TR201706212A2 - Apparatus for Real-Time and Continuous Detection and Regulation of Particle Load of Mixtures of Fluids with Solid Particles - Google Patents

Abstract

The invention relates to an apparatus which allows the instantaneous measurement of the amount of particles contained in fluids containing a high concentration of solid particles in flow and during flow, and to regulate the quantity of particles measured. Said apparatus enables the preparation of a fluid having a higher solids content than the other fluid (s) with other fluid (s) to prepare the desired solids content. For this purpose, the fluids are continuously flowed into a control volume (9) to measure the instantaneous particle amounts full-time.

Description

The sensor (5) described in the specification is a fluid. be able to detect the amount of particles contained in defines the sensors (5). able to fulfill this task sensor (5) systems are within the scope of the specification. Specially the sensing (5) is a beam sender probe and beam. The receiver may consist of the probe. In this case the sensor (5) mixing on the attenuating rays between the two probes. It is a system that can measure particle density.

Control volume (9), primary pump (11) and Equipped with secondary pump (13). Primary pump (ll) to the circulation inlet containing the mixture sensors (5) (12) pumps, while the secondary pump (13) is regulated pumps the mixture to the mixture outlet (4).

Pumps located in the tank (l) ("Primary Pump" (11),"Secondary Pump" (13)) operation, controller (10) controlled by. desired mix control volume (9) to reach the particle amount The mixture in it is only clean fluid or particles. fluid with a charge. supply may be cut off or can be reduced accordingly. In this case, the secondary pump (13) by stopping the operation and enlarging the control volume (9), The concentration of the mixture can be increased or diluted become possible.

The system, which is the subject of the invention, is specially designed for wastewater / gray detecting and using the particle density of water It will be used to arrange it according to the desired values. describes a device. However, different applications of the invention solid matter of mixtures formed in the food industry changing the amount or many industry-related the use of substance contents of the fluids used in the field on optimizing by blending before can be operated.

The apparatus described in the invention consists of a tank (1) and its It consists of parts that are connected or related. This In this way, the system is a portable compact structure. a fluid a mechanism positioned in the system can be easily it is separated from its location and transferred to a different fluid system. can be transported. This transport process is costly and does not require timed assembly operations.

This is the case with a known number of tanks (1). eliminate assembly and disassembly problems removes.

Claims (1)

REQUESTS 1. To the fluid line with particle charge. to the fluid inlet (2) and the clean fluid line with at least one particle charge connected. Fluid mixing device consisting of a tank (1) with at least one fluid inlet (3) connected, a sensor (5) and a control unit (10) that allows the instant measurement of the particle amount in the final mixture formed by mixing and the regulation of the measured particle amount. its feature is; At least one mixer (6), which ensures continuous mixing of the liquid within the ° control volume (9), at least one sensor that can transmit real-time data by continuously measuring the particle load of the pumped fluid by positioning it outside the 0 control volume (9), to the 0 sensor (5) continuous fluid It has at least one primary pump (11) that can deliver, - at least one circulation line (14) that allows the fluid delivered to the sensor (5) to return to the control volume (9). .According to claim 1, it is a fluid mixing device and its feature is; It has the sensor (5) located on the circulation line (14). . It is a fluid mixing mechanism according to isten 1 or 2, and its feature is; It has the sensor (5) located on the circulation inlet (12). .According to claim 1, it is a fluid mixing device and its feature is; In order to transfer the clean fluid and the fluid with particle load to the tank (1) under control, it has a control unit (10) that can control the on-off and transfer elements located on the line where the fluids are transferred and on the tank (I). .According to claim 1, it is a fluid mixing device and its feature is; It has at least one mixer (6) associated with the control volume (9), whose opening/closing is controlled by the operating speed control unit (10). .According to claim 1, it is a fluid mixing device and its feature is; the tank (1) equipped with at least one discharge valve (8). .According to claim 1, it is a fluid mixing device and its feature is; It consists of a beam sending probe and a beam receiving probe, and it has a sensor (5) that can measure the particle density of the mixture on the diminishing beam waves between the two probes. .According to claim 1, it is a fluid mixing device and its feature is; It has a secondary pump (13) that pumps the regulated mixture to the mixture outlet (4). .According to claim 1, it is a fluid mixing device and its feature is; In order to continuously detect the weight of the control volume (9) created in the tank (l), it contains the working weight measurement unit (7) associated with the control unit (10).