20240017220. DILUTION STATION simplified abstract (Diversey, Inc.)
Contents
DILUTION STATION
Organization Name
Inventor(s)
Decio Rondon Silva of Amsterdam (NL)
Jan Veening of IJsselstein (NL)
Joachim Gerrit Ramp of Waddinxveen (NL)
Arnoud Gengler of De Schiphorst (NL)
DILUTION STATION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240017220 titled 'DILUTION STATION
Simplified Explanation
The patent application describes a dosing system that includes a dispensing apparatus capable of receiving two different fluids from separate input sources. One of the fluids is modified by an electrolytic cell assembly to produce an output fluid, while the other fluid can either flow through the electrolytic cell assembly or bypass it. The dispensing apparatus also includes a cartridge system that supports chemical cartridges containing concentrated solutions, and a mechanism to dispense the solution. The chemical cartridges can selectively communicate with the output fluid and the second fluid. The system also includes an interface and a controller programmed to receive requests, mix the concentrated solutions with the input fluids, and dispense a product that includes a dilution of the first and second fluids and the chemical solutions.
- The dosing system includes a dispensing apparatus that receives two different fluids from separate input sources.
- One of the fluids is modified by an electrolytic cell assembly to produce an output fluid.
- The dispensing apparatus includes a cartridge system that supports chemical cartridges containing concentrated solutions.
- The chemical cartridges can selectively communicate with the output fluid and the second fluid.
- The system includes an interface and a controller programmed to receive requests, mix the concentrated solutions with the input fluids, and dispense a product that includes a dilution of the fluids and the chemical solutions.
Potential Applications:
- Pharmaceutical industry for precise dosing of medications.
- Chemical industry for accurate mixing of concentrated solutions.
- Laboratory settings for controlled dispensing of reagents.
Problems Solved:
- Inaccurate dosing and mixing of fluids.
- Lack of flexibility in adjusting concentrations of solutions.
- Tedious and time-consuming manual mixing processes.
Benefits:
- Precise and controlled dosing of fluids.
- Flexibility in adjusting concentrations of solutions.
- Automation of the mixing and dispensing process for increased efficiency.
Original Abstract Submitted
a dosing system includes a dispensing apparatus that receives first and second fluids from respective input sources. the first fluid is modified by an electrolytic cell assembly to produce an output fluid, and the second fluid flows through the electrolytic cell assembly or bypasses the electrolytic cell assembly. the dispensing apparatus includes a cartridge system supporting chemical cartridges having a concentrated solution and a mechanism to dispense the solution. at least two chemical cartridges with different concentrated solutions, and each chemical cartridge selectively fluidly communicates with the output fluid and the second fluid. the dispensing apparatus also includes an interface and a controller programmed to perform instructions including receiving a request from the interface, mixing the concentrated solutions and the first or second fluid input sources, and dispensing a product defining a dilution including the first and second fluid input sources and the chemical solutions.
