Gel application system
A gel application system includes an applicator body having a first surface, a second surface and at least one opening extending through the applicator body from the first surface to the second surface. At least one gel packet is attached to the first surface of the applicator and defines an interior volume containing gel. The interior volume of the gel packet is in fluid flow communication with the at least one opening. The at least one gel packet is made of a material that has sufficient flexibility to allow a user to squeeze and compress the interior volume and expel gel through the at least one opening, by applying a compression force on the gel packet.
1. A gel application system comprising:
a volume of ultrasound gel configured to allow transmission of ultrasound energy waves to pass therethrough;
a membrane forming a container encompassing at least a portion of the volume of the ultrasound gel, wherein the membrane comprises a film that encompasses an entirety of the volume of the ultrasound gel;
an applicator located on an end of the container, wherein the applicator is physically separated from the ultrasound gel when the ultrasound gel is entirely stored in the container, wherein the applicator comprises a channel through which the ultrasound gel flows in a direction from inside of the container to the applicator; and
an adhesive layer on a surface of the film that releasably affixes the gel application system to a subject.
2. The gel application system of claim 1 , wherein the film is made from a pliable material that allows the ultrasound gel to be depressed when force is applied onto the membrane.
3. The system of claim 1 , wherein the applicator comprises a plurality of bristles.
4. The system of claim 3 , wherein the plurality of bristles are arranged in a circular arrangement.
5. The system of claim 1 , wherein
the applicator is physically separated from the ultrasound gel via a seal; and
the seal is between the applicator and the ultrasound gel when the ultrasound gel is entirely stored in the container.
6. A gel application system comprising:
a volume of ultrasound gel configured to allow transmission of ultrasound energy waves to pass therethrough;
a membrane forming a container encompassing at least a portion of the volume of the ultrasound gel, the membrane comprises a barrier surrounding a perimeter of the volume of the ultrasound gel;
an applicator located on an end of the container, wherein the applicator is physically separated from the ultrasound gel when the ultrasound gel is entirely stored in the container, wherein the applicator comprises a channel through which the ultrasound gel flows in a direction from inside of the container to the applicator; and
an adhesive layer on a surface of the barrier that releasably affixes the gel application system to a subject.
7. The gel application system of claim 6 , wherein the barrier has an annular shape.
8. The gel application system of claim 6 , wherein the barrier is made from a rigid material.
9. A gel application system comprising:
a volume of ultrasound gel configured to allow transmission of ultrasound energy waves to pass therethrough;
a membrane forming a container encompassing at least a portion of the volume of the ultrasound gel, the membrane comprises a barrier surrounding a perimeter of the volume of the ultrasound gel;
an applicator located on an end of the container, wherein the applicator is physically separated from the ultrasound gel when the ultrasound gel is entirely stored in the container, wherein the applicator comprises a channel through which the ultrasound gel flows in a direction from inside of the container to the applicator; and
at least one cover releasably attached over the volume of the ultrasound gel and the barrier, wherein the volume of ultrasound gel is retained between the at least one cover and the barrier.
10. The gel application system of claim 9 , wherein the at least one cover comprises two covers and each of the covers is releasably attached to opposite sides of the barrier.
11. A method of making a gel application system comprising:
providing a volume of ultrasound gel configured to allow transmission of ultrasound energy waves to pass therethrough;
encompassing at least a portion of the volume of the ultrasound gel in a membrane that forms a container, the membrane comprises a film that encompasses the entire volume of the ultrasound gel;
providing an applicator located on an end of the container, wherein the applicator is physically separated from the ultrasound gel when the ultrasound gel is entirely stored in the container, wherein the applicator comprises a channel through which the ultrasound gel flows in a direction from inside of the container to the applicator; and
attaching an adhesive layer on a surface of the film for releasably affixing the gel application system to a subject.
12. The method of claim 11 , wherein the film is made from a pliable material that allows the ultrasound gel to be depressed when force is applied onto the membrane.
13. The method of claim 11 , wherein the membrane comprises a barrier surrounding a perimeter of the volume of the ultrasound gel.
14. A gel application system comprising:
a volume of ultrasound gel configured to allow transmission of ultrasound energy waves to pass therethrough;
a membrane forming a container encompassing at least a portion of the volume of the ultrasound gel;
an applicator located on an end of the container, wherein the applicator is physically separated from the ultrasound gel when the ultrasound gel is entirely stored in the container, wherein the applicator comprises a channel through which the ultrasound gel flows in a direction from inside of the container to the applicator, the applicator comprises a plurality of bristles, the plurality of bristles are arranged in a circular arrangement, and
the seal is configured to be opened via tearing.