A waterproof shroud for a smart key includes a housing; two grooves provided on two sides of the housing respectively; a first fastening member provided on a top of the housing; a second fastening member provided on a bottom of the housing; a through hole provided through one side of the first fastening member; two side mounts releasably secured to the grooves; and two front mounts formed with the side mounts respectively and configured to fasten between the first fastening member and the second fastening member. A TPU layer is provided on a back of the housing between the first fastening member and the second fastening member. A transparent layer is provided on the front mounts.

A waterproof shroud for a smart key includes a housing; two grooves provided on two sides of the housing respectively; a first fastening member provided on a top of the housing; a second fastening member provided on a bottom of the housing; a through hole provided through one side of the first fastening member; two side mounts releasably secured to the grooves; and two front mounts formed with the side mounts respectively and configured to fasten between the first fastening member and the second fastening member. A TPU layer is provided on a back of the housing between the first fastening member and the second fastening member. A transparent layer is provided on the front mounts.

A keycase includes a longitudinal top plate, a longitudinal bottom plate, a flexible connector connecting the longitudinal top plate and the longitudinal bottom plate, a key post coupled to the longitudinal bottom plate and extending from the longitudinal bottom plate toward the longitudinal top plate. The key post is configured to hold one or more keys. The key case further includes a fastener configured to detachably connect the key post and the longitudinal top plate and secure the key post with the longitudinal top plate, and a key pushing liner coupled to the longitudinal bottom plate and configured to push the one or more keys toward the longitudinal top plate.

A keycase includes a longitudinal top plate, a longitudinal bottom plate, a flexible connector connecting the longitudinal top plate and the longitudinal bottom plate, a key post coupled to the longitudinal bottom plate and extending from the longitudinal bottom plate toward the longitudinal top plate. The key post is configured to hold one or more keys. The key case further includes a fastener configured to detachably connect the key post and the longitudinal top plate and secure the key post with the longitudinal top plate, and a key pushing liner coupled to the longitudinal bottom plate and configured to push the one or more keys toward the longitudinal top plate.

An object-securable electromagnetic-shielding apparatus provides electromagnetic-signal isolation between electromagnetic devices such as key fobs, and an ambient environment external to the apparatus. The apparatus comprises a pouch and an object securement element, and may be flexible so as to conform to the shapes of the various objects it is secured to. The apparatus may be comprised of one or more layers of electromagnetic shielding fabric, and may have a coating to protect it and devices contained therein from contaminants, corrosive substances and abrasion within the ambient environment. A shielded cavity within the pouch is accessible via a mouth portion, which in turn may be electromagnetically shielded by way of a movable closure flap. The object securement element enables the pouch to be suspendedly securable to an object in the ambient environment, and may comprise magnets disposed within lateral securement wings flexibly attached to the pouch.

An object-securable electromagnetic-shielding apparatus provides electromagnetic-signal isolation between electromagnetic devices such as key fobs, and an ambient environment external to the apparatus. The apparatus comprises a pouch and an object securement element, and may be flexible so as to conform to the shapes of the various objects it is secured to. The apparatus may be comprised of one or more layers of electromagnetic shielding fabric, and may have a coating to protect it and devices contained therein from contaminants, corrosive substances and abrasion within the ambient environment. A shielded cavity within the pouch is accessible via a mouth portion, which in turn may be electromagnetically shielded by way of a movable closure flap. The object securement element enables the pouch to be suspendedly securable to an object in the ambient environment, and may comprise magnets disposed within lateral securement wings flexibly attached to the pouch.

A case for a round electronic device may have a device holding portion and an attachment portion for attaching the case to an item such as a suitcase or a key chain. The case may include upper and lower case portions that form a pocket. On a first side of the pocket, the upper and lower case portions may be stitched together or may be integrally formed. On a second side of the pocket, a snap may attach the upper case portion to the lower case portion and may be opened to provide access to the pocket. The attachment portion may have an opening for attaching the case to a key ring, suitcase, or other item. The case may include leather, polymer, and/or fabric. Openings may be surrounded by reinforcement material such as strands of non-elastic material. Snaps may be flush with surrounding portions of the case.

A protective case for a portable electronic device includes a housing with an open tray and a resilient cord. The tray is recessed into the rear of the housing. The cord spans the opening of the tray, creating a cord pattern of overlapping segments capable of securing items placed into the tray. In an embodiment, the tray may be separated from the housing and the cord separated from the tray. A user may customize the cord layout by threading the cord across the tray opening in a desired pattern based on the goods within the tray.

The lock box of the present invention includes a box, a cap, and a cable. The box includes a box opening, a lock hole, and a lock body. The cap includes a cap fixing part, a cap socket, and a restricting device. The cap fixing part is able to extend into the lock hole and be locked by the lock body when the cap covers the box opening. The restricting device has a lifting lever. One end of the cable has a cable fixing part. The cable fixing part can be inserted into the cap socket with its movement being restricted by the restricting device. A user can apply a force on the lifting level to release the restriction on the movement of the cable fixing part by the restricting device when the cap doesn't cover the box opening.

An access device for storing items within a handbag includes a flexible strap having a first end and a second end, the strap including at least one aperture adjacent the first end, and a fastener adjacent the second end, the fastener being coupleable to the at least one aperture so that the strap forms a loop, a clip coupled to the strap, and at least one compartment being closed at a lower end, and side ends and defining an upper opening, the at least one compartment having a rigid tab that is coupleable to the clip.