Mounts for tracking devices
Mounts for securing a device to a flexible object comprise a flexible substrate configured to be operatively coupled to the flexible object and a housing coupled to the flexible substrate and having an internal void that is sized to receive the device.
1. A mount ( 10 ) for securing a tracking device ( 12 ) to a flexible object ( 16 ), the mount ( 10 ) comprising:
a flexible flat plate ( 14 ) configured to be operatively coupled to the flexible object ( 16 ), wherein the flexible flat plate ( 14 ) is a sheet material that will conform to the flexible object ( 16 ); and
a housing ( 18 ) coupled to the flexible flat plate ( 14 ) and having an internal void ( 20 ) that is sized to receive the tracking device ( 12 ), wherein the flexible flat plate ( 14 ) extends laterally away from the housing ( 18 );
wherein the housing ( 18 ) defines a central axis ( 19 ), wherein the housing ( 18 ) has a greatest lateral housing dimension ( 21 ) transverse to the central axis ( 19 ), wherein the flexible flat plate ( 14 ) has a greatest lateral substrate dimension ( 23 ) transverse to the central axis ( 19 ), and wherein the greatest lateral substrate dimension ( 23 ) is greater than the greatest lateral housing dimension ( 21 ).
2. The mount ( 10 ) of claim 1 , wherein the flexible flat plate substrate ( 14 ) comprises an adhesive-backed film ( 22 ) comprising a base layer ( 24 ), an adhesive ( 26 ) adhered to the base layer ( 24 ), and a removable backing ( 28 ) removably adhered to the adhesive ( 26 ).
3. The mount ( 10 ) of claim 1 , wherein the flexible flat plate ( 14 ) is configured to be sewn to the flexible object ( 16 ).
4. The mount ( 10 ) of claim 1 , wherein the housing ( 18 ) is centered relative to the flexible flat plate ( 14 ).
5. The mount ( 10 ) of claim 1 , wherein the flexible flat plate ( 14 ) defines an aperture ( 30 ), and wherein the housing ( 18 ) extends through the aperture ( 30 ).
6. The mount ( 10 ) of claim 5 , wherein the housing ( 18 ) comprises a body ( 32 ) and a flange ( 34 ) extending from the body ( 32 ), wherein the flexible flat plate ( 14 ) has a first side ( 36 ) and a second side ( 38 ) opposite the first side ( 36 ), wherein the body ( 32 ) extends through the aperture ( 30 ), and wherein the flange ( 34 ) engages the second side ( 38 ) of the flexible flat plate ( 14 ).
7. The mount ( 10 ) of claim 6 , wherein the flange ( 34 ) extends fully around the body ( 32 ).
8. The mount ( 10 ) of claim 6 , wherein the flexible flat plate ( 14 ) is secured between the body ( 32 ) and the flange ( 34 ).
9. The mount ( 10 ) of claim 6 , wherein the flange ( 34 ) and the body ( 32 ) are monolithic.
10. The mount ( 10 ) of claim 6 , wherein the flange ( 34 ) is coupled to the body ( 32 ).
11. The mount ( 10 ) of claim 1 , wherein the housing ( 18 ) comprises a body ( 32 ) and a cover ( 44 ) removably coupled to the body ( 32 ) to permit for placement and removal of the tracking device ( 12 ) in and from the internal void ( 20 ).
12. The mount ( 10 ) of claim 11 , wherein the cover ( 44 ) is flexible and has a stretch-fit arrangement with the body ( 32 ).
13. The mount ( 10 ) of claim 12 , wherein the cover ( 44 ) comprises a cover tab ( 48 ) that is sized to be engaged by a finger of a user for operative removal of the cover ( 44 ) from the body ( 32 ).
14. The mount ( 10 ) of claim 12 , wherein the cover ( 44 ) comprises a lip ( 64 ) extending toward the central axis ( 19 ), and wherein the body ( 32 ) defines a channel ( 66 ) configured to mate with the lip ( 64 ) to operatively retain the cover ( 44 ) on the body ( 32 ).
15. The mount ( 10 ) of claim 1 , wherein the housing ( 18 ) comprises a body ( 32 ), wherein the body ( 32 ) defines a passage ( 49 ), and wherein the body ( 32 ) is configured to stretch to permit for selective placement of the tracking device ( 12 ) through the passage ( 49 ) and into the internal void ( 20 ), such that the body ( 32 ) retains the tracking device ( 12 ) within the internal void ( 20 ).
16. The mount ( 10 ) of claim 1 , wherein the housing ( 18 ) comprises a body ( 32 ), and wherein the body ( 32 ) defines an opening ( 52 ) sized to restrict passage of the tracking device ( 12 ) through the opening ( 52 ), and sized to permit a finger of a user to extend through the opening ( 52 ), to engage the tracking device ( 12 ) within the internal void ( 20 ), to urge the tracking device ( 12 ) out of the internal void ( 20 ) opposite the opening ( 52 ).
17. The mount ( 10 ) of claim 1 , wherein the housing ( 18 ) is configured to receive the tracking device ( 12 ) in the internal void ( 20 ) in a friction-fit arrangement or a snap-fit arrangement.
18. The mount ( 10 ) of claim 17 , wherein the housing ( 18 ) comprises a body ( 32 ), wherein the internal void ( 20 ) comprises a body-portion ( 54 ) defined by the body ( 32 ), wherein the body ( 32 ) comprises a terminal lip ( 56 ), wherein the body-portion ( 54 ) of the internal void ( 20 ) has a maximum body-portion dimension ( 58 ), and wherein the terminal lip ( 56 ) defines an inside lip-dimension ( 60 ) that is less than the maximum body-portion dimension ( 58 ).
19. An assembly ( 300 ), comprising:
the mount ( 10 ) of claim 1 ;
the tracking device ( 12 ), wherein the tracking device ( 12 ) is positioned within the internal void ( 20 ) of the housing ( 18 ); and
the flexible object ( 16 ), wherein the mount ( 10 ) is operatively coupled to the flexible object ( 16 ).
20. The mount ( 10 ) of claim 1 , wherein the internal void ( 20 ) is configured to receive the tracking device ( 12 ) wholly on one side of the flexible flat plate ( 14 ).
21. A mount ( 10 ) for securing a device ( 12 ) to a flexible object ( 16 ), the mount ( 10 ) comprising:
a flexible substrate ( 14 ) configured to be operatively coupled to the flexible object ( 16 ), wherein the flexible substrate ( 14 ) defines an aperture ( 30 ); and
a housing ( 18 ) coupled to the flexible substrate ( 14 ) and having an internal void ( 20 ) that is sized to receive the device ( 12 ), wherein the housing ( 18 ) defines a central axis ( 19 ), wherein the housing ( 18 ) has a greatest lateral housing dimension ( 21 ) transverse to the central axis ( 19 ), wherein the flexible substrate ( 14 ) has a greatest lateral substrate dimension ( 23 ) transverse to the central axis ( 19 ), wherein the greatest lateral substrate dimension ( 23 ) is greater than the greatest lateral housing dimension ( 21 ), wherein the housing ( 18 ) is centered relative to the flexible substrate ( 14 ), wherein the housing ( 18 ) comprises a body ( 32 ) and a flange ( 34 ) extending from the body ( 32 ), wherein the flexible substrate ( 14 ) has a first side ( 36 ) and a second side ( 38 ) opposite the first side ( 36 ), wherein the body ( 32 ) extends through the aperture ( 30 ), wherein the flange ( 34 ) engages the second side ( 38 ) of the flexible substrate ( 14 ), wherein the flexible substrate ( 14 ) is secured between the body ( 32 ) and the flange ( 34 ), wherein the housing ( 18 ) further comprises a cover ( 44 ) removably coupled to the body ( 32 ) to permit for placement and removal of the device ( 12 ) in and from the internal void ( 20 ), wherein the cover ( 44 ) is flexible and has a stretch-fit arrangement with the body ( 32 ), wherein the cover ( 44 ) comprises a lip ( 64 ) extending toward the central axis ( 19 ), wherein the body ( 32 ) defines a channel ( 66 ) configured to mate with the lip ( 64 ) to operatively retain the cover ( 44 ) on the body ( 32 ), wherein the body ( 32 ) defines an opening ( 52 ) sized to restrict passage of the device ( 12 ) through the opening ( 52 ) and sized to permit a finger of a user to extend through the opening ( 52 ), to engage the device ( 12 ) within the internal void ( 20 ), to urge the device ( 12 ) out of the internal void ( 20 ) opposite the opening ( 52 ), wherein the housing ( 18 ) is configured to receive the device ( 12 ) in the internal void ( 20 ) in a friction-fit arrangement or a snap-fit arrangement, wherein the internal void ( 20 ) comprises a body-portion ( 54 ) defined by the body ( 32 ), wherein the body ( 32 ) comprises a terminal lip ( 56 ), wherein the body-portion ( 54 ) of the internal void ( 20 ) has a maximum body-portion dimension ( 58 ), and wherein the terminal lip ( 56 ) defines an inside lip-dimension ( 60 ) that is less than the maximum body-portion dimension ( 58 ).
22. A mount ( 10 ) for securing a device ( 12 ) to a flexible object ( 16 ), the mount ( 10 ) comprising:
a flexible substrate ( 14 ) configured to be operatively coupled to the flexible object ( 16 ), wherein the flexible substrate ( 14 ) defines an aperture ( 30 ); and
a housing ( 18 ) coupled to the flexible substrate ( 14 ) and having an internal void ( 20 ) that is sized to receive the device ( 12 ), wherein the housing ( 18 ) comprises a body ( 32 ) and a flange ( 34 ) extending from the body ( 32 ), wherein the flexible substrate ( 14 ) has a first side ( 36 ) and a second side ( 38 ) opposite the first side ( 36 ), wherein the body ( 32 ) extends through the aperture ( 30 ), wherein the flange ( 34 ) engages the second side ( 38 ) of the flexible substrate ( 14 ), wherein the flange ( 34 ) and the body ( 32 ) are monolithic, wherein the body ( 32 ) defines a passage ( 49 ), and wherein the body ( 32 ) is configured to stretch to permit for selective placement of the device ( 12 ) through the passage ( 49 ) and into the internal void ( 20 ), such that the body ( 32 ) retains the device ( 12 ) within the internal void ( 20 ), wherein the housing ( 18 ) defines a central axis ( 19 ), wherein the housing ( 18 ) has a greatest lateral housing dimension ( 21 ) transverse to the central axis ( 19 ), wherein the flexible substrate ( 14 ) has a greatest lateral substrate dimension ( 23 ) transverse to the central axis ( 19 ), and wherein the greatest lateral substrate dimension ( 23 ) is greater than the greatest lateral housing dimension ( 21 ).