Monitoring system using color coding

• US 9,870,679 B2
• Filed: 10/07/2015
• Issued: 01/16/2018
• Est. Priority Date: 10/07/2015
• Status: Active Grant

• Current Assignee: Senso2me NV
• Original Assignee: Senso2Me BVBA
• Inventors: Kleihorst, Richard Petrus, Van Buyten, Alain Myriam Robert, Schueler, Johannes Bernardus, Philips, Wilfried Richard Hortense, Debois, Stefan Albert Denise
• Primary Examiner(s): Khan, Omer S
• Application Number:
  US14/876,900
• Publication Number:
  US 20170103625A1
• Time in Patent Office: 832 Days
• Field of Search: 3405731
• CPC Class Codes: G08B 21/0469 Presence detectors to detect unsafe condition, e.g. infrared sensor, microphone G08B21/0476 takes precedence
• CPC Class Codes: G08B 25/007 Details of data content structure of message packets; data protocols
• CPC Class Codes: G08B 25/12 Manually actuated calamity alarm transmitting arrangements emergency non-personal manually actuated alarm, activators, e.g. details of alarm push buttons mounted on an infrastructure
• CPC Class Codes: G08B 5/36 using visible light sources
• CPC Class Codes: H04B 5/77 for interrogation

Abstract

A system for monitoring a person in a building having multiple rooms. The system comprises a wireless sensor system for detecting and collecting movements of the person. The wireless system comprises: a data collecting device with an RF receiver; a plurality of wireless signaling devices with an RF transmitter, an adjustable room setting, a multi-color light source, and a push button; and a computing device with analysis software, and communication means for transmitting analysis date to viewing devices having a color display. When the button is pushed, a specific color is shown, the color is linked to the room-type and is set during configuration. The same color is used in the viewing devices. This allows easy and intuitive configuration, and easy and intuitive interpretation of the analysis data.

Claims

1. A system suitable for monitoring a person moving in a building comprising a plurality of rooms, the system comprising:

a wireless sensor system for detecting and collecting movements of the person in at least some of the plurality of rooms, the wireless system comprising a computing device and one or more wireless signaling devices,

the computing device comprising a data collecting device, wherein the data collecting device comprising an RF receiver for receiving movement related data from each of the plurality of wireless signaling devices, and a programmable controller connected to a memory, the controller being adapted for storing the received data at least temporarily in the memory, and a transceiver for transmitting processed movement related data;

the one or more wireless signaling device comprising at least one movement sensor for detecting movement events in a particular room of at least some of the plurality of rooms, a programmable micro-controller and an RF transmitter for processing and transmitting such movement events to the data collecting device;

the computing device further comprising analysis software in a network server or in the programmable controller, for analyzing the detected movement events and for determining at least a present location value indicative of the particular room where the person being monitored is currently present, the computing device being connectable to the transceiver for sending the present location value to at least one viewing device comprising a color display and a viewing application for showing the present location corresponding to the present location value;

wherein;

the one or more wireless signaling device further comprises an adjustable room-type setting corresponding to a type of room where the wireless signaling device is to be located, and a multi-color light source, and a push-button,

the micro-controller being adapted to, when the push-button is pressed, drive the multi-color light source to show light of a particular color based on the room-type defined by the room-type setting and based on a predefined color scheme;

the micro-controller being further adapted for sending at least one data packet after detection of a movement event by the at least one movement sensor, the data packet comprising room-type data corresponding to the room-type setting, and

the analysis software is adapted for analyzing the movement events taking into account the room-type data;

the viewing application being adapted for displaying the present location by using at least one color object having a color based on said room-type setting and based on the predefined color scheme.

2. The system according to claim 1, wherein the multi-color light source is an RGB-LED.

3. The system according to claim 1, wherein a value of the adjustable room-type setting is defined by a plurality of dip-switches.

4. The system according to claim 1,

wherein a value of the adjustable room-type setting is defined by a plurality of bits in a non-volatile memory, and

wherein the micro-controller of the wireless signaling device is adapted for reading said non-volatile memory when the button is pressed and for driving the multi-color light source to show the particular color based on said value and based on the predefined color scheme.

5. The system according to claim 4, wherein the wireless signaling device further comprises an NFC circuit configured for writing said non-volatile memory using an external NFC writer, and wherein the micro-controller of the wireless signaling device is adapted for reading said non-volatile memory when the button is pressed and/or held down for a predetermined time-period.

6. The system according to claim 4, wherein the micro-controller is further adapted for testing whether the button is pressed and released according to a predefined pattern, and if the outcome of the test is true, to adjust the value of the room-type in the non-volatile memory, and to store the adjusted value in the non-volatile memory.

7. The system according to claim 1, wherein the room-type value is represented by a predefined number of at least three bits, each representing a most-significant bit of a color component of the particular color corresponding to said room-type value.

8. The system according to claim 1, wherein the at least one movement sensor is at least one passive infrared (PIR) sensor.

9. The system according to claim 1, wherein the at least one movement sensor is a movement sensor selected from the group consisting of:

an inductive movement sensor, a capacitive movement sensor, an acoustic based movement sensor, a vibration based movement sensor, or an EMI/EMC based movement sensor.

10. The wireless sensor system according to claim 1, wherein the data collecting device further comprises a real-time clock, and wherein receiving and storing the data packets by the data collecting device comprises:

obtaining a time value from said real-time clock when a data packet is received by the RF receiver, and

adding a time-stamp to at least some of the received data packets, based on the time value obtained from said real-time clock,

and storing the time stamped data packets in the memory.

11. The wireless sensor system according to claim 1, wherein each of the wireless signaling devices further comprises a unique identifier (ID) stored in a non-volatile memory to allow each of the wireless signaling devices to be differentiated, and wherein the data packets sent by each wireless signaling device further comprises said identifier, and wherein the data collecting device holds a list of unique identifiers corresponding to the particular data collecting device, and wherein the controller of the data collecting device has a filter function for ignoring data packets with identifiers not included in the list.

12. The wireless sensor system according to claim 1,

wherein the wireless signaling device further comprises a light sensor, and

wherein the micro-controller of the wireless signaling device is further adapted for reading a light intensity value from said light sensor and for including data corresponding to said light intensity value in some of the at least one data packet transmitted to the data collecting device.

13. The wireless sensor system according to claim 1,

wherein the wireless signaling device further comprises a temperature sensor, and

wherein the micro-controller of the wireless signaling device is adapted for reading a temperature value from said temperature sensor and for including data related to said temperature value in some of the at least one data packet transmitted to the data collecting device.

14. The wireless sensor system according to claim 1,

wherein the wireless signaling device further comprises a housing containing a printed circuit board (PCB) holding at least the micro-controller, the RF transmitter, the movement sensor and the button.

15. The wireless sensor system according to claim 14,

wherein the housing of the wireless signaling device comprises a non-replaceable battery, and wherein the housing is permanently closed.

16. The wireless sensor system according to claim 14, wherein the PCB is mounted in a pivotable manner, and wherein the movement sensor is mounted on a front side of the PCB and protrudes the housing, and wherein the button is mounted on a back side of the PCB facing a portion of the housing, and the wireless signaling device further comprises a spring arranged such that, when a force is exerted upon the movement sensor, the button is pressed, and when no force is exerted upon the movement sensor, the button is not pressed.

17. A mobility monitoring system for determining mobility and/or mobility changes of a person living in a residential facility, comprising a wireless sensor system comprising:

a wireless sensor system for detecting and collecting movements of the person in at least some of the plurality of rooms, the wireless system comprising a computing device and one or more wireless signaling devices,

the computing device comprising a data collecting device comprising an RF receiver for receiving movement related data from each of the plurality of wireless signaling devices, and a programmable controller connected to a memory, the controller being adapted for storing the received data at least temporarily in the memory, and a transceiver for transmitting processed movement related data;

the one or more wireless signaling device comprising at least one movement sensor for detecting movement events in a particular room of at least some of the plurality of rooms, a programmable micro-controller and an RF transmitter for processing and transmitting such movement events to the data collecting device;

the network server comprises the computing device comprising the analysis software in the programmable controller, for analyzing the detected movement events and for determining at least a present location value indicative of the particular room where the person being monitored is currently present, the computing device being connectable to the transceiver for sending the present location value to at least one viewing device comprising a color display and a viewing application for showing the present location corresponding to the present location value;

the one or more wireless signaling device further comprising an adjustable room-type setting corresponding to a type of room where the wireless signaling device is to be located, and a multi-color light source, and a push-button,

the micro-controller being adapted to, when the push-button is pressed, drive the multi-color light source to show light of a particular color based on the room-type defined by the room-type setting and based on a predefined color scheme;

the micro-controller being further adapted for sending at least one data packet after detection of a movement event by the at least one movement sensor, the data packet comprising room-type data corresponding to the room-type setting, and

the analysis software is adapted for analyzing the movement events taking into account the room-type data;

the viewing application being adapted for displaying the present location by using at least one color object having a color based on said room-type setting and based on the predefined color scheme;

wherein the analysis software is configured for calculating one or more mobility values based on a time difference between a last movement detected by a first wireless signaling device, and a first movement detected by a second wireless signaling device different from the first wireless signaling device.

18. The mobility monitoring system of claim 17,

wherein the computing device comprises the analysis software in the programmable controller of the data collecting device, and

wherein the data collection device further comprises a database for at least temporarily storing the collected data packets;

and

wherein the transceiver comprises a wired or wireless transceiver for communicating the present location information and/or the one or more mobility values to the at least one viewing device.

19. The mobility monitoring system of claim 17, further comprising a network server operatively connected to the data collecting device;

wherein the data collecting device is further adapted to transfer at least a subset of the data packets received from the wireless signaling devices to the network server; and

the network server further comprising a database for at least temporarily storing the data packets; and

wherein the transceiver comprises a wired or wireless transceiver for communicating the present location information and/or the one or more mobility values to the at least one viewing device.

20. A wireless signaling device for use in a monitoring system comprising

a wireless sensor system for detecting and collecting movements of the person in at least some of the plurality of rooms, the wireless system comprising a computing device and one or more wireless signaling devices,

the computing device comprising a data collecting device comprising an RF receiver for receiving movement related data from each of the plurality of wireless signaling devices, and a programmable controller connected to a memory, the controller being adapted for storing the received data at least temporarily in the memory, and a transceiver for transmitting processed movement related data;

the one or more wireless signaling device comprising at least one movement sensor for detecting movement events in a particular room of at least some of the plurality of rooms, a programmable micro-controller and an RF transmitter for processing and transmitting such movement events to the data collecting device;

the computing device comprising analysis software in a network server or in the programmable controller, for analyzing the detected movement events and for determining at least a present location value indicative of the particular room where the person being monitored is currently present, the computing device being connectable to the transceiver for sending the present location value to at least one viewing device comprising a color display and a viewing application for showing the present location corresponding to the present location value;

the analysis software being adapted for analyzing the movement events taking into account the room-type data;

the viewing application being adapted for displaying the present location by using at least one color object having a color based on said room-type setting and based on the predefined color scheme;

the wireless signaling device comprising;

adjustable room-type-related setting corresponding to a type of room where the wireless signaling device is to be located;

a multi-color light source, and a push-button,

wherein;

the micro-controller is adapted to, when the button is pressed, drive the multi-color light source to show light of a particular color based on the room-type defined by the settings and based on a predefined color scheme; and

the micro-controller of the wireless signaling device is further adapted for sending at least one data packet after detection of a movement event by its movement sensor, the data packet comprising data related to the room-type defined by the settings.