A treatment module for a laundry treatment device includes a number of treatment brushes, which are each intended for contact with a laundry item to be treated. In order to organize a smoothing process in the most optimum possible way, each two treatment brushes form at least one pair and are disposed in a treatment position relative to one another or are able to be disposed in the treatment position, in which the treatment brushes of the at least one pair lie opposite one another so that, upon positioning of a laundry item between the treatment brushes of the at least one pair, they are in contact with both sides of the laundry item.

A treatment module for a laundry treatment device includes a number of treatment brushes, which are each intended for contact with a laundry item to be treated. In order to organize a smoothing process in the most optimum possible way, each two treatment brushes form at least one pair and are disposed in a treatment position relative to one another or are able to be disposed in the treatment position, in which the treatment brushes of the at least one pair lie opposite one another so that, upon positioning of a laundry item between the treatment brushes of the at least one pair, they are in contact with both sides of the laundry item.

A roller apparatus (10) for treating at least one web (34) passing through the apparatus (10), the apparatus comprising a pattern roller (12) in the form of a first cylindrical body (14) mounted for rotation around an elongate axis (A) of the first cylindrical body (14), and an anvil roller (16) in the form of a second cylindrical body (18) mounted for rotation around an elongate axis (B) of the second cylindrical body (18).

The pattern and anvil rollers (12,16) are located adjacent each other to define a nip (22) between outer cylindrical surfaces (14a,18a) of the first and second cylindrical bodies (14,18). The first and second cylindrical bodies (14,18) are configured to rotate, in use, in opposite directions to each other so as to draw the at least one web (34) through the nip (12) defined between the outer cylindrical surfaces (14a,18a) of the first and second cylindrical bodies (14,18).

The outer cylindrical surface (14a) of the first cylindrical body (14) defines a raised profile section (24) having a predetermined shape that extends both widthwise and circumferentially of the first cylindrical body (14).

The pattern roller (12) incorporates an elongate cartridge heater (26) extending widthwise along the elongate axis (A) of the first cylindrical body (14). The cartridge heater (26) defines at least two outer zones (26a,26c) located widthwise on opposite sides of a centrally located middle zone (26b). The cartridge heater (26) is configured to generate, in use, more heat in the outer zones (26a,26c) than in the middle zone (26b).

A roller apparatus (10) for treating at least one web (34) passing through the apparatus (10), the apparatus comprising a pattern roller (12) in the form of a first cylindrical body (14) mounted for rotation around an elongate axis (A) of the first cylindrical body (14), and an anvil roller (16) in the form of a second cylindrical body (18) mounted for rotation around an elongate axis (B) of the second cylindrical body (18).

The pattern and anvil rollers (12,16) are located adjacent each other to define a nip (22) between outer cylindrical surfaces (14a,18a) of the first and second cylindrical bodies (14,18). The first and second cylindrical bodies (14,18) are configured to rotate, in use, in opposite directions to each other so as to draw the at least one web (34) through the nip (12) defined between the outer cylindrical surfaces (14a,18a) of the first and second cylindrical bodies (14,18).

The outer cylindrical surface (14a) of the first cylindrical body (14) defines a raised profile section (24) having a predetermined shape that extends both widthwise and circumferentially of the first cylindrical body (14).

The pattern roller (12) incorporates an elongate cartridge heater (26) extending widthwise along the elongate axis (A) of the first cylindrical body (14). The cartridge heater (26) defines at least two outer zones (26a,26c) located widthwise on opposite sides of a centrally located middle zone (26b). The cartridge heater (26) is configured to generate, in use, more heat in the outer zones (26a,26c) than in the middle zone (26b).

A roller apparatus for treating at least one web passing through the apparatus, the apparatus comprising a pattern roller in the form of a first cylindrical body mounted for rotation around an elongate axis (A) of the first cylindrical body, and an anvil roller in the form of a second cylindrical body mounted for rotation around an elongate axis (B) of the second cylindrical body. The pattern and anvil rollers are located adjacent each other to define a nip between outer cylindrical surfaces of the first and second cylindrical bodies. The first and second cylindrical bodies are configured to rotate, in use, in opposite directions to each other so as to draw the at least one web through the nip defined between the outer cylindrical surfaces of the first and second cylindrical bodies. The outer cylindrical surface of the first cylindrical body defines a raised profile section having a predetermined shape that extends both widthwise and circumferentially of the first cylindrical body. The pattern roller incorporates an elongate cartridge heater extending widthwise along the elongate axis (A) of the first cylindrical body. The cartridge heater defines at least two outer zones located widthwise on opposite sides of a centrally located middle zone. The cartridge heater is configured to generate, in use, more heat in the outer zones than in the middle zone.

A roller apparatus for treating at least one web passing through the apparatus, the apparatus comprising a pattern roller in the form of a first cylindrical body mounted for rotation around an elongate axis (A) of the first cylindrical body, and an anvil roller in the form of a second cylindrical body mounted for rotation around an elongate axis (B) of the second cylindrical body. The pattern and anvil rollers are located adjacent each other to define a nip between outer cylindrical surfaces of the first and second cylindrical bodies. The first and second cylindrical bodies are configured to rotate, in use, in opposite directions to each other so as to draw the at least one web through the nip defined between the outer cylindrical surfaces of the first and second cylindrical bodies. The outer cylindrical surface of the first cylindrical body defines a raised profile section having a predetermined shape that extends both widthwise and circumferentially of the first cylindrical body. The pattern roller incorporates an elongate cartridge heater extending widthwise along the elongate axis (A) of the first cylindrical body. The cartridge heater defines at least two outer zones located widthwise on opposite sides of a centrally located middle zone. The cartridge heater is configured to generate, in use, more heat in the outer zones than in the middle zone.