RADIOLOGICAL IMAGING DEVICE WITH IMPROVED FUNCTIONALITY

1 . A radiological imaging device configured to rest on a support surface, the device comprising:

a gantry configured to perform the radiological acquisition of at least a portion of the patient to be analyzed and comprising:

a source configured to define an acquisition beam and an acquisition axis;

a detector configured to be etched by said acquisition beam after it has passed through said portion to be analyzed;

a rotor supporting said source and said detector and defining a scanning zone wherein at least said portion to be analyzed is available; and

a stator supporting said rotor and configured to rotate said rotor around said scanning zone defining a rotation axis substantially not perpendicular to said support surface;

a support structure of said gantry and resting on said support surface;

at least one guide defining a translation axis of said gantry with respect to said support structure substantially parallel to said rotation axis,

wherein said guide is external to the vertical projection of said scanning zone so as to define an access area to said free scanning zone through which said patient can be positioned in proximity to said scanning zone and allowing said gantry to be translated along said translation axis by performing a multi-stack radiological acquisition.

2 . The radiological imaging device according to claim 1 , wherein said support structure comprises a first column and a second column arranged on opposite sides with respect to said gantry; and wherein said at least one guide comprises a first guide binding said first column to said gantry and a second guide binding said second column to said gantry; said guides being motorized and actuated synchronously.

3 . The radiological imaging device according to claim 2 , comprising a guide apparatus configured to control the movement of said radiological imaging device along said support surface and a conduction apparatus of said radiological imaging device,

wherein said conduction apparatus comprises a shooting block defining a shooting axis suitably substantially transversal to a longitudinal axis of the radiological imaging device, control means for the displacement of said radiological imaging device along said support surface and a screen configured to display the shooting of said shooting block; and

wherein said shooting block is integral with said second column and said control means and said screen are integral with said first column.

4 . A radiological imaging device configured to rest on a support surface, the device comprising:

a gantry configured to perform the radiological acquisition of at least a portion of the patient to be analyzed and comprising:

a source configured to define an acquisition beam and an acquisition axis; and

a detector configured to be etched by said acquisition beam after it has passed through said portion to be analyzed;

a support structure of said gantry and resting on said support surface, said support structure comprising:

a first column and a second column arranged on opposite sides with respect to said gantry; and

driving means of said radiological imaging device on said support surface comprising first driving means associated with said first column and second driving means associated with said second column; and

at least one guide defining a translation axis of said gantry with respect to said support structure,

wherein said at least one guide comprises a first guide interposed between said first column and said gantry and constraining said first column to said gantry and a second guide interposed between said second column and said gantry and constraining said second column to said gantry.

5 . The radiological imaging device according to claim 4 , comprising a conduction apparatus configured to control the movement of said radiological imaging device along said support surface,

wherein said conduction apparatus comprises a shooting block defining a shooting axis transversal to a longitudinal axis of the radiological imaging device, control means for the movement of said radiological imaging device on said support surface, and a screen configured to display the shooting of said shooting block; and

wherein:

said shooting block is integral with said second column; and

said control means and said screen are integral with said first column.