Improvements to short-range wireless networks
First Claim
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1. A wireless medical sensor network of devices including at least one duty-cycling medical sensor, at least one other non-medical duty-cycling device and a coordinator device, the at least one duty-cycling medical sensor comprising:
- sensing means operable to detect values of a life parameter of a patient;
transmission and reception means for wireless communication with other devices in the network; and
sensor control means operable to control a sleep pattern of the sensor; and
the coordinator device comprising transmission and reception means for wireless communication with other devices in the network;
wherein a plurality of predefined sleep patterns is provided, the choice of a suitable sleep pattern being determined according to a number of life parameter value thresholds, each threshold defining a boundary between a lower wake-up and a higher wake-up sleep pattern;
wherein the sensor transmission means is operable to transmit value information as to the life parameter and the coordinator device transmission means is operable to transmit an indication of a suitable sensor sleep pattern determined centrally by comparing the transmitted value information with the thresholds for the life parameter; and
wherein the coordinator device is operable to transmit suitable sleep patterns for each of the duty-cycling devices, a suitable sleep pattern transmitted to at least one non-medical duty-cycling device additionally taking into account at least one external factor not related to that non-medical duty-cycling device, in the form of the number of the medical sensor devices in the network in a predefined emergency state.
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Abstract
A wireless sensor network of devices including a sensor and a coordinator:
- the sensor comprising sensing means operable to detect values of a parameter; transmission and reception means for wireless communication with other devices in the network; and sensor control means operable to control a sleep pattern of the sensor; and
- the coordinator comprising transmission and reception means for wireless communication with other devices in the network; wherein
- the sensor transmission means is operable to transmit value information as to the parameter values and the coordinator transmission means is operable to transmit an indication of a suitable sensor sleep pattern taking into account the value information.
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Citations
14 Claims
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1. A wireless medical sensor network of devices including at least one duty-cycling medical sensor, at least one other non-medical duty-cycling device and a coordinator device, the at least one duty-cycling medical sensor comprising:
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sensing means operable to detect values of a life parameter of a patient; transmission and reception means for wireless communication with other devices in the network; and sensor control means operable to control a sleep pattern of the sensor; and the coordinator device comprising transmission and reception means for wireless communication with other devices in the network; wherein a plurality of predefined sleep patterns is provided, the choice of a suitable sleep pattern being determined according to a number of life parameter value thresholds, each threshold defining a boundary between a lower wake-up and a higher wake-up sleep pattern;
wherein the sensor transmission means is operable to transmit value information as to the life parameter and the coordinator device transmission means is operable to transmit an indication of a suitable sensor sleep pattern determined centrally by comparing the transmitted value information with the thresholds for the life parameter; andwherein the coordinator device is operable to transmit suitable sleep patterns for each of the duty-cycling devices, a suitable sleep pattern transmitted to at least one non-medical duty-cycling device additionally taking into account at least one external factor not related to that non-medical duty-cycling device, in the form of the number of the medical sensor devices in the network in a predefined emergency state. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
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11. A coordinator device in a wireless medical sensor network of devices including at least one duty-cycling medical sensor, at least one other non-medical duty-cycling device and the coordinator device, the coordinator device comprising:
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reception means operable to receive value information from the at least one sensor as to the detected values of a life parameter of a patient; determining means operable to determine a suitable sleep pattern for the sensor by comparing the received value information with thresholds for the life parameter; wherein a plurality of predefined sleep patterns is provided, the choice of a suitable sleep pattern being determined according to a number of life parameter value thresholds, each threshold defining a boundary between a lower wake-up and a higher wake-up sleep pattern; and transmission means operable to transmit an indication of the suitable sleep pattern; wherein the coordinator device is operable to transmit suitable sleep patterns for each of the duty-cycling devices, a suitable sleep pattern transmitted to at least one non-medical duty-cycling device additionally taking into account at least one external factor not related to that non-medical duty-cycling device, in the form of the number of the medical sensor devices in the network in a predefined emergency state.
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12. A duty-cycling medical sensor in a wireless medical sensor network of devices including at least one duty-cycling medical sensor, at least one other non-medical duty-cycling device and a coordinator device, the sensor comprising:
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sensing means operable to detect values of a life parameter of a patient; sensor control means operable to control a sleep pattern of the sensor; transmission means operable to transmit value information as to the life parameter; and reception means operable to receive an indication of a suitable sensor sleep pattern determined centrally by comparing the transmitted value information with thresholds for the life parameter; wherein a plurality of predefined sleep patterns is provided, the choice of a suitable sleep pattern being determined according to a number of life parameter value thresholds, each threshold defining a boundary between a lower wake-up and a higher wake-up sleep pattern, with a first threshold defining a boundary between a non-medical device and a medical device in a normal situation, a second threshold defining a boundary between a normal and a slightly abnormal situation and a third threshold defining a boundary between a slightly abnormal and an emergency situation; and the sensor control means control the sleep pattern of the sensor taking the suitable sensor sleep pattern into account.
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13. A central monitoring unit, which is in wired or wireless communication with a wireless medical sensor network of devices including at least one duty-cycling medical sensor, at least one other non-medical duty-cycling device and a coordinator device, the central monitoring unit comprising:
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determining means operable to determine a suitable sleep pattern for the sensor by comparing value information as to at least one life parameter of at least one patient, the value information transmitted by the sensor, with thresholds for the at least one life parameter; and communication means operable to send an indication of the suitable sleep pattern to a device of the network; wherein a plurality of predefined sleep patterns is provided, the choice of a suitable sleep pattern being determined according to a number of life parameter value thresholds, each threshold defining a boundary between a lower wake-up and a higher wake-up sleep pattern; and wherein the central monitoring unit is operable to determine suitable sleep patterns for the at least one non-medical duty-cycling device additionally taking into account at least one external factor not related to that non-medical duty-cycling device, in the form of the number of the medical sensor devices in the network in a predefined emergency state.
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14. A method in a wireless medical sensor network of devices including at least one duty-cycling medical sensor, at least one other non-medical duty-cycling device and a coordinator device, the method comprising:
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detecting values of a life parameter of a patient in the sensor; transmitting value information as to the life parameter from the sensor towards the coordinator device; and transmitting an indication of a suitable sensor sleep pattern determined centrally by comparing the transmitted value information with thresholds for the life parameter from the coordinator device towards the sensor and controlling a sleep pattern of the sensor taking into account the indication; wherein a plurality of predefined sleep patterns is provided, the choice of a suitable sleep pattern being determined according to life parameter value thresholds, each threshold defining a boundary between a lower wake-up and a higher wake-up sleep pattern, with a first threshold defining a boundary between a non-medical device and a medical device in a normal situation, a second threshold defining a boundary between a normal and a slightly abnormal situation and a third threshold defining a boundary between a slightly abnormal and an emergency situational.
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Specification