CN203647989U - Swimming goggles - Google Patents

Abstract

The utility model provides swimming goggles. The swimming goggles comprise a left frame, a right frame, a connecting piece, face masks and a head band device, wherein each of the left and right frames comprises an inner circumferential surface and an outer circumferential surface, and lenses are assembled on the left and right frames; the connecting piece is assembled and located between the left and right frames; the face masks are arranged on the inner circumferential surfaces of the left and right frames respectively; each of the inner circumferential surfaces of the left and right frames comprises a first annular surface connected with each outer circumferential surface as well as a second annular surface connected with each face mask, and the included angle formed by each first annular surface and each second annular surface is smaller than 180 degrees. With the adoption of the structure, the face masks can be attached to eye socket contours and inclined contours of the nose of a wearer after the swimming goggles are worn on the face, so that the comfortable wearing effect is provided.

Description

Swimming glasses

Technical field

The utility model relates to a kind of swimming glasses, and relating in particular to a kind of protection pad of dressing rear swimming glasses can be docile around along eye socket, makes to dress the swimming glasses of the comfortable worry that does not have infiltration.

Background technology

The protection pad of swimming glasses is mainly to provide wearer comfort and prevents the function of infiltration, the protection pad of existing swimming glasses is divided into two large classes substantially, one is foam-cotton type protection pad, another one is sucked type protection pad, wherein foam-cotton type (as shown in Figure 9) adheres to foam with adhesive the architrave side of picture frame, and sucked type protection pad adopts the periphery (as shown in figure 10) that is manually sleeved on picture frame architrave side substantially, or be formed on the architrave side (as shown in figure 11) of picture frame with Unitary injection formed, but, because eye socket is around the profile that height rises and falls, especially, between eyebrow and eyes, locate (being projection), eyes inner side is near near cheekbone place bridge of the nose place (being recessed) and pouch (being projection), and the eye tail place (being recessed) in eyes outside, therefore, if existing foam-cotton type or sucked type protection pad are without enough powers, be cannot be certain with eye socket laminating around, and have the worry of infiltration, thereby once enough powers are provided, eye socket around can be very uncomfortable, trace it to its cause and be the smooth setting of the same gauge of foam-cotton type protection pad, and the setting of the same smooth radian of sucked type protection pad, the eye socket that all cannot the coincide profile that around height rises and falls, therefore must be by excessive the headband of swimming glasses tightening reached to laminating percolation-proof effect, but, the result of excessively tightening can cause the blood circulation of around eyes anoxic not good, make wearer very uncomfortable, and in the time unloading swimming glasses, there will be panda eye phenomenon.

Utility model content

The purpose of this utility model is to provide a kind of swimming glasses, when this swimming glasses are dressed, can excessively exert pressure to protection pad, can be docile along eye socket peripheral outline, and not only make to dress and comfortablely there will not be panda eye phenomenon, and do not have the worry of infiltration.

For achieving the above object, the utility model provides a kind of swimming glasses, comprising:

Left framework and right framework, it has inner peripheral surface and outer peripheral face and is assembled with eyeglass;

Connector, is connected between this left and right framework;

Face shield, is located at respectively on the inner peripheral surface of this left and right framework; And

Headgear assembly;

The inner peripheral surface of this left and right framework has respectively the first anchor ring being connected with outer peripheral face, and the second anchor ring being connected with this face shield, the angle of this first and second anchor ring is less than 180 degree, after swimming glasses are worn on the face, borrow this first and second anchor ring can make this face shield comply with the slope profile laminating of wearer eye socket profile and nose, so that comfortable wearing effect to be provided.

This second anchor ring simulation eye socket profile is formed as plane in the eye tail place of relative eyes, and this second anchor ring and face shield joining place form the angle that is less than 90 degree, the drift angle of this angle is arc, can give this face shield bending flexible, that can take advantage of a situation at the seasonal face shield of wearing attaches toward this second anchor ring, and can bring into play sucker effect intensified waterproof effect of moderate compression, so swimming glasses are worn on face and exert pressure to take advantage of a situation without external force swimming glasses are inserted to eye socket.

The outer peripheral edges of this first and second anchor ring do not exceed the outer peripheral edges of this outer peripheral face, and the joining place of this first anchor ring and connector forms the angle that is less than 90 degree, the drift angle of this angle is arc, can give this connector flexible, can comply with user's nose type and shape of face automatically appropriateness adjust, the swimming glasses of avoiding inserting eye socket affect dystopy because of connector.

This face shield is simulation eye socket profile, its shape is being complied with eye socket and is being height fluctuating around, this face shield is longitudinally analysed and observe diverse location, present the cross-sectional width of top and the below of face shield, have and equate and unequal result with respect to the position of eye socket, and above the face shield of longitudinal cross-section, everywhere with below, there is respectively the relative commanding elevation that forms crest, extended from indivedual commanding elevations toward both sides that being staggered to form to take advantage of a situation and fit in around wavy of eye socket, so, this face shield is longitudinally analysed and observe in nearly central authorities, it is with respect to the cross-sectional width of eyes top one side, be less than the cross-sectional width with respect to eyes below one side, in the time that dressing, swimming glasses can make eyeglass keep and the nearly parastate of eyes, and can provide swimming process to make eyes remaining light can not blocked by picture frame, and can keep the visual field of preferably advancing.

This face shield is longitudinally analysed and observe diverse location, present the top of face shield and the cross-sectional width of below refers to the distance to face shield outermost edges with eyeglass central authorities.

On outer peripheral face below the center line of this left framework and right framework, be provided with the region of at least one place for this outer peripheral face of water conservancy diversion and eyeglass junction ponding, so as to effectively to being stranded in the ponding draining of this outer peripheral face and eyeglass junction, in order to avoid obstruct the view.

This connector and this left framework and the one-body molded setting of right framework, it is shaped as arch, there is front ridge and ridge, its cross sectional shape is thinner in left wing and the right flank of this front ridge, this left side, thicker between right both wings, the gravitation of pullling can provide ductility to disperse to dress time, to avoid an eyeglass left side around, the outer peripheral face of right framework is raised, and this ridge collapses as supporting construction is anti-collapse, thereby borrow left, right flank is compared with thin and central thick setting, in the time dressing drawing, the power of drawing gravitation is by this left side, right flank buffering, less for the both sides power that is engaged on this left framework and right framework, be out of shape by drawing so as to the outer peripheral face that prevents this left framework and right framework, to guarantee not have the worry of infiltration.

This left framework, right framework and connector, and face shield is one of the forming, and selects thermoplastic rubber, this eyeglass adopts poly-carbonic acid to count ester or acetyl cellulose sheet.

The utility model also provides a kind of swimming glasses, comprising:

Left framework and right framework, it has inner peripheral surface and outer peripheral face and is assembled with eyeglass;

Connector, with this left framework and the one-body molded setting of right framework;

Face shield, one is located on the inner peripheral surface of this left and right framework respectively; And

Headgear assembly;

This face shield is simulation eye socket profile, its shape is being complied with eye socket and is being height fluctuating around, this face shield is longitudinally analysed and observe diverse location, present the cross-sectional width of top and the below of face shield, have and equate and unequal result with respect to the position of eye socket, and above the face shield of longitudinal cross-section, everywhere with below, there is respectively the commanding elevation of relative crest, to be crest from indivedual commanding elevations extend toward both sides, and being staggered to form to take advantage of a situation fits in around wavy of eye socket, therefore in the time dressing, can be obedient to around eye socket without excessively exerting pressure.

This face shield is longitudinally analysed and observe diverse location, present the top of face shield and the cross-sectional width of below refers to the distance to face shield outermost edges with eyeglass central authorities.

The beneficial effects of the utility model: the inner peripheral surface of the left and right framework of the utility model swimming glasses has respectively the first anchor ring being connected with this outer peripheral face, and the second anchor ring being connected with this face shield, and the angle of this first and second anchor ring is less than 180 degree, borrow structure like this, after being worn on the face, swimming glasses can make this face shield comply with the slope profile laminating of wearer eye socket profile and nose, so that comfortable wearing effect to be provided, also to there will not be panda eye phenomenon, and do not have the worry of infiltration.

In order further to understand feature of the present utility model and technology contents, refer to following about detailed description of the present utility model and accompanying drawing, but accompanying drawing only provide with reference to and explanation use, be not used for the utility model to be limited.

Accompanying drawing explanation

Below in conjunction with accompanying drawing, by the specific embodiment of the present utility model is described in detail, will make the technical solution of the utility model and other beneficial effect apparent.

In accompanying drawing,

Fig. 1 is the plane of the utility model swimming glasses.

Fig. 2 is the plane of the single side mirror frame of the unassembled eyeglass of the utility model swimming glasses.

Fig. 3 A is that the A-A of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 B is that the B-B of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 C is that the C-C of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 D is that the D-D of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 E is that the E-E of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 F is that the F-F of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 G is that the G-G of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 H is that the H-H of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 I is that the I-I of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 J be the swimming glasses shown in Fig. 2 not the J-J of the single side mirror frame of swimming glasses assembly lens to cutaway view.

Fig. 3 K is that the K-K of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 L is that the L-L of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 M is that M-M in the single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 N is that the N-N of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 O is that the O-O of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 3 P is that the P-P of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 2 is to cutaway view.

Fig. 4 is the plane of the single side mirror frame of the unassembled eyeglass of the utility model swimming glasses.

Fig. 5 A is that the Q-Q of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 4 is to cutaway view.

Fig. 5 B is that the R-R of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 4 is to cutaway view.

Fig. 5 C is that the S-S of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 4 is to cutaway view.

Fig. 5 D is that the T-T of single side mirror frame of the unassembled eyeglass of swimming glasses shown in Fig. 4 is to cutaway view.

Fig. 6 is the schematic diagram that swimming glasses of the present utility model are worn on face.

Fig. 7 is that the a-a of the swimming glasses shown in Fig. 1 is to cutaway view.

Fig. 8 is that the b-b of the swimming glasses shown in Fig. 1 is to cutaway view.

Fig. 9 to Figure 11 is stereogram and the cutaway view of existing swimming glasses.

The specific embodiment

Technological means and the effect thereof taked for further setting forth the utility model, be described in detail below in conjunction with preferred embodiment of the present utility model and accompanying drawing thereof.

Refer to Fig. 1, the swimming glasses 1 that the utility model provides comprise: left framework 20, right framework 21, connector 22, eyeglass 30, 31 and the structure such as face shield 40 and headgear assembly 50, wherein this left framework 20, right framework 21 and connector 22 select thermoplastic rubber (Therma Plastic Rubber) through Unitary injection formed, separately, this left framework 20, right framework 21 has inner peripheral surface 201, 211 and outer peripheral face 202, 212, this inner peripheral surface 201, 211 one-body molded face shields 40, comfortable architrave effect can be provided, this outer peripheral face 202, 212 are connected with this connector 22.Please refer to Fig. 2, Fig. 3 A to Fig. 3 P and Fig. 4, Fig. 5 A to Fig. 5 D, this inner peripheral surface 201 (211) has respectively the first anchor ring 203 (213) and the second anchor ring 204 (214), the outer peripheral edges of this first and second anchor ring 203 (213) and 204 (214) do not exceed the outer peripheral edges of this outer peripheral face 202 (212), again, these the second anchor ring 204 (214) simulation eye socket profiles, and be formed as plane 205,215 (as shown in Fig. 5 C and Fig. 3 A) in the eye tail place with respect to eyes.Separately, this first and second anchor ring 203 (213) is less than 180 degree with 204 (214) angle.Moreover, as shown in Figure 5 B, this first anchor ring 203 (213) forms with the joining place of connector 22 the angle R1 that is less than 90 degree, and the drift angle R11 of this angle R1 is arc, can give this connector 22 flexible, can comply with user's nose type and shape of face automatically appropriateness adjust, the swimming glasses of avoiding inserting eye socket affect dystopy because of connector.This second anchor ring 204 (214) forms with face shield 40 joining places the angle R2 that is less than 90 degree, and the drift angle R21 of this angle R2 is arc, can give this face shield bending flexible, that can take advantage of a situation at the seasonal face shield 40 of wearing attaches toward this second anchor ring, thereby can bring into play sucker effect intensified waterproof effect of moderate compression.Separately, please continue to refer to Fig. 1, the outer peripheral face 202 below the center line c-c of this left framework 20 and right framework 21, on 212, be provided with at least one place for water conservancy diversion this outer peripheral face 202,212 and eyeglass 30, the region 206,216 of 31 junction ponding, so as to effectively to being stranded in this outer peripheral face 202,212 with eyeglass 30, the ponding draining of 31 junctions, in order to avoid obstruct the view, this region 206,216 is good to be positioned near the bottom center of outer peripheral face 202,212.

This eyeglass 30,31 adopt poly-carbonic acid to count ester (Polycarbonate resin) or acetyl cellulose sheet (Cellulose acetate or Cellulose propionate sheet), before this left framework 20, right framework 21 and connector 22 are one-body molded, be implanted in this inner peripheral surface 201,211 with outer peripheral face 202,212 between moulding in the lump.

Please refer to Fig. 2 and Fig. 3 A to Fig. 3 P, this face shield 40 is simulation eye socket profile, its shape is being complied with eye socket and is being height fluctuating around, this face shield 40 longitudinally analysing and observe at diverse location, present top and the below of face shield cross-sectional width (refer to eyeglass 30, 31 central authorities are to the distance of face shield 40 outermost edges), equate and unequal result depending on having with respect to the position of eye socket, for example: cross-sectional width m1 shown in Fig. 3 B equates with below cross-sectional width m2, shown in Fig. 3 E, show that cross-sectional width m1 is less than below cross-sectional width m2, cross-sectional width m1 shown in shown in Fig. 3 H is less than below cross-sectional width m2, cross-sectional width m1 shown in shown in Fig. 3 K is less than below cross-sectional width m2, cross-sectional width m1 shown in shown in Fig. 3 M is greater than below cross-sectional width m2, and cross-sectional width m1 shown in Fig. 3 O is greater than below cross-sectional width m2 etc., and above the face shield of longitudinal cross-section, everywhere with below, there is respectively the relative commanding elevation that forms crest, extended from indivedual commanding elevations toward both sides that being staggered to form to take advantage of a situation and fit in around wavy of eye socket, just to be positioned at cutaway view with respect near cheekbone place pouch as example, referring to H-H in Fig. 2 analyses and observe, coordinate and consult Fig. 3 H, the top cross-sectional width m1 of this face shield 40 is less than below cross-sectional width m2, in other words, the eye socket position (near cheekbone place pouch) that face shield 40 belows that this analyses and observe correspond to, face shield 40 tops of analysing and observe compared to this are for protruding (can find out toward right bank from the connecting line tilting), the below of this face shield 40 is the commanding elevation h1 that forms crest.Referring to O-O in Fig. 2 A analyses and observe again, coordinate and consult Fig. 3 O, the top cross-sectional width m1 of this face shield 40 is greater than below cross-sectional width m2, in other words, near the eye socket position (the eye tail of the top of eye socket) that face shield 40 tops that this analyses and observe correspond to, face shield 40 belows of analysing and observe compared to this are for protruding (can find out toward left bank from the connecting line tilting), and the top of this face shield 40 is the commanding elevation h2 that forms crest.Therefore,, by this two commanding elevation h1, h2 extends respectively staggered and forms to take advantage of a situation and fit in around wavy of eye socket to both sides.Refer to again Fig. 3 E and Fig. 3 K, it is worth mentioning that, this wavy face shield 40 is longitudinally analysed and observe with nearly central authorities, it is with respect to the cross-sectional width m1 of eyes top one side, be less than the cross-sectional width m2 with respect to eyes below one side, that is protrude with respect to eyes top, thereby cross-sectional width is less than with respect to eyes below, when swimming glasses are dressed in this way, can make eyeglass keep and the nearly parastate of eyes, and can provide swimming process to make eyes remaining light can not blocked by picture frame, and can keep the visual field of preferably advancing.In sum, the waviness of face shield 40 shapes of the present utility model changes can comply with the eye socket height profile that rises and falls around, so as to providing while dressing, can be obedient to around eye socket without the excessive application of force, not only dress and comfortablely there will not be panda eye phenomenon, and do not have the worry of infiltration.

Please continue to refer to Fig. 7 and Fig. 8, and Fig. 1 is consulted in cooperation, this connector 22 as previously mentioned with this left framework 20 and the one-body molded setting of right framework 21, it is shaped as arch, there is front ridge 220 and ridge 221, its cross sectional shape is cambered surface in this front ridge 220, and left wing 23 is thinner with right flank 24, this left side, between right both wings, 25 is thicker, can provide ductility to dispersible the gravitation of pullling while wearing, to avoid eyeglass 30, a left side around 31, right framework 20, 21 outer peripheral face 202, 212 are raised, and this ridge collapses as supporting construction is anti-collapse, borrow in this way left, right flank 23, 24 compared with thin and central 25 thick settings, in the time dressing drawing, the power of drawing gravitation is by this left side, right flank 23, 24 bufferings, for being engaged on, this left framework 20 is less with the both sides power of right framework 21, so as to preventing the outer peripheral face 202 of this left framework 20 and right framework 21, 212 are out of shape by drawing, to guarantee not have the worry of infiltration.

Refer to again Fig. 6, and Fig. 2, Fig. 3 A to Fig. 3 P and Fig. 4, Fig. 5 A to Fig. 5 D are consulted in cooperation, the shape of this face shield 40 of the utility model is being complied with the eye socket height profile setting that rises and falls around, can provide while wearing, can be obedient to around eye socket without the excessive application of force, not only dress comfortable and do not have a worry of infiltration.And, this face shield 40 arranges with respect to eyes top one side and below one side different in width, after swimming glasses 1 are dressed, eyeglass 30 (31) can keep nearly parastate with eyes, and can provide swimming process to make eyes remaining light can not blocked by picture frame, and can keep the visual field of preferably advancing.In addition, outer peripheral face 202 below the center line c-c of this left framework 20 and right framework 21,212 root edges, be provided with the region 206 of at least one place for water conservancy diversion, 216, so as to being stranded in this outer peripheral face 202,212 with eyeglass 30, the ponding of 31 junctions carries out draining, in order to avoid obstruct the view, separately these connector 22 cross sectional shapes are the left and right wing 23,24 compared with thin and central 25 thick settings, can in the time dressing, disperse for the drawing gravitation of this left framework 20 and right framework 21 etc., be all the design feature of the utility model swimming glasses.

In sum, the inner peripheral surface of the left and right framework of the utility model swimming glasses has respectively the first anchor ring being connected with this outer peripheral face, and the second anchor ring being connected with this face shield, and the angle of this first and second anchor ring is less than 180 degree, borrow structure like this, after swimming glasses are worn on the face, can make this face shield comply with the slope profile laminating of wearer eye socket profile and nose, so that comfortable wearing effect to be provided, also there will not be panda eye phenomenon, and do not have the worry of infiltration.

The above; for the person of ordinary skill of the art; can make other various corresponding changes and distortion according to the technical solution of the utility model and technical conceive, and all these changes and distortion all should belong to the protection domain of the utility model claim.

Claims (10)

1. swimming glasses, comprising:

Left framework and right framework, it has inner peripheral surface and outer peripheral face and is assembled with eyeglass;

Connector, is connected between this left and right framework;

Face shield, is located at respectively on the inner peripheral surface of this left and right framework; And

Headgear assembly; It is characterized in that:

The inner peripheral surface of this left and right framework has respectively the first anchor ring being connected with outer peripheral face, and the second anchor ring being connected with this face shield, the angle of this first and second anchor ring is less than 180 degree, after swimming glasses are worn on the face, borrow this first and second anchor ring can make this face shield comply with the slope profile laminating of wearer eye socket profile and nose, so that comfortable wearing effect to be provided.

2. swimming glasses as claimed in claim 1, it is characterized in that, this the second anchor ring simulation eye socket profile is formed as plane in the eye tail place of relative eyes, and this second anchor ring and face shield joining place form the angle that is less than 90 degree, the drift angle of this angle is arc, can give this face shield bending flexible, that can take advantage of a situation at the seasonal face shield of wearing attaches toward this second anchor ring, and can bring into play sucker effect intensified waterproof effect of moderate compression, so swimming glasses are worn on face and exert pressure and can take advantage of a situation swimming glasses are inserted to eye socket without external force.

3. swimming glasses as claimed in claim 1 or 2, it is characterized in that, the outer peripheral edges of this first and second anchor ring do not exceed the outer peripheral edges of this outer peripheral face, and the joining place of this first anchor ring and connector forms the angle that is less than 90 degree, the drift angle of this angle is arc, can give this connector flexible, can comply with user's nose type and shape of face automatically appropriateness adjust, the swimming glasses of avoiding inserting eye socket affect dystopy because of connector.

4. swimming glasses as claimed in claim 1, it is characterized in that, this face shield is simulation eye socket profile, its shape is being complied with eye socket and is being height fluctuating around, this face shield is longitudinally analysed and observe diverse location, present the cross-sectional width of top and the below of face shield, have and equate and unequal result with respect to the position of eye socket, and above the face shield of longitudinal cross-section, everywhere with below, there is respectively the relative commanding elevation that forms crest, extended from indivedual commanding elevations toward both sides that being staggered to form to take advantage of a situation and fit in around wavy of eye socket, so, this face shield is longitudinally analysed and observe in nearly central authorities, it is with respect to the cross-sectional width of eyes top one side, be less than the cross-sectional width with respect to eyes below one side, in the time that dressing, swimming glasses can make eyeglass keep and the nearly parastate of eyes, and can provide swimming process to make eyes remaining light can not blocked by picture frame, and can keep the visual field of preferably advancing.

5. swimming glasses as claimed in claim 4, is characterized in that, this face shield is longitudinally analysed and observe diverse location, present the top of face shield and the cross-sectional width of below refers to the distance to face shield outermost edges with eyeglass central authorities.

6. swimming glasses as claimed in claim 1, it is characterized in that, on outer peripheral face below the center line of this left framework and right framework, be provided with the region of at least one place for this outer peripheral face of water conservancy diversion and eyeglass junction ponding, so as to effectively to being stranded in the ponding draining of this outer peripheral face and eyeglass junction, in order to avoid obstruct the view.

7. swimming glasses as claimed in claim 1, it is characterized in that, this connector and this left framework and the one-body molded setting of right framework, it is shaped as arch, there is front ridge and ridge, its cross sectional shape is thinner in left wing and the right flank of this front ridge, this left side, thicker between right both wings, the gravitation of pullling can provide ductility to disperse to dress time, to avoid an eyeglass left side around, the outer peripheral face of right framework is raised, and this ridge collapses as supporting construction is anti-collapse, thereby borrow left, right flank is compared with thin and central thick setting, in the time dressing drawing, the power of drawing gravitation is by this left side, right flank buffering, less for the both sides power that is engaged on this left framework and right framework, be out of shape by drawing so as to the outer peripheral face that prevents this left framework and right framework, to guarantee not have the worry of infiltration.

8. swimming glasses as claimed in claim 7, is characterized in that, this left framework, right framework and connector, and face shield is formed in one, and selects thermoplastic rubber, this eyeglass adopts poly-carbonic acid to count ester or acetyl cellulose sheet.

9. swimming glasses, comprising:

Left framework and right framework, it has inner peripheral surface and outer peripheral face and is assembled with eyeglass;

Connector, with this left framework and the one-body molded setting of right framework;

Face shield, one is located on the inner peripheral surface of this left and right framework respectively; And

Headgear assembly; It is characterized in that:

This face shield is simulation eye socket profile, its shape is being complied with eye socket and is being height fluctuating around, this face shield is longitudinally analysed and observe diverse location, present the cross-sectional width of top and the below of face shield, have and equate and unequal result with respect to the position of eye socket, and above the face shield of longitudinal cross-section, everywhere with below, there is respectively the commanding elevation of relative crest, to be crest from indivedual commanding elevations extend toward both sides, and being staggered to form to take advantage of a situation fits in around wavy of eye socket, therefore in the time dressing, can be obedient to around eye socket without excessively exerting pressure.

10. swimming glasses as claimed in claim 9, is characterized in that, this face shield is longitudinally analysed and observe diverse location, present the top of face shield and the cross-sectional width of below refers to the distance to face shield outermost edges with eyeglass central authorities.

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