Medical devices with sensing characteristics for intravascular treatment sites and methods thereof
The present disclosure relates to medical devices including occlusion devices, clot retrieval systems, and stents. More particularly, the medical devices described herein measure characteristics for intravascular treatment sites. The medical devices may include pressure sensors and/or length sensors that may be used to determine the effectiveness of the medical devices during or after treatment. These sensors may be particularly helpful when used on an occlusion device or a clot removal device.
1 . A thrombus capture device for removing a thrombus from a patient, comprising:
an implant body comprising a framework; the framework having a compressed configuration and an expanded configuration;
a first array of force sensors positioned along a longitudinal length of the implant body; and,
a computing device that receives data from the first array of force sensors and calculates a thrombus length with known longitudinal spacing between force sensors of the first array of force sensors and with increased force values from at least some of the force sensors of the first array of force sensors.
2 . The thrombus capture device of claim 1 , further comprising a second array of force sensors positioned along a longitudinal length of the implant body.
3 . The thrombus capture device of claim 2 , further comprising a third array of force sensors positioned along a longitudinal length of the implant body.
4 . The thrombus capture device of claim 1 , wherein the force sensors of the first array are positioned at radially equidistant locations from each other.
5 . The thrombus capture device of claim 1 , further comprising an inductor capacitor L-C resonator mechanism.
6 . The thrombus capture device of claim 1 , wherein the framework is as an antenna and connected to a wireless transceiver fixed to the framework.
7 . The thrombus capture device of claim 1 , further comprising a wireless transceiver fixed to the framework and wherein the wireless transceiver transmits force data from each of the force sensors via an intermediate frequency.
8 . The thrombus capture device of claim 6 , wherein the wireless transceiver transmits pressure data via a frequency component that is added to the intermediate frequency and adjusted proportionally to an analog measurement of one or more of the first array of force sensors.
9 . The thrombus capture device of claim 1 , wherein each of the first array of force sensors are longitudinally positioned at equal distances from each other.
10 . The thrombus capture device of claim 1 , wherein the framework is a tubular shape or one or more spherical shapes.
11 . The thrombus capture device of claim 1 , wherein the computing device receives force data from each of the force sensors and calculates a position.
12 . The thrombus capture device of claim 1 , wherein the computing device receives force data from each of the force sensors and calculates a thrombus firmness.
13 . The thrombus capture device of claim 1 , wherein the computing device receives force data from each of the force sensors and calculates a thrombus composition.
14 . A thrombus capture system, comprising:
an implant body having a compressed state and an expanded state;
a first array of force sensors positioned along a longitudinal length of the implant body; and,
a computing device in communication with the first array of force sensors; wherein the computing device executes software to determine a length of a thrombus positioned within the implant body;
wherein the computing device calculates the length of the thrombus with known longitudinal spacing between force sensors of the first array of force sensors and with increased force values from at least some of the force sensors of the first array of force sensors.
15 . The thrombus capture system of claim 14 , wherein the implant body further comprising a wireless power transceiver coupled to the first array of force sensors.
16 . The thrombus capture system of claim 15 , wherein the computing device is connected to an external transceiver in communication with the wireless power transceiver.
17 . The thrombus capture system of claim 16 , wherein the wireless power transceiver further comprises an antenna or the implant body is used as an antenna by the wireless power transceiver.
18 . The thrombus capture system of claim 16 , wherein the wireless power transceiver transmits pressure data via a frequency component that is added to an intermediate frequency and adjusted proportionally to an analog measurement of one or more of the first array of force sensors.
19 . The thrombus capture system of claim 14 , wherein the implant body is a tubular framework or a spherical framework.
20 . A thrombus capture system for removing a thrombus from a patient, comprising:
an implant body comprising a framework; the framework having a compressed configuration and an expanded configuration; and,
a means for determining a thrombus length with known longitudinal spacing between force sensors of and with increased force values from at least some of the force sensors.