A two-piece EMR-shielding smart-key holder is disclosed including a first piece having a cavity within a body sized to hold one or more smart keys, an EMR-shielding layer lining the cavity, and a first piece of a touch fastener incorporated into a second face of the body. A second piece of the smart-key holder includes a second piece of the touch fastener. A method is also disclosed including adhering a second face of the second piece of the smart-key holder to an object's surface leaving a first face of the second piece having the second piece of the touch fastener exposed. The method also includes fastening the first and second pieces of the smart-key holder together by way of complementary touch-fastener features, thereby attaching the first piece to the object's surface shielding the one or more smart keys from at least radiofrequency communications in place on the object's surface.

An organizer includes a body adapted to receive and hold a head of a tool and a joining feature provided to the body. The joining feature is adapted to allow interconnection of two or more bodies and includes a complementary protrusion and socket arrangement configured to pivotally couple together by a push fit arrangement of the protrusion from a first body into a socket of a second body. The organizer may further include means for biasing two adjacent, coupled bodies in a pre-established relative orientation.

Disclosed is a wallet comprising two shell halves which are associated by a rigid spine to open and close the wallet, and containing a bunch of keys, anchored to the wallet. The wallet is biased to the open position by a pre tensioned skin which covers windows in the two shell halves. The skin allows temporary outward bulging by elasticity, and immediately springs back into the initial unloaded state at the time the bulging load is removed.

Disclosed is a wallet comprising two shell halves which are associated by a rigid spine to open and close the wallet, and containing a bunch of keys, anchored to the wallet. The wallet is biased to the open position by a pre tensioned skin which covers windows in the two shell halves. The skin allows temporary outward bulging by elasticity, and immediately springs back into the initial unloaded state at the time the bulging load is removed.

Multi-tool devices and methods of customizing multi-tool devices in a web-based ordering system are provided. One embodiment of a multi-tool device includes a plurality of compartments, wherein each compartment is configured to house one or more attached tools, one or more removable tools, and/or one or more storage ports. Each compartment includes a moveable portion that is configured to be moveable with respect to the other portions. The multi-tool device further includes at least one pin configured to connect the plurality of compartments together. Each of the moveable portions of the compartments is configured to move between a storage position and a deployed position. When the moveable portions are arranged in their respective storage positions, an outer surface of the multi-tool device has a disk shape, an ellipsoid shape, a truncated ellipsoid shape, a spheroid shape, a truncated spheroid shape, a sphere shape, a truncated sphere shape, an ovoid shape, or a truncated ovoid shape.

The multiple key fob holder is a case which stores a plurality of key fobs. The multiple key fob holder comprises a base, a cover, a master fastener, and a cord loop. The base and the cover form an enclosed containment structure within which the plurality of key fobs are contained. The base and the cover attach such that the cover rotates relative to the base. The master fastener attaches the base to the cover such that the containment structure can be secured in a closed position and unsecured to form an open position. The cord loop is a loop structure positioned at a location selected from the group consisting of: 1) the interior of the containment structure when the multiple key fob holder is in a closed position; and, 2) the exterior of the containment structure when the multiple key fob holder is in an open position.

The multiple key fob holder is a case which stores a plurality of key fobs. The multiple key fob holder comprises a base, a cover, a master fastener, and a cord loop. The base and the cover form an enclosed containment structure within which the plurality of key fobs are contained. The base and the cover attach such that the cover rotates relative to the base. The master fastener attaches the base to the cover such that the containment structure can be secured in a closed position and unsecured to form an open position. The cord loop is a loop structure positioned at a location selected from the group consisting of: 1) the interior of the containment structure when the multiple key fob holder is in a closed position; and, 2) the exterior of the containment structure when the multiple key fob holder is in an open position.

A device for holding at least one object, the device comprising at least two planar frames located adjacent one another, each planar frame comprising an opening leading to a space for receiving an object in a respective planar frame; and an object retaining member for maintaining an object in a space of an adjacent planar frame; wherein the object retaining member is formed of a side of the respective planar frame and is adjacent to the space of the adjacent planar frame; and wherein the opening of the respective planar frame is aligned in a different direction from an opening of the adjacent planar frame is disclosed. The device is suitable for, but not limited to, storing cards, coins and bank notes.

A device for holding at least one object, the device comprising at least two planar frames located adjacent one another, each planar frame comprising an opening leading to a space for receiving an object in a respective planar frame; and an object retaining member for maintaining an object in a space of an adjacent planar frame; wherein the object retaining member is formed of a side of the respective planar frame and is adjacent to the space of the adjacent planar frame; and wherein the opening of the respective planar frame is aligned in a different direction from an opening of the adjacent planar frame is disclosed. The device is suitable for, but not limited to, storing cards, coins and bank notes.

A key case includes an outer case having an opening portion at one end of the outer case and an inner case accommodating an electronic key and placed inside the outer case. The outer case and the inner case of the key case are plated with metal or composed of metal.