  It is shown that the slow glitches in the spin rate of the pulsar B1822-09
can be explained by the reconstruction of the neutron star shape, which is not
matched with the star rotation axis. Owing to the evolution of the inclination
angle, i.e. the angle between the rotation axis and the axis of the magnetic
dipole, under the action of the braking torque, there appears the disagreement
between the rotation axis and the symmetry axis. After the angle between the
axis of symmetry and the axis of the rotation achieves the maximum value of
alpha ~ 2x10^-4 the shape of the neutron star becomes matching with the
rotation axis. Such reconstruction is observed as the slow glitch.
