Modular ingestible capsule
A modular ingestible capsule ( 15 ) comprising a capsule body ( 16 ) having an outer shell ( 21 ), a power supply ( 22 ), a transmitter ( 23 ) connected with the power supply, an antenna ( 24 ) connected with the transmitter, an activator ( 25 ) configured to activate the power supply, and an electrical coupling element ( 26 ) connected with the transmitter, a first modular sensing component ( 18 ) configured and arranged to connect to the capsule body and having an outer shell ( 28 ) configured and arranged to attach to the shell of the capsule body, a sensor ( 29 ) for sensing a parameter of an ingestible tract, and an electrical coupling element ( 32 ) connected with the sensor and configured and arranged to engage the electrical coupling element of the capsule body, whereby the first modular sensing component may be readily mechanically and electrically attached to the capsule body prior to ingestion of capsule by subject.
1 . A modular ingestible capsule comprising:
a capsule body having:
an outer shell;
a power supply;
a transmitter connected with said power supply;
an antenna connected with said transmitter;
an activator configured to activate said power supply; and
an electrical coupling element connected with said transmitter;
a first modular sensing component configured and arranged to connect to said capsule body and having:
an outer shell configured and arranged to attach to said shell of said capsule body;
a sensor for sensing a parameter of an ingestible tract; and
an electrical coupling element connected with said sensor and configured and arranged to engage said electrical coupling element of said capsule body;
whereby said first modular sensing component may be mechanically and electrically attached to said capsule body prior to ingestion of said capsule by a subject.
2 . The capsule set forth in claim 1 , wherein said sensor is selected from a group consisting of a pH sensor, a pressure sensor and a temperature sensor.
3 . The capsule set forth in claim 1 , wherein said power supply comprises a battery.
4 . The capsule set forth in claim 1 , wherein said transmitter is configured to transmit data to a remote receiver.
5 . The capsule set forth in claim 1 , wherein said capsule body further comprises a temperature sensor.
6 . The capsule set forth in claim 1 , wherein said electrical coupling element of said capsule body comprises a plug and said electrical coupling element of said modular sensing component comprises a receptacle configured to receive said plug.
7 . The capsule set forth in claim 1 , wherein said modular sensing component further comprises a processor connected with said sensor.
8 . The capsule set forth in claim 7 , wherein said processor is programmed to control a sampling rate of said sensor.
9 . The capsule set forth in claim 7 , wherein said processor is programmed to control a transmission burst duration and a rate of transmission bursts of said transmitter.
10 . The capsule set forth in claim 7 , wherein said processor communicates with said sensor bi-directionally.
11 . The capsule set forth in claim 1 , wherein said capsule body further comprises a processor connected to said electrical coupling element of said body.
12 . The capsule set forth in claim 11 , wherein said modular sensing component further comprises an ID tag recognizable to said processor.
13 . The capsule set forth in claim 1 , wherein said sensor is an analog sensor that provides an output voltage in response to stimuli.
14 . The capsule set forth in claim 13 , wherein said modular sensing component further comprises an analog-digital converter configured to convert an analog signal from said sensor to a digital signal.
15 . The capsule set forth in claim 1 , and further comprising:
a second modular sensing component configured and arranged to connect to said capsule body and having:
an outer shell configured and arranged to attach to said shell of said capsule body;
a sensor for sensing a parameter of an ingestible tract; and
an electrical coupling element connected with said sensor and configured and arranged to engage said electrical coupling element of said capsule body;
wherein said second modular sensing component may be interchangeably attached mechanically and electrically to said capsule body with said first modular sensing component.
16 . The capsule set forth in claim 1 , wherein said capsule body comprises a second electrical coupling element connected with said transmitter and further comprising:
a second modular sensing component configured and arranged to connect to said capsule body and having:
an outer shell configured and arranged to attach to said shell of said capsule body;
a sensor for sensing a parameter of an ingestible tract; and
an electrical coupling element connected with said sensor and configured and arranged to engage said second electrical coupling element of said capsule body;
whereby said second modular sensing component may be mechanically and electrically attached to said capsule body prior to ingestion of said capsule by a subject.
17 . The capsule set forth in claim 16 , wherein said sensor of said first modular sensing component is different from said sensor of said second modular sensing component.
18 . The capsule set forth in claim 17 , wherein said sensor of said first modular sensing component is a pH sensor and said sensor of said second modular sensing component is a pressure sensor.
19 . The capsule set forth in claim 16 , wherein said sensor of said first modular sensing component is the same as said sensor of said second modular sensing component.
20 . The capsule set forth in claim 19 , wherein said sensors are pressure sensors.
21 . The capsule set forth in claim 1 , wherein said transmitter and said power supply are connected directly to said electrical coupling element of said body.
22 . A method of measuring parameters of the gastrointestinal tract of a subject comprising the steps of:
providing a capsule body having:
an outer shell;
a power supply;
a transmitter connected with said power supply;
an antenna connected with said transmitter;
an activator configured to activate said power supply; and
an electrical coupling element connected with said transmitter;
providing a first modular sensing component configured and arranged to connect to said capsule body and having:
an outer shell configured and arranged to attach to said shell of said capsule body;
a sensor for sensing a parameter of an ingestible tract; and
an electrical coupling element connected with said sensor and configured and arranged to engage said electrical coupling element of said capsule body;
providing a second modular sensing component configured and arranged to connect to said capsule body and having:
an outer shell configured and arranged to attach to said shell of said capsule body;
a sensor for sensing a parameter of an ingestible tract; and
an electrical coupling element connected with said sensor and configured and arranged to engage said electrical coupling element of said capsule body;
attaching one of said first or second modular sensing components to said capsule body;
having a subject ingest said capsule;
recording measurements from said sensor of said attached modular sensing component as said capsule passes through a gastrointestinal tract of said subject; and
transmitting said measurements from said transmitter to a receiver located outside of said gastrointestinal tract of said subject.
23 . The method set forth in claim 22 , wherein said sensor is selected from a group consisting of a pH sensor, a pressure sensor and a temperature sensor.
24 . The method set forth in claim 22 , wherein said power supply comprises a battery.
25 . The method set forth in claim 22 , wherein said capsule body further comprises a temperature sensor.
26 . The method set forth in claim 22 , wherein said electrical coupling element of said capsule body comprises a plug and said electrical coupling element of said first and second modular sensing components each comprise a receptacle configured to receive said plug.
27 . The method set forth in claim 22 , wherein said first and second modular sensing components each further comprise a processor connected with said sensor.
28 . The method set forth in claim 27 , wherein said processor is programmed to control a sampling rate of said sensor.
29 . The method set forth in claim 27 , wherein said processor is programmed to control a transmission burst duration and a rate of transmission bursts of said transmitter.
30 . The method set forth in claim 22 , wherein said capsule body further comprises a processor connected to said electrical coupling element of said body.
31 . The method set forth in claim 30 , wherein said first and second modular sensing components each further comprise different ID tags recognizable to said processor.
32 . The method set forth in claim 22 , wherein said sensor is an analog sensor that provides an output voltage in response to stimuli.
33 . The method set forth in claim 22 , wherein said first and second modular sensing components each further comprise an analog-digital converter configured to convert an analog signal from said sensor to a digital signal.
34 . The method set forth in claim 22 , wherein said capsule body comprises a second electrical coupling element and further comprising the step of attaching one of said first or second modular sensing components to said capsule body.
35 . The method set forth in claim 22 , wherein said sensor of said first modular sensing component is different from said sensor of said second modular sensing component.
36 . The method set forth in claim 35 , wherein said sensor of said first modular sensing component is a pH sensor and said sensor of said second modular sensing component is a pressure sensor.
37 . The method set forth in claim 22 , wherein said sensor of said first modular sensing component is the same as said sensor of said second modular sensing component.
38 . The method set forth in claim 36 , wherein said sensors are pressure sensors.