FR3115892A1 - Spectacle frame holder. - Google Patents

Abstract

Title: Spectacle Frame Holder. The main subject of the present invention is a support (2) for the frame (1) of eyeglasses intended to rest on a root of the nose, comprising at least a first arm (30) and a second arm (32), each arm (30, 32) comprising an attachment zone (34) intended to connect the arm to the frame (1), the attachment zone (34) being arranged at one of the ends (36, 38) of the arm (30, 32) , each arm (30, 32) comprising a receiving member (40) intended to receive a support plate (42) on the root of the nose, the receiving member (40) being arranged at another of the ends (36 , 38) of the arm (30, 32), characterized in that the receiving member (40) and the fixing zone (34) are separated by a dimension (REF) of at least fifteen millimeters measured along an axis of extension (L) of the arm (30, 32) passing through the fixing zone (34) and through the receiving member (40). Figure 1.

Description

Spectacle frame holder.

The present invention falls within the field relating to eyeglass frames, and more particularly relates to a support for such eyeglass frames.

Eyeglasses are medical devices generally comprising a frame forming at least two rims in which two ophthalmic lenses are respectively mounted. Ophthalmic lenses are designed and personalized according to the optical correction necessary for each user so that the latter can have a normal vision of their environment. Furthermore, the ophthalmic lenses can be solar lenses filtering certain solar light waves.

It is known that eyeglasses comprise two branches, arranged on either side of the rims of the frame, each being configured to rest on one of the ears of the user. The eyeglasses also include two plates arranged between the strappings and configured so that the frame, and more generally the eyeglasses, rest on the root of the user's nose. Thanks to the temples and pads of the eyeglasses, the ophthalmic lenses are placed in front of the user's eyes and perform their function of correcting the user's vision.

Sometimes, at least one of the two rims of the frame can be in contact with one of the cheeks of the user, in particular in people with large cheeks. In such cases, fog may appear on the ophthalmic lens, obstructing the user's vision.

This problem is also present in certain groups of individuals who have the common feature of having an absence of nasal cartilage at the root of their nose. Eyeglass frames as marketed today are not suitable for this type of morphology. Indeed, the absence of this cartilage at the root of the nose can cause contact between the rims and the cheeks, the eyebrows or even the eyelashes of these individuals, favoring the appearance of fogging on the ophthalmic lenses, and generally disturb the user. In addition, in such cases, ophthalmic lenses are generally not positioned at the correct distance from the user's eyes, causing poor correction of the user's vision.

The present invention aims to propose a solution to at least one of these problems thanks to a support preventing contact between the rims of the frame and any of the parts of the faces and a good position of the ophthalmic lenses with respect to the eyes. of the user.

The main object of the present invention is a frame support for eyeglasses intended to rest on a root of the nose, comprising at least a first arm and a second arm, each arm comprising an attachment zone intended to connect the arm to the frame, the attachment zone being arranged at one of the ends of the arm, each arm comprising a receiving member intended to receive a support pad on the root of the nose, the receiving member being arranged at another of the ends of the arm , characterized in that the receiving member and the attachment zone are separated by a dimension of at least fifteen millimeters measured along an axis of extension of the arm passing through the attachment zone and through the member reception.

The term “axis of extension” of the arm is understood to mean an axis parallel to the arm, and therefore substantially parallel to the longitudinal axis L thereof. In addition, this dimension is measured from the attachment zone, and more particularly from the portion of the attachment zone configured to be in contact with the frame, up to the receiving member, and more particularly at the level of a wafer connection location on the means for receiving a wafer. This connection location participates in defining an axis of rotation of the wafer, the dimension being able to be measured from this axis of rotation. This distance is necessary in order to distance the frame sufficiently from certain parts of the user's face without thereby damaging the correction of ophthalmic lenses of the frame with respect to the eyes of the user. Such a support according to the invention thus makes it possible to take into account the specific morphotype of certain individuals and thus to provide eyeglasses perfectly adapted to this morphotype.

According to an optional feature of the invention, the attachment zone is arranged at a first end of the arm, the receiving member being arranged at a second end of the arm opposite the first end.

According to another optional feature of the invention, the dimension measured along the first axis of at least one arm between the attachment zone and the receiving member is between fifteen and twenty-five millimeters.

According to another optional characteristic of the invention, the support comprises a first wafer attached at the level of the receiving member of the first arm and a second wafer attached at the level of the receiving member of the second arm. Each wafer is connected to the arm-receiving member by an articulation allowing movement of the wafer at least around at least one axis of rotation. The mobility of the plates around at least one axis of rotation makes it possible to adapt the position of the latter to the morphology of the nasal root of the user.

According to another optional characteristic of the invention, the support comprises at least one bridge extending between the first arm and the second arm. The bridge advantageously extends between the attachment zone of the first arm and the attachment zone of the second arm. The bridge connects the first arm to the second arm, making them integral with each other.

According to another optional characteristic of the invention, the support comprises at least one reinforcement extending between the bridge and at least one of the arms. the reinforcement makes the support more rigid and reduces the risk of breakage of the arm and/or the bridge. the reinforcement also makes it possible to take up the weight of the frame by avoiding excessive stress on the arm or arms of the support of the invention.

According to another optional characteristic of the invention, the reinforcement is a hoop extending between the bridge and at least one of the arms.

According to another optional characteristic of the invention, the support comprises a first hoop extending between a center of the bridge and the first arm and a second hoop extending between this center of the bridge and the second arm.

According to another optional characteristic of the invention, the support comprises at least partly a synthetic material, wood and/or a metallic material. According to one aspect of the invention, the support may be formed entirely of a synthetic material, of wood or of a metallic material, whether this support is manufactured independently of the frame and then attached to the latter, or whether it is manufactured simultaneously with Frame.
According to another optional characteristic of the invention, the support comprises means for reversibly fixing the fixing zone to the frame of the eyeglasses.

According to another optional characteristic of the invention, the reversible fastening means comprises at least one screw configured to cooperate with a thread made on the eyeglass frame. According to an exemplary embodiment, the thread of the frame which receives the screw which secures the support to the frame is a thread which can also receive a screw for fixing an insert. It is understood that according to this embodiment, an original plate on the frame can be dismantled to make room for the support according to the invention, said plate then being able to be reassembled on the support at the level of the means for receiving the plate.

According to another optional characteristic of the invention, the reversible fastening means comprises a magnetic element securing the fastening zone to the frame of the eyeglasses.

According to another optional characteristic of the invention, the reversible fastening means comprises a sliding member intended to cooperate with a shape complementary to the sliding member arranged on the eyeglass frame. The support may include a rail and the mount may include a slide configured to cooperate with the rail. The rail or the slide also comprises a system for holding in position, such as a clipping member for example, reversibly fixing the support to the frame.

According to another optional feature of the invention, the attachment zone is configured to be welded to the eyeglass frame. The support and the frame are then made of the same material, for example a synthetic material or a metallic material.

The invention also relates to a frame for eyeglasses comprising at least one support according to any one of the preceding characteristics.

According to another optional characteristic of the invention, the frame comprises at least one rim of an ophthalmic lens, the support and the rim of the ophthalmic lens being of the same material.

We understand by “ophthalmic lens” that it is designed and personalized according to the optical correction necessary for each user so that the latter can have a normal vision of his environment. According to an alternative of the invention, the lenses may not include any corrections.

In addition, ophthalmic lenses can be solar lenses that filter certain solar light waves allowing the user to avoid being dazzled by the sun's rays.

According to an exemplary embodiment of the invention, the strapping and the support form a one-piece element, that is to say that the support and the frame are inseparable from each other without causing the destruction of the support and/or or mount. As a result, the strapping and the support are made of the same material.

The invention also relates to a method of manufacturing a frame for eyeglasses according to any one of the preceding characteristics, during which the frame and the support are molded simultaneously.

It is understood that the support and the frame are both made of synthetic material and formed simultaneously during the method of manufacturing the frame of the eyeglasses. It is understood by "simultaneously" that the support and the frame are molded during the same manufacturing step by forming a one-piece element.

Other characteristics, details and advantages of the invention will emerge more clearly on reading the description which follows on the one hand, and several examples of embodiment given by way of indication and not limitation with reference to the appended schematic drawings on the other. part, on which:

is a representation in perspective of an eyeglass frame equipped with a support according to a first embodiment of the invention;

is a perspective representation of the support according to a second embodiment of the invention;

is a representation in perspective of the frame of eyeglasses and of the support according to a third embodiment of the invention;

is a side view of the eyeglass frame and the support according to the fourth embodiment of the invention;

is a representation in perspective of the frame of eyeglasses and of the support according to a fifth embodiment of the invention;

is a representation in perspective of the eyeglasses frame and of the support according to a sixth embodiment of the invention.

The features, variants and different embodiments of the invention may be associated with each other, in various combinations, insofar as they are not incompatible or exclusive with respect to each other. In particular, variants of the invention may be imagined comprising only a selection of characteristics described below in isolation from the other characteristics described, if this selection of characteristics is sufficient to confer a technical advantage and/or to differentiate the invention. compared to the prior art.

In the following description, the denominations “longitudinal”, “transverse” and “vertical” refer to the orientation of a support according to the invention. A longitudinal direction corresponds to a main direction of extension of an arm of the support, this longitudinal direction being parallel to a longitudinal axis L of a reference L, V, T illustrated in the figures. A transverse direction corresponds to a direction parallel to a transverse axis along which mainly extends a bridge of the support, this transverse direction being parallel to a transverse axis T of the reference L, V, T and this transverse axis T being perpendicular to the longitudinal axis L. Finally, a vertical direction corresponds to a direction parallel to a vertical axis V of the reference L, V, T, this vertical axis V being perpendicular to the longitudinal axis L and the transverse axis T.

On the is illustrated a frame 1 of eyeglasses equipped with a support 2 according to the invention. The frame 1 of eyeglasses also includes at least one ophthalmic lens 4 and advantageously two ophthalmic lenses 4. The eyeglasses are configured to correct the vision of a user, the latter installing the eyeglasses at least on his nose and on his ears so that each ophthalmic lens 4 is found at a predetermined distance from the eyes of the user.

It is understood that the ophthalmic lenses 4 as described here are designed and personalized according to the optical correction necessary for each user so that the latter can have a normal vision of his environment.

Furthermore, the ophthalmic lenses 4 can be solar lenses filtering certain solar light waves without thereby departing from the scope of the invention, this type of ophthalmic lens possibly being with or without correction.

Frame 1 comprises a frame 6 composed of at least two strappings 8 and a bridge 10 connecting the two strappings 8 to each other. The frame 1 comprises two branches 12 each extending from one of the strappings 8 substantially along the longitudinal axis L and perpendicular to the plane in which the frame 6 is inscribed. In other words, the trigger guard 10 is framed on either side by the two strappings 8 of the frame 1 along the transverse axis T, each strapping 8 being in contact on the one hand with the bridge 10 and on the other hand with one branches 12 of frame 1.

As shown here on the , each strapping 8 comprises at least one upper arch 14 and a wire or a retaining ring 16. The upper arch 14 extends substantially along the transverse axis T and has two transverse ends 18. The wire or the ring support 16 extends here from one of the transverse ends 18 of the upper arch 14 to the other transverse end 18 of the upper arch 14.

Each ophthalmic lens 4 is installed in one of the strappings 8 of the frame 1. The ophthalmic lenses 4 take here overall a circular shape, the strapping 8 also taking a substantially circular shape so as to house these ophthalmic lenses 4. The thread or ring of support 16 and the upper arch 14 cooperate with each other to define the strapping 8 and that the latter takes this shape and maintains the ophthalmic lenses 4 in position on the frame 1.

According to an alternative, the ophthalmic lenses 4 can take another shape such as a rectangular shape for example.

According to another alternative, each strapping 8 is composed solely of the upper arch 14, the latter then forming the housing for each ophthalmic lens 4.

Each branch 12 is connected at a pivoting end 20 to one of the strappings 8 of the frame 1, preferably at the level of the upper arch 14 of said strapping 8. Advantageously, the frame 1 comprises a hinge 21 placed between the ends of pivoting 20 of the branches 12 and the strappings 8. The joints 21 respectively make it possible to authorize a rotation of the branches 12 at the level of their pivoting ends 20, this rotation taking place around a pivoting axis P substantially parallel to the axis vertical V.

In addition, each branch 12 has a curved end 24, opposite the pivoting end 20 along the longitudinal axis L. The curved ends 24 of the branches 12 are configured to cooperate with the ears of the user, the frame 1 resting partly on and/or behind each of the ears thanks to the curved ends 24 of each branch 12.

One can define in the remainder of the description an internal part 26 and an external part 28 for each of the strappings 8. The internal parts 26 of each of the strappings 8 are facing each other and connected to one another. the other by the bridge 10, the external parts 28 being opposite each other with respect to the bridge 10 along the transverse axis T. It is moreover at the level of the external parts 28 that are arranged the joints connecting the frame 6 to the branches 12.

According to the invention and as illustrated in the , the frame 1 comprises the support 2 according to the invention comprising at least a first arm 30 and a second arm 32 each extending from the internal part 26 of the straps 8 substantially along the longitudinal axis L. Each arm 30, 32 comprises an attachment zone 34 intended to connect the arm 30, 32 to the frame 1, the attachment zone 34 being arranged at a first end 36 of the arm 30, 32.

Furthermore, the arms 30, 32 extend along the longitudinal axis L in the same direction of extension as that of the arms 12 of the frame 1.

The fixing zone 34 of each of the arms 30, 32 is more particularly made integral with the frame 1 at the level of internal parts 26 of strappings 8. It is understood that the first arm 30 is made integral with the internal part 26 of one of the hoops 8, in particular at its attachment zone 34, and that the second arm 32 is secured to the internal part 26 of the other hooping 8 via its own attachment zone 34. As shown in the , the two arms 30, 32 of the support 2 are connected independently of each other to the mount 1.

In addition, each arm 30, 32 comprises a receiving member 40 intended to receive a support pad 42 on a root of the user's nose, the receiving member 40 being arranged at a second end 38 of the arm 30, 32 opposite the first end 36 of this same arm 30, 32. In other words, the receiving member 40 is located at one of the ends 36, 38 of the arm 30, 32, and more particularly at the level of a free end of the arm, while the attachment zone 34 is located at the level of the other end of the arm 30, 32, and more particularly at the level of the first end 36 of the arm 30, 32 intended to be connect to the strapping 8. Furthermore, it is understood that the first and second ends 36, 38 of the arm 30, 32 are defined with respect to the longitudinal axis L. As illustrated in the , each arm 30, 32 of the support 2 is equipped with a support pad 42 on the root of the user's nose. These pads 42 are generally made of synthetic material, such as silicone for example, and are configured to limit the sliding of the eyeglasses along the root of the user's nose, thus optimizing the holding in place of the ophthalmic lenses 4 in front of the user's eyes. In addition, these pads 42 have the function of attenuating and softening the contact and the wearing of eyeglasses for the user.

Each arm 30, 32 receives a wafer 42 at its receiving member 40, the wafer 42 being secured to the receiving member 40 by securing means such as clipping, screwing or crimping, for example. However, the fixing of the wafer 42 on the receiving member 40 is configured to partly ensure mobility of the wafer 42 around at least one axis of rotation R generally substantially parallel to the vertical axis V. For this, the frame 1 comprises a rotation member allowing the mobility of the pads 42 so that they each ensure maximum flat contact with one of the surfaces of the nose extending on either side of the root of the nose of the user, the rotation member possibly being a joint or a pivot, for example. The morphology of each individual being unique, the position of the pads 42 can be adapted to each user, making the frame 1 more comfortable to wear and at least partially universal.

According to an alternative of the invention, the axis of rotation R can extend parallel to the longitudinal axis L more than the vertical axis V without thereby departing from the scope of the invention.

According to the invention, the receiving member 40 and the attachment zone 34 are separated by a dimension D of at least fifteen millimeters measured along an axis of extension of the arm 30, 32 passing through the zone of fixing 34 and by the receiving member 40. The term “axis of extension” of the arm 30, 32 is understood to mean an axis parallel to the arm 30, 32, and therefore substantially parallel to the longitudinal axis L. In addition, this dimension D is measured from the attachment zone 34, and more particularly from the portion of the attachment zone 34 in contact with the internal part 26 of the hoop 8, up to the receiving member 40, and more particularly the attachment means of the wafer 42 illustrated for example by the axis of rotation R.

Preferably, the dimension D measured along the extension axis of at least one arm 30, 32 between the attachment zone 34 and the receiving member 40 is between fifteen and twenty-five millimeters. This distance is necessary in order to keep the frame 1 sufficiently far from certain parts of the user's face without deteriorating the correction of the ophthalmic lenses 4 with respect to the user's eyes.

The support 2 comprises at least in part a synthetic material, such as polyamides, polycarbonates, an elastomer or a rubber for example, wood and/or a metallic material, such as stainless steel, titanium or an alloy titanium, or an aluminum alloy, for example. According to an alternative of the invention, the support 2 is entirely synthetic, in wood or in metal. Furthermore, the support 2 and the mount 1 can be composed at least in part of the same material or of different material without departing from the scope of the invention.

As illustrated in Figures 2 to 6, the support 2 comprises at least one bridge 44 extending between the first arm 30 and the second arm 30. The bridge 44 extends mainly along the transverse axis T between the fixing zones 34 of the first and second arms 30, 32. The bridge 44 can be in the form of a wire, like the example represented on the , or a wall extending substantially in a plane parallel to the transverse axes T and vertical V, as illustrated more particularly in the . The bridge 44 makes it possible to connect the two arms 30, 32, the support 2 then being formed in one piece, unlike the example illustrated in the where the two arms 30, 32 of the support 2 are connected independently of each other to the mount 1.

As shown on the , each arm 30, 32 comprises a first fixing zone 34a and a second fixing zone 34b, the first fixing zone 34a being arranged at the level of the first end 36 while the second fixing zone is arranged at the level of the bridge 44 In addition, the attachment zones 34a, 34b participate in forming a bifurcation 50 of the arm 30, 32, the first attachment zone 34a having a curvature from the bifurcation 50.

In this alternative embodiment of the invention, the plates 42 initially screwed onto the frame 1 can be disassembled and then reassembled on the support 2. In other words, once the plates 42 have been unscrewed from the frame 1, the support 2 can be fixed on the frame, for example by screwing the first fixing zone 34a at the location of the frame 1 where the pads 42 were initially fixed. The pads 42 can then be fixed at the level of the receiving member 40 of each of the arms 30, 32 of the support 2. It is understood from this that, conversely, the support 2 can be removed from the frame 1 to again screw the plates 42 directly onto the frame 1.

According to the invention, the support 2 comprises a means 52 for reversible attachment of the attachment zone 34 to the frame 1. In other words, the support 2 can be mounted on the frame 1 and/or removed from the frame 1 without causing the destruction of the support 2 and/or of the frame 1 thanks to this reversible fixing means 52.

As shown on the , the reversible fixing means 52 is composed of at least one screw 54, the fixing zone 34 or the internal part 26 of the strappings 8 of the frame 1 comprising a thread for receiving this screw 54. The support 2 is fixed to frame 1 by screwing, and can be removed from frame 1 by unscrewing.

As shown on the , the reversible fastening means 52 comprises a sliding member intended to cooperate with a shape complementary to the sliding member arranged on the frame 1 of the eyeglasses. More particularly, the support 2 comprises a rail 56 at the level of the fixing zone 34 of each arm 30, 32 and the frame 1 comprises a slide 58 arranged at the level of the internal parts 26 of the strappings 8. The rail 56 of each of the arms 30, 32 is configured to slide in the slide 58 of one of the internal parts 26 of the strappings 8. The rail 56 and/or the slide 58 comprise a system for holding the support 2 in position on the frame 1 so as to fix the support 2 on the frame 1, this system for holding in position being able to take the form of a clip or a stop, for example.

According to an alternative, the bridge 44 of the support 2 can take the form of a wire extending between the two arms 30, 32 along the transverse axis T. The sliding member extends from the support 2 from the bridge 44 along the vertical axis T and is also configured to cooperate with a form complementary to the sliding member arranged on the frame 1, as described above.

According to another alternative, the support 2 can comprise the slide 58 and the mount 1 the rail 56, the two cooperating as described above without departing from the scope of the invention.

As shown on the , the reversible fixing means 52 comprises a magnetic element 60 securing the fixing zone 34 to the frame 1. The magnetic element 60 forming the reversible fixing means 52 can be installed on the support 2 at the level of the fixing zone 34 and cooperating either with a frame 1 made of metallic material, or with a magnetic and/or metallic member arranged at the level of the internal part 26 of each strapping 8 of the frame 1, the latter possibly then being made of synthetic material.

Moreover, and as more particularly visible on the , the arms 30, 32 of the support 2 generally take the form of a wall extending in a plane parallel to the longitudinal L and vertical axes V. Each arm 30, 32 has, at the level of the receiving member 40, a curvature directed towards the interior of the wall. The wall has an upper face 62 and a lower face 64 along the vertical axis V. In this exemplary embodiment, the frame 1 comprises arms 30, 32 of support 2 each carrying a plate 42. The support 2 for its part comprises a housing 66 at the level of the upper face 62 of each of its arms 30, 32 configured to at least partially house a fixing element of the frame 1, which can be a clipping element or a screw facilitating the maintenance of the support 2 on mount 1 in addition to magnetic element 60.

According to another embodiment of the invention illustrated in , the fixing zone 34 is configured to be welded to the frame 1. It is understood that the support 2 and the frame 1 form, following this weld, a one-piece element, that is to say that the support 2 and frame 1 are inseparable from each other without destroying support 2 and/or frame 1.

To achieve this welding, the support 2 and the frame 1, or at least the fixing zone 34 of the support 2 and the internal part 26 of the straps 8 of the frame 1, are made of material compatible with this connection by welding. It may be a material of the same nature, or the same material which is either a synthetic material or a metallic material. In other words, the attachment zone 34 and the internal part 26 of the strapping 8 are both made of synthetic material or both made of metallic material, for example.

The support 2 comprises at least one reinforcement 68, such as a hoop for example, extending between the bridge 44 and at least one of the arms 30, 32. As illustrated in the , the support 2 comprises a first arch 68a extending from the center of the bridge 44 towards the first arm 30 and a second arch 68b extending from the center bridge 44 towards the second arm 32. The arches 68a, 68b meet before or at the level of the center of the bridge 44 and optimize the solidity of the support 2 by providing it with greater rigidity, thus reducing the risk of breakage of one or more arms 30, 32.

According to another embodiment of the invention and as illustrated in the , the frame 1 and the support 2 are made of synthetic material, the support 2 being molded simultaneously with the frame 1. The support 2 and the frame 1 form, following this molding, a one-piece element, that is to say say that the support 2 and the mount 1 are inseparable from each other without causing the destruction of the support 2 and/or the mount 1.

The invention also relates to a method of manufacturing a frame 1 for eyeglasses according to any one of the preceding characteristics, during which the frame 1 and the support 2 are molded simultaneously. For this, the frame 1 and the support 2 are both made of synthetic material. It is understood that the support 2 is molded during the same step as the frame 1, then forming a one-piece element.

The invention cannot however be limited to the means and configurations described and illustrated here, and it also extends to any equivalent means or configuration, and it also extends to any equivalent means or configuration and to any technical combination operating such means.

Claims (10)

Support (2) for a frame (1) for eyeglasses intended to rest on a root of the nose, comprising at least a first arm (30) and a second arm (32), each arm (30, 32) comprising a zone attachment (34) intended to connect the arm to the frame (1), the attachment zone (34) being arranged at one of the ends (36, 38) of the arm (30, 32), each arm (30, 32) comprising a receiving member (40) intended to receive a support pad (42) on the root of the nose, the receiving member (40) being arranged at another of the ends (36, 38) of the arm (30, 32), characterized in that the receiving member (40) and the fixing zone (34) are separated by a dimension (D) of at least fifteen millimeters measured along an axis of extension (L ) of the arm (30, 32) passing through the attachment zone (34) and through the receiving member (40). Support (2) according to Claim 1, in which the dimension (D) measured along the axis of extension (L) of the arm (30, 32) between the fixing zone (34) and the receiving member (40) is between fifteen and twenty-five millimeters. Support (2) according to any one of the preceding claims, comprising at least one bridge (44) extending between the first arm (30) and the second arm (32). Support (2) according to claim 3, comprising at least one reinforcement (68) extending between the bridge (44) and at least one of the arms (30, 32). Support (2) according to any one of the preceding claims, comprising at least in part a synthetic material, wood and/or a metallic material. Support (2) according to any one of the preceding claims, comprising means (52) for reversible attachment of the attachment zone (34) to the frame (1) of the eyeglasses. Arm support (2) according to any one of Claims 1 to 6, in which the attachment zone (34) is configured to be welded to the frame (1) of the spectacles. Frame (1) for eyeglasses comprising at least one support (2) according to any one of the preceding claims. Frame (1) according to the preceding claim, comprising at least one rim (8) of an ophthalmic lens (4), the support (2) and the rim (8) of the ophthalmic lens (4) being of the same material . Method of manufacturing a frame (1) for eyeglasses according to any one of claims 8 or 9, during which the frame (1) and the support (2) are molded simultaneously.