DETECTION DEVICE

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Inventor(s)

DETECTION DEVICE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240240930 titled 'DETECTION DEVICE

The abstract of the patent application describes a sensor for a detection device that includes main and sub detection elements, a main digital conversion part, and a calculation unit to calculate state information. The sensor outputs a digital signal with state information and an analog signal based on the sub detection elements. The control unit includes a sub digital conversion part and an abnormality detection part that uses main and sub information for abnormality detection.

Main detection element and sub detection element in sensor
Main digital conversion part for converting detection signal digitally
Calculation unit for calculating state information
Output of digital signal with state information and analog signal
Control unit with sub digital conversion part and abnormality detection part
Abnormality detection using main and sub information

Potential Applications: - Industrial automation - Environmental monitoring - Security systems

Problems Solved: - Efficient digital conversion of detection signals - Accurate abnormality detection

Benefits: - Improved accuracy in detecting abnormalities - Enhanced monitoring capabilities

Commercial Applications: Title: Advanced Sensor Technology for Industrial Automation This technology can be used in various industries such as manufacturing, oil and gas, and transportation for efficient monitoring and detection processes.

Questions about the technology: 1. How does the sensor differentiate between main and sub detection elements? The sensor distinguishes between main and sub detection elements based on their specific functions and signals they generate.

2. What are the key advantages of using digital conversion in the sensor? Digital conversion allows for more precise and reliable data processing, leading to improved accuracy in detecting abnormalities.

Original Abstract Submitted

a sensor of a detection device includes at least one main detection element, at least one sub detection element, a main digital conversion part that digitally converts a detection signal of the main detection element, and a calculation unit that calculates a state information using the digitally converted detection signal of the main detection element. the sensor outputs a digital signal having a state information and an analog signal according to the detection signal of the sub detection elements. a control unit includes a sub digital conversion part that converts an analog signal into digital, and an abnormality detection part that performs an abnormality detection using a main information and a sub information. the abnormality detection part performs an abnormality detection using a value obtained by converting an analog signal into state information as sub information, or a value obtained by converting state information into analog output as main information.