A device for compensating for vibration of the weight signal of a weighing sensor, (a) having a weighing-signal branch which comprises an analog/digital converter unit to which the analog weighing signal (u mess (t)) of a weighing sensor can be fed and which generates a digital weighing signal (u mess (t 1)) which contains discrete sample values of the sampled analog weighing signal (u mess (t)) of the weighing sensor, (b) having at least one compensation signal branch, (i) which in each case has an analog/digital converter unit, to which in each case the analog disturbance variable signal of an acceleration sensor can be fed for detecting an acceleration disturbance variable in a predetermined translatory direction or about a predetermined rotational axis and which generates a digital disturbance variable signal that contains discrete sample values of the sampled analog disturbance variable signal (BA(t)) of the acceleration sensor, and (ii) which has a digital filter unit to which the digital disturbance variable signal is fed, and (c) having an addition unit for adding the signal values of the digital weighing signal (u mess (t 1)) fed to it and the signal values which pertain to the digital disturbance variable signals fed to it and to which a negative sign is applied, (d) wherein the digital filter unit of the at least one compensation signal branch is configured as an adaptive digital filter unit, and (e) wherein as a control signal the output signal of the addition unit or the filtered output signal (u(t 1)) of the addition unit or the digital weighing signal (u mess (t 1)) is fed to the filter unit, characterised in that (f) the frequency response of the filter unit is adapted as a function of the control signal to the frequency response, dependent upon the total load force (F L) acting on the weighing sensor, with respect to disturbance accelerations in the predetermined translatory direction or about the predetermined rotational axis in such a way that the frequency response of the relevant compensation signal branch including the relevant acceleration sensor connected therewith is substantially identical with the frequency response of the weighing signal branch including the weighing sensor with respect to disturbance accelerations in the predetermined translatory direction or about the predetermined rotational axis or approximates the latter with predetermined accuracy. (a) having a weighing-signal branch which comprises an analog/digital converter unit to which the analog weighing signal (u mess (t)) of a weighing sensor can be fed and which generates a digital weighing signal (u mess (t 1)) which contains discrete sample values of the sampled analog weighing signal (u mess (t)) of the weighing sensor, (b) having at least one compensation signal branch, (i) which in each case has an analog/digital converter unit, to which in each case the analog disturbance variable signal of an acceleration sensor can be fed for detecting an acceleration disturbance variable in a predetermined translatory direction or about a predetermined rotational axis and which generates a digital disturbance variable signal that contains discrete sample values of the sampled analog disturbance variable signal (BA(t)) of the acceleration sensor, and (ii) which has a digital filter unit to which the digital disturbance variable signal is fed, and (i) which in each case has an analog/digital converter unit, to which in each case the analog disturbance variable signal of an acceleration sensor can be fed for detecting an acceleration disturbance variable in a predetermined translatory direction or about a predetermined rotational axis and which generates a digital disturbance variable signal that contains discrete sample values of the sampled analog disturbance variable signal (BA(t)) of the acceleration sensor, and (ii) which has a digital filter unit to which the digital disturbance variable signal is fed, and (c) having an addition unit for adding the signal values of the digital weighing signal (u mess (t 1)) fed to it and the signal values which pertain to the digital disturbance variable signals fed to it and to which a negative sign is applied, (d) wherein the digital filter unit of the at least one compensation signal branch is configured as an adaptive digital filter unit, and (e) wherein as a control signal the output signal of the addition unit or the filtered output signal (u(t 1)) of the addition unit or the digital weighing signal (u mess (t 1)) is fed to the filter unit, characterised in that (f) the frequency response of the filter unit is adapted as a function of the control signal to the frequency response, dependent upon the total load force (F L) acting on the weighing sensor, with respect to disturbance accelerations in the predetermined translatory direction or about the predetermined rotational axis in such a way that the frequency response of the relevant compensation signal branch including the relevant acceleration sensor connected therewith is substantially identical with the frequency response of the weighing signal branch including the weighing sensor with respect to disturbance accelerations in the predetermined translatory direction or about the predetermined rotational axis or approximates the latter with predetermined accuracy.