Stirring member, stirring rod arrangement as well as transport and storage container for liquids having a stirring member arrangement
AssigneeProtechna S.A.
InventorsPeter Blömer, Carsten Büsch
Life of this patent
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AssigneeProtechna S.A.
InventorsPeter Blömer, Carsten Büsch
Estimating the term…
A stirring member (90) for an industrial stirrer, in particular for a stirring rod arrangement, for connecting to a stirring mechanism combinable with a container for receiving liquids, wherein the container comprises a filling opening closable with a lid for filling the container in an upper bottom wall, wherein the stirring member is connectable to a rod-shaped stirring member carrier of the stirring rod arrangement, wherein the stirring member comprises a bearing end (91) and a stirring member end (94) connected to the bearing end (91) via a link (92) and having a flow tube (93), wherein the flow tube comprises a tube wall, wherein the flow tube comprises an annularly formed accumulating surface (95) at its flow inlet cross section, wherein the accumulating surface comprises at least one circular ring sector (96) which is inclined with respect to an inflow plane of the flow inlet cross section.
A stirring rod arrangement for connecting to a stirring mechanism of an industrial stirrer and combinable with a container (20) for receiving liquids, wherein the container comprises a filling opening closable with a lid (28) for filling the container in an upper bottom wall (26), wherein the stirring rod arrangement comprises a rod-shaped stirring member carrier (30) formed as a hollow shaft for receiving a stirring mechanism shaft (38), characterized in that the stirring rod arrangement comprises stirring members (32, 82) pivotably connected to the stirring member carrier, wherein the stirring members comprise a bearing end (91) and a stirring member end (94, 108, 114) connected to the bearing end via a link (92) and having a flow tube (93, 111, 116), wherein the flow tube comprises a tube wall (128, 129) characterized in that the flow tube comprises an annularly formed accumulating surface (95, 105, 109, 117, 122) with an outer edge at its flow inlet cross section (98), wherein the accumulating surface comprises at least one circular ring sector (96, 103) which is inclined with respect to an inflow plane (97) of the flow inlet cross section.
Dependencies are inferred from the claim text.