An improved carrying case adapted to releasably retain items within the interior volume of the pocket, prevent radio waves from entering the interior volume and unauthorized access to one's phone and credit cards, and help block signal saturation to the skin and body, while maintaining the integrity of the equipment.

A pocketed article includes a first primary panel, a liner panel having a first face bonded to the primary panel and a second face opposite the first face of the liner panel and a secondary panel having a first face facing the second face of the liner panel and a second face opposite the first face of the secondary panel. Outer portions of the liner panel are folded about edges of the secondary panel. The outer portions are bonded to the second face of the secondary panel. A second primary panel is joined to the first primary panel.

A wallet-sized comb is produced by a method of processing a metal substrate having a thickness similar to a credit card. The method includes receiving a comb design including a top portion and a teeth portion, the teeth portion including a plurality of spaced-apart teeth for combing hair and cutting the metal substrate based on the comb design, the cutting performed using a chemical etching technique, where the metal substrate has a thickness at or below 1.2 millimeter. The method further includes extracting a metal comb from the metal substrate generated from the chemical etching technique and de-burring the metal comb, as well as applying a powder coat finish to the metal comb to generate the wallet comb. The comb design may include a design and/or letters in the top portion, such top portion elements cut also using the chemical etching process.

A wallet-sized comb is produced by a method of processing a metal substrate having a thickness similar to a credit card. The method includes receiving a comb design including a top portion and a teeth portion, the teeth portion including a plurality of spaced-apart teeth for combing hair and cutting the metal substrate based on the comb design, the cutting performed using a chemical etching technique, where the metal substrate has a thickness at or below 1.2 millimeter. The method further includes extracting a metal comb from the metal substrate generated from the chemical etching technique and de-burring the metal comb, as well as applying a powder coat finish to the metal comb to generate the wallet comb. The comb design may include a design and/or letters in the top portion, such top portion elements cut also using the chemical etching process.

A protective case for electronic devices comprising; a housing having front compartment and a rear surface, wherein the front compartment is sized to securely fit an electronic device, a piece of elastic material secured to rear surface of the housing, wherein at least one edge of the piece of elastic material is unsecured, thereby creating a first compartment, a first portion of a securing means attached to the housing substantially along the secured edges of the piece of elastic material, a pocket having a second compartment having a front surface and a rear surface and a top edge, and a second portion of the attachment means secured to the rear surface to substantially align with the first portion of the attachment means secured to the housing.

A belongings pocket contains: a body, a first magnet, and a second magnet. The body includes a straight fringe and a semi-circular fringe which form the body in a semi-circle shape, and the body also includes a surface fabric, a flexible lining fabric, and an accommodation space in which an opening is defined. The first magnet and the second magnet are arranged beside two ends of the straight fringe of the body. In operation, the body is expanded flatly or the straight fringe of the body is folded in half, and two ends of the body are connected together, after the first magnet and the second magnet are magnetically attracted with each other. Furthermore, the body is erected by way of the flexible lining fabric.

The present invention is a compact wallet designed to present a minimal silhouette in a shirt, pants or purse pocket. Novel features hold the silhouette to the minimal dimensions of a credit card while affording maximal expandability for content storage and accessibility. A novel method makes additional features modularly available.

A protective case protects a communication device and an item, such as credit cards and money. The protective case is fabricated from a material inhibiting moisture, providing buoyancy, and minimizing shock forces. The protective case comprises a first compartment for storage of the communication device and a second compartment for storage of the item. A lid having a seal inhibits passage of moisture in the compartments. A grip portion enhances grip of the protective case. A tethering portion enables tethering of the protective case to a user. A tether locking portion, slides along the tethering portion for length adjustment. An aperture aligns with a socket in the communication device receiving a cable carrying a signal to the communication device. A cap inhibits passage of moisture into the aperture. At least one opening in the protective case enables detachable attachment of the tethering portion and a fastener.

A wallet-sized comb is produced by a process of processing a metal substrate having a thickness similar to a credit card. The process includes receiving a comb design including a top portion and a teeth portion, the teeth portion including a plurality of spaced-apart teeth for combing hair and cutting the metal substrate based on the comb design, the cutting performed using a chemical etching technique, where the metal substrate has a thickness at or below 1.2 millimeter. The process further includes extracting a metal comb from the metal substrate generated from the chemical etching technique and de-burring the metal comb, as well as applying a powder coat finish to the metal comb to generate the wallet comb. The comb design may include a design and/or letters in the top portion, such top portion elements cut also using the chemical etching process.