Extended life disposable pulse oximetry sensor and method of making

Claim 2

An oximetry sensor comprising: an elongated substantially planar, hole-free foam wrap member including a fastener having a plurality of hooks thereon, the foam wrap member having a foam portion substantially enclosed by a fabric member, the fastener attached to one end of the elongated substantially planar foam wrap member; an LED assembly and a photodiode; a window film for covering the LED assembly and the photodiode; and a top liner secured to a portion of the foam wrap member adjacent the other end thereof, the top liner securing the LED assembly and the photodiode in position on the foam wrap member.

Claim 3

The oximetry sensor of claim 1, further comprising: a back film mounting member.

Claim 4

The oximetry sensor of claim 2, further comprising: support rings for the LED assembly and the photodiode.

Claim 5

The oximetry sensor of claim 4, wherein the support rings are adhesively secured to a portion of the window film.

Claim 6

The oximetry sensor of claim 4, wherein the support rings are adhesively secured to a portion of the back film mounting member and the window film.

Claim 7

The oximetry sensor of claim 4, wherein the support rings are adhesively secured to a portion of the back film mounting member and a portion of the window film.

Claim 8

The oximetry sensor of claim 2, wherein the back film mounting member is adhesively secured to a portion of the foam wrap member.

Claim 9

The oximetry sensor of claim 1, further comprising: a cable connected to the LED assembly and the photodiode.

Claim 10

The oximetry sensor of claim 1, wherein the fabric portion of the foam wrap member includes a plurality of loops therein to engage the plurality of hooks located on the fastener.

Claim 11

The oximetry sensor of claim 1, wherein the top liner is adhesively secured to a portion of the window film.

Claim 12

The oximetry sensor of claim 1, wherein the LED assembly and the photodiode are connected to a cable having a connector on one end thereof.

Claim 13

The oximetry sensor of claim 11, wherein the cable includes a connector on one end thereof.

Claim 16

The method of claim 13, wherein the method includes the step of: securing a top liner to the other side of the window film.

Claim 17

The method of claim 13, wherein the method includes the step of: attaching a portion of a cable to the photodiode; and attaching a portion of a cable to the LED assembly.

Claim 18

An oximetry sensor comprising: an elongated hole-free foam wrap member including a fastener secured thereto having a plurality of hooks thereon, the foam wrap member having a foam portion substantially enclosed by a fabric portion, the fastener attached to one end of the elongated foam wrap member; a back film mounting member attached to a portion of the foam wrap member adjacent the other end thereof; an LED assembly and a photodiode, the LED assembly and the photodiode attached to a portion of the back film mounting member; a window film covering the LED assembly and the photodiode, the window film secured to a portion of the back film mounting member; and a top liner attached to a portion of the back film mounting member, the window film covered by the top liner.

Claim 19

An oximetry sensor comprising: an elongated hole-free foam wrap member including a fastener secured thereto having a plurality of hooks thereon, the foam wrap member having a foam portion substantially enclosed by a fabric portion, the fastener attached to one end of the elongated foam wrap member; a back film mounting member attached to a portion of the foam wrap member adjacent the other end thereof; an LED assembly and a photodiode, the LED assembly and the photodiode attached to a portion of the back film mounting member; a window film covering the LED assembly and the photodiode, the window film secured to a portion of the back film mounting member; and a top liner attached to a portion of the back film mounting member, the window film covered by the top liner.

Claim 20

The oximetry sensor of claim 16, wherein the back film mounting member is adhesively secured to a portion of the foam wrap member.

Claim 21

The oximetry sensor of claim 16, wherein the fabric portion of the foam wrap member includes a plurality of loops therein to engage the plurality of hooks located on the fastener.

Claim 22

The oximetry sensor of claim 16, wherein the sensor further comprises: support rings for the LED assembly and the photodiode, the support rings adhesively secured to a portion of the window film.

Claim 23

The oximetry sensor of claim 16, wherein the sensor further comprises: support rings for the LED assembly and the photodiode, the support rings adhesively secured to a portion of the back film mounting member and the window film.

Claim 24

The oximetry sensor of claim 18, wherein the top liner is adhesively secure to a portion of the window film.

Claim 25

The oximetry sensor of claim 16, wherein the window film is transparent to red and infrared light.

Claim 28

The method of claim 23, wherein the method includes the step of: securing a top liner to the other side of the window film.

Claim 29

The method of claim 23, wherein the method includes the step of: attaching a portion of a cable to the photodiode; and attaching a portion of a cable to the LED assembly.

Claim 30

An oximetry sensor comprising: an elongated foam wrap member including a fastener having a plurality of hooks thereon, the foam wrap member having a foam portion substantially enclosed by a fabric member, the fastener attached to one end of the elongated foam wrap member; an LED assembly and a photodiode located on the elongated, foam wrap member; and a top liner secured to a portion of the foam wrap member adjacent the other end thereof, the top liner securing the LED assembly and the photodiode in position on the foam wrap.

Claim 31

An oximetry sensor comprising: an elongated foam wrap member including a fastener having a plurality of hooks thereon, the foam wrap member having a foam portion substantially enclosed by a fabric member, the fastener attached to one end of the elongated foam wrap member; an LED assembly and a photodiode located on the elongated, foam wrap member; and a top liner secured to a portion of the foam wrap member adjacent the other end thereof, the top liner securing the LED assembly and the photodiode in position on the foam wrap.