Headrest assembly with improved flexibility for a massage device
View Patent ↗A headrest assembly ( 212 ) for supporting a face of a user ( 16 ) of a massage device ( 10 ) includes a support frame ( 226 ) that is coupled to the massage device ( 10 ), and a resilient assembly ( 220 ) that supports the face of the user ( 15 ) and that is coupled to the support frame ( 226 ). The resilient assembly ( 220 ) includes an interior resilient region ( 472 ) and an outer covering ( 474 ) that surrounds and protects the interior resilient region ( 472 ). The interior resilient region ( 472 ) includes a first layer ( 472 A) and a second layer ( 472 B), with the first layer ( 472 A) being stacked on top of the second layer ( 472 B). The first layer ( 472 A) can have a first stiffness that is different than a second stiffness of the second layer ( 472 B). Further, the first layer ( 472 A) can have a first thickness ( 472 C) that is different than a second thickness ( 472 D) of the second layer ( 472 B). Additionally, the second layer ( 472 B) can include a plurality of cut-outs ( 472 BC) that decrease the lateral stiffness of the second layer ( 472 B).
1. A headrest assembly for supporting a face of a user of a massage device, the headrest assembly comprising:
a support frame that is coupled to the massage device; and
a resilient assembly that supports the face of the user and that is coupled to the support frame, the resilient assembly having an interior resilient region and an outer covering that surrounds and protects the interior resilient region, the interior resilient region including a flexible first layer and a flexible second layer, the first layer being stacked on top of the second layer, the first layer having a first stiffness that is at least approximately 80 percent less than a second stiffness of the second layer, the second layer including a plurality of spaced apart elongated slits that are cut into the second layer so as to reduce the lateral stiffness of the second layer, wherein each of the layers is made of foam; and wherein each layer conforms to the face of the user.
2. The headrest assembly of claim 1 wherein the first layer has a first thickness that is greater than a second thickness of the second layer.
3. The headrest assembly of claim 2 wherein the first thickness is at least approximately two times greater than the second thickness.
4. A massage device comprising a massage base and the headrest assembly of claim 1 coupled to the massage base.
5. A headrest assembly for supporting a face of a user of a massage device, the headrest assembly comprising:
a support frame that is coupled to the massage device; and
a resilient assembly that supports the face of the user and that is coupled to the support frame, the resilient assembly having an interior resilient region and an outer covering that surrounds and protects the interior resilient region, the interior resilient region including a flexible first layer and a flexible second layer, the first layer being stacked on top of the second layer, the first layer having a first thickness that is at least approximately five times greater than a second thickness of the second layer, the second layer including a plurality of spaced apart elongated slits that are cut into the second layer so as to reduce the lateral stiffness of the second layer, wherein each of the layers is made of foam; and wherein each layer conforms to the face of the user.
6. The headrest assembly of claim 5 wherein the first layer has a first stiffness that is less than a second stiffness of the second layer.
7. A massage device comprising a massage base and the headrest assembly of claim 5 coupled to the massage base.
8. A headrest assembly for supporting a face of a user of a massage device, the headrest assembly comprising:
a support frame that is coupled to the massage device; and
a resilient assembly that supports the face of the user and that is coupled to the support frame, the resilient assembly having an interior resilient region and an outer covering that surrounds and protects the interior resilient region, the interior resilient region including a foam layer having a plurality of spaced apart elongated slits that are cut into the foam layer so as to reduce the lateral stiffness of the foam layer.
9. The headrest assembly of claim 8 wherein the interior resilient region includes a stacked layer that is stacked on top of the foam layer, the stacked layer having a stacked layer stiffness that is less than a foam layer stiffness of the foam layer.
10. The headrest assembly of claim 8 wherein the interior resilient region includes a stacked layer that is stacked on top of the foam layer, the stacked layer having a stacked layer thickness that is greater than a foam layer thickness of the foam layer.
11. The headrest assembly of claim 1 wherein the first layer is made of approximately four pound density per cubic foot foam and the second layer is made of approximately six pound density per cubic foot foam.
12. The headrest assembly of claim 5 wherein the first layer is made of approximately four pound density per cubic foot foam and the second layer is made of approximately six pound density per cubic foot foam.
13. The headrest assembly of claim 1 wherein the resilient assembly includes a resilient member that is coupled to the support frame, the resilient member supporting the flexible layers, the resilient member and the flexible layers cooperating to support the face of the user of the massage device, wherein the resilient member bends and pivots relative to the support frame when the layers are supporting the face.
14. The headrest assembly of claim 8 wherein the plurality of elongated slits do not significantly influence the compression properties of the second layer.
15. The headrest assembly of claim 8 wherein the plurality of elongated slits extend through the entire thickness of the second layer.
16. The headrest assembly of claim 8 wherein the resilient assembly includes a resilient member that is coupled to the support frame, the resilient member supporting the flexible layers, the resilient member and the flexible layers cooperating to support the face of the user of the massage device, wherein the resilient member bends and pivots relative to the support frame when the layers are supporting the face.
17. The headrest assembly of claim 8 wherein the elongated slits are oriented to extend generally parallel to each other to allow for increased lateral stretch without significantly influencing the compression properties of the second layer.
18. The headrest assembly of claim 17 wherein the resilient assembly includes an upper face region that engages and supports an upper portion of the face of the user and a lower face region that engages and supports a lower portion of the face of the user, and wherein the elongated slits are oriented to extend generally from one of the upper face region and the lower face region toward the other face region.
19. The headrest assembly of claim 2 wherein the first thickness is at least approximately five times greater than the second thickness.
20. The headrest assembly of claim 6 wherein the first stiffness is at least approximately 50 percent less than the second stiffness.