Glasses with one or more hair retention sections

Abstract

Disclosed are spectacles (100) comprising an eyeglass frame (102) with a frame (101) for receiving one or more lenses (108) and two temples (106). The frame (101) connects the two temples (106) to one another and comprises a bridge (104). The eyeglass frame (102) and / or the one or more lenses (108) further comprise one or more hair-retaining sections (110). The hair-retaining sections (110) are each configured as comb-like elements with a plurality of prongs (112).

Description

FIELD OF TECHNOLOGY

[0001] The invention relates to spectacles, more particularly to spectacles configured to retain hair. STATE OF THE ART

[0002] There are many different ways to hold back hair. Examples include hair bands, headbands, hair ties, and hair clips. Hair bands are roughly ring-shaped, open-bottomed hair holders. They are generally well-suited to holding back hair, especially medium-length hair. However, there may be reservations about wearing a hair band of this type for fashion reasons. Headbands are tight-fitting bands worn around the head, which lie across the forehead and on both sides above the ears, or cover them completely or partially. These are also suitable for holding back hair. However, to hold back hair effectively, headbands generally have to be wide enough, which can make them inappropriate and / or uncomfortable to wear in some situations. Hairbands are bands used to tie hair into braids.However, in order to use hairbands, a certain minimum hair length is necessary so that it can be held back effectively with a hairband. Hair ties are ring-shaped, elastic bands that are used to gather longer hair into thicker strands and hold it in place. As with hairbands, a certain minimum hair length is also necessary for it to be held back effectively with a hairtie. Hair clips are clips that are configured to hold hair together and / or pin it in place. However, in order to hold back not just individual strands, but for example the entire head of hair, a larger number of hair clips are generally necessary, which can also make their use impractical.

[0003] DE 200 16 093 U1 describes a spectacles retainer that is used for all types of reading glasses, sunglasses, and safety glasses, and enables safe wearing and removal of reading glasses, sunglasses, and safety glasses on the head. A shaped comb or combs with integrated teeth slide and clamp into the hair when placed on the head, thus ensuring a secure hold and fit of the spectacles retainer, frame, and glasses on the head and hair.

[0004] JP 2011-099939 A describes temples equipped with fastening devices to keep spectacles stable and balanced. The temples of the spectacles are provided with rows of holes or grooves. Thin, long, flat plates, attached at random parts, are provided for the holes or grooves of the rows, so that they are slightly curved. Alternatively, the temples are provided with thin, narrow, elastic branches that are curved obliquely inwards towards the front. Alternatively, the edges of the temples are provided with arms, curved plates, or curved nets that extend along the shape of the head. Alternatively, the flexible sections of the intermediate parts of the temples are free, so that they are vertically flexible, allowing height adjustment.

[0005] US 2014 / 0071397 A1 describes hair fastening devices arranged on eyeglasses that prevent the eyeglasses from slipping off a person's head when the person wears the eyeglasses on their head without using them. The hair fastening devices are located on the inward-facing surface of the lower inner frame of the eyeglasses, at a location where they do not touch the wearer's face when the wearer wears them. The hair fastening devices can be toothed devices or a suitable type of projection that grips the wearer's hair and prevents slipping. Furthermore, methods for manufacturing eyeglasses with an integrated hair fastening device and methods for manufacturing a separate hair fastening device that can be attached to eyeglasses are described. A method for using the device is also described.

[0006] US 5471258 A describes eyeglasses with a barrette consisting of a lens frame, two temples, and a detachable barrette set combined with each other. The barrette set consists of a front elongated temple and two side temples pivotally connected to the two ends of the front temple. The front temple is usually arranged in a longitudinal recess at an upper edge of the lens frame. The two side temples are usually arranged in a longitudinal recess at an inner upper edge of each temple, and the rear end of each side temple is pivotally connected to each temple, allowing the barrette set to be swung in an arc onto a wearer's hair. SUMMARY

[0007] It is an object of the invention to provide an improved means for retaining hair. The object underlying the invention is achieved by the features of the independent claim.

[0008] In one aspect, eyeglasses are disclosed that include an eyeglass frame with a rim for receiving one or more lenses and two temples. The rim connects the two temples and includes a bridge. The eyeglass frame and / or the one or more lenses further include one or more hair-retaining portions. The hair-retaining portions are each configured as comb-like elements with a plurality of teeth.

[0009] Examples can have the advantage that corresponding glasses with hair retaining sections can be used as a hair retaining device, particularly in addition to the actual glasses function. To do this, the corresponding glasses with the hair retaining sections are pushed into the hair so that the hair retaining sections engage with the hair. The glasses can be tucked into the hair to hold back the hair, similar to a headband. For example, the ends of the temples are positioned behind the ears and the bridge sits across the wearer's head. The hair retaining sections hold the hair back. Thus, corresponding glasses can, for example, achieve a hair retention effect comparable to that of a headband.

[0010] The prongs can, for example, be designed as elongated extensions. In particular, the prongs can each have a rounded end, for example. For example, the shape and / or size of individual prongs of a comb-like element can vary relative to one another. For example, the shape and / or size of the prongs of the comb-like element can be identical to one another. For example, a comb-like element can also be designed as a wave-shaped structure. For example, individual wave segments of the wave-shaped structure form the prongs, or the prongs are configured as wave segments of the wave-shaped structure. For example, the wave-shaped structure is a sinusoidal wave whose sinusoidal wave crests form the prongs. For example, the wave segments of the wave-shaped structure can also have other wave-like shapes.For example, the shape and / or size of individual wave segments of the wave-shaped structure can vary relative to one another. For example, the shape and / or size of the wave segments of the wave-shaped structure can be identical to one another. For example, the prongs are designed as knobs or knob-shaped structures, i.e., hump-like elevations. For example, the prongs of a comb-like element can be arranged linearly in a row. For example, the prongs of a comb-like element can be distributed over a surface, for example, on a surface of the spectacle frame and / or the one or more spectacle lenses.

[0011] The prongs of the comb-like elements, for example, can ensure that the glasses stay securely in place in the hair, thus avoiding or at least significantly reducing the risk of the glasses falling out of the hair due to head movements. Furthermore, depending on their geometric design, the prongs can also keep the hair in shape.

[0012] For example, the one or more hair retaining sections are arranged on the frame of the glasses. For example, the one or more hair retaining sections are arranged on a rim of the frame extending above the one or more lenses, in particular on an upper edge. In this case, the prongs of the hair retaining sections are preferably inclined downwards towards the center of the glasses. Likewise, one or more hair retaining sections can also be arranged on a lower edge of the frame. For example, the one or more hair retaining sections are arranged on the bridge of the frame. For example, the one or more hair retaining sections are arranged on one or both temples of the glasses frame. For example, the hair retaining sections are arranged on an upper and / or lower edge of the temples.

[0013] For example, the hair-retaining sections extend along the entire bridge and / or along the entire rim of the frame. For example, the hair-retaining sections extend along the entire frame of the glasses. For example, the hair-retaining sections extend along the entire temples of the frame. For example, a hair-retaining section extends along the entire frame and along the entire temples of the frame. For example, glasses with an integrated hairband can be provided in this way.

[0014] The prongs of the hair retaining sections extend, for example, in a direction perpendicular to a longitudinal extent of the frame, for example perpendicular to a longitudinal extent of the bridge and / or the rim of the glasses. For example, the prongs of the hair retaining sections extend in a direction perpendicular to a longitudinal extent of one of the temples. For example, the prongs extend parallel to an inner surface of the frame. For example, the prongs extend parallel to an inner surface of the bridge. For example, the prongs extend parallel to an inner surface of one of the temples. For example, the prongs extend perpendicularly upwards from the rim of the glasses, i.e. from an upper edge of the frame and / or from an upper edge of the bridge, and / or from an upper edge of one or both temples.

[0015] For example, the prongs extend parallel to the direction in which the glasses are inserted into the hair when the glasses are pushed into the hair. For example, the prongs extend perpendicular to the insertion direction, e.g., perpendicular to an inner surface of the frame and / or temple. For example, the prongs extend perpendicular to an inner surface of the bridge.

[0016] For example, one or more of the hair-retaining sections of the spectacle frame each have a bend around a reference axis. For example, the reference axis is a viewing axis of the spectacles, which extends along a viewing direction of the spectacles defined by the frame for the one or more spectacle lenses. For example, the reference axis is an axis extending between the temples perpendicular to the viewing axis and perpendicular to the bridge of the frame.

[0017] A corresponding bend of the hair-retaining sections can have the advantage that the hair-retaining sections adapt better to a rounded head shape of a wearer of the glasses or are better adapted to this when the glasses are arranged in the wearer's hair to hold it back.

[0018] For example, the frame of the spectacle frame, in particular the bridge and / or the rim of the frame, and / or one or both temples of the spectacle frame are curved. For example, the frame of the spectacle frame, such as the bridge and the rim, and / or one or both temples of the spectacle frame have a bend that corresponds to the bend of the hair-retaining portions arranged on the corresponding portions of the spectacles, i.e., the frame, such as the bridge and / or the rim, and / or on one or both temples.

[0019] For example, the hair-retaining sections can also be arranged on one or more lower edges of the glasses. For example, on one or more lower edges of the frame and / or on one or more lower edges of the temples. For example, the one or more lower edges of the glasses have a curve that corresponds to the curve of the hair-retaining sections.

[0020] For example, the frame of the glasses is curved like a headband and is therefore better adapted to the shape of the wearer's head when the glasses are worn in the hair.

[0021] For example, the overall frame, i.e., the frame and temples, has at least a slightly curved shape. For example, the overall frame has a curved shape, resembling a headband.

[0022] A corresponding bend of the frame and / or temples can have the advantage that the frame and / or temples adapt better to a rounded head shape of a wearer of the glasses when the glasses are arranged in the wearer's hair to hold it back.

[0023] For example, the spectacle frame has a second curved bridge, which is arranged on the temple side behind the frame of the spectacle frame and extends from one of the two temples to the other of the two temples. One or more of the hair-retaining sections are arranged on the second curved bridge.

[0024] A corresponding second curved bridge, which extends from temple to temple, can have the advantage of adapting well to a rounded head shape of a wearer of the glasses when the glasses are arranged in the wearer's hair to hold it back.

[0025] For example, one or more of the hair-retaining sections are arranged on the second bridge. For example, the hair-retaining sections extend along the entire second bridge. For example, the second bridge has a curved shape that resembles a hairband or at least a central portion of a hairband. For example, the second bridge can be used to provide a pair of glasses that corresponds to glasses with an integrated hairband. The integrated hairband is formed by the second bridge and, if appropriate, by the temples of the glasses.

[0026] For example, the frame of the spectacle frame comprises a pivoting element arranged between a first and a second sub-section of the frame, which pivoting element is configured to pivot the first sub-section of the frame relative to the second sub-section of the frame about a pivot axis extending perpendicular to the bridge. For example, the pivoting element is arranged centrally along a longitudinal extension direction of the bridge, i.e., in the middle of the bridge. The bridge is arranged, for example, between the two sub-sections of the frame. The two sub-sections of the frame are, for example, two receptacles for two spectacle lenses.

[0027] Examples may have the advantage that the frame, and thus the glasses themselves, are designed to be foldable, particularly in the middle, thanks to the pivoting element. This makes the glasses easier to store, for example.

[0028] For example, the pivoting element comprises a hinge that can pivot about the pivot axis. For example, the pivoting element comprises a reversibly bendable bending element that can pivot about the pivot axis by reversibly bending.

[0029] For example, the pivoting element is an elastic element which is configured to exert a restoring force on the two sections when a pivoting angle between the first and the second section of the socket is opened, counteracting the opening.

[0030] For example, an elastic swivel element can improve the adjustment of the glasses to the shape of the wearer's head, especially when the glasses are worn in the hair.

[0031] For example, the elastic pivot element comprises a spring element. For example, the elastic pivot element comprises an elastic hinge that can be elastically pivoted about the pivot axis. For example, the elastic pivot element comprises an elastically reversibly bendable bending element that can be pivoted about the pivot axis by elastically reversibly bending.

[0032] For example, the two temples of the glasses frame are connected to the frame in a foldable manner.

[0033] For example, the two temples of the eyeglass frame are each pivotably attached to the frame of the eyeglass frame by means of an elastic element. The elastic elements are each configured to exert a restoring force on the temples when a pivot angle between the frame and the temples is opened, counteracting the opening.

[0034] The elastic elements, for example, enable folding, particularly the temples being folded in, which is facilitated by the restoring force exerted. For example, the elastic elements allow for improved adjustment of the glasses to the wearer's head shape when worn in the hair.

[0035] For example, the two temples of the spectacle frame are rigidly connected to the bridge of the spectacle frame.

[0036] For example, the one or more hair-retaining sections each have a rubber coating. A rubber coating can, for example, increase the grip of the glasses in the hair, for example, by increasing friction between the glasses and the hair using the rubber coating.

[0037] For example, the frame and / or the temples of the frame also have a rubber coating. For example, the glasses have a second bridge as described above, which also has a rubber coating. A rubber coating can, for example, improve the grip of the glasses in the hair, for example by increasing the friction between the glasses and the hair using the rubber coating.

[0038] For example, the prongs comprise a first material which has a higher elasticity than a second material which comprises the frame and / or the temples of the spectacle frame.

[0039] Using a more elastic and therefore softer first material for the prongs can make them more comfortable to wear. Furthermore, the prongs can adapt better to the hair and / or head shape. In particular, this can prevent accidental irritation and / or scalp injuries when the glasses are tucked into the hair. At the same time, a second material with less elasticity for the frame and / or temples can ensure greater rigidity of the frame and thus greater stability of the glasses.

[0040] For example, the first material is a core material of the prongs, from which at least a core region of the prongs is made. If the prongs comprise a first plurality of materials, the first material is, for example, a material from the first plurality of materials that has the lowest elasticity relative to the other materials of the first plurality of materials. If the frame and / or the temples of the glasses comprise a second plurality of materials, the second material is, for example, a material from the second plurality of materials that has the lowest elasticity relative to the other materials of the second plurality of materials.

[0041] For example, the frame is configured to interchangeably accommodate one or more, e.g., two, lenses. For example, the mount is configured to interchangeably accommodate one or more, e.g., two, lenses without the need for tools.

[0042] Interchangeable lenses, for example, can offer the advantage of allowing the glasses to be adapted to seasonal environmental conditions. For example, tinted lenses in the summer can be swapped for slightly mirrored lenses in the winter.

[0043] In addition, lenses can be provided in different colors and can be interchanged by the wearer depending on their color preference. A frame configured for tool-free lens interchangeability can allow the wearer to easily change lenses without the need for additional tools. For example, the lenses are held in the frame by a clamping mechanism, allowing them to be clamped into the frame and pushed out again as needed by applying pressure.

[0044] For example, the glasses further comprise one or more, e.g., two, lenses. For example, the one or more lenses are tinted and / or mirrored lenses. Tinted and / or mirrored lenses can, for example, have the advantage of concealing the hair-retaining sections or comb elements of the glasses.

[0045] For example, the one or more hair retention sections with a plurality of prongs are arranged on the inside of one or more spectacle lenses. They extend opposite to the viewing direction of the spectacles determined by the one or more spectacle lenses. Generally speaking, the inside of the spectacle lens creates a large surface area that can accommodate a plurality of prongs, so that a very secure hair retention effect can be achieved. The prongs in this area are preferably longer than, for example, those on the side arms of the spectacles. It should be noted that the actual function of the spectacles as a visual aid could still be partially maintained in this case if the density of the prongs on the inside of the lens(es) is determined accordingly. Looking into the distance through, for example, tinted lenses of “sunglasses” should still be possible, even if there are no prongs on the inside of the lens(es).the prongs of the glasses are arranged.

[0046] It is understood that one or more of the aforementioned embodiments may be combined with one another, as long as the embodiments do not exclude one another. BRIEF DESCRIPTION OF THE DRAWINGS

[0047] The following examples are explained in more detail using the drawings. They show: Fig. 1 an exemplary pair of glasses with hair retention sections, Fig. 2 a side view of the exemplary glasses with hair retention sections, Fig. 3 a top view of an exemplary pair of glasses, Fig. 4 a top view of an exemplary pair of glasses, Fig. 5 a top view of an exemplary pair of glasses, Fig. 6 a top view of an exemplary pair of glasses and Fig. 7 another exemplary pair of glasses with hair retention sections, Fig. 8 another exemplary pair of glasses with hair retention sections, Fig. 9 another exemplary pair of glasses with areas for hair retention sections. DETAILED DESCRIPTION

[0048] In the following, similar elements are identified by the same reference numerals.

[0049] Fig. 1 shows a front perspective view, obliquely from above, of an exemplary pair of eyeglasses 100 with an eyeglass frame 102, which includes a frame 101 for receiving one or more lenses 108 and two temples 106. The frame 101 connects the two temples 106 to each other and includes a bridge 104, which is also referred to as a nose bridge. The eyeglass frame 102 further includes one or more hair retaining sections 110. The hair retaining sections 110 are each configured as comb-like elements with a plurality of prongs 112. In the example shown, hair retaining sections 110 are each arranged on an upper edge of the eyeglasses 100. Hair retaining sections 110 are arranged on the bridge 104 of the frame 101, on a rim 103 of the frame 101, and on the temples 106 of the eyeglass frame 102. Furthermore, the frame 101 of the spectacle frame 102 comprises two receptacles 109 for two spectacle lenses 108.For example, the receptacles 109 are configured for interchangeable, particularly tool-free, accommodating of the spectacle lenses 108. For example, the spectacle lenses 108 are tinted and / or mirrored spectacle lenses. The spectacle rim 103 comprises, in the embodiment shown in . Fig. 1, two sections each extending above one of the lenses 108 and connected to each other by the bridge 104.

[0050] The glasses 100 can be inserted into the hair to hold it back, similar to a headband. Hair can be effectively held back by means of the hair-holding sections 110, which are designed as comb-like elements. The prongs 112, which engage with the hair, can, for example, ensure that the glasses 100 are securely held in the hair. Furthermore, depending on their geometric design, the prongs 112 can hold the hair in shape.

[0051] Fig. 2 shows a side view of the exemplary glasses 100 from Fig. 1. Furthermore, Fig. 2 illustrates the positions of two exemplary reference axes 130, 132.

[0052] The reference axis 130 is a viewing axis 130 of the spectacles 100, which extends along a viewing direction of the spectacles 100 defined by the frame 101 for the one or more spectacle lenses 108. For example, the reference axis 130 extends through a center of the bridge 104 of the frame 101. The reference axis 132 is an axis extending between the temples 106 of the spectacle frame, perpendicular to the viewing axis 130 and perpendicular to the bridge 104 of the frame 101. For example, the reference axis 132 intersects the reference axis 130, in particular when the reference axis 130 extends through a center of the bridge 104 of the frame 101. For example, the reference axis 132 extends through a center point of an imaginary surface bounded by the frame 101, the temples 106, and an imaginary connecting line between the ends of the temples 106.For example, reference axis 130 is an axis of symmetry to which the imaginary surface is mirror-symmetrical and which extends through the center of the surface.

[0053] For example, one or more of the hair-retaining sections 110 of the spectacle frame 102 may have a bend around the reference axis 130. For example, the one or more hair-retaining sections 110 have the bend around the reference axis 130 along their respective longitudinal extent. For example, one or more of the hair-retaining sections 110 of the spectacle frame 102 may have a bend around the reference axis 132. For example, the one or more hair-retaining sections 110 have the bend around the reference axis 132 along their respective longitudinal extent.

[0054] Fig. 3 shows a top view of an exemplary pair of glasses 100. In the example according to Fig. 3, the frame 101 of the spectacle frame 102 is curved, while the temples 106 of the spectacle frame 102 are not curved but straight. Fig. 4 shows a top view of an exemplary pair of glasses 100 in which the frame 101 and the two temples 106 of the eyeglass frame 102 are straight. Fig. 5 shows a top view of an exemplary pair of eyeglasses 100 having a second curved bridge 120. The second bridge 120 is arranged on the temple side behind the frame 101 of the eyeglass frame 102. The second curved bridge 120 extends, for example, from one temple 106 to the other temple 106. For example, the second curved bridge 120 is rigidly or pivotably connected to the temple 106. Thus, a hairband integrated into the eyeglasses 100 can be implemented by the second curved bridge 120, with or without the temples. The frame 101 of the eyeglass frame 102, in contrast to the second curved bridge 120, is designed, for example, to be straight or at least less curved. Fig. 6 shows a top view of exemplary eyeglasses 100, the frame 101 of which, for example, the bridge 104 of the frame 101, comprises a pivoting element 122 arranged between a first and a second partial section 105, 107 of the frame 101. The pivoting element 122 is configured to pivot the first partial section 105 of the frame 101 relative to the second partial section 107 of the frame 101 about a pivot axis extending perpendicular to a longitudinal extent of the frame 101. For example, the corresponding pivot axis extends perpendicular to the image plane. In the example shown, the pivoting element 122 is arranged in the center of the bridge 104 of the frame 101.

[0055] For example, the two temples 106 of the spectacle frame 102 are each pivotably attached to the frame 101 of the spectacle frame 102 by means of an elastic element 124. The elastic elements 124 are each configured to exert a restoring force 126 on the temples 106 when a pivoting angle between the frame 101 and the temples 106 is opened, counteracting the opening. For example, the elastic elements 124 enable the opening between the temples 106 to widen, for example when the spectacles 100 are inserted into the hair of a wearer as a hair retaining device. The restoring force 126 exerted by the elastic elements 124, which counteracts the widening of the opening, ensures a clamping effect of the spectacles 100 in the hair. Thus, for example, the hold of the spectacles 100 as a hair retaining device in the hair of a wearer can be improved.

[0056] Alternatively, the two temples 106 of the spectacle frame 102 can also be rigidly connected to the frame 101 of the spectacle frame 102, in particular without elastic elements 126.

[0057] Fig. Fig. 7 shows a perspective view obliquely from behind of an exemplary pair of glasses 100 with a frame 102, which comprises a frame 101 and two temples 106. The glasses 100 shown of the Fig. 7 corresponds to the glasses 100 of the Fig. 1 with the only difference that the positions of the hair retaining sections 110 are different. In the example in Fig. 7, the hair-retaining sections 110 are arranged on a lower edge of the frame 101, for example, on edges of the frame 101 extending below the lenses 108. Furthermore, hair-retaining sections 110 are arranged on lower edges of the temples 106 of the spectacle frame.

[0058] Fig. 8 shows another exemplary pair of glasses with hair retention portions 110 arranged on the inside of the lenses and on the inside of the temples 106.

[0059] Fig. 9 shows another exemplary pair of spectacles with regions 900 and 902 for hair-retaining sections. In regions 902 above the rim of the frame extending over one or more lenses, the prongs of the hair-retaining sections are inclined downward, while in regions 900 on the lenses or on the inside of the temples, the prongs can protrude perpendicular to the respective surface.

[0060] Although the invention has been illustrated and described in detail in the drawings and the foregoing description, this illustration and description is to be considered as exemplary and not restrictive; the invention is not limited to the disclosed embodiments. LIST OF REFERENCE SYMBOLS 100 glasses 101 version 102 glasses frame 103 Glasses rim 104 jetty 105 Section of the footbridge 106 brackets 107 temple end 107 Section of the footbridge 108 spectacle lenses 109 Holder for a spectacle lens 110 Hair retention section 112 tines 120 second bridge 122 Swivel element 124 elastic element 126 Restoring force 130 line of sight 132 Axis 900 area 902 Area

Claims

[1] Spectacles (100) comprising a spectacle frame (102) with a frame (101) for receiving one or more spectacle lenses (108) and two temples (106), wherein the frame (101) connects the two temples (106) to one another and comprises a bridge (104), wherein the spectacle frame (102) and / or the one or more spectacle lenses (108) further comprises one or more hair retaining sections (110), wherein the hair retaining sections (110) are each configured as comb-like elements with a plurality of prongs (112), characterized by , that the spectacle frame (102) has a second curved bridge (120) which is arranged on the temple side behind the frame (101) of the spectacle frame (102) and extends from one of the two temples (106) to the other of the two temples (106), wherein one or more hair-retaining sections (110) of the one or more hair-retaining sections (110) are arranged on the second curved bridge (120), or one or more of the hair retaining sections (110) with a plurality of the prongs (112) are arranged on the inside of the one or more spectacle lenses (108) and extend opposite to a viewing direction of the spectacles (100) defined by the one or more spectacle lenses (108). [2] Spectacles (100) according to claim 1, wherein one or more of the hair retaining sections (110) are arranged on the frame (101), in particular on a rim (103) of the frame (101) extending above the one or more spectacle lenses (108) and / or the bridge (104) of the frame (101), and / or on one or both temples (106) of the spectacle frame (102). [3] Spectacles (100) according to one of the preceding claims, wherein one or more of the hair-retaining sections (110) of the spectacle frame (102) each have a bend about a reference axis, wherein the reference axis is in particular the viewing axis (130) of the spectacles (100), which extends along a viewing direction of the spectacles (100) defined by the frame (101) for the one or more spectacle lenses (108), or about an axis (132) extending between the temples (106) perpendicular to the viewing axis (130) and perpendicular to the bridge (104) of the frame (101). [4] Spectacles (100) according to one of the preceding claims, wherein the frame (101) of the spectacle frame (102) comprises a pivoting element (122) arranged, in particular centrally along a longitudinal extension direction of the bridge (104), between a first and a second partial section (105; 107) of the frame (101), which pivoting element is configured to pivot the first partial section (105) of the frame (101) relative to the second partial section (107) of the frame (101) about a pivot axis extending perpendicular to the bridge (104). [5] Spectacles (100) according to one of the preceding claims, wherein the two temples (106) of the spectacle frame (102) are each pivotably attached to the frame (101) of the spectacle frame (102) by means of an elastic element (124), wherein the elastic elements (124) are each configured to exert a restoring force (126) on the two temples (106) which counteracts the opening when a pivot angle between the frame (101) and the temples (106) is opened. [6] Spectacles (100) according to one of the preceding claims, wherein the one or more hair-retaining sections (110) each have a rubber coating and / or the prongs (112) comprise a first material which has a higher elasticity than a second material which comprises the frame (101) and / or the temples (106) of the spectacle frame (102), and / or the frame (101) is configured for interchangeable, in particular tool-free, interchangeable reception of the one or more spectacle lenses (108). [7] Spectacles (100) according to one of the preceding claims, wherein the spectacles (100) further comprise the one or more spectacle lenses (108), wherein the one or more spectacle lenses (108) are in particular tinted and / or mirrored spectacle lenses (108).

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