Granted Patent B2

US 12,345,287 · App. 17/264,177 · Granted Jul 1, 2025

Inventor: Giovanni Mazzarolo (Coste di Maser, IT)

Assignee: ALPINESTARS RESEARCH S.P.A.

F16B5/045Y10T403/32073

Abstract

Claims (25)

1. A wearable protection device comprising:

a modular frame with an upper shaped member and a lower shaped member pivotally connected to a medial shaped member interposed therebetween; and

hinge means for hinging said shaped members therebetween at corresponding hinging points and around respective rotation axes, each of said hinge means comprising a pivot element and a disc element;

wherein the pivot element and the disc element are permanently coupled by riveting of the pivot element by a hammering tool, whereby an end of the pivot element is closely aligned or flush with the disc element after riveting;

wherein said pivot element comprises a hollow unthreaded distal portion and said disc element comprises a second internally threaded axial projection forming a central through hole, said unthreaded distal portion being designed for being inserted through said central through hole and said unthreaded distal portion being designed for being deformed by riveting after passing through said central through hole;

wherein said pivot element comprises a base portion designed to be secured to one of said at least two shaped members;

wherein brackets of the upper and the lower shaped members have, at each hinging point, a respective elongated eyelet with a predetermined width, the hinge means being secured to the medial shaped member and inserted into the elongated eyelets of the upper or the lower shaped members previously superimposed; and

wherein a first axial projection of the pivot element comprises a first threaded portion having a minimum outer diameter and the unthreaded distal portion having an outer most diameter being lesser than the minimum outer diameter of the first threaded portion, both of the diameters being smaller than the width of the eyelets, while the base portion of the pivot element has a transverse size bigger than the width of the eyelets, the first axial projection of the pivot element being adapted to be inserted inside the elongated eyelet of the shaped members, the first threaded portion being adapted to be in threaded engagement with the second internally threaded axial projection of said disc element.

2. The wearable protection device as claimed in claim 1 , characterized in that said central through hole has an inner wall, said distal portion of the pivot element being designed to be deformed so as to lie against said inner wall after riveting.

3. The wearable protection device as claimed in claim 2 , characterized in that said central through hole has an increased volume designed for housing the distal portion of the pivot element once riveted and deformed.

4. The wearable protection device as claimed in claim 2 , characterized in that said inner wall has a frustoconical cross section with a flared edge.

5. The wearable protection device as claimed in claim 1 , characterized by comprising connection means for connecting said wearable protection device to a wearable article, said connection means being identical to the hinge means.

6. A motorcycle boot comprising the wearable protection device as claimed in claim 1 .

7. The wearable protection device of claim 1 , wherein the pivot element and the disc element are permanently coupled through riveting of the pivot element by a hammer.

8. The wearable protection device of claim 1 , wherein said pivot element comprises an abutting portion interposed between the base portion and the distal portion, said abutting portion having an annular ledge for abutment of an end of the second internally threaded axial projection of the disc element.

9. The wearable protection device as claimed in claim 8 , characterized in that said first axial projection of the pivot element projects from the abutting portion.

10. A method for assembling a wearable protection device, which method comprises the following steps:

(a) providing at least two shaped members, a first shaped member having at least one pivot element secured thereto at a hinging point and a second shaped member having an eyelet;

(b) superimposing said first shaped member to the second shaped member provided with an eyelet and inserting the pivot element into said eyelet;

(c) coupling a disc element to said pivot element through the eyelet, with said pivot element having a portion projecting from the disc element; and

(d) riveting the portion of the pivot element by a hammering tool in order to allow the permanent coupling thereof with the disc element and rendering an end of the distal portion closely aligned or flush relative to the disc element;

characterized in that said portion of said pivot element comprises a hollow unthreaded distal portion and said disc element comprises a second internally threaded axial projection forming a central through hole, said unthreaded distal portion being designed for being inserted through said central through hole and said unthreaded distal portion being designed for being deformed by the riveting after passing through said central through hole; and

in that said pivot element comprises a base portion designed to be secured to one of said at least two shaped members; and

wherein a first axial projection of the pivot element comprises a first threaded portion having a minimum outer diameter and the unthreaded distal portion having an outer most diameter being lesser than the minimum outer diameter of the first threaded portion, both of the diameters being smaller than the width of the eyelet, while the base portion of the pivot element has a transverse size bigger than the width of the eyelet, the first axial projection of the pivot element being adapted to be inserted inside the elongated eyelet, the first threaded portion being adapted to be in threaded engagement with the second internally threaded axial projection of said disc element.

11. The method of claim 10 , wherein the tool is a hammer.

Assignments (2)

Priority Claims (1)

Continuity (1)

References Cited (26)