초록 ▼

A transition member (130) coupled between first and second slurry delivery devices (132, 134) for maintaining fluid slurry velocity therethrough is disclosed. Each slurry delivery device (132, 134) has a slurry passageway (144, 164) having a cross sectional area. The transition member (130) includes

A transition member (130) coupled between first and second slurry delivery devices (132, 134) for maintaining fluid slurry velocity therethrough is disclosed. Each slurry delivery device (132, 134) has a slurry passageway (144, 164) having a cross sectional area. The transition member (130) includes a transition passageway (200) operable to provide fluid communication between the slurry passageways (144, 164) of the slurry delivery devices (132, 134). The cross sectional area of at least a portion of the transition passageway (200) approximates the cross sectional area of the slurry passageways (144, 164) of the slurry delivery devices (132, 134). This allows the transition member (130) to maintain the fluid slurry velocity above the settling velocity of the slurry.

대표청구항 ▼

A transition member (130) coupled between first and second slurry delivery devices (132, 134) for maintaining fluid slurry velocity therethrough is disclosed. Each slurry delivery device (132, 134) has a slurry passageway (144, 164) having a cross sectional area. The transition member (130) includes

A transition member (130) coupled between first and second slurry delivery devices (132, 134) for maintaining fluid slurry velocity therethrough is disclosed. Each slurry delivery device (132, 134) has a slurry passageway (144, 164) having a cross sectional area. The transition member (130) includes a transition passageway (200) operable to provide fluid communication between the slurry passageways (144, 164) of the slurry delivery devices (132, 134). The cross sectional area of at least a portion of the transition passageway (200) approximates the cross sectional area of the slurry passageways (144, 164) of the slurry delivery devices (132, 134). This allows the transition member (130) to maintain the fluid slurry velocity above the settling velocity of the slurry. e part configuration or a two-part configuration. 3. The device according to claim 1, wherein the spring leg is comprised, respectively, of a leaf spring (201, 202, 301, 302) bent to a U-shape or of two leaf spring elements (401, 402, 501, 502) which are connected with their free ends to one another in a detachable way. 4. The device according to claim 1, wherein the spring system can be fixedly locked on the lifting platform and is arranged so as to be adjustable on the support frame. 5. The device according to claim 1, wherein the lifting platform is comprised of two lifting platform elements (3a, 3b) which can be driven in an oscillating fashion by means of a drive device (4a, 4b), respectively, and wherein the two lifting platform elements are arranged spaced apart from one another receive the continuous casting mold (13) such that it extends between them and the strand is removed between the two lifting platform elements (3a, 3b), and in that the support frame is also comprised of two support frame elements (2a, 2b) for receiving a lifting platform element, respectively. 6. The device according to claim 5, wherein a lifting platform element (3a, 3b), respectively, is provided with four spring systems (61a to 64a; 61b to 64b) for load balancing, wherein a foot area of the lifting platform element (33a, 33b) rests by means of two connecting elements (71a, 72a, 71b, 72b) on two spring systems and the lifting platform element is provided at the head end with two projections (81a, 82a) which rest on the two other spring systems, wherein the spring systems are arranged staggered to one another. and said second side plate.