DEVICE TO ENCAPSULATE A SUBSTRATE CONTAINING SENSITIVE ELECTRONIC COMPONENTS AND A PRESSURE SENSOR PACK

A device for encapsulating a monitoring device for a pneumatic tire with an encapsulation material includes an encapsulation body having an encapsulation chamber. The monitoring device has at least a pressure sensor and an antenna. A damming element is carried by the encapsulation body in an adjusta...

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Hauptverfasser: WEITZENHOF, DAVID A, TOMASZEWSKI, WALTER, KOCH, RUSSELL W
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Sprache:eng ; fre
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creator WEITZENHOF, DAVID A
TOMASZEWSKI, WALTER
KOCH, RUSSELL W
description A device for encapsulating a monitoring device for a pneumatic tire with an encapsulation material includes an encapsulation body having an encapsulation chamber. The monitoring device has at least a pressure sensor and an antenna. A damming element is carried by the encapsulation body in an adjustable manner such that the damming element contacts the pressure sensor of the monitoring device when the monitoring device is disposed within the encapsulation chamber. The damming element prevents the pressure sensor from being clogged with the encapsulating material when the monitoring devic e is encapsulated. The antenna of the monitoring device is held in a channel formed in the body when the monitoring device is disposed within the encapsulation chamber. The connection between the antenna and the body holds the monitoring device in a floating disposition in the encapsulation chamber. The damming element is in the form of a tube that also helps carry the monitoring device in the floating disposition. A breathing tube abuts th e pressure sensor and extends through at least a portion of the damming elemen t to further prevent the encapsulation material from clogging the pressure sensor. A top plate of the body extends over the encapsulation chamber to form a lip that serves to indicate when theencapsulation chamber has been filled with the encapsulation material.
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The monitoring device has at least a pressure sensor and an antenna. A damming element is carried by the encapsulation body in an adjustable manner such that the damming element contacts the pressure sensor of the monitoring device when the monitoring device is disposed within the encapsulation chamber. The damming element prevents the pressure sensor from being clogged with the encapsulating material when the monitoring devic e is encapsulated. The antenna of the monitoring device is held in a channel formed in the body when the monitoring device is disposed within the encapsulation chamber. The connection between the antenna and the body holds the monitoring device in a floating disposition in the encapsulation chamber. The damming element is in the form of a tube that also helps carry the monitoring device in the floating disposition. A breathing tube abuts th e pressure sensor and extends through at least a portion of the damming elemen t to further prevent the encapsulation material from clogging the pressure sensor. 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A breathing tube abuts th e pressure sensor and extends through at least a portion of the damming elemen t to further prevent the encapsulation material from clogging the pressure sensor. A top plate of the body extends over the encapsulation chamber to form a lip that serves to indicate when theencapsulation chamber has been filled with the encapsulation material.</abstract><oa>free_for_read</oa></addata></record>
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subjects ANTENNAS, i.e. RADIO AERIALS
BASIC ELECTRIC ELEMENTS
DEVICES OR ARRANGEMENTS RELATED TO TYRES
ELECTRICITY
MEASURING
MEASURING FORCE, STRESS, TORQUE, WORK, MECHANICAL POWER,MECHANICAL EFFICIENCY, OR FLUID PRESSURE
PERFORMING OPERATIONS
PHYSICS
REPAIRING, OR CONNECTING VALVES TO, INFLATABLE ELASTIC BODIESIN GENERAL
TESTING
TRANSPORTING
TYRE CHANGING OR REPAIRING
TYRE INFLATION
VEHICLE TYRES
VEHICLES IN GENERAL
title DEVICE TO ENCAPSULATE A SUBSTRATE CONTAINING SENSITIVE ELECTRONIC COMPONENTS AND A PRESSURE SENSOR PACK
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