SET OF EYEGLASSES, EACH WITH A FIRST AND SECOND HINGE, NO SCREWS
The eyeglasses with a unique hinge geometry securely lock temples to the frame, addressing the issue of easy disassembly and damage in screwless designs by requiring a deliberate unlocking process.
Patent Information
- Application Number
- FR2023010724
- Authority / Receiving Office
- FR · FR
- Patent Type
- Patents
- Current Assignee / Owner
- Filing Date
- 2023-10-06
- Publication Date
- 2025-11-21
- Estimated Expiration
- 2043-10-06
AI Technical Summary
Conventional screwless hinges in eyeglasses for young users allow easy disassembly and assembly, leading to potential loss or damage of temples and frames.
A set of eyeglasses with a unique hinge geometry featuring a female block and male block arrangement, including a locking stop and rotation channel, which locks the temples to the frame during assembly and disassembly, preventing unintentional removal.
The hinge geometry securely locks the temples to the frame, reducing the risk of damage and loss by requiring a deliberate unlocking process before disassembly.
Smart Images
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Abstract
Description
Title of the invention: SET OF GLASSES EQUIPPED WITH A FIRST AND A SECOND HINGE NO SCREWS TECHNICAL FIELD OF THE INVENTION
[0001] The present invention relates to the field of eyeglasses and particularly to eyeglasses equipped with screwless hinges. TECHNOLOGICAL BACKGROUND OF THE INVENTION
[0002] Conventionally, a pair of eyeglasses comprises a frame, a first and second temple, and a first and second hinge, each arranged between the frame and the first and second temples respectively. The first and second hinges are called "screwless hinges" and each comprise a female block and a male block cooperating with each other to allow: - the translation of the first and second arms relative to the mount between a disassembled position and a mounted position, and - rotation, in the raised position, between a closed position and an open position.
[0003] This type of hinge allows the disassembly and assembly operations of the first and second arms of glasses to be carried out in relation to the frame of the pair of glasses by simple translation of the male block in relation to the female block of the first and second hinges.
[0004] However, in the case of a pair of screwless hinged glasses intended for young users, the disassembly and assembly of the first and second temples relative to the frame can be easily performed by young users. Consequently, frequent repetition of the disassembly and assembly of the temples of the glasses may result in the loss of a temple or part of the frame, or damage to the hinges, necessitating the replacement of the temples and / or the frame of the glasses. Summary of the invention
[0005] The invention offers a solution to the problems mentioned above, by proposing a set of glasses equipped with a first and a second hinge having a particular geometry.
[0006] A first aspect of the invention relates to a set of eyeglasses comprising: - a mount comprising a frame having a first and second or retaining mechanisms for a first and second optical lens respectively, - a first and second branch, each extending between a connecting edge and a distal end, and movable relative to the frame: • in translation along a vertical direction between a mounting position and a mounted position, • rotating in a horizontal direction in the mounted position, between an unlocked position and an open position, passing through an intermediate position. - a first and a second hinge each comprising a female block and a male block, each arranged between the frame and respectively the first and second branches, each female block comprising an insertion opening.
[0007] In the mounting position of one of the first and second branches, the first or second branch passes respectively through the second or first opening of the mount, and the male block passes through the insertion opening of the female block of one of the first and second hinges.
[0008] In the intermediate position of one of the first and second branches, the distal end of the first or second branch is located respectively in the second or first opening of the frame, and the first or second branch is locked in translation in the mounted position by a locking stop arranged at the insertion opening of the female block of one of the first and second hinges.
[0009] The presence of a locking stop on the female block of the first and second hinges ensures that the temple is positioned in the opposite opening of the frame during the mounting and dismounting operations. This allows the first and second temples to be locked to the frame when the lenses are mounted, in a translational mounted position, and between an intermediate position and a rotationally open position. This geometry of the first and second hinges prevents any unintentional removal of the temples from the frame and thus significantly reduces the risk of damage to the glasses.
[0010] Advantageously, the complete pair of glasses is as follows: - Each female block of the first and second hinges includes: • a rotation channel extending in a vertical direction, open laterally on an inner face of the frame or of one of the first and second temples, in the open position, opposite the other of the first and second hinges, and divided into two portions: 1. a blocking portion including the insertion opening, and 2. a portion of pivoting freedom, 3. a receiving housing opening into the rotation channel, at the level of the pivoting freedom portion, and open on the inner face of the mount or of one of the first and second arms and on a connecting edge of the mount or of one of the first and second arms. 4. Each male block of the first and second hinges comprises: • a vertical rotation axis received in the rotation channel of each female block, and • a connecting arm extending from the edge of the mount or one of the first or second branches to the axis of rotation and received in the receiving housing of each female block.
[0011] Such a geometry of the first and second hinges allows the translational and rotational mobility of the first and second branches relative to the mount by the cooperation of each male block with a female block.
[0012] Preferably, the mount comprises a first and a second connecting section, each extending on either side of the frame in a horizontal direction, each of the first and second connecting sections comprising: - an inner face arranged opposite the inner face of the other connecting section, - an external face opposite to the internal face in the horizontal direction, - the connecting edge linking the inner face to the outer face, and - the female block or the male block of the first and second hinges extending to the connecting edge.
[0013] Advantageously, each of the first and second branches comprises: - an inner face arranged, in the open position, opposite the inner face of the other of the first and second branches, - an external face opposite to the internal face, - the connecting edge linking the inner face to the outer face, and - the female or male block of the first and second hinges extending to the connecting edge.
[0014] Preferably, the rotation channel of the female block of the first and second hinges includes a blind hole receiving an end portion of the rotation axis of the male block of the first and second hinges.
[0015] According to a first embodiment of the complete pair of glasses: - the first and second connecting sections of the mount include res respectively the female block of the first hinge and the female block of the second hinge, and
[0016] The first and second branches respectively comprise the male block of the first hinge and the male block of the second hinge. According to a second embodiment of the complete pair of glasses: The first and second connecting sections of the mount comprise, respectively, the male block of the first hinge and the male block of the second hinge, and - the first and second branches respectively comprise the female block of the first hinge and the female block of the second hinge.
[0017] A second aspect of the invention relates to a pair of glasses comprising: - the complete pair of glasses according to the first aspect of the invention, - a first and a second optical lens, each mounted respectively in the first and second openings of the mount.
[0018] The first and second branches are movable between the open position and a closed position and are locked in translation in the mounted position by a locking stop arranged at the insertion opening of the female block of the first and second hinges.
[0019] A third aspect of the invention relates to a method for assembling the first or second arm of a pair of glasses according to the first aspect of the invention comprising the following successive steps: - passage of the first or second branch through the second or first opening, - alignment of the male block with the insertion opening of the female block of the first or second hinge, and - insertion of the male block inside the female block by translation from the mounting position to the mounted position.
[0020] Advantageously, the method according to the third aspect of the invention is as follows: - The alignment step corresponds to aligning the connecting arm of the male block with the insertion opening of the female block, and - the insertion step corresponds to the insertion of the rotation axis of the male block inside the rotation channel of the female block.
[0021] A fourth aspect of the invention relates to a method for mounting the pair of glasses according to the second aspect of the invention, comprising the mounting steps according to the third aspect of the invention and which includes, after the insertion step, a locking step of the first or second temple previously in the mounted position, comprising the following sub-steps: - rotation of the first or second arm relative to the mount to a position between the intermediate position and the open position, and - fitting of the second or first optical lens into, respectively, the second or first opening previously traversed by, respectively, the first or second branch.
[0022] A fifth aspect of the invention relates to a method for disassembling the pair of glasses according to the second aspect of the invention comprising the following successive steps: - Removal of the second or first optical lens from the second or first opening of the frame, - moving the first or second branch to the unlocked position, - translation of the male block along the vertical direction from the mounted position to the mounting position until the male block is removed from inside the female block in a disassembled position.
[0023] The invention and its various applications will be better understood by reading the following description and examining the accompanying figures. BRIEF DESCRIPTION OF THE FIGURES
[0024] Other advantages and features of the invention will become apparent from the following description, illustrated by the figures in which: - Fig. 1 is a perspective view of a pair of glasses according to the invention, in which a first arm is in an mounted and open position, and a second arm is in an mounted and unlocked position; - Fig. 2 is a partial perspective view of the pair of glasses in which the second arm is in a disassembled position; - Fig. 3 is a partial perspective view of the pair of glasses in which the second temple is in a mounting and unlocked position; - Fig. 4 is a partial perspective view of the pair of glasses in which the second temple is in an up and unlocked position; - Fig. 5 is a partial view from below of the pair of glasses in which the second arm is in an up and unlocked position; - Fig. 6 is a partial view from below of the pair of glasses in which the second temple is in an upright and intermediate position; - Fig. 7 is a partial view from below of the pair of glasses in which the second temple is in a mounted and closed position; - Fig. 8 is a partial perspective view of the pair of glasses according to
[0025]
[0026]
[0027]
[0028]
[0029]
[0030] in which the second branch is in an upright and open position; - Fig. 9 is a partial view from below of the pair of glasses in which the second temple is in an up and open position. DETAILED DESCRIPTION An example of an embodiment according to the invention is described in detail below, with reference to the accompanying drawings. This example illustrates the features and advantages of the invention. Unless otherwise specified, the same element appearing on different figures has a unique reference. For the purposes of understanding the invention, the vertical, longitudinal, and transverse orientations will be adopted according to the V, L, T coordinate system shown in the figures, whose longitudinal axis L and transverse axis T extend in a horizontal plane. The first temple towards the second temple of the pair of glasses is oriented along the transverse axis T of the VLT coordinate system. Figure 1 illustrates a pair of glasses 10 comprising a set of pairs of glasses 10 comprising: - a 200mm mount including: • a frame 210 comprising a first and second opening 212, 214, and • a first and a second connecting section 220, 230 each extending on either side of the frame 210 in a horizontal direction, and each delimited horizontally by a connecting edge 220A, 220B, - a first and second branch 310, 320 each extending between a connecting edge 310A, 320A and a distal end 310B, 320B, - a first and a second hinge 45, 54 each arranged between the frame 200 and respectively the first and second branches 40, 42. The pair of glasses 10 further includes, in addition to the set, a first and second optical lenses 62, 64 received respectively in the first and second openings 212, 214 of the frame 200, the first and second optical lenses 62, 64 being removable from the first and second openings 212, 214 between a dismounted position and a mounted position. The first connecting section 220 of mount 200 includes: - an internal face 222, - an external face 224 opposite the internal face 222 along the horizontal direction, and - a vertically extending 220A connecting edge linking the inner face 222 to
[0031]
[0032]
[0033]
[0034]
[0035]
[0036]
[0037] the outer face 224. The second connecting section 230 of mount 200 includes: - an internal face 232 arranged opposite the internal face 222 of the first connecting section 220, - an external face 234 opposite the internal face 232 of the second connecting section 230 in the horizontal direction, and - a vertically extending connecting edge 230A linking the inner face 232 to the outer face 224, 234. The first branch 310 comprises: - an inner face 312, - an outer face 314 opposite the inner face 312, and - the connecting edge 310A linking the inner face 312 to the outer face 314. The second branch, 320, comprises: - an internal face 322 arranged, in the open position, opposite the internal face 312 of the first branch 310, - an external face 324 opposite the internal face 322, and - the connecting edge 320A linking the inner face 322 to the outer face 324. According to an embodiment of the invention as illustrated in Figures 2 to 8, representing a partial view of the assembly focused on the second hinge 54 in various positions explained below. The second hinge 54 comprises: - a female block 400 arranged in the second connecting section 230 of the mount 200, and - a male 500 block arranged from the 320A connecting edge of the first 320 branch. According to another example not shown, the female block 400 and the male block 500 are reversed, i.e. the female block 400 extends from the linking edge 320A of the first branch 320 and the male block 500 is arranged in one of the first or second linking sections 220, 230 of the mount 200. The first and second hinges 45, 54 can be identical symmetrically with respect to each other along the vertical axis or symmetrically reversed along a horizontal axis. In this example, the first hinge 45 is identical to the second hinge 54 and comprises: - a 400 female block arranged in the first 220 connecting section of the 200 mount, and - a male 500 block arranged from the connecting edge 310A of the first branch 310. In the following description, each male block 500 and each female block 400 of the first and second hinges 45, 54 are described, but only those of the The second hinge 54 is shown in the figures.
[0038] Figure 2 shows the second arm 320 in a disassembled position and away from the mount 200. Each female block 400 comprises: - a rotation channel 410 extending in a vertical direction, open laterally on an internal face 222, 232, of the mount 200, in the open position, opposite the other of the first and second hinges 45, 54, and divided vertically into two portions: • a blocking portion 412 comprising an insertion opening 416, and • a pivoting portion of freedom 414 comprising a blind hole 415, - a locking stop 418 arranged at the insertion opening 416, and - a receiving housing 420 opening into the rotation channel 410, at level of the pivoting portion of freedom 414, and open on the inner face 222, 232 and on a connecting edge 220A, 230A of the mount 200 or of one of the first and second arms 310, 320.
[0039] Each 500 male block comprises: - a rotation axis 510 extending vertically between a first end 510A and a second end 510B and divided vertically into two sections: • a locking section 512, • a pivoting freedom section 514 comprising an end portion 515 which includes the second end 510B, - a connecting arm 520 extending from the connecting edge 310A, 320A of one of the first or second branches 310, 320 to the pivoting freedom section 514 of the rotation axis 510; the locking section 512 extends from the first end 510A to an end of the pivoting freedom section 514 aligned horizontally with a lower edge of the connecting arm 520.
[0040] In this example, the first and second arms 310, 320, each comprising the male block 500 of the first and second hinges 45, 54 respectively, are each made in one piece. The mount 200, comprising the female blocks 400 of the first and second hinges 45, 54, is made in one piece.
[0041] Each of the first and second branches 310, 320 is movable relative to the mount 200: - in translation along a vertical direction between successively (from bottom to top): • a disassembled position (figure 2), • a mounting position (figure 3) according to which the first or The second branch, 310, 320, is partially mounted or dismounted relative to the 200 mount, and • a mounted position (figures 4 to 8), - rotating in a horizontal direction in the mounted position, successively enters: • an unlocked position (figures 3, 4 and 5), and • a locked position divided into three successive positions: • an intermediate position (figure 6), • a closed position (figure 7), and • an open position (figures 8 and 9).
[0042] The translation of the first and second branches 310, 320 relative to the mount 200 is possible only in the unlocked position.
[0043] A rotation angle α shown in figures 5 to 7 is formed between each of the first and second branches 310, 320 and the mount 200. The value of the rotation angle α varies according to the position of the first and second branches 310, 320 relative to the mount 200 and is measured between the inner face 322 of the first or second branch 310, 320 and a line D tangent to the inner surface 232 of the second connecting section 230 of the mount 200.
[0044] In unlocked position: - the first branch 310 passes through the second opening 214 of the 200 mount, - the second arm 320 passes through the first opening 212 of the 200 mount, - the rotation axis 510 of each male block 500 is aligned with the rotation channel 410 of each female block 400 along an X-axis, and - the connecting arm 520 of the male block 500 is aligned ([Fig.4] and 5) or passes through ([Fig.3]) the insertion opening 416 of each female block 400, and - the angle formed between each of the first and second branches 310, 320 and the mount 200 is less than 75°, preferably between 40° and 70°.
[0045] In the mounting position and unlocked of the first and second arms 310, 320 relative to the mount 200, the second arm 320 of which is illustrated in [Fig. 3]: - mounting position: • the locking section 512 of each male block 500 is arranged outside the rotation channel 410 of the female block 400 of the first and second hinges 45, 54 of the mount 200, • The pivoting freedom section 514 of each male block 500 is received in the blocking portion 412 of the rotation channel 410 of the female block 400 of the first and second hinges 45, 54 of the mount 200, and • the connecting arm 520 of each male block 500 extending from the pivoting freedom section 514 through the insertion opening 416 of the female block 400 of the first and second hinges 45, 54 of the mount 200; - unlocked position: • the first branch 310 passes through the second opening 214 of the 200 mount, • the second arm 320 passes through the first opening 212 of the mount 200, • The rotation axis 510 of each male block 500 is aligned with the rotation channel 410 of each female block 400 along an X-axis, and • The connecting arm 520 of the male block 500 is aligned with the insertion opening 416 of each female block 400, and • the angle formed between each of the first and second branches 310, 320 and the mount 200 is less than 75°, preferably between 40° and 70°.
[0046] The transition from the disassembled position to the unlocked position requires the positioning of the linking arm 520 of the male block 500 by aligning it with the insertion opening 416 of the female block 400.
[0047] In the mounted and unlocked position of the first and second arms 310, 320 relative to the mount 200, the second arm 320 of which is illustrated in figures 4 and 5: - mounted position: • The rotation axis 510 of each male block 500 is received in the rotation channel 410 of each female block 400 such that: • the blocking section 512 of the male block 500 is received in the blocking portion 412 of the female block 400, • the pivoting freedom section 514 of the male block 500 is received in the pivoting freedom section 514 of the female block, and • the end portion 515 of the male block 500 is received in the blind hole 415 of the rotation channel 410 of the female block 400; - unlocked position as described previously.
[0048] In the mounted and intermediate position, of the first and second branches 310, 320 relative to the mount 200, the second branch 320 of which is illustrated in [Fig.6]: - mounted position identical to that of figures 4 and 5; - intermediate position: • the distal end 310B of the first branch 310 is located in the second opening 214 of the mount 200 (not shown), • the distal end 320B of the second branch 320 is located in the first opening 212 of the mount 200 (figure 5), and • the angle formed between each of the first and second branches 310, 320 and the mount 200 is approximately equal to 75°.
[0049] In the mounted and locked position of the first and second arms 310, 320 relative to the mount 200, the second arm 320 of which is illustrated in figures 6, 7, 8 and 9: - mounted position identical to that of figures 4 and 5; - locked position: • the inner face 312, 322 of each of the first and second branches 310, 320 is arranged opposite the inner face 222 of the frame 200 so that the distal ends 310B, 320B of the first and second branches 310, 320 are located on the side of the inner face 222 of the frame 200, • the connecting arm 520 of each male block 500 is blocked in translation by the locking stop 418 of the female block 400, and • the angle formed between each of the first and second branches 310, 320 and the mount 200 is between 75° and 180°.
[0050] More particularly, in the mounted and closed position of the first and second arms 310, 320 with respect to the mount 200, the second arm 320 of which is illustrated in [Fig.7], the angle formed between each of the first and second arms 310, 320 and the mount 200 is substantially equal to 90°.
[0051] More particularly, in the mounted and open position of the first and second arms 310, 320 relative to the mount 200, the second arm 320 of which is illustrated in figures 8 and 9: - the connecting arm 520 of the male block 500 is received in the receiving slot 246 of each female block 400, and • the angle formed between each of the first and second branches 310, 320 and the mount 200 is approximately equal to 180°.
[0052] The method for assembling the first arm 310 of the pair of glasses 10 comprises the following successive steps: - removal of the second optical lens 62 from the second aperture 214 of the frame 200, - insertion of the first branch 310 into the second opening 214, - movement of the first branch 310 into the unlocked position by aligning the connecting arm 520 of the male block 500 with the insertion opening 416 of the female block 400 of the mount 200 of the first hinge 45, - insertion of the rotation axis 510 of the male block 500 of the first branch 310 into the rotation channel 410 of the female block 400 by translation of the first branch 310 to a mounting and unlocked position and then to the mounted and unlocked position, and - locking of the first branch 310 previously in the raised position, comprising the following sub-steps: • rotation of the first arm 310 relative to the mount 200 to a position between the intermediate position and the open position, and • fitting the second optical lens 64 into the second opening 214 of the frame 200.
[0053] The method for assembling the second arm 320 of the pair of glasses 10 comprises the following successive steps: - removal of the first optical lens 62 from the first aperture 212 of the frame 200, - insertion of the second branch 320 into the first opening 212, - movement of the second arm 320 into the unlocked position by aligning the connecting arm 520 of the male block 500 of the second arm 320 with the insertion opening 416 of the female block 400 of the mount 200 of the second hinge 54, - insertion of the rotation axis 510 of the male block 500 into the rotation channel 410 of the female block 400 by translation of the second branch 320 to a mounting and unlocked position, then to the mounted and unlocked position, and - locking of the second branch 320 previously in the raised position, comprising the following sub-steps: • rotation of the second arm 320 relative to the mount 200 to a position between the intermediate position and the open position, and • fitting the first optical lens 62 into the first opening 212 of the frame 200.
[0054] In a particular case in which the pair of glasses 10 can be sold unassembled in separate parts in a package, for example in which the first and second optical lenses 62, 64 are not mounted in relation to the frame 200. In this case, the initial assembly process for the pair of glasses 10 includes the steps of the two preceding assembly processes without the following two steps of: - removal of the second optical glass 62 from the second aperture 214 of the mount 200, and - removal of the first optical lens 62 from the first aperture 212 of the frame 200.
[0055] The method for dismantling the first arm 310 of the pair of glasses 10 comprises the following successive steps: - removal of the second optical lens 64 from the second aperture 214 of the frame 200, - rotation of the first arm 310 relative to the mount 200 until it passes through the second opening 214 and then to the unlocked position in which the connecting arm 520 of the male block 500 of the first arm 310 is aligned with the insertion opening 416 of the female block 400 of the mount 200 of the first hinge 45, and
[0056] translation of the male block 500 in the vertical direction from the mounted position to the mounting position until the rotation axis 510 of the male block 500 is withdrawn from the inside of the rotation channel 410 of the female block 400 in the disassembled position of the first branch 310.
[0057] The method for dismantling the second arm 320 of the pair of glasses 10 comprises the following successive steps: - removal of the first optical lens 62 from the first aperture 212 of the frame 200, - rotation of the second arm 320 relative to the mount 200 until it passes through the first opening 212 and then to the unlocked position in which the connecting arm 520 of the male block 500 of the second arm 320 is aligned with the insertion opening 416 of the female block 400 of the mount 200 of the second hinge 54, and - translation of the male block 500 in the vertical direction from the mounted position to the mounting position until the rotation axis 510 of the male block 500 is withdrawn from the inside of the rotation channel 410 of the female block 400 in the disassembled position of the second branch 310.
[0058] The pair of glasses 10, comprising the lenses 62, 64, and the complete pair of glasses 10 according to the invention, ensures that the first and second temples 310, 320 are locked relative to the frame 200 in a mounted position and between an intermediate position and an open position of the first and second temples 310, 320 so as to prevent any unnecessary disassembly. Consequently, disassembly of the temples 310, 320 requires a prior unlocking operation comprising removing the optical lenses 64, 62 from the openings 214, 212 of the frame 200 and inserting the temples 310, 320 through the openings 214, 212, then rotating the temples 310, 320 to their unlocked position. Furthermore, the first and second hinges 45, 54 of the pair of glasses 10 have a simple geometry each comprising a female block 400 cooperating with a male block 500.
Claims
1. Demands Set of 10 pairs of glasses including: - a frame (200) comprising a frame (210) having a first and second openings (212, 214) for holding respectively a first and a second optical lens (62, 64), - a first and second branch (310, 320) each extending between a connecting edge (310A, 320A) and a distal end (310B, 320B) and movable relative to the mount (200): • in translation along a vertical direction between a mounting position and a mounted position, • rotating in a horizontal direction in the mounted position, between an unlocked position and an open position, passing through an intermediate position. - a first and a second hinge (45, 54) each comprising a female block (400) and a male block (500), each arranged between the frame (200) and respectively the first and second branches (40, 42), each female block (400) comprising an insertion opening (416); characterized in that: - in the mounting position of one of the first and second arms (310, 320), the first or second arm (310, 320) passes respectively through the second or first opening (214, 212) of the mount (200), and the male block (500) passes through the insertion opening (416) of the female block (400) of one of the first and second hinges (45, 54), and - in the intermediate position of one of the first and second arms (310, 320), the distal end (310B, 320B) of the first or second arm (310, 320) is located respectively in the second or first opening (214, 212) of the frame (200), and the first or second arm (310, 320) is locked in translation in the mounted position by a locking stop (418) arranged at the opening
2. insertion (416) of the female block (400) of one of the first and second hinges (45, 54). A set of ten pairs of glasses according to claim 1, characterized in that: - Each female block (400) of the first and second hinges (45, 54) comprises: • a rotation channel (410) extending in a vertical direction, open laterally on an inner face (222, 232, 312, 322) of the mount (200) or of one of the first and second arms (310, 320), in the open position, opposite the other of the first and second hinges (45, 54), and divided into two portions:
1. a blocking portion (412) comprising the insertion opening (416), and 2. a portion of pivoting freedom (414), and • a receiving housing (420) opening into the rotation channel (410), at the level of the pivoting portion of freedom (414), and open on the inner face (222, 232, 312, 322) of the mount (200) or of one of the first and second arms (310, 320) and on a connecting edge (220A, 230A, 310A, 320A) of the mount (200) or of one of the first and second arms (310, 320); - Each male block (500) of the first and second hinges (45, 54) comprises: • a vertical axis of rotation (510) received in the channel of rotation (410) of each female block (400), and • a connecting arm (520) extending from the connecting edge (220A, 230A, 310A, 320A) respectively of the mount (200) or of one of the first or second arms (310, 320) to the axis of rotation (510) and received in the receiving housing (246) of each female block (400).
3. A pair of eyeglasses (10) according to claim 2, characterized in that the frame (200) comprises a first and a second connecting section (220, 230), each extending horizontally on either side of the frame (210), each of the first and second connecting sections (220, 230) comprising: - an inner face (222, 232) arranged opposite the inner face (232, 222) of the other connecting section (230, 220), - an outer face (224, 234) opposite the inner face (222, 232) in the horizontal direction, - the connecting edge (220A, 230A) connecting the inner face (222, 232) to the outer face (224, 234), and - the female block (400) or the male block (500) of the first and second hinges (45, 54) extending to the connecting edge (220A, 230A).
4. A pair of glasses (10) according to claim 2 or 3, characterized in that each of the first and second temples (310, 320) comprises: - an inner face (312, 322) arranged, in the open position, opposite the inner face (322, 312) of the other of the first and second temples (320, 310), - an outer face (314, 324) opposite the inner face (312, 322), - the connecting edge (310A, 320A) connecting the inner face (312, 322) to the outer face (314, 324), and - the female block (400) or the male block (500) of the first and second hinges (45, 54) extending to the connecting edge (310A, 320A).
5. A pair of glasses (10) according to any one of the preceding claims in combination with claim 2, characterized in that the rotation channel (410) of the female block (400) of the first and second hinges (45, 54) comprises a blind hole (415) receiving an end portion (515) of the rotation axis (510) of the male block (500) of the first and second hinges (45, 54).
6. Set of eyeglasses (10) according to any one of the claims
7.
8.
9. indications 3 or 4, characterized in that: the first and second connecting sections (220, 230) of the mount comprise respectively the female block (400) of the first hinge (45) and the female block (400) of the second hinge (54), and the first and second branches (310, 320) respectively comprise the male block (500) of the first hinge (45) and the male block (500) of the second hinge (54). Pair of glasses (10) including: the set of eyeglasses (10) according to any one of the preceding claims, a first and a second optical lenses (62, 64) each mounted respectively in the first and second openings (212, 214) of the frame (200); characterized in that the first and second branches (310, 320) are movable between the open position and a closed position and are locked in translation in the mounted position by a locking stop (418) arranged at the insertion opening (416) of the female block (400) of the first and second hinges (45, 54). Method for mounting the first or second branch (310, 320) of a set of pairs of glasses (10) according to any one of claims 1 to 6 comprising the following successive steps: passage of the first or second branch (310) through the second or first opening (214, 212), alignment of the male block (500) with the insertion opening (416) of the female block (400) of the first or second hinge (45, 54), and insertion of the male block (500) inside the female block (400) by translation from the mounting position to the mounted position. Assembly method according to claim 8 in combination with claim 2, characterized in that: - the alignment step corresponds to aligning the connecting arm (520) of the male block (500) with the insertion opening (416) of the female block (400), and - the insertion step corresponds to the insertion of the rotation axis (510) of the male block (500) into the rotation channel (410) of the female block (410).
10. A method for mounting the pair of glasses (10) according to claim 7 comprising the mounting steps according to claim 8 or 9, characterized in that it comprises, after the insertion step, a locking step of the first or second temple (310, 320) previously in the mounted position comprising the following substeps: - rotation of the first or second arm (310, 320) relative to the mount (200) to a position between the intermediate position and the open position, and - fitting of the second or first optical glass (64, 62) into, respectively, the second or first opening (214, 212) previously traversed by, respectively, the first or second branch (310, 320).
11. A method for dismantling the first or second temple (310, 320) of the pair of glasses (10) according to claim 7 comprising the following successive steps: - removal of the second or first optical lens (64, 62) from the second or first aperture (214, 212) of the frame (200), - moving the first or second branch (310) to the unlocked position, - translation of the male block (500) along the vertical direction from the mounted position to the mounting position until the male block (500) is withdrawn from inside the female block (400) in a disassembled position.