Device for analyzing the composition of the contents of a container

A device for analyzing the composition of the contents of a container comprising:

• a channel (20) for receiving a container, which channel comprises a lower portion tilted downwards away from an open front face of the channel through which a container is introduced so as to define a concavity directed upwards, and
• non-destructive analysis means (40, 50) associated with this channel, wherein convergence of partitions (86, 87) of the channel (20) is determined so that the distance between a lowest point of the channel (20) and a centre of gravity of the container (R) increases according to the volume of the container (R).

A device for analyzing the composition of the contents of a container comprising:

• a channel (20) for receiving a container, which channel comprises a lower portion tilted downwards away from an open front face of the channel through which a container is introduced so as to define a concavity directed upwards, and
• non-destructive analysis means (40, 50) associated with this channel, wherein the channel (20) defines a concavity (22) directed upwards, obtained by means of two rectilinear sections.

A device for analyzing the composition of the contents of a container comprising:

• a channel (20) for receiving a container, which channel comprises a lower portion tilted downwards away from an open front face of the channel through which a container is introduced so as to define a concavity directed upwards, and
• non-destructive analysis means (40, 50) associated with this channel, wherein convergence of partitions (86, 87) of the channel (20) is adapted in order to suppress parasitic complex impedances defined laterally between the walls of the container and the partitions (86, 87) of the supporting means (20).

A device for analyzing the composition of the contents of a container comprising:

• a channel (20) for receiving a container, which channel comprises a lower portion tilted downwards away from an open front face of the channel through which a container is introduced so as to define a concavity directed upwards, and
• non-destructive analysis means (40, 50) associated with this channel, wherein convergence of partitions (86, 87) of the channel (20) is determined so that a contact point of the container (R) on the walls of the supporting means (20) rises according to the volume of the container (R).

A device for analyzing the composition of the contents of a container comprising:

• a channel (20) for receiving a container, which channel comprises a lower portion tilted downwards away from an open front face of the channel through which a container is introduced so as to define a concavity directed upwards, and
• non-destructive analysis means (40, 50) associated with this channel, wherein the device further comprises an ionizing or radioactive radiation detector assembly (100, 110).

A device for analyzing the composition of the contents of a container comprising:

• a channel (20) for receiving a container, which channel comprises a lower portion tilted downwards away from an open front face of the channel through which a container is introduced so as to define a concavity directed upwards, and
• non-destructive analysis means (40, 50) associated with this channel, wherein the device comprises means for changing the configuration of the emitter-forming means and receiver-forming means.

A device for analyzing the composition of the contents of a container comprising:

• a channel (20) for receiving a container, which channel comprises a lower portion tilted downwards away from an open front face of the channel through which a container is introduced so as to define a concavity directed upwards, and
• non-destructive analysis means (40, 50) associated with this channel, wherein the non-destructive analysis means include emitting/receiving means (40) which comprise four capacitive frames (45, 46, 47 and 48) respectively positioned on the outside of each of four faces of a square section of a channel (20) for receiving a container and that switching means are provided for changing the configuration of non-destructive analysis means (40) so that in a first configuration, one of the two lower frames (46 or 48) forms an emitter whereas the other lower frame (48 or 46) forms a receiver and a second configuration in which both lower frames (46 and 48) form emitters whereas both upper frames (45 and 47) form receivers, or vice versa.