A pull handle of a luggage, which is adapted for accommodating a control device having a button, includes a main body and a cover. The main body has a transverse pipe, two vertical pipes integrally extended from two ends of the transverse pipe respectively, and a hollow portion located at the transverse pipe. The cover is mounted to the main body and covers at least one part of the hollow portion. The cover and the transverse pipe constitute a grip which has an opening corresponding in position to the button of the control device. In this way, the pull handle is not only firm in structure so as to be uneasily damaged and have long life time, but also simplified in assembling process.

The case of the present disclosure can be configured to receive a computing device and at least one additional monitor. The case can have a base having a computing surface configured to receive the computing device. The case can also have a lid moveable relative to the base from a closed configuration to an open configuration, the closed configuration permitting transport of the computing device and the at least one additional monitor within the case, and the open configuration permitting use of the computing device in conjunction with the at least one additional monitor. Further, a monitor mount can be fixedly coupled to the at least one additional monitor, and move to position the at least one additional monitor for use generally above the computing device when the lid is in the open configuration and position the at least one additional monitor for storage generally parallel to the computing surface when the lid is in the closed configuration.

A suitcase has an integrated power charging device for integrating a power source into a suitcase in an optimal configuration. The includes a suitcase and a handle selectively extendable from the suitcase. A power module is coupled to the suitcase. A rechargeable battery is electrically coupled to a circuit board when the rechargeable battery is fully inserted into a battery compartment of the power module. A charging port on the battery is electrically coupled to the circuit board when the rechargeable battery is fully inserted into the battery compartment. A power port is positioned on the rechargeable battery exposed on the suitcase when the rechargeable battery is fully inserted into the battery compartment.

A case body structure of a luggage case includes a case top member, a case bottom member and a sidewall member that are independent components. Each of the case top member and the case bottom member is a hard structure. The sidewall member includes a wall plate and a cover plate. The wall plate includes a connecting section, two installation sections, and an installation breach defined and formed by the two installation sections. The cover plate is disposed correspondingly to the installation breach. The cover plate and the wall plate define a hollow cavity. The case top member and the case bottom member are respectively disposed at two ends of the sidewall member to enclose the hollow cavity. The cover plate selectively opens relative to the wall plate to allow an object to be placed into or taken out of the hollow cavity.

A luggage case may include opposing front and back walls, opposing sidewalls, opposing end walls, and multiple wheels. The front, back, side, top and end walls together thereby define an outer structure and enclosed space of the case. The wheels may include a pair of axially spaced apart fixed axis wheels with a common fixed rotational axis substantially perpendicular to the front and back walls and located towards a bottom corner of the case and at least one spinner wheel assembly mounted to the case to rotate at least one wheel about at least two orthogonal axes and located on the bottom end of the case spaced a distance along the width (W) of the case from the common fixed rotational axis of fixed wheels. Such a case can be wheeled over and cope better with rough terrain than a more conventional luggage article, while still being relatively manoeuvrable.

A luggage container includes: a main compartment; a cover portion coupled to the main compartment and configured to be open or closed via a first opening/closing mechanism element to expose or cover the main compartment; an expandable portion extendingly coupled to the main compartment, the expandable portion comprising a second opening/closing mechanism element; and a storage compartment comprising an opening portion formed at the expandable portion and a pocket portion extending from the opening portion such that the pocket portion of the storage compartment is located in the main compartment.

According to an exemplary embodiment, an electronic luggage device may be disclosed. The electronic luggage device may be fully TSA and FAA compliant. The device may be capable of communicating both wirelessly and by wired connection(s) to other devices. The electronic luggage device may also charge other devices by battery and in turn be charged by other electric power facilities. The electronic luggage device may have GPS capabilities, an intelligent “sleep-mode,” multiple various charging and communicatory ports, a recessed telescoping handle fixture, a hidden battery compartment, and a high capacity removable battery. The removable battery may be retained by any locking means understood by a person having ordinary skill in the art. The removable battery may be automatically or manually ejected. This may be accomplished by a spring-loaded force, a slot and rail system, or equivalents as would be understood by a person having ordinary skill in the art.

A suitcase is provided that includes a front door, a main body, a plurality of wheels, and a garment hanger assembly that is slidable between an extended position and a retracted position.

An intelligent schoolbag, comprising a schoolbag body, wherein storage spaces are formed in the schoolbag body, and book selection means are arranged in the storage spaces; wheels and a driving device for driving the wheels to walk are arranged on the schoolbag body, the driving device is connected with pedals for the user to tread on, and the driving device is an electric monowheel of which the walking speed is controlled by an gravity sensing gyroscope. The intelligent schoolbag of the invention can keep books therein in order despite of bumping, thus articles in the schoolbag are neat. The schoolbag realizes easy access to books and can really reduce the burden to carry the schoolbag on the way to schools, and can better meet the needs of students.

An adaptable luggage case and workspace combination stores personal effects for travel. The adaptable luggage case and workspace combination is able to be configured as a desk to provide a workspace for the user or as a rolling luggage case for travel. The adaptable luggage case and workspace combination includes a luggage case, a collapsible workstation, an electrical housing, a first pair of telescoping-leg supports, and a second pair of telescoping-leg supports. The luggage case allows storage and transportation of personal effects. The collapsible workstation is connected to a case lid. The collapsible workstation expands providing a workspace for the user. The electrical housing supports a rechargeable battery to provide power to mobile or electronic devices during travel. The first pair of telescoping-leg supports and the second pair of telescoping-leg supports support the luggage case when the adaptable luggage case and workspace combination is configured as a desk.