A tool and wallet system includes a first and second planar body portions, the planar body portion approximately the size of a standard credit card, the first and second planar body portions provide for the blocking of RFID signals. The system further includes a strap, the strap wrapped around the first and second planar body portions, the strap taut to the planar body portion due to elasticity in the strap.

Object including a card holder for cards and a money holder for money, wherein the card holder has a card storage space for a stack of one or more cards and the money holder has a money storage space for money, wherein the money storage space is designed such that the money is stored loosely and the money holder has a for the money designed money access opening to the money storage space which with a part of the object, preferably the card holder, can be closed to prevent passage of money.

An adjustable wallet is provided. The wallet has a first plate and a second plate spaced from and overlying the first plate. A cord couples the distal ends of the plate together a predetermined, adjustable distance apart. A first strap selectively couples the proximal ends of the plates together to secure the wallet in a closed position. A second strap having an adjustable body length secures the personal items of a user to the second plate.

A card holder for storing a plurality of transaction cards in a stacked alignment inside a case with a lever arm that when lifted, forces the lateral edges of the cards outward in a fan-like manner through a side opening formed on the case. The case includes a close cavity with a lower frame configured to hold a stack of transaction cards. The lower frame includes a flexible arm used to support the cards. The lever arm includes a push arm that extends into the case and positioned adjacent to the inside edges of the cards. When the lever arm is lifted, the push arm travels in an arc inside the case. Formed on the push arm are a plurality of sequentially offset steps configured to individually press against the adjacent edges of the cards causing the cards to rotate and extend in a fan-like manner through the side opening.

A case assembly includes a front portion and a back portion affixed with the front portion by an interface. The front and back portions are configured to move toward or away from each other about the interface. The assembly also includes one or more securing devices affixed with the back portion. The one or more securing devices configured to removably couple with one or more other securing devices on an electronic device. The one or more securing devices on the back portion are configured to hold the electronic device within the case assembly while allowing the electronic device to be separated from the case assembly.

The present invention relates to a wallet that for organizing and displaying credit cards in a secure but easily accessible manner. The wallet includes a generally rectangular exterior hard case with a recess for concealing least one card holding tray therein. The card holding trays are pivotally connected to the exterior hard case, preferably by an internal pivot shaft, and a spring mechanism provides an assisting force for both opening the card holding trays from the exterior case and closing the card holding trays back into the case. Each tray may also include a slot and post arrangement that engages adjacent trays such that when a first tray rotates out of the case, the adjacent tray is also forced out of the case into a fanned-out arrangement. One or more trays may also define a finger lever whereby a user may apply an opening force to open the tray out of the case.

The invention relates to a holding device for cards and/or money, in particular to the use of U-shaped holding devices for credit cards. The invention relates to a holding device (100) for cards, money, or the like, comprising a first plate (101) and a second plate (102) with smaller dimensions than the first plate (101). According to the invention, the second plate (102) lies over the first plate (101) and is connected to the first plate (101) on at least two sides, and the second plate (102) has a region (102a) which tapers outwards on one side not connected to the first plate (101).

The present disclosure also provides a card holder wallet. The card holder wallet includes a shell and a push device. The shell is provided with a first accommodating cavity and a first accommodating opening. The first accommodating cavity is encircled by a side wall of the shell. The first accommodating opening is communicated with the first accommodating cavity. The first accommodating cavity is configured to accommodate a card. The push device is connected to the shell. The push device is configured to push the card out of the first accommodating cavity via the first accommodating opening. Through the above structure, a user can easily push a card in the first accommodating cavity towards the first accommodating opening and out of the first accommodating cavity through the push device, making it easy for the user to accurately and quickly fetch a desired card.

An adjustable wallet is provided. The wallet has a first plate and a second plate spaced from and overlying the first plate. A cord couples the distal ends of the plate together a predetermined, adjustable distance apart. A first strap selectively couples the proximal ends of the plates together to secure the wallet in a closed position. A second strap having an adjustable body length secures the personal items of a user to the second plate.

An apparatus for securing a pair of trousers about a torso includes a belt buckle for attaching opposite ends of a belt thereto and a compartment. The compartment includes a pair of opposing angled vertical sidewalls for progressively curving a portion of a credit card or a driver's license or a personal identification card or a similarly sized card as the card is urged into the compartment. Friction between edges of the card, in particular where the card is curved or bowed, and a the pair of opposing angled vertical sidewalls that are in contact with the card edges secure the card in position in the compartment until a user urges the card out of the compartment. The compartment is sized to house as many cards as desired.