Environmental platelet agitator

Claim 2

An environmental solution agitator for use with solution packets comprising: a. an insulated enclosure having an interior compartment; b. cylindrical members having a cylindrical inner cavity and a cylindrical outer surface disposed within the interior compartment of said enclosure, the longitudinal axis of each of said cylindrical members being in a horizontal plane; c. frictional transfer means for transferring rotational force secured about the outer surface of each of said cylindrical members, each of said cylindrical members being in parallel alignment within said enclosure in abutment with adjacent cylindrical members, said frictional transfer means secured about adjacent cylindrical members being in frictional contact with each other; d. solution packet containers comprising a plurality of separator elements, each of said separator elements being coupled in parallel spaced relation to each other, each pair of adjacent separator elements defining cells therebetween for receiving the solution packets, said solution packet container having a longitudinal axis along said coupled separator elements, each of said separator elements being disposed at a uniform oblique angle with respect to the longitudinal axis of said container, said solution packet container being disposed within the interior cavity of respective ones of said cylindrical members whereby the longitudinal axis of said cylindrical member and said solution packet containers are parallel to each other; and e. rotating power means for providing a source of rotary power disposed within the interior compartment of said enclosure and being coupled to said frictional transfer means.

Claim 3

An environmental solution agitator as defined in claim 1 wherein said cylindrical members are vertically and horizontally stacked within the interior compartment of said enclosure, the frictional transfer means secured about the outer surface of each of said cylindrical members being adapted to contact the frictional contact means of the cylindrical members vertically and horizontally adjacent said frictional transfer means.

Claim 4

An environmental solution agitator as defined in claim 2 wherein said frictional transfer means comprises an endless pliable rubber belt disposed about the circumference of the outer surface of each cylindrical member, each rubber belt contacting the outer surface of horizontally and vertically adjacent belts whereby said rotating power means causes said cylindrical member to rotate.

Claim 5

An environmental solution agitator as defined in claim 3 wherein said rotary power means comprises angular rotation of said cylindrical members in the range of one to two revolutions per minute.

Claim 6

An environmental solution agitator as defined in claim 1 wherein said cylindrical members are vertically and horizontally stacked within the interior compartment of said enclosure, said frictional transfer means comprising a geared surface secured about the outer surface of each of said cylindrical members, each geared surface having uniformly spaced gear teeth disposed thereabout the grooved teeth of adjacent vertically stacked cylindrical members being engaged at the interface therebetween, and further including non-frictional surface means for separating vertical stacks of cylindrical members, said non-frictional surface means being disposed between each adjacent stack of cylindrical members.

Claim 7

An environmental solution agitator as defined in claim 5 wherein said rotary power means comprises a powered rotary member, idler means for rotating synchroniously with respect to said power rotating member and an endless geared belt disposed about said rotating member and said idler means, said powered rotating member and said idler means being horizontally spaced between the outer, vertical stack of cylindrical members, said geared belt being meshed with the geared teeth of the geared belt secured about each of the lowest cylindrical member in each vertical stack.

Claim 8

An environmental solution agitator as defined in claim 1 wherein each of said separator elements comprises a planar tubular frame substantially the same shape as the solution packets, each of said spaced tubular frames being fixedly coupled to one another leaving an opening to each cell sufficient for insertion of a solution packet and cover means for closing the opening to each cell coupled to the terminus of said solution packet container.

Claim 9

An environmental solution agitator as defined in claim 7 further including a plurality of wedging means for inhibiting movement longitudinally secured along the surface of the inner cavity of each of said cylindrical member, said wedging means being adapted to engage the tubular frame of said separator elements whereby relative movement between said solution packet containers and said cylindrical members is inhibited.

Claim 10

An environmental solution agitator as defined in claim 1 further including cooling means for maintaining the interior compartment within a predetermined temperature range.

Claim 11

An environmental platelet solution agitator for use with platelet solution packets comprising: a. an insulated enclosure having an interior compartment; b. cooling means for maintaining the interior compartment of said enclosure at a predetermined temperature coupled to said enclosure; c. cylindrical members having a cylindrical inner cavity and an outer cylindrical surface being disposed within the interior compartment of said housing, the longitudinal axis of said cylindrical member being in a horizontal plane; d. frictional transfer belts secured about the outer surface of each of said cylindrical members, each of said cylindrical members being aligned within said enclosure in abuttment with adjacent cylindrical members, the frictional transfer belt secured about adjacent cylindrical members being in frictional contact with one another; e. rotating power means for providing a source of rotary power disposed within the interior compartment of said enclosure and being coupled to said frictional transfer means; f. platelet packet containers comprising a plurality of separator elements, each of said separator elements being substantially the same shape as said platelet packet, each of said separator elements being coupled in parallel spaced relation to each other, each pair of adjacent separator elements defining a cell therebetween for receiving a platelet packet, said coupling of said separator elements leaving an opening to each cell sufficient for insertion of a platelet packet, and further including cover means for closing the opening to the cell coupled to a terminating separator element of said container, each of said separator elements being disposed at a uniform oblique angle with respect to an axis directed along said coupled separator element, said platelet packet container being securely disposed within the interior cavity of respective ones of said cylindrical members; and g. rotary power means for providing a source of rotary power disposed within the interior compartment of said interior enclosure and being coupled to said frictional transfer belts whereby said cylindrical members and said platelet packet containers are rotated at an angular velocity synchronious to said rotary power means.

Claim 12

An environmental platelet solution agitator for use with platelet solution packets comprising: a. an insulated enclosure having an interior compartment; b. cooling means for maintaining the interior compartment of said enclosure at a predetermined temperature coupled to said enclosure; c. cylindrical members having a cylindrical inner cavity and an outer cylindrical surface being disposed within the interior compartment of said housing, the longitudinal axis of said cylindrical member being in a horizontal plane; d. frictional transfer belts secured about the outer surface of each of said cylindrical members, each of said cylindrical members being aligned within said enclosure in abuttment with adjacent cylindrical members, the frictional transfer belt secured about adjacent cylindrical members being in frictional contact with one another; e. rotating power means for providing a source of rotary power disposed within the interior compartment of said enclosure and being coupled to said frictional transfer means; f. platelet packet containers comprising a plurality of separator elements, each of said separator elements being substantially the same shape as said platelet packet, each of said separator elements being coupled in parallel spaced relation to each other, each pair of adjacent separator elements defining a cell therebetween for receiving a platelet packet, said coupling of said separator elements leaving an opening to each cell sufficient for insertion of a platelet packet, and further including cover means for closing the opening to the cell coupled to a terminating separator element of said container, each of said separator elements being disposed at a uniform oblique angle with respect to an axis directed along said coupled separator element, said platelet packet container being securely disposed within the interior cavity of respective ones of said cylindrical members; and g. rotary power means for providing a source of rotary power disposed within the interior compartment of said interior enclosure and being coupled to said frictional transfer belts whereby said cylindrical members and said platelet packet containers are rotated at an angular velocity synchronious to said rotary power means.