A customizable memorabilia cover has front and back substantially rectangular leafboard members coupled to a spine member. Elastic bands may be coupled one each at the distal and proximal ends of the elastic bands substantially to the outer corners of the rectangular leafboard members. The elastic bands are disposed acutely from the edges of the rectangular leafboard members and designed to receive the corners of a book cover of a book therethrough, the book contained within the front and back leafboard members substantially abutted by the spine member. At least one groove member of the front leafboard member has a closed base and closed side members. A substantially transparent cover member is contiguously coupled to a top portion of the side members to define an ash container assembly. An alternative embodiment includes a covering or enclosing member that holds an electronic handheld device removably coupled to the back leafboard member.

A magnetic writing book including a writing book body and a metal iron sheet with one side being provided with a backing. The writing book body includes a book back cover, a book back cover and a cylindrical permanent magnet. The backing is pasted on a wall surface or an object with non-magnetic attraction, and the magnetic writing book with adhesion on any non-metal wall surface is realized. One end of the cylindrical permanent magnet is fixedly connected with the book back cove, an other end of the cylindrical permanent magnet penetrates an upper half of each page of the writing pages.

A magnetic writing book including a writing book body and a metal iron sheet with one side being provided with a backing. The writing book body includes a book back cover, a book back cover and a cylindrical permanent magnet. The backing is pasted on a wall surface or an object with non-magnetic attraction, and the magnetic writing book with adhesion on any non-metal wall surface is realized. One end of the cylindrical permanent magnet is fixedly connected with the book back cove, an other end of the cylindrical permanent magnet penetrates an upper half of each page of the writing pages.

A book having a chewable element or a portion that can be used as a teether or a teething element, for example, for child to get dental stimulation when the child inserts the book or a part of the book into a mouth. The book includes a plurality of pages and a spine positioned along edge portions of the pages. The edge portions of the pages can be secured directly or indirectly to the chewable element or the portion. The chewable element can have a bore to accommodate a ring. A second or another chewable element can be secured or positioned at a distance from the first chewable element.

A book having a chewable element or a portion that can be used as a teether or a teething element, for example, for child to get dental stimulation when the child inserts the book or a part of the book into a mouth. The book includes a plurality of pages and a spine positioned along edge portions of the pages. The edge portions of the pages can be secured directly or indirectly to the chewable element or the portion. The chewable element can have a bore to accommodate a ring. A second or another chewable element can be secured or positioned at a distance from the first chewable element.

The present invention relates to a multi-purpose three-dimensional object intended to be applied in a three-dimensional form by applying a planar object composed of a pattern portion and a base portion to various uses. That is, the multi-purpose three-dimensional object of the present invention comprises: a plate-shaped pattern portion (2) having a pattern image (21) in which the image is expressed so as to be visually noticed, and a base portion (3) coupled to one side of the pattern portion (2). According to the present invention, by the addition of various functions and design elements to the pattern portion (2), there is an advantage of being used as a three-dimensional interior decoration means or as an educational means for infants.

A modular notebook system includes a cover having a plurality of surfaces. The system also includes a binding coupled to the plurality of surfaces via a flexible and/or foldable material. The binding forms a magnetic spine by having at least one magnetic pad configured to receive a magnetically attractive binding element.

A modular notebook system includes a cover having a plurality of surfaces. The system also includes a binding coupled to the plurality of surfaces via a flexible and/or foldable material. The binding forms a magnetic spine by having at least one magnetic pad configured to receive a magnetically attractive binding element.

The present invention relates generally to the field of writing notebooks and tablets, in particular a magnetic notebook and magnetic writing utensil system. The system includes a notebook with a magnetic zone disposed in one or both of the front and rear cover, and a magnetic writing utensil which can be attached to either cover. Further, the magnetic writing utensil has an integrated LED light that illuminates the writing surface and the tip of the utensil.

The present invention relates generally to the field of writing notebooks and tablets, in particular a magnetic notebook and magnetic writing utensil system. The system includes a notebook with a magnetic zone disposed in one or both of the front and rear cover, and a magnetic writing utensil which can be attached to either cover. Further, the magnetic writing utensil has an integrated LED light that illuminates the writing surface and the tip of the utensil.