Method for image acquisition with a magnetic resonance tomography unit with a local coil matrix, wherein the local coil matrix has a plurality of first and second coil windings and is designed, in the case of magnetic resonance tomography, to be able to acquire and/or excite a predetermined region of a patient arranged in the vicinity of the local coil matrix with selectable differently sized sensitivity ranges, wherein the local coil matrix has a plurality of second coil windings, which each have first coil windings, the sensitivity range of which is a subset of the sensitivity range of the respective second coil winding, wherein a first coil winding out of the plurality of the first coil windings has a first sensitivity range in each case and a second coil winding out of the set of second coil windings has a second sensitivity range in each case, wherein the first sensitivity range is a subset of the second sensitivity range, wherein the local coil matrix has a controller and the first coil windings have detuning elements in signal connection with the controller, wherein the method has the steps: transmitting a first excitation pulse; encoding the spins by means of gradient coils; receiving magnetic resonance signals by means of a second set of first coil windings and/or second coil windings; transmitting a second excitation pulse; encoding the spins by means of the gradient coils; receiving magnetic resonance signals by means of a fourth set of first coil windings and/or second coil windings, wherein the second set is different from the fourth set, wherein a set union of the sensitivity ranges of the second set and a set union of the sensitivity ranges of the fourth set substantially covers the surface of the examination region, wherein the method further has the steps: repeating the steps of transmitting (S210, S240), encoding (S220, S250) and receiving (S230, S260) with different second sets and fourth sets in each case; generating an image in dependence on the magnetic resonance signals received from the plurality of second sets and fourth sets, wherein the generation of the image in step uses a compressed sensing method. wherein the local coil matrix has a plurality of first and second coil windings and is designed, in the case of magnetic resonance tomography, to be able to acquire and/or excite a predetermined region of a patient arranged in the vicinity of the local coil matrix with selectable differently sized sensitivity ranges, wherein the local coil matrix has a plurality of second coil windings, which each have first coil windings, the sensitivity range of which is a subset of the sensitivity range of the respective second coil winding, wherein a first coil winding out of the plurality of the first coil windings has a first sensitivity range in each case and a second coil winding out of the set of second coil windings has a second sensitivity range in each case, wherein the first sensitivity range is a subset of the second sensitivity range, wherein the local coil matrix has a controller and the first coil windings have detuning elements in signal connection with the controller, wherein the method has the steps: transmitting a first excitation pulse; encoding the spins by means of gradient coils; receiving magnetic resonance signals by means of a second set of first coil windings and/or second coil windings; transmitting a second excitation pulse; encoding the spins by means of the gradient coils; receiving magnetic resonance signals by means of a fourth set of first coil windings and/or second coil windings, transmitting a first excitation pulse; encoding the spins by means of gradient coils; receiving magnetic resonance signals by means of a second set of first coil windings and/or second coil windings; transmitting a second excitation pulse; encoding the spins by means of the gradient coils; receiving magnetic resonance signals by means of a fourth set of first coil windings and/or second coil windings, wherein the second set is different from the fourth set, wherein a set union of the sensitivity ranges of the second set and a set union of the sensitivity ranges of the fourth set substantially covers the surface of the examination region, wherein the method further has the steps: repeating the steps of transmitting (S210, S240), encoding (S220, S250) and receiving (S230, S260) with different second sets and fourth sets in each case; generating an image in dependence on the magnetic resonance signals received from the plurality of second sets and fourth sets, wherein the generation of the image in step uses a compressed sensing method. repeating the steps of transmitting (S210, S240), encoding (S220, S250) and receiving (S230, S260) with different second sets and fourth sets in each case; generating an image in dependence on the magnetic resonance signals received from the plurality of second sets and fourth sets, wherein the generation of the image in step uses a compressed sensing method.