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A sampler for acquiring a sample of blended powder from diverse locations within a bin is described. The sampler has a cylinder with a hollow chamber formed therein and is connected to a handle for rotation within a housing tube. Rotation causes the chamber to move into or out of alignment with an a

A sampler for acquiring a sample of blended powder from diverse locations within a bin is described. The sampler has a cylinder with a hollow chamber formed therein and is connected to a handle for rotation within a housing tube. Rotation causes the chamber to move into or out of alignment with an aperture in the housing tube. When the sampler is inserted axially into a batch of blended powder, the cylinder is rotated to align the chamber with the aperture in the housing cap, allowing powder to enter the chamber. The cylinder is rotated back to close the chamber, and the sampler is withdrawn from the powder batch. The cap is removed from the housing and the cylinder is removed from the housing to transfer the sample of powder for analysis.

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What is claimed is: 1. Apparatus for linearly acquiring samples of blended powder from a bin, comprising: a. an elongate housing tube having a longitudinal axis; b. a cap formed with an aperture therethrough and being removably assembled to a first end of the housing tube; c. a handle rotatably mou

What is claimed is: 1. Apparatus for linearly acquiring samples of blended powder from a bin, comprising: a. an elongate housing tube having a longitudinal axis; b. a cap formed with an aperture therethrough and being removably assembled to a first end of the housing tube; c. a handle rotatably mounted in a second end of the housing tube; d. a tip residing rotatably within the cap and formed with a channel therethrough oriented substantially parallel to the axis of the housing tube; e. a cylinder residing rotatably within the housing tube adjacent to the tip and formed with a chamber therethrough oriented substantially parallel to the axis of the housing tube; f. wherein the cylinder chamber is positioned in alignment with the tip channel; and g. first means connecting the handle to the cylinder and second means connecting the cylinder to the tip in a manner to cause the cylinder and tip to rotate when the handle is rotated, moving the tip channel into alignment with the cap aperture. 2. The powder sampler described in claim 1, wherein the first means connecting the handle to the cylinder comprises a shaft connected to the handle at a first end and the cylinder at a second end of the shaft. 3. The powder sampler described in claim 2, wherein the shaft is formed with a length related to a length of the housing tube. 4. The powder sampler described in claim 1, wherein the aperture is formed through the cap in a direction substantially parallel to and off center of the axis of the housing tube. 5. Apparatus for linearly acquiring samples of blended powder from a bin, comprising: a. an elongate housing tube having a longitudinal axis; b. a cap formed with an aperture therethrough and being removably assembled to a first end of the housing tube; c. a handle rotatably mounted in a second end of the housing tube; d. a tip formed with a channel therethrough, the channel oriented substantially parallel to the axis of the housing tube; e. a cylinder formed with a chamber therethrough oriented substantially parallel to the axis of the housing tube; f. wherein the cylinder and the tip are rotatably assembled in the first end of the housing tube with the cylinder chamber in alignment with the tip channel; and g. first means connecting the handle to the cylinder and second means connecting the cylinder to the tip in a manner to cause the cylinder and tip to rotate when the handle is rotated; h. wherein the handle, the cylinder and the tip are able to be rotated between a first position in which the chamber of the cylinder and the aperture of the cap are coaxial and a second position in which the chamber and the aperture are out of alignment. 6. The powder sampler described in claim 5, further comprising means formed in the housing tube to control the rotation of the handle. 7. The powder sampler described in claim 6, wherein the means formed in the housing tube to control the rotation of the handle comprises a guide track to allow the handle to rotate through a selected angle. 8. The powder sampler described in claim 5, wherein the first means connecting the handle to the cylinder comprises a shaft connected to the handle at a first end and the cylinder at a second end of the shaft. 9. The powder sampler described in claim 8, wherein the shaft is formed with a length related to a length of the housing tube. 10. The powder sampler described in claim 5, wherein the aperture is formed through the cap in a direction substantially parallel to and off center of the axis of the housing tube. 11. Apparatus for linearly acquiring samples of blended powder from a bin, comprising: a. an elongate housing tube having a longitudinal axis; b. a cap formed with an aperture therethrough and being removably assembled to a first end of the housing tube; c. a handle rotatably mounted in a second end of the housing tube; d. a tip residing rotatably within the cap and formed with a channel therethrough oriented substantially parallel to the axis of the housing tube; e. a cylinder residing rotatably within the housing tube adjacent to the tip and formed with a chamber therethrough oriented substantially parallel to the axis of the housing tube; f. wherein the cylinder chamber is positioned in alignment with the tip channel; g. first means connecting the handle to the cylinder and second means connecting the cylinder to the tip in a manner to cause the cylinder and tip to rotate when the handle is rotated, moving the tip channel into alignment with the cap aperture; and h. a guide track formed in the housing tube to allow the handle to rotate through a selected angle. 12. The powder sampler described in claim 11, wherein the first means connecting the handle to the cylinder comprises a shaft connected to the handle at a first end and the cylinder at a second end of the shaft. 13. The powder sampler described in claim 12, wherein the shaft is formed with a length related to a length of the housing tube. 14. The powder sampler described in claim 11, wherein the aperture is formed through the cap in a direction substantially parallel to and off center of the axis of the housing tube.