TH32561B - Automatic sample analysis system - Google Patents

Abstract

DC60 (13/01/55) DC60 (13/01/55) Sample analyzer for bulk material, for example sugarcane, including shredding paths. which will separate the temples in detail The sample is collected on a wireless conveyor (2). The sample is compressed. and its upper surface (30) is leveled, to ensure a constant display height relative to the analyzer's reading head (48), for example an infrared spectrometer plate (20). May be used to control display height. of the moving sample as an alternative Samples may be accumulated in slots. which is installed on conveyors, are smoothed mechanically or manually, and then moved under the analyzer (48). Each sample is placed on top of the residual, if any, of the previous sample. This is to prevent contamination of the top surface (30). Sample analyzers for bulk material, for example sugarcane, including Way of cutting into smaller pieces which will separate the temples in detail The sample is collected on a wireless conveyor (2). The sample is compressed. and its upper surface (30) is leveled, to ensure a constant display height relative to the analyzer's reading head (48). 20) May be used to control display height. of the moving sample as an alternative Samples may be accumulated in slots. which is installed on conveyor be smoothed by mechanical or manual and then are moved under the analyzer (48). Each sample is placed on top of the residual, if any, of the preceding sample, thereby preventing surface contamination. The top page (30) by the previous example.

Claims (6)

1. A device for analyzing the radiation of a sample of a biologically discrete material. Which includes a detector (sensor), a depth controller And the way that samples can be transported Through the transducer in such a way that the top surface of the sample remains at a predetermined reading distance. Away from the detector Where the depth controller works together, transporting the bulk material out and delivering the carpet of the sample material with a predetermined height, density and surface condition. 2. The device, as indicated in claim 1, where the depth control is a plate with a leading egge and a trailing edge where the material is inside. The material in use is restricted to pass underneath by the movement of the conveyor. 3. The device, as stated in Claim 2, where the plate is hinged, is hung close to the edge to Specify the boundary with the conveyor surface to be the tapered area where it is collected. 4. The device, as stated in claim 3, where the plate has a path that can cause the plate to vibrate. To assist in collecting 5. Devices as described in claim 4 where vibration paths will operate at 5-15 Hertz 6. Devices as outlined in claim 2 include the methods for which the vibration path is performed. Can detect the presence Of the material to be randomly sampled between the plate and the signal detector 7. Devices, as stated in claim 1, include the means by which the presence is detected. The material to be sampled is sampled between the destination side of the detector. 8. Equipment as stated in claim 1, where only part of the conveyor width is requested. Will be devoted to the movement of the sample Where the surplus material will be free to fall on the The remaining width of the side vaulting device 9. The device is stated in claim 1, where the sampling device on the opposite side The depth controller places the new sample material, on the conveyor, to cover the remainder of the The preceding sample, which eliminates measurement errors that can arise from cross-contamination between samples, is 1 0. The device, as stated in claim 1, is where the conveyor has an extended compartment. Go out north Some of its width that can hold the sample material during use, and there are compartments that Next to overflow 1 1. Equipment as set out in claim 1, where the conveyor will have a surface mounted compatrtment that can be loaded up to the regulated reproducible height as required. Are predefined and a way to move each channel forward to the address reading position. Under detector 1 2. The device, as stated in claim 11, where the compression plate is able to input a predetermined controlled tamping pressure on the sample in the cavity before reading 1. 3.Equipment as set out in claim 11, where the conveyor is endless and station For pouring located at the end of the detector 1 4. The device, as stated in claim 1, is fully automated for Sample analysis of bulk materials It is equipped with a fibrator for dividing the material to be analyzed into fine fibers, a transporter at the end of the generator. The sample fiber is combined with the depth regulator at the predetermined height. In advance with a predefined controlled surface condition, the detector detects Irradiation sample properties and data processing paths for calculation and display Data obtained from detector 1 5. Equipment as stated in claim 1, where the conveyor is Endless conveyor 1 6.The device, as stated in claim 1, where the depth controller is equipped with an adjuster. A manually executable level followed by a pushrod device that determines the pre-defined packing density on the sample.