Method and apparatus for supporting a sensor in a normally inacessible area of a machine

Claim 2

In a method of supporting a sensor within a normally inaccessible area of an operative machine to pick-up the axial float of a rotating shaft, the axial end face of which cannot be sensed, comprising the steps of: suspending the sensor on the end of a support; inserting the support into the normally inaccessible area of the machine without displacing portions of the machine in position to locate the sensor adjacent to a portion of the shaft other than the axial end face thereof adaptable to continuous axial position monitoring; providing adjusting means external of the machine for adjusting the position of the sensor with respect to the shaft portion which it is monitoring.

Claim 3

The method according to claim 1 including the step of: mounting the support in a positionable member of the machine on the external surface; applying the adjusting means to the positioning member.

Claim 4

In a method of supporting a sensor within a normally inaccessible area of a machine to pick-up the float of a rotating shaft thereof, said shaft having axial end faces which are not accessible, comprising the steps of: suspending the sensor on the end of a support; inserting the support into the normally inaccessible area of the machine in position to locate the sensor adjacent to a portion of the machine shaft adaptable to continuous axial position monitoring; providing a holding means for the support located on the external surface of the machine for holding the support rigid to prevent its movement in three mutually transverse planes; providing adjusting means external of the machine for adjusting the position of the holding means of the support to effect an adjustment in the position of the sensor with respect to the portion of the machine shaft being monitored.

Claim 5

In a method of supporting a sensor within a normally inaccessible area of a machine to pick-up the float of a rotating shaft thereof, said shaft having axial end faces which are not accessible, comprising the steps of: suspending the sensor on the end of a support; inserting the support into the normally inaccessible area of the machine in position to locate the sensor adjacent to a portion of the machine shaft adaptable to continuous axial position monitoring; providing a holding means for the support located on the external surface of the machine for holding the support rigid to prevent its movement in three mutually transverse planes; providing adjusting means external of the machine for adjusting the position of the holding means of the support to effect an adjustment in the position of the sensor with respect to the portion of the machine shaft being monitored.

Claim 6

In a support for holding a sensor in a normally inaccessible area of an operating machine having a frame and a rotatable shaft to enable the sensor to pick-up the axial float of the rotating shaft of the machine, the axial end faces of which are not accessible; an opening in the machine frame to provide access to the normally inaccessible area of the machine; an arm extending through the access opening of the machine frame into the normally inaccessible area of the machine, said arm being provided with the sensor; support means on the external surface of the machine frame connected to rigidly carry said arm to prevent its movement in three mutually transverse planes; and, adjusting means externally of the machine operably connected to effect a movement of said support means for positioning the sensor carried by said arm in a desired position within the inaccessible area of the machine without the necessity of stopping the operation of the machine.

Claim 7

In a support for holding a sensor in a normally inaccessible area of an operating machine having a frame and a rotatable shaft to enable the sensor to pick-up the axial float of the rotating shaft of the machine, the axial end faces of which are not accessible; an opening in the machine frame to provide access to the normally inaccessible area of the machine; an arm extending through the access opening of the machine frame into the normally inaccessible area of the machine, said arm being provided with the sensor; support means on the external surface of the machine frame connected to rigidly carry said arm to prevent its movement in three mutually transverse planes; and, adjusting means externally of the machine operably connected to effect a movement of said support means for positioning the sensor carried by said arm in a desired position within the inaccessible area of the machine without the necessity of stopping the operation of the machine.

Claim 8

A support according to claim 4 wherein said support means includes a guide block secured to the external surface of the machine frame over said access opening into the normally inaccessible area of the machine, said guide block having a guideway therein; a slider disposed for movement in said guideblock across said access opening; and, securing means for securing said arm to said slider.

Claim 9

A support according to claim 5 wherein said adjusting means is connected to move said slider across said access opening and parallel to the axis of the shaft for effecting a positioning of the sensor.

Claim 10

A support according to claim 6 wherein there is provided a housing secured to the external surface of the machine frame and operable to provide a sealed enclosure around said guide block and the access opening in the machine frame to prevent contamination of the normally inaccessible area of the machine.

Claim 11

A support according to claim 7 wherein said adjusting means is carried in the wall of the housing and is operably connected to move said slider without the necessity of removing cover 61.