  The quantum Cheshire cat is an effect demonstrated within the framework of
weak measurement aided with post-selection scenario where the property (say,
grin) of a quantum particle (the cat) can be found in a spatially separated
location from its position. In this work, we first propose interesting variants
of quantum Cheshire cat where disembodiment of two different properties of a
`cat' is demonstrated, so that, the \emph{grin} and the \emph{meowing} of it
can be found in two different paths on an interferometer while the cat is in
another path. We further extend this proposal for three-qutrit and $d$-qudit
systems of a single particle. We provide sketches of the experimental proposals
for testing our scheme by using the path, spin and energy degrees of freedoms
of a single neutron and the path, polarization and orbital angular momentum of
a single photon.
