A customizable storage container is provided. The device includes a shell member comprised of a shell base and at least one shell sidewall disposed around a perimeter of the shell base, thereby defining a shell interior volume. A lid is rotatably secured to an open end of the shell sidewall and is secured to the shell sidewall by a shell closure. The shell member is disposed around an insulation material, and the insulation material is further disposed around a storage compartment. The storage compartment is comprised of a storage base and at least one storage sidewall disposed around a perimeter of the storage base, thereby defining a storage interior volume. A pouch is disposed on an exterior surface of the shell member. The pouch and the shell member include a cleanable material that can be drawn on by a marking material. The cleanable material can be cleaned off and reused.

A customizable bag is provided that permits multiple types of customization. The bag includes a ferromagnetic platform coupled to one or more of the bag's panels. The ferromagnetic platform includes a magnetic material, a drawable surface, and may be printed with images or designs provided to the manufacturer or provider by the customer or other user. Also provided are systems for customizing a bag or creating a customizable bag.

A customizable bag is provided that permits multiple types of customization. The bag includes a ferromagnetic platform coupled to one or more of the bag's panels. The ferromagnetic platform includes a magnetic material, a drawable surface, and may be printed with images or designs provided to the manufacturer or provider by the customer or other user. Also provided are systems for customizing a bag or creating a customizable bag.

Disclosed is a bag accessory that allows a user to easily and conveniently retain keys, cell phones, and other personal items so that the items do not shuffle around in a handbag and force a user to try and find them, which can be frustrating, time consuming, and even dangerous. The bag accessory is a hanger or clip with a magnet on one side and an embellishment on the other, wherein the magnet is used to retain keys, a cell phone, and other personal items. The invention also discloses a method of adhering a metal accessory to a cell phone case or other personal item so that items will adhere to the magnet.

Disclosed is a bag accessory that allows a user to easily and conveniently retain keys, cell phones, and other personal items so that the items do not shuffle around in a handbag and force a user to try and find them, which can be frustrating, time consuming, and even dangerous. The bag accessory is a hanger or clip with a magnet on one side and an embellishment on the other, wherein the magnet is used to retain keys, a cell phone, and other personal items. The invention also discloses a method of adhering a metal accessory to a cell phone case or other personal item so that items will adhere to the magnet.

A packaging arrangement for a wearable ornament, such as a pin-backed figurine that is supplied with a loop backer enabling the figurine to be coupled with a rope or chain, includes a post for display of the figurine using with the loop backer when not being worn. The figurine on the post may be snapped into a base, the base having a base top and base bottom that are separable from one another. A transparent cover encloses the figurine on the post atop the base, with a backing held in place behind the figurine in the packaging by retention tabs proximate to top corners of the transparent cover, by alignment ridges of the base top and by support posts inside the base bottom. The figurine may therefore be worn either through being pinned or on a rope or chain, or may be displayed either on just the post or on the post atop the base.

A packaging arrangement for a wearable ornament, such as a pin-backed figurine that is supplied with a loop backer enabling the figurine to be coupled with a rope or chain, includes a post for display of the figurine using with the loop backer when not being worn. The figurine on the post may be snapped into a base, the base having a base top and base bottom that are separable from one another. A transparent cover encloses the figurine on the post atop the base, with a backing held in place behind the figurine in the packaging by retention tabs proximate to top corners of the transparent cover, by alignment ridges of the base top and by support posts inside the base bottom. The figurine may therefore be worn either through being pinned or on a rope or chain, or may be displayed either on just the post or on the post atop the base.

Provided is a method for attaching a metal ornament onto a leather product to prevent the metal ornament from being lifted from the surface of the leather product during usage. The method includes forming an attaching groove of a predetermined shape by burning a part of a surface of a leather material with a laser beam; temporarily fitting and attaching a metal sticker of a corresponding shape to the attaching groove; and placing a stiffening plate, of which a rear surface is applied by an adhesive, on a rear surface of the leather material at a position corresponding to the metal sticker, and simultaneously attaching the metal sticker and the stiffening plate onto the leather material through thermal bonding.

The present invention concerns a container for the transport of objects/clothing/accessories/books comprising a frame and at least one shell, connected to the frame and at least partly delimiting an inner containment volume, characterized in that said case is connected to the frame in interchangeable way.

A backpack has a character with external appendages on its rear portion that can be moved by a wearer of the backpack. The external appendages normally rest against the rear portion of the backpack and are configured to be selectively moved. Attachment points of the appendages are rotatably connected to motion devices, which in turn are connected by way of connecting lines to trigger features on a front portion of the backpack. When the trigger features are pulled, the appendages are raised into an active position by the motion devices, which in turn store energy from the pulling of the trigger features. By releasing the trigger features, the stored energy then causes the appendages to return to non-pulled resting positions.