Loading and unloading mechanism for continuously rotating container

Claim 2

In apparatus for analysis of a substrate, the apparatus including supporting means disposed around a fixed axis for supporting a plurality of substrates; means for sensing the state of the substrates supported by said supporting means; means for continuously rotating at a prescribed speed about said axis said supporting means and the substrates supported thereon; and means for loading and unloading a substrate into and from engagement with said supporting means; the improvement wherein said loading and unloading means include, a. a stationary loading station; b. holding means for mating with and holding said substrates, said holding means being disposed for continuous rotation about said axis and for linear movement into and out of positions aligned with said supporting means or with said loading station; c. and moving means for individually and selectively moving any of said holding means from said supporting means to said loading station and back, whereby said any holding means is brought into a mating position with a stationary substrate on said loading station while said any holding member is moving with respect to said loading station, without interrupting said continuous rotation.

Claim 3

An improved apparatus as defined in claim 1, wherein said holding means include a frame mounted for rotary movement with each of said supporting means.

Claim 4

An improved apparatus as defined in claim 2, wherein said frame includes fingers spaced apart a distance sufficient to accommodate a substrate therebetween, and further including a rod adjacent said supporting means and extending generally parallel to said axis, said frame being mounted for reciprocal movement on said rod.

Claim 5

An improved apparatus as defined in claim 1, and further including camming means for moving said any holding means towards said loading station, said moving means including means for moving said camming means towards and away from any one of said holding means which is aligned with said supporting means.

Claim 6

An improved apparatus as defined in claim 1, and further including temperature control means located adjacent to said supporting means for maintaining a desired temperature.

Claim 7

An improved apparatus as defined in claim 1, and further including means for raising a substrate on said loading station from a position in which it is clear of said rotated supporting means, to a position in which it is engaged by said supporting means.

Claim 8

An improved apparatus as defined in claim 6, wherein said loading station includes a relatively flat portion at which said substrate is in a nonengaged position, and wherein said raising means includes a curved, radius portion of said station joining said flat portion at an edge defining a fulcrum over which the substrate rides as it is mated with said holding means.

Claim 9

In apparatus for analysis of a substrate, the apparatus including supporting means disposed around a fixed axis for supporting a plurality of substrates; means for sensing the state of the substrates supported by said supporting means; means for continuously rotating at a prescribed speed about said axis said supporting means and the substrates supported thereon; and means for loading and unloading a substrate into and from engagement with said supporting means; the improvement wherein said loading and unloading means include, a. a stationary loading station spaced away from said supporting means along a line parallel to said axis; b. a plurality of frames mounted for rotary movement with each of said supporting means, each of said frames having fingers spaced apart a distance sufficient to accommodate a substrate therebetween; c. a plurality of rods adjacent said supporting means, each extending generally parallel to said axis, said frames being slidable on said rods between positions aligned with said supporting means or said loading station; d. and camming means for individually and selectively moving any of said frames towards and away from said loading station, whereby substrates are loaded from said loading station to said supporting means without interrupting said continuous rotation.

Claim 10

In apparatus for analysis of a substrate, the apparatus including supporting means disposed around a fixed axis for supporting a plurality of substrates; means for sensing the state of the substrates supported by said supporting means; means for continuously rotating at a prescribed speed about said axis said supporting means and the substrates supported thereon; and means for loading and unloading a substrate into and from engagement with said supporting means; the improvement wherein said loading and unloading means include, a. a stationary loading station spaced away from said supporting means along a line parallel to said axis; b. a plurality of frames mounted for rotary movement with each of said supporting means, each of said frames having fingers spaced apart a distance sufficient to accommodate a substrate therebetween; c. a plurality of rods adjacent said supporting means, each extending generally parallel to said axis, said frames being slidable on said rods between positions aligned with said supporting means or said loading station; d. and camming means for individually and selectively moving any of said frames towards and away from said loading station, whereby substrates are loaded from said loading station to said supporting means without interrupting said continuous rotation.

Claim 11

An improved apparatus as defined in claim 8, and further including means for moving a portion of said camming means towards and away from said holding means when they are aligned with said supporting means.