Transducer mounting assembly

Claim 2

transducer mounting assembly for use in conjunction with apparatus for measuring the percentage of solid particles in a suspension flowing through a pipe comprising: a hinged collar adapted to be secured around a section of pipe; a radiant energy source mounted at a first position on the circumference of said collar; means for diffusing radiant energy from said source and introducing said diffused energy into said section of pipe; a first radiant energy detector mounted at a second position on the circumference of said collar for sensing diffused energy in said pipe which is predominantly forward-scattered when a suspension is flowing therethrough; a second radiant energy detector mounted at a third position on the circumference of said collar opposite said first detector and adjacent said first position for sensing diffused energy in said pipe which is predominantly back-scattered when a suspension is flowing therethrough; and connector means mounted to said collar for connecting said radiant energy source and first and second detectors to a measuring apparatus.

Claim 3

The assembly of claim 1 wherein said collar comprises a material which diffuses the radiant energy emitter from said source.

Claim 4

The assembly of claim 2 wherein said collar is adapted to be secured around a section of transparent pipe.

Claim 5

The assembly of claim 1 wherein said collar is adapted to be secured around a section of translucent pipe which serves as said diffusing means.

Claim 6

The assembly of claim 1 wherein said radiant energy source emits infra-red energy and said first and second detectors detect infra-red energy.

Claim 7

The assembly of claim 1 wherein said radiant energy source comprises a plurality of emitters arranged in a circle around said second radiant energy detector.

Claim 8

The assembly of claim 6 wherein said second position on the circumference of said collar is directly opposite said third position.

Claim 9

The assembly of claim 6 further comprising a flexible circuit board mounted in said collar and curved to conform to the circumference thereof, said circuit board including electrical connection points to which said radiant energy source and said second radiant energy detector are mounted for electrical connection to said connector means.

Claim 10

The assembly of claim 8 further comprising a second circuit board mounted in said collar adjacent said second position and including electrical connection points to which said first radiant energy detector is mounted for electrical connection to said connector means.

Claim 11

The assembly of claim 1 wherein said second position on the circumference of said collar is directly opposite said third position.

Claim 12

The assembly of claim 1 wherein said hinged collar comprises first and second semicircular sections having a hinge joining one pair of adjacent ends thereof, said assembly further comprising means for clamping the other adjacent ends of said sections together.

Claim 13

The assembly of claim 11 further comprising channel means within said collar for accommodating electrical conductors which connect said source and detectors to said connector means.

Claim 14

A transducer mounting assembly for use in conjunction with apparatus for measuring the percentage of said particles in a suspension flowing through a pipe comprising: a first semicircular collar member; a radiant energy source mounted on said first collar member and adapted to radiate energy toward the interior of the circle defined by said first collar; a back-scattered radiant energy detector mounted on said first collar member and adapted to detect energy returning from the interior of the circle defined by said first collar member; a second semicircular collar member; a forward-scattered radiant energy detector mounted on said second collar member and adapted to detect energy returning from the interior of the circle defined by said second collar member; hinge means coupling one end of said first collar member to one end of said second collar member for providing an articulating assembly adapted to be removably mounted around a section of pipe; and means for detachably securing the other ends of said first and second collar members together when said articulating assembly is positioned around a section of pipe.

Claim 15

A transducer mounting assembly for use in conjunction with apparatus for measuring the percentage of said particles in a suspension flowing through a pipe comprising: a first semicircular collar member; a radiant energy source mounted on said first collar member and adapted to radiate energy toward the interior of the circle defined by said first collar; a back-scattered radiant energy detector mounted on said first collar member and adapted to detect energy returning from the interior of the circle defined by said first collar member; a second semicircular collar member; a forward-scattered radiant energy detector mounted on said second collar member and adapted to detect energy returning from the interior of the circle defined by said second collar member; hinge means coupling one end of said first collar member to one end of said second collar member for providing an articulating assembly adapted to be removably mounted around a section of pipe; and means for detachably securing the other ends of said first and second collar members together when said articulating assembly is positioned around a section of pipe.

Claim 16

The assembly of claim 13 further comprising means for diffusing radiant energy emitted from said radiant energy source.

Claim 17

The assembly of claim 13 wherein said first collar member comprises a translucent material positioned in front of said radiant energy source for diffusing radiant energy emitted from said source.

Claim 18

The assembly of claim 13 wherein said radiant energy source comprises a plurality of radiant energy emitters arranged in a circle around said back-scattered radiant energy detector.

Claim 19

The assembly of claim 16 wherein said radiant energy source emits infra-red energy and said back-scattered and forward-scattered detectors sense infra-red energy.

Claim 20

The assembly of claim 13 wherein said radiant energy source emits infra-red energy and said back-scattered and forward-scattered detectors sense infra-red energy.

Claim 21

The assembly of claim 13 wherein said radiant energy source and said radiant energy detectors comprise fiber optic means adapted to be coupled to an apparatus for measuring the percentage of solid particles in a suspension flowing through a pipe.