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MODULAR FLUID HANDLING DEVICE Giese

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MODULAR FLUID HANDLING DEVICE Giese ( modular-fluid-handling-device-giese )

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12. The modular ?uid handling device of claim 11 wherein the block faces of the blocks have outer perimeters shaped as hexagons. 13. The modular ?uid handling device of claim 11 Wherein the channels Within each block intersect at the central bore and extend therefrom at equal angular intervals. 14. The modular ?uid handling device of claim 11 Wherein each block includes channels of different siZes. 15. The modular ?uid handling device of claim 11 Wherein: a. each side fastener opening: (1) is de?ned in both a block side and a block face, and (2) has an expanding cross-section as itextends into the block side; b. the modular ?uid handling device further comprises an elongated side fastener shaped to be complementarily receivedincoaxialadjacentsidefasteneropenings. 16. The modular ?uid handling device of claim 11: a. further comprising a closure plate bounded by a perim eter shaped such that the closure plate may rest in a 20 seated position on a block face With the surfaces of the closure plate’s perimeter resting coplanarly With the block sides; b. Wherein the closure plate has face fastener openings de?nedtherein,thefacefasteneropeningsoftheclo 25 sureplatebeingalignedWiththefacefasteneropenings intheblockfaceWhen theclosureplaterestsinaseated positionthereon. 17. The modular ?uid handling device of claim 11: a.furthercomprisingamountingplatehavingamounting 30 10 be?ttogetherinside-to-siderelationshiptoforman array of blocks Without spaces therebetWeen; (2) a central bore extends betWeen the block faces; and (3) channels extend betWeen opposing block sides, WhereinthechannelsintersectWiththecentralbore; (4) the block includes side fastener openings: a.de?nedinbothablocksideandablockface,and b. having a cross-section Which changes as the side fasteneropeningextendsintotheblockside; b. a closure plate bounded by a perimeter shaped as a tesselating regular polygon, the closure plate being adapted to rest in a seated position on a block face With the surfaces of the closure plate’s perimeter resting coplanarly With the block sides; and c. face fastener openings in the closure plate and block, the face fastener openings being aligned Whereby a fastenermay beinsertedintoboththeclosureplateand the block When the closure plate rests in the seated position on the block. 19. The modular ?uid handling device of claim 18 Wherein: a. each block side has a channel centrally de?ned therein; and b. at least some of the channels are di?brently siZed. 20. The modular ?uid handling device of claim 19 Wherein the channels intersect at the central bore and extend therefrom at equal angular intervals. 21. The modular ?uid handling device of claim 18: a.furthercomprisingamountingplatehavingamounting surface siZed and con?gured to receive the block and several identical blocks thereon ?t in a side-to-side abutting array, the mounting surface having plate fas tener openings therein; b. Wherein the plate fastener openings are arrayed such thatWhen theblockarrayisreceivedthereon,theplate fasteneropeningscoaxiallyalignWiththefacefastener openings of the blocks. 22. The modular ?uid handling device of claim 18 Wherein the central bore has a polygonal cross-section, Wherebyaninserthavingacomplementarily-shapedpolygo nal perimeter may be non-rotatably ?t Within the central bore. surface siZed and con?gured to receive several blocks thereon in a horizontal side-to-side two-dimensional array,themountingsurfacehavingplatefasteneropen ingstherein; b. Wherein the plate fastener openings are arrayed such that When several blocks are situated on the mounting plate in a horiZontal side-to-side tWo-dimensional array, the plate fastener openings coaxially align With the face fastener openings. 18.A modular?uidhandlingdevicecomprising: a. a block having opposing block faces and a series of block sides therebetWeen, Wherein: (l) the block faces are shaped as tessellating regular polygons, Whereby a series of identical blocks may 35 40 US 7,146,999 B2

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