A wallet is provided having a body adapted to hold credit cards, currency, and business cards. The credit cards are insertable to a biased engagement in a first compartment between two flexible members. A second compartment is positioned below the first compartment and configured to hold currency therein in biased contact between a biasing panel and a credit card in the first compartment. A third compartment is provided and configured to hold business cards.

A wallet includes a first metal shell with one or more openings on a shell perimeter adapted to clip one or more objects to the one or more openings; a second metal shell coupled to the first shell with a storage compartment therebetween; and securing a soft material to the first and second metal shells, wherein the soft material comprises compartments to store cards or money therein.

A wallet kit for a mobile electronic device or a mobile electronic device case. The wallet kit includes a wallet with a housing defined by walls of the housing. A wallet pocket configured to hold a card is formed by the walls. A wallet opening is formed in one of the walls and is configured to accept insertion of the card into the wallet pocket. An elastomeric bumper is arranged inside the wallet pocket.

A wallet kit including a wallet with a housing that has a front wallet wall, a rear wallet wall opposite to the front wallet wall, an upper wallet wall, a lower wallet wall opposite to the upper wallet wall, a first wallet side wall between the upper wallet wall and the lower wallet wall, and a second wallet side wall, opposite to the first wallet side wall and between the upper wallet wall and the lower wallet wall. A wallet pocket configured to hold a card is formed by the front wallet wall, the rear wallet wall, the upper wallet wall, the lower wallet wall, and the second wallet side wall. A first wallet opening is formed in the first wallet side wall, and is configured to accept insertion of the card into the wallet pocket. An elastomeric wheel is arranged inside the wallet pocket.

A case may include a compartment configured to contain at least one card. The compartment may be open on a first side. Some embodiments may include an ejector disposed at least partially in the compartment and configured to eject the at least one card through the first side. In some embodiments, the ejector may include a slider configured to slide in a first direction from a second side of the compartment opposite the first side of the compartment towards the first side of the compartment. In some embodiments, the ejector may include an expander configured to expand in a first direction from a second side of the compartment opposite the first side of the compartment towards the first side of the compartment. Some embodiments of the case may include a spring wall configured to compress the at least one card within the compartment.

A modular card sleeve has a hollow main body and a flap. The hollow main body includes an opened end, a closed end, a front side, a rear side, a leading edge, and a trailing edge. The opened end is configured to receive a card for placement of the card within the hollow main body. The closed end is disposed opposite the opened end. The rear side has a first pouch and a second pouch disposed thereon. The first pouch has a first opening. The second pouch has a second opening. The first opening of the first pouch faces the second opening of the second pouch. The flap has a first wing, a second wing, and at least one connecting portion. The at least one connecting portion is disposed between the first wing and the second wing. The at least one connecting portion is disposed on the front side.

A holder for cards, comprising a housing which tightly fits around a stack of at least three cards and has a card opening for locating and removing cards. Within the housing, opposite the card opening, a card eject feature is provided such that the cards through the card opening can be partly slid from the housing. At the inner side of the housing a friction element is located to provide the cards a stable position inside the housing. The friction element has a layered structure comprising a felt layer and a latex layer backing the felt layer. The felt layer provides a fiber surface structure for engagement with the cards within the holder. The latex layer has a thickness of at least 0.25 millimeter.

A card holder for storing a plurality of transaction cards its a stacked configuration inside a case with an internal frame, a side opening and a lower opening. The lower frame is configured to hold a stack of transaction cards. Formed on a face of the case is a finger slot that allow the user to manually rotate the cards when in a stacked configuration inside the case so that the top edge of the cards are staggered and fan outward through a side opening. The lower opening on the case is configured so that when the cards fan outward through the side opening, the lower corners of the cards extend through the lower opening.

A holding device for cards and/or bank notes, contains an upwardly open housing including a bottom, the bottom including upwardly projecting side strips arranged at a distance from each other. All types of cards and/or bank notes can be received in the holding device in a permanently reliable manner and such that the material thereof is protected as far as possible. To this end, the side strips together with the bottom form a slide-in compartment that has a slide-in width along a defined grip length, at least in sections, which is larger than 52 mm and smaller than 53.98 mm.

The disclosure includes a wallet comprising an open-sided shell, a flexible member coupled to the open-sided shell, and a pull tab coupled to the external surface of the flexible member. The disclosure also includes a wallet comprising an open-sided shell, a flexible member coupled to the open-sided shell, a stretchable band configured to wrap around the open-sided shell and the flexible member, and a radio frequency identification (RFID) protection plate coupled to the open-sided shell. In some embodiments, the RFID protection plate is configured to securably couple at least one personal card between the RFID protection plate and the open-sided shell. The disclosure includes a wallet comprising an open-sided shell, a first protruding portion coupled to the open-sided shell, and a second protruding portion coupled to the open-sided shell.