System for the process-integrated optical analysis of flowable media
The present disclosure relates to a system for process-integrated optical analysis of flowable media, comprising a processing system for processing a flowable medium and an analytical system for analysis of the flowable medium, wherein the analytical system includes an optical measuring head, for irradiation of the medium and for receiving measuring radiation, and a reference unit. The processing system includes a measuring region, into which the medium can be introduced during the processing and which is accessible for measurement by means of the measuring head. According to the invention, a mechanism for achieving defined positions of the measuring head relative to the measuring region and/or relative to a reference unit is included, which selectively enables a measurement of the medium located in the measuring region or of the reference unit.
1. A system for process-integrated optical analysis of flowable media, the system comprising:
an analytical system configured to analyze the flowable medium in a processing system, wherein the analytical system includes an optical measuring head configured for irradiation of the medium and for receiving measuring radiation; and
a reference unit;
wherein the processing system includes a measuring region and is configured to introduce the flowable medium into the measuring region during processing of the medium, wherein the measuring region includes an interior of a flow-through cell, and wherein the measuring region is accessible to the measuring head for the irradiation of the medium and receiving the measuring radiation,
wherein the analytical system includes a mechanism that includes a hinge point and a support body to which the measuring head is connected, the mechanism configured to enable the measuring head to rotate or pivot or to move linearly and configured to enable positioning of the measuring head relative to the measuring region and relative to the reference unit in defined positions, the defined positions including a measurement position and a reference position,
wherein a measurement zone of the measurement head at least partially registers with the measurement region in the measurement position, thereby enabling the analytical system to perform a measurement of the medium located in the measuring region, and
wherein, in the reference position, the measurement head engages the reference unit, thereby enabling the analytical system to perform a measurement of the reference unit.
2. The system of claim 1 , wherein the analytical system includes at least one sensor configured for determining a position of the measuring head relative to the measuring region and/or relative to the reference unit.
3. The system of claim 1 , wherein the measuring radiation at least partially passes through the measurement zone during the measurement of the medium.
4. The system of claim 3 , wherein the measuring zone is disposed at least partially between walls of a U-shaped region of the measuring head.
5. The system of claim 1 , wherein the measuring head is adapted to perform a transmission measurement.
6. The system of claim 1 , wherein a measurement path is defined along which the measuring radiation travels at least once through the measuring region, the measurement path having a length of less than 100 millimeters.
7. The system of claim 1 , wherein the reference unit is configured to move relative to the processing system.
8. The system of claim 7 , wherein the reference unit is guided in its movement.
9. The system of claim 7 , wherein the reference unit is configured to rotate or pivot or to move linearly.
10. The system of claim 1 , wherein the measuring head is connected with a sensor unit, which is configured to be moved with the measuring head.
11. A system for process-integrated optical analysis of flowable media, the system comprising:
an analytical system configured to analyze a flowable medium in a process which operates upon the flowable medium, wherein the analytical system includes an optical measuring head configured for irradiation of the medium and for receiving measuring radiation,
wherein the process includes a measuring region and is configured to introduce the flowable medium into the measuring region during processing of the medium, wherein the measuring region includes an interior of a flow-through cell, and wherein the measuring region is accessible to the measuring head for the irradiation of the medium and receiving the measuring radiation; and
a reference unit configured to move relative to the process,
wherein the analytical system includes a mechanism that includes a hinge point and a support body to which the measuring head is connected, the mechanism configured to enable the measuring head to rotate or pivot or to move linearly and configured to enable the measuring head to rotate or pivot or to move linearly and configured to enable positioning the measuring head relative to the measuring region and relative to the reference unit in defined positions, the defined positions including a measurement position, in which a measurement zone of the measurement head at least partially registers with the measurement region to enable a measurement of the medium located in the measuring region, and a reference position, in which the measurement head engages the reference unit to enable a measurement of the reference unit.