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    • 1. 发明公开
    • METERING MODULE
    • US20240191729A1
    • 2024-06-13
    • US18553746
    • 2022-04-12
    • VERMES MICRODISPENSING GMBH
    • Mario FLIESS
    • F15B13/08B29C64/209B33Y30/00
    • F15B13/0814B29C64/209B33Y30/00F15B13/0871
    • The invention relates to a metering module (1, 1″) for metering a metering medium, having a plurality of metering valves (4a, 4b), having a first valve actuator group (2), which has at least two valve actuators (3) arranged alongside one another in a row direction (QR, QR″), which valve actuators (3) each comprise at least one metering head part (4) with an expulsion element (4a), and a second valve actuator group (5) with at least one valve actuator (3), preferably with a plurality of valve actuators (3) that are arranged alongside one another in a row direction (QR, QR″), which at least one valve actuator (3) also comprises a metering head part (4) with an expulsion element (4a). Here, the metering head parts (4) of the first valve actuator group (2) and of the second valve actuator group (5) face one another. Furthermore, the metering module (1, 1″) comprises a metering nozzle arrangement (4′) having a plurality of metering nozzles (4b), wherein each metering head part (4) is assigned a metering nozzle (4b) of the metering nozzle arrangement (4′) such that the metering nozzle (4b), with the expulsion element (4a) of the metering head part (4), forms in each case a metering valve (4a, 4b).
    • 3. 发明授权
    • Dosing system, dosing method and production method
    • US10138916B2
    • 2018-11-27
    • US14432160
    • 2013-08-22
    • VERMES MICRODISPENSING GmbH
    • Mario FliessJuergen Staedtler
    • F15D1/08B05C5/02G01F11/02
    • The invention describes a dosing system (3) for a shear-thinning or thixotropic liquid to viscous dosing material. It comprises a nozzle (1) with a closure channel (55), within which a closure element (21) is controlled during operation by means of an automatic control unit (63) in an ejection direction (E) and/or retraction direction (R). To this end, the closure channel (55) is realized in at least one cross-section perpendicular to the ejection direction (E) and/or retraction direction (R) relative to the cross-section of the closure element (21) in the same plane to give an aperture gap (57) between the outer surface (S1) of the closure element (21) and the inner surface (S2) of the closure channel (55), which aperture gap (57) is shaped and/or dimensioned to form an outlet channel, at least in places, for the dosing material. The control unit (63) is realized to generate control signals (SS1, SS2) for different movements of the closure element (21) in at least two movement modes (M1, M2, M4, M5, M6), whereby it deliberately moves the closure element (21) during operation in order to reduce the viscosity of the dosing material in at least a region of the aperture gap (57). The invention further describes a method of manufacturing such a dosing system (3), and a dosing method that can be carried out with the dosing system (3).