A decorative light-emitting net bag includes a net bag with a plurality of mesh openings, a light-emitting assembly, and a plurality of light-permeable protective enclosures. One side of the net bag is provided with a bag opening, and a receiving space is formed in the net bag so that the net bag can receive or be mounted over a to-be-decorated object. The light-emitting assembly at least includes a plurality of light-emitting diode (LED) lamp beads distributed on the net bag. The light-permeable protective enclosures are configured to enclose the LED lamp beads respectively and to secure each LED lamp bead to at least one net string of the net bag. Each light-permeable protective enclosure is penetrated by a receiving groove for receiving the corresponding LED lamp bead and allowing passage of the net string so as to secure the corresponding LED lamp bead in position on the net string.

A decorative light-emitting net bag includes a net bag with a plurality of mesh openings, a light-emitting assembly, and a plurality of light-permeable protective enclosures. One side of the net bag is provided with a bag opening, and a receiving space is formed in the net bag so that the net bag can receive or be mounted over a to-be-decorated object. The light-emitting assembly at least includes a plurality of light-emitting diode (LED) lamp beads distributed on the net bag. The light-permeable protective enclosures are configured to enclose the LED lamp beads respectively and to secure each LED lamp bead to at least one net string of the net bag. Each light-permeable protective enclosure is penetrated by a receiving groove for receiving the corresponding LED lamp bead and allowing passage of the net string so as to secure the corresponding LED lamp bead in position on the net string.

Systems and methods for evaluating gemstones are disclosed. The system includes a gemstone holding case, an illumination pad and an image capturing and gemstone evaluation device. The case includes a transparent viewing window in a top wall, a translucent bottom wall and a compressible light-diffusing pad for receiving gemstones thereon. The case and pad are dimensioned such that, when closed, the viewing window presses the gemstones into the pad holding them in place and level and allowing for in situ gem imaging. The illumination pad includes embedded LEDs for selectively illuminating the portion of the pad on which the case is placed. The controllable lighting, translucent case and diffusive pad serves to evenly light the gems and reduce unwanted light thereby improving the images and analysis performed using the image capturing and gemstone evaluation device. Methods for analyzing gemstones under diffuse lighting using the system is also disclosed.

Systems and methods for evaluating gemstones are disclosed. The system includes a gemstone holding case, an illumination pad and an image capturing and gemstone evaluation device. The case includes a transparent viewing window in a top wall, a translucent bottom wall and a compressible light-diffusing pad for receiving gemstones thereon. The case and pad are dimensioned such that, when closed, the viewing window presses the gemstones into the pad holding them in place and level and allowing for in situ gem imaging. The illumination pad includes embedded LEDs for selectively illuminating the portion of the pad on which the case is placed. The controllable lighting, translucent case and diffusive pad serves to evenly light the gems and reduce unwanted light thereby improving the images and analysis performed using the image capturing and gemstone evaluation device. Methods for analyzing gemstones under diffuse lighting using the system is also disclosed.

A portable sanitization system may comprise: a portable device; a light source disposed in the portable device, the light source configured to emit a light having a wavelength between 414 and 474 nm; a light converter comprising a nonlinear crystal configured for frequency doubling; and a light guide extending from the light source to the light converter, the light converter disposed proximal a tip of the light guide.

The application relates to a bag for transporting fragile objects, including a rigid or semi-rigid outer envelope delimiting an internal volume, partitioning elements for partitioning said internal volume, means for opening the envelope in order to access the internal volume, and means for linking to a carrier. The bag further includes a security device arranged so as to cooperate with the opening means.

The application relates to a bag for transporting fragile objects, including a rigid or semi-rigid outer envelope delimiting an internal volume, partitioning elements for partitioning said internal volume, means for opening the envelope in order to access the internal volume, and means for linking to a carrier. The bag further includes a security device arranged so as to cooperate with the opening means.

A system called “MM System” containing a switch called “Rocking Switch” (1) capable of connecting its ON or OFF mode to a mechanical force acting on a part of it called “extension”.

The essential elements of this device are a battery source (3), a light source (2) and a Rocking Switch (1) having a swinging door (8) with an extension (10).

The Rocking switch (1) is connected to the battery source (3) and to the light source (2) that are in turn connected between them (FIG. 1).

In the embodiment in a container equipped with a traditional zipper, the extension (10) will be placed in such a way that by closing the zipper (21) the extension (10) will be moved and the Rocking Switch (1) will be opened, vice versa by opening the zipper (21) the extension (10) will come back in the rest position and the Rocking Switch (1) will be closed (FIG. 6).

A system called “MM System” containing a switch called “Rocking Switch” (1) capable of connecting its ON or OFF mode to a mechanical force acting on a part of it called “extension”.

The essential elements of this device are a battery source (3), a light source (2) and a Rocking Switch (1) having a swinging door (8) with an extension (10).

The Rocking switch (1) is connected to the battery source (3) and to the light source (2) that are in turn connected between them (FIG. 1).

In the embodiment in a container equipped with a traditional zipper, the extension (10) will be placed in such a way that by closing the zipper (21) the extension (10) will be moved and the Rocking Switch (1) will be opened, vice versa by opening the zipper (21) the extension (10) will come back in the rest position and the Rocking Switch (1) will be closed (FIG. 6).

The present invention relates to a bag with built-in lighting system for illuminating items kept inside the bag. The bag is comprised of motion sensors that detect if the user opens the bag, and accordingly activates the lighting unit placed inside the interior of the bag. Also, the light is automatically turned OFF when the bag is closed. The bag integrated with lighting system allows users to clearly view any item placed inside the bag and eliminates the difficulty of trying to find items in bag under low-light or no-light conditions. Additionally, the lighting system can be integrated into any type of bag including purses, handbags, briefcases, or the like.