摘要:
The kneading disc segment (1) according to the present invention comprises plural disc sets each (25,26) comprising two kneading discs (16,17;18,19) and mounted on a kneading screw (3) which is for kneading a material while feeding the material to a downstream side. Disc sets each comprising a first kneading disc (16,18) positioned on an upstream side and a second kneading disc (17,19), the second kneading disc being mounted continuously with and downstream of the first kneading disc so as to have a phase difference δ of an acute angle relative to the first kneading disc, are disposed continuously in the axial direction of the kneading screw. The first kneading discs in two continuous disc sets have a phase difference of 180°. With this construction, it is possible to attain a higher degree of kneading than in the conventional neutral kneading disc segment.
摘要:
The kneading disc segment (1) according to the present invention comprises plural disc sets each (25,26) comprising two kneading discs (16,17;18,19) and mounted on a kneading screw (3) which is for kneading a material while feeding the material to a downstream side. Disc sets each comprising a first kneading disc (16,18) positioned on an upstream side and a second kneading disc (17,19), the second kneading disc being mounted continuously with and downstream of the first kneading disc so as to have a phase difference δ of an acute angle relative to the first kneading disc, are disposed continuously in the axial direction of the kneading screw. The first kneading discs in two continuous disc sets have a phase difference of 180°. With this construction, it is possible to attain a higher degree of kneading than in the conventional neutral kneading disc segment.
摘要:
The device (1) for adjusting the degree of mixing according to the present invention is installed in mixing equipment (2) equipped with a kneading/mixing screw (4) for mixing material while feeding the material to a downstream side, wherein a gate member (13) is moved relative to a portion (12) of a circular section provided for the kneading/mixing screw so as to cause a change in the area of a flow path formed between the gate member and the portion of a circular section, thereby adjusting the degree of mixing of the material. Drive quantity changing means (16) is disposed between the gate member and drive means (15). The drive quantity changing means is constructed so as to change the drive quantity, x, into the movement quantity, Δδ, in accordance with a profile such that a change rate of the movement quantity, Δδ, relative to the drive quantity, x, is made smaller when the degree of opening, δ, of the gate member is smaller and the change rage of the movement quantity, Δδ, relative to the drive quantity, x, is made larger when the degree of opening, δ, of the gate member is larger. Through such construction, it is possible to let the degree of mixing change at a constant change rate relative to the drive quantity of the drive means.
摘要:
The device (1) for adjusting the degree of mixing according to the present invention is installed in mixing equipment (2) equipped with a kneading/mixing screw (4) for mixing material while feeding the material to a downstream side, wherein a gate member (13) is moved relative to a portion (12) of a circular section provided for the kneading/mixing screw so as to cause a change in the area of a flow path formed between the gate member and the portion of a circular section, thereby adjusting the degree of mixing of the material. Drive quantity changing means (16) is disposed between the gate member and drive means (15). The drive quantity changing means is constructed so as to change the drive quantity, x, into the movement quantity, Δδ, in accordance with a profile such that a change rate of the movement quantity, Δδ, relative to the drive quantity, x, is made smaller when the degree of opening, δ, of the gate member is smaller and the change rage of the movement quantity, Δδ, relative to the drive quantity, x, is made larger when the degree of opening, δ, of the gate member is larger. Through such construction, it is possible to let the degree of mixing change at a constant change rate relative to the drive quantity of the drive means.