This patent describes an apparatus for enclosing a vibration sensor. The invention comprises of a body of the sensor provided with one or more slots, a plunger to be fixed inside the body of the apparatus. The plunger is fixed over a plunger slot of the one or more slots.The sensor frame holding the vibration sensor is placed over a sensor slot of the one or more slots in the body. The apparatus further comprises a cap provided on an outer diameter of the apparatus. The cap comprises a screw for adjusting a tightness of the cap over the body of the enclosure.
Figure (1) Apparatus For Enclosing a Vibration Sensor
Vibration monitoring is key towards predictive maintenance of machines. Every rotating equipment in industry is associated with a unique way of vibration changing characteristics when diagnosed during a fault. Sensor based systems are widely used for measuring machine vibrations. Changes in type of vibration of a particular machine may be captured by the sensor and are further used for diagnosing a fault in the machine. Sensor based system requires extra cost and therefore should be handled with utmost care for retaining long term performance. Sensor based systems face a lot of challenges when deployed in dirt filled and harsh industrial environment. It is very important to provide protection to sensors so that performance of the machine may be measured with utmost accuracy.
- The body of the apparatus has one or more slots to install the vibration sensors.
- Screws and Washers apply the predefined level of pressure on compression on the vibration sensor.
- Magnetic capabilities allow the apparatus body to be applied on various machine entities.
Advantages of the technology:
- The apparatus being magnetic allows for high portability and allows the enclosing apparatus to be used throughout the factory floor even in otherwise inaccessible areas.
- Its rigid body makes sure the vibration sensor is safe from shock and dirt giving it more versatile applications
The possible vibration sensor includes an MEMS accelerometer.
The technology is currently available for licensing.
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This technology enhances the reliability and lifespan of industrial machinery by protecting sensitive vibration sensors in harsh environments. It contributes to improved safety, reduced maintenance costs, and increased efficiency in manufacturing and heavy industries, ultimately supporting more sustainable and productive industrial operations.
Vibration sensing of defects in industrial machinery.
- Manufacturing & Industrial Automation: For predictive maintenance and equipment monitoring.
- Oil & Gas: For monitoring heavy rotating equipment in harsh environments.
- Steel & Metal Processing: High vibration environments with exposure to dirt and shock.
- Automotive & Aerospace: Precision monitoring during engine/machine testing.
Geography of IP
Type of IP
201921015260
462897