Flat glasses without glasses legs

Abstract

The flat glasses without the glasses legs comprise a flat-plate-shaped lens frame, the two ends of the lens frame are not provided with the glasses legs, the middle of the lens frame comprises two nose bridge frames which are correspondingly arranged, the flat glasses without the glasses legs further comprise a nose bridge patch made of flexible materials, and the nose bridge patch is used for being pasted on the nose of a user. First adsorption parts are rotationally arranged on the two nose bridge frames, each first adsorption part at least has two rotating positions including a carrying position and a wearing position, the first adsorption parts are parallel to the lens frames when being located at the carrying positions, and the first adsorption parts are located at the wearing positions after being rotated; when the first adsorption part is located at the wearing position, the first adsorption part can be matched with the nose bridge patch to achieve the adsorption effect between the nose bridge frame and the nose bridge patch. The pair of glasses has the beneficial effects that the nose bridge stickers made of flexible materials are matched with the first adsorption pieces on the lens frames, so that the effect of stably wearing the glasses without traditional glasses legs is realized.

Description

Technical Field

[0001] This utility model relates to a pair of eyeglasses, and more particularly to a flat-panel eyeglass without temples. Background Technology

[0002] In existing technologies, flat-panel glasses and templeless glasses, as two innovative design forms, meet the needs of users in different scenarios. Flat-panel glasses, with their ultra-thin and foldable features, are mainly used in scenarios where portability is crucial, such as travel, sports, or temporary use, as they are easy to carry and take up little space. Templeless glasses, on the other hand, improve wearing comfort by eliminating the traditional temple design and adopting a wraparound or magnetic structure, making them particularly suitable for extended use, such as in office, reading, or medical environments. However, the application scenarios for these two design forms have certain limitations, making it difficult to simultaneously meet the dual requirements of portability and comfort.

[0003] While both plano glasses and templeless glasses possess unique advantages, these advantages are difficult to effectively combine. Plano glasses, due to structural limitations, typically do not offer good wearing comfort, and prolonged use can easily lead to pressure or discomfort. Templeless glasses, on the other hand, due to their fixing method and design characteristics, often struggle to achieve compact storage, resulting in poor portability. This technological disconnect forces users to compromise between portability and comfort when making their choice, failing to simultaneously meet diverse needs. Therefore, a technological solution that integrates the advantages of both is urgently needed. Utility Model Content

[0004] To address the shortcomings of existing technologies, this invention provides a templeless flat-panel glasses that combines the advantages of both flat-panel glasses and templeless glasses.

[0005] To achieve the above objectives, the present invention provides the following technical solution: a flat-panel glasses without temples, comprising a flat lens frame, wherein the two ends of the lens frame are not provided with temples, and the middle part of the lens frame includes two corresponding nose bridges, and also includes a nose bridge sticker made of flexible material, the nose bridge sticker being used to stick on the user's nose. Each of the two nose bridges is rotatably provided with a first suction member, the first suction member having at least two rotational positions: a carrying position and a wearing position. When the first suction member is in the carrying position, it is parallel to the lens frame; when the first suction member is rotated, it is in the wearing position. When the first suction member is in the wearing position, it can cooperate with the nose bridge sticker to achieve an adsorption effect between the nose bridge frame and the nose bridge sticker.

[0006] The beneficial effects of this invention are as follows: By using a nose bridge sticker made of flexible material in conjunction with a first suction cup on the lens frame, a stable wearing effect is achieved without the need for traditional temples. This design not only reduces pressure on the ears but also avoids discomfort caused by prolonged wear of the temples. Simultaneously, the first suction cup has two states: a carrying position and a wearing position, allowing users to adjust the usage method according to their needs. For example, in the carrying position, the first suction cup is parallel to the lens frame, reducing the overall size and facilitating storage; while in the wearing position, the first suction cup firmly adheres to the nose bridge sticker, ensuring that the glasses do not easily fall off during exercise or activity. Furthermore, because the nose bridge sticker is made of flexible material, it can better fit different users' nose shapes, improving wearing comfort and offering greater adaptability. As one method of rotation of the first suction component, the first suction component includes a clip sleeve that is clipped onto the nose bridge and a magnet embedded in the clip sleeve, and the flexible clip sleeve enables rotation around the nose bridge; as another preferred method, the first suction component includes a plastic pad that is rotatably connected to the nose bridge by fasteners (similar to the hinge between the temple and the frame) and a magnet embedded in the plastic pad, and the fasteners enable rotation between the two.

[0007] Furthermore, each first adsorption element is provided with an auxiliary nose bridge, which extends toward the first adsorption element on the other side and is arranged in parallel with the first adsorption element connected to it.

[0008] By adding an auxiliary nose bridge to the first suction cup, the stability of the glasses is further enhanced. The design of the auxiliary nose bridge allows for a more even distribution of pressure during wear, avoiding localized pressure caused by a single point of stress. Specifically, once the first suction cup is attached to the nose bridge, the auxiliary nose bridge provides additional support, reducing the likelihood of the glasses shifting due to head movement. Furthermore, the parallel alignment of the auxiliary nose bridge with the first suction cup simplifies the structural design, reduces manufacturing complexity, and ensures aesthetic appeal. In practice, the auxiliary nose bridge can also be fine-tuned to meet individual user needs for a personalized wearing experience.

[0009] Furthermore, the auxiliary nose bridge is elastic and is positioned below the first suction element, closer to the user's nostrils.

[0010] The auxiliary nose bridge features a flexible design that better conforms to the nasal contours of different users, improving wearing comfort and fit. Its position is below the first suction cup and closer to the user's nostrils. This design effectively distributes pressure on the bridge of the nose, preventing localized discomfort or indentations caused by prolonged wear. Simultaneously, the proximity to the nostrils optimizes the overall structural stability, allowing the first suction cup to function more effectively and thus improving the overall performance of the device. Furthermore, this design considers practicality and ergonomics, making it particularly suitable for scenarios requiring extended wear, providing users with a more reliable experience.

[0011] Furthermore, the nose bridge sticker is provided with second adsorption components on both sides corresponding to the first adsorption component, and the second adsorption components are located at the user's nostrils when the nose bridge sticker is pasted on the user's nose. The first adsorption component and the second adsorption component cooperate to achieve adsorption and fixation between the nose bridge sticker and the nose bridge frame.

[0012] By incorporating a second suction element on the nose bridge patch, working in conjunction with the first suction element, the stability of the glasses is significantly improved. The second suction element is located at the nasal wing, a position chosen to take full advantage of the anatomical characteristics of this area, where the skin is thin and elastic, facilitating the formation of a stable suction interface. When the first and second suction elements attract each other, they form a three-dimensional fixation network, giving the glasses strong resistance to displacement in multiple directions. For example, during vigorous activities such as running and jumping, this multi-point suction mechanism effectively prevents the glasses from slipping. Furthermore, the presence of the second suction element increases the suction area, further enhancing the suction strength and maintaining a good wearing experience even in sweaty or humid environments.

[0013] Furthermore, the second suction element is positioned towards the user's nose.

[0014] The second suction cup is designed to face the user's nose, optimizing the suction path and enhancing suction efficiency. Since the space around the nose is relatively small, if the second suction cup were directly perpendicular to the nose bridge surface, the suction effect might be affected by space constraints. Orienting it towards the nose shortens the suction distance, increases the effective range of the magnet or other suction materials, and thus enhances the suction force. Furthermore, this design takes ergonomic principles into account, ensuring that the second suction cup does not cause additional pressure on the nose during suction, improving wearing comfort. For example, in practical applications, the angle or shape of the second suction cup can be adjusted to further improve its fit to the nose, achieving the best suction effect.

[0015] Furthermore, the nose bridge sticker has an indicator line in the middle corresponding to the user's nose bridge to help the user apply the nose bridge sticker correctly.

[0016] A guideline is placed in the center of the nose bridge sticker, providing users with an intuitive positioning reference to help them quickly and accurately apply the sticker. This guideline design is especially useful for first-time users, who often struggle to determine if the sticker is centered, leading to misalignment when wearing glasses. With the guideline, users simply need to align the sticker along the center of the nose bridge, significantly reducing the difficulty of the process. Furthermore, the guideline can also serve as a quality control marker, facilitating the inspection of the symmetry and consistency of the nose bridge stickers during production. In practice, the color and width of the guideline can be adjusted based on user feedback to balance visual clarity and aesthetics.

[0017] Furthermore, the nose bridge sticker is made of non-woven fabric, PU film, or silicone; both the side of the nose bridge sticker facing the user and the side away from the user are adhesive surfaces.

[0018] Using non-woven fabric, PU film, or silicone as the material for nose bridge patches, and designing a double-sided adhesive structure, enhances the functionality of the nose bridge patches while also meeting hygiene and environmental protection requirements. Non-woven fabric is lightweight and breathable, suitable for extended wear and reducing the risk of skin allergies; PU film offers flexibility and waterproof properties, suitable for use in hot and humid environments; silicone is soft to the touch, conforms closely to the skin, and provides better comfort. The double-sided adhesive design allows a protective film to be applied to the nose bridge patch before use to prevent contamination, and also facilitates replacement of the nose bridge patch, extending the lifespan of the glasses. For example, in practical applications, users can choose different materials for the nose bridge patch according to their needs, such as choosing more breathable non-woven fabric in summer and more heat-insulating silicone in winter, thus achieving personalized customization. Attached Figure Description

[0019] Figure 1 This is an axonometric view of the entire eyeglasses when the first adsorption element is in the wearing position according to an embodiment of the present invention;

[0020] Figure 2 This is an axonometric view of the entire eyeglasses when the first adsorption element is in the carrying position according to an embodiment of the present invention;

[0021] Figure 3 This is an isometric view of the nose bridge patch according to an embodiment of the present invention;

[0022] Figure 4 This is a partial enlarged view of the nose bridge section in an embodiment of this utility model. Detailed Implementation

[0023] This utility model embodiment provides a type of templeless flat-panel glasses, such as... Figure 1-4 As shown: This includes the lens frame 1 and nose bridge sticker 2, which are used in conjunction with the lens. The specific structure of each component will be described in detail below.

[0024] The lens frame 1 has a flat design, making it lightweight and simple overall, without traditional temple structures at both ends. The middle of the lens frame 1 includes two corresponding nose bridges 11. Each nose bridge 11 has a first suction member 12 rotatably mounted on it, which can achieve at least two rotational positions: a carrying position and a wearing position. When the first suction member 12 is in the carrying position, it is parallel to the lens frame 1, facilitating storage and carrying; when the first suction member 12 is rotated to the wearing position, it can cooperate with the nose bridge pad 2 to achieve a suction and fixation function.

[0025] To further enhance wearing stability, each first suction element 12 is also provided with an auxiliary nose bridge 121. The auxiliary nose bridge 121 extends toward the first suction element 12 on the other side and remains parallel to the first suction element 12 connected to it. In addition, the auxiliary nose bridge 121 has a certain degree of elasticity and is positioned closer to the user's nostrils, thereby better adapting to the contours of the nose and providing additional support during wear.

[0026] The nose bridge sticker 2 is made of a flexible material, such as non-woven fabric, PU film, or silicone. Second suction members 21 are positioned on both sides of the nose bridge sticker 2 corresponding to the positions of the first suction member 12. When the nose bridge sticker 2 is applied to the user's nose, the second suction members 21 are located at the user's nostrils and cooperate with the first suction member 12 to achieve adsorption and fixation between the nose bridge sticker 2 and the nose bridge frame 11. Simultaneously, an indicator line 22 is provided in the middle of the nose bridge sticker 2 corresponding to the user's nose bridge to assist the user in correctly applying the nose bridge sticker 2 and ensure a more accurate wearing effect. Both sides of the nose bridge sticker 2 are adhesive surfaces; one side is used to adhere to the user's nose, and the other side is used to cooperate with the first suction member 12 and the second suction member 21 to form an adsorption connection. Naturally, in this embodiment, both the first suction member 12 and the second suction member 21 can be made of magnetic material.

[0027] Through the above structural design, the templeless flat-panel glasses in this embodiment not only realize the functions of traditional glasses, but also significantly improve the comfort and convenience of wearing them through the combination of the adsorption component and the flexible nose bridge patch 2.

[0028] The working principle of the templeless flat-panel glasses in this embodiment is as follows:

[0029] First, the user needs to attach the nose bridge strip 2 to their nose. During the attachment process, the position can be adjusted using the guide line 22 in the middle of the nose bridge strip 2 to ensure that the center of the nose bridge strip 2 is aligned with the user's nose bridge. The adhesive surface of the nose bridge strip 2 adheres firmly to the skin surface, while its flexible material ensures comfortable wear.

[0030] Next, the user places the lens frame 1 on top of the nose bridge sticker 2 and rotates the first suction member 12 from the carrying position to the wearing position. At this time, the first suction member 12 and the second suction member 21 on the nose bridge sticker 2 approach each other and generate an adsorption effect, thereby fixing the lens frame 1 to the nose bridge sticker 2.

[0031] Furthermore, the auxiliary nose bridge 121 will slightly deform due to its elasticity during wear to better conform to the user's nose contour. This design not only enhances the stability of the lens frame 1, but also reduces the phenomenon of glasses shifting due to head movements.

[0032] In summary, the templeless flat-panel glasses in this embodiment achieve stable wear without temples through the synergistic effect of the flexible nose bridge patch 2, the adsorption components (including the first adsorption element 12 and the second adsorption element 21) and the auxiliary nose bridge frame 121, while taking into account both comfort and practicality.

[0033] The above embodiments are merely one preferred embodiment of the present utility model. Ordinary changes and substitutions made by those skilled in the art within the scope of the present utility model's technical solution are all included within the protection scope of the present utility model.

Claims

1. A flat plate glasses without temple, comprising a lens frame in a flat plate shape, both ends of the lens frame are not provided with a temple, and the middle part of the lens frame comprises two nose pads arranged correspondingly, characterized in that: The nose bridge sticker is made of flexible material and is attached to the nose of a user, and each of the two nose pads is rotatably provided with a first suction accessory, which has at least two rotating positions, i.e., a carrying position and a wearing position.

2. The no-tailpiece paddle mirror according to claim 1, characterized in that: Each of the first suction accessories is provided with an auxiliary nose pad, which extends towards the first suction accessory on the other side and is parallel to the first suction accessory.

3. The no-tailpiece paddle mirror according to claim 2, characterized in that: The auxiliary nose pad is elastic and is arranged below the first suction accessory opposite to the first suction accessory and closer to the nostril of the user.

4. The no-tail flat eyeglasses according to claim 1, characterized in that: The nose bridge sticker is provided with a second suction accessory on the side corresponding to the first suction accessory, and the second suction accessory is located at the ala nasi of the user when the nose bridge sticker is attached to the nose of the user, and the first suction accessory and the second suction accessory cooperate to achieve the suction and fixation between the nose bridge sticker and the nose pad.

5. The no-tail flat eyeglasses according to claim 4, characterized in that: The second suction accessory is arranged towards the ala nasi of the user.

6. The no-tail flat eyeglasses according to claim 4, characterized in that: The middle part of the nose bridge sticker is provided with an indication line for assisting the user in attaching the nose bridge sticker to the nose bridge.

7. The no-tail flat eyeglasses according to claim 4, characterized in that: The nose bridge sticker is made of non-woven fabric, PU film or silica gel, and the surface of the nose bridge sticker facing the user and the surface of the nose bridge sticker facing away from the user are both adhesive surfaces.

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