Safety harness motion detector systems and methods for use

1. A system for verifying a worker positioned on a building structure is compliant in wearing necessary safety equipment, wherein the safety equipment comprises

a safety harness configured to be worn by an individual, the safety harness comprising a lifeline attachment feature, and

a lifeline configured to connect at one end to an anchoring point on the building structure, and to releasably connect at the other end to the lifeline attachment feature of the safety harness;

the system comprising:

a motion detector module for attaching to the safety harness at a location proximate the lifeline attachment feature, the motion detector module comprising

a motion sensor configured to generate signals representing detected motion,

first processing circuitry configured to detect, from the signals of the motion sensor, safety harness motions indicative of at least one of i) the safety harness being worn by the individual, or ii) attachment of the safety harness to the lifeline, and

timing circuitry configured to determine a length of time between detecting consecutive safety harness motions;

a communications transceiver; and

second processing circuitry configured to

receive, via the communications transceiver, a plurality of motion sensor signals related to the safety harness motions, and

translate one or more of the plurality of motion sensor signals into compliance information, the compliance information comprising information indicative of compliance or noncompliance of the individual with at least one of a) wearing the safety harness or b) securing the lifeline attachment feature of the safety harness to the lifeline.

2. The system of claim 1 , further comprising:

a proximate sensor arranged on an exterior surface of a housing of the motion detector module and configured to detect the attachment between the lifeline attachment feature of the safety harness and a fastener at the other end of the lifeline, the proximate sensor comprising an output circuit configured to send the signals related to the attachment between the lifeline attachment feature of the safety harness and the fastener via a communicative connection to the motion detector module;

wherein the second processing circuitry is configured to

obtain, from the proximate sensor, a plurality of proximate sensor signals related to the detection of the attachment between the lifeline attachment feature of the safety harness and the fastener, and

translate one or more of the plurality of proximate sensor signals into verification information, the verification information comprising information consistent with or contradicting the compliance information.

3. The system of claim 2 , wherein the motion detector module comprises a communications receiver configured to receive, from the output circuit of the proximate sensor, the signals related to the detection of the attachment between the lifeline attachment feature of the safety harness and the fastener.

4. The system of claim 2 , wherein the proximate sensor is an inductive proximate sensor configured to generate an electromagnetic field defining a sense range, wherein

the attaching of the motion detecting module at the location proximate the lifeline attachment feature disposes a surface of the lifeline attachment feature within the sense range, wherein the surface comprises a conductive material.

5. The system of claim 4 , wherein the fastener of the lifeline comprises a same conductive material as the conductive material of the surface of the lifeline attachment feature.

6. The system of claim 4 , wherein the inductive proximate sensor comprises:

oscillator circuitry configured to generate a sinusoidal output signal in a range between 20 and 200 kHz, the oscillator circuitry comprising an induction coil, wherein

the generation of the sinusoidal output signal causes the induction coil to emit the electromagnetic field, wherein

emitting the electromagnetic field induces an induction current from the fastener when the fastener comes into contact with the lifeline attachment feature of the safety harness, and

the inducing of the induction current causes attenuation of the sinusoidal output signal;

detection circuitry configured to detect the attenuation of the sinusoidal output signal; and

output circuitry configured to translate the detection of the attenuation into an output signal.

7. The system of claim 6 , wherein:

the lifeline attachment feature is formed as a ring;

the conductive material of the surface of the lifeline attachment feature is non-magnetized steel; and

the fastener comprises magnetized steel.

8. The system of claim 1 , further comprising:

an RFID tag configured to be arranged on an exterior surface of the lifeline, wherein the RFID tag is configured to emit a radio frequency signal having a read range; and

an RFID reader comprising third processing circuitry configured to

detect, from the RFID tag, a plurality of radio frequency signals when the RFID reader is within the read range of the RFID tag, and

translate the detection or non-detection of the plurality of radio frequency signals into the verification information, the verification information comprising information consistent with or contradicting the compliance information.

9. The system of claim 8 , wherein:

the RFID reader is a mobile computing device configured to be carried by the individual;

the RFID tag is a high frequency, passive RFID tag; and

the mobile computing device comprises fourth processing circuitry configured to generate and receive an RFID tag signal within the read range, wherein

the receiving of the RFID tag signal within the read range of the RFID reader is indicative of the attachment of the lifeline to the safety harness.

10. A method for verifying a worker positioned on a building structure is compliant in wearing necessary safety equipment, the method comprising:

providing a safety harness configured to by worn by the worker, the safety harness comprising

a lifeline attachment feature, and

a lifeline configured to connect at one end to an anchoring point on the building structure, and to releasably connect at the other end to the lifeline attachment feature of the safety harness;

attaching a motion detector module to the safety harness at a location proximate the lifeline attachment feature, the motion detector module comprising

a housing comprising a motion sensor,

first processing circuitry configured to detect, from a plurality of sensor signals generated by the motion sensor, a series of motions indicative of movement of the worker, and

a proximate sensor arranged on an exterior surface of the housing and configured to detect attachment between the lifeline attachment feature of the safety harness and a fastener at the other end of the lifeline, the proximate sensor comprising an output circuit configured to generate signals related to the attachment; and

monitoring, by a computing device, compliance or noncompliance by the worker with at least one of a) wearing the safety harness orb) securing the attachment of the lifeline attachment feature of the safety harness to the lifeline, the computing device comprising second processing circuitry configured to

receive, via a communications transceiver, a plurality of motion sensor signals related to the series of motions and lengths of time, and a plurality of proximate sensor signals related to the detection of the attachment between the lifeline attachment feature of the safety harness and the fastener,

translate one or more of the plurality of motion sensor signals into compliance information, the compliance information comprising information indicative of the compliance or the noncompliance, and

translate one or more of the plurality of proximate sensor signals into verification information, the verification information comprising information consistent with or contradicting the compliance information.

11. The method of claim 10 , wherein:

the motion detector module comprises timing circuitry configured to determine a series of lengths of time between sets of consecutive motions of the series of motions; and

at least a portion of the plurality of motion sensor signals are further related to the lengths of time.

12. The method of claim 10 , wherein the motion detector module comprises a communications receiver configured to receive, from the output circuit of the proximate sensor, the signals related to the detection of the attachment between the lifeline attachment feature of the safety harness and the fastener.

13. The method of claim 10 , wherein the proximate sensor is an inductive proximate sensor configured to generate an electromagnetic field defining a sense range, wherein

the attaching of the motion detecting module at the location proximate the lifeline attachment feature disposes a surface of the lifeline attachment feature within the sense range, wherein the surface comprises a conductive material.

14. The method of claim 13 , wherein the fastener of the lifeline comprises a same conductive material as the conductive material of the surface of the lifeline attachment feature.

15. The method of claim 10 , wherein attaching the motion detector module to the safety harness at the location proximate the lifeline attachment feature comprises attaching the motion detector module to a body harness portion of the safety harness.

16. The method of claim 10 , wherein attaching the motion detector module to the safety harness at the location proximate the lifeline attachment feature comprises attaching the motion detection module to the lifeline.

17. A system for verifying a worker positioned on a building structure is compliant in wearing necessary safety equipment, the system comprising:

a motion detector module for attaching to a safety harness configured to be worn by an individual at a location proximate a lifeline attachment feature of the safety harness, the motion detector module comprising

a motion sensor configured to generate signals representing detected motion, and

first processing circuitry configured to detect, based at least in part on the signals of the motion sensor, safety harness motions indicative of at least one of i) the safety harness being worn by the individual, or ii) attachment of the lifeline attachment feature of the safety harness to a lifeline, and

timing circuitry configured to determine a length of time between detecting consecutive safety harness motions;

an RFID tag configured to be carried by the lifeline, wherein the RFID tag is configured to emit a radio frequency signal having a read range;

an RFID reader configured to be carried by the individual or on the safety harness worn by the individual, the RFID reader comprising second processing circuitry configured to

detect, from the RFID tag, a plurality of radio frequency signals when the RFID reader is within the read range of the RFID tag, and

translate the detection or non-detection of the plurality of radio frequency signals into verification information; and

third processing circuitry configured to

receive a plurality of motion sensor signals related to the safety harness motions,

receive at least one verification signal related to the verification information,

translate one or more of the plurality of motion sensor signals into compliance information, the compliance information comprising information indicative of compliance or noncompliance of the individual with at least one of a) wearing the safety harness or b) securing the attachment of the lifeline attachment feature of the safety harness to the lifeline, and

determine whether the at least one verification signal is consistent with or contradicting the compliance information.

18. The system of claim 17 , wherein:

a mobile computing device configured to be carried by the individual comprises the RFID reader; and

the RFID tag is a high frequency, passive RFID tag.

19. The system of claim 17 , wherein the RFID tag is configured to be disposed on an exterior surface of the lifeline.