Granted Patent B2

US 12,520,114 · App. 17/102,820 · Granted Jan 6, 2026

Inventor: Anthony P. Russo (New York, NY)

Assignee: Ascensia Diabetes Care Holdings AG

H04W4/80G01N27/3272G01N27/3273

Abstract

Claims (111)

1 . A system for determining analyte information of a fluid sample, the system comprising:

an electrochemical test sensor adapted to receive the fluid sample of an analyte, the electrochemical test sensor comprising:

a base including an enzyme adapted to react with the analyte;

a plurality of electrodes comprising:

a working electrode for measuring a concentration of the fluid sample;

a counter electrode; and

at least one of a fill detection electrode or a hematocrit electrode; and

a plurality of test sensor contacts; and

a near field communication (NFC) dongle an algorithm from the plurality of algorithms

an NFC chip;

an analog front end;

a temperature sensor;

a microcontroller;

a battery; and

an exterior covering forming an opening for receiving the electrochemical test sensor,

wherein the microcontroller is configured to be powered by the battery when the electrochemical test sensor is received in the opening, and

wherein the microcontroller directs the analog front end to:

supply a voltage to a reagent area starting an electrochemical reaction when the microcontroller is powered by the battery upon receiving the electrochemical test sensor into the opening; and

sample a result produced from the electrochemical reaction producing a sampled result;

upon receiving a request to transmit the sampled result, transmit the sampled result and test sensor identification information,

wherein the test sensor identification information is indicative of the electrochemical test sensor; and

a Bluetooth-enabled reader configured to:

collect user identification information indicative of a user;

authenticate the user based on the user identification information, and upon authenticating the user:

obtain the sampled result and the test sensor identification information;

access a cloud-based storage storing a plurality of algorithms;

select, from the cloud-based storage, an algorithm based on the test sensor identification information;

run the algorithm to determine the analyte information of the fluid sample based on the sampled result; and

categorize the analyte information based on the user identification information.

2 . The system of claim 1 , wherein the Bluetooth-enabled reader is a smartphone, tablet, computer, or a kiosk.

3 . The system of claim 1 , wherein the Bluetooth-enabled reader displays the analyte information of the fluid sample.

4 . The system of claim 1 , wherein the Bluetooth-enabled reader includes log-in information.

5 . The system of claim 1 , wherein the electrochemical test sensor further includes a mediator.

6 . A system for determining analyte information of a fluid sample, the system comprising:

an electrochemical test sensor adapted to receive the fluid sample of an analyte, the electrochemical test sensor comprising:

a base including an enzyme adapted to react with the analyte;

a capillary channel for receiving the fluid sample;

a plurality of electrodes comprising:

a working electrode configured for measuring a concentration of the fluid sample;

a counter electrode; and

a fill detection electrode; and

a plurality of test sensor contacts;

a Bluetooth-enabled dongle comprising:

a Bluetooth chip, comprising:

an analog front end;

a microcontroller; and

a battery; and

an exterior covering forming an opening configured for receiving the electrochemical test sensor,

wherein the microcontroller is configured to be powered by the battery when the electrochemical test sensor is received in the opening, and

wherein the microcontroller directs the analog front end to:

supply a voltage to a reagent area starting an electrochemical reaction when the microcontroller is powered by the battery upon receiving the electrochemical test sensor into the opening;

sample a result produced from the electrochemical reaction producing a sampled result; and

upon receiving a request to transmit the sampled result, transmit the sampled result and test sensor identification information,

wherein the test sensor identification information is indicative of the electrochemical test sensor; and

a Bluetooth-enabled reader configured to:

collect user identification information indicative of a user;

authenticate the user based on the user identification information, and upon authenticating the user:

obtain the sampled result and the test sensor identification information indicative of the electrochemical test sensor;

access a cloud-based storage storing a plurality of algorithms;

select, from the cloud-based storage, an algorithm from the plurality of algorithms based on the test sensor identification information;

run the algorithm to determine the analyte information of the fluid sample based on the sampled result; and

categorize the analyte information based on the user identification information.

7 . The system of claim 6 , wherein the Bluetooth-enabled reader is a smartphone, tablet or computer.

8 . The system of claim 6 , wherein the Bluetooth-enabled reader is a kiosk.

9 . The system of claim 6 , wherein the Bluetooth-enabled reader displays the analyte information of the fluid sample.

10 . The system of claim 6 , wherein the Bluetooth chip is adapted to include and transmit read-only data, the read-only data identifies the electrochemical test sensor transmitted to the Bluetooth-enabled reader to assist in determining the analyte information of the fluid sample.

11 . The system of claim 6 , wherein the electrochemical test sensor further includes a mediator.

12 . The system of claim 6 , wherein the Bluetooth-enabled dongle is formed in absence of a display and one or more buttons.

13 . The system of claim 6 , wherein the Bluetooth-enabled dongle is a Bluetooth Low Energy (BLE)-enabled dongle and wherein the Bluetooth chip is a BLE chip.

14 . A method for determining analyte information of a fluid sample, the method comprising:

providing an electrochemical test sensor adapted to receive the fluid sample of an analyte, the electrochemical test sensor including a base, the base including an enzyme adapted to react with the analyte, the electrochemical test sensor further including a plurality of electrodes and a plurality of test sensor contacts;

providing a wireless communication-enabled dongle including a wireless communication chip, an analog front end (AFE), a battery, and a microcontroller, the wireless communication-enabled dongle including an exterior covering, the exterior covering forming an opening for receiving the electrochemical test sensor;

placing the electrochemical test sensor into electrical communication with the wireless communication-enabled dongle via the opening of the wireless communication-enabled dongle;

contacting the fluid sample with the electrochemical test sensor;

powering, by the battery and by inserting the electrochemical test sensor into the opening, the wireless communication chip, the microcontroller, and the analog front end (AFE), the microcontroller directing the analog front end to:

supply a voltage to a reagent area starting an electrochemical reaction when the microcontroller and the analog front end are powered; and

sample a result produced from the electrochemical reaction producing a sampled result;

obtaining, by a wireless communication-enabled reader, user identification information indicative of a user;

bringing the wireless communication-enabled dongle and the electrochemical test sensor in proximity to the wireless communication-enabled reader;

upon receiving the user identification information, wirelessly transmitting the sampled result and test sensor identification information from the wireless communication-enabled dongle via the wireless communication chip to the wireless communication-enabled reader,

wherein the test sensor identification information is indicative of the electrochemical test sensor;

receiving, by the wireless communication-enabled reader, the sampled result and the test sensor identification information;

authenticating the user based on the user identification information, and upon authenticating the user:

access a cloud-based storage storing a plurality of algorithms;

selecting, from the cloud-based storage, an algorithm from the plurality of algorithms based on the test sensor identification information;

determining the analyte information of the fluid sample via the wireless communication-enabled reader using the sampled result and the algorithm; and

categorizing the analyte information based on the user identification information.

15 . The method of claim 14 , wherein the fluid sample is blood.

16 . The method of claim 14 , wherein the wireless communication-enabled reader is a smartphone, tablet or computer.

17 . The method of claim 14 , wherein a proximity between the electrochemical test sensor and the wireless communication-enabled reader is less than about 10 cm.

18 . The method of claim 14 , wherein the analyte information of the fluid sample is an analyte concentration.

19 . The method of claim 14 , wherein the analyte information of the fluid sample is conveyed to the user via a display or an audio communication.

20 . A method for determining analyte information of a fluid sample, the method comprising:

providing an electrochemical test sensor adapted to receive the fluid sample of an analyte, the electrochemical test sensor including a base, the base including an enzyme adapted to react with the analyte, the electrochemical test sensor further including a plurality of electrodes and a plurality of test sensor contacts;

providing a Bluetooth-enabled dongle including a Bluetooth chip, an analog front end (AFE), a battery, and a microcontroller, the Bluetooth-enabled dongle including an exterior covering, the exterior covering forming an opening for receiving the electrochemical test sensor;

placing the electrochemical test sensor into electrical communication with the Bluetooth-enabled dongle via the opening of the Bluetooth-enabled dongle;

contacting the fluid sample with the electrochemical test sensor;

powering the Bluetooth chip and the analog front end (AFE) by the battery when the electrochemical test sensor is received in the opening, the microcontroller directing the analog front end to:

supply a voltage to a reagent area starting an electrochemical reaction when the microcontroller and the analog front end are powered; and

sample a result produced from the electrochemical reaction producing a sampled result;

obtaining, by a Bluetooth-enabled reader, user identification information indicative of a user;

bringing the Bluetooth-enabled dongle in proximity to the Bluetooth-enabled reader;

upon receiving the user identification information, authenticating the user based on the user identification information;

upon authenticating the user:

wirelessly transmitting the sampled result and test sensor identification information from the Bluetooth-enabled dongle via the Bluetooth chip to the Bluetooth-enabled reader,

wherein the test sensor identification information is indicative of the electrochemical test sensor;

receiving, by the Bluetooth-enabled reader, the sampled result and the test sensor identification information;

access a cloud-based storage storing a plurality of algorithms;

selecting, from the cloud-based storage, an algorithm from the plurality of algorithms based on the test sensor identification information;

determining the analyte information of the fluid sample via the Bluetooth-enabled reader using the sampled result and the algorithm; and

categorizing the analyte information based on the user identification information.

Assignments (1)

Continuity (1)

References Cited (34)