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• W1570887527 abstract "This chapter contains sections titled: Thin Film Temperature Sensors for the Intelligent Kitchen Introduction Platinum Temperature Sensors The Variety of Forms for Platinum Temperature Sensors Temperature Dependent Changes in Electrical Resistance Advantages of Platinum Temperature Sensors High Tech in the Home Future Prospects/Outlook Reed Switches as Sensors for Household Applications Market Aspects Further Technical Development Development of Reed Sensors in Household Applications Reed Switch Characteristics Introduction Reed Switch Features The Basic Reed Switch Magnetic Response in a Variety of Arrangements Direct Operation Indirect Operation Handling of Reed Switches in Various Sensor Applications Cutting and Bending of a Reed Switch Soldering and Welding Printed Circuit Board (PCB) Mounting Using Ultrasonics Dropping Reed Switch Products Encapsulating Reed Switch Products Temperature Effects and Mechanical Shock Applications Measuring the Quantity of a Liquid, Gas and Electricity Detecting Water Flow Water Level Sensors Monitoring the Level of Water Softener and Clarifier in a Dishwasher Protecting Dishwasher Spray-arms Preventing Condensed Water Overflow Detecting the Drum Position in Washing Machines Safety Control in Appliance Doors Reed Sensors in Stove Applications Electric Toothbrushes Level Control of Jet-Dry Cleaning Liquid Reed Sensors in Carpet Cleaners Detecting Movement or End Positions Gas Sensors in the Domestic Environment Introduction Sensor Principles Metal Oxide Semiconductor Gas Sensors Pellistors Liquid-state Electrochemical Gas Sensors Amperometric Sensors Potentiometric Sensors Solid-state Electrochemical Sensors Potentiometric Measurement Amperometric Measurement Optical Gas Detectors Appliances Domestic Burner Control (Fuel Burners, Gas Condensing Boilers) Sensor Requirements for Combustion Control Air Quality Indoor Detection of CO Possible CO-sources Sensors for CO-indoor Monitoring Natural Gas Detection and Alarm Systems Natural Gas Detectors Other Appliances Cooking and Frying Control Self-cleaning of Ovens References UV Sensors – Problems and Domestic Applications UV Radiation – A General Introduction UV Radiation in Household Environments Natural UV Radiation Man-made UV Radiation Principles of UV Detection UV-Enhanced Si Photodiode Crystalline Wide Band-Gap Semiconductors Polycrystalline Wide Band-gap Semiconductors Fluorescence Converters Discharge Tubes Filters The Entrance Window Concentrator Lens Packaging Household Applications Personal UV Exposure Dosimetry Surveillance of Sunbeds Flame Scanning in Gas and Oil Burners Fire Alarm Monitors Water Sterilization The Marked Potential of UV Sensors in Household Appliances References Displacement Sensors in Washing Machines Contact and Non-contact Displacement Sensors Measuring the Load of Washing Machines Displacement Sensors in the Washing Machines Sensors Design and Measuring Principles Inductive Measuring Principle Displacement Sensor Integrated into Damper Inductive – Potentiometric Measuring Principle Sensor Control and Signal Evaluation with Discrete Electronics Summary Low-Cost Acceleration Sensors in Automatic Washing Machines Imbalance in Automatic Washing Machines Normal Procedure for Detecting Imbalance in Automatic Washing Machines New Procedures for Detecting Imbalance in Automatic Washing Machines Summary Fuzzy and Neurofuzzy Applications in European Washing Machines Introduction Explanation of the Conventional Wash Process Engineering the “FUZZY RULE SET” Setting up the Actual Control Unit Summary Cutting-edge Silicon-based Micromachined Sensors for Next Generation Household Appliances Brief Introduction to MEMS-based Sensors Microsystems Technology (MST) – A Complex Game of Materials, Technologies and Design Materials 3D Processing Technology Sensors, Actuators and Passive Components Bulk Micromachining Technology Surface Micromachining of Silicon Summary Perspectives for Future Developments References" @default.
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• W1570887527 date "2005-05-25" @default.
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• W1570887527 title "Sensor Related Topics" @default.
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• W1570887527 doi "https://doi.org/10.1002/9783527619252.ch5i" @default.
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