One embodiment is a book includes a plurality of pages, a plurality of magnets, and a sensor. The plurality of the magnets generate a combined magnetic field strength, which is variable depending on positions of the pages on which the magnets are disposed. The sensor senses the combined magnetic field strength and generates a varying signal based on a varying of the combined magnetic field strength when at least one page is moved. The varying signal indicates a position of at least one page in the book.

The invention relates to a sticker, and/or to an insert for a book.

The sticker of the present invention is suitable for inserting into a loop-bound book, and comprises: (i) a detachable coupling means (preferably elongate such as a finger portion), which can be (i.e. which is capable of being) detachably coupled to the binding of a loop-bound book; and (ii) a sticky body for attachment to a material, in particular for attachment to a sheet material and/or to a generally planar material, such as a piece (e.g. sheet) of paper or a plastic sheet;
and wherein the sticker is capable of functioning as an attachment for attaching the material to the loop binding of the book.

An adjustable lighted bookmark. The adjustable lighted bookmark has a spine with an upper end opposite a lower end. A pair of upper arms, hingedly secured to the upper end of the spine, and a pair of lower arms, hingedly secured to the lower end of the spine, define a space therebetween. A pair of upper clips are disposed distally on the pair of upper arms and a pair of lower clips are disposed distally on the pair of lower arms. The pair of upper clips and the pair of lower clips are oriented inwardly towards the space between the upper and the lower arms. Each clip of the pair of upper clips and the pair of lower clips has at least one bearing on an internal surface thereof. A light extends from the spine which provides lighting on a piece of reading material secured by the adjustable lighted bookmark.

A reading staff book system provides the book reader with a simple and efficient way of holding a book and maintaining it during the reading process. The system includes a reading staff which is rigidly secured to and extends down from a back cover of a book. The reading staff is then held by the reader, thereby permitting unimpeded access to all pages of the book. Each page can be turned without the need to physically grasp the book, providing the reader with a free hand and, importantly, allowing for an easier and more enjoyable reading experience.

A reading staff book system provides the book reader with a simple and efficient way of holding a book and maintaining it during the reading process. The system includes a reading staff which is rigidly secured to and extends down from a back cover of a book. The reading staff is then held by the reader, thereby permitting unimpeded access to all pages of the book. Each page can be turned without the need to physically grasp the book, providing the reader with a free hand and, importantly, allowing for an easier and more enjoyable reading experience.

A user device that plays back audio books for a user can include a dynamic pause that provides a user with greater flexibility in when to pause playback of an audio book. Dynamic pause includes initiating playback of an audio book using a user device; receiving a pause request as input to the user device, the pause request received at an input time index during playback of the audio book; retrieving a subset of candidate pause points, each candidate pause point comprising a time index within the audio book that corresponds to a break point located within an eBook corresponding to the audio book; selecting one of the candidate pause points from the subset, the time index of the selected candidate pause point determining a pause time index when playback is to be paused; and pausing the playback at the pause time index.

The present utility model refers to a page marker device of the type that can be used between the pages of a book or publication, being that the marker incorporates a writing graphite. The device comprises a strip of graphite partially embedded in the elongate body. The recessed portion of the graphite strip has a length greater than the length of the non-embedded part of the graphite strip, and the elongate thin body has a flat part with a surface suitable for printing.

The present utility model refers to a page marker device of the type that can be used between the pages of a book or publication, being that the marker incorporates a writing graphite. The device comprises a strip of graphite partially embedded in the elongate body. The recessed portion of the graphite strip has a length greater than the length of the non-embedded part of the graphite strip, and the elongate thin body has a flat part with a surface suitable for printing.

The present utility model refers to a page marker device of the type that can be used between the pages of a book or publication, being that the marker incorporates a writing graphite. The device comprises a strip of graphite partially embedded in the elongate body. The recessed portion of the graphite strip has a length greater than the length of the non-embedded part of the graphite strip, and the elongate thin body has a flat part with a surface suitable for printing.

The present utility model refers to a page marker device of the type that can be used between the pages of a book or publication, being that the marker incorporates a writing graphite. The device comprises a strip of graphite partially embedded in the elongate body. The recessed portion of the graphite strip has a length greater than the length of the non-embedded part of the graphite strip, and the elongate thin body has a flat part with a surface suitable for printing.