Abstract: Disclosed is a device for folding sheets, the device provided with two transport belts positioned opposite each other in such a way that sheets can be clamped between the transport belts with the exception of a protruding part that protrudes between the transport belts, whereby the device is provided with two slats that extend along the transport belts and between which the protruding part can slide so a strip protrudes between the slats, whereby the device is also provided with one or more folding elements along the transport belts that can fold the abovementioned strip over or around a slat to form a fold line and whereby the device is such that it guides the sheets with their strip along the folding elements and the slats by the driver of the transport belts.

Abstract: Disclosed is a device for folding sheets, the device provided with two transport belts positioned opposite each other in such a way that sheets can be clamped between the transport belts with the exception of a protruding part that protrudes between the transport belts, whereby the device is provided with two slats that extend along the transport belts and between which the protruding part can slide so a strip protrudes between the slats, whereby the device is also provided with one or more folding elements along the transport belts that can fold the abovementioned strip over or around a slat to form a fold line and whereby the device is such that it guides the sheets with their strip along the folding elements and the slats by the driver of the transport belts.

Abstract: Binding folder for binding a bundle of leaves, whereby this binding folder comprises a cover with a spine and two endpapers. In the spine a U-shaped profile from heat-conductive material is applied. The U-shaped profile comprises a base and upright arms. In the U-shaped profile a binding adhesive in the form of a hotmelt adhesive is applied. The U-shaped profile in the spine is applied by an assembly adhesive between the upright arms of the U-shaped profile and the spine of the cover. The assembly adhesive extends beyond the free edges of the upright arms and over these free edges.

Abstract: Disclosed is a method for binding a bundle of leaves, of which a strip of each of the leaves is folded separately beforehand along a first line to form a first fold line that extends parallel to and at a first distance from the edge, and subsequently is folded again along a second line to form a second fold line that extends parallel to and at a second distance from the edge whereby the first distance is different from the second distance.

Abstract: Binding folder for binding a bundle of leaves (2), whereby this binding folder (1) comprises a cover (3) with a spine (5) and two endpapers (6), whereby in the spine (5) a U-shaped profile (4) from heat-conductive material is applied, whereby the U-shaped profile (4) comprises a base (7) and upright arms (8) and whereby in the U-shaped profile (4) a binding adhesive (9) in the form of a hotmelt adhesive is applied, characterised in that the U-shaped profile (4) in the spine (5) is applied by means of an assembly adhesive (11) between the upright arms (8) of the U-shaped profile (4) and the spine (5) of the cover (3), whereby this assembly adhesive (11) extends beyond the free edges (10) of the upright arms (8) and over these free edges (10).

Abstract: Binding folder for the binding of a bundle of leaves, which binding folder essentially consists of a spine with at least one cover sheet, whereby the spine includes a U-shaped profile with a bottom and two upright arms, whereby the cover sheet is attached to one of the arms, whereby the binding folder is provided with a layer of glue to attach the bundle of leaves in the binding folder. The layer of glue is put on the arm or a rigid extension of the arm such that the layer of glue in relation to the U-shaped profile cannot be folded or moved.

Abstract: Disclosed is a device for printing an object with a foil, which device includes a needle block with needles that can be heated, a control unit that can determine and set which needles are heated at which moment. The device is also provided with a roller that is positioned rotatably and which can guide the object, when placed on the roller, under the needle block.

Abstract: Disclosed is a method for binding a bundle of leaves, of which a strip of each of the leaves is folded separately beforehand along a first line to form a first fold line that extends parallel to and at a first distance from the edge, and subsequently is folded again along a second line to form a second fold line that extends parallel to and at a second distance from the edge whereby the first distance is different from the second distance.

Abstract: Binding folder for the binding of a bundle of leaves, which binding folder essentially consists of a spine with at least one cover sheet, whereby the spine includes a U-shaped profile with a bottom and two upright arms, whereby the cover sheet is attached to one of the arms, whereby the binding folder is provided with a layer of glue to attach the bundle of leaves in the binding folder. The layer of glue is put on the arm or a rigid extension of the arm such that the layer of glue in relation to the U-shaped profile cannot be folded or moved.

Abstract: A method for binding a bundle (6) of leaves (1), where an edge (3) of the bundle (5) of leaves (1) is bound, and for the binding, use is made of a bundle (6) of leaves (1) in which the leaves (1) present a first fold line (2) that extends parallel to and at a distance (A) from the edge (3), and where the leaves (1) also present a second fold line (4) that is located parallel to and at a distance (B) from the first fold line (2), and which is located between the edge (3) and the first fold line (2).

Abstract: Disclosed is a binding folder for binding a bundle of leaves, whereby this binding folder essentially includes a spine for enclosing an edge of the bundle of leaves and two cover sheets attached to the spine, at least one of which is made of a synthetic material. At least one cover sheet is provided with a top sheet against the side of the cover sheet oriented towards the inside of the binding folder, whereby this top sheet is attached to the cover sheet and/or spine in a removable way.

Abstract: A method for binding a bundle (6) of leaves (1), where an edge (3) of the bundle (5) of leaves (1) is bound, and for the binding, use is made of a bundle (6) of leaves (1) in which the leaves (1) present a first fold line (2) that extends parallel to and at a distance (A) from the edge (3), and where the leaves (1) also present a second fold line (4) that is located parallel to and at a distance (B) from the first fold line (2), and which is located between the edge (3) and the first fold line (2).

Abstract: Disclosed is a binding folder for binding a bundle of leaves, whereby this binding folder essentially includes a spine for enclosing an edge of the bundle of leaves and two cover sheets attached to the spine, at least one of which is made of a synthetic material. At least one cover sheet is provided with a top sheet against the side of the cover sheet oriented towards the inside of the binding folder, whereby this top sheet is attached to the cover sheet and/or spine in a removable way.