Automatic fluid sampling transport system

Claim 2

An automatic sampling transport system for sample vials comprising: (a) sample holding means including a plurality of openings disposed in at least two concentric circles of said openings, for depositing corresponding sample vials; (b) means for rotating the sample holding means; (c) sample probe carrying means; (d) means for raising and lowering said sample probe carrying means; (e) means for rotating said sample probe carrying means a predetermined arcuate length from a cooperating position with an opening in one of said concentric circles to a cooperating position with an opening in another of said concentric circles; (f) means for synchronously engaging said means for rotating said sample holding means and said means for rotating said sample probe carrying means, whereby the rotation of each of said means occurs simultaneously; and (g) means for synchronizing said rotation to the raising and lowering of said probe carrying means.

Claim 3

The system of claim 1 wherein said means for rotating said sample holding means comprises: (a) a geneva wheel assembly disposed about a first rotable shaft; and, (b) means for incrementally rotating said wheel assembly, including said first shaft, said sample holding means positioned on said first shaft; and wherein said means for synchronously engaging includes: (a) a motor, including a second shaft, said means for incrementally rotating said wheel assembly axially mounted to said second shaft; (b) an actuator cam axially connected to said second shaft; (c) a pivot arm connected to said means for rotating said sample probe carrying means; and (d) a cam follower positioned on said pivot arm, said follower contacting said activator cam and responsive to the rotational movement thereof about said second shaft, said pivot arm pivoting in response to the cooperative action between said cam and cam follower, such that said probe carrying means is rotating simultaneously with the pivoting of said arm.

Claim 4

An automatic fluid sampling transport system for sample vials used in sample analysis instruments comprising: (a) sample holding means including a plurality of openings disposed in at least two concentric circles of openings for depositing corresponding sample vials; (b) means for rotating said sample holding means; (c) sample probe carrying means; (d) means for raising and lowering said sample probe carrying means; and, (e) means for rotating said sample probe carrying means a predetermined arcuate length from a cooperating position with an opening in one of said concentric circles to a cooperating position with an opening in another of said concentric circles, (f) means for synchronizing the rotation of said sample holding means and said probe carrying means, to the raising and lowering of said probe carrying means including; (i) means for sensing when said probe carrying means is raised; (ii) means, responsive to said sensing means detecting when said probe carrying means is raised, for initiating said rotation; (iii) means for sensing when said rotation is complete: (iv) means responsive to said sensing means detecting when said rotation is complete, for initiating the lowering of said probe carrying means; and (v) means for sensing when the lowering of said probe carrying means is complete such that sample analysis can take place.

Claim 5

An automatic fluid sampling transport system for sample vials used in sample analysis instruments comprising: (a) sample holding means including a plurality of openings disposed in at least two concentric circles of openings for depositing corresponding sample vials; (b) means for rotating said sample holding means; (c) sample probe carrying means; (d) means for raising and lowering said sample probe carrying means; and, (e) means for rotating said sample probe carrying means a predetermined arcuate length from a cooperating position with an opening in one of said concentric circles to a cooperating position with an opening in another of said concentric circles, (f) means for synchronizing the rotation of said sample holding means and said probe carrying means, to the raising and lowering of said probe carrying means including; (i) means for sensing when said probe carrying means is raised; (ii) means, responsive to said sensing means detecting when said probe carrying means is raised, for initiating said rotation; (iii) means for sensing when said rotation is complete: (iv) means responsive to said sensing means detecting when said rotation is complete, for initiating the lowering of said probe carrying means; and (v) means for sensing when the lowering of said probe carrying means is complete such that sample analysis can take place.

Claim 6

The system of claim 3 further comprising means for synchronously engaging said means for rotating said sample holding means and said means for rotating said sample probe carrying means, whereby the rotation of each of said means occurs simultaneously.

Claim 7

The systems of claim 4 wherein said means for rotating said sample holding means comprises: (a) a geneva wheel assembly disposed about a first rotatable shaft; and, (b) means or incrementally rotating said wheel assembly, including said shaft, said sample holding means positioned on said first shaft.

Claim 8

The system of claim 5 wherein said means for synchronously engaging includes: (a) a motor, including a second shaft, said means for incrementally rotating said wheel assembly axially mounted to said second shaft; (b) an actuator cam axially connected to said second shaft; (c) a pivot arm connected to said means for rotating said sample probe carrying means; and (d) a cam follower positioned on said pivot arm, said follower contacting said activator cam and responsive to the rotational movement thereof about said second shaft, said pivot arm pivoting in response to the cooperative action between said cam and cam follower, such that said probe carrying means is rotating simultaneously with the pivoting of said arm.

Claim 9

The sampling transport system of claim 6 comprising two said concentric circles of openings, the openings of the first such row disposed relative to the openings on the second of such rows such that they are substantially radially opposite the spacings between the openings on the second of such rows.

Claim 10

The sampling transport system of claim 7 wherein said sample holding means includes; (a) a circular tray having said openings disposed thereon; and, (b) a cover disposed over said openings, said cover having an opening through which the sample probe can pass to sample vials in any of the concentric circles.

Claim 11

An automatic fluid sampling transport system for sample vials used in sample analysis instruments comprising: (a) sample holding means including a plurality of openings disposed in at least two concentric circles of openings for depositing corresponding sample vials; (b) means for rotating said sample holding means comprising, (i) a geneva wheel assembly disposed about a first rotatable shaft; and (ii) means for incrementally rotating said wheel assembly, including said shaft, said sample holding means positioned on said first shaft; (c) sample probe carrying means: (d) means for raising and lowering said sample probe carrying means; and, (e) means for rotating said sample probe carrying means a predetermined arcuate length from a cooperating position with an opening in one of said concentric circles to a cooperative position with an opening in another of said concentric circles.

Claim 12

An automatic fluid sampling transport system for sample vials used in sample analysis instruments comprising: (a) sample holding means including a plurality of openings disposed in at least two concentric circles of openings for depositing corresponding sample vials; (b) means for rotating said sample holding means comprising, (i) a geneva wheel assembly disposed about a first rotatable shaft; and (ii) means for incrementally rotating said wheel assembly, including said shaft, said sample holding means positioned on said first shaft; (c) sample probe carrying means: (d) means for raising and lowering said sample probe carrying means; and, (e) means for rotating said sample probe carrying means a predetermined arcuate length from a cooperating position with an opening in one of said concentric circles to a cooperative position with an opening in another of said concentric circles.

Claim 13

The system of claim 9 further comprising means for synchronously engaging said means for rotating said sample holding means and said means for rotating said sample probe carrying means, whereby the rotation of each said means occurs simultaneously, said means for synchronously engaging including: (a) a motor including a second shaft, said means for incrementally rotating said wheel assembly axially mounted to said second shaft; (b) an actuator cam axially connected to said second shaft; (c) a pivot arm connected to said means for roating said sample probe carrying means; and (d) a cam follower positioned on said pivot arm, said follower contracting said activator cam and responsive to the rotating movement thereof avout said second shaft, said pivot arm pivoting in response to the cooperative action between said cam and cam follower, such that said prove carrying means is rotating simultaneously with the pivoting of said arm.