Patent US 8,328,904

Patent №

US 8,328,904

Granted

—

Owner

—

Lab

—

AI components

planning

Assignment

None on record

Dataset

AIPD

2023_r1 edition

Application

12772367

View graph

An active wheel desiccant dehumidifier is controlled for improved energy savings by modulating operation characteristics including process air flow, reactivation air flow, temperatures, and wheel rotation in response to changing conditions.

PlanningB01D 53/261B01D 53/0454B01D 53/06F24F 3/1423B01D 2253/104B01D 2253/106B01D 2253/108B01D 2259/4009+2 more

Google Patents

AI classification

Planning0.63

Machine learning0.00

Evolutionary computation0.00

Natural language0.00

Knowledge representation0.00

Speech0.00

Vision0.00

AI hardware0.00

Cites (3)

AIR CONDITIONING UNIT CONTROL TO REDUCE MOISTURE VARYING OPERATIONSUS 7,155,318 · 2006 PROCESS CONTROL HAVING IMPROVED COMBINATION OF FEEDFORWARD FEEDBACK CONTROLUS 4,951,191 · 1990 AIR CONDITIONING SYSTEMUS 4,795,088 · 1989

Cited by (2)

SYSTEMS FOR CONSTRUCTING HIERARCHICAL TRAINING DATA SETS FOR USE WITH MACHINE-LEARNING AND RELATED METHODS THEREFORUS 11,281,997 · 2022 SYSTEMS FOR GENERATING WATER FOR A CONTAINER FARM AND RELATED METHODS THEREFORUS 11,160,223 · 2021

Related research

Desiccant-wheel optimization via response surface methodology and multi-objective genetic algorithmSemantic Scholar Modelling of desiccant wheels using radial basis neural networksSemantic Scholar Performance predication of a solar assisted desiccant air conditioning system using radial basis function neural network: An integrated machine learning approachSemantic Scholar Optimization of Desiccant Absorption System Using a Genetic AlgorithmSemantic Scholar Dynamic Characteristic-based Driving Performance Analysis of a Semi-active Suspension Wheel Module for Small Mobile RobotsOpenAlex

Full text

Google Patents