Adhesive patch arrangement for a physiological characteristic sensor, and related sensor assembly

1. An adhesive patch arrangement for a physiological characteristic sensor, the adhesive patch arrangement comprising:

a flexible adhesive patch comprising an adhesive skin-facing side, and a component-facing side opposite the adhesive skin-facing side;

a first affixing feature located in a sensor mounting region of the component-facing side of the flexible adhesive patch, the first affixing feature comprising an adhesive sensor-receiving surface to secure the physiological characteristic sensor to the flexible adhesive patch;

a second affixing feature located in a device mounting region of the component-facing side of the flexible adhesive patch, the second affixing feature comprising an adhesive device-receiving surface to secure a device to the flexible adhesive patch, wherein the sensor mounting region and the device mounting region are distinct and separate regions;

a removable reinforcement liner adhered to, and covering, the adhesive device-receiving surface of the second affixing feature, the reinforcement liner being shaped to define a cutout area that at least partially surrounds the first affixing feature, and the reinforcement liner being formed from a material that reinforces structural rigidity of the flexible adhesive patch when the reinforcement liner is adhered to the adhesive device-receiving surface; and

a removable backing liner adhered to, and covering, the adhesive skin-facing side of the flexible adhesive patch.

2. The adhesive patch arrangement of claim 1 , further comprising a removable release liner adhered to, and covering, the adhesive sensor-receiving surface of the first affixing feature.

3. The adhesive patch arrangement of claim 2 , wherein the removable release liner covers at least a portion of the removable reinforcement liner that defines the cutout area.

4. The adhesive patch arrangement of claim 1 , wherein the first affixing feature comprises a double-sided adhesive element.

5. The adhesive patch arrangement of claim 4 , wherein the double-sided adhesive element comprises:

a substrate layer having an upper surface and a lower surface;

a first adhesive layer on the upper surface of the substrate layer; and

a second adhesive layer on the lower surface of the substrate layer;

wherein the second adhesive layer couples the substrate layer to the component-facing side of the flexible adhesive patch.

6. The adhesive patch arrangement of claim 1 , wherein the second affixing feature comprises a double-sided adhesive element.

7. The adhesive patch arrangement of claim 6 , wherein the double-sided adhesive element comprises:

a first adhesive layer coupled to the component-facing side of the flexible adhesive patch; and

a second adhesive layer coupled to the first adhesive layer;

wherein the removable reinforcement liner is adhered to, and covers, the second adhesive layer.

8. The adhesive patch arrangement of claim 1 , wherein the removable backing liner includes at least one fold to facilitate peeling removal of the removable backing liner from the adhesive skin-facing side of the flexible adhesive patch.

9. The adhesive patch arrangement of claim 1 , wherein the removable reinforcement liner includes a least one fold to facilitate peeling removal of the removable reinforcement liner from the adhesive device-receiving surface of the second affixing feature.

10. The adhesive patch arrangement of claim 1 , wherein the removable reinforcement liner has a stiffness measurement that exceeds that of the flexible adhesive patch.

11. A physiological characteristic sensor assembly comprising:

a transport pedestal having a mounting surface;

a backing liner comprising a patch-facing side and a pedestal-facing side opposite the patch-facing side, wherein at least a portion of the pedestal-facing side is attached to the mounting surface of the transport pedestal;

a flexible adhesive patch comprising an adhesive skin-facing side removably adhered to the patch-facing side of the backing liner, and comprising a component-facing side opposite the adhesive skin-facing side;

a first affixing feature located in a sensor mounting region of the component-facing side of the flexible adhesive patch, the first affixing feature comprising an adhesive sensor-receiving surface;

a physiological characteristic sensor coupled to a sensor mounting region of the component-facing side of the flexible adhesive patch, wherein the adhesive sensor-receiving surface of the first affixing feature secures the physiological characteristic sensor to the flexible adhesive patch;

a second affixing feature located in a device mounting region of the component-facing side of the flexible adhesive patch, the second affixing feature comprising an adhesive device-receiving surface to secure a device to the flexible adhesive patch, wherein the sensor mounting region and the device mounting region are distinct and separate regions;

a removable reinforcement liner adhered to, and covering, the adhesive device-receiving surface of the device-affixing feature, the removable reinforcement liner being shaped to define a cutout area that at least partially surrounds the first affixing feature, and the reinforcement liner being formed from a material that reinforces structural rigidity of the flexible adhesive patch when the reinforcement liner is adhered to the adhesive device-receiving surface; and

a removable backing liner adhered to, and covering, the adhesive skin-facing side of the flexible adhesive patch.

12. The physiological characteristic sensor assembly of claim 11 , wherein the second affixing feature comprises a double-sided adhesive element.

13. The physiological characteristic sensor assembly of claim 12 , wherein the double-sided adhesive element comprises:

a single use adhesive layer coupled to the component-facing side of the flexible adhesive patch; and

a multiple use adhesive layer coupled to the first adhesive layer;

wherein the removable reinforcement liner is adhered to, and covers, the multiple use adhesive layer.

14. The physiological characteristic sensor assembly of claim 11 , wherein the backing liner includes at least one fold to facilitate peeling removal of the backing liner from the adhesive skin-facing side of the flexible adhesive patch.

15. The physiological characteristic sensor assembly of claim 11 , wherein the removable reinforcement liner includes a least one fold to facilitate peeling removal of the removable reinforcement liner from the adhesive device-receiving surface of the second affixing feature.

16. The physiological characteristic sensor assembly of claim 11 , wherein the physiological characteristic sensor comprises a glucose sensor.

17. The physiological characteristic sensor assembly of claim 16 , wherein the adhesive device-receiving surface of the second affixing feature is shaped and sized to accommodate a wireless transmitter for the glucose sensor.

18. The physiological characteristic sensor assembly of claim 11 , wherein the removable reinforcement liner has a stiffness measurement that exceeds that of the flexible adhesive patch.

19. A physiological characteristic sensor assembly comprising:

a transport pedestal having a primary mounting surface;

an adhesive patch arrangement as recited in claim 1 , wherein the removable backing liner of the adhesive patch arrangement is coupled to the primary mounting surface of the transport pedestal; and

a glucose sensor coupled to the flexible adhesive patch of the adhesive patch arrangement by way of the sensor-affixing feature.

20. The physiological characteristic sensor assembly of claim 19 , further comprising a needle hub assembly removably coupled to the glucose sensor.