MUMBAI, India, Aug. 12 -- Intellectual Property India has published a patent application (202617083058 A) filed by Endresshauser Flowtec AG on July 06, 2026, for Method For Manufacturing A Vibronic Module.
Inventors include Schwenter, Benjamin; and Werner, Marc.
The application for the patent was published on August 07, 2026, under issue no. 32/2026.
Abstract: The invention relates to a method for manufacturing a vibronic module (VM), which is in particular suitable for biopharmaceutical applications, which vibronic module (VM) comprises: a measuring tube module (MM) having at least one, in particular metal, measuring tube (31, 32) for conducting a medium; and a process connection (PA) which is in particular formed from a plastic. The vibronic module (VM), together with a base module (BM), forms a modular Coriolis flowmeter. The method comprises the method steps: - providing the measuring tube module (MM) without the process connection (PA), at least one, in particular cylindrical, exciter magnet (22) being arranged on the at least one measuring tube (31, 32), said exciter magnet being designed to cause the at least one measuring tube (31, 32) to vibrate when exposed to a time-varying magnetic field of an exciter coil (12) of the base module (BM), at least one, in particular cylindrical, sensor magnet (24, 26) being arranged on the at least one measuring tube (31, 32); - calibrating the measuring tube module (MM) without the process connection (PA), a flowable calibration medium being used during the calibration, at least one calibration value being determined during the calibration, a measurement variable that is dependent on the flow velocity of the medium being determined by means of the at least one calibration value when the vibronic module (VM) is used in a base module (BM); - attaching the process connection (PA) to the measuring tube module (MM) in order to form the vibronic module (VM), in particular using an interlocking and/or frictional connection; and - sterilising, in particular gamma sterilising, the vibronic module (VM).
Disclaimer: Curated by HT Syndication.
