WO2011124062A1 - Spectacles with external hanging ornaments - Google Patents

Abstract

A pair of spectacles with external hanging ornaments has base boards (1) and ornaments (2), wherein the base board (1) comprises a concave mechanism (11) having a cavity (111) and a bump (112) contained in the cavity (111). The ornament (2) includes a convex mechanism (21) comprising a raised body (211) and a recess (212) contained in the raised body (211). The convex mechanism (21) is embedded in the concave mechanism (11) and slides to a stable position along the bottom surface of the cavity (111), so that the bump (112) is engaged with the recess (212). The spectacle has a fixing mechanism which is configured to fix the convex mechanism (21) in a stable position. It has the advantage of improving the firmness performance of spectacles, so as to prevent the ornament falling off even if users wear the spectacles when doing sports.

Description

 Spectacles with external ornaments

I: Technical field: I

 The invention relates to the technical field of lens-limited ornaments, in particular to a heel mirror with an external ornament.

I: Background Art]

Mirror construction frame, except for the only beautiful shape, lacking

 There is also a pair of glasses with accessories. The accessories are fixedly mounted on the mirror structure by splicing, screwing or other processes during the manufacturing process of the lens. They are strong and strong, but they cannot be updated with a single accessory for a long time. , affecting users' needs and hobbies.发明发明内容] I

 In order to solve the prior art problems, the present invention provides an eyeglass with an external charm, which adopts a mutual convex and concave mechanism, and is combined with the fixing mechanism to realize easy replacement of the ornament and is not easy to fall, thereby satisfying The need for replacement of eyewear accessories.

 The present invention solves the prior art problem, and provides an eyeglass with an external charm, comprising a foot plate and a charm, the foot plate comprising a concave mechanism, the concave mechanism comprising a cavity and a convex portion received in the cavity; The ornament includes a convex mechanism, the convex mechanism includes a convex body and a concave portion received in the convex body; the convex convex mechanism is embedded in the concave mechanism, and slides along the bottom surface of the cavity to a stable position. The convex portion and the concave portion are engaged together; the lens further includes a fixing mechanism for maintaining the outward convex mechanism in a stable position.

 Further improvements of the invention are:

 The concave mechanism is a groove in the leg plate and a main f÷ disposed at the opening portion of the groove

 The cover sheet includes the convex portion.

 The cover sheet is fixed to the groove by screws.

 The concave mechanism is disposed at one end of the foot plate near the top.

 The outwardly convex mechanism is rotated or linearly moved along the sliding manner of the bottom surface.

The convex mechanism rotates along the bottom surface, and the outer convex mechanism and the concave mechanism have a circular cross section. The convex mechanism moves linearly along the bottom surface, and the outer convex mechanism and the concave mechanism have a quadrangular cross section; the concave mechanism cooperates with the contact surface of the outer convex mechanism.

 The quadrilateral is rectangular or elongated.

 The fixing mechanism is a pair of magnets respectively disposed on the ornament and the foot plate, and the outward convex mechanism and the concave mechanism are in a stable position ^, and the pair of magnets are located close to each other.

 The fixing mechanism is a spring piece disposed on the bottom surface, and the protruding mechanism presses the elastic piece during sliding along the bottom surface to a stable position.

 A projection toward the cavity is provided on the elastic piece.

 Cooperating with the protrusion, the convex mechanism includes a groove; when the convex mechanism is in a stable position, the protrusion faces the groove and is accommodated therein.

 The fixing mechanism includes a negative film, and the negative film includes the elastic piece, and the negative film has an E shape. The convex portion is symmetrically distributed with respect to the concave mechanism; the concave portion is symmetrically distributed with respect to the convex convex mechanism.

 An elastic member is disposed along the extending direction of the leg plate, and one end of the elastic member is exposed to an end surface of the leg plate when the elastic member is reset; when the elastic member is pressed, the convex mechanism is moved toward the outer convex mechanism until the other end thereof The convex mechanism is in conflict.

 When the foot plate is in the folded position relative to the top, the elastic force of the elastic member itself is applied to expose one end of the elastic member to the end surface of the foot plate; when the foot plate is in an open position relative to the front end At the time, due to the thrust of the Zhuangtou, the elastic member is moved to the other end to interfere with the convex mechanism.

 The elastic member includes a shaft, a spring sleeved on the shaft, and a screw fixing the shaft.

 Compared with the prior art, the invention has the advantages that: the convex and concave mechanisms are matched with each other, and the fixing of the fixing mechanism is combined after sliding, so that the accessories can be easily replaced and not easily dropped, thereby satisfying the people's accessories for the glasses. The need for replacement. At the same time, the unique use of magnets or shrapnel fixing method is simple and firm; in addition, it is also provided with elastic parts, which are specially used for fixing in the state of use, and the firmness is further improved, even if the ffi wears the glasses and then moves, Will drop

ί图说明]

 1 is a schematic view showing the principle of the glasses with the external ornaments of the present invention;

 Figure 2 is an exploded perspective view of the glasses of Figure 1;

Figure 3 is a view showing the structure in which the magnet is fixed to the magnet and the concave mechanism is relatively rotated. Schematic diagram

 Figure 4 is a schematic structural view of the external convex mechanism of Figure 3 after being embedded in the concave mechanism; Figure 5 is a schematic structural view of the concave mechanism of Figure 3;

 Figure 6 is an exploded perspective view of the concave mechanism of Figure 5;

 Figure 7 is a schematic view showing the structure of the ornament;

 Figure 8 is an exploded perspective view of the charm of Figure 7;

 Figure 9 is a schematic view showing the structure of the lens when the magnet is fixed and the convex and concave mechanisms are linearly moved with each other;

 Figure 10 is a schematic structural view of the external convex mechanism of Figure 9 after being embedded in the concave mechanism;

 Figure 11 is a schematic view of the lens when the lens is locked by the elastic piece and the convex and concave mechanisms are mutually rotated. Figure 12 is a structural view of the external convex mechanism of Figure 11 when the concave mechanism is embedded; Figure 13 is the negative film of Figure 11 A schematic diagram of the structure of the shrapnel;

 Figure 14 is a schematic view showing the structure when the glasses are locked by the elastic piece and the convex and concave mechanisms are linearly moved with each other;

 Figure 15 is a structural schematic view of the outer convex mechanism of Figure 14 after being embedded in the concave mechanism; Figure 16 is a schematic view showing the structure of the negative film of Figure 14;

 Figure 17 is a schematic view showing the structure of the elastic member exposed on the end surface of the leg plate;

 Figure 18 is a schematic view showing the structure of the elastic member against the convex mechanism;

The invention will now be further described in conjunction with the drawings and specific embodiments.

As shown in FIG. 1 to FIG. 18, a limiting mirror with an external ornament includes a foot plate 1 and a trim 2, the foot plate 1 is used for lapping the human ear, and one of the glasses has a two-legged plate 1, which are respectively attached to the human ear. a pair of ears; a pair of glasses comprising a charm 2, the ornament 2 is mounted on the foot board 1, or a pair of glasses comprising two ornaments 2, respectively mounted on the foot board 1; or, a pair of glasses including a multi-decoration 2, according to design needs Distributed on the two-legged board 1. The accessory 2 includes a specific logo, cartoon character, flower structure or other graphic that the user likes. The foot plate 1 of the present invention includes a concave mechanism 11 including a cavity 111 and a convex portion 112 accommodated in the cavity 111, that is, a projection surface of the concave mechanism 11 with respect to a plane on which the foot plate 1 is located, and a cavity thereof The outline of the body 11 1 accommodates the outline of the projection 1 12; the recessed mechanism 11 is of a unitary construction or a combined construction. The ornament 2 includes an outer convex mechanism 21, that is, an embedded structure that cooperates with the concave mechanism 11 of the leg plate 1, and the concave mechanism 11 has an outward convex structure; The protruding mechanism 21 includes a convex body 211 and a concave portion 212 received in the convex body 211. The projection surface of the convex convex mechanism 21 with respect to the plane where the foot plate 1 is located, the contour of the rim line of the convex body 211 accommodating the concave portion 212 The protruding mechanism 21 can also be of a unitary structure or a combined structure. The convex mechanism 21 of the ornament 2 is embedded in the concave mechanism 11 of the leg plate 1, and is slid along the bottom surface 136 of the cavity 11 1 to a stable position, which is a stable position of the outer convex mechanism 21 with respect to the concave mechanism 11. Positioning, so as to ensure that the ornament 2 is not easy to fall. At this time, the convex portion 1 12 and the concave portion 212 are engaged to ensure that the convex mechanism 21 and the concave mechanism 1 1 are inseparable in a direction perpendicular to the plane of the foot plate 1, and further, The lens further includes a fixing mechanism (such as a absorbing magnet or a squeezing magnet), and the fixing mechanism has a bonding force between the protruding mechanism 21 and the concave mechanism 11 in a direction perpendicular to the plane of the foot plate 1, that is, the external convex mechanism is ensured. 21 is relatively stationary with respect to the concave mechanism 1 1 and finally keeps the convex mechanism 21 in a stable position. In the present invention, the sliding manner thereof includes rotation and linear movement.

 As shown in FIG. 5 and FIG. 6, the concave mechanism 11 is a combination, that is, a groove 114 is formed in the leg plate 1, and then a cover sheet 115 is disposed at the opening portion of the groove 114 to form a combined type. The concave mechanism 1 1. The area accommodated by the recess 114 includes a cavity 1 11 and the cover sheet 115 disposed in the recess 114 further includes a projection 112 for receiving the projection 112 into the cavity 111. The present invention employs a screw to fix the cover sheet 115 to the recess 114. In addition, it can be directly fixed by ffi card bonding, glue bonding, P-connection or soldering.

 As shown in Figs. 7 and 8, the outwardly convex mechanism 21 is an integral type and is integrally formed. The accessory 2 of the present invention includes a decorative body 22, and the outer convex mechanism 21 is fixed to the decorative body 22, and then the outer convex mechanism 21 is further fixed to the concave mechanism 1 1 so that the decorative body 22 is fixed to the foot plate 1 via the outer convex mechanism 21. . In addition to this structure, the ornament 2 of the present invention may be of a unitary type, that is, the body 22 is integrally formed with the convex mechanism 21. The specific implementation structure of the ornament 2 is as needed.

 The invention adopts the concave mechanism 11 disposed at one end of the foot board 1 near the top, that is, the position of the ornament close to the lens, so as to enhance the beauty of the limit mirror without changing the existing lens area space, nor blocking the user's line of sight.

After the convex mechanism 21 is fitted into the concave mechanism 11, the convex mechanism 21 can be moved to a stable position by rotation or linear movement. Rotation means that the convex mechanism 21 rotates with its center line as the axis and then slides to the stable position; linear movement refers to the convex mechanism 21 from the embedding point to the stable position, and its movement curve is a straight line, so that the convex mechanism 21 can be quickly reached. Stable position. When the sliding mode is selected to rotate, the matching cross section is preferably circular. When the sliding mode is selected to linearly move, the matching lateral surface is preferably square or elongated, and since the circular or square has symmetrical characteristics, the mirror is The matching position of the convex mechanism and the concave mechanism is set to _{4 3⁄4} mounting mechanism, such as protrusions, positioning points, etc. to prevent external The misalignment of the male mechanism relative to the concave mechanism.

 The fixing mechanism of the present invention is a pair of magnets respectively disposed on the foot plate and the ornament, such as: magnets 31, 32 directly disposed on the outer convex mechanism 21 and the concave mechanism 11, and the two magnets 31 and 32 are attracted to each other, that is, After the convex mechanism 21 is inserted into the concave mechanism 1 1 , the outer convex mechanism 21 slides relative to the concave mechanism 11 to the stable position due to the mutual attraction force of the two magnets, and the paired magnets are in a close state at the same time; The magnet may also be disposed outside the convex mechanism and the concave mechanism, but the position where the foot plate is close to the ornament can also cause the convex mechanism to rotate relative to the concave mechanism due to the mutual attraction force. The convex portion 21 and the concave mechanism 1 1 located at the stable position, the convex portion 112 and the concave portion 212 are engaged, and the convex mechanism 21 and the concave mechanism 11 are attracted to ensure that the ornament 2 is firm and not easy to fall relative to the foot plate 1. . When the accessories are replaced, the hand force overcomes the attraction between the two magnets, causing the convex mechanism to rotate away from the stable position relative to the concave mechanism, and to the position in the embedded state, at which time the magnetic force is reduced, and then the accessories are easily taken.

 The fixing mechanism of the present invention may also be a resilient piece 33 disposed in a cavity 11, the elastic piece 33 biasing the external convex mechanism 21 received in the cavity, and the external convex mechanism 21 slides along the bottom surface 1 13 The convex mechanism 21 overcomes the deformation force of the elastic piece 33 until it is at the stable position; the outward convex mechanism in the stable position is subjected to the pressure of the elastic piece 33 by the surface parallel to the plane where the foot plate 1 is located, and then the engagement of the convex portion and the concave portion is realized. Preferably, the ornament is relatively easy to fall against the foot plate. The present invention preferably forms a protrusion 35 on the elastic piece to enhance the mating force between the concave mechanism and the convex mechanism, and at the same time, the outer convex mechanism is disposed opposite to the convex portion 35. A recess 36, such that the mutually cooperating projections 35 and recesses 36 function as a positioning function, and further functions to secure the engagement. When the trimming is replaced, the hand force overcomes the pressure of the shrapnel, and the convex mechanism is rotated away from the stable position relative to the concave mechanism to the position in the embedded state, and then the trimming can be removed. In the present invention, the elastic piece 33 is preferably disposed on the bottom surface 1 13 to facilitate the mounting of the elastic piece 33, or a negative film 34 fixed on the bottom surface is formed, and a deformation elastic piece is formed on the negative film 34, that is, the deformation elastic piece and the deformation elastic piece are The film has an angle between the negative film. When the convex mechanism slides, the elastic piece is pressed to make the angle between the elastic piece and the negative film small until the convex mechanism is in a stable state with respect to the concave mechanism. The negative film has an E shape, and the E-shaped intermediate piece is an elastic piece. Preferably, a protrusion 35 is formed on the elastic piece to enhance the cooperation force between the concave mechanism and the convex mechanism, and at the same time, the convex mechanism and the convex portion A recess 36 is provided in the opposite position of the 35, so that the mutually cooperating projections 35 and 36 play a positioning function, and further function as a further snap-fit.

The convex portion of the present invention is symmetrically distributed with respect to the concave mechanism, that is, the convex portion includes a first convex portion and a second convex portion; the concave portion is symmetrically distributed with respect to the outer convex mechanism, that is, the concave portion includes the first concave portion and the second concave portion When the convex mechanism is combined with the concave mechanism 3⁄4, the first convex portion and the first concave portion are bitten The second convex portion is engaged with the second concave portion.

 In addition to the above structure, the spectacles of the present invention further comprise an elastic member for further improving the firmness of the garnish in the use state, and does not fall at all, that is, a projectile is arranged along the extending direction of the foot plate. When the elastic member is reset, one end is exposed to the end surface of the foot plate, and the other end is away from the external convex mechanism; when the elastic member is pressed, it will move toward the outer convex mechanism until the other end thereof interferes with the convex mechanism, and the original exposed end is The thrust of the head is moved to the level of the end of the foot. In short, when the foot board is in the folded position relative to the top of the table, the foot board is folded back, and the elastic force of the elastic member itself is exposed, so that one end of the elastic member is exposed on the end surface of the foot board so that the convex mechanism can move forward to take out the jewelry; When the position is in the open position, the kicking board is opened. Due to the thrust action of the Zhuangtou, the elastic member is moved to the other end to interfere with the convex mechanism. Here, the collision means that the elastic member applies a force to the external convex mechanism to lock the external convex mechanism. It is not possible to move forward to fix the jewelry. As shown in Figs. 17 and 18, the elastic member of the present invention comprises a shaft 41, a spring 42 sleeved on the shaft 41, and a screw 43 for fixing the shaft.

 The invention adopts the convex and concave mechanisms which cooperate with each other, and the fixing of the fixing mechanism is combined after sliding, so that the accessories can be easily replaced and not easily dropped, thereby meeting the needs of the replacement of the frog mirror ornaments. There are various combinations of the sliding mode and the fixing mechanism, that is, the rotating combined magnet, the rotating combined elastic piece, the linear sliding combined with the magnet and the linear sliding combined with the elastic piece, and at the same time, the magnet or the elastic piece is fixed in a unique manner, the tube is easy to be firm; There are bullets, which are specially designed for fixing in the state of use, and the firmness is further improved. Even if the user wears the glasses and then moves, the ornaments will not be dropped.

 The above is a further detailed description of the present invention in connection with the specific preferred embodiments, and the specific embodiments of the present invention are not limited to the description. It is to be understood by those skilled in the art that the present invention can be made without departing from the spirit and scope of the invention.

Claims

Claim  What is claimed is: 1. A spectacles having an external charm comprising a footplate and a charm, characterized by:  The foot plate includes a concave mechanism, the concave mechanism includes a cavity and a convex portion received in the cavity;  The accessory includes a convex mechanism, the convex mechanism includes a convex body and a concave portion received in the convex body;  The convex mechanism is embedded in the concave mechanism and slides along the bottom surface of the cavity to a stable position, at which time the convex portion and the concave portion are engaged;  The lens further includes a securing mechanism for maintaining the outwardly projecting mechanism in a stable position. 2. The spectacles with an external charm according to claim 1, wherein:  The recessed mechanism is a recess in the leg plate and a cover sheet disposed at the opening portion of the recess. 3. The spectacles with an external charm according to claim 2, wherein:  The cover sheet includes the convex portion. 4. The spectacles with an external charm according to claim 3, wherein:  The cover sheet is screwed to the groove. 5. A frog mirror with an external charm according to any one of claims 1 to 4, characterized in that:  The recessed mechanism is disposed at an end of the foot plate adjacent to the shoe. 6. The eyeglass with an external charm according to claim 1, wherein:  The outwardly convex mechanism is rotated or linearly moved along the sliding manner of the bottom surface. 7. The spectacles with an external charm according to claim 6, wherein:  When the outwardly convex mechanism is rotated along the bottom surface, the outer convex mechanism and the concave mechanism have a circular cross section. 8. The spectacles with an external charm according to claim 6, wherein: The convex mechanism moves linearly along the bottom surface, and the outer convex mechanism and the concave mechanism have a quadrangle in cross section; the concave mechanism and the convex mechanism The contact surfaces match. 9. The eyeglass with an external charm according to claim 8, wherein:  The quadrilateral is rectangular or elongated. 10. The spectacles with an external charm according to claim 1, wherein:  The fixing mechanism is a pair of magnets respectively disposed in the ornament and the foot plate, and the pair of magnet positions are sinned when the protruding mechanism and the concave mechanism are in a stable position. 11. The spectacles with an external charm according to claim 1, wherein:  The fixing mechanism is a spring piece disposed on the bottom surface, and the protruding mechanism presses the elastic piece during sliding to the stable position along the bottom surface. 12. The spectacles with an external charm according to claim 11, wherein:  A projection toward the cavity is provided on the elastic piece. 13. The spectacles with an external charm according to claim 12, wherein:  Cooperating with the protrusion, the protrusion mechanism includes a groove; when the protrusion mechanism is in a stable position, the protrusion faces the groove and is accommodated therein. 14. The eyeglass with an external charm according to claims 11 to 13, wherein: the fixing mechanism comprises a negative film, the negative film comprises the elastic piece, and the negative film has a meander shape. 15. The spectacles with an external charm according to claim 1, wherein:  The convex portion is symmetrically distributed with respect to the concave mechanism; the concave portion is symmetrically distributed with respect to the convex convex mechanism. 16. The spectacles with an external charm according to claim 1, wherein:  An elastic member is disposed along the extending direction of the leg plate, and one end of the elastic member is exposed to an end surface of the leg plate when the elastic member is reset; when the elastic member is pressed toward the external convex mechanism, until the other end thereof The outward convex mechanism is in conflict. 17. The spectacles with an external charm according to claim 16, wherein: When the foot plate is in a folded position relative to the top, due to the complex of the elastic member itself a resilient force, such that one end of the elastic member is exposed to an end surface of the foot plate; when the foot plate is in an open position relative to the top, the elastic member is moved to the other end due to the thrust of the sole The convex mechanism is in conflict. A spectacles with an external charm according to claim 17, wherein:  The elastic member includes a shaft, a spring sleeved on the shaft, and a screw fixing the shaft.