CN211454136U - Glasses with rotatable and flatly-stretched glasses legs - Google Patents

Abstract

The utility model belongs to the technical field of the glasses are made, concretely relates to rotatable flat glasses of exhibition of mirror foot. It has solved current glasses and has received outside extrusion to lead to cracked problem. This rotatable flat glasses of mirror foot, including picture frame and mirror foot, the both sides of picture frame all are equipped with the pile head of connecting the mirror foot, the rear end tip of pile head is seted up along picture frame length direction and is run through the rotation groove one of side about it, be connected through the connecting piece between mirror foot and the pile head, the connecting piece is including being located the transverse rotation connection piece that rotates inslot one, the lateral surface of transverse rotation connection piece is equipped with the arc surface one that resets, the medial surface of transverse rotation connection piece is equipped with spacing plane, the front end terminal surface of transverse rotation connection piece is equipped with spacing pit one, seted up mounting hole one in the pile head, be equipped with flexible damping one in the mounting hole one, flexible damping one leans on with the arc surface one that resets or spacing plane or spacing pit one respectively along with the transverse rotation of mirror foot and. The utility model discloses a mirror foot has better regulation adaptability.

Description

Glasses with rotatable and flatly-stretched glasses legs

Technical Field

The utility model belongs to the technical field of the glasses are made, concretely relates to rotatable flat glasses of exhibition of mirror foot.

Background

The eyeglasses commonly used at present generally comprise an eyeglass frame provided with lenses and earpieces arranged at two sides of the eyeglass frame, wherein the eyeglass frame and the earpieces are connected through a pivot. When the glasses are not needed to be worn, the glasses legs are rotated inwards to be folded. However, in the process of wearing glasses, the angle of the glasses legs is often larger than the angle of the glasses when the glasses are worn, so that the glasses legs are required to have certain elasticity, and a user can automatically retract a certain angle after wearing the glasses, so that the comfort level and the stability of wearing the glasses are improved.

Chinese patent literature document discloses an elastic earpiece [ application number: 98235053.8: the authorized male No. is CN2336375Y, two sides of the spectacle frame are provided with hairpin heads which can be connected with spectacle legs, the hairpin end of the spectacle leg is provided with an axial blind hole, a screw cap inward is inserted into the hole, the screw can move longitudinally in the hole, two ends of a pressure spring sleeved on the screw respectively support against the screw cap and a sleeve sleeved on the screw, the sleeve can move relative to the screw, the sleeve is statically matched with the hole, and the front end of the screw is in threaded connection with the hairpin head arranged on the spectacle frame.

The elastic earpiece well realizes that the earpiece can automatically retract to a certain angle when wearing glasses, so that the earpiece is attached to two sides of the head of a user, and the comfort and the stability of wearing are improved. But in the use of glasses, can have various accident, glasses are put on bed or other object surfaces, and the user forgets or the third person recompresses glasses under the situation of not knowing, because only have opening and shutting about certain angle between picture frame body and the mirror foot, lead to when glasses pressurized, do not have good deformation adaptability between mirror foot and the picture frame to be connected between mirror foot and the picture frame and take place to break and can not use.

Disclosure of Invention

The utility model aims at having the above-mentioned problem to current technique, provided a rotatable flat glasses of exhibition of mirror foot, the utility model aims to solve the technical problem that: how to make the glasses leg have better adjusting and adapting performance.

The purpose of the utility model can be realized by the following technical proposal:

the utility model provides a rotatable flat glasses of mirror foot, includes picture frame and mirror foot, and the both sides of picture frame all are equipped with the pile head of connecting the mirror foot, and the rear end tip of pile head is seted up along picture frame length direction and is run through the rotation groove one of side about it, be connected through the connecting piece between mirror foot and the pile head, its characterized in that, connecting piece are including being located the transverse rotation connection piece that rotates groove one, the lateral surface of transverse rotation connection piece is equipped with the arc surface one that resets, and the medial surface of transverse rotation connection piece is equipped with spacing plane, and the front end terminal surface of transverse rotation connection piece is equipped with spacing pit one, seted up mounting hole one in the pile head, be equipped with flexible damping one in the mounting hole one, flexible damping one leans on with the arc surface one that resets or spacing plane or spacing pit one to exert pressure respectively along with the transverse.

The pile head on the picture frame is connected with the mirror foot through the connecting piece, and the transverse rotation connecting piece of connecting piece is located and rotates the groove one and rotate with the pile head and be connected, because rotate the groove and set up and run through its left and right sides face along the length direction of picture frame firstly, so transverse rotation connecting piece can realize realizing the rotation of horizontal 180 degrees under the state that the pile head rotates to be connected, has very big angle that opens and shuts. The outer side surface of the transverse rotating connecting sheet in a glasses wearing state is provided with a first resetting arc surface, the inner side surface of the transverse rotating connecting sheet is provided with a limiting plane, the front end surface of the transverse rotating connecting sheet is provided with a first limiting pit, a first telescopic damper is arranged in a first mounting hole formed in the pile head and can abut against the first resetting arc surface or the first limiting plane or the first limiting pit along with the rotation of the glasses legs and apply pressure to the surface of the first resetting arc surface or the first limiting plane or the first limiting pit, and the first telescopic damper applies pressure to the limiting plane when the glasses are not opened, so that the glasses legs; when the glasses legs need to be opened by using glasses, the glasses legs are broken off to enable the transverse rotation connecting piece to overcome the first telescopic damping force and apply resistance to the first telescopic damping force to rotate outwards, the contact surface between the first telescopic damping force and the transverse rotation connecting piece moves to the first limiting concave pit from the limiting plane, and the first telescopic damping force abuts against the first limiting concave pit to enable the glasses legs to be kept in an opened normal wearing state; the glasses leg is in a normal wearing state, the resistance of the first telescopic damper is overcome, the first telescopic damper abuts against the first reset arc surface step by step, outward rotating force is continuously applied to the glasses leg, the first telescopic damper continuously applies force to the first reset arc surface, the glasses leg can reach a flat state, when the outward force applied to the glasses leg disappears, the force applied to the first telescopic damper and the first reset arc surface realizes that the glasses leg is reset to an opening angle of normal wearing, and the glasses leg has better adjustment adaptability.

In foretell rotatable flat glasses of mirror foot, flexible damping one includes elastic component one and flexible pressure shaft one, and elastic component one is located mounting hole one, flexible pressure shaft one's one end is located mounting hole one, and the other end is located mounting hole one outside, and flexible pressure shaft one leans on and stretches out and draws back in mounting hole one with the circular arc face that resets respectively or spacing plane or spacing pit one along with the horizontal rotation of mirror foot. The straight line distances from the connecting point of the transverse rotating connecting piece and the pile head to the first reset arc surface or the first limit plane or the first limit pit surface are different, the transverse rotating connecting piece is driven by the glasses legs to rotate, the transverse rotating connecting piece applies pressure to the first telescopic pressure applying shaft, and then the compression ratio of the first elastic piece is changed to provide enough rebound force to enable the glasses legs to be capable of keeping the angles of being worn in a closed state and in an opened state; after the force of the glasses legs which are continuously broken outwards is released, the glasses legs are reset to the angle that the glasses legs are opened to wear under the matching action of the first resetting arc surface, the first telescopic pressing shaft and the first elastic piece.

In the glasses with the rotatable and flattened glasses legs, the outer surfaces of the pile heads facing the glasses legs are arc surfaces. The outer surface of the pile head facing the glasses legs is in an arc surface, so that the glasses legs can rotate along the arc surface, the interference when the glasses legs rotate is reduced, and the structure between the glasses frame and the glasses legs is more compact.

In the rotatable flat glasses of exhibition of mirror foot, the one end that mirror foot and connecting piece are connected is seted up along picture frame direction of height and is run through the rotation groove two of mirror foot upper and lower surface, and the connecting piece still includes the vertical rotation connection piece that is located rotation groove two, vertical rotation connection piece rotates with the mirror foot to be connected. The vertical rotating connecting piece on the connecting piece is positioned in the second rotating groove, and the vertical rotating groove penetrates through the upper surface and the lower surface of the glasses leg to enable the glasses leg to swing up and down under the action of external force.

In the rotatable flat glasses of exhibition of mirror foot, the mounting hole two has been seted up along its length direction in the mirror foot, is equipped with flexible damping two in the mounting hole two, have on the vertical rotation connection piece can keep the spacing pit two that leans on with flexible damping two, and spacing pit is two in the surface middle part of vertical rotation connection piece towards flexible damping two. The second limiting pit and the second telescopic damper are matched to enable the glasses legs and the pile head to be in a straight normal wearing state.

In the glasses with the rotatable and flattened glasses legs, the vertical rotating connecting piece is further provided with a second resetting arc surface located above the second limiting pit, and the vertical rotating connecting piece is further provided with a third resetting arc surface located below the second limiting pit. When the glasses legs are broken up and down by external force, the glasses legs rotate around the connection points between the glasses legs and the vertical rotating connecting sheets, the contact surfaces between the glasses legs and the vertical rotating connecting sheets are changed along with the rotation of the glasses legs, and when the force for breaking up and down the glasses legs disappears, the telescopic dampers II and the reset arc surfaces II or the reset arc surfaces III are matched for resetting; the second telescopic damper is abutted against the second limiting pit under the action of no external force, so that the glasses legs and the pile heads can be kept in a straight normal wearing state under the action of no external force; through the connecting piece, rotate the cooperation in groove one and rotation groove two, when exerting a plurality of direction power to the mirror foot simultaneously, the mirror foot can use the connecting piece as the center rotation, when glasses when receiving the extrusion of external force, the mirror foot can carry out the adaptability along with the effect of extrusion and rotate down, avoids the condition that the connection of mirror foot and pile head warp the inefficacy.

In the rotatable flat glasses of exhibition of foretell mirror foot, flexible damping two includes elastic component two and flexible second shaft of exerting pressure, and the elastic component is two and is located mounting hole two, the one end of flexible second shaft of exerting pressure is located mounting hole two, and the other end is located the both sides of mounting hole, flexible second shaft of exerting pressure supports with spacing pit two or the arc surface three-phase that resets respectively along with the vertical rotation of mirror foot and supports and lean on. When the glasses leg is broken up and down under the action of external force, the second telescopic pressing shaft is abutted against the second limiting concave pit or the second resetting arc surface or the three-phase resetting arc surface respectively, the compression ratio of the second elastic part is changed, the reaction force is applied to the vertical rotating connecting sheet, and when the external force disappears, the second telescopic pressing shaft and the second limiting concave pit are kept abutted against each other to keep the glasses leg in a stable state.

In the glasses with the rotatable and flattened glasses legs, the outer surfaces of the glasses legs facing the pile heads are arc surfaces. The outer surface of the glasses leg facing the pile head is a circular arc surface, so that the interference of the glasses leg during rotation is reduced, and the structure between the glasses leg and the pile head is more compact.

Compared with the prior art, the glasses with the rotatable and flatted glasses legs have the following advantages:

1. the connecting piece is connected between the glasses leg and the pile head, the pile head is provided with a rotating groove matched with the transverse rotating connecting piece and a telescopic damper, so that the glasses leg can be opened and closed by 180 degrees transversely, the glasses leg can be outwards unfolded and flattened, a larger adjustable range is provided, and the possibility of connection failure between the glasses leg and the pile head caused by external pressure can be reduced while the wearing comfort is improved.

2. The glasses legs are provided with second rotating grooves, the second rotating connecting pieces and the second telescopic damping pieces are matched to realize that the glasses legs are broken off from top to bottom, and when the glasses are in an opening state and under the action of external force, the glasses legs can rotate up and down relative to the glasses frame, so that the connection stability between the glasses legs and the pile heads is ensured, and the possibility of connection failure between the glasses legs and the pile heads caused by the action of external pressure is reduced

3. Through the cooperation of the limiting plane, the limiting pit I and the telescopic damping I and the cooperation of the limiting pit II and the telescopic damping II, the glasses can be kept in a normally worn state and a normal closed state under the effect of no external force.

4. The glasses legs of the glasses can be pulled to the flattening state from left to right, and can swing up and down by combining the glasses legs, so that the glasses legs can rotate 360 degrees around the pile heads.

Drawings

Fig. 1 is a schematic perspective view of the present invention.

Fig. 2 is a partial enlarged view I of fig. 1.

Fig. 3 is a schematic diagram of the explosion structure of the present invention.

Fig. 4 is a partial cross-sectional view of the present invention.

In the figure, 1, a spectacle frame; 1a, pile heads; 1a1, a first rotating groove; 1a2, mounting hole one; 2. A temple; 2a1 and a second rotating groove; 2a2 and a second mounting hole; 3. a connecting member; 3a, transversely rotating the connecting sheet; 3a1, a first reset arc surface; 3a2, limiting plane; 3a3 and a first limiting pit; 3b, vertically rotating the connecting sheet; 3b1 and a second limiting pit; 3b2 and a resetting arc surface II; 3b3 and a resetting arc surface III; 4. stretching and damping I; 4a, a first elastic piece; 4b, a first telescopic pressing shaft; 5. a second telescopic damper; 5a, an elastic piece II; 5b, a second telescopic pressing shaft.

Detailed Description

The following are specific embodiments of the present invention and the accompanying drawings are used to further describe the technical solution of the present invention, but the present invention is not limited to these embodiments.

The first embodiment is as follows:

as shown in fig. 1 to 4, the embodiment of the utility model provides a including picture frame 1 and mirror foot 2, the both sides of picture frame 1 all are equipped with pile head 1a of connecting mirror foot 2, are connected through connecting piece 3 between mirror foot 2 and the pile head 1a, and connecting piece 3 is including horizontal rotation connection piece 3a and vertical rotation connection piece 3b, and horizontal rotation connection piece 3a rotates with pile head 1a to be connected, and vertical rotation connection piece 3b rotates with mirror foot 2 to be connected.

As shown in fig. 1 to 4, a first rotating groove 1a1 penetrating through left and right side surfaces of an end portion of a pile head 1a is formed along a length direction of a mirror frame 1, a transverse rotating connecting piece 3a is located in the first rotating groove 1a1 and connected with the first rotating groove 1a1 through a pin or a bolt, the transverse rotating connecting piece 3a can rotate inwards or outwards in a first rotating groove 1a1, a first resetting arc surface 3a1 is arranged on an outer side surface of the transverse rotating connecting piece 3a, a limiting plane 3a2 is arranged on an inner side surface of the transverse rotating connecting piece 3a, a first limiting pit 3a3 is arranged between the first resetting arc surface 3a1 and the limiting plane 3a2, a first mounting hole 1a2 is formed in the pile head 1a, and a first telescopic damper 4 capable of abutting against the first resetting arc surface 3a1 or the limiting plane 3a2 or the limiting pit 3a3 and applying pressure to the first resetting arc surface 3 a.

The pile head 1a on the spectacle frame 1 is connected with the spectacle legs 2 through the connecting piece 3, the transverse rotating connecting piece 3a of the connecting piece 3 is positioned in the first rotating groove 1a1 and is connected with the pile head 1a in a rotating way, and the first rotating groove 1a1 is arranged along the length direction of the spectacle frame 1 and penetrates through the left side surface and the right side surface of the spectacle frame, so that the transverse rotating connecting piece 3a can realize transverse 180-degree rotation in the state that the pile head 1a is connected in a rotating way, and has a very large opening and closing angle. The outer side surface of the transverse rotating connecting piece 3a in the wearing state of the glasses is provided with a first resetting arc surface 3a1, the inner side surface of the transverse rotating connecting piece is provided with a limiting plane 3a2, a first limiting pit 3a3 is arranged between the first resetting arc surface 3a1 and the limiting plane 3a2, a first telescopic damper 4 is arranged in a first mounting hole 1a2 formed in the first pile head 1a and can abut against the first resetting arc surface 3a1 or the limiting plane 3a2 or the first limiting pit 3a3 and apply pressure to the surface of the first telescopic damper, and the first telescopic damper 4 applies pressure to the limiting plane 3a2 when the glasses are not opened, so that the glasses legs 2 and the glasses frame 1 are kept in a closed state; when the glasses legs 2 need to be opened by using glasses, the glasses legs 2 are broken off to enable the transverse rotating connecting piece 3a to overcome the first telescopic damper 4 and exert resistance to the first telescopic damper to rotate outwards, the contact surface between the first telescopic damper 4 and the transverse rotating connecting piece 3a is moved to the first limiting concave pit 3a3 from the first limiting plane 3a2, and the first telescopic damper 4 abuts against the first limiting concave pit 3a3 to enable the glasses legs 2 to be kept in an opened normal wearing state; when the glasses leg 2 is in a normal wearing state, the glasses leg 2 overcomes the resistance of the telescopic damper 4 and is outwards broken, the telescopic damper 4 is rotated to abut against the first reset arc surface 3a1, the glasses leg 2 can reach a flattened state, outwards rotating force is continuously applied to the glasses leg 2, the telescopic damper 4 continuously applies force to the first reset arc surface 3a1, when the outwards force applied to the glasses leg 2 disappears, the force applied to the first reset arc surface 3a1 by the telescopic damper 4 realizes the resetting of the glasses leg 2 to the normally worn opening angle, and the glasses leg 2 has better adjustment adaptability

As shown in fig. 1 to 4, specifically, the first telescopic damper 4 includes a first elastic member 4a and a first telescopic pressing shaft 4b, the first elastic member 4a is located in the first mounting hole 1a2, one end of the first telescopic pressing shaft 4b is located in the first mounting hole 1a2, and the other end of the first telescopic pressing shaft 4b is located outside the first mounting hole 1a2, and the first telescopic pressing shaft 4b abuts against the first restoring arc surface 3a1, the first limiting plane 3a2 or the first limiting pit 3a3 along with the transverse rotation of the temple 2 and is telescopic in the first mounting hole 1a 2. The straight line distances from the connecting point of the transverse rotating connecting piece 3a and the pile head 1a to the surfaces of the first resetting arc surface 3a1 or the first limiting plane 3a2 or the first limiting pit 3a3 are different, along with the rotation of the transverse rotating connecting piece 3a driven by the glasses leg 2, the transverse rotating connecting piece 3a applies pressure to the first telescopic pressure applying shaft 4b, and further the compression ratio of the first elastic piece 4a is changed to provide sufficient rebound force so that the glasses leg 2 can be kept at an angle of being closed and opened for wearing; after the force of the glasses legs 2 continuously breaking outwards is released, the restoring arc surface I3 a1, the telescopic pressing shaft I4 b and the elastic piece I4 a are restored to the angle of the glasses legs 2 opened for wearing under the matching action. The first elastic member 4a may be a spring or a rubber column.

As shown in fig. 1 to 4, furthermore, one end of the temple 2 connected with the connecting piece 3 is provided with a second rotating groove 2a1 penetrating the upper and lower surfaces of the temple 2 along the height direction of the spectacle frame 1, the vertical rotating connecting piece 3b is positioned in the second rotating groove 2a1, the vertical rotating connecting sheet 3b is connected with the glasses leg 2 through a pin shaft or a bolt, a second mounting hole 2a2 is arranged in the glasses leg 2 along the length direction of the glasses leg, a second telescopic damping 5 is arranged in the second mounting hole 2a2, a second limiting pit 3b1 capable of keeping leaning against the second telescopic damping 5 is arranged on the vertical rotating connecting sheet 3b, the second limiting concave pit 3b1 is positioned in the middle of the surface of the vertical rotating connecting sheet 3b facing the second telescopic damper 5 in the state that the temple 2 is opened and normally worn, and the vertical rotating connecting sheet 3b is further provided with a second resetting arc surface 3b2 positioned above the second limiting concave pit 3b1 and a third resetting arc surface 3b3 positioned below the second limiting concave pit 3b 1. The vertical rotating connecting piece 3b on the connecting piece 3 is positioned in the rotating groove II 2a1, the vertical rotating groove penetrates through the upper surface and the lower surface of the glasses leg 2 to enable the glasses leg 2 to swing up and down under the action of external force, the limiting concave pit II 3b1 is matched with the telescopic damping II 5 to enable the glasses leg 2 and the pile head 1a to be kept in a linear normal wearing state, when the glasses leg 2 is broken up and down through the external force, the glasses leg 2 rotates around a connecting point between the glasses leg 2 and the vertical rotating connecting piece 3b, the telescopic damping II 5 changes a contact surface on the vertical rotating connecting piece 3b along with the rotation of the glasses leg 2, and when the force for turning up and down the glasses leg 2 disappears, the telescopic damping II 5 is matched with the second resetting arc surface 3b2 or the third resetting arc surface 3b3 for resetting; the second telescopic damper 5 and the second limiting pit 3b1 are kept abutted under the action of no external force of the glasses leg 2, so that the glasses leg 2 and the pile head 1a can be kept in a linear normal wearing state under the action of no external force of the glasses leg 2; through the cooperation of connecting piece 3, the groove of rotating 1a1 and the groove of rotating two 2a1, when exerting a plurality of direction power to mirror foot 2 simultaneously, mirror foot 2 can use connecting piece 3 as the center rotation, when glasses are receiving the extrusion of external force, and mirror foot 2 can carry out the adaptability and rotate under the effect of the extrusion force along with, avoids the condition that mirror foot 2 and pile head 1 a's connection warp inefficacy.

As shown in fig. 1 to 4, the second telescopic damper 5 includes a second elastic element 5a and a second telescopic pressing shaft 5b, the second elastic element 5a is located in the second mounting hole 2a2, one end of the second telescopic pressing shaft 5b is located in the second mounting hole 2a2, and the other end of the second telescopic pressing shaft 5b is located outside the second mounting hole 2a2, and the second telescopic pressing shaft 5b abuts against the second limit recess 3b1, the second reset arc surface 3b2 or the third reset arc surface 3b3 along with the vertical rotation of the temple 2. When the temple 2 is broken off from top to bottom under the action of external force, the second telescopic pressing shaft 5b abuts against the second limit concave pit 3b1, the second reset arc surface 3b2 or the third reset arc surface 3b3 respectively, the compression ratio of the second elastic piece 5a is changed, the vertical rotating connecting piece 3b is applied with reaction force, and when the external force disappears, the second telescopic pressing shaft 5b and the second limit concave pit 3b1 keep abutting against to keep the temple 2 in a stable state. The second elastic member 5a may be a spring or a rubber column.

As shown in fig. 1 to 4, the outer surface of the pile head 1a facing the temple 2 is an arc surface, the outer surface of the temple 2 facing the pile head 1a is an arc surface, and both of the two opposite surfaces are arc surfaces, so that the interference between the temple 2 and the pile head 1a when the temple 2 rotates can be avoided, and the structure between the spectacle frame 1 and the temple 2 is more compact.

Example two:

the same difference between this embodiment and the above-mentioned embodiment lies in that, a flexible damping 4 includes the mounting hole of seting up on pile head 1a in this embodiment, be equipped with the piston post in the mounting hole, the one end of piston post is located the mounting hole, the other end is located the mounting hole and can be connected with horizontal rotation connection piece 3a outward, the piston post is located the one end terminal surface in the mounting hole and forms inclosed cavity with the mounting hole inner wall, atmospheric pressure in inclosed cavity is greater than outside atmospheric pressure and applys outside thrust to the piston post, when horizontal rotation connection piece 3a takes place the rotation, the removal that drives the piston post changes the volume of cavity, but the gaseous volume of inside remains unchanged, in order to promote or reduce the outside thrust of piston post. The telescopic damper II 5 and the telescopic damper I4 have the same structure.

The above embodiment in which the lateral pivoting links 3a are described with the temple 2 open for normal wear, with the respective faces on the inside or outside.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications, additions and substitutions for the specific embodiments described herein may be made by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Claims (8)

1. The glasses with the rotatable and flatted glasses legs comprise glasses frames (1) and glasses legs (2), wherein pile heads (1a) for connecting the glasses legs (2) are arranged on two sides of the glasses frames (1), a first rotating groove (1a1) penetrating through the left side and the right side of the glasses frames is formed in the rear end portion of each pile head (1a) along the length direction of the glasses frames (1), the glasses legs (2) and the pile heads (1a) are connected through a connecting piece (3), the glasses are characterized in that the connecting piece (3) comprises a first transverse rotating connecting piece (3a) located in the first rotating groove (1a1), a first resetting arc surface (3a1) is arranged on the outer side surface of the first transverse rotating connecting piece (3a), a first limiting plane (3a2) is arranged on the inner side surface of the first transverse rotating connecting piece (3a), a first limiting pits (3a3) are arranged on the front end surface of the first transverse rotating connecting piece (3a), and a first mounting holes (1a2), the first telescopic damper (4) is arranged in the first mounting hole (1a2), and the first telescopic damper (4) is respectively abutted against and pressed against the first reset arc surface (3a1), the first limit plane (3a2) or the first limit pit (3a3) along with the transverse rotation of the glasses legs (2).

2. The glasses with the rotatable and flatted temple according to claim 1, wherein the first telescopic damper (4) comprises a first elastic element (4a) and a first telescopic pressing shaft (4b), the first elastic element (4a) is positioned in the first mounting hole (1a2), one end of the first telescopic pressing shaft (4b) is positioned in the first mounting hole (1a2), the other end of the first telescopic pressing shaft is positioned outside the first mounting hole (1a2), and the first telescopic pressing shaft (4b) abuts against the first resetting arc surface (3a1) or the first limiting plane (3a2) or the first limiting pit (3a3) and is telescopic in the first mounting hole (1a2) along with the transverse rotation of the temple (2).

3. Glasses with rotatable and flattenable temple according to claim 2, characterized in that the outer surface of the pile head (1a) facing the temple (2) is in the shape of a circular arc.

4. The glasses with the rotatably flattened temple according to claim 1, 2 or 3, wherein a second rotating groove (2a1) penetrating through the upper and lower surfaces of the temple (2) is formed in one end of the temple (2) connected with the connecting piece (3) along the height direction of the glasses frame (1), the connecting piece (3) further comprises a vertical rotating connecting piece (3b) positioned in the second rotating groove (2a1), and the vertical rotating connecting piece (3b) is rotatably connected with the temple (2).

5. The glasses with the rotatable and flatted glasses legs as claimed in claim 4, wherein a second mounting hole (2a2) is formed in the glasses legs (2) along the length direction of the glasses legs, a second telescopic damper (5) is arranged in the second mounting hole (2a2), a second limiting pit (3b1) capable of being kept abutted against the second telescopic damper (5) is formed in the vertical rotating connecting piece (3b), and the second limiting pit (3b1) is located in the middle of the surface of the vertical rotating connecting piece (3b) facing the second telescopic damper (5).

6. Glasses with rotatably flattened legs as claimed in claim 5, wherein the vertical rotary connecting piece (3b) is further provided with a second resetting arc surface (3b2) above the second limiting recess (3b1), and the vertical rotary connecting piece (3b) is further provided with a third resetting arc surface (3b3) below the second limiting recess (3b 1).

7. The glasses with the rotatably flattened temple according to claim 6, wherein the second telescopic damper (5) comprises a second elastic piece (5a) and a second telescopic pressing shaft (5b), the second elastic piece (5a) is located in the second mounting hole (2a2), one end of the second telescopic pressing shaft (5b) is located in the second mounting hole (2a2), the other end of the second telescopic pressing shaft is located outside the second mounting hole (2a2), and the second telescopic pressing shaft (5b) abuts against the second limit pit (3b1) or the second reset arc surface (3b2) or the third reset arc surface (3b3) along with the vertical rotation of the temple (2).

8. Glasses with rotatable and flattenable temple according to claim 7, characterized in that the outer surface of the temple (2) facing the pile head (1a) is in the shape of a circular arc.

Images