Wireless safety alert signaling system

• US 9,478,119 B1
• Filed: 07/18/2016
• Issued: 10/25/2016
• Est. Priority Date: 05/31/2013
• Status: Active Grant

• Current Assignee: Daryl B. Boyington, Patti A. Rapaport, Ryan Enman
• Original Assignee: Daryl B. Boyington, Patti A. Rapaport, Ryan Enman
• Inventors: Rapaport, Patti A., Enman, Ryan, Boyington, Daryl B.
• Primary Examiner(s): Bee, Andrew
• Assistant Examiner(s): Mahase, Pameshanand
• Application Number:
  US15/213,014
• Publication Number:
  US 20160328951A1
• Time in Patent Office: 99 Days
• US Class Current: 1/1
• CPC Class Codes: G08B 21/02 Alarms for ensuring the safety of persons
• CPC Class Codes: G08B 25/016 Personal emergency signalling and security systems emergency non-personal manually actuated alarm activators G08B25/12
• CPC Class Codes: G08B 25/10 using wireless transmission systems G08B25/009 takes precedence

Abstract

An emergency alert system comprising one or more access-controlled wireless transmitters and a plurality of wireless wearable receivers that can be deployed locally to privately warn users of potential danger, by allowing authorized users to use the transmitters to send alert signals to the receivers.

Claims

1. A wireless safety alert signaling system comprising:

a transmitter, said transmitter having a transmitting means, an activating means, and a locking means;

a receiver, said receiver having a receiving means and an indicating means; and

a key means;

wherein the transmitting means of the transmitter is configured to generate and wirelessly transmit signals;

the activating means of the transmitter is configured to allow a user to initiate the generation and transmission of signals by the transmitter;

the locking means of the transmitter is configured to place the transmitter in unlocked mode or in locked mode, whereby when the transmitter is in unlocked mode the activating means of the transmitter is permitted to be operated by the user and when the transmitter is in locked mode the activating means of the transmitter cannot be operated by the user;

the key means is manipulated by the user and is configured to interact with the locking means;

the receiving means of the receiver is configured to receive wirelessly transmitted signals transmitted by the transmitting means of the transmitter; and

the indicating means of the receiver is configured to provide at least one human perceptible indication when the receiving means of the receiver receives a wirelessly transmitted signal;

whereby upon the key means interacting with the locking means of the transmitter, the locking means places the transmitter in unlocked mode.

2. The system of claim 1 further comprising a plurality of transmitters.

3. The system of claim 1 further comprising a plurality of receivers.

4. The system of claim 1 wherein the indicating means of the receiver comprises a lamp, whereby the lamp is illuminated upon the receiver receiving a signal.

5. The system of claim 1 wherein the indicating means of the receiver comprises a vibratory means, whereby the vibratory means is activated upon the receiver receiving a signal.

6. The system of claim 1 wherein the indicating means of the receiver is configured to provide a plurality of human perceptible indications upon the receiving means of the receiver receiving a wirelessly transmitted signal.

7. The system of claim 1 wherein the key means comprises a plurality of key devices, with each key device configured to interact with the locking means of the transmitter, whereby each of the plurality of key devices is capable of being used to place the transmitter in unlocked mode.

8. The system of claim 7 further comprising a plurality of receivers wherein each of the plurality of key devices is integrated with one of the plurality of receivers.

9. The system of claim 8 wherein each of the plurality of receivers is integrated with one of the following group:

an identification badge, a security badge, a security badge holder, a necklace, a fob, and a clothing clip.

10. The system of claim 1 wherein

the locking means of the transmitter comprises a magnetic strip reader;

and

the key means comprises a magnetic strip which is coded with an access code recognizable to the locking means of the transmitter;

whereby upon the magnetic strip being brought into contact with the magnetic strip reader of the locking means of the transmitter, the locking means places the transmitter in unlocked mode.

11. The system of claim 1 wherein

the locking means of the transmitter comprising a biometric reader;

and

the key means comprises a body part of the user which is coded into the biometric reader such that the biometric reader is capable of recognizing the body part;

whereby upon the body part of the user interacting with the biometric reader of the locking means of the transmitter, the locking means places the transmitter in unlocked mode.

12. The system of claim 1 wherein

the locking means of the transmitter comprising a data entry keypad and a digital lock;

and

the key means comprises a code provided to the user which is coded into the digital lock such that the code is recognized by the digital lock;

whereby when the user enters the code into the data entry keypad of the locking means of the transmitter, the locking means places the transmitter in unlocked mode.

13. The system of claim 1 wherein

the locking means of the transmitter comprising a mechanical lock;

and

the key means comprising a key fitted to the mechanical lock;

whereby when the user inserts the key into the mechanical lock and unlocks the mechanical lock the locking means places the transmitter in unlocked mode.

14. A wireless safety alert signaling system comprising:

one or more transmitters, each said transmitter having a transmitting means, an activating means, and a locking means;

a plurality of wearable receivers, each said receiver having a receiving means and an indicating means; and

a key means;

wherein the transmitting means of each transmitter is a radio transmitter configured to generate and wirelessly transmit a plurality of distinct radio signals;

the locking means of each transmitter is configured to place said transmitter in unlocked mode or in locked mode, whereby when said transmitter is in unlocked mode the activating means of said transmitter is permitted to be operated by the user and when said transmitter is in locked mode the activating means of said transmitter cannot be operated by the user;

the key means is associated with the locking means of each transmitter, wherein the key means is configured to interact with the locking means of each transmitter such that the interaction of the key means with said locking means places said transmitter in unlocked mode, with the key means comprising a plurality of key devices, with each key device configured to interact with the locking means of each transmitter, whereby each of the plurality of key devices is capable of being used to place each transmitter in unlocked mode, and each of the plurality of key devices is integrated with one of the plurality of receivers;

the activating means of each transmitter is configured to allow the one or more users to initiate the generation and transmission of the plurality of distinct radio signals by said transmitter, said activating means of said transmitter comprising a plurality of push buttons, with each push button corresponding to one of the plurality of distinct signals said transmitter is configured to generate and transmit, whereby for each of the plurality of push buttons, upon the one or more users depressing said push button said transmitter generates and transmits one of the plurality of distinct radio signals corresponding to said push button;

the receiving means of each receiver is a radio receiver configured to receive and differentiate among the plurality of distinct radio signals wirelessly transmitted by each of the transmitters;

each of the plurality of receivers is integrated with one of the following group;

an identification badge, a security badge, a security badge holder, and a fob suitably adapted to be placed in a pocket of an article of clothing; and

the indicating means of each receiver is configured to provide a plurality of different human perceptible indications upon the receiving means of said receiver receiving one of the plurality of distinct wirelessly transmitted radio signals, each said human perceptible indication corresponding to one of the plurality of distinct radio signals transmitted by each of the transmitters and received by the receiving means of each receiver, said indicating means of said receiver comprising a vibratory means and a plurality of lamps, whereby said plurality of lamps is configured to be illuminated in a plurality of different patterns, each said pattern corresponding to one of the plurality of distinct radio signals transmitted by said transmitter and received by the receiving means of said receiver, such that upon said receiver receiving one of the plurality of distinct radio signals one or more of said plurality of lamps are illuminated in the corresponding pattern and said vibratory means is activated.

15. A wireless safety alert signaling system comprising:

a transmitter, said transmitter having a transmitting means, an activating means, and a locking means;

a receiver, said receiver having a receiving means and an indicating means; and

a key means;

wherein the transmitting means of the transmitter is configured to generate and wirelessly transmit signals;

the activating means of the transmitter is configured to allow a user to initiate the generation and transmission of signals by the transmitter;

the locking means of the transmitter is configured to place the transmitter in unlocked mode or in locked mode, whereby when the transmitter is in unlocked mode the activating means of the transmitter is permitted to be operated by the user and when the transmitter is in locked mode the activating means of the transmitter cannot be operated by the user;

the key means is manipulated by the user and is configured to interact with the locking means such that the interaction of the key means with the locking means places the transmitter in unlocked mode;

the receiving means of the receiver is configured to receive wirelessly transmitted signals transmitted by the transmitting means of the transmitter; and

the indicating means of the receiver is configured to provide at least one human perceptible indication when the receiving means of the receiver receives a wirelessly transmitted signal;

whereby the indicating means of the receiver is configured to provide a plurality of different human perceptible indications upon the receiving means of said receiver receiving one of the plurality of distinct wirelessly transmitted radio signals, each said human perceptible indication corresponding to one of the plurality of distinct radio signals transmitted by the transmitter and received by the receiving means of the receiver, said indicating means of said receiver comprising a vibratory means and a plurality of lamps, whereby said plurality of lamps is configured to be illuminated in a plurality of different patterns, each said pattern corresponding to one of the plurality of distinct radio signals transmitted by said transmitter and received by the receiving means of said receiver, such that upon said receiver receiving one of the plurality of distinct radio signals one or more of said plurality of lamps are illuminated in the corresponding pattern and said vibratory means is activated.