Connecting piece for a static spray mixer
View Patent ↗A connecting piece is provided for a static spray mixer for mixing and spraying at least two flowable components which has a tubular mixer housing having at least one mixing element as well as an atomizing sleeve, wherein connecting piece has an inlet region for cooperating with the distal end region of the mixer housing as well as an outlet region for cooperating with the atomizing sleeve, with the inlet region and the outlet region including a deflection angle (α) different from zero, and wherein the outlet region has at its end remote from the inlet region an end section whose outer contour is the same as that of the mixer housing so that the end section of the outlet region can cooperate with the atomizing sleeve in the same manner as the distal end region of the mixer housing can cooperate with the atomizing sleeve.
1. A combination comprising:
a static spray mixer configured to mix and spray at least two flowable components, and including
a tubular mixer housing having at least one mixing element, the mixer housing extending in a direction of a longitudinal axis up to a conical distal end of the mixer housing, the distal end having an outlet opening for the flowable components, and
an atomizing sleeve having a conical receiving hole and an inlet passage for a pressurized atomizing medium and an inner surface having a plurality of separate grooves that are configured to form separate flow passages together with the mixer housing; and
a connecting piece having
a conical inlet region configured to detachably connect with the distal end region of the mixer housing,
a conical outlet region being configured to detachably connect with the receiving hole of the atomizing sleeve at an internal region of the atomizing sleeve to receive the separate grooves that are configured to form the separate flow passages, and
a deflection angle between the inlet region and the outlet region that is different from zero.
2. The combination in accordance with claim 1 , wherein
the deflection angle has a range of 45 to 135 degrees.
3. The combination in accordance with claim 2 , wherein
the deflection angle has a range of 60 degrees to 120 degrees.
4. The combination in accordance with claim 1 , wherein
the deflection angle is 90 degrees.
5. The combination in accordance with claim 1 , wherein
the inlet region contacts the distal end region of the mixer housing at an inner contour of the inlet region.
6. The combination in accordance with claim 1 , wherein
the inlet region of the connecting piece is threadlessly connectable to the mixer housing.
7. The combination in accordance with claim 1 , wherein
the outlet region of the connecting piece is threadlessly connectable to the atomizing sleeve.
8. The combination in accordance with claim 1 , wherein
the outlet region of the connecting piece has an end section facing an end plate of the inlet region, the end plate being configured to engage the atomizing sleeve to prevent an emergence of the atomizing medium from the end plate during operation.
9. The combination in accordance with claim 1 , wherein
the outlet region of the connecting piece includes a passage for the mixed components, the passage having a substantially constant inner diameter.
10. The combination in accordance with claim 8 , further comprising
at least one guide element having an outer diameter that is modeled on an outer contour of the distal end region of the mixer housing, the guide element being disposed between the end plate and the end section of the outlet region.
11. The combination in accordance with claim 10 , wherein
the at least one guide element comprises a plurality of respective disk-shaped guide elements arranged between the end plate and the end section of the outlet region, each of the disk-shaped guide elements having an outer diameter that is modeled on the outer diameter of the mixer housing.
12. The combination in accordance with claim 10 , wherein
the at least one guide element comprises a helical guide element having an outer diameter that is modeled on the outer diameter of the mixer housing.
13. The combination in accordance with claim 1 , wherein
the atomizing sleeve is rotatably connected to the connecting piece.
14. The combination in accordance with claim 1 , wherein
the connecting piece is integrally-formed with the mixer housing.
15. The combination in accordance with claim 1 , wherein
each of the plurality of separate grooves form a separate flow passage between an end of the outlet region of the connecting piece and the atomizing sleeve.
16. A combination comprising:
a static spray mixer configured to mix and spray at least two flowable components, and including
a tubular mixer housing having at least one mixing element, the mixer housing extending in a direction of a longitudinal axis up to a distal end of the mixer housing, the distal end having an outlet opening for the flowable components, and
an atomizing sleeve having a receiving hole and an inlet passage for a pressurized atomizing medium and an inner surface having a plurality of separate grooves that are configured to form separate flow passages together with the mixer housing;
a connecting piece having
an inlet region configured to detachably connect with the distal end region of the mixer housing,
an outlet region being configured to detachably connect with the receiving hole of the atomizing sleeve, and
a deflection angle between the inlet region and the outlet region that is different from zero; and
an articulated connection disposed between the inlet region and the outlet region, the articulated connection being one of a hinge and a ball and socket joint.
17. A combination comprising:
a static spray mixer configured to mix and spray at least two flowable components, and including
a tubular mixer housing having at least one mixing element, the mixer housing extending in a direction of a longitudinal axis up to a conical distal end of the mixer housing, the distal end having an outlet opening for the flowable components, and
an atomizing sleeve having a conical receiving hole and an inlet passage for a pressurized atomizing medium and an inner surface having a plurality of separate grooves that are configured to form separate flow passages together with the mixer housing; and
a connecting piece having
a conical inlet region configured to detachably connect with the distal end region of the mixer housing,
a conical outlet region being configured to detachably connect with the receiving hole of the atomizing sleeve, the conical outlet region having a portion protruding from the atomizing sleeve when the atomizing sleeve is installed on the conical outlet region, and
a deflection angle between the inlet region and the outlet region that is different from zero.