초록 ▼

A connection adapted to connect an intake end (10) of a discharge pipe (9) and an outlet end (8) of a connecting curve (7) of a water toilet, wherein the outlet end (8) projects concentrically into the intake end (10) of the discharge pipe (9), said connection comprising a rubber-elastic sealing col

A connection adapted to connect an intake end (10) of a discharge pipe (9) and an outlet end (8) of a connecting curve (7) of a water toilet, wherein the outlet end (8) projects concentrically into the intake end (10) of the discharge pipe (9), said connection comprising a rubber-elastic sealing collar (11), adapted to seal said outlet (8) and said intake end against one another, wherein the sealing collar (11) is h-shaped in a radial section, and has a first downwardly projecting region (12) adapted to tightly engage an outside of the intake end (10); a second downwardly projecting region (13) adapted to tightly engage an outside of the outlet end (8) and a upward-projecting region (14) adapted to tightly engage against the outside of the outlet end (8) of the connecting curve (7).

대표청구항 ▼

1. A connection adapted to connect an intake end (10) of a discharge pipe (9) and an outlet end (8) of a connecting curve (7) of a water toilet, wherein the outlet end (8) projects concentrically into the intake end (10) of the discharge pipe (9), said connection comprising a single unitary rubber-e

1. A connection adapted to connect an intake end (10) of a discharge pipe (9) and an outlet end (8) of a connecting curve (7) of a water toilet, wherein the outlet end (8) projects concentrically into the intake end (10) of the discharge pipe (9), said connection comprising a single unitary rubber-elastic sealing collar (11), adapted to seal said outlet (8) and said intake end against one another, wherein the sealing collar (11) is h-shaped in a radial section, and has a first downwardly projecting region (12) adapted to tightly engage an outside of the intake end (10); a second downwardly projecting region (13) adapted to tightly engage an outside of the outlet end (8) and an upward-projecting region (14) adapted to tightly engage against the outside of the outlet end (8) of the connecting curve (7); wherein the second downward-projecting region (13) is conically tapered toward a bottom thereof so that, when the outlet end (8) is inserted into the second downward projecting region, said second downward-projecting region is radially tensed; wherein an annular intermediate space (21) is formed between the second downward-projecting region (13) and an inside of the intake end (10) of the discharge pipe (9), such that in the event of an overpressure in the discharge pipe (9) the first region (13) is pressed against the outside of the outlet end (8); wherein the first downward-projecting region (12) is pressed against the intake end (10) by a tensing element (17) positioned on an outside thereof; wherein the upward-projecting region (14) is pressed against the outside of the outlet end (8) by a tensing element (20) that is positioned on an outside thereof, and wherein a horizontal region (28) between the upward-projecting region (14) and the first downward-projecting region (12) forms a stop for an end face (25) of the intake end (10).