An illuminated purse assembly includes a purse for carrying objects. A set of first light emitters is each positioned within an interior of the purse to illuminate the interior of the purse. A set of second light emitters is each positioned within an interior of the purse to illuminate the interior of the purse. A light sensor is positioned within the purse to sense light when the purse is opened. The light sensor turns on each of the first and second light emitters when the light sensor senses light. An electronic timer is coupled to the purse and the electronic timer counts down an operation duration of time when the light sensor senses light. Each of the first and second light emitters is turned off when the operation duration of time elapses.

The present invention produces a self-balancing electric motorized luggage capable of relieving the user from the burden of luggage weight handling, in particular, continue usability on inclines, uneven surfaces and crowded spaces.

With utilizing of the gyroscope self-balancing system and two motorized wheels, the self-balancing electric motorized luggage is capable of auto-adjusting its centre of gravity point to remain self-balanced in an upright position during operation. When in motion, the luggage will synchronize with the user's speed and running surface by automatically reducing its speed down a decline or increasing power when up an incline. In addition, this luggage is designed with a U-shaped width bottom, and uses narrow depth of the main container as lead to a direction. This configuration allows the user to have close control of the luggage operating beside them. With motor/user synchronisation, nearly all physical stresses on the arm, shoulders and back are removed.

The present invention produces a self-balancing electric motorized luggage capable of relieving the user from the burden of luggage weight handling, in particular, continue usability on inclines, uneven surfaces and crowded spaces.

With utilizing of the gyroscope self-balancing system and two motorized wheels, the self-balancing electric motorized luggage is capable of auto-adjusting its centre of gravity point to remain self-balanced in an upright position during operation. When in motion, the luggage will synchronize with the user's speed and running surface by automatically reducing its speed down a decline or increasing power when up an incline. In addition, this luggage is designed with a U-shaped width bottom, and uses narrow depth of the main container as lead to a direction. This configuration allows the user to have close control of the luggage operating beside them. With motor/user synchronisation, nearly all physical stresses on the arm, shoulders and back are removed.

This invention relates to a self-driving luggage and a method of showing its operation. A self-driving luggage comprises a plurality of electronic components, covered and protected by protecting shells. Wherein the protecting shells are at least partly made of transparent materials and at least one of the case shells is made of transparent materials such that the operation of the electronic components is capable to be observed without opening the shells of the luggage. The said electronic components include a light indicator configured to alert or indicate a testing result.

This invention relates to a self-driving luggage and a method of showing its operation. A self-driving luggage comprises a plurality of electronic components, covered and protected by protecting shells. Wherein the protecting shells are at least partly made of transparent materials and at least one of the case shells is made of transparent materials such that the operation of the electronic components is capable to be observed without opening the shells of the luggage. The said electronic components include a light indicator configured to alert or indicate a testing result.

A backpack actuation apparatus, the backpack remote actuation apparatus comprising: a bag body having at least one shoulder strap, the at least one shoulder strap having a cable laying channel, an actuation device and a fixed holder attached to the at least one shoulder strap that accepts the actuation device; wherein the actuation device comprises an outer shell, an actuation button, a power input port and a printed circuit board assembly (pcba) inside of the outer shell; and wherein the actuation device is configured to be in wireless communication with an electronic device and when the actuation button is actuated the actuation device communicates with the electronic device to actuate an action.

A backpack actuation apparatus, the backpack remote actuation apparatus comprising: a bag body having at least one shoulder strap, the at least one shoulder strap having a cable laying channel, an actuation device and a fixed holder attached to the at least one shoulder strap that accepts the actuation device; wherein the actuation device comprises an outer shell, an actuation button, a power input port and a printed circuit board assembly (pcba) inside of the outer shell; and wherein the actuation device is configured to be in wireless communication with an electronic device and when the actuation button is actuated the actuation device communicates with the electronic device to actuate an action.

A luminous spring buckle device includes a hollow casing, a luminous device, a spring and a bearing device. The hollow casing includes a bottom and an upper opening. The luminous device is positioned in the hollow casing and includes a controlling circuit and a luminous component. The spring is contained in the hollow casing. The bearing device is engaged with the upper opening in a sliding manner and coupled to the spring. Wherein, when an external force is applied to the bearing device, the bearing device compresses the spring and presses the controlling circuit to enable the luminous component to emit light. Compared with the prior art, the luminous spring buckle device includes the function of the spring buckle and luminous function to increase the recognizability and the night warning function.

A multi-functional electric cooler having an electric motor, a control arm including a handlebar member for controlling braking and acceleration of the cooler, the handlebar member having a built-in grip mechanism wherein the speed of the cooler is adjusted based on the grip intensity of the handlebar member, a plurality of wheels for transporting the cooler, wherein the wheels are spherical wheels, a housing unit having an enclosed insulated container for providing a temperature controlled storage area, a lid member including a plurality of cup holders and a solar panel for providing power to the cooler, wherein the lid member opens and closes, and dual speakers for playing audio, wherein one speaker is located on each side of the housing unit. The electric motor, control arm and plurality of wheels are attached to the housing unit.

A translucent reconfigurable bag designed to fold into a bag from a flattened member. The translucent reconfigurable bag includes a planar member having an inner side and an outer side, and composed of a plurality of panels, wherein each panel is translucent. The outer side and the inner side of the planar member each have at least one fastener with the two fasteners designed to secure to one another. The inner fastener and outer fastener are designed to allow the plurality of panels to fold and affix to one another, thereby forming an interior volume having an opening in communication with the interior volume. A light is disposed on one of the panels and is designed to activate when spoken to. In this way, a user is able to create a bag from an easily transportable planar member and quickly find items inside said bag.