초록 ▼

The system and device of the instant invention utilize a cushion section to distribute a load from a load bearing strap to a contact region of a user's body. The cushion section utilizes a fluid container or gel-pack. Preferably, the gel-pack is configured to selectively and detachably couple to the

The system and device of the instant invention utilize a cushion section to distribute a load from a load bearing strap to a contact region of a user's body. The cushion section utilizes a fluid container or gel-pack. Preferably, the gel-pack is configured to selectively and detachably couple to the strap. Accordingly, the device has a supporting frame for supporting the gel-pack and two attaching sections with clips for selectively and detachably coupling the device to the strap. The device can be configured to couple to any number of straps, including restraining and supporting straps, but is preferably configured to couple to the shoulder strap of a backpack, a tote bag, a brief case, a piece of luggage, a golf bag a purse or other portable object.

대표청구항 ▼

The system and device of the instant invention utilize a cushion section to distribute a load from a load bearing strap to a contact region of a user's body. The cushion section utilizes a fluid container or gel-pack. Preferably, the gel-pack is configured to selectively and detachably couple to the

The system and device of the instant invention utilize a cushion section to distribute a load from a load bearing strap to a contact region of a user's body. The cushion section utilizes a fluid container or gel-pack. Preferably, the gel-pack is configured to selectively and detachably couple to the strap. Accordingly, the device has a supporting frame for supporting the gel-pack and two attaching sections with clips for selectively and detachably coupling the device to the strap. The device can be configured to couple to any number of straps, including restraining and supporting straps, but is preferably configured to couple to the shoulder strap of a backpack, a tote bag, a brief case, a piece of luggage, a golf bag a purse or other portable object. ounds its edges and in that the geometric interference means (13) are obtained in correspondence with the flap (10) itself. 4. The device according to claim 2, wherein the interference elements are produced by punching out a lateral wall of the lamina (4). 5. The device according to claim 3, wherein the interference elements are produced by punching out a lateral wall of the lamina (4). 6. The device according to claim 3, wherein the interference elements are produced by folding beaks of the flap outwards. 7. The device according to claim 1, wherein said free edges of the opening (9) present a flap (10) towards the exterior of the spout (8) which rounds its edges. 8. The device according to claim 1, comprising a union (11) of the central part (5) and of the lateral parts (7a, 7b) to the inner face of the lid (6) constituted by a single continuous structure. 9. The device according to claim 2, comprising a union (11) of the central part (5) and of the lateral parts (7a, 7b) to the inner face of the lid (6) constituted by a single continuous structure, wherein said geometric interference means (13) are obtained along the free lateral edges (14a, 14b) of the spout (8), and are constituted by at least two corresponding interference elements (15a, 15b), elastically movable from a first position of non-interference during the extraction of the spout(8), to a second extreme position of geometric interference with the lid (6) of the can. 10. The device according to claim 2, comprising a union (11) of the central part (5) and of the lateral parts (7a, 7b) to the inner face of the lid (6) constituted by a single structure wherein the free edges of the opening (9) present a flap (10) towards the exterior of the spout (8) which rounds its edges and in that the geometric interference means (13) are obtained in correspondence with the flap (10) itself. 11. The device according to claim 1, wherein, during the extraction of the lamina (4), the free portion of the perimeter of the lateral parts (7a, 7b) projects towards the interior of the can and in that the surfaces of said parts are inclined towards the interior of the can, until checked by the inner face of the lid (6). 12. The device according to claim 2, wherein, during the extraction of the lamina (4), the free portion of the perimeter of the lateral parts (7a, 7b) projects towards the interior of the can and in that the surfaces of said parts are inclined towards the interior of the can, until checked by the inner face of the lid (6), wherein, said geometric interference means (13) are obtained along the free lateral edges (14a, 14b) of the spout (8), and are constituted by at least two corresponding interference elements (15a, 15b), elastically movable from a first position of non interference during the extraction of the spout(8), to a second extreme position of geometric interference with the lid (6) of the can. 13. The device according to claim 3, wherein, during the extraction of the lamina (4), the free portion of the perimeter of the lateral parts (7a, 7b) projects towards the interior of the can and in that the surfaces of said parts are inclined towards the interior of the can, until checked by the inner face of the lid (6), wherein the free edges (contour) of the opening (9) present a flap (10) towards the exterior of the spout (8) which rounds its edges and in that the geometric interference means (13) are obtained in correspondence with the flap (10) itself. 14. The device according to claim 8, wherein, during the extraction of the lamina (4), the free portion of the perimeter of the lateral parts (7a, 7b) projects towards the interior of the can and in that the surfaces of said parts are inclined towards the interior of the can, until checked by the inner face of the lid (6). 15. The device according to claim 9, wherein, during the extraction of the lamina (4), the free portion of the perimeter of the lateral parts (7a, 7b) projects towards the interior of the can and in t