Glasses leg

Abstract

A temple for eyeglasses, in particular for goggles, has a hinge end (6), an opposite free end (7), an inner surface (10), an outer surface (11), an upper surface (12), a lower surface (13) and at least three channels (15) which each establish a connection between the inner surface (10) and the outer surface (11) and are arranged next to one another along the longitudinal extension of the temple. The temple (5) further comprises at least two separating ribs (16) which separate the channels (15) from one another and are at different angles with respect to the temple longitudinal line (14).

Description

[0001] Cross-reference to Related Applications

[0002] The content of German patent application DE 10 2023 202 345.8 is hereby incorporated by reference. TECHNICAL FIELD

[0003] The invention relates to a temple, in particular for eyewear. The temple can also be used alternatively for sports eyewear, sunglasses or prescription eyewear, for example. BACKGROUND

[0004] From the prior art, eyewear temples are known which have been published for prior use, which often fit around the ear of the wearer and adapt to the curvature of their head. The eyewear temples or eyewear can thus be held firmly on the head of each wearer. In order to improve the holding, it is also known, for example, for the eyewear temples to be pressed against the head of the wearer with a (high) contact pressure. Wearing eyewear comprising eyewear temples of this type is often unsatisfactory. The holding or the comfort is often poor. A firm holding requires a high contact pressure. At a lower contact pressure, the comfort is greater.

[0005] US 9,703,117 B2 discloses an eyewear temple. The eyewear temple has a base body and a cover. The base body and the cover are composed of different materials. The base body has a plurality of crosspieces extending between an upper edge and a lower edge. The crosspieces are at an angle with respect to one edge. They are all at the same angle. The eyewear temple does not always ensure firm or comfortable wearing of the eyewear.

[0006] The eyewear temple known from US 6,758,562 B1 has a plurality of openings in order to increase the flexibility of the eyewear temple. At least one opening is elongated. The orientation of the opening is such that it extends substantially vertically.

[0007] US 2,659,270 discloses an eyewear temple with openings. SUMMARY

[0008] It is an object of the invention to overcome the disadvantages of the prior art and to provide an eyewear temple which provides particularly firm fitting and holding during use and also provides very high comfort. Furthermore, the eyewear temple should be able to adapt as well as possible to different head shapes and sizes.

[0009] The object is achieved according to the application by the features specified in independent claim 1. The core idea of the application relates to separating ribs, which separate the channels from one another, for example completely, and are differently oriented or inclined. At least one separating rib advantageously extends obliquely with respect to the longitudinal line or longitudinal direction of the temple, which preferably extends curved at least in some regions. It is expedient if the at least one separating rib extends (substantially) perpendicularly to the longitudinal line of the temple. Separating ribs arranged with different inclinations to one another lead to improved comfort and better fit. They are preferably configured to be flexible. The channels make it possible, for example, to save material or reduce weight.

[0010] The temple is preferably composed of a plastic material. It is preferably a single component or a single whole.

[0011] The temple has at least one hinge element, such as a hinge pin, a hinge protrusion, a hinge receptacle, a hinge opening, a hinge hole or the like, at the hinge end. The at least one hinge element preferably provides the temple with a pivot axis in the assembled state.

[0012] The temple has, for example, at least one recess, a protuberance or the like on its inner and / or outer surface. It has, for example, different thicknesses.

[0013] The channels preferably have different sizes or opening widths. It is advantageous if they have different shapes. It is advantageous if each channel has a corner-like, for example square, profile on the inner and / or outer surface. Other profiles, for example circular, oval, elliptical, etc., are also possible. The channels are preferably arranged in a row and advantageously completely closed around the circumference. They are preferably arranged in the ear region of the temple and / or adjacent thereto. The channels reduce, for example, the contact area with the wearer's head when the temple is in use and thereby ensure improved climate on the head.

[0014] Each separating rib preferably has a constant or uniform shape in the longitudinal section of the temple or in the respective separating rib cross section. It is advantageous if each separating rib spatially partially delimits at least one channel. Each separating rib is advantageously elongate.

[0015] The temple preferably has two to eight channels and one to seven separating ribs. The arrangement of channels and separating ribs is preferably extendable to greater or smaller configurations and numbers depending on the application and configuration.

[0016] A pair of glasses preferably comprises at least one lens and, for example, a frame and at least two temples. The temples are preferably hinged to the lens and / or the frame, if present. The pair of glasses is preferably symmetrical.

[0017] Further advantageous configurations of the application are contained in the dependent claims.

[0018] The configuration according to the dependent claim 2 improves the hold of the glasses when worn. It is optimized in particular for taking off the glasses.

[0019] The configuration according to the dependent claim 3 likewise enables an improved hold. It is optimized in particular for putting on the glasses. Thus, the partitioning rib following the hinge end and the partitioning rib following the free end are inclined in opposite directions.

[0020] The at least one central partitioning rib according to the dependent claim 4 is advantageously arranged between the at least one inclined partitioning rib following the hinge end and the at least one inclined partitioning rib following the free end. There are, for example, exactly one to three central partitioning ribs. If there are a plurality of central partitioning ribs, they preferably extend (substantially) parallel to one another.

[0021] The configuration according to the dependent claim 5 likewise improves the comfort and the fit. For example, in the longitudinal section of the glasses leg, the partitioning ribs have rounded and / or flattened corner regions. More precisely, in the longitudinal section of the glasses leg, each partitioning rib has, for example, a trapezoidal shape, while overall it is substantially triangular.

[0022] The partitioning ribs according to the dependent claim 6 are preferably formed in order to achieve a functional or load optimization. In particular, the angles between the adjacent surfaces are different.

[0023] The angle according to the dependent claim 7 is preferably a back angle or an angle formed on the back side of the relevant partitioning rib and advantageously faces away from the hinge end. It is preferably a clamping angle. The / a clamping angle is preferably an acute angle. It is advantageous if both the (free or effective) side edges or sides of the partitioning rib are planar.

[0024] It is advantageous if, in the longitudinal section of the glasses leg, the partitioning ribs form an effective shallow (rear) ramp, which first occurs when the glasses are put on. Advantageously, in the longitudinal section of the glasses leg, the partitioning ribs form an effective steep (front) ramp, which first occurs when the glasses are taken off.

[0025] The effective clamping angle is preferably dependent on the use case. It is advantageously a shallow angle when the glasses are put on, while it is preferably a steep angle when the glasses are taken off.

[0026] The relevant hold protrusion according to the dependent claim 8, for example, provides a particularly secure and comfortable fit of the glasses leg on the wearer's head. This is particularly advantageous for demanding work, for example, work at heights and / or work involving forward bending.

[0027] Each front holding side according to dependent claim 9 is preferably at least partially exposed. It is advantageously planar. Advantageously, each front holding side is formed by the front surface of the partitioning rib. This is particularly effective when wearing the eyeglasses.

[0028] Each rear holding side according to dependent claim 10 is preferably at least partially exposed. It is advantageously planar. Preferably, each rear holding side is formed by the inner surface of the partitioning rib. This is particularly effective when taking off the eyeglasses.

[0029] The soft component according to dependent claim 12 is preferably formed of a plastic material. It is preferably elastic or resilient. The soft component advantageously is capable of elastic elongation or bending. Advantageously, the soft component, in particular by the bent configuration, utilizes the depth or thickness of the eyeglasses leg for the bending. This bending property preferably counteracts the upward bending and provides a spring-back effect. This makes it possible to achieve a pressure-free fit or holding on the wearer's head. Thereby, the eyeglasses leg is also able to adapt to different head widths, for example. The soft component also provides a non-slip holding of the eyeglasses leg on the wearer's head and makes comfortable wearing possible. Advantageously, the soft component extends over the entire length of the eyeglasses leg. Advantageously, the partitioning rib and / or the holding protrusion is at least partially, preferably completely, formed of the soft component.

[0030] The hard component according to dependent claim 13 is advantageously formed of a plastic material. It is harder than the soft component and results in an eyeglasses leg that is, for example, wear-resistant and provides a firm fit on the wearer's head. The hard component preferably extends over the entire length of the eyeglasses leg, preferably at the top. It has a relatively high dimensional stability.

[0031] The configuration according to dependent claim 14 likewise provides the wearer with particularly high comfort and improved ergonomics. The comfort is improved, for example, in the ear region of the eyeglasses leg. The eyeglasses leg is twisted, for example, in a helix. Advantageously, at least 50% of the eyeglasses leg, preferably at least 70% of the eyeglasses leg, preferably the entire eyeglasses leg, is twisted.

[0032] The eyeglasses leg according to dependent claim 15 is, for example, curved only partially or over its entire length, for example uniformly. Advantageously, the eyeglasses leg is adapted to the curvature of the wearer's head and is therefore curved accordingly. Advantageously, the inner surface of the eyeglasses leg is convex at least in some regions, and the outer surface of the eyeglasses leg is concave at least in some regions.

[0033] Advantageously, the eyeglass leg has at least one identification zone. Preferably, at least one through opening is arranged below and / or beside the identification zone. The at least one through opening, for example, enables particularly good ventilation, which in turn increases the comfort. Due to the at least one through opening, the identification zone is partially virtually in a free-floating state. For example, it carries a manufacturer's logo on the outer surface. For example, at least one accessory or attachment, such as a headband hook, can be arranged on or attached to the eyeglass leg of the eyeglasses directly or indirectly, preferably detachably, via the at least one through opening. This type of through opening further reduces the weight and saves material. BRIEF DESCRIPTION OF DRAWINGS

[0034] A preferred embodiment of the application is described below by way of example and with reference to the accompanying drawings, in which:

[0035] Figure 1 is a perspective view of a pair of eyeglasses comprising two eyeglass legs according to the application,

[0036] Figure 2 is Figure 1 a side view of the eyeglasses shown,

[0037] Figure 3 is a cross section through the eyeglass leg of the eyeglasses shown,

[0038] Figure 4 shows the eyeglass leg inner surface of the eyeglass leg shown,

[0039] Figure 5 is a bottom view of the eyeglass leg shown,

[0040] Figure 6 is a view showing the partition rib of the eyeglass leg shown separately, and

[0041] Figure 7 is a top view of the eyeglass leg shown. DETAILED DESCRIPTION

[0042] As Figure 1 and Figure 2 a pair of eyeglasses as a whole, comprising a lens assembly 1 and a frame portion 2 arranged on top of the lens assembly 1. An upper hinge projection 3 and a lower hinge projection 4 are arranged on the inner surface of each side end region of the lens assembly 1. Each hinge projection 3, 4 has a cylindrical hinge accommodation, which is preferably closed around the circumference. Adjacent hinge accommodations are aligned with each other and define an eyeglass leg hinge pivot axis.

[0043] The eyeglasses also have two eyeglass legs 5, which, when mounted, engage with the hinge accommodations and can thus be pivoted between a folded-in storage position and an unfolded, worn position (see Figure 1 ).

[0044] The eyeglasses are symmetrical with respect to a main plane that passes through the nosepiece of the lens assembly 1.

[0045] The two eyeglass temples 5 are identical in construction. Each eyeglass temple 5 has a hinged or front end 6 and a free or rear end 7 opposite the hinged end 6. Adjacent to the hinged end 6, each eyeglass temple 5 is provided with an upper hinge pin 8 and a lower hinge pin 9. Each hinge pin 8, 9 is cylindrical and complementary to the respective hinge accommodation (see Figure 4 ). In the assembled state, each upper hinge pin 8 is inserted from below into the hinge accommodation of the respective upper hinge protrusion 3, while each lower hinge pin 9 is inserted from above into the hinge accommodation of the respective lower hinge protrusion 4. Of course, other hinge structures can also be used.

[0046] Each eyeglass temple 5 also has an inner surface 10 and an outer surface 11 opposite the inner surface 10. In the wearing position, the inner surfaces 10 of the eyeglass temples 5 face each other, while the outer surfaces 11 of the eyeglass temples 5 face away from each other. In the wearing position, the inner surfaces 10 of the eyeglass temples 5 extend adjacent to the head (not shown) of the wearer.

[0047] In addition, each eyeglass temple 5 has an upper surface 12 and a lower surface 13 opposite the upper surface 12. In the wearing position, the upper surface 12 extends above and upwardly of the adjacent lower surface 13. The lower surface 13, in turn, faces downwardly.

[0048] Each eyeglass temple 5 is elongate and, in particular, uniformly curved. Each eyeglass temple 5 has an internal, in particular central, eyeglass temple longitudinal line or longitudinal axis 14, which is likewise curved in a corresponding manner (see Figure 4 ).

[0049] In particular as shown in Figure 7 , each eyeglass temple 5 is also twisted about the eyeglass temple longitudinal axis 14. For example, this twist is present, for example uniformly, over the entire eyeglass temple 5 or only in sub-regions thereof, for example in the central region, the front end region and / or the rear end region. Each eyeglass temple 5 is preferably twisted such that the upper surface 12 in the region of the free end 7 projects more outwardly in the wearing position than the adjacent lower surface 13 of the respective eyeglass temple 5.

[0050] Each eyeglass temple 5 has a plurality of channels 15, here six channels 15, namely a first channel 15a, a second channel 15b, a third channel 15c, a fourth channel 15d, a fifth channel 15e and a sixth channel 15f. The first channel 15a is located closest to the hinged end 6. The sixth channel 15f is located furthest from the hinged end 6. In each eyeglass temple 5, the channels 15 are arranged side by side and adjacent to each other along the eyeglass temple longitudinal axis 14. Each channel 15 is closed about a circumference and extends completely through the respective eyeglass temple 5.

[0051] The channels 15 arranged in the respective temple 5 differ from each other, in particular in their orientation. Between mutually adjacent channels 15 a partition rib 16 is arranged. Hence, each temple 5 has a plurality of partition ribs 16, here five partition ribs 16, namely a first partition rib 16a, a second partition rib 16b, a third partition rib 16c, a fourth partition rib 16d and a fifth partition rib 16e. The first partition rib 16a is at the closest distance from the hinge end 6. The fifth partition rib 16e is at the furthest distance from the hinge end 6. Each partition rib 16 extends upwardly from the temple area adjacent the lower surface 13 towards the upper surface 12. Each partition rib 16 preferably extends through the entire thickness D of the temple 5 at that location, which thickness D is between the inner surface 10 and the outer surface 11.

[0052] The orientation of the partition ribs 16 of each temple 5 differs from each other (see Figure 4 ). The first partition rib 16a spans a first partition rib plane ET1 which lies at a first partition rib angle wt1 with respect to the temple longitudinal axis 14 at that location. The second partition rib 16b spans a second partition rib plane ET2 which lies at a second partition rib angle wt2 with respect to the temple longitudinal axis 14 at that location. Both the first and second partition ribs 16a and 16b extend obliquely upwardly from the temple area adjacent the lower surface 13 away from the hinge end 6.

[0053] The third partition rib 16c which constitutes the central partition rib in the partition rib arrangement of the respective temple 5 spans a third partition rib plane ET3 which lies at a third angle wt3 with respect to the temple longitudinal axis 14 at that location. The third angle wt3 is a (substantially) right angle. The third partition rib plane ET3 is thus (substantially) perpendicular to the temple longitudinal axis 14.

[0054] The fourth partition rib 16d spans a fourth partition rib plane ET4 which lies at a fourth partition rib angle wt4 with respect to the temple longitudinal axis 14 at that location. The fifth partition rib 16e spans a fifth partition rib plane ET5 which lies at a fifth partition rib angle wt5 with respect to the temple longitudinal axis 14 at that location. Both the fourth and fifth partition ribs 16d and 16e extend obliquely upwardly from the temple area adjacent the lower surface 13 away from the free end 7.

[0055] The first partition rib angle wt1 is smaller than the second partition rib angle wt2, which in turn is smaller than the third partition rib angle wt3. The first partition rib angle wt1 is preferably between 60° and 80°. The second partition rib angle wt2 is preferably between 70° and 85°.

[0056] The fifth spacer rib angle wt5 is smaller than the fourth spacer rib angle wt4, which in turn is smaller than the third spacer rib angle wt3. The fifth spacer rib angle wt5 is preferably between 30° and 55°. The fourth spacer rib angle wt4 is preferably between 50° and 70°.

[0057] The first and second spacer rib planes ET1, ET2 are at positive angles with respect to the respective perpendicular, while the fourth and fifth spacer rib planes ET4, ET5 are at negative angles with respect to the respective perpendicular. The spacer ribs 16 are arranged or oriented, for example, in an amino acid-like manner.

[0058] In particular as shown in Figure 5 and Figure 6 Each spacer rib 16 of the respective temple 5 has a generally triangular shape or form in its longitudinal cross-section.

[0059] Each first spacer rib 16a has a first spacer rib front surface 17a and a first spacer rib outer surface 18a and a first spacer rib inner surface 19a (see Figure 6 ). Each second spacer rib 16b has a second spacer rib front surface 17b and a second spacer rib outer surface 18b and a second spacer rib inner surface 19b. Each third spacer rib 16c has a third spacer rib front surface 17c and a third spacer rib outer surface 18c and a third spacer rib inner surface 19c. Each fourth spacer rib 16d has a fourth spacer rib front surface 17d and a fourth spacer rib outer surface 18d and a fourth spacer rib inner surface 19d. Each fifth spacer rib 16e has a fifth spacer rib front surface 17e and a fifth spacer rib outer surface 18e and a fifth spacer rib inner surface 19e. The spacer rib front surfaces 17a to 17e face the hinge end 6. The spacer rib outer surfaces 18a to 18e extend adjacent to or contribute to the formation of the outer surface 11 of the respective temple 5. The spacer rib inner surfaces 19a to 19e extend adjacent to or contribute to the formation of the inner surface 10 of the respective temple 5.

[0060] Each spacer rib front surface 17 preferably forms a slope, in particular a steep slope, and advantageously is planar. Advantageously, each spacer rib outer surface 18 is planar. Each spacer rib inner surface 19 preferably forms a slope, in particular a gentle slope, and preferably is planar.

[0061] Each first partition rib 16a has a rear first retaining angle whh1 between its outer surface 18a and its inner surface 19a. Each first partition rib 16a has a front first retaining angle whv1 between its front surface 17a and its outer surface 18a. Each second partition rib 16b has a rear second retaining angle whh2 between its outer surface 18b and its inner surface 19b. Each second partition rib 16b has a front second retaining angle whv2 between its front surface 17b and its outer surface 18b. Each third partition rib 16c has a rear third retaining angle whh3 between its outer surface 18c and its inner surface 19c. Each third partition rib 16c has a front third retaining angle whv3 between its front surface 17c and its outer surface 18c.

[0062] Each fourth partition bar 16d has a rear fourth retaining angle whh4 between its outer surface 18d and its inner surface 19d. Each fourth partition bar 16d has a front fourth retaining angle whv4 between its front surface 17d and its outer surface 18d. Each fifth partition bar 16e has a rear fifth retaining angle whh5 between its outer surface 18e and its inner surface 19e. Each fifth partition bar 16e has a front fifth retaining angle whv5 between its front surface 17e and its outer surface 18a.

[0063] The front surfaces 17 of the separators on each temple 5 are (basically) parallel to each other. The outer surfaces 18 of the separators lie on a common curve.

[0064] The front retaining angles whv1, whv2, whv3, whv4, and whv5 preferably decrease gradually from the hinge end 6. The first front retaining angle whv1 is, for example, between 65° and 85°. The fifth front retaining angle whv5 is preferably between 45° and 65°.

[0065] The rear retaining angles whh1, whh2, whh3, whh4, and whh5 are measured from the hinge end 6. The first rear retaining angle whh1 is between 15° and 25°. The fifth rear retaining angle whh5 is between 5° and 20°.

[0066] Each dividing rib 16 protrudes inward relative to the temple base 20, thereby forming a free-holding protrusion 21.

[0067] Each temple 5 has a marking area 22 on the outside, for example near the hinge end 6 (see...). Figure 1This type of eyeglass temple 5 can bear markings such as trademarks. Each temple 5 has a through-hole 23 adjacent to the marking area 22. Each through-hole 23 extends completely through the corresponding temple 5. Here, each through-hole 23 extends below and adjacent to both ends of the corresponding marking area 22. Each through-hole 23 may be interrupted, for example, at the bottom, to form two partial through-holes. A construction without the marking area 22 may also be used.

[0068] Each temple 5 is a one-piece structure and is constructed as a two-part temple. Each temple 5 has a soft component 24 and a hard component 25, the hard component 25 being firmly attached to the soft component 24 in certain areas and being harder than the soft component 24 (see...). Figure 3 The rigid component 25 extends adjacent to the upper surface 12 of each temple 5. For example, hinge pins 8 and 9 are formed by the rigid component 25. Each channel 15 is formed in the flexible component 24. The partition ribs 16 are also formed by the flexible component 24.

[0069] The following describes how the glasses or temple 5 are used. When the glasses are worn, the temple 5 moves along the wearing direction 26 toward the corresponding free end 7 on the wearer's head. The inner surface 10 of the temple 5 faces the wearer's head. The retaining protrusion 21 makes contact with the head. In particular, the inner surface 19 of the partition rib functions in this case. The soft component 24 allows the partition rib 16 (including the retaining protrusion 21) to flex.

[0070] When the glasses are removed, the temple 5 moves toward the hinge end 6 on the wearer's head in a removal direction 27 opposite to the wearing direction 26. The retaining protrusion 21 is positioned against the wearer's head. In particular, the front surface 17 of the divider rib plays a role. The soft component 24 allows the divider rib 16 (including the retaining protrusion 21) to flex.

[0071] In particular, the shape and arrangement of the divider 16 also prevent the temples 5 from pulling on the hair when putting on or taking off the glasses, which is usually painful.

[0072] Each separator 16 has a rear wedge-shaped portion facing the free end or rear end 7, which has a small tilt angle and generates relatively little resistance when wearing glasses. In contrast, the corresponding separator 16 has a front wedge-shaped portion facing the hinge end or front end 6 with a larger tilt angle (especially compared to the rear angle), and the front wedge-shaped portion clamps more tightly.

[0073] The terms “upper surface,” “lower surface,” “inner surface,” “outer surface,” “front,” and “back” used in the text specifically refer to wearing glasses in the intended manner.

Claims

1. A temple for eyeglasses, particularly for safety goggles. a. It has a hinge end (6), b. Having a free end (7) opposite to the hinge end (6), c. Having an inner surface (10) arranged to be adjacent to the wearer's head when the temples (5) are in use. d. Having an outer surface (11) opposite to the inner surface (10), e. Having an upper surface (12), f. Having a lower surface (13) opposite to the upper surface (12), g. Having at least three channels (15), said at least three channels (15) i. A connection is established between the inner surface (10) and the outer surface (11), and ii. Arranged side by side along the longitudinal extension direction of the temple (5), and h. having at least two partition ribs (16), said at least two partition ribs (16) i. Separate the channels (15) from each other, and ii. At different angles (wt1, wt2, wt3, wt4, wt5) relative to the longitudinal line (14) of the temple.

2. The temple of the eyeglasses according to claim 1, characterized in that, At least one dividing rib (16a, 16b) immediately following the hinge end (6) extends obliquely upward from the temple region adjacent to the lower surface (13), away from the hinge end (6), and preferably at an angle (wt1, wt2) relative to the longitudinal line (14) of the temple, the angle (wt1, wt2) ranging from 40° to 85° in each case, preferably from 50° to 85°.

3. The temple of the eyeglasses according to claim 1 or 2, characterized in that, At least one dividing rib (16d, 16e) immediately following the free end (7) extends obliquely upward from the temple region adjacent to the lower surface (13), away from the free end (7), and preferably at an angle (wt4, wt5) relative to the longitudinal line (14) of the temple, the angle (wt4, wt5) ranging from 30° to 85° in each case, preferably from 35° to 80°.

4. The temple of the eyeglasses according to any one of the preceding claims, characterized in that... At least three of the dividing ribs (16), wherein at least one central dividing rib (16c) arranged in the central region of the dividing ribs (16) is at an angle (wt3) relative to the longitudinal line (14) of the temple of the eyeglasses, the angle (wt3) ranging from 85° to 95° in each case.

5. The temple of the eyeglasses according to any one of the preceding claims, characterized in that, Each of the dividing ribs (16) has a triangular, approximately triangular or trapezoidal shape in the longitudinal section of the temple (5).

6. The temple of the eyeglasses according to claim 5, characterized in that, The shape of the dividing rib (16) is different in the longitudinal section of the temple (5).

7. The temple of the eyeglasses according to claim 5 or 6, characterized in that, Starting from the hinge end (6), the angle (whh1,whh2,whh3,whh4,whh5) between the outer surface (18) of the partition rib arranged adjacent to the outer surface (11) of the temple (5) and the inner surface (19) of the partition rib arranged adjacent to the inner surface (10) of the temple (5) decreases.

8. The temple of the eyeglasses according to any one of the preceding claims, characterized in that, At least two, preferably all, of the separating ribs (16) protrude relative to the inner surface (10) of the temple base (20) when forming the corresponding retaining protrusion (21).

9. The temple of the eyeglasses according to claim 8, characterized in that, Each of the retaining protrusions (21) has a front retaining side (17) facing the hinge end (6) and at a front retaining angle (whv1, whv2, whv3, whv4, whv5) relative to the adjacent outer surface (11), the front retaining angle (whv1, whv2, whv3, whv4, whv5) ranging from 30° to 85° in each case, preferably from 35° to 80°.

10. The temple of the eyeglasses according to claim 8 or 9, characterized in that, Each of the retaining protrusions (21) has a rear retaining side (19) at a rear retaining angle (whh1, whh2, whh3, whh4, whh5) relative to the adjacent outer surface (11), the rear retaining angle (whh1, whh2, whh3, whh4, whh5) ranging from 5° to 60° in each case, preferably from 15° to 55°.

11. The temple of the eyeglasses according to claim 10, characterized in that, The rear holding angles (whh1, whh2, whh3, whh4, whh5) decrease from the hinge end (6).

12. The temple of the eyeglasses according to any one of the preceding claims, characterized in that... It has a soft component (24), and the channel (15) is formed in the soft component (24).

13. The temple of the eyeglasses according to any one of the preceding claims, characterized in that... It has a rigid component (25) that extends above the channel (15) adjacent to it.

14. The temple of the eyeglasses according to any one of the preceding claims, characterized in that... Having at least one region that is twisted around the longitudinal line (14) of the temple, the temple (5) is preferably twisted by 10° to 25° as a whole.

15. The temple of the eyeglasses according to any one of the preceding claims, characterized in that, The temples of the glasses have curvature in at least some areas.

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