An article of rolling luggage is provided. The article has a retractable or collapsible handle that is convertible between a stored position and a first extended position of use. The handle is also rotatable about an axis such that the handle can be converted between a second extended position of use. The second extended position of use is characterized in that the luggage item may be provided such that a base portion of the item is substantially adjacent to and parallel with a ground surface. Various locking means to enable conversion between the stored position, first extended position of use and second extended position of use are also provided.

An article of rolling luggage is provided. The article has a retractable or collapsible handle that is convertible between a stored position and a first extended position of use. The handle is also rotatable about an axis such that the handle can be converted between a second extended position of use. The second extended position of use is characterized in that the luggage item may be provided such that a base portion of the item is substantially adjacent to and parallel with a ground surface. Various locking means to enable conversion between the stored position, first extended position of use and second extended position of use are also provided.

This disclosure includes an apparatus and method for using a ruck strap. The ruck strap includes a first portion defining a strap portion and a second portion defining a handle portion. The ruck strap can be attached to a rucksack by one or more attachment means.

A device that is a lightweight, small, easily packable, hands-free accessory that improves how people carry shoulder bags is described. The device is a mechanism worn on the user's upper back that leaves the individual's hands free and enhances the ease of carrying shoulder bags. The device can be worn on bare shoulders, clothing and outerwear. The device helps to equalize the weight distribution of shoulder bags across the top of the trapezius muscle and allows for a less cumbersome commute via foot and public transportation.

The luggage with extendable dolly is a luggage item. The luggage with extendable dolly comprises a suitcase with rolling telescopic platform. The luggage with extendable dolly forms a cart used to transport additional luggage items. The rolling telescopic platform is collapsible such that the suitcase can store the rolling telescopic platform within the exterior surfaces of the suitcase.

A multipurpose hands-free carrying apparatus that includes a main body, an upper bracket, a lower bracket, a first support section, a second support section, and a retaining portion. The upper bracket curvingly extends from the main body. The lower bracket curvingly extends from the main body. The lower bracket is positioned proximate to the upper bracket. The lower bracket comprises an aperture. The first support section longitudinally extends from the main body. The second support section longitudinally extends from the main body opposite the first support section. The retaining portion extends from the main body opposite the upper bracket, is resiliently coupled to the main body. The retaining portion is also positioned proximate to the upper bracket opposite the lower bracket and configured to demountably couple the apparatus to a garment.