Disclosed is a wearable badge (100) for holding an identification card (200). The badge (100) comprises a card holder (2) configured to removably hold an identification card (200), a first optical sensor (16) configured to measure an optical property of a first region (22) of a surface of the identification card (200) when removably held by the card holder (2), and a processor (20) configured to determine a type of the identification card (200) based on the measured optical property of the first region (22). Furthermore, a system is provided comprising the badge (100) and a set of identification cards (200), wherein at least some of the first regions (22) comprised by the set of identification cards (200) have different optical properties that encode different types of identification cards. Also disclosed is a method of determining a type of an identification card (200).

A lanyard is provided. The lanyard may include a lanyard cord which is attached to a personal item such as safety glasses or an access card, an earplug cord which is attached to a first earplug and a second earplug, and a flexible retractable sheath. The lanyard cord and earplug cord may be disposed in the lumen of the retractable sheath and the retractable sheath is movable between a first position where it covers a first section of the lanyard cord and the earplug cord and a second position where it exposes the first section of the lanyard cord and the earplug cord.

A carrying frame assembly includes a frame that is longitudinally elongated to extend along a full length of a user's back when the frame is worn on the user's back. The frame has a pair of load supports to support a pack of shingles on the frame thereby facilitating the user to carry the pack of shingles up a ladder. A pair of waist straps is each coupled to the frame for extending around the user's waist. The pair of waist straps is matable to each other to secure the frame to the user's back. A plurality of shoulder straps is provided and each of the shoulder straps is coupled to the frame for wearing the frame on the user's back.

The Koozie wallet holds a beverage that fits into the koozie, and has pockets for cards, and a see-through pocket for the Driver's license/I. D and a zipper that opens a pocket to put change or money inside.

There are two versions of the Koozie wallet one without the zipper and one with the zipper.

The see-through pocket is on either side of the koozie and comes with and without a slit inside the middle of the pocket to place the finger over to easily slide in/out the Driver's license/I.D

The proposed invention is a water container sleeve with built in pockets. The sleeve is made out of neoprene or other compatible material, features pockets on multiple sides and a band that allows a cellphone to slip between it and be held. The sleeve not only gives the water bottle additional functionality, but protects the bottle from outside environment and offers customization.

A badge holding device is disclosed that includes a badge holder, an attachment mechanism, and a connector. The badge holder is configured to hold a name tag or similar item and includes a back plate having a top edge, a bottom edge, a first lateral edge, and a second lateral edge, and a cover pivotally connected to the bottom edge of the back plate by a hinge. At least a portion of the cover is transparent. The attachment mechanism is configured to attach the badge holding device to an article of clothing. The connector extends between the badge holder and the attachment mechanism, and the connector is attached to the back plate proximal to the top edge. A width of the connector is at least 25% of a width of the back plate measured between the first lateral edge and the second lateral edge.

A mounting base for use with a wirelessly locatable tag may include a base portion defining a latching member configured to engage a wirelessly locatable tag to releasably retain the wirelessly locatable tag to the mounting base, a contact block attached to the base portion and configured to be positioned at least partially within a battery cavity of the wirelessly locatable tag, the contact block defining a top side and a peripheral side. The mounting base may further include a first conductive member positioned along the peripheral side of the contact block and configured to contact a first battery contact in the battery cavity of the wirelessly locatable tag, a second conductive member outwardly biased from the top side of the contact block, the second conductive member configured to contact a second battery contact in the battery cavity of the tag, and a power cable coupled to the base portion.

An identification card presentation system that allows for access to the card while in a holder. The holder allows for the rapid removal of the card should it be needed. The holder has two jaws that close similar to a clamshell to hold the card between them. The inner surfaces have high friction grips to secure the card in the holder. The holder allows for a key ring or other carrying device to be attached so that the identification card is joined to the keys.

An assembly is disclosed, the assembly for providing release structure to a lanyard or strap adapted to be worn on the body, such as a neck strap. The release structure consists of a snap button assembly configured such that the release pull generated by tension in the strap is directed along an axis perpendicular to the closure and rotation plane of the male and female portion of the snap button assemblies. With structure to configure a release pull in such an axis, a safety feature is provided to the wearer such that tension in the strap, when it reaches a sufficient force to overcome the closure forces of the snap button assembly, will release the closed snap button and allow the strap to fall away from the body. Also, as in the case of a firefighter wearing an SCBA fire mask, it prevents the firefighter from being entangled or tethered if the strap were to get accidentally hooked or caught on something. The breakaway will allow the firefighter to continue using the mask with no interruption of breathing air from the mask. In lanyards and tool holders, those fall away from the body. In the case of a firefighter, the mask does not fall away from the body.

The present disclosure relates to a carrier apparatus primarily for carrying containers having food products therein; but secondarily for carrying containers having any type of products contained therein. Specifically, the carrier apparatus of the present invention allows a user to transport various amounts and types of containers securely, minimizing disturbance to products, such as food products, contained therein. More specifically, the carrier apparatus of the present invention comprises a first configuration for carrying a first amount of containers and a second configuration for carrying a second amount of containers.