An illuminated backpack assembly includes a backpack that is wearable on a user's back. A plurality of light strips is each attached to the backpack to emit light outwardly from the backpack. Each of the light strips is strategically positioned on the backpack for enhancing visibility of the backpack in a darkened environment to facilitate the user to be visually identified by a companion from a distance in the darkened environment. A communication unit is integrated into the backpack and the communication unit is in remote communication with a personal electronic device. The communication unit is in communication with each of the light strips and the communication unit downloads an operational subroutine from the personal electronic device. In this way the light strips can be actuated according to the operational subroutine to enhance the ornamental appearance of the backpack.

An illuminated backpack assembly includes a backpack that is wearable on a user's back. A plurality of light strips is each attached to the backpack to emit light outwardly from the backpack. Each of the light strips is strategically positioned on the backpack for enhancing visibility of the backpack in a darkened environment to facilitate the user to be visually identified by a companion from a distance in the darkened environment. A communication unit is integrated into the backpack and the communication unit is in remote communication with a personal electronic device. The communication unit is in communication with each of the light strips and the communication unit downloads an operational subroutine from the personal electronic device. In this way the light strips can be actuated according to the operational subroutine to enhance the ornamental appearance of the backpack.

A luminescent mobile case device for imbedding a luminescent strip within the case includes a case having a back wall. The back wall has a top edge and a bottom edge. Additionally, the back wall has a right edge and a left edge. A top wall is positioned on the top edge of the back wall. A bottom wall is positioned parallel relative to the top wall. A left wall is positioned on the left edge of the back wall. A right wall is positioned parallel relative to the left wall. A front wall is positioned parallel relative to the back wall of the case. The front wall has a center cutout the screen of the mobile device. A luminescent strip is enwrapped upon the case. The luminescent strip emits light in a darkened environment from a phosphorescent pigment obtaining sunlight.

A luminescent mobile case device for imbedding a luminescent strip within the case includes a case having a back wall. The back wall has a top edge and a bottom edge. Additionally, the back wall has a right edge and a left edge. A top wall is positioned on the top edge of the back wall. A bottom wall is positioned parallel relative to the top wall. A left wall is positioned on the left edge of the back wall. A right wall is positioned parallel relative to the left wall. A front wall is positioned parallel relative to the back wall of the case. The front wall has a center cutout the screen of the mobile device. A luminescent strip is enwrapped upon the case. The luminescent strip emits light in a darkened environment from a phosphorescent pigment obtaining sunlight.

An axle-free wheel comprising: an outer rim member having a ground interface on an external surface thereof and an outer ball race or rolling race on an inner surface thereof; an inner rim member having an inner ball or rolling race on an outer surface thereof.

An axle-free wheel comprising: an outer rim member having a ground interface on an external surface thereof and an outer ball race or rolling race on an inner surface thereof; an inner rim member having an inner ball or rolling race on an outer surface thereof.

A container (10, 100) manufactured from flexible material comprises a body (12) extending from a base (14). The body (14) defines an interior space configured to contain one or more objects and is configurable between an extended configuration and a folded configuration. The body includes a front opening, which includes an elongate closure member (16) extending from a point proximate an uppermost edge (18) of the body in the extended configuration to a point proximate the base (14). The closure member (18) bridges two side portions (26) of the body (16) such that when the closure member (18) is at least partially open the two side portions (26) are displaceable relative to each other, towards a rear wall (20), to provide access to inside the body and any contents contained therein.

A container (10, 100) manufactured from flexible material comprises a body (12) extending from a base (14). The body (14) defines an interior space configured to contain one or more objects and is configurable between an extended configuration and a folded configuration. The body includes a front opening, which includes an elongate closure member (16) extending from a point proximate an uppermost edge (18) of the body in the extended configuration to a point proximate the base (14). The closure member (18) bridges two side portions (26) of the body (16) such that when the closure member (18) is at least partially open the two side portions (26) are displaceable relative to each other, towards a rear wall (20), to provide access to inside the body and any contents contained therein.

Provided is a smart medicine case unit including: a main case having an accommodation space to store a component therein; a medicine case accommodated in the accommodation space of the main case, the medicine case including a plurality of medicine compartments that are partitioned to separately accommodate various types of medicine and respectively include light-transmitting holes through which light is transmitted; a circuit board arranged between the medicine case and the main case, wherein an optical sensor provided at a position corresponding to each of the light-transmitting holes and a communication device configured to transmit a signal sensed by the optical sensor to a mobile terminal such as a smartphone are mounted on the circuit board; and a top cover rotatably coupled to the main case to selectively open and close the medicine compartments of the medicine case by a rotational motion.

Provided is a smart medicine case unit including: a main case having an accommodation space to store a component therein; a medicine case accommodated in the accommodation space of the main case, the medicine case including a plurality of medicine compartments that are partitioned to separately accommodate various types of medicine and respectively include light-transmitting holes through which light is transmitted; a circuit board arranged between the medicine case and the main case, wherein an optical sensor provided at a position corresponding to each of the light-transmitting holes and a communication device configured to transmit a signal sensed by the optical sensor to a mobile terminal such as a smartphone are mounted on the circuit board; and a top cover rotatably coupled to the main case to selectively open and close the medicine compartments of the medicine case by a rotational motion.