Intellectual Property India Publishes Patent Application for Fluid Conduit System, And Measuring Transducer Or Measuring Device Formed Therewith

MUMBAI, India, Oct. 26 -- Intellectual Property India has published a patent application (202617089794 A) filed by Endresshauser Flowtec AG on July 23, 2026, for Fluid Conduit System, And Measuring Transducer Or Measuring Device Formed Therewith.

Inventors include Bitto, Ennio; and Schtze, Christian.

The application for the patent was published on October 23, 2026, under issue no. 43/2026.

Abstract: The invention relates to a fluid conduit system comprising fluid conduits (100, 200, 300, 400), of which both fluid conduit (100) and fluid conduit (400) each have a lumen which is enclosed by a wall and which in each case extends from a first flow opening located in a first conduit end to both a second flow opening located in a second conduit end and to a third flow opening located in the second conduit end and spaced apart from said second flow opening, and of which both fluid conduit (200) and fluid conduit (300) each have a lumen which is enclosed by a wall and which in each case extends from a first flow opening located in a first conduit end to a second flow opening (200b) located in a second conduit end. Fluid conduit (200) and fluid conduit (300) are each connected with their respective conduit ends to one of the second conduit ends of fluid conduit (100) or fluid conduit (400) in order to form fluidically parallel-connected flow paths. The fluid conduit system also comprises a support frame (1000) which is at least in sections tubular, namely in the form of a hollow body having a greater extent in a longitudinal direction compared to a largest calibre (internal diameter), and which has a (frame) internal space which is enclosed at least in part by a wall and which extends from a frame opening (1000a) located in an (end-face) frame end (1000+) to a second, in particular circular, frame opening (1000b) located in an (end-face) second frame end (1000#) of said support frame (1000). The walls of fluid conduit (100) and of fluid conduit (400) each form, on an outer side, an external cone that tapers towards their respective first conduit ends, whilst the wall of the support frame forms, on an inner side, both in the region of frame end (1000+) and in the region of frame end (1000#), an internal cone that tapers towards the adjacent frame end. Fluid conduit (100) and fluid conduit (400) are each inserted into the support frame (1000) in such a way that their respective external cones are in surface contact with one of the internal cones.

Disclaimer: Curated by HT Syndication.