Escalator steps with strain sensors

1. An escalator system comprising:

an escalator step; and

at least one load sensor secured to the escalator step, wherein the at least one load sensor is configured to:

sense an escalator loading; and

one or more of:

process sensor data indicative of the escalator loading via edge processing; and

transfer the sensor data, to a remote component for processing, wherein the remote component is one or more of a cloud system or escalator controller,

wherein:

the at least one load sensor includes a plurality of load sensors, including a master sensor and slave sensor, and

wherein the plurality of load sensors are configured to communicate with the remote component via the master sensor.

2. The escalator system of claim 1 , wherein:

the at least one load sensor includes one or more of a strain gauge, pressure gauge and an accelerometer.

3. The escalator system of claim 1 wherein:

the master sensor is configured to:

determine the escalator loading by utilizing the sensor data received from the slave sensors and the escalator loading sensed by the master sensor; and

transmit an alert to the remote component when the escalator loading exceeds a predetermined threshold.

4. The escalator system of claim 3 , wherein:

a first slave sensor of the slave sensors is virtual sensor.

5. The escalator system of claim 4 , wherein:

the master sensor is configured to determine loads sensed by the first slave sensor from empirical data and/or analytics stored on or accessible by the master sensor and applied to the sensor data.

6. The escalator system of claim 5 , wherein:

the master sensor is configured to determine loads sensed by the first slave sensor from a lookup table and/or a finite element analysis (FEA) stored on or accessible by the master sensor and applied to the sensor data.

7. The escalator system of claim 1 , wherein

the remote component is configured to:

receive the sensor data from the load sensors; and

stop the escalator upon the remote component or the load sensors determining that the escalator loading exceeds a threshold.

8. The escalator system of claim 7 , wherein:

the remote component is configured to execute for the escalator in real time from the sensor data, one or more of: update lifetime estimates of one or more of component loading, absorbed stress and resulting strain; update a maintenance schedule; and transmit an alert to a service station.

9. An escalator system comprising:

an escalator step; and

at least one load sensor secured to the escalator step, wherein the at least one load sensor is configured to:

sense an escalator loading; and

one or more of:

process sensor data indicative of the escalator loading via edge processing; and

transfer the sensor data, to a remote component for processing, wherein the remote component is one or more of a cloud system or escalator controller, wherein:

the escalator step includes a rise member, a run member, wherein the rise and run members extend widthwise from a first side end to a second side end,

the first and second side ends respectively include first and second truss supports that support the rise and run members,

wherein the load sensors are distributed about one or both of the first and second truss supports.

10. A method of monitoring an escalator system, comprising:

sensing an escalator loading applied to an escalator step from at least one load sensor secured to the escalator step; and

one or more of:

process sensor data indicative of the escalator loading via edge processing; and

transferring the sensor data for processing from the at least one load sensor to a remote component, wherein the remote component is one or more of a cloud system or escalator controller,

wherein:

the at least one load sensor include a plurality of load sensors, including a master sensor and slave sensors, and

wherein the method includes:

communicating, by the plurality of load sensors with the remote component, via the master sensor.

11. The method of claim 10 , wherein:

the at least one load sensor includes one or more of a strain gauge and an accelerometer.

12. The method of claim 10 , further comprising:

determining, by the master sensor, the escalator loading utilizing the sensor data received from the slave sensors and the escalator loading sensed by the master sensor; and

transmitting an alert to the remote component when the escalator loading exceeds a predetermined threshold.

13. The method of claim 12 , wherein:

a first slave sensor of the slave sensors is virtual sensor.

14. The method of claim 13 , further comprising:

determining, with the master sensor, loads sensed by the first slave sensor from empirical data and/or analytics stored on or accessible by the master sensor and applied to the sensor data.

15. The method of claim 14 , wherein:

determining, with the master sensor, loads sensed by the first slave sensor from a lookup table and/or a finite element analysis (FEA) stored on or accessible by the master sensor and applied to the sensor data.

16. The method of claim 10 , comprising:

receiving, by the remote component, the sensor data from the load sensors; and

stopping the escalator, by the remote component, upon the remote component or the load sensors determining that the escalator loading exceeds a threshold.

17. The method of claim 16 , comprising:

executing for the escalator by the remote component in real time from the sensor data, one or more of: updating lifetime estimates of one or more of component loading, absorbed stress and resulting strain; updating a maintenance schedule; and transmitting an alert to a service station.

18. A method of monitoring an escalator system, comprising:

sensing an escalator loading applied to an escalator step from at least one load sensor secured to the escalator step; and

one or more of:

process sensor data indicative of the escalator loading via edge processing; and

transferring the sensor data for processing from the at least one load sensor to a remote component, wherein the remote component is one or more of a cloud system or escalator controller,

wherein:

the escalator step includes a rise member, a run member, wherein the rise and run members extend widthwise from a first side end to a second side end; and

the first and second side ends respectively include first and second truss supports that support the rise and run members,

wherein the load sensors are distributed about one or both of the first and second truss supports.