A binding device for hole-punched paper and other items can be made from a sheet of material without necessarily requiring metal or plastic parts. The device can include a tie and an arrangement of openings cut in a sheet of material to secure the tie in place and withstand the load of bonded hole-punched paper or other items. Some devices can exhibit flexible thickness, adjusting automatically to the thickness of items being bonded.

A binding device for hole-punched paper and other items can be made from a sheet of material without necessarily requiring metal or plastic parts. The device can include a tie and an arrangement of openings cut in a sheet of material to secure the tie in place and withstand the load of bonded hole-punched paper or other items. Some devices can exhibit flexible thickness, adjusting automatically to the thickness of items being bonded.

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.

A binding device for hole-punched paper and other items can be made from a sheet of material without necessarily requiring metal or plastic parts. The device can include a tie and an arrangement of openings cut in a sheet of material to secure the tie in place and withstand the load of bonded hole-punched paper or other items. Some devices can exhibit flexible thickness, adjusting automatically to the thickness of items being bonded.

A binding device for hole-punched paper and other items can be made from a sheet of material without necessarily requiring metal or plastic parts. The device can include a tie and an arrangement of openings cut in a sheet of material to secure the tie in place and withstand the load of bonded hole-punched paper or other items. Some devices can exhibit flexible thickness, adjusting automatically to the thickness of items being bonded.

A binding component holding sheet is configured to detachably hold a binding component obtained by spirally winding a wire rod and includes a holder configured to hold the binding component by insertion of a circumferential portion of the spirally wound binding component. The holder is configured to hold the binding component so that an area greater than a half of the binding component in a circumferential direction protrudes to one side of the binding component holding sheet and an area less than the half of the binding component in the circumferential direction protrudes to the other side of the binding component holding sheet.

A binding component holding sheet is configured to detachably hold a binding component obtained by spirally winding a wire rod and includes a holder configured to hold the binding component by insertion of a circumferential portion of the spirally wound binding component. The holder is configured to hold the binding component so that an area greater than a half of the binding component in a circumferential direction protrudes to one side of the binding component holding sheet and an area less than the half of the binding component in the circumferential direction protrudes to the other side of the binding component holding sheet.

A binding component holding sheet is configured to detachably hold a binding component obtained by spirally winding a wire rod and includes a holder configured to hold the binding component by insertion of a circumferential portion of the spirally wound binding component. The holder is configured to hold the binding component so that an area greater than a half of the binding component in a circumferential direction protrudes to one side of the binding component holding sheet and an area less than the half of the binding component in the circumferential direction protrudes to the other side of the binding component holding sheet.

A binding component holding sheet is configured to detachably hold a binding component obtained by spirally winding a wire rod and includes a holder configured to hold the binding component by insertion of a circumferential portion of the spirally wound binding component. The holder is configured to hold the binding component so that an area greater than a half of the binding component in a circumferential direction protrudes to one side of the binding component holding sheet and an area less than the half of the binding component in the circumferential direction protrudes to the other side of the binding component holding sheet.